{"version":3,"file":"index.umd.cjs","sources":["../src/core/renderer.ts","../src/renderers/shaders/projected_line_vert.glsl","../src/renderers/shaders/projected_line_frag.glsl","../src/renderers/shaders/mesh_vert.glsl","../src/renderers/shaders/scalar_image_frag.glsl","../src/renderers/shaders/points_vert.glsl","../src/renderers/shaders/points_frag.glsl","../src/renderers/shaders/wireframe_vert.glsl","../src/renderers/shaders/wireframe_frag.glsl","../src/renderers/shaders/volume_vert.glsl","../src/renderers/shaders/volume_frag.glsl","../src/renderers/shaders/label_image_frag.glsl","../src/renderers/shaders/depth_frag.glsl","../src/renderers/shaders/points_depth_frag.glsl","../src/renderers/shaders/index.ts","../src/utilities/logger.ts","../src/renderers/webgl_shader_program.ts","../src/renderers/webgl_shader_programs.ts","../src/utilities/id_generator.ts","../src/core/node.ts","../node_modules/gl-matrix/esm/common.js","../node_modules/gl-matrix/esm/mat3.js","../node_modules/gl-matrix/esm/mat4.js","../node_modules/gl-matrix/esm/vec3.js","../node_modules/gl-matrix/esm/vec4.js","../node_modules/gl-matrix/esm/quat.js","../node_modules/gl-matrix/esm/vec2.js","../src/math/box3.ts","../src/core/geometry.ts","../src/renderers/webgl_buffers.ts","../src/objects/textures/texture.ts","../src/renderers/webgl_textures.ts","../src/math/box2.ts","../src/renderers/webgl_state.ts","../src/renderers/webgl_depth_target.ts","../src/renderers/webgl_renderer.ts","../src/data/chunk_queue.ts","../src/data/chunk_memory.ts","../src/utilities/almost_equal.ts","../src/math/axes.ts","../src/data/chunk.ts","../src/utilities/clamp.ts","../src/data/chunk_store_view.ts","../src/data/chunk_store.ts","../src/objects/textures/texture_3d.ts","../src/data/chunk_manager.ts","../src/utilities/vendored/stats.js","../src/utilities/stats.ts","../src/core/event_dispatcher.ts","../src/math/ray.ts","../src/core/viewport.ts","../src/utilities/pixel_size_observer.ts","../src/idetik.ts","../node_modules/@zarrita/storage/dist/src/util.js","../node_modules/@zarrita/storage/dist/src/fetch.js","../node_modules/zarrita/dist/src/errors.js","../node_modules/zarrita/dist/src/codecs/_shared.js","../node_modules/zarrita/dist/src/codecs/bitround.js","../node_modules/zarrita/dist/src/typedarray.js","../node_modules/zarrita/dist/src/util.js","../node_modules/zarrita/dist/src/codecs/bytes.js","../node_modules/zarrita/dist/src/codecs/json-scalar.js","../node_modules/zarrita/dist/src/codecs/cast_value.js","../node_modules/zarrita/dist/src/codecs/crc32c.js","../node_modules/zarrita/dist/src/codecs/delta.js","../node_modules/zarrita/dist/src/codecs/gzip.js","../node_modules/zarrita/dist/src/codecs/json2.js","../node_modules/zarrita/dist/src/codecs/scale_offset.js","../node_modules/zarrita/dist/src/codecs/shuffle.js","../node_modules/zarrita/dist/src/codecs/transpose.js","../node_modules/zarrita/dist/src/codecs/vlen-utf8.js","../node_modules/zarrita/dist/src/codecs/zlib.js","../node_modules/zarrita/dist/src/codecs.js","../node_modules/zarrita/dist/src/codecs/sharding.js","../node_modules/zarrita/dist/src/hierarchy.js","../node_modules/zarrita/dist/src/extension/extend.js","../node_modules/zarrita/dist/src/extension/extend-array.js","../node_modules/zarrita/dist/src/open.js","../src/data/zarr/web_file_system_store.ts","../src/data/zarr/open.ts","../src/data/ome_zarr/chunk_processing.ts","../src/data/ome_zarr/worker_pool.ts","../src/data/ome_zarr/image_loader.ts","../node_modules/zod/v3/helpers/util.js","../node_modules/zod/v3/ZodError.js","../node_modules/zod/v3/locales/en.js","../node_modules/zod/v3/errors.js","../node_modules/zod/v3/helpers/parseUtil.js","../node_modules/zod/v3/helpers/errorUtil.js","../node_modules/zod/v3/types.js","../src/data/ome_zarr/0.4/image.ts","../src/data/ome_zarr/0.4/plate.ts","../src/data/ome_zarr/0.4/well.ts","../src/data/ome_zarr/0.5/image.ts","../src/data/ome_zarr/0.5/plate.ts","../src/data/ome_zarr/0.5/well.ts","../src/data/ome_zarr/metadata_loaders.ts","../src/data/ome_zarr/image_source.ts","../src/core/layer.ts","../src/objects/geometry/projected_line_geometry.ts","../src/core/wireframe_geometry.ts","../src/math/transforms.ts","../src/math/color.ts","../src/core/renderable_object.ts","../src/objects/renderable/projected_line_renderable.ts","../src/layers/axes_layer.ts","../src/core/image_source_policy.ts","../src/core/channel.ts","../src/objects/geometry/plane_geometry.ts","../src/objects/renderable/image_renderable.ts","../src/math/plane.ts","../src/layers/point_picking.ts","../src/utilities/renderable_pool.ts","../src/layers/image_layer.ts","../src/objects/geometry/box_geometry.ts","../src/objects/renderable/volume_renderable.ts","../src/layers/volume_layer.ts","../src/objects/textures/texture_2d.ts","../src/objects/renderable/label_image_renderable.ts","../src/layers/label_layer.ts","../src/objects/textures/texture_2d_array.ts","../src/objects/renderable/points_renderable.ts","../src/math/frustum.ts","../src/objects/cameras/camera.ts","../src/math/spherical.ts","../src/objects/cameras/orbit_controls.ts","../src/objects/cameras/orthographic_camera.ts","../src/objects/cameras/controls.ts","../src/objects/cameras/perspective_camera.ts","../node_modules/numcodecs/dist/chunk-INHXZS53.js","../node_modules/numcodecs/dist/blosc.js","../node_modules/numcodecs/dist/lz4.js","../node_modules/numcodecs/dist/zstd.js"],"sourcesContent":["import { Camera } from \"../objects/cameras/camera\";\nimport { Layer } from \"./layer\";\nimport { RenderableObject } from \"./renderable_object\";\nimport { Viewport } from \"./viewport\";\nimport { Texture } from \"../objects/textures/texture\";\n\nexport abstract class Renderer {\n private readonly canvas_: HTMLCanvasElement | null;\n private width_ = 0;\n private height_ = 0;\n\n protected renderedObjects_ = 0;\n protected abstract resize(width: number, height: number): void;\n protected abstract renderObject(\n layer: Layer,\n object: RenderableObject,\n camera: Camera\n ): void;\n protected abstract clear(): void;\n\n constructor(canvas: HTMLCanvasElement) {\n this.canvas_ = canvas;\n this.updateRendererSize();\n }\n\n public beginFrame(): void {}\n\n public abstract render(viewport: Viewport): void;\n\n public updateSize(): void {\n this.updateRendererSize();\n this.resize(this.width_, this.height_);\n }\n\n private updateRendererSize() {\n this.width_ = this.canvas.clientWidth * window.devicePixelRatio;\n this.height_ = this.canvas.clientHeight * window.devicePixelRatio;\n\n if (this.canvas.width !== this.width_) this.canvas.width = this.width_;\n if (this.canvas.height !== this.height_) this.canvas.height = this.height_;\n }\n\n protected get canvas() {\n return this.canvas_!;\n }\n\n public get width() {\n return this.width_;\n }\n\n public get height() {\n return this.height_;\n }\n\n public get renderedObjects() {\n return this.renderedObjects_;\n }\n\n public abstract get gpuTextureBytes(): number;\n\n public abstract get gpuTextureCount(): number;\n\n public abstract uploadTexture(texture: Texture): void;\n\n public abstract disposeTexture(texture: Texture): void;\n}\n","#version 300 es\n\nlayout (location = 0) in vec3 a_position;\nlayout (location = 3) in vec3 a_prevPosition;\nlayout (location = 4) in vec3 a_nextPosition;\nlayout (location = 5) in float a_direction;\n\nuniform mat4 u_projection;\nuniform mat4 u_modelView;\nuniform vec2 u_resolution;\nuniform float u_lineWidth;\n\n// adapted from https://github.com/mattdesl/webgl-lines\nvoid main() {\n mat4 projModelView = u_projection * u_modelView;\n\n vec4 prevPos = projModelView * vec4(a_prevPosition, 1.0);\n vec4 currPos = projModelView * vec4(a_position, 1.0);\n vec4 nextPos = projModelView * vec4(a_nextPosition, 1.0);\n\n vec2 aspectVec = vec2(u_resolution.x / u_resolution.y, 1.0);\n vec2 prevScreen = (prevPos.xy / prevPos.w) * aspectVec;\n vec2 currScreen = (currPos.xy / currPos.w) * aspectVec;\n vec2 nextScreen = (nextPos.xy / nextPos.w) * aspectVec;\n\n // a_direction is + or -; which way to project the vertex away from the path\n float d = sign(a_direction);\n\n // `normal` points perpendicular to the path in screen space\n vec2 normal;\n // `miterLength` extends the offset along the normal (with a limit)\n // this make a nicer corner and keeps the line thickness more uniform;\n float miterLength = 1.0;\n if (prevPos == currPos) {\n // first point on the path\n vec2 dir = normalize(nextScreen - currScreen);\n normal = vec2(-dir.y, dir.x);\n } else if (nextPos == currPos) {\n // last point on the path\n vec2 dir = normalize(currScreen - prevScreen);\n normal = vec2(-dir.y, dir.x);\n } else {\n // middle point on the path: add miter along the bisector\n vec2 prevDir = normalize(currScreen - prevScreen);\n vec2 nextDir = normalize(nextScreen - currScreen);\n vec2 tangent = normalize(prevDir + nextDir);\n normal = vec2(-tangent.y, tangent.x);\n vec2 perpPrev = vec2(-prevDir.y, prevDir.x);\n miterLength = 1.0 / max(dot(normal, perpPrev), 0.1);\n }\n\n // `normal * u_lineWidth / u_resolution` means u_lineWidth is in pixels\n vec4 offset = vec4(\n (normal * u_lineWidth / u_resolution) * miterLength * d,\n 0.0,\n 0.0\n );\n gl_Position = currPos + offset * currPos.w;\n\n // draw as GL_POINTS for debugging\n gl_PointSize = 5.0;\n}\n","#version 300 es\n\nprecision mediump float;\n\nlayout (location = 0) out vec4 fragColor;\n\nuniform vec3 u_lineColor;\nuniform float u_opacity;\n\nvoid main() {\n fragColor = vec4(u_lineColor, u_opacity);\n}\n","#version 300 es\n\nlayout (location = 0) in vec3 a_position;\nlayout (location = 1) in vec3 a_normal;\n\nuniform mat4 u_projection;\nuniform mat4 u_modelView;\nuniform mat4 u_model;\nuniform mat4 u_worldToTexCoord;\n\nout vec3 v_texCoords;\n\nvoid main() {\n v_texCoords = (u_worldToTexCoord * u_model * vec4(a_position, 1.0)).xyz;\n gl_Position = u_projection * u_modelView * vec4(a_position, 1.0);\n}\n","#version 300 es\n#pragma inject_defines\n\nprecision highp float;\n\nlayout (location = 0) out vec4 fragColor;\n\n#if defined TEXTURE_DATA_TYPE_INT\nuniform mediump isampler3D u_imageSampler;\n#elif defined TEXTURE_DATA_TYPE_UINT\nuniform mediump usampler3D u_imageSampler;\n#else\nuniform mediump sampler3D u_imageSampler;\n#endif\n\nuniform vec3 u_color;\nuniform float u_valueOffset;\nuniform float u_valueScale;\nuniform float u_opacity;\n\nin vec3 v_texCoords;\n\nvoid main() {\n float texel = float(texture(u_imageSampler, v_texCoords).r);\n float value = (texel + u_valueOffset) * u_valueScale;\n fragColor = vec4(value * u_color, u_opacity);\n}","#version 300 es\n\nprecision mediump float;\n\nlayout (location = 0) in vec3 a_position;\nlayout (location = 6) in vec4 a_color;\nlayout (location = 7) in float a_size;\nlayout (location = 8) in float a_marker;\n\nuniform mat4 u_projection;\nuniform mat4 u_modelView;\n\nout vec4 v_color;\nflat out uint v_marker;\n\n\nvoid main() {\n gl_Position = u_projection * u_modelView * vec4(a_position, 1.0);\n gl_PointSize = a_size;\n v_color = a_color;\n v_marker = uint(a_marker);\n}\n\n","#version 300 es\n\nprecision mediump float;\n\nlayout (location = 0) out vec4 fragColor;\n\nuniform mediump sampler2DArray u_markerAtlas;\n\nin vec4 v_color;\nflat in uint v_marker;\n\nuniform float u_opacity;\n\n\nvoid main() {\n float alpha = texture(u_markerAtlas, vec3(gl_PointCoord, v_marker)).r;\n float alpha_threshold = 1e-2;\n if (alpha < alpha_threshold) {\n discard;\n }\n fragColor = vec4(v_color.rgb, u_opacity * alpha * v_color.a);\n}\n\n","#version 300 es\n\nlayout (location = 0) in vec3 a_position;\nlayout (location = 1) in vec3 a_normal;\n\nuniform mat4 u_projection;\nuniform mat4 u_modelView;\n\nvoid main() {\n gl_Position = u_projection * u_modelView * vec4(a_position, 1.0);\n}","#version 300 es\n\nprecision mediump float;\n\nlayout (location = 0) out vec4 fragColor;\n\nuniform float u_opacity;\nuniform vec3 u_wireframeColor;\n\nvoid main() {\n fragColor = vec4(u_wireframeColor, u_opacity);\n}","#version 300 es\n\nprecision highp float;\n\nlayout (location = 0) in vec3 a_position;\n\nuniform mat4 u_projection;\nuniform mat4 u_modelView;\nout highp vec3 v_positionModel;\nout highp vec4 v_clipPosition;\n\nvoid main() {\n v_positionModel = a_position;\n gl_Position = u_projection * u_modelView * vec4(a_position, 1.0);\n v_clipPosition = gl_Position;\n}\n","#version 300 es\n#pragma inject_defines\nprecision highp float;\n\nlayout (location = 0) out vec4 fragColor;\n\n// This shader could be optimised by creating four separate shader variants\n#if defined TEXTURE_DATA_TYPE_INT\nprecision mediump isampler3D;\nuniform isampler3D u_channel0Sampler;\nuniform isampler3D u_channel1Sampler;\nuniform isampler3D u_channel2Sampler;\nuniform isampler3D u_channel3Sampler;\n#elif defined TEXTURE_DATA_TYPE_UINT\nprecision mediump usampler3D;\nuniform usampler3D u_channel0Sampler;\nuniform usampler3D u_channel1Sampler;\nuniform usampler3D u_channel2Sampler;\nuniform usampler3D u_channel3Sampler;\n#else\nprecision mediump sampler3D;\nuniform sampler3D u_channel0Sampler;\nuniform sampler3D u_channel1Sampler;\nuniform sampler3D u_channel2Sampler;\nuniform sampler3D u_channel3Sampler;\n#endif\n\nuniform highp vec3 u_cameraPositionModel;\nuniform vec3 u_voxelScale;\nin highp vec3 v_positionModel;\nin highp vec4 v_clipPosition;\n\n// The bounding box in model space is normalized to -0.5 to 0.5\nvec3 boundingboxMin = vec3(-0.50);\nvec3 boundingboxMax = vec3(0.50);\n\n// Volume rendering parameters\nuniform bool u_debugShowDegenerateRays;\nuniform float u_relativeStepSize;\nuniform float u_opacityMultiplier;\nuniform float u_earlyTerminationAlpha;\n\n// Multi-channel support (max 4 channels, could support more with arrays if needed)\nuniform vec4 u_visible;\nuniform vec4 u_valueOffset;\nuniform vec4 u_valueScale;\nuniform vec4 u_channelOpacity;\nuniform vec3 u_color[4];\n\n// Optionally terminate rays at some predetermined scene depth\nuniform bool u_hasSceneDepth;\nuniform highp sampler2D u_sceneDepth;\nuniform mat4 u_mvpInverse;\n\nfloat distanceAlongRayAtWindowDepth(float windowDepth, vec3 rayOrigin, vec3 rayDir) {\n vec3 ndc = vec3(v_clipPosition.xy / v_clipPosition.w, windowDepth * 2.0 - 1.0);\n vec4 positionModel = u_mvpInverse * vec4(ndc, 1.0);\n return dot(positionModel.xyz / positionModel.w - rayOrigin, rayDir);\n}\n\nvec2 findBoxIntersectionsAlongRay(vec3 rayOrigin, vec3 rayDir, vec3 boxMin, vec3 boxMax) {\n vec3 reciprocalRayDir = 1.0 / rayDir;\n vec3 t0 = (boxMin - rayOrigin) * reciprocalRayDir;\n vec3 t1 = (boxMax - rayOrigin) * reciprocalRayDir;\n\n vec3 tMin = min(t0, t1);\n vec3 tMax = max(t0, t1);\n\n float tEnter = max(max(tMin.x, tMin.y), tMin.z);\n float tExit = min(min(tMax.x, tMax.y), tMax.z);\n tEnter = max(0.0, tEnter);\n tExit = max(tEnter, tExit);\n\n return vec2(tEnter, tExit);\n}\n\n// Returns channels in .xyzw (missing channels are 0)\nvec4 sampleChannels(vec3 uvw) {\n vec4 c = vec4(0.0);\n\n if (bool(u_visible.x)) c.x = float(texture(u_channel0Sampler, uvw).r);\n if (bool(u_visible.y)) c.y = float(texture(u_channel1Sampler, uvw).r);\n if (bool(u_visible.z)) c.z = float(texture(u_channel2Sampler, uvw).r);\n if (bool(u_visible.w)) c.w = float(texture(u_channel3Sampler, uvw).r);\n\n return (c + u_valueOffset) * u_valueScale;\n}\n\nvec3 getTextureSize() {\n if (bool(u_visible.x)) return vec3(textureSize(u_channel0Sampler, 0));\n else if (bool(u_visible.y)) return vec3(textureSize(u_channel1Sampler, 0));\n else if (bool(u_visible.z)) return vec3(textureSize(u_channel2Sampler, 0));\n else if (bool(u_visible.w)) return vec3(textureSize(u_channel3Sampler, 0));\n return vec3(1.0); // Ideally at least one channel should be visible\n}\n\nvoid main() {\n // Step 1 - calculate where the ray enters and exits the volume\n\n // The ray in model space goes from the camera to the point on the back face\n vec3 RayDirModel = normalize(v_positionModel - u_cameraPositionModel);\n\n vec2 rayIntersections = findBoxIntersectionsAlongRay(u_cameraPositionModel, RayDirModel, boundingboxMin, boundingboxMax);\n float tEnter = rayIntersections.x;\n float tExit = rayIntersections.y;\n\n if (u_debugShowDegenerateRays && (tExit == tEnter)) {\n fragColor = vec4(1.0, 0.0, 0.0, 1.0);\n return;\n }\n\n if (u_hasSceneDepth) {\n float sceneWindowDepth = texelFetch(u_sceneDepth, ivec2(gl_FragCoord.xy), 0).r;\n if (sceneWindowDepth < 1.0) {\n float tScene = distanceAlongRayAtWindowDepth(sceneWindowDepth, u_cameraPositionModel, RayDirModel);\n if (tScene < tEnter) discard;\n tExit = min(tExit, tScene);\n }\n }\n\n vec3 entryPoint = u_cameraPositionModel + RayDirModel * tEnter;\n entryPoint = clamp(entryPoint + 0.5, 0.0, 1.0);\n vec3 exitPoint = u_cameraPositionModel + RayDirModel * tExit;\n exitPoint = clamp(exitPoint + 0.5, 0.0, 1.0);\n\n // Step 2 - calculate the number of samples based on the length of the ray\n vec3 rayWithinModel = exitPoint - entryPoint;\n\n // Get texture dimensions and convert ray to voxel space\n vec3 textureSize = getTextureSize();\n vec3 rayInVoxels = rayWithinModel * textureSize;\n float rayLengthInVoxels = length(rayInVoxels);\n int numSamples = max(int(ceil(rayLengthInVoxels / u_relativeStepSize)), 1);\n vec3 stepIncrement = rayWithinModel / float(numSamples);\n\n // Calculate actual world-space step size for opacity correction.\n // This accounts for anisotropic voxels so brightness stays constant regardless\n // of viewing angle. For anisotropic voxels (e.g., 1x1x3 microns), rays along\n // different axes traverse different amounts of material per step.\n vec3 stepInWorldSpace = stepIncrement * textureSize * u_voxelScale;\n float worldSpaceStepSize = length(stepInWorldSpace);\n float intensityScale = u_opacityMultiplier * worldSpaceStepSize;\n\n // Step 3 - perform the ray marching and compositing in front to back order\n vec3 position = entryPoint;\n vec4 accumulatedColor = vec4(0.0);\n\n vec3 sampleColor = vec3(0.0);\n float sampleAlpha, blendedSampleAlpha;\n for (int i = 0; i < numSamples && accumulatedColor.a < u_earlyTerminationAlpha; i++) {\n\n vec4 sampleValues = sampleChannels(position);\n // Combine color per channel\n for (int ch = 0; ch < 4; ch++) {\n if (!bool(u_visible[ch]) || sampleValues[ch] == 0.0) continue;\n sampleColor = u_color[ch];\n sampleAlpha = clamp(sampleValues[ch] * intensityScale * u_channelOpacity[ch], 0.0, 1.0);\n blendedSampleAlpha = (1.0 - accumulatedColor.a) * sampleAlpha;\n\n // Front-to-back compositing\n accumulatedColor.a += blendedSampleAlpha;\n accumulatedColor.rgb += sampleColor * blendedSampleAlpha;\n }\n\n position += stepIncrement;\n }\n\n fragColor = accumulatedColor;\n}\n","#version 300 es\n#pragma inject_defines\n\nprecision highp float;\nprecision highp int;\n\nlayout (location = 0) out vec4 fragColor;\n\n#if defined TEXTURE_DATA_TYPE_INT\nuniform highp isampler3D u_imageSampler;\n#define DATA_TYPE int\n#else\nuniform highp usampler3D u_imageSampler;\n#define DATA_TYPE uint\n#endif\nuniform mediump sampler2D u_colorCycleSampler;\nuniform highp usampler2D u_colorLookupTableSampler;\n\nuniform float u_opacity;\nuniform float u_outlineSelected; // Note: Using float instead of bool due to framework uniform handling\nuniform float u_selectedValue;\n\nin vec3 v_texCoords;\n\nvec4 unpackRgba(uint packed) {\n uint r = (packed >> 24u) & 0xFFu;\n uint g = (packed >> 16u) & 0xFFu;\n uint b = (packed >> 8u) & 0xFFu;\n uint a = packed & 0xFFu;\n return vec4(float(r), float(g), float(b), float(a)) / 255.0;\n}\n\nbool isEdgePixel(DATA_TYPE centerValue, vec3 texCoords, vec3 stepX, vec3 stepY) {\n // Check 8-connected neighbors\n for (int dx = -1; dx <= 1; dx++) {\n for (int dy = -1; dy <= 1; dy++) {\n if (dx == 0 && dy == 0) continue; // Skip center pixel\n\n vec3 neighborCoords =\n texCoords + float(dx) * stepX + float(dy) * stepY;\n\n // Skip if out of bounds\n if (neighborCoords.x < 0.0 || neighborCoords.x > 1.0 ||\n neighborCoords.y < 0.0 || neighborCoords.y > 1.0) {\n continue;\n }\n\n DATA_TYPE neighborValue = textureLod(u_imageSampler, neighborCoords, 0.0).r;\n if (neighborValue != centerValue) {\n return true;\n }\n }\n }\n return false;\n}\n\nvoid main() {\n DATA_TYPE texel = texture(u_imageSampler, v_texCoords).r;\n\n vec3 stepX = dFdx(v_texCoords);\n vec3 stepY = dFdy(v_texCoords);\n\n // Check if this pixel is the selected value\n bool isSelectedValue = u_outlineSelected > 0.5 && u_selectedValue >= 0.0 && float(texel) == u_selectedValue;\n\n // Check if we should outline this selected segment\n if (isSelectedValue) {\n if (isEdgePixel(texel, v_texCoords, stepX, stepY)) {\n // Draw outline in bright white with layer opacity\n fragColor = vec4(1.0, 1.0, 1.0, u_opacity);\n return;\n }\n }\n\n uint mapLength = uint(textureSize(u_colorLookupTableSampler, 0).x);\n for (uint i = 0u; i < mapLength; ++i) {\n uint key = texelFetch(u_colorLookupTableSampler, ivec2(i, 0), 0).r;\n // int(key) round-trips negative labels via two's complement.\n if (texel == DATA_TYPE(key)) {\n uint value = texelFetch(u_colorLookupTableSampler, ivec2(i, 1), 0).r;\n vec4 color = unpackRgba(value);\n\n // If this is the selected segment and outlining is enabled, make it slightly transparent\n float alpha = isSelectedValue ? u_opacity * color.a * 0.9 : u_opacity * color.a;\n\n fragColor = vec4(color.rgb, alpha);\n return;\n }\n }\n\n uint cycleLength = uint(textureSize(u_colorCycleSampler, 0).x);\n uint index = uint(texel - DATA_TYPE(1)) % cycleLength;\n vec4 color = texelFetch(u_colorCycleSampler, ivec2(index, 0), 0);\n\n // If this is the selected segment and outlining is enabled, make it slightly transparent\n float alpha = isSelectedValue ? u_opacity * color.a * 0.9 : u_opacity * color.a;\n\n fragColor = vec4(color.rgb, alpha);\n}","#version 300 es\n\nvoid main() {}\n","#version 300 es\n\nprecision mediump float;\n\nuniform mediump sampler2DArray u_markerAtlas;\n\nflat in uint v_marker;\n\nvoid main() {\n if (texture(u_markerAtlas, vec3(gl_PointCoord, v_marker)).r < 1e-2) {\n discard;\n }\n}\n","import projectedLineVertexShader from \"./projected_line_vert.glsl\";\nimport projectedLineFragmentShader from \"./projected_line_frag.glsl\";\nimport meshVertexShader from \"./mesh_vert.glsl\";\nimport scalarImageFragmentShader from \"./scalar_image_frag.glsl\";\nimport pointsVertexShader from \"./points_vert.glsl\";\nimport pointsFragmentShader from \"./points_frag.glsl\";\nimport wireframeVertexShader from \"./wireframe_vert.glsl\";\nimport wireframeFragmentShader from \"./wireframe_frag.glsl\";\nimport volumeVertexShader from \"./volume_vert.glsl\";\nimport volumeFragmentShader from \"./volume_frag.glsl\";\nimport labelImage from \"./label_image_frag.glsl\";\nimport depthFragmentShader from \"./depth_frag.glsl\";\nimport pointsDepthFragmentShader from \"./points_depth_frag.glsl\";\n\nexport type Shader =\n | \"floatScalarImage\"\n | \"floatVolume\"\n | \"intLabelImage\"\n | \"intScalarImage\"\n | \"intVolume\"\n | \"labelImage\"\n | \"points\"\n | \"projectedLine\"\n | \"uintScalarImage\"\n | \"uintVolume\"\n | \"wireframe\"\n | \"meshDepth\"\n | \"pointsDepth\"\n | \"projectedLineDepth\";\n\ntype ShaderCode = {\n vertex: string;\n vertexDefines?: ReadonlyMap;\n fragment: string;\n fragmentDefines?: ReadonlyMap;\n};\n\nexport const shaderCode: Record = {\n projectedLine: {\n vertex: projectedLineVertexShader,\n fragment: projectedLineFragmentShader,\n },\n points: {\n vertex: pointsVertexShader,\n fragment: pointsFragmentShader,\n },\n wireframe: {\n vertex: wireframeVertexShader,\n fragment: wireframeFragmentShader,\n },\n floatScalarImage: {\n vertex: meshVertexShader,\n fragment: scalarImageFragmentShader,\n },\n intScalarImage: {\n vertex: meshVertexShader,\n fragment: scalarImageFragmentShader,\n fragmentDefines: new Map([[\"TEXTURE_DATA_TYPE_INT\", \"1\"]]),\n },\n uintScalarImage: {\n vertex: meshVertexShader,\n fragment: scalarImageFragmentShader,\n fragmentDefines: new Map([[\"TEXTURE_DATA_TYPE_UINT\", \"1\"]]),\n },\n labelImage: {\n vertex: meshVertexShader,\n fragment: labelImage,\n },\n intLabelImage: {\n vertex: meshVertexShader,\n fragment: labelImage,\n fragmentDefines: new Map([[\"TEXTURE_DATA_TYPE_INT\", \"1\"]]),\n },\n floatVolume: {\n vertex: volumeVertexShader,\n fragment: volumeFragmentShader,\n },\n intVolume: {\n vertex: volumeVertexShader,\n fragment: volumeFragmentShader,\n fragmentDefines: new Map([[\"TEXTURE_DATA_TYPE_INT\", \"1\"]]),\n },\n uintVolume: {\n vertex: volumeVertexShader,\n fragment: volumeFragmentShader,\n fragmentDefines: new Map([[\"TEXTURE_DATA_TYPE_UINT\", \"1\"]]),\n },\n meshDepth: {\n vertex: meshVertexShader,\n fragment: depthFragmentShader,\n },\n pointsDepth: {\n vertex: pointsVertexShader,\n fragment: pointsDepthFragmentShader,\n },\n projectedLineDepth: {\n vertex: projectedLineVertexShader,\n fragment: depthFragmentShader,\n },\n};\n","type LogLevel = \"info\" | \"warn\" | \"error\" | \"debug\";\n\nconst Levels = {\n debug: 10,\n info: 20,\n warn: 30,\n error: 40,\n} satisfies Record;\n\nconst Colors = {\n debug: \"\\x1b[90m\", // gray\n info: \"\\x1b[36m\", // cyan\n warn: \"\\x1b[33m\", // yellow\n error: \"\\x1b[31m\", // red\n} satisfies Record;\n\n// Add new module names here as needed to represent different parts of the application\ntype Module =\n | \"Channel\"\n | \"Chunk\"\n | \"ChunkManager\"\n | \"ChunkManagerSource\"\n | \"ChunkQueue\"\n | \"ChunkStore\"\n | \"ChunkStoreView\"\n | \"EventDispatcher\"\n | \"Idetik\"\n | \"Layer\"\n | \"OrbitControls\"\n | \"PixelSizeObserver\"\n | \"PointPicking\"\n | \"RenderablePool\"\n | \"Viewport\"\n | \"VolumeLayer\"\n | \"VolumeRenderable\"\n | \"WebGLRenderer\"\n | \"WebGLShaderProgram\"\n | \"WebGLTexture\"\n | \"WireframeGeometry\"\n | \"ZarrWorker\";\n\nexport function getMode(): \"production\" | \"development\" | \"test\" {\n const nodeEnv =\n typeof process !== \"undefined\" && typeof process.env?.NODE_ENV === \"string\"\n ? process.env.NODE_ENV\n : undefined;\n\n if (\n nodeEnv === \"production\" ||\n nodeEnv === \"development\" ||\n nodeEnv === \"test\"\n ) {\n return nodeEnv;\n }\n\n if (typeof window !== \"undefined\") {\n const { NODE_ENV } = window as { NODE_ENV?: unknown };\n\n if (\n NODE_ENV === \"production\" ||\n NODE_ENV === \"development\" ||\n NODE_ENV === \"test\"\n ) {\n return NODE_ENV;\n }\n }\n\n return \"development\";\n}\nexport class Logger {\n private static logLevel_: LogLevel =\n getMode() === \"production\" ? \"warn\" : \"debug\";\n\n public static setLogLevel(level: LogLevel) {\n Logger.logLevel_ = level;\n }\n\n public static debug(\n moduleName: Module,\n message: string,\n ...params: unknown[]\n ) {\n Logger.log(\"debug\", moduleName, message, ...params);\n }\n\n public static info(\n moduleName: Module,\n message: string,\n ...params: unknown[]\n ) {\n Logger.log(\"info\", moduleName, message, ...params);\n }\n\n public static warn(\n moduleName: Module,\n message: string,\n ...params: unknown[]\n ) {\n Logger.log(\"warn\", moduleName, message, ...params);\n }\n\n public static error(\n moduleName: Module,\n message: string,\n ...params: unknown[]\n ) {\n Logger.log(\"error\", moduleName, message, ...params);\n }\n\n private static log(\n level: LogLevel,\n moduleName: Module,\n message: string,\n ...args: unknown[]\n ) {\n if (Levels[level] < Levels[Logger.logLevel_]) return;\n\n const timestamp = new Date().toISOString();\n const color = Colors[level];\n const tag = `[${timestamp}][${level.toUpperCase()}][${moduleName}]`;\n const output = [`${color}${tag}`, message, ...args];\n\n switch (level) {\n case \"debug\":\n console.debug(...output); // eslint-disable-line no-console\n break;\n case \"info\":\n console.info(...output); // eslint-disable-line no-console\n break;\n case \"warn\":\n console.warn(...output); // eslint-disable-line no-console\n break;\n case \"error\":\n console.error(...output); // eslint-disable-line no-console\n break;\n }\n }\n}\n","import { Logger } from \"../utilities/logger\";\nimport { mat4, vec2, vec3 } from \"gl-matrix\";\n\nexport class WebGLShaderProgram {\n private readonly gl_: WebGL2RenderingContext;\n private readonly program_: WebGLProgram;\n private readonly uniformInfo_: Map<\n string,\n [WebGLUniformLocation, WebGLActiveInfo]\n > = new Map();\n\n constructor(\n gl: WebGL2RenderingContext,\n vertexShaderSource: string,\n fragmentShaderSource: string\n ) {\n this.gl_ = gl;\n\n const program = gl.createProgram();\n if (!program) {\n throw new Error(`Failed to create WebGL shader program`);\n }\n this.program_ = program;\n\n const shaders = [];\n try {\n shaders.push(this.addShader(vertexShaderSource, gl.VERTEX_SHADER));\n shaders.push(this.addShader(fragmentShaderSource, gl.FRAGMENT_SHADER));\n this.link();\n this.preprocessUniformLocations();\n } catch (error) {\n gl.deleteProgram(program);\n throw error;\n } finally {\n shaders.forEach((shader) => this.gl_.deleteShader(shader));\n }\n }\n\n public setUniform(name: string, value: unknown) {\n const [location, info] = this.uniformInfo_.get(name) ?? [];\n if (!location || !info) {\n throw new Error(`Uniform \"${name}\" not found in shader program`);\n }\n const type = info.type as SupportedUniformType;\n switch (type) {\n // There is no dedicated uniform1b in WebGL, but passing through\n // as a float or signed integer works, so fallthrough to float\n // for simplicity.\n case this.gl_.BOOL:\n case this.gl_.FLOAT:\n if (typeof value === \"number\") {\n this.gl_.uniform1f(location, value);\n } else {\n this.gl_.uniform1fv(location, value as Float32Array | number[]);\n }\n break;\n case this.gl_.INT:\n if (typeof value === \"number\") {\n this.gl_.uniform1i(location, value);\n } else {\n this.gl_.uniform1iv(location, value as Int32Array | number[]);\n }\n break;\n case this.gl_.FLOAT_VEC2:\n this.gl_.uniform2fv(location, value as vec2);\n break;\n case this.gl_.FLOAT_VEC3:\n this.gl_.uniform3fv(location, value as vec3);\n break;\n case this.gl_.FLOAT_VEC4:\n this.gl_.uniform4fv(location, value as Float32Array | number[]);\n break;\n case this.gl_.FLOAT_MAT4:\n this.gl_.uniformMatrix4fv(location, false, value as mat4);\n break;\n case this.gl_.UNSIGNED_INT:\n this.gl_.uniform1ui(location, value as number);\n break;\n // For samplers, the value is the texture index.\n case this.gl_.SAMPLER_2D:\n case this.gl_.SAMPLER_CUBE:\n case this.gl_.SAMPLER_3D:\n case this.gl_.SAMPLER_2D_ARRAY:\n case this.gl_.SAMPLER_2D_SHADOW:\n case this.gl_.SAMPLER_CUBE_SHADOW:\n case this.gl_.SAMPLER_2D_ARRAY_SHADOW:\n case this.gl_.INT_SAMPLER_2D:\n case this.gl_.INT_SAMPLER_3D:\n case this.gl_.INT_SAMPLER_CUBE:\n case this.gl_.INT_SAMPLER_2D_ARRAY:\n case this.gl_.UNSIGNED_INT_SAMPLER_2D:\n case this.gl_.UNSIGNED_INT_SAMPLER_3D:\n case this.gl_.UNSIGNED_INT_SAMPLER_CUBE:\n case this.gl_.UNSIGNED_INT_SAMPLER_2D_ARRAY:\n this.gl_.uniform1i(location, value as number);\n break;\n default: {\n const exhaustiveCheck: never = type;\n throw new Error(`Unhandled uniform type: ${exhaustiveCheck}`);\n }\n }\n }\n\n private preprocessUniformLocations() {\n const numUniforms = this.gl_.getProgramParameter(\n this.program_,\n this.gl_.ACTIVE_UNIFORMS\n );\n for (let i = 0; i < numUniforms; i++) {\n const info = this.gl_.getActiveUniform(this.program_, i);\n if (info) {\n if (!SUPPORTED_UNIFORM_TYPES.has(info.type)) {\n throw new Error(\n `Unsupported uniform type \"${info.type}\" (GLenum) found in shader program for uniform \"${info.name}\"`\n );\n }\n\n const location = this.gl_.getUniformLocation(this.program_, info.name);\n if (location) {\n this.uniformInfo_.set(info.name, [location, info]);\n Logger.debug(\n \"WebGLShaderProgram\",\n \"Uniform found:\",\n info.name,\n info.type,\n info.size\n );\n }\n }\n }\n }\n\n private addShader(source: string, type: number) {\n const shader = this.gl_.createShader(type);\n if (!shader) {\n throw new Error(`Failed to create a new shader of type ${type}`);\n }\n\n this.gl_.shaderSource(shader, source);\n this.gl_.compileShader(shader);\n if (!this.gl_.getShaderParameter(shader, this.gl_.COMPILE_STATUS)) {\n const message = this.gl_.getShaderInfoLog(shader);\n this.gl_.deleteShader(shader);\n throw new Error(`Error compiling shader: ${message}`);\n }\n\n this.gl_.attachShader(this.program_, shader);\n return shader;\n }\n\n private link() {\n this.gl_.linkProgram(this.program_);\n if (!this.getParameter(this.gl_.LINK_STATUS)) {\n const message = this.gl_.getProgramInfoLog(this.program_);\n throw new Error(`Error linking program: ${message}`);\n }\n }\n\n public use() {\n this.gl_.useProgram(this.program_);\n }\n\n private getParameter(parameter: number) {\n return this.gl_.getProgramParameter(this.program_, parameter);\n }\n\n public get uniformNames(): string[] {\n return Array.from(this.uniformInfo_.keys());\n }\n}\n\n// using an array and converting to a set allows us to also create a type here\nconst SUPPORTED_UNIFORM_TYPES_ =\n typeof window !== \"undefined\" // Don't error in SSR contexts.\n ? [\n WebGL2RenderingContext.BOOL,\n WebGL2RenderingContext.FLOAT,\n WebGL2RenderingContext.INT,\n WebGL2RenderingContext.FLOAT_VEC2,\n WebGL2RenderingContext.FLOAT_VEC3,\n WebGL2RenderingContext.FLOAT_VEC4,\n WebGL2RenderingContext.FLOAT_MAT4,\n WebGL2RenderingContext.SAMPLER_2D,\n WebGL2RenderingContext.SAMPLER_CUBE,\n WebGL2RenderingContext.SAMPLER_3D,\n WebGL2RenderingContext.SAMPLER_2D_ARRAY,\n WebGL2RenderingContext.SAMPLER_2D_SHADOW,\n WebGL2RenderingContext.SAMPLER_CUBE_SHADOW,\n WebGL2RenderingContext.SAMPLER_2D_ARRAY_SHADOW,\n WebGL2RenderingContext.INT,\n WebGL2RenderingContext.INT_SAMPLER_2D,\n WebGL2RenderingContext.INT_SAMPLER_3D,\n WebGL2RenderingContext.INT_SAMPLER_CUBE,\n WebGL2RenderingContext.INT_SAMPLER_2D_ARRAY,\n WebGL2RenderingContext.UNSIGNED_INT,\n WebGL2RenderingContext.UNSIGNED_INT_SAMPLER_2D,\n WebGL2RenderingContext.UNSIGNED_INT_SAMPLER_3D,\n WebGL2RenderingContext.UNSIGNED_INT_SAMPLER_CUBE,\n WebGL2RenderingContext.UNSIGNED_INT_SAMPLER_2D_ARRAY,\n ]\n : [];\ntype SupportedUniformType = (typeof SUPPORTED_UNIFORM_TYPES_)[GLenum];\nconst SUPPORTED_UNIFORM_TYPES: ReadonlySet = new Set(\n SUPPORTED_UNIFORM_TYPES_\n);\n","import { Shader, shaderCode } from \"./shaders\";\nimport { WebGLShaderProgram } from \"./webgl_shader_program\";\n\nconst pragmaInjectDefines = \"#pragma inject_defines\";\n\nexport class WebGLShaderPrograms {\n private gl_: WebGL2RenderingContext;\n private programs_: Map = new Map();\n\n constructor(gl: WebGL2RenderingContext) {\n this.gl_ = gl;\n }\n\n public use(shader: Shader): WebGLShaderProgram {\n let program = this.programs_.get(shader);\n if (program === undefined) {\n const code = shaderCode[shader];\n const vertexShaderSource = replaceSourceDefines(\n code.vertex,\n code.vertexDefines\n );\n const fragmentShaderSource = replaceSourceDefines(\n code.fragment,\n code.fragmentDefines\n );\n program = new WebGLShaderProgram(\n this.gl_,\n vertexShaderSource,\n fragmentShaderSource\n );\n program.use();\n const error = this.gl_.getError();\n if (error !== this.gl_.NO_ERROR) {\n throw new Error(`Error using WebGL program: ${error}`);\n }\n this.programs_.set(shader, program);\n } else {\n program.use();\n }\n return program;\n }\n}\n\nfunction replaceSourceDefines(\n source: string,\n defines?: ReadonlyMap\n): string {\n if (defines === undefined || defines.size == 0) return source;\n if (!source.includes(pragmaInjectDefines)) {\n throw new Error(\n `Shader source does not contain \"${pragmaInjectDefines}\" directive`\n );\n }\n const definesSource = Array.from(defines.entries())\n .map(([key, value]) => `#define ${key} ${value}`)\n .join(\"\\n\");\n // Offset the line number so that the original source file line\n // numbers are interpretable. The +1 accounts for the #pragma directive\n // to be replaced.\n const lineNumberOffset = 1 - defines.size;\n const nextLineNumber = `#line __LINE__ + ${lineNumberOffset}`;\n const sourceToInject = `${definesSource}\\n${nextLineNumber}`;\n return source.replace(pragmaInjectDefines, sourceToInject);\n}\n","const counters: Record = {};\n\nexport function generateID(prefix?: string): string {\n const key = prefix ?? \"\";\n counters[key] = (counters[key] ?? 0) + 1;\n return prefix ? `${prefix}-${counters[key]}` : String(counters[key]);\n}\n","import { generateID } from \"../utilities/id_generator\";\n\nexport abstract class Node {\n public readonly id = generateID();\n\n public abstract get type(): string;\n}\n","/**\n * Common utilities\n * @module glMatrix\n */\n\n// Configuration Constants\nexport var EPSILON = 0.000001;\nexport var ARRAY_TYPE = typeof Float32Array !== \"undefined\" ? Float32Array : Array;\nexport var RANDOM = Math.random;\nexport var ANGLE_ORDER = \"zyx\";\n\n/**\n * Symmetric round\n * see https://www.npmjs.com/package/round-half-up-symmetric#user-content-detailed-background\n *\n * @param {Number} a value to round\n */\nexport function round(a) {\n if (a >= 0) return Math.round(a);\n return a % 0.5 === 0 ? Math.floor(a) : Math.round(a);\n}\n\n/**\n * Sets the type of array used when creating new vectors and matrices\n *\n * @param {Float32ArrayConstructor | ArrayConstructor} type Array type, such as Float32Array or Array\n */\nexport function setMatrixArrayType(type) {\n ARRAY_TYPE = type;\n}\nvar degree = Math.PI / 180;\nvar radian = 180 / Math.PI;\n\n/**\n * Convert Degree To Radian\n *\n * @param {Number} a Angle in Degrees\n */\nexport function toRadian(a) {\n return a * degree;\n}\n\n/**\n * Convert Radian To Degree\n *\n * @param {Number} a Angle in Radians\n */\nexport function toDegree(a) {\n return a * radian;\n}\n\n/**\n * Tests whether or not the arguments have approximately the same value, within an absolute\n * or relative tolerance of glMatrix.EPSILON (an absolute tolerance is used for values less\n * than or equal to 1.0, and a relative tolerance is used for larger values)\n *\n * @param {Number} a The first number to test.\n * @param {Number} b The second number to test.\n * @param {Number} tolerance Absolute or relative tolerance (default glMatrix.EPSILON)\n * @returns {Boolean} True if the numbers are approximately equal, false otherwise.\n */\nexport function equals(a, b) {\n var tolerance = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : EPSILON;\n return Math.abs(a - b) <= tolerance * Math.max(1, Math.abs(a), Math.abs(b));\n}","import * as glMatrix from \"./common.js\";\n\n/**\n * 3x3 Matrix\n * @module mat3\n */\n\n/**\n * Creates a new identity mat3\n *\n * @returns {mat3} a new 3x3 matrix\n */\nexport function create() {\n var out = new glMatrix.ARRAY_TYPE(9);\n if (glMatrix.ARRAY_TYPE != Float32Array) {\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[5] = 0;\n out[6] = 0;\n out[7] = 0;\n }\n out[0] = 1;\n out[4] = 1;\n out[8] = 1;\n return out;\n}\n\n/**\n * Copies the upper-left 3x3 values into the given mat3.\n *\n * @param {mat3} out the receiving 3x3 matrix\n * @param {ReadonlyMat4} a the source 4x4 matrix\n * @returns {mat3} out\n */\nexport function fromMat4(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[4];\n out[4] = a[5];\n out[5] = a[6];\n out[6] = a[8];\n out[7] = a[9];\n out[8] = a[10];\n return out;\n}\n\n/**\n * Creates a new mat3 initialized with values from an existing matrix\n *\n * @param {ReadonlyMat3} a matrix to clone\n * @returns {mat3} a new 3x3 matrix\n */\nexport function clone(a) {\n var out = new glMatrix.ARRAY_TYPE(9);\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n out[4] = a[4];\n out[5] = a[5];\n out[6] = a[6];\n out[7] = a[7];\n out[8] = a[8];\n return out;\n}\n\n/**\n * Copy the values from one mat3 to another\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the source matrix\n * @returns {mat3} out\n */\nexport function copy(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n out[4] = a[4];\n out[5] = a[5];\n out[6] = a[6];\n out[7] = a[7];\n out[8] = a[8];\n return out;\n}\n\n/**\n * Create a new mat3 with the given values\n *\n * @param {Number} m00 Component in column 0, row 0 position (index 0)\n * @param {Number} m01 Component in column 0, row 1 position (index 1)\n * @param {Number} m02 Component in column 0, row 2 position (index 2)\n * @param {Number} m10 Component in column 1, row 0 position (index 3)\n * @param {Number} m11 Component in column 1, row 1 position (index 4)\n * @param {Number} m12 Component in column 1, row 2 position (index 5)\n * @param {Number} m20 Component in column 2, row 0 position (index 6)\n * @param {Number} m21 Component in column 2, row 1 position (index 7)\n * @param {Number} m22 Component in column 2, row 2 position (index 8)\n * @returns {mat3} A new mat3\n */\nexport function fromValues(m00, m01, m02, m10, m11, m12, m20, m21, m22) {\n var out = new glMatrix.ARRAY_TYPE(9);\n out[0] = m00;\n out[1] = m01;\n out[2] = m02;\n out[3] = m10;\n out[4] = m11;\n out[5] = m12;\n out[6] = m20;\n out[7] = m21;\n out[8] = m22;\n return out;\n}\n\n/**\n * Set the components of a mat3 to the given values\n *\n * @param {mat3} out the receiving matrix\n * @param {Number} m00 Component in column 0, row 0 position (index 0)\n * @param {Number} m01 Component in column 0, row 1 position (index 1)\n * @param {Number} m02 Component in column 0, row 2 position (index 2)\n * @param {Number} m10 Component in column 1, row 0 position (index 3)\n * @param {Number} m11 Component in column 1, row 1 position (index 4)\n * @param {Number} m12 Component in column 1, row 2 position (index 5)\n * @param {Number} m20 Component in column 2, row 0 position (index 6)\n * @param {Number} m21 Component in column 2, row 1 position (index 7)\n * @param {Number} m22 Component in column 2, row 2 position (index 8)\n * @returns {mat3} out\n */\nexport function set(out, m00, m01, m02, m10, m11, m12, m20, m21, m22) {\n out[0] = m00;\n out[1] = m01;\n out[2] = m02;\n out[3] = m10;\n out[4] = m11;\n out[5] = m12;\n out[6] = m20;\n out[7] = m21;\n out[8] = m22;\n return out;\n}\n\n/**\n * Set a mat3 to the identity matrix\n *\n * @param {mat3} out the receiving matrix\n * @returns {mat3} out\n */\nexport function identity(out) {\n out[0] = 1;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 1;\n out[5] = 0;\n out[6] = 0;\n out[7] = 0;\n out[8] = 1;\n return out;\n}\n\n/**\n * Transpose the values of a mat3\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the source matrix\n * @returns {mat3} out\n */\nexport function transpose(out, a) {\n // If we are transposing ourselves we can skip a few steps but have to cache some values\n if (out === a) {\n var a01 = a[1],\n a02 = a[2],\n a12 = a[5];\n out[1] = a[3];\n out[2] = a[6];\n out[3] = a01;\n out[5] = a[7];\n out[6] = a02;\n out[7] = a12;\n } else {\n out[0] = a[0];\n out[1] = a[3];\n out[2] = a[6];\n out[3] = a[1];\n out[4] = a[4];\n out[5] = a[7];\n out[6] = a[2];\n out[7] = a[5];\n out[8] = a[8];\n }\n return out;\n}\n\n/**\n * Inverts a mat3\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the source matrix\n * @returns {mat3 | null} out, or null if source matrix is not invertible\n */\nexport function invert(out, a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2];\n var a10 = a[3],\n a11 = a[4],\n a12 = a[5];\n var a20 = a[6],\n a21 = a[7],\n a22 = a[8];\n var b01 = a22 * a11 - a12 * a21;\n var b11 = -a22 * a10 + a12 * a20;\n var b21 = a21 * a10 - a11 * a20;\n\n // Calculate the determinant\n var det = a00 * b01 + a01 * b11 + a02 * b21;\n if (!det) {\n return null;\n }\n det = 1.0 / det;\n out[0] = b01 * det;\n out[1] = (-a22 * a01 + a02 * a21) * det;\n out[2] = (a12 * a01 - a02 * a11) * det;\n out[3] = b11 * det;\n out[4] = (a22 * a00 - a02 * a20) * det;\n out[5] = (-a12 * a00 + a02 * a10) * det;\n out[6] = b21 * det;\n out[7] = (-a21 * a00 + a01 * a20) * det;\n out[8] = (a11 * a00 - a01 * a10) * det;\n return out;\n}\n\n/**\n * Calculates the adjugate of a mat3\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the source matrix\n * @returns {mat3} out\n */\nexport function adjoint(out, a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2];\n var a10 = a[3],\n a11 = a[4],\n a12 = a[5];\n var a20 = a[6],\n a21 = a[7],\n a22 = a[8];\n out[0] = a11 * a22 - a12 * a21;\n out[1] = a02 * a21 - a01 * a22;\n out[2] = a01 * a12 - a02 * a11;\n out[3] = a12 * a20 - a10 * a22;\n out[4] = a00 * a22 - a02 * a20;\n out[5] = a02 * a10 - a00 * a12;\n out[6] = a10 * a21 - a11 * a20;\n out[7] = a01 * a20 - a00 * a21;\n out[8] = a00 * a11 - a01 * a10;\n return out;\n}\n\n/**\n * Calculates the determinant of a mat3\n *\n * @param {ReadonlyMat3} a the source matrix\n * @returns {Number} determinant of a\n */\nexport function determinant(a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2];\n var a10 = a[3],\n a11 = a[4],\n a12 = a[5];\n var a20 = a[6],\n a21 = a[7],\n a22 = a[8];\n return a00 * (a22 * a11 - a12 * a21) + a01 * (-a22 * a10 + a12 * a20) + a02 * (a21 * a10 - a11 * a20);\n}\n\n/**\n * Multiplies two mat3's\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the first operand\n * @param {ReadonlyMat3} b the second operand\n * @returns {mat3} out\n */\nexport function multiply(out, a, b) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2];\n var a10 = a[3],\n a11 = a[4],\n a12 = a[5];\n var a20 = a[6],\n a21 = a[7],\n a22 = a[8];\n var b00 = b[0],\n b01 = b[1],\n b02 = b[2];\n var b10 = b[3],\n b11 = b[4],\n b12 = b[5];\n var b20 = b[6],\n b21 = b[7],\n b22 = b[8];\n out[0] = b00 * a00 + b01 * a10 + b02 * a20;\n out[1] = b00 * a01 + b01 * a11 + b02 * a21;\n out[2] = b00 * a02 + b01 * a12 + b02 * a22;\n out[3] = b10 * a00 + b11 * a10 + b12 * a20;\n out[4] = b10 * a01 + b11 * a11 + b12 * a21;\n out[5] = b10 * a02 + b11 * a12 + b12 * a22;\n out[6] = b20 * a00 + b21 * a10 + b22 * a20;\n out[7] = b20 * a01 + b21 * a11 + b22 * a21;\n out[8] = b20 * a02 + b21 * a12 + b22 * a22;\n return out;\n}\n\n/**\n * Translate a mat3 by the given vector\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the matrix to translate\n * @param {ReadonlyVec2} v vector to translate by\n * @returns {mat3} out\n */\nexport function translate(out, a, v) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a10 = a[3],\n a11 = a[4],\n a12 = a[5],\n a20 = a[6],\n a21 = a[7],\n a22 = a[8],\n x = v[0],\n y = v[1];\n out[0] = a00;\n out[1] = a01;\n out[2] = a02;\n out[3] = a10;\n out[4] = a11;\n out[5] = a12;\n out[6] = x * a00 + y * a10 + a20;\n out[7] = x * a01 + y * a11 + a21;\n out[8] = x * a02 + y * a12 + a22;\n return out;\n}\n\n/**\n * Rotates a mat3 by the given angle\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the matrix to rotate\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat3} out\n */\nexport function rotate(out, a, rad) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a10 = a[3],\n a11 = a[4],\n a12 = a[5],\n a20 = a[6],\n a21 = a[7],\n a22 = a[8],\n s = Math.sin(rad),\n c = Math.cos(rad);\n out[0] = c * a00 + s * a10;\n out[1] = c * a01 + s * a11;\n out[2] = c * a02 + s * a12;\n out[3] = c * a10 - s * a00;\n out[4] = c * a11 - s * a01;\n out[5] = c * a12 - s * a02;\n out[6] = a20;\n out[7] = a21;\n out[8] = a22;\n return out;\n}\n\n/**\n * Scales the mat3 by the dimensions in the given vec2\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the matrix to scale\n * @param {ReadonlyVec2} v the vec2 to scale the matrix by\n * @returns {mat3} out\n **/\nexport function scale(out, a, v) {\n var x = v[0],\n y = v[1];\n out[0] = x * a[0];\n out[1] = x * a[1];\n out[2] = x * a[2];\n out[3] = y * a[3];\n out[4] = y * a[4];\n out[5] = y * a[5];\n out[6] = a[6];\n out[7] = a[7];\n out[8] = a[8];\n return out;\n}\n\n/**\n * Creates a matrix from a vector translation\n * This is equivalent to (but much faster than):\n *\n * mat3.identity(dest);\n * mat3.translate(dest, dest, vec);\n *\n * @param {mat3} out mat3 receiving operation result\n * @param {ReadonlyVec2} v Translation vector\n * @returns {mat3} out\n */\nexport function fromTranslation(out, v) {\n out[0] = 1;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 1;\n out[5] = 0;\n out[6] = v[0];\n out[7] = v[1];\n out[8] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from a given angle\n * This is equivalent to (but much faster than):\n *\n * mat3.identity(dest);\n * mat3.rotate(dest, dest, rad);\n *\n * @param {mat3} out mat3 receiving operation result\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat3} out\n */\nexport function fromRotation(out, rad) {\n var s = Math.sin(rad),\n c = Math.cos(rad);\n out[0] = c;\n out[1] = s;\n out[2] = 0;\n out[3] = -s;\n out[4] = c;\n out[5] = 0;\n out[6] = 0;\n out[7] = 0;\n out[8] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from a vector scaling\n * This is equivalent to (but much faster than):\n *\n * mat3.identity(dest);\n * mat3.scale(dest, dest, vec);\n *\n * @param {mat3} out mat3 receiving operation result\n * @param {ReadonlyVec2} v Scaling vector\n * @returns {mat3} out\n */\nexport function fromScaling(out, v) {\n out[0] = v[0];\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = v[1];\n out[5] = 0;\n out[6] = 0;\n out[7] = 0;\n out[8] = 1;\n return out;\n}\n\n/**\n * Copies the values from a mat2d into a mat3\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat2d} a the matrix to copy\n * @returns {mat3} out\n **/\nexport function fromMat2d(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n out[2] = 0;\n out[3] = a[2];\n out[4] = a[3];\n out[5] = 0;\n out[6] = a[4];\n out[7] = a[5];\n out[8] = 1;\n return out;\n}\n\n/**\n * Calculates a 3x3 matrix from the given quaternion\n *\n * @param {mat3} out mat3 receiving operation result\n * @param {ReadonlyQuat} q Quaternion to create matrix from\n *\n * @returns {mat3} out\n */\nexport function fromQuat(out, q) {\n var x = q[0],\n y = q[1],\n z = q[2],\n w = q[3];\n var x2 = x + x;\n var y2 = y + y;\n var z2 = z + z;\n var xx = x * x2;\n var yx = y * x2;\n var yy = y * y2;\n var zx = z * x2;\n var zy = z * y2;\n var zz = z * z2;\n var wx = w * x2;\n var wy = w * y2;\n var wz = w * z2;\n out[0] = 1 - yy - zz;\n out[3] = yx - wz;\n out[6] = zx + wy;\n out[1] = yx + wz;\n out[4] = 1 - xx - zz;\n out[7] = zy - wx;\n out[2] = zx - wy;\n out[5] = zy + wx;\n out[8] = 1 - xx - yy;\n return out;\n}\n\n/**\n * Calculates a 3x3 normal matrix (transpose inverse) from the 4x4 matrix\n *\n * @param {mat3} out mat3 receiving operation result\n * @param {ReadonlyMat4} a Mat4 to derive the normal matrix from\n *\n * @returns {mat3} out\n */\nexport function normalFromMat4(out, a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a03 = a[3];\n var a10 = a[4],\n a11 = a[5],\n a12 = a[6],\n a13 = a[7];\n var a20 = a[8],\n a21 = a[9],\n a22 = a[10],\n a23 = a[11];\n var a30 = a[12],\n a31 = a[13],\n a32 = a[14],\n a33 = a[15];\n var b00 = a00 * a11 - a01 * a10;\n var b01 = a00 * a12 - a02 * a10;\n var b02 = a00 * a13 - a03 * a10;\n var b03 = a01 * a12 - a02 * a11;\n var b04 = a01 * a13 - a03 * a11;\n var b05 = a02 * a13 - a03 * a12;\n var b06 = a20 * a31 - a21 * a30;\n var b07 = a20 * a32 - a22 * a30;\n var b08 = a20 * a33 - a23 * a30;\n var b09 = a21 * a32 - a22 * a31;\n var b10 = a21 * a33 - a23 * a31;\n var b11 = a22 * a33 - a23 * a32;\n\n // Calculate the determinant\n var det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;\n if (!det) {\n return null;\n }\n det = 1.0 / det;\n out[0] = (a11 * b11 - a12 * b10 + a13 * b09) * det;\n out[1] = (a12 * b08 - a10 * b11 - a13 * b07) * det;\n out[2] = (a10 * b10 - a11 * b08 + a13 * b06) * det;\n out[3] = (a02 * b10 - a01 * b11 - a03 * b09) * det;\n out[4] = (a00 * b11 - a02 * b08 + a03 * b07) * det;\n out[5] = (a01 * b08 - a00 * b10 - a03 * b06) * det;\n out[6] = (a31 * b05 - a32 * b04 + a33 * b03) * det;\n out[7] = (a32 * b02 - a30 * b05 - a33 * b01) * det;\n out[8] = (a30 * b04 - a31 * b02 + a33 * b00) * det;\n return out;\n}\n\n/**\n * Generates a 2D projection matrix with the given bounds\n *\n * @param {mat3} out mat3 frustum matrix will be written into\n * @param {number} width Width of your gl context\n * @param {number} height Height of gl context\n * @returns {mat3} out\n */\nexport function projection(out, width, height) {\n out[0] = 2 / width;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = -2 / height;\n out[5] = 0;\n out[6] = -1;\n out[7] = 1;\n out[8] = 1;\n return out;\n}\n\n/**\n * Returns a string representation of a mat3\n *\n * @param {ReadonlyMat3} a matrix to represent as a string\n * @returns {String} string representation of the matrix\n */\nexport function str(a) {\n return \"mat3(\" + a[0] + \", \" + a[1] + \", \" + a[2] + \", \" + a[3] + \", \" + a[4] + \", \" + a[5] + \", \" + a[6] + \", \" + a[7] + \", \" + a[8] + \")\";\n}\n\n/**\n * Returns Frobenius norm of a mat3\n *\n * @param {ReadonlyMat3} a the matrix to calculate Frobenius norm of\n * @returns {Number} Frobenius norm\n */\nexport function frob(a) {\n return Math.sqrt(a[0] * a[0] + a[1] * a[1] + a[2] * a[2] + a[3] * a[3] + a[4] * a[4] + a[5] * a[5] + a[6] * a[6] + a[7] * a[7] + a[8] * a[8]);\n}\n\n/**\n * Adds two mat3's\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the first operand\n * @param {ReadonlyMat3} b the second operand\n * @returns {mat3} out\n */\nexport function add(out, a, b) {\n out[0] = a[0] + b[0];\n out[1] = a[1] + b[1];\n out[2] = a[2] + b[2];\n out[3] = a[3] + b[3];\n out[4] = a[4] + b[4];\n out[5] = a[5] + b[5];\n out[6] = a[6] + b[6];\n out[7] = a[7] + b[7];\n out[8] = a[8] + b[8];\n return out;\n}\n\n/**\n * Subtracts matrix b from matrix a\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the first operand\n * @param {ReadonlyMat3} b the second operand\n * @returns {mat3} out\n */\nexport function subtract(out, a, b) {\n out[0] = a[0] - b[0];\n out[1] = a[1] - b[1];\n out[2] = a[2] - b[2];\n out[3] = a[3] - b[3];\n out[4] = a[4] - b[4];\n out[5] = a[5] - b[5];\n out[6] = a[6] - b[6];\n out[7] = a[7] - b[7];\n out[8] = a[8] - b[8];\n return out;\n}\n\n/**\n * Multiply each element of the matrix by a scalar.\n *\n * @param {mat3} out the receiving matrix\n * @param {ReadonlyMat3} a the matrix to scale\n * @param {Number} b amount to scale the matrix's elements by\n * @returns {mat3} out\n */\nexport function multiplyScalar(out, a, b) {\n out[0] = a[0] * b;\n out[1] = a[1] * b;\n out[2] = a[2] * b;\n out[3] = a[3] * b;\n out[4] = a[4] * b;\n out[5] = a[5] * b;\n out[6] = a[6] * b;\n out[7] = a[7] * b;\n out[8] = a[8] * b;\n return out;\n}\n\n/**\n * Adds two mat3's after multiplying each element of the second operand by a scalar value.\n *\n * @param {mat3} out the receiving vector\n * @param {ReadonlyMat3} a the first operand\n * @param {ReadonlyMat3} b the second operand\n * @param {Number} scale the amount to scale b's elements by before adding\n * @returns {mat3} out\n */\nexport function multiplyScalarAndAdd(out, a, b, scale) {\n out[0] = a[0] + b[0] * scale;\n out[1] = a[1] + b[1] * scale;\n out[2] = a[2] + b[2] * scale;\n out[3] = a[3] + b[3] * scale;\n out[4] = a[4] + b[4] * scale;\n out[5] = a[5] + b[5] * scale;\n out[6] = a[6] + b[6] * scale;\n out[7] = a[7] + b[7] * scale;\n out[8] = a[8] + b[8] * scale;\n return out;\n}\n\n/**\n * Returns whether or not the matrices have exactly the same elements in the same position (when compared with ===)\n *\n * @param {ReadonlyMat3} a The first matrix.\n * @param {ReadonlyMat3} b The second matrix.\n * @returns {Boolean} True if the matrices are equal, false otherwise.\n */\nexport function exactEquals(a, b) {\n return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7] && a[8] === b[8];\n}\n\n/**\n * Returns whether or not the matrices have approximately the same elements in the same position.\n *\n * @param {ReadonlyMat3} a The first matrix.\n * @param {ReadonlyMat3} b The second matrix.\n * @returns {Boolean} True if the matrices are equal, false otherwise.\n */\nexport function equals(a, b) {\n var a0 = a[0],\n a1 = a[1],\n a2 = a[2],\n a3 = a[3],\n a4 = a[4],\n a5 = a[5],\n a6 = a[6],\n a7 = a[7],\n a8 = a[8];\n var b0 = b[0],\n b1 = b[1],\n b2 = b[2],\n b3 = b[3],\n b4 = b[4],\n b5 = b[5],\n b6 = b[6],\n b7 = b[7],\n b8 = b[8];\n return Math.abs(a0 - b0) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a3), Math.abs(b3)) && Math.abs(a4 - b4) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a4), Math.abs(b4)) && Math.abs(a5 - b5) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a5), Math.abs(b5)) && Math.abs(a6 - b6) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a6), Math.abs(b6)) && Math.abs(a7 - b7) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a7), Math.abs(b7)) && Math.abs(a8 - b8) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a8), Math.abs(b8));\n}\n\n/**\n * Alias for {@link mat3.multiply}\n * @function\n */\nexport var mul = multiply;\n\n/**\n * Alias for {@link mat3.subtract}\n * @function\n */\nexport var sub = subtract;","import * as glMatrix from \"./common.js\";\n\n/**\n * 4x4 Matrix
Format: column-major, when typed out it looks like row-major
The matrices are being post multiplied.\n * @module mat4\n */\n\n/**\n * Creates a new identity mat4\n *\n * @returns {mat4} a new 4x4 matrix\n */\nexport function create() {\n var out = new glMatrix.ARRAY_TYPE(16);\n if (glMatrix.ARRAY_TYPE != Float32Array) {\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n }\n out[0] = 1;\n out[5] = 1;\n out[10] = 1;\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a new mat4 initialized with values from an existing matrix\n *\n * @param {ReadonlyMat4} a matrix to clone\n * @returns {mat4} a new 4x4 matrix\n */\nexport function clone(a) {\n var out = new glMatrix.ARRAY_TYPE(16);\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n out[4] = a[4];\n out[5] = a[5];\n out[6] = a[6];\n out[7] = a[7];\n out[8] = a[8];\n out[9] = a[9];\n out[10] = a[10];\n out[11] = a[11];\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n return out;\n}\n\n/**\n * Copy the values from one mat4 to another\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the source matrix\n * @returns {mat4} out\n */\nexport function copy(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n out[4] = a[4];\n out[5] = a[5];\n out[6] = a[6];\n out[7] = a[7];\n out[8] = a[8];\n out[9] = a[9];\n out[10] = a[10];\n out[11] = a[11];\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n return out;\n}\n\n/**\n * Create a new mat4 with the given values\n *\n * @param {Number} m00 Component in column 0, row 0 position (index 0)\n * @param {Number} m01 Component in column 0, row 1 position (index 1)\n * @param {Number} m02 Component in column 0, row 2 position (index 2)\n * @param {Number} m03 Component in column 0, row 3 position (index 3)\n * @param {Number} m10 Component in column 1, row 0 position (index 4)\n * @param {Number} m11 Component in column 1, row 1 position (index 5)\n * @param {Number} m12 Component in column 1, row 2 position (index 6)\n * @param {Number} m13 Component in column 1, row 3 position (index 7)\n * @param {Number} m20 Component in column 2, row 0 position (index 8)\n * @param {Number} m21 Component in column 2, row 1 position (index 9)\n * @param {Number} m22 Component in column 2, row 2 position (index 10)\n * @param {Number} m23 Component in column 2, row 3 position (index 11)\n * @param {Number} m30 Component in column 3, row 0 position (index 12)\n * @param {Number} m31 Component in column 3, row 1 position (index 13)\n * @param {Number} m32 Component in column 3, row 2 position (index 14)\n * @param {Number} m33 Component in column 3, row 3 position (index 15)\n * @returns {mat4} A new mat4\n */\nexport function fromValues(m00, m01, m02, m03, m10, m11, m12, m13, m20, m21, m22, m23, m30, m31, m32, m33) {\n var out = new glMatrix.ARRAY_TYPE(16);\n out[0] = m00;\n out[1] = m01;\n out[2] = m02;\n out[3] = m03;\n out[4] = m10;\n out[5] = m11;\n out[6] = m12;\n out[7] = m13;\n out[8] = m20;\n out[9] = m21;\n out[10] = m22;\n out[11] = m23;\n out[12] = m30;\n out[13] = m31;\n out[14] = m32;\n out[15] = m33;\n return out;\n}\n\n/**\n * Set the components of a mat4 to the given values\n *\n * @param {mat4} out the receiving matrix\n * @param {Number} m00 Component in column 0, row 0 position (index 0)\n * @param {Number} m01 Component in column 0, row 1 position (index 1)\n * @param {Number} m02 Component in column 0, row 2 position (index 2)\n * @param {Number} m03 Component in column 0, row 3 position (index 3)\n * @param {Number} m10 Component in column 1, row 0 position (index 4)\n * @param {Number} m11 Component in column 1, row 1 position (index 5)\n * @param {Number} m12 Component in column 1, row 2 position (index 6)\n * @param {Number} m13 Component in column 1, row 3 position (index 7)\n * @param {Number} m20 Component in column 2, row 0 position (index 8)\n * @param {Number} m21 Component in column 2, row 1 position (index 9)\n * @param {Number} m22 Component in column 2, row 2 position (index 10)\n * @param {Number} m23 Component in column 2, row 3 position (index 11)\n * @param {Number} m30 Component in column 3, row 0 position (index 12)\n * @param {Number} m31 Component in column 3, row 1 position (index 13)\n * @param {Number} m32 Component in column 3, row 2 position (index 14)\n * @param {Number} m33 Component in column 3, row 3 position (index 15)\n * @returns {mat4} out\n */\nexport function set(out, m00, m01, m02, m03, m10, m11, m12, m13, m20, m21, m22, m23, m30, m31, m32, m33) {\n out[0] = m00;\n out[1] = m01;\n out[2] = m02;\n out[3] = m03;\n out[4] = m10;\n out[5] = m11;\n out[6] = m12;\n out[7] = m13;\n out[8] = m20;\n out[9] = m21;\n out[10] = m22;\n out[11] = m23;\n out[12] = m30;\n out[13] = m31;\n out[14] = m32;\n out[15] = m33;\n return out;\n}\n\n/**\n * Set a mat4 to the identity matrix\n *\n * @param {mat4} out the receiving matrix\n * @returns {mat4} out\n */\nexport function identity(out) {\n out[0] = 1;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = 1;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[10] = 1;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Transpose the values of a mat4\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the source matrix\n * @returns {mat4} out\n */\nexport function transpose(out, a) {\n // If we are transposing ourselves we can skip a few steps but have to cache some values\n if (out === a) {\n var a01 = a[1],\n a02 = a[2],\n a03 = a[3];\n var a12 = a[6],\n a13 = a[7];\n var a23 = a[11];\n out[1] = a[4];\n out[2] = a[8];\n out[3] = a[12];\n out[4] = a01;\n out[6] = a[9];\n out[7] = a[13];\n out[8] = a02;\n out[9] = a12;\n out[11] = a[14];\n out[12] = a03;\n out[13] = a13;\n out[14] = a23;\n } else {\n out[0] = a[0];\n out[1] = a[4];\n out[2] = a[8];\n out[3] = a[12];\n out[4] = a[1];\n out[5] = a[5];\n out[6] = a[9];\n out[7] = a[13];\n out[8] = a[2];\n out[9] = a[6];\n out[10] = a[10];\n out[11] = a[14];\n out[12] = a[3];\n out[13] = a[7];\n out[14] = a[11];\n out[15] = a[15];\n }\n return out;\n}\n\n/**\n * Inverts a mat4\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the source matrix\n * @returns {mat4 | null} out, or null if source matrix is not invertible\n */\nexport function invert(out, a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a03 = a[3];\n var a10 = a[4],\n a11 = a[5],\n a12 = a[6],\n a13 = a[7];\n var a20 = a[8],\n a21 = a[9],\n a22 = a[10],\n a23 = a[11];\n var a30 = a[12],\n a31 = a[13],\n a32 = a[14],\n a33 = a[15];\n var b00 = a00 * a11 - a01 * a10;\n var b01 = a00 * a12 - a02 * a10;\n var b02 = a00 * a13 - a03 * a10;\n var b03 = a01 * a12 - a02 * a11;\n var b04 = a01 * a13 - a03 * a11;\n var b05 = a02 * a13 - a03 * a12;\n var b06 = a20 * a31 - a21 * a30;\n var b07 = a20 * a32 - a22 * a30;\n var b08 = a20 * a33 - a23 * a30;\n var b09 = a21 * a32 - a22 * a31;\n var b10 = a21 * a33 - a23 * a31;\n var b11 = a22 * a33 - a23 * a32;\n\n // Calculate the determinant\n var det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;\n if (!det) {\n return null;\n }\n det = 1.0 / det;\n out[0] = (a11 * b11 - a12 * b10 + a13 * b09) * det;\n out[1] = (a02 * b10 - a01 * b11 - a03 * b09) * det;\n out[2] = (a31 * b05 - a32 * b04 + a33 * b03) * det;\n out[3] = (a22 * b04 - a21 * b05 - a23 * b03) * det;\n out[4] = (a12 * b08 - a10 * b11 - a13 * b07) * det;\n out[5] = (a00 * b11 - a02 * b08 + a03 * b07) * det;\n out[6] = (a32 * b02 - a30 * b05 - a33 * b01) * det;\n out[7] = (a20 * b05 - a22 * b02 + a23 * b01) * det;\n out[8] = (a10 * b10 - a11 * b08 + a13 * b06) * det;\n out[9] = (a01 * b08 - a00 * b10 - a03 * b06) * det;\n out[10] = (a30 * b04 - a31 * b02 + a33 * b00) * det;\n out[11] = (a21 * b02 - a20 * b04 - a23 * b00) * det;\n out[12] = (a11 * b07 - a10 * b09 - a12 * b06) * det;\n out[13] = (a00 * b09 - a01 * b07 + a02 * b06) * det;\n out[14] = (a31 * b01 - a30 * b03 - a32 * b00) * det;\n out[15] = (a20 * b03 - a21 * b01 + a22 * b00) * det;\n return out;\n}\n\n/**\n * Calculates the adjugate of a mat4\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the source matrix\n * @returns {mat4} out\n */\nexport function adjoint(out, a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a03 = a[3];\n var a10 = a[4],\n a11 = a[5],\n a12 = a[6],\n a13 = a[7];\n var a20 = a[8],\n a21 = a[9],\n a22 = a[10],\n a23 = a[11];\n var a30 = a[12],\n a31 = a[13],\n a32 = a[14],\n a33 = a[15];\n var b00 = a00 * a11 - a01 * a10;\n var b01 = a00 * a12 - a02 * a10;\n var b02 = a00 * a13 - a03 * a10;\n var b03 = a01 * a12 - a02 * a11;\n var b04 = a01 * a13 - a03 * a11;\n var b05 = a02 * a13 - a03 * a12;\n var b06 = a20 * a31 - a21 * a30;\n var b07 = a20 * a32 - a22 * a30;\n var b08 = a20 * a33 - a23 * a30;\n var b09 = a21 * a32 - a22 * a31;\n var b10 = a21 * a33 - a23 * a31;\n var b11 = a22 * a33 - a23 * a32;\n out[0] = a11 * b11 - a12 * b10 + a13 * b09;\n out[1] = a02 * b10 - a01 * b11 - a03 * b09;\n out[2] = a31 * b05 - a32 * b04 + a33 * b03;\n out[3] = a22 * b04 - a21 * b05 - a23 * b03;\n out[4] = a12 * b08 - a10 * b11 - a13 * b07;\n out[5] = a00 * b11 - a02 * b08 + a03 * b07;\n out[6] = a32 * b02 - a30 * b05 - a33 * b01;\n out[7] = a20 * b05 - a22 * b02 + a23 * b01;\n out[8] = a10 * b10 - a11 * b08 + a13 * b06;\n out[9] = a01 * b08 - a00 * b10 - a03 * b06;\n out[10] = a30 * b04 - a31 * b02 + a33 * b00;\n out[11] = a21 * b02 - a20 * b04 - a23 * b00;\n out[12] = a11 * b07 - a10 * b09 - a12 * b06;\n out[13] = a00 * b09 - a01 * b07 + a02 * b06;\n out[14] = a31 * b01 - a30 * b03 - a32 * b00;\n out[15] = a20 * b03 - a21 * b01 + a22 * b00;\n return out;\n}\n\n/**\n * Calculates the determinant of a mat4\n *\n * @param {ReadonlyMat4} a the source matrix\n * @returns {Number} determinant of a\n */\nexport function determinant(a) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a03 = a[3];\n var a10 = a[4],\n a11 = a[5],\n a12 = a[6],\n a13 = a[7];\n var a20 = a[8],\n a21 = a[9],\n a22 = a[10],\n a23 = a[11];\n var a30 = a[12],\n a31 = a[13],\n a32 = a[14],\n a33 = a[15];\n var b0 = a00 * a11 - a01 * a10;\n var b1 = a00 * a12 - a02 * a10;\n var b2 = a01 * a12 - a02 * a11;\n var b3 = a20 * a31 - a21 * a30;\n var b4 = a20 * a32 - a22 * a30;\n var b5 = a21 * a32 - a22 * a31;\n var b6 = a00 * b5 - a01 * b4 + a02 * b3;\n var b7 = a10 * b5 - a11 * b4 + a12 * b3;\n var b8 = a20 * b2 - a21 * b1 + a22 * b0;\n var b9 = a30 * b2 - a31 * b1 + a32 * b0;\n\n // Calculate the determinant\n return a13 * b6 - a03 * b7 + a33 * b8 - a23 * b9;\n}\n\n/**\n * Multiplies two mat4s\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the first operand\n * @param {ReadonlyMat4} b the second operand\n * @returns {mat4} out\n */\nexport function multiply(out, a, b) {\n var a00 = a[0],\n a01 = a[1],\n a02 = a[2],\n a03 = a[3];\n var a10 = a[4],\n a11 = a[5],\n a12 = a[6],\n a13 = a[7];\n var a20 = a[8],\n a21 = a[9],\n a22 = a[10],\n a23 = a[11];\n var a30 = a[12],\n a31 = a[13],\n a32 = a[14],\n a33 = a[15];\n\n // Cache only the current line of the second matrix\n var b0 = b[0],\n b1 = b[1],\n b2 = b[2],\n b3 = b[3];\n out[0] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;\n out[1] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;\n out[2] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;\n out[3] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;\n b0 = b[4];\n b1 = b[5];\n b2 = b[6];\n b3 = b[7];\n out[4] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;\n out[5] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;\n out[6] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;\n out[7] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;\n b0 = b[8];\n b1 = b[9];\n b2 = b[10];\n b3 = b[11];\n out[8] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;\n out[9] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;\n out[10] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;\n out[11] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;\n b0 = b[12];\n b1 = b[13];\n b2 = b[14];\n b3 = b[15];\n out[12] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;\n out[13] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;\n out[14] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;\n out[15] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;\n return out;\n}\n\n/**\n * Translate a mat4 by the given vector\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to translate\n * @param {ReadonlyVec3} v vector to translate by\n * @returns {mat4} out\n */\nexport function translate(out, a, v) {\n var x = v[0],\n y = v[1],\n z = v[2];\n var a00, a01, a02, a03;\n var a10, a11, a12, a13;\n var a20, a21, a22, a23;\n if (a === out) {\n out[12] = a[0] * x + a[4] * y + a[8] * z + a[12];\n out[13] = a[1] * x + a[5] * y + a[9] * z + a[13];\n out[14] = a[2] * x + a[6] * y + a[10] * z + a[14];\n out[15] = a[3] * x + a[7] * y + a[11] * z + a[15];\n } else {\n a00 = a[0];\n a01 = a[1];\n a02 = a[2];\n a03 = a[3];\n a10 = a[4];\n a11 = a[5];\n a12 = a[6];\n a13 = a[7];\n a20 = a[8];\n a21 = a[9];\n a22 = a[10];\n a23 = a[11];\n out[0] = a00;\n out[1] = a01;\n out[2] = a02;\n out[3] = a03;\n out[4] = a10;\n out[5] = a11;\n out[6] = a12;\n out[7] = a13;\n out[8] = a20;\n out[9] = a21;\n out[10] = a22;\n out[11] = a23;\n out[12] = a00 * x + a10 * y + a20 * z + a[12];\n out[13] = a01 * x + a11 * y + a21 * z + a[13];\n out[14] = a02 * x + a12 * y + a22 * z + a[14];\n out[15] = a03 * x + a13 * y + a23 * z + a[15];\n }\n return out;\n}\n\n/**\n * Scales the mat4 by the dimensions in the given vec3 not using vectorization\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to scale\n * @param {ReadonlyVec3} v the vec3 to scale the matrix by\n * @returns {mat4} out\n **/\nexport function scale(out, a, v) {\n var x = v[0],\n y = v[1],\n z = v[2];\n out[0] = a[0] * x;\n out[1] = a[1] * x;\n out[2] = a[2] * x;\n out[3] = a[3] * x;\n out[4] = a[4] * y;\n out[5] = a[5] * y;\n out[6] = a[6] * y;\n out[7] = a[7] * y;\n out[8] = a[8] * z;\n out[9] = a[9] * z;\n out[10] = a[10] * z;\n out[11] = a[11] * z;\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n return out;\n}\n\n/**\n * Rotates a mat4 by the given angle around the given axis\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to rotate\n * @param {Number} rad the angle to rotate the matrix by\n * @param {ReadonlyVec3} axis the axis to rotate around\n * @returns {mat4} out\n */\nexport function rotate(out, a, rad, axis) {\n var x = axis[0],\n y = axis[1],\n z = axis[2];\n var len = Math.sqrt(x * x + y * y + z * z);\n var s, c, t;\n var a00, a01, a02, a03;\n var a10, a11, a12, a13;\n var a20, a21, a22, a23;\n var b00, b01, b02;\n var b10, b11, b12;\n var b20, b21, b22;\n if (len < glMatrix.EPSILON) {\n return null;\n }\n len = 1 / len;\n x *= len;\n y *= len;\n z *= len;\n s = Math.sin(rad);\n c = Math.cos(rad);\n t = 1 - c;\n a00 = a[0];\n a01 = a[1];\n a02 = a[2];\n a03 = a[3];\n a10 = a[4];\n a11 = a[5];\n a12 = a[6];\n a13 = a[7];\n a20 = a[8];\n a21 = a[9];\n a22 = a[10];\n a23 = a[11];\n\n // Construct the elements of the rotation matrix\n b00 = x * x * t + c;\n b01 = y * x * t + z * s;\n b02 = z * x * t - y * s;\n b10 = x * y * t - z * s;\n b11 = y * y * t + c;\n b12 = z * y * t + x * s;\n b20 = x * z * t + y * s;\n b21 = y * z * t - x * s;\n b22 = z * z * t + c;\n\n // Perform rotation-specific matrix multiplication\n out[0] = a00 * b00 + a10 * b01 + a20 * b02;\n out[1] = a01 * b00 + a11 * b01 + a21 * b02;\n out[2] = a02 * b00 + a12 * b01 + a22 * b02;\n out[3] = a03 * b00 + a13 * b01 + a23 * b02;\n out[4] = a00 * b10 + a10 * b11 + a20 * b12;\n out[5] = a01 * b10 + a11 * b11 + a21 * b12;\n out[6] = a02 * b10 + a12 * b11 + a22 * b12;\n out[7] = a03 * b10 + a13 * b11 + a23 * b12;\n out[8] = a00 * b20 + a10 * b21 + a20 * b22;\n out[9] = a01 * b20 + a11 * b21 + a21 * b22;\n out[10] = a02 * b20 + a12 * b21 + a22 * b22;\n out[11] = a03 * b20 + a13 * b21 + a23 * b22;\n if (a !== out) {\n // If the source and destination differ, copy the unchanged last row\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n }\n return out;\n}\n\n/**\n * Rotates a matrix by the given angle around the X axis\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to rotate\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat4} out\n */\nexport function rotateX(out, a, rad) {\n var s = Math.sin(rad);\n var c = Math.cos(rad);\n var a10 = a[4];\n var a11 = a[5];\n var a12 = a[6];\n var a13 = a[7];\n var a20 = a[8];\n var a21 = a[9];\n var a22 = a[10];\n var a23 = a[11];\n if (a !== out) {\n // If the source and destination differ, copy the unchanged rows\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n }\n\n // Perform axis-specific matrix multiplication\n out[4] = a10 * c + a20 * s;\n out[5] = a11 * c + a21 * s;\n out[6] = a12 * c + a22 * s;\n out[7] = a13 * c + a23 * s;\n out[8] = a20 * c - a10 * s;\n out[9] = a21 * c - a11 * s;\n out[10] = a22 * c - a12 * s;\n out[11] = a23 * c - a13 * s;\n return out;\n}\n\n/**\n * Rotates a matrix by the given angle around the Y axis\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to rotate\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat4} out\n */\nexport function rotateY(out, a, rad) {\n var s = Math.sin(rad);\n var c = Math.cos(rad);\n var a00 = a[0];\n var a01 = a[1];\n var a02 = a[2];\n var a03 = a[3];\n var a20 = a[8];\n var a21 = a[9];\n var a22 = a[10];\n var a23 = a[11];\n if (a !== out) {\n // If the source and destination differ, copy the unchanged rows\n out[4] = a[4];\n out[5] = a[5];\n out[6] = a[6];\n out[7] = a[7];\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n }\n\n // Perform axis-specific matrix multiplication\n out[0] = a00 * c - a20 * s;\n out[1] = a01 * c - a21 * s;\n out[2] = a02 * c - a22 * s;\n out[3] = a03 * c - a23 * s;\n out[8] = a00 * s + a20 * c;\n out[9] = a01 * s + a21 * c;\n out[10] = a02 * s + a22 * c;\n out[11] = a03 * s + a23 * c;\n return out;\n}\n\n/**\n * Rotates a matrix by the given angle around the Z axis\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to rotate\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat4} out\n */\nexport function rotateZ(out, a, rad) {\n var s = Math.sin(rad);\n var c = Math.cos(rad);\n var a00 = a[0];\n var a01 = a[1];\n var a02 = a[2];\n var a03 = a[3];\n var a10 = a[4];\n var a11 = a[5];\n var a12 = a[6];\n var a13 = a[7];\n if (a !== out) {\n // If the source and destination differ, copy the unchanged last row\n out[8] = a[8];\n out[9] = a[9];\n out[10] = a[10];\n out[11] = a[11];\n out[12] = a[12];\n out[13] = a[13];\n out[14] = a[14];\n out[15] = a[15];\n }\n\n // Perform axis-specific matrix multiplication\n out[0] = a00 * c + a10 * s;\n out[1] = a01 * c + a11 * s;\n out[2] = a02 * c + a12 * s;\n out[3] = a03 * c + a13 * s;\n out[4] = a10 * c - a00 * s;\n out[5] = a11 * c - a01 * s;\n out[6] = a12 * c - a02 * s;\n out[7] = a13 * c - a03 * s;\n return out;\n}\n\n/**\n * Creates a matrix from a vector translation\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.translate(dest, dest, vec);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {ReadonlyVec3} v Translation vector\n * @returns {mat4} out\n */\nexport function fromTranslation(out, v) {\n out[0] = 1;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = 1;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[10] = 1;\n out[11] = 0;\n out[12] = v[0];\n out[13] = v[1];\n out[14] = v[2];\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from a vector scaling\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.scale(dest, dest, vec);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {ReadonlyVec3} v Scaling vector\n * @returns {mat4} out\n */\nexport function fromScaling(out, v) {\n out[0] = v[0];\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = v[1];\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[10] = v[2];\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from a given angle around a given axis\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.rotate(dest, dest, rad, axis);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {Number} rad the angle to rotate the matrix by\n * @param {ReadonlyVec3} axis the axis to rotate around\n * @returns {mat4} out\n */\nexport function fromRotation(out, rad, axis) {\n var x = axis[0],\n y = axis[1],\n z = axis[2];\n var len = Math.sqrt(x * x + y * y + z * z);\n var s, c, t;\n if (len < glMatrix.EPSILON) {\n return null;\n }\n len = 1 / len;\n x *= len;\n y *= len;\n z *= len;\n s = Math.sin(rad);\n c = Math.cos(rad);\n t = 1 - c;\n\n // Perform rotation-specific matrix multiplication\n out[0] = x * x * t + c;\n out[1] = y * x * t + z * s;\n out[2] = z * x * t - y * s;\n out[3] = 0;\n out[4] = x * y * t - z * s;\n out[5] = y * y * t + c;\n out[6] = z * y * t + x * s;\n out[7] = 0;\n out[8] = x * z * t + y * s;\n out[9] = y * z * t - x * s;\n out[10] = z * z * t + c;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from the given angle around the X axis\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.rotateX(dest, dest, rad);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat4} out\n */\nexport function fromXRotation(out, rad) {\n var s = Math.sin(rad);\n var c = Math.cos(rad);\n\n // Perform axis-specific matrix multiplication\n out[0] = 1;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = c;\n out[6] = s;\n out[7] = 0;\n out[8] = 0;\n out[9] = -s;\n out[10] = c;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from the given angle around the Y axis\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.rotateY(dest, dest, rad);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat4} out\n */\nexport function fromYRotation(out, rad) {\n var s = Math.sin(rad);\n var c = Math.cos(rad);\n\n // Perform axis-specific matrix multiplication\n out[0] = c;\n out[1] = 0;\n out[2] = -s;\n out[3] = 0;\n out[4] = 0;\n out[5] = 1;\n out[6] = 0;\n out[7] = 0;\n out[8] = s;\n out[9] = 0;\n out[10] = c;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from the given angle around the Z axis\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.rotateZ(dest, dest, rad);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {Number} rad the angle to rotate the matrix by\n * @returns {mat4} out\n */\nexport function fromZRotation(out, rad) {\n var s = Math.sin(rad);\n var c = Math.cos(rad);\n\n // Perform axis-specific matrix multiplication\n out[0] = c;\n out[1] = s;\n out[2] = 0;\n out[3] = 0;\n out[4] = -s;\n out[5] = c;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[10] = 1;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from a quaternion rotation and vector translation\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.translate(dest, dest, vec);\n * let quatMat = mat4.create();\n * mat4.fromQuat(quatMat, quat);\n * mat4.multiply(dest, dest, quatMat);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {quat} q Rotation quaternion\n * @param {ReadonlyVec3} v Translation vector\n * @returns {mat4} out\n */\nexport function fromRotationTranslation(out, q, v) {\n // Quaternion math\n var x = q[0],\n y = q[1],\n z = q[2],\n w = q[3];\n var x2 = x + x;\n var y2 = y + y;\n var z2 = z + z;\n var xx = x * x2;\n var xy = x * y2;\n var xz = x * z2;\n var yy = y * y2;\n var yz = y * z2;\n var zz = z * z2;\n var wx = w * x2;\n var wy = w * y2;\n var wz = w * z2;\n out[0] = 1 - (yy + zz);\n out[1] = xy + wz;\n out[2] = xz - wy;\n out[3] = 0;\n out[4] = xy - wz;\n out[5] = 1 - (xx + zz);\n out[6] = yz + wx;\n out[7] = 0;\n out[8] = xz + wy;\n out[9] = yz - wx;\n out[10] = 1 - (xx + yy);\n out[11] = 0;\n out[12] = v[0];\n out[13] = v[1];\n out[14] = v[2];\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a new mat4 from a dual quat.\n *\n * @param {mat4} out Matrix\n * @param {ReadonlyQuat2} a Dual Quaternion\n * @returns {mat4} mat4 receiving operation result\n */\nexport function fromQuat2(out, a) {\n var translation = new glMatrix.ARRAY_TYPE(3);\n var bx = -a[0],\n by = -a[1],\n bz = -a[2],\n bw = a[3],\n ax = a[4],\n ay = a[5],\n az = a[6],\n aw = a[7];\n var magnitude = bx * bx + by * by + bz * bz + bw * bw;\n //Only scale if it makes sense\n if (magnitude > 0) {\n translation[0] = (ax * bw + aw * bx + ay * bz - az * by) * 2 / magnitude;\n translation[1] = (ay * bw + aw * by + az * bx - ax * bz) * 2 / magnitude;\n translation[2] = (az * bw + aw * bz + ax * by - ay * bx) * 2 / magnitude;\n } else {\n translation[0] = (ax * bw + aw * bx + ay * bz - az * by) * 2;\n translation[1] = (ay * bw + aw * by + az * bx - ax * bz) * 2;\n translation[2] = (az * bw + aw * bz + ax * by - ay * bx) * 2;\n }\n fromRotationTranslation(out, a, translation);\n return out;\n}\n\n/**\n * Returns the translation vector component of a transformation\n * matrix. If a matrix is built with fromRotationTranslation,\n * the returned vector will be the same as the translation vector\n * originally supplied.\n * @param {vec3} out Vector to receive translation component\n * @param {ReadonlyMat4} mat Matrix to be decomposed (input)\n * @return {vec3} out\n */\nexport function getTranslation(out, mat) {\n out[0] = mat[12];\n out[1] = mat[13];\n out[2] = mat[14];\n return out;\n}\n\n/**\n * Returns the scaling factor component of a transformation\n * matrix. If a matrix is built with fromRotationTranslationScale\n * with a normalized Quaternion parameter, the returned vector will be\n * the same as the scaling vector\n * originally supplied.\n * @param {vec3} out Vector to receive scaling factor component\n * @param {ReadonlyMat4} mat Matrix to be decomposed (input)\n * @return {vec3} out\n */\nexport function getScaling(out, mat) {\n var m11 = mat[0];\n var m12 = mat[1];\n var m13 = mat[2];\n var m21 = mat[4];\n var m22 = mat[5];\n var m23 = mat[6];\n var m31 = mat[8];\n var m32 = mat[9];\n var m33 = mat[10];\n out[0] = Math.sqrt(m11 * m11 + m12 * m12 + m13 * m13);\n out[1] = Math.sqrt(m21 * m21 + m22 * m22 + m23 * m23);\n out[2] = Math.sqrt(m31 * m31 + m32 * m32 + m33 * m33);\n return out;\n}\n\n/**\n * Returns a quaternion representing the rotational component\n * of a transformation matrix. If a matrix is built with\n * fromRotationTranslation, the returned quaternion will be the\n * same as the quaternion originally supplied.\n * @param {quat} out Quaternion to receive the rotation component\n * @param {ReadonlyMat4} mat Matrix to be decomposed (input)\n * @return {quat} out\n */\nexport function getRotation(out, mat) {\n var scaling = new glMatrix.ARRAY_TYPE(3);\n getScaling(scaling, mat);\n var is1 = 1 / scaling[0];\n var is2 = 1 / scaling[1];\n var is3 = 1 / scaling[2];\n var sm11 = mat[0] * is1;\n var sm12 = mat[1] * is2;\n var sm13 = mat[2] * is3;\n var sm21 = mat[4] * is1;\n var sm22 = mat[5] * is2;\n var sm23 = mat[6] * is3;\n var sm31 = mat[8] * is1;\n var sm32 = mat[9] * is2;\n var sm33 = mat[10] * is3;\n var trace = sm11 + sm22 + sm33;\n var S = 0;\n if (trace > 0) {\n S = Math.sqrt(trace + 1.0) * 2;\n out[3] = 0.25 * S;\n out[0] = (sm23 - sm32) / S;\n out[1] = (sm31 - sm13) / S;\n out[2] = (sm12 - sm21) / S;\n } else if (sm11 > sm22 && sm11 > sm33) {\n S = Math.sqrt(1.0 + sm11 - sm22 - sm33) * 2;\n out[3] = (sm23 - sm32) / S;\n out[0] = 0.25 * S;\n out[1] = (sm12 + sm21) / S;\n out[2] = (sm31 + sm13) / S;\n } else if (sm22 > sm33) {\n S = Math.sqrt(1.0 + sm22 - sm11 - sm33) * 2;\n out[3] = (sm31 - sm13) / S;\n out[0] = (sm12 + sm21) / S;\n out[1] = 0.25 * S;\n out[2] = (sm23 + sm32) / S;\n } else {\n S = Math.sqrt(1.0 + sm33 - sm11 - sm22) * 2;\n out[3] = (sm12 - sm21) / S;\n out[0] = (sm31 + sm13) / S;\n out[1] = (sm23 + sm32) / S;\n out[2] = 0.25 * S;\n }\n return out;\n}\n\n/**\n * Decomposes a transformation matrix into its rotation, translation\n * and scale components. Returns only the rotation component\n * @param {quat} out_r Quaternion to receive the rotation component\n * @param {vec3} out_t Vector to receive the translation vector\n * @param {vec3} out_s Vector to receive the scaling factor\n * @param {ReadonlyMat4} mat Matrix to be decomposed (input)\n * @returns {quat} out_r\n */\nexport function decompose(out_r, out_t, out_s, mat) {\n out_t[0] = mat[12];\n out_t[1] = mat[13];\n out_t[2] = mat[14];\n var m11 = mat[0];\n var m12 = mat[1];\n var m13 = mat[2];\n var m21 = mat[4];\n var m22 = mat[5];\n var m23 = mat[6];\n var m31 = mat[8];\n var m32 = mat[9];\n var m33 = mat[10];\n out_s[0] = Math.sqrt(m11 * m11 + m12 * m12 + m13 * m13);\n out_s[1] = Math.sqrt(m21 * m21 + m22 * m22 + m23 * m23);\n out_s[2] = Math.sqrt(m31 * m31 + m32 * m32 + m33 * m33);\n var is1 = 1 / out_s[0];\n var is2 = 1 / out_s[1];\n var is3 = 1 / out_s[2];\n var sm11 = m11 * is1;\n var sm12 = m12 * is2;\n var sm13 = m13 * is3;\n var sm21 = m21 * is1;\n var sm22 = m22 * is2;\n var sm23 = m23 * is3;\n var sm31 = m31 * is1;\n var sm32 = m32 * is2;\n var sm33 = m33 * is3;\n var trace = sm11 + sm22 + sm33;\n var S = 0;\n if (trace > 0) {\n S = Math.sqrt(trace + 1.0) * 2;\n out_r[3] = 0.25 * S;\n out_r[0] = (sm23 - sm32) / S;\n out_r[1] = (sm31 - sm13) / S;\n out_r[2] = (sm12 - sm21) / S;\n } else if (sm11 > sm22 && sm11 > sm33) {\n S = Math.sqrt(1.0 + sm11 - sm22 - sm33) * 2;\n out_r[3] = (sm23 - sm32) / S;\n out_r[0] = 0.25 * S;\n out_r[1] = (sm12 + sm21) / S;\n out_r[2] = (sm31 + sm13) / S;\n } else if (sm22 > sm33) {\n S = Math.sqrt(1.0 + sm22 - sm11 - sm33) * 2;\n out_r[3] = (sm31 - sm13) / S;\n out_r[0] = (sm12 + sm21) / S;\n out_r[1] = 0.25 * S;\n out_r[2] = (sm23 + sm32) / S;\n } else {\n S = Math.sqrt(1.0 + sm33 - sm11 - sm22) * 2;\n out_r[3] = (sm12 - sm21) / S;\n out_r[0] = (sm31 + sm13) / S;\n out_r[1] = (sm23 + sm32) / S;\n out_r[2] = 0.25 * S;\n }\n return out_r;\n}\n\n/**\n * Creates a matrix from a quaternion rotation, vector translation and vector scale\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.translate(dest, dest, vec);\n * let quatMat = mat4.create();\n * mat4.fromQuat(quatMat, quat);\n * mat4.multiply(dest, dest, quatMat);\n * mat4.scale(dest, dest, scale)\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {quat} q Rotation quaternion\n * @param {ReadonlyVec3} v Translation vector\n * @param {ReadonlyVec3} s Scaling vector\n * @returns {mat4} out\n */\nexport function fromRotationTranslationScale(out, q, v, s) {\n // Quaternion math\n var x = q[0],\n y = q[1],\n z = q[2],\n w = q[3];\n var x2 = x + x;\n var y2 = y + y;\n var z2 = z + z;\n var xx = x * x2;\n var xy = x * y2;\n var xz = x * z2;\n var yy = y * y2;\n var yz = y * z2;\n var zz = z * z2;\n var wx = w * x2;\n var wy = w * y2;\n var wz = w * z2;\n var sx = s[0];\n var sy = s[1];\n var sz = s[2];\n out[0] = (1 - (yy + zz)) * sx;\n out[1] = (xy + wz) * sx;\n out[2] = (xz - wy) * sx;\n out[3] = 0;\n out[4] = (xy - wz) * sy;\n out[5] = (1 - (xx + zz)) * sy;\n out[6] = (yz + wx) * sy;\n out[7] = 0;\n out[8] = (xz + wy) * sz;\n out[9] = (yz - wx) * sz;\n out[10] = (1 - (xx + yy)) * sz;\n out[11] = 0;\n out[12] = v[0];\n out[13] = v[1];\n out[14] = v[2];\n out[15] = 1;\n return out;\n}\n\n/**\n * Creates a matrix from a quaternion rotation, vector translation and vector scale, rotating and scaling around the given origin\n * This is equivalent to (but much faster than):\n *\n * mat4.identity(dest);\n * mat4.translate(dest, dest, vec);\n * mat4.translate(dest, dest, origin);\n * let quatMat = mat4.create();\n * mat4.fromQuat(quatMat, quat);\n * mat4.multiply(dest, dest, quatMat);\n * mat4.scale(dest, dest, scale)\n * mat4.translate(dest, dest, negativeOrigin);\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {quat} q Rotation quaternion\n * @param {ReadonlyVec3} v Translation vector\n * @param {ReadonlyVec3} s Scaling vector\n * @param {ReadonlyVec3} o The origin vector around which to scale and rotate\n * @returns {mat4} out\n */\nexport function fromRotationTranslationScaleOrigin(out, q, v, s, o) {\n // Quaternion math\n var x = q[0],\n y = q[1],\n z = q[2],\n w = q[3];\n var x2 = x + x;\n var y2 = y + y;\n var z2 = z + z;\n var xx = x * x2;\n var xy = x * y2;\n var xz = x * z2;\n var yy = y * y2;\n var yz = y * z2;\n var zz = z * z2;\n var wx = w * x2;\n var wy = w * y2;\n var wz = w * z2;\n var sx = s[0];\n var sy = s[1];\n var sz = s[2];\n var ox = o[0];\n var oy = o[1];\n var oz = o[2];\n var out0 = (1 - (yy + zz)) * sx;\n var out1 = (xy + wz) * sx;\n var out2 = (xz - wy) * sx;\n var out4 = (xy - wz) * sy;\n var out5 = (1 - (xx + zz)) * sy;\n var out6 = (yz + wx) * sy;\n var out8 = (xz + wy) * sz;\n var out9 = (yz - wx) * sz;\n var out10 = (1 - (xx + yy)) * sz;\n out[0] = out0;\n out[1] = out1;\n out[2] = out2;\n out[3] = 0;\n out[4] = out4;\n out[5] = out5;\n out[6] = out6;\n out[7] = 0;\n out[8] = out8;\n out[9] = out9;\n out[10] = out10;\n out[11] = 0;\n out[12] = v[0] + ox - (out0 * ox + out4 * oy + out8 * oz);\n out[13] = v[1] + oy - (out1 * ox + out5 * oy + out9 * oz);\n out[14] = v[2] + oz - (out2 * ox + out6 * oy + out10 * oz);\n out[15] = 1;\n return out;\n}\n\n/**\n * Calculates a 4x4 matrix from the given quaternion\n *\n * @param {mat4} out mat4 receiving operation result\n * @param {ReadonlyQuat} q Quaternion to create matrix from\n *\n * @returns {mat4} out\n */\nexport function fromQuat(out, q) {\n var x = q[0],\n y = q[1],\n z = q[2],\n w = q[3];\n var x2 = x + x;\n var y2 = y + y;\n var z2 = z + z;\n var xx = x * x2;\n var yx = y * x2;\n var yy = y * y2;\n var zx = z * x2;\n var zy = z * y2;\n var zz = z * z2;\n var wx = w * x2;\n var wy = w * y2;\n var wz = w * z2;\n out[0] = 1 - yy - zz;\n out[1] = yx + wz;\n out[2] = zx - wy;\n out[3] = 0;\n out[4] = yx - wz;\n out[5] = 1 - xx - zz;\n out[6] = zy + wx;\n out[7] = 0;\n out[8] = zx + wy;\n out[9] = zy - wx;\n out[10] = 1 - xx - yy;\n out[11] = 0;\n out[12] = 0;\n out[13] = 0;\n out[14] = 0;\n out[15] = 1;\n return out;\n}\n\n/**\n * Generates a frustum matrix with the given bounds\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {Number} left Left bound of the frustum\n * @param {Number} right Right bound of the frustum\n * @param {Number} bottom Bottom bound of the frustum\n * @param {Number} top Top bound of the frustum\n * @param {Number} near Near bound of the frustum\n * @param {Number} far Far bound of the frustum\n * @returns {mat4} out\n */\nexport function frustum(out, left, right, bottom, top, near, far) {\n var rl = 1 / (right - left);\n var tb = 1 / (top - bottom);\n var nf = 1 / (near - far);\n out[0] = near * 2 * rl;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = near * 2 * tb;\n out[6] = 0;\n out[7] = 0;\n out[8] = (right + left) * rl;\n out[9] = (top + bottom) * tb;\n out[10] = (far + near) * nf;\n out[11] = -1;\n out[12] = 0;\n out[13] = 0;\n out[14] = far * near * 2 * nf;\n out[15] = 0;\n return out;\n}\n\n/**\n * Generates a perspective projection matrix with the given bounds.\n * The near/far clip planes correspond to a normalized device coordinate Z range of [-1, 1],\n * which matches WebGL/OpenGL's clip volume.\n * Passing null/undefined/no value for far will generate infinite projection matrix.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {number} fovy Vertical field of view in radians\n * @param {number} aspect Aspect ratio. typically viewport width/height\n * @param {number} near Near bound of the frustum\n * @param {number} far Far bound of the frustum, can be null or Infinity\n * @returns {mat4} out\n */\nexport function perspectiveNO(out, fovy, aspect, near, far) {\n var f = 1.0 / Math.tan(fovy / 2);\n out[0] = f / aspect;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = f;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[11] = -1;\n out[12] = 0;\n out[13] = 0;\n out[15] = 0;\n if (far != null && far !== Infinity) {\n var nf = 1 / (near - far);\n out[10] = (far + near) * nf;\n out[14] = 2 * far * near * nf;\n } else {\n out[10] = -1;\n out[14] = -2 * near;\n }\n return out;\n}\n\n/**\n * Alias for {@link mat4.perspectiveNO}\n * @function\n */\nexport var perspective = perspectiveNO;\n\n/**\n * Generates a perspective projection matrix suitable for WebGPU with the given bounds.\n * The near/far clip planes correspond to a normalized device coordinate Z range of [0, 1],\n * which matches WebGPU/Vulkan/DirectX/Metal's clip volume.\n * Passing null/undefined/no value for far will generate infinite projection matrix.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {number} fovy Vertical field of view in radians\n * @param {number} aspect Aspect ratio. typically viewport width/height\n * @param {number} near Near bound of the frustum\n * @param {number} far Far bound of the frustum, can be null or Infinity\n * @returns {mat4} out\n */\nexport function perspectiveZO(out, fovy, aspect, near, far) {\n var f = 1.0 / Math.tan(fovy / 2);\n out[0] = f / aspect;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = f;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[11] = -1;\n out[12] = 0;\n out[13] = 0;\n out[15] = 0;\n if (far != null && far !== Infinity) {\n var nf = 1 / (near - far);\n out[10] = far * nf;\n out[14] = far * near * nf;\n } else {\n out[10] = -1;\n out[14] = -near;\n }\n return out;\n}\n\n/**\n * Generates a perspective projection matrix with the given field of view.\n * This is primarily useful for generating projection matrices to be used\n * with the still experiemental WebVR API.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {Object} fov Object containing the following values: upDegrees, downDegrees, leftDegrees, rightDegrees\n * @param {number} near Near bound of the frustum\n * @param {number} far Far bound of the frustum\n * @returns {mat4} out\n */\nexport function perspectiveFromFieldOfView(out, fov, near, far) {\n var upTan = Math.tan(fov.upDegrees * Math.PI / 180.0);\n var downTan = Math.tan(fov.downDegrees * Math.PI / 180.0);\n var leftTan = Math.tan(fov.leftDegrees * Math.PI / 180.0);\n var rightTan = Math.tan(fov.rightDegrees * Math.PI / 180.0);\n var xScale = 2.0 / (leftTan + rightTan);\n var yScale = 2.0 / (upTan + downTan);\n out[0] = xScale;\n out[1] = 0.0;\n out[2] = 0.0;\n out[3] = 0.0;\n out[4] = 0.0;\n out[5] = yScale;\n out[6] = 0.0;\n out[7] = 0.0;\n out[8] = -((leftTan - rightTan) * xScale * 0.5);\n out[9] = (upTan - downTan) * yScale * 0.5;\n out[10] = far / (near - far);\n out[11] = -1.0;\n out[12] = 0.0;\n out[13] = 0.0;\n out[14] = far * near / (near - far);\n out[15] = 0.0;\n return out;\n}\n\n/**\n * Generates a orthogonal projection matrix with the given bounds.\n * The near/far clip planes correspond to a normalized device coordinate Z range of [-1, 1],\n * which matches WebGL/OpenGL's clip volume.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {number} left Left bound of the frustum\n * @param {number} right Right bound of the frustum\n * @param {number} bottom Bottom bound of the frustum\n * @param {number} top Top bound of the frustum\n * @param {number} near Near bound of the frustum\n * @param {number} far Far bound of the frustum\n * @returns {mat4} out\n */\nexport function orthoNO(out, left, right, bottom, top, near, far) {\n var lr = 1 / (left - right);\n var bt = 1 / (bottom - top);\n var nf = 1 / (near - far);\n out[0] = -2 * lr;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = -2 * bt;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[10] = 2 * nf;\n out[11] = 0;\n out[12] = (left + right) * lr;\n out[13] = (top + bottom) * bt;\n out[14] = (far + near) * nf;\n out[15] = 1;\n return out;\n}\n\n/**\n * Alias for {@link mat4.orthoNO}\n * @function\n */\nexport var ortho = orthoNO;\n\n/**\n * Generates a orthogonal projection matrix with the given bounds.\n * The near/far clip planes correspond to a normalized device coordinate Z range of [0, 1],\n * which matches WebGPU/Vulkan/DirectX/Metal's clip volume.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {number} left Left bound of the frustum\n * @param {number} right Right bound of the frustum\n * @param {number} bottom Bottom bound of the frustum\n * @param {number} top Top bound of the frustum\n * @param {number} near Near bound of the frustum\n * @param {number} far Far bound of the frustum\n * @returns {mat4} out\n */\nexport function orthoZO(out, left, right, bottom, top, near, far) {\n var lr = 1 / (left - right);\n var bt = 1 / (bottom - top);\n var nf = 1 / (near - far);\n out[0] = -2 * lr;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n out[4] = 0;\n out[5] = -2 * bt;\n out[6] = 0;\n out[7] = 0;\n out[8] = 0;\n out[9] = 0;\n out[10] = nf;\n out[11] = 0;\n out[12] = (left + right) * lr;\n out[13] = (top + bottom) * bt;\n out[14] = near * nf;\n out[15] = 1;\n return out;\n}\n\n/**\n * Generates a look-at matrix with the given eye position, focal point, and up axis.\n * If you want a matrix that actually makes an object look at another object, you should use targetTo instead.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {ReadonlyVec3} eye Position of the viewer\n * @param {ReadonlyVec3} center Point the viewer is looking at\n * @param {ReadonlyVec3} up vec3 pointing up\n * @returns {mat4} out\n */\nexport function lookAt(out, eye, center, up) {\n var x0, x1, x2, y0, y1, y2, z0, z1, z2, len;\n var eyex = eye[0];\n var eyey = eye[1];\n var eyez = eye[2];\n var upx = up[0];\n var upy = up[1];\n var upz = up[2];\n var centerx = center[0];\n var centery = center[1];\n var centerz = center[2];\n if (Math.abs(eyex - centerx) < glMatrix.EPSILON && Math.abs(eyey - centery) < glMatrix.EPSILON && Math.abs(eyez - centerz) < glMatrix.EPSILON) {\n return identity(out);\n }\n z0 = eyex - centerx;\n z1 = eyey - centery;\n z2 = eyez - centerz;\n len = 1 / Math.sqrt(z0 * z0 + z1 * z1 + z2 * z2);\n z0 *= len;\n z1 *= len;\n z2 *= len;\n x0 = upy * z2 - upz * z1;\n x1 = upz * z0 - upx * z2;\n x2 = upx * z1 - upy * z0;\n len = Math.sqrt(x0 * x0 + x1 * x1 + x2 * x2);\n if (!len) {\n x0 = 0;\n x1 = 0;\n x2 = 0;\n } else {\n len = 1 / len;\n x0 *= len;\n x1 *= len;\n x2 *= len;\n }\n y0 = z1 * x2 - z2 * x1;\n y1 = z2 * x0 - z0 * x2;\n y2 = z0 * x1 - z1 * x0;\n len = Math.sqrt(y0 * y0 + y1 * y1 + y2 * y2);\n if (!len) {\n y0 = 0;\n y1 = 0;\n y2 = 0;\n } else {\n len = 1 / len;\n y0 *= len;\n y1 *= len;\n y2 *= len;\n }\n out[0] = x0;\n out[1] = y0;\n out[2] = z0;\n out[3] = 0;\n out[4] = x1;\n out[5] = y1;\n out[6] = z1;\n out[7] = 0;\n out[8] = x2;\n out[9] = y2;\n out[10] = z2;\n out[11] = 0;\n out[12] = -(x0 * eyex + x1 * eyey + x2 * eyez);\n out[13] = -(y0 * eyex + y1 * eyey + y2 * eyez);\n out[14] = -(z0 * eyex + z1 * eyey + z2 * eyez);\n out[15] = 1;\n return out;\n}\n\n/**\n * Generates a matrix that makes something look at something else.\n *\n * @param {mat4} out mat4 frustum matrix will be written into\n * @param {ReadonlyVec3} eye Position of the viewer\n * @param {ReadonlyVec3} target Point the viewer is looking at\n * @param {ReadonlyVec3} up vec3 pointing up\n * @returns {mat4} out\n */\nexport function targetTo(out, eye, target, up) {\n var eyex = eye[0],\n eyey = eye[1],\n eyez = eye[2],\n upx = up[0],\n upy = up[1],\n upz = up[2];\n var z0 = eyex - target[0],\n z1 = eyey - target[1],\n z2 = eyez - target[2];\n var len = z0 * z0 + z1 * z1 + z2 * z2;\n if (len > 0) {\n len = 1 / Math.sqrt(len);\n z0 *= len;\n z1 *= len;\n z2 *= len;\n }\n var x0 = upy * z2 - upz * z1,\n x1 = upz * z0 - upx * z2,\n x2 = upx * z1 - upy * z0;\n len = x0 * x0 + x1 * x1 + x2 * x2;\n if (len > 0) {\n len = 1 / Math.sqrt(len);\n x0 *= len;\n x1 *= len;\n x2 *= len;\n }\n out[0] = x0;\n out[1] = x1;\n out[2] = x2;\n out[3] = 0;\n out[4] = z1 * x2 - z2 * x1;\n out[5] = z2 * x0 - z0 * x2;\n out[6] = z0 * x1 - z1 * x0;\n out[7] = 0;\n out[8] = z0;\n out[9] = z1;\n out[10] = z2;\n out[11] = 0;\n out[12] = eyex;\n out[13] = eyey;\n out[14] = eyez;\n out[15] = 1;\n return out;\n}\n\n/**\n * Returns a string representation of a mat4\n *\n * @param {ReadonlyMat4} a matrix to represent as a string\n * @returns {String} string representation of the matrix\n */\nexport function str(a) {\n return \"mat4(\" + a[0] + \", \" + a[1] + \", \" + a[2] + \", \" + a[3] + \", \" + a[4] + \", \" + a[5] + \", \" + a[6] + \", \" + a[7] + \", \" + a[8] + \", \" + a[9] + \", \" + a[10] + \", \" + a[11] + \", \" + a[12] + \", \" + a[13] + \", \" + a[14] + \", \" + a[15] + \")\";\n}\n\n/**\n * Returns Frobenius norm of a mat4\n *\n * @param {ReadonlyMat4} a the matrix to calculate Frobenius norm of\n * @returns {Number} Frobenius norm\n */\nexport function frob(a) {\n return Math.sqrt(a[0] * a[0] + a[1] * a[1] + a[2] * a[2] + a[3] * a[3] + a[4] * a[4] + a[5] * a[5] + a[6] * a[6] + a[7] * a[7] + a[8] * a[8] + a[9] * a[9] + a[10] * a[10] + a[11] * a[11] + a[12] * a[12] + a[13] * a[13] + a[14] * a[14] + a[15] * a[15]);\n}\n\n/**\n * Adds two mat4's\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the first operand\n * @param {ReadonlyMat4} b the second operand\n * @returns {mat4} out\n */\nexport function add(out, a, b) {\n out[0] = a[0] + b[0];\n out[1] = a[1] + b[1];\n out[2] = a[2] + b[2];\n out[3] = a[3] + b[3];\n out[4] = a[4] + b[4];\n out[5] = a[5] + b[5];\n out[6] = a[6] + b[6];\n out[7] = a[7] + b[7];\n out[8] = a[8] + b[8];\n out[9] = a[9] + b[9];\n out[10] = a[10] + b[10];\n out[11] = a[11] + b[11];\n out[12] = a[12] + b[12];\n out[13] = a[13] + b[13];\n out[14] = a[14] + b[14];\n out[15] = a[15] + b[15];\n return out;\n}\n\n/**\n * Subtracts matrix b from matrix a\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the first operand\n * @param {ReadonlyMat4} b the second operand\n * @returns {mat4} out\n */\nexport function subtract(out, a, b) {\n out[0] = a[0] - b[0];\n out[1] = a[1] - b[1];\n out[2] = a[2] - b[2];\n out[3] = a[3] - b[3];\n out[4] = a[4] - b[4];\n out[5] = a[5] - b[5];\n out[6] = a[6] - b[6];\n out[7] = a[7] - b[7];\n out[8] = a[8] - b[8];\n out[9] = a[9] - b[9];\n out[10] = a[10] - b[10];\n out[11] = a[11] - b[11];\n out[12] = a[12] - b[12];\n out[13] = a[13] - b[13];\n out[14] = a[14] - b[14];\n out[15] = a[15] - b[15];\n return out;\n}\n\n/**\n * Multiply each element of the matrix by a scalar.\n *\n * @param {mat4} out the receiving matrix\n * @param {ReadonlyMat4} a the matrix to scale\n * @param {Number} b amount to scale the matrix's elements by\n * @returns {mat4} out\n */\nexport function multiplyScalar(out, a, b) {\n out[0] = a[0] * b;\n out[1] = a[1] * b;\n out[2] = a[2] * b;\n out[3] = a[3] * b;\n out[4] = a[4] * b;\n out[5] = a[5] * b;\n out[6] = a[6] * b;\n out[7] = a[7] * b;\n out[8] = a[8] * b;\n out[9] = a[9] * b;\n out[10] = a[10] * b;\n out[11] = a[11] * b;\n out[12] = a[12] * b;\n out[13] = a[13] * b;\n out[14] = a[14] * b;\n out[15] = a[15] * b;\n return out;\n}\n\n/**\n * Adds two mat4's after multiplying each element of the second operand by a scalar value.\n *\n * @param {mat4} out the receiving vector\n * @param {ReadonlyMat4} a the first operand\n * @param {ReadonlyMat4} b the second operand\n * @param {Number} scale the amount to scale b's elements by before adding\n * @returns {mat4} out\n */\nexport function multiplyScalarAndAdd(out, a, b, scale) {\n out[0] = a[0] + b[0] * scale;\n out[1] = a[1] + b[1] * scale;\n out[2] = a[2] + b[2] * scale;\n out[3] = a[3] + b[3] * scale;\n out[4] = a[4] + b[4] * scale;\n out[5] = a[5] + b[5] * scale;\n out[6] = a[6] + b[6] * scale;\n out[7] = a[7] + b[7] * scale;\n out[8] = a[8] + b[8] * scale;\n out[9] = a[9] + b[9] * scale;\n out[10] = a[10] + b[10] * scale;\n out[11] = a[11] + b[11] * scale;\n out[12] = a[12] + b[12] * scale;\n out[13] = a[13] + b[13] * scale;\n out[14] = a[14] + b[14] * scale;\n out[15] = a[15] + b[15] * scale;\n return out;\n}\n\n/**\n * Returns whether or not the matrices have exactly the same elements in the same position (when compared with ===)\n *\n * @param {ReadonlyMat4} a The first matrix.\n * @param {ReadonlyMat4} b The second matrix.\n * @returns {Boolean} True if the matrices are equal, false otherwise.\n */\nexport function exactEquals(a, b) {\n return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7] && a[8] === b[8] && a[9] === b[9] && a[10] === b[10] && a[11] === b[11] && a[12] === b[12] && a[13] === b[13] && a[14] === b[14] && a[15] === b[15];\n}\n\n/**\n * Returns whether or not the matrices have approximately the same elements in the same position.\n *\n * @param {ReadonlyMat4} a The first matrix.\n * @param {ReadonlyMat4} b The second matrix.\n * @returns {Boolean} True if the matrices are equal, false otherwise.\n */\nexport function equals(a, b) {\n var a0 = a[0],\n a1 = a[1],\n a2 = a[2],\n a3 = a[3];\n var a4 = a[4],\n a5 = a[5],\n a6 = a[6],\n a7 = a[7];\n var a8 = a[8],\n a9 = a[9],\n a10 = a[10],\n a11 = a[11];\n var a12 = a[12],\n a13 = a[13],\n a14 = a[14],\n a15 = a[15];\n var b0 = b[0],\n b1 = b[1],\n b2 = b[2],\n b3 = b[3];\n var b4 = b[4],\n b5 = b[5],\n b6 = b[6],\n b7 = b[7];\n var b8 = b[8],\n b9 = b[9],\n b10 = b[10],\n b11 = b[11];\n var b12 = b[12],\n b13 = b[13],\n b14 = b[14],\n b15 = b[15];\n return Math.abs(a0 - b0) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a3), Math.abs(b3)) && Math.abs(a4 - b4) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a4), Math.abs(b4)) && Math.abs(a5 - b5) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a5), Math.abs(b5)) && Math.abs(a6 - b6) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a6), Math.abs(b6)) && Math.abs(a7 - b7) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a7), Math.abs(b7)) && Math.abs(a8 - b8) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a8), Math.abs(b8)) && Math.abs(a9 - b9) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a9), Math.abs(b9)) && Math.abs(a10 - b10) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a10), Math.abs(b10)) && Math.abs(a11 - b11) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a11), Math.abs(b11)) && Math.abs(a12 - b12) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a12), Math.abs(b12)) && Math.abs(a13 - b13) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a13), Math.abs(b13)) && Math.abs(a14 - b14) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a14), Math.abs(b14)) && Math.abs(a15 - b15) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a15), Math.abs(b15));\n}\n\n/**\n * Alias for {@link mat4.multiply}\n * @function\n */\nexport var mul = multiply;\n\n/**\n * Alias for {@link mat4.subtract}\n * @function\n */\nexport var sub = subtract;","import * as glMatrix from \"./common.js\";\n\n/**\n * 3 Dimensional Vector\n * @module vec3\n */\n\n/**\n * Creates a new, empty vec3\n *\n * @returns {vec3} a new 3D vector\n */\nexport function create() {\n var out = new glMatrix.ARRAY_TYPE(3);\n if (glMatrix.ARRAY_TYPE != Float32Array) {\n out[0] = 0;\n out[1] = 0;\n out[2] = 0;\n }\n return out;\n}\n\n/**\n * Creates a new vec3 initialized with values from an existing vector\n *\n * @param {ReadonlyVec3} a vector to clone\n * @returns {vec3} a new 3D vector\n */\nexport function clone(a) {\n var out = new glMatrix.ARRAY_TYPE(3);\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n return out;\n}\n\n/**\n * Calculates the length of a vec3\n *\n * @param {ReadonlyVec3} a vector to calculate length of\n * @returns {Number} length of a\n */\nexport function length(a) {\n var x = a[0];\n var y = a[1];\n var z = a[2];\n return Math.sqrt(x * x + y * y + z * z);\n}\n\n/**\n * Creates a new vec3 initialized with the given values\n *\n * @param {Number} x X component\n * @param {Number} y Y component\n * @param {Number} z Z component\n * @returns {vec3} a new 3D vector\n */\nexport function fromValues(x, y, z) {\n var out = new glMatrix.ARRAY_TYPE(3);\n out[0] = x;\n out[1] = y;\n out[2] = z;\n return out;\n}\n\n/**\n * Copy the values from one vec3 to another\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the source vector\n * @returns {vec3} out\n */\nexport function copy(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n return out;\n}\n\n/**\n * Set the components of a vec3 to the given values\n *\n * @param {vec3} out the receiving vector\n * @param {Number} x X component\n * @param {Number} y Y component\n * @param {Number} z Z component\n * @returns {vec3} out\n */\nexport function set(out, x, y, z) {\n out[0] = x;\n out[1] = y;\n out[2] = z;\n return out;\n}\n\n/**\n * Adds two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function add(out, a, b) {\n out[0] = a[0] + b[0];\n out[1] = a[1] + b[1];\n out[2] = a[2] + b[2];\n return out;\n}\n\n/**\n * Subtracts vector b from vector a\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function subtract(out, a, b) {\n out[0] = a[0] - b[0];\n out[1] = a[1] - b[1];\n out[2] = a[2] - b[2];\n return out;\n}\n\n/**\n * Multiplies two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function multiply(out, a, b) {\n out[0] = a[0] * b[0];\n out[1] = a[1] * b[1];\n out[2] = a[2] * b[2];\n return out;\n}\n\n/**\n * Divides two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function divide(out, a, b) {\n out[0] = a[0] / b[0];\n out[1] = a[1] / b[1];\n out[2] = a[2] / b[2];\n return out;\n}\n\n/**\n * Math.ceil the components of a vec3\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a vector to ceil\n * @returns {vec3} out\n */\nexport function ceil(out, a) {\n out[0] = Math.ceil(a[0]);\n out[1] = Math.ceil(a[1]);\n out[2] = Math.ceil(a[2]);\n return out;\n}\n\n/**\n * Math.floor the components of a vec3\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a vector to floor\n * @returns {vec3} out\n */\nexport function floor(out, a) {\n out[0] = Math.floor(a[0]);\n out[1] = Math.floor(a[1]);\n out[2] = Math.floor(a[2]);\n return out;\n}\n\n/**\n * Returns the minimum of two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function min(out, a, b) {\n out[0] = Math.min(a[0], b[0]);\n out[1] = Math.min(a[1], b[1]);\n out[2] = Math.min(a[2], b[2]);\n return out;\n}\n\n/**\n * Returns the maximum of two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function max(out, a, b) {\n out[0] = Math.max(a[0], b[0]);\n out[1] = Math.max(a[1], b[1]);\n out[2] = Math.max(a[2], b[2]);\n return out;\n}\n\n/**\n * symmetric round the components of a vec3\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a vector to round\n * @returns {vec3} out\n */\nexport function round(out, a) {\n out[0] = glMatrix.round(a[0]);\n out[1] = glMatrix.round(a[1]);\n out[2] = glMatrix.round(a[2]);\n return out;\n}\n\n/**\n * Scales a vec3 by a scalar number\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the vector to scale\n * @param {Number} b amount to scale the vector by\n * @returns {vec3} out\n */\nexport function scale(out, a, b) {\n out[0] = a[0] * b;\n out[1] = a[1] * b;\n out[2] = a[2] * b;\n return out;\n}\n\n/**\n * Adds two vec3's after scaling the second operand by a scalar value\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @param {Number} scale the amount to scale b by before adding\n * @returns {vec3} out\n */\nexport function scaleAndAdd(out, a, b, scale) {\n out[0] = a[0] + b[0] * scale;\n out[1] = a[1] + b[1] * scale;\n out[2] = a[2] + b[2] * scale;\n return out;\n}\n\n/**\n * Calculates the euclidian distance between two vec3's\n *\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {Number} distance between a and b\n */\nexport function distance(a, b) {\n var x = b[0] - a[0];\n var y = b[1] - a[1];\n var z = b[2] - a[2];\n return Math.sqrt(x * x + y * y + z * z);\n}\n\n/**\n * Calculates the squared euclidian distance between two vec3's\n *\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {Number} squared distance between a and b\n */\nexport function squaredDistance(a, b) {\n var x = b[0] - a[0];\n var y = b[1] - a[1];\n var z = b[2] - a[2];\n return x * x + y * y + z * z;\n}\n\n/**\n * Calculates the squared length of a vec3\n *\n * @param {ReadonlyVec3} a vector to calculate squared length of\n * @returns {Number} squared length of a\n */\nexport function squaredLength(a) {\n var x = a[0];\n var y = a[1];\n var z = a[2];\n return x * x + y * y + z * z;\n}\n\n/**\n * Negates the components of a vec3\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a vector to negate\n * @returns {vec3} out\n */\nexport function negate(out, a) {\n out[0] = -a[0];\n out[1] = -a[1];\n out[2] = -a[2];\n return out;\n}\n\n/**\n * Returns the inverse of the components of a vec3\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a vector to invert\n * @returns {vec3} out\n */\nexport function inverse(out, a) {\n out[0] = 1.0 / a[0];\n out[1] = 1.0 / a[1];\n out[2] = 1.0 / a[2];\n return out;\n}\n\n/**\n * Normalize a vec3\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a vector to normalize\n * @returns {vec3} out\n */\nexport function normalize(out, a) {\n var x = a[0];\n var y = a[1];\n var z = a[2];\n var len = x * x + y * y + z * z;\n if (len > 0) {\n //TODO: evaluate use of glm_invsqrt here?\n len = 1 / Math.sqrt(len);\n }\n out[0] = a[0] * len;\n out[1] = a[1] * len;\n out[2] = a[2] * len;\n return out;\n}\n\n/**\n * Calculates the dot product of two vec3's\n *\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {Number} dot product of a and b\n */\nexport function dot(a, b) {\n return a[0] * b[0] + a[1] * b[1] + a[2] * b[2];\n}\n\n/**\n * Computes the cross product of two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @returns {vec3} out\n */\nexport function cross(out, a, b) {\n var ax = a[0],\n ay = a[1],\n az = a[2];\n var bx = b[0],\n by = b[1],\n bz = b[2];\n out[0] = ay * bz - az * by;\n out[1] = az * bx - ax * bz;\n out[2] = ax * by - ay * bx;\n return out;\n}\n\n/**\n * Performs a linear interpolation between two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {vec3} out\n */\nexport function lerp(out, a, b, t) {\n var ax = a[0];\n var ay = a[1];\n var az = a[2];\n out[0] = ax + t * (b[0] - ax);\n out[1] = ay + t * (b[1] - ay);\n out[2] = az + t * (b[2] - az);\n return out;\n}\n\n/**\n * Performs a spherical linear interpolation between two vec3's\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {vec3} out\n */\nexport function slerp(out, a, b, t) {\n var angle = Math.acos(Math.min(Math.max(dot(a, b), -1), 1));\n var sinTotal = Math.sin(angle);\n var ratioA = Math.sin((1 - t) * angle) / sinTotal;\n var ratioB = Math.sin(t * angle) / sinTotal;\n out[0] = ratioA * a[0] + ratioB * b[0];\n out[1] = ratioA * a[1] + ratioB * b[1];\n out[2] = ratioA * a[2] + ratioB * b[2];\n return out;\n}\n\n/**\n * Performs a hermite interpolation with two control points\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @param {ReadonlyVec3} c the third operand\n * @param {ReadonlyVec3} d the fourth operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {vec3} out\n */\nexport function hermite(out, a, b, c, d, t) {\n var factorTimes2 = t * t;\n var factor1 = factorTimes2 * (2 * t - 3) + 1;\n var factor2 = factorTimes2 * (t - 2) + t;\n var factor3 = factorTimes2 * (t - 1);\n var factor4 = factorTimes2 * (3 - 2 * t);\n out[0] = a[0] * factor1 + b[0] * factor2 + c[0] * factor3 + d[0] * factor4;\n out[1] = a[1] * factor1 + b[1] * factor2 + c[1] * factor3 + d[1] * factor4;\n out[2] = a[2] * factor1 + b[2] * factor2 + c[2] * factor3 + d[2] * factor4;\n return out;\n}\n\n/**\n * Performs a bezier interpolation with two control points\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the first operand\n * @param {ReadonlyVec3} b the second operand\n * @param {ReadonlyVec3} c the third operand\n * @param {ReadonlyVec3} d the fourth operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {vec3} out\n */\nexport function bezier(out, a, b, c, d, t) {\n var inverseFactor = 1 - t;\n var inverseFactorTimesTwo = inverseFactor * inverseFactor;\n var factorTimes2 = t * t;\n var factor1 = inverseFactorTimesTwo * inverseFactor;\n var factor2 = 3 * t * inverseFactorTimesTwo;\n var factor3 = 3 * factorTimes2 * inverseFactor;\n var factor4 = factorTimes2 * t;\n out[0] = a[0] * factor1 + b[0] * factor2 + c[0] * factor3 + d[0] * factor4;\n out[1] = a[1] * factor1 + b[1] * factor2 + c[1] * factor3 + d[1] * factor4;\n out[2] = a[2] * factor1 + b[2] * factor2 + c[2] * factor3 + d[2] * factor4;\n return out;\n}\n\n/**\n * Generates a random vector with the given scale\n *\n * @param {vec3} out the receiving vector\n * @param {Number} [scale] Length of the resulting vector. If omitted, a unit vector will be returned\n * @returns {vec3} out\n */\nexport function random(out, scale) {\n scale = scale === undefined ? 1.0 : scale;\n var r = glMatrix.RANDOM() * 2.0 * Math.PI;\n var z = glMatrix.RANDOM() * 2.0 - 1.0;\n var zScale = Math.sqrt(1.0 - z * z) * scale;\n out[0] = Math.cos(r) * zScale;\n out[1] = Math.sin(r) * zScale;\n out[2] = z * scale;\n return out;\n}\n\n/**\n * Transforms the vec3 with a mat4.\n * 4th vector component is implicitly '1'\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the vector to transform\n * @param {ReadonlyMat4} m matrix to transform with\n * @returns {vec3} out\n */\nexport function transformMat4(out, a, m) {\n var x = a[0],\n y = a[1],\n z = a[2];\n var w = m[3] * x + m[7] * y + m[11] * z + m[15];\n w = w || 1.0;\n out[0] = (m[0] * x + m[4] * y + m[8] * z + m[12]) / w;\n out[1] = (m[1] * x + m[5] * y + m[9] * z + m[13]) / w;\n out[2] = (m[2] * x + m[6] * y + m[10] * z + m[14]) / w;\n return out;\n}\n\n/**\n * Transforms the vec3 with a mat3.\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the vector to transform\n * @param {ReadonlyMat3} m the 3x3 matrix to transform with\n * @returns {vec3} out\n */\nexport function transformMat3(out, a, m) {\n var x = a[0],\n y = a[1],\n z = a[2];\n out[0] = x * m[0] + y * m[3] + z * m[6];\n out[1] = x * m[1] + y * m[4] + z * m[7];\n out[2] = x * m[2] + y * m[5] + z * m[8];\n return out;\n}\n\n/**\n * Transforms the vec3 with a quat\n * Can also be used for dual quaternions. (Multiply it with the real part)\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec3} a the vector to transform\n * @param {ReadonlyQuat} q normalized quaternion to transform with\n * @returns {vec3} out\n */\nexport function transformQuat(out, a, q) {\n // Fast Vector Rotation using Quaternions by Robert Eisele\n // https://raw.org/proof/vector-rotation-using-quaternions/\n\n var qx = q[0],\n qy = q[1],\n qz = q[2],\n qw = q[3];\n var vx = a[0],\n vy = a[1],\n vz = a[2];\n\n // t = q x v\n var tx = qy * vz - qz * vy;\n var ty = qz * vx - qx * vz;\n var tz = qx * vy - qy * vx;\n\n // t = 2t\n tx = tx + tx;\n ty = ty + ty;\n tz = tz + tz;\n\n // v + w t + q x t\n out[0] = vx + qw * tx + qy * tz - qz * ty;\n out[1] = vy + qw * ty + qz * tx - qx * tz;\n out[2] = vz + qw * tz + qx * ty - qy * tx;\n return out;\n}\n\n/**\n * Rotate a 3D vector around the x-axis\n * @param {vec3} out The receiving vec3\n * @param {ReadonlyVec3} a The vec3 point to rotate\n * @param {ReadonlyVec3} b The origin of the rotation\n * @param {Number} rad The angle of rotation in radians\n * @returns {vec3} out\n */\nexport function rotateX(out, a, b, rad) {\n var p = [],\n r = [];\n //Translate point to the origin\n p[0] = a[0] - b[0];\n p[1] = a[1] - b[1];\n p[2] = a[2] - b[2];\n\n //perform rotation\n r[0] = p[0];\n r[1] = p[1] * Math.cos(rad) - p[2] * Math.sin(rad);\n r[2] = p[1] * Math.sin(rad) + p[2] * Math.cos(rad);\n\n //translate to correct position\n out[0] = r[0] + b[0];\n out[1] = r[1] + b[1];\n out[2] = r[2] + b[2];\n return out;\n}\n\n/**\n * Rotate a 3D vector around the y-axis\n * @param {vec3} out The receiving vec3\n * @param {ReadonlyVec3} a The vec3 point to rotate\n * @param {ReadonlyVec3} b The origin of the rotation\n * @param {Number} rad The angle of rotation in radians\n * @returns {vec3} out\n */\nexport function rotateY(out, a, b, rad) {\n var p = [],\n r = [];\n //Translate point to the origin\n p[0] = a[0] - b[0];\n p[1] = a[1] - b[1];\n p[2] = a[2] - b[2];\n\n //perform rotation\n r[0] = p[2] * Math.sin(rad) + p[0] * Math.cos(rad);\n r[1] = p[1];\n r[2] = p[2] * Math.cos(rad) - p[0] * Math.sin(rad);\n\n //translate to correct position\n out[0] = r[0] + b[0];\n out[1] = r[1] + b[1];\n out[2] = r[2] + b[2];\n return out;\n}\n\n/**\n * Rotate a 3D vector around the z-axis\n * @param {vec3} out The receiving vec3\n * @param {ReadonlyVec3} a The vec3 point to rotate\n * @param {ReadonlyVec3} b The origin of the rotation\n * @param {Number} rad The angle of rotation in radians\n * @returns {vec3} out\n */\nexport function rotateZ(out, a, b, rad) {\n var p = [],\n r = [];\n //Translate point to the origin\n p[0] = a[0] - b[0];\n p[1] = a[1] - b[1];\n p[2] = a[2] - b[2];\n\n //perform rotation\n r[0] = p[0] * Math.cos(rad) - p[1] * Math.sin(rad);\n r[1] = p[0] * Math.sin(rad) + p[1] * Math.cos(rad);\n r[2] = p[2];\n\n //translate to correct position\n out[0] = r[0] + b[0];\n out[1] = r[1] + b[1];\n out[2] = r[2] + b[2];\n return out;\n}\n\n/**\n * Get the angle between two 3D vectors\n * @param {ReadonlyVec3} a The first operand\n * @param {ReadonlyVec3} b The second operand\n * @returns {Number} The angle in radians\n */\nexport function angle(a, b) {\n var ax = a[0],\n ay = a[1],\n az = a[2],\n bx = b[0],\n by = b[1],\n bz = b[2],\n mag = Math.sqrt((ax * ax + ay * ay + az * az) * (bx * bx + by * by + bz * bz)),\n cosine = mag && dot(a, b) / mag;\n return Math.acos(Math.min(Math.max(cosine, -1), 1));\n}\n\n/**\n * Set the components of a vec3 to zero\n *\n * @param {vec3} out the receiving vector\n * @returns {vec3} out\n */\nexport function zero(out) {\n out[0] = 0.0;\n out[1] = 0.0;\n out[2] = 0.0;\n return out;\n}\n\n/**\n * Returns a string representation of a vector\n *\n * @param {ReadonlyVec3} a vector to represent as a string\n * @returns {String} string representation of the vector\n */\nexport function str(a) {\n return \"vec3(\" + a[0] + \", \" + a[1] + \", \" + a[2] + \")\";\n}\n\n/**\n * Returns whether or not the vectors have exactly the same elements in the same position (when compared with ===)\n *\n * @param {ReadonlyVec3} a The first vector.\n * @param {ReadonlyVec3} b The second vector.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport function exactEquals(a, b) {\n return a[0] === b[0] && a[1] === b[1] && a[2] === b[2];\n}\n\n/**\n * Returns whether or not the vectors have approximately the same elements in the same position.\n *\n * @param {ReadonlyVec3} a The first vector.\n * @param {ReadonlyVec3} b The second vector.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport function equals(a, b) {\n var a0 = a[0],\n a1 = a[1],\n a2 = a[2];\n var b0 = b[0],\n b1 = b[1],\n b2 = b[2];\n return Math.abs(a0 - b0) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a2), Math.abs(b2));\n}\n\n/**\n * Alias for {@link vec3.subtract}\n * @function\n */\nexport var sub = subtract;\n\n/**\n * Alias for {@link vec3.multiply}\n * @function\n */\nexport var mul = multiply;\n\n/**\n * Alias for {@link vec3.divide}\n * @function\n */\nexport var div = divide;\n\n/**\n * Alias for {@link vec3.distance}\n * @function\n */\nexport var dist = distance;\n\n/**\n * Alias for {@link vec3.squaredDistance}\n * @function\n */\nexport var sqrDist = squaredDistance;\n\n/**\n * Alias for {@link vec3.length}\n * @function\n */\nexport var len = length;\n\n/**\n * Alias for {@link vec3.squaredLength}\n * @function\n */\nexport var sqrLen = squaredLength;\n\n/**\n * Perform some operation over an array of vec3s.\n *\n * @param {Array} a the array of vectors to iterate over\n * @param {Number} stride Number of elements between the start of each vec3. If 0 assumes tightly packed\n * @param {Number} offset Number of elements to skip at the beginning of the array\n * @param {Number} count Number of vec3s to iterate over. If 0 iterates over entire array\n * @param {Function} fn Function to call for each vector in the array\n * @param {Object} [arg] additional argument to pass to fn\n * @returns {Array} a\n * @function\n */\nexport var forEach = function () {\n var vec = create();\n return function (a, stride, offset, count, fn, arg) {\n var i, l;\n if (!stride) {\n stride = 3;\n }\n if (!offset) {\n offset = 0;\n }\n if (count) {\n l = Math.min(count * stride + offset, a.length);\n } else {\n l = a.length;\n }\n for (i = offset; i < l; i += stride) {\n vec[0] = a[i];\n vec[1] = a[i + 1];\n vec[2] = a[i + 2];\n fn(vec, vec, arg);\n a[i] = vec[0];\n a[i + 1] = vec[1];\n a[i + 2] = vec[2];\n }\n return a;\n };\n}();","import * as glMatrix from \"./common.js\";\n\n/**\n * 4 Dimensional Vector\n * @module vec4\n */\n\n/**\n * Creates a new, empty vec4\n *\n * @returns {vec4} a new 4D vector\n */\nexport function create() {\n var out = new glMatrix.ARRAY_TYPE(4);\n if (glMatrix.ARRAY_TYPE != Float32Array) {\n out[0] = 0;\n out[1] = 0;\n out[2] = 0;\n out[3] = 0;\n }\n return out;\n}\n\n/**\n * Creates a new vec4 initialized with values from an existing vector\n *\n * @param {ReadonlyVec4} a vector to clone\n * @returns {vec4} a new 4D vector\n */\nexport function clone(a) {\n var out = new glMatrix.ARRAY_TYPE(4);\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n return out;\n}\n\n/**\n * Creates a new vec4 initialized with the given values\n *\n * @param {Number} x X component\n * @param {Number} y Y component\n * @param {Number} z Z component\n * @param {Number} w W component\n * @returns {vec4} a new 4D vector\n */\nexport function fromValues(x, y, z, w) {\n var out = new glMatrix.ARRAY_TYPE(4);\n out[0] = x;\n out[1] = y;\n out[2] = z;\n out[3] = w;\n return out;\n}\n\n/**\n * Copy the values from one vec4 to another\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the source vector\n * @returns {vec4} out\n */\nexport function copy(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n out[2] = a[2];\n out[3] = a[3];\n return out;\n}\n\n/**\n * Set the components of a vec4 to the given values\n *\n * @param {vec4} out the receiving vector\n * @param {Number} x X component\n * @param {Number} y Y component\n * @param {Number} z Z component\n * @param {Number} w W component\n * @returns {vec4} out\n */\nexport function set(out, x, y, z, w) {\n out[0] = x;\n out[1] = y;\n out[2] = z;\n out[3] = w;\n return out;\n}\n\n/**\n * Adds two vec4's\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {vec4} out\n */\nexport function add(out, a, b) {\n out[0] = a[0] + b[0];\n out[1] = a[1] + b[1];\n out[2] = a[2] + b[2];\n out[3] = a[3] + b[3];\n return out;\n}\n\n/**\n * Subtracts vector b from vector a\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {vec4} out\n */\nexport function subtract(out, a, b) {\n out[0] = a[0] - b[0];\n out[1] = a[1] - b[1];\n out[2] = a[2] - b[2];\n out[3] = a[3] - b[3];\n return out;\n}\n\n/**\n * Multiplies two vec4's\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {vec4} out\n */\nexport function multiply(out, a, b) {\n out[0] = a[0] * b[0];\n out[1] = a[1] * b[1];\n out[2] = a[2] * b[2];\n out[3] = a[3] * b[3];\n return out;\n}\n\n/**\n * Divides two vec4's\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {vec4} out\n */\nexport function divide(out, a, b) {\n out[0] = a[0] / b[0];\n out[1] = a[1] / b[1];\n out[2] = a[2] / b[2];\n out[3] = a[3] / b[3];\n return out;\n}\n\n/**\n * Math.ceil the components of a vec4\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a vector to ceil\n * @returns {vec4} out\n */\nexport function ceil(out, a) {\n out[0] = Math.ceil(a[0]);\n out[1] = Math.ceil(a[1]);\n out[2] = Math.ceil(a[2]);\n out[3] = Math.ceil(a[3]);\n return out;\n}\n\n/**\n * Math.floor the components of a vec4\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a vector to floor\n * @returns {vec4} out\n */\nexport function floor(out, a) {\n out[0] = Math.floor(a[0]);\n out[1] = Math.floor(a[1]);\n out[2] = Math.floor(a[2]);\n out[3] = Math.floor(a[3]);\n return out;\n}\n\n/**\n * Returns the minimum of two vec4's\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {vec4} out\n */\nexport function min(out, a, b) {\n out[0] = Math.min(a[0], b[0]);\n out[1] = Math.min(a[1], b[1]);\n out[2] = Math.min(a[2], b[2]);\n out[3] = Math.min(a[3], b[3]);\n return out;\n}\n\n/**\n * Returns the maximum of two vec4's\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {vec4} out\n */\nexport function max(out, a, b) {\n out[0] = Math.max(a[0], b[0]);\n out[1] = Math.max(a[1], b[1]);\n out[2] = Math.max(a[2], b[2]);\n out[3] = Math.max(a[3], b[3]);\n return out;\n}\n\n/**\n * symmetric round the components of a vec4\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a vector to round\n * @returns {vec4} out\n */\nexport function round(out, a) {\n out[0] = glMatrix.round(a[0]);\n out[1] = glMatrix.round(a[1]);\n out[2] = glMatrix.round(a[2]);\n out[3] = glMatrix.round(a[3]);\n return out;\n}\n\n/**\n * Scales a vec4 by a scalar number\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the vector to scale\n * @param {Number} b amount to scale the vector by\n * @returns {vec4} out\n */\nexport function scale(out, a, b) {\n out[0] = a[0] * b;\n out[1] = a[1] * b;\n out[2] = a[2] * b;\n out[3] = a[3] * b;\n return out;\n}\n\n/**\n * Adds two vec4's after scaling the second operand by a scalar value\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @param {Number} scale the amount to scale b by before adding\n * @returns {vec4} out\n */\nexport function scaleAndAdd(out, a, b, scale) {\n out[0] = a[0] + b[0] * scale;\n out[1] = a[1] + b[1] * scale;\n out[2] = a[2] + b[2] * scale;\n out[3] = a[3] + b[3] * scale;\n return out;\n}\n\n/**\n * Calculates the euclidian distance between two vec4's\n *\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {Number} distance between a and b\n */\nexport function distance(a, b) {\n var x = b[0] - a[0];\n var y = b[1] - a[1];\n var z = b[2] - a[2];\n var w = b[3] - a[3];\n return Math.sqrt(x * x + y * y + z * z + w * w);\n}\n\n/**\n * Calculates the squared euclidian distance between two vec4's\n *\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {Number} squared distance between a and b\n */\nexport function squaredDistance(a, b) {\n var x = b[0] - a[0];\n var y = b[1] - a[1];\n var z = b[2] - a[2];\n var w = b[3] - a[3];\n return x * x + y * y + z * z + w * w;\n}\n\n/**\n * Calculates the length of a vec4\n *\n * @param {ReadonlyVec4} a vector to calculate length of\n * @returns {Number} length of a\n */\nexport function length(a) {\n var x = a[0];\n var y = a[1];\n var z = a[2];\n var w = a[3];\n return Math.sqrt(x * x + y * y + z * z + w * w);\n}\n\n/**\n * Calculates the squared length of a vec4\n *\n * @param {ReadonlyVec4} a vector to calculate squared length of\n * @returns {Number} squared length of a\n */\nexport function squaredLength(a) {\n var x = a[0];\n var y = a[1];\n var z = a[2];\n var w = a[3];\n return x * x + y * y + z * z + w * w;\n}\n\n/**\n * Negates the components of a vec4\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a vector to negate\n * @returns {vec4} out\n */\nexport function negate(out, a) {\n out[0] = -a[0];\n out[1] = -a[1];\n out[2] = -a[2];\n out[3] = -a[3];\n return out;\n}\n\n/**\n * Returns the inverse of the components of a vec4\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a vector to invert\n * @returns {vec4} out\n */\nexport function inverse(out, a) {\n out[0] = 1.0 / a[0];\n out[1] = 1.0 / a[1];\n out[2] = 1.0 / a[2];\n out[3] = 1.0 / a[3];\n return out;\n}\n\n/**\n * Normalize a vec4\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a vector to normalize\n * @returns {vec4} out\n */\nexport function normalize(out, a) {\n var x = a[0];\n var y = a[1];\n var z = a[2];\n var w = a[3];\n var len = x * x + y * y + z * z + w * w;\n if (len > 0) {\n len = 1 / Math.sqrt(len);\n }\n out[0] = x * len;\n out[1] = y * len;\n out[2] = z * len;\n out[3] = w * len;\n return out;\n}\n\n/**\n * Calculates the dot product of two vec4's\n *\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @returns {Number} dot product of a and b\n */\nexport function dot(a, b) {\n return a[0] * b[0] + a[1] * b[1] + a[2] * b[2] + a[3] * b[3];\n}\n\n/**\n * Returns the cross-product of three vectors in a 4-dimensional space\n *\n * @param {ReadonlyVec4} out the receiving vector\n * @param {ReadonlyVec4} u the first vector\n * @param {ReadonlyVec4} v the second vector\n * @param {ReadonlyVec4} w the third vector\n * @returns {vec4} result\n */\nexport function cross(out, u, v, w) {\n var A = v[0] * w[1] - v[1] * w[0],\n B = v[0] * w[2] - v[2] * w[0],\n C = v[0] * w[3] - v[3] * w[0],\n D = v[1] * w[2] - v[2] * w[1],\n E = v[1] * w[3] - v[3] * w[1],\n F = v[2] * w[3] - v[3] * w[2];\n var G = u[0];\n var H = u[1];\n var I = u[2];\n var J = u[3];\n out[0] = H * F - I * E + J * D;\n out[1] = -(G * F) + I * C - J * B;\n out[2] = G * E - H * C + J * A;\n out[3] = -(G * D) + H * B - I * A;\n return out;\n}\n\n/**\n * Performs a linear interpolation between two vec4's\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the first operand\n * @param {ReadonlyVec4} b the second operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {vec4} out\n */\nexport function lerp(out, a, b, t) {\n var ax = a[0];\n var ay = a[1];\n var az = a[2];\n var aw = a[3];\n out[0] = ax + t * (b[0] - ax);\n out[1] = ay + t * (b[1] - ay);\n out[2] = az + t * (b[2] - az);\n out[3] = aw + t * (b[3] - aw);\n return out;\n}\n\n/**\n * Generates a random vector with the given scale\n *\n * @param {vec4} out the receiving vector\n * @param {Number} [scale] Length of the resulting vector. If omitted, a unit vector will be returned\n * @returns {vec4} out\n */\nexport function random(out, scale) {\n scale = scale === undefined ? 1.0 : scale;\n\n // Marsaglia, George. Choosing a Point from the Surface of a\n // Sphere. Ann. Math. Statist. 43 (1972), no. 2, 645--646.\n // http://projecteuclid.org/euclid.aoms/1177692644;\n var v1, v2, v3, v4;\n var s1, s2;\n var rand;\n rand = glMatrix.RANDOM();\n v1 = rand * 2 - 1;\n v2 = (4 * glMatrix.RANDOM() - 2) * Math.sqrt(rand * -rand + rand);\n s1 = v1 * v1 + v2 * v2;\n rand = glMatrix.RANDOM();\n v3 = rand * 2 - 1;\n v4 = (4 * glMatrix.RANDOM() - 2) * Math.sqrt(rand * -rand + rand);\n s2 = v3 * v3 + v4 * v4;\n var d = Math.sqrt((1 - s1) / s2);\n out[0] = scale * v1;\n out[1] = scale * v2;\n out[2] = scale * v3 * d;\n out[3] = scale * v4 * d;\n return out;\n}\n\n/**\n * Transforms the vec4 with a mat4.\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the vector to transform\n * @param {ReadonlyMat4} m matrix to transform with\n * @returns {vec4} out\n */\nexport function transformMat4(out, a, m) {\n var x = a[0],\n y = a[1],\n z = a[2],\n w = a[3];\n out[0] = m[0] * x + m[4] * y + m[8] * z + m[12] * w;\n out[1] = m[1] * x + m[5] * y + m[9] * z + m[13] * w;\n out[2] = m[2] * x + m[6] * y + m[10] * z + m[14] * w;\n out[3] = m[3] * x + m[7] * y + m[11] * z + m[15] * w;\n return out;\n}\n\n/**\n * Transforms the vec4 with a quat\n *\n * @param {vec4} out the receiving vector\n * @param {ReadonlyVec4} a the vector to transform\n * @param {ReadonlyQuat} q normalized quaternion to transform with\n * @returns {vec4} out\n */\nexport function transformQuat(out, a, q) {\n // Fast Vector Rotation using Quaternions by Robert Eisele\n // https://raw.org/proof/vector-rotation-using-quaternions/\n\n var qx = q[0],\n qy = q[1],\n qz = q[2],\n qw = q[3];\n var vx = a[0],\n vy = a[1],\n vz = a[2];\n\n // t = q x v\n var tx = qy * vz - qz * vy;\n var ty = qz * vx - qx * vz;\n var tz = qx * vy - qy * vx;\n\n // t = 2t\n tx = tx + tx;\n ty = ty + ty;\n tz = tz + tz;\n\n // v + w t + q x t\n out[0] = vx + qw * tx + qy * tz - qz * ty;\n out[1] = vy + qw * ty + qz * tx - qx * tz;\n out[2] = vz + qw * tz + qx * ty - qy * tx;\n out[3] = a[3];\n return out;\n}\n\n/**\n * Set the components of a vec4 to zero\n *\n * @param {vec4} out the receiving vector\n * @returns {vec4} out\n */\nexport function zero(out) {\n out[0] = 0.0;\n out[1] = 0.0;\n out[2] = 0.0;\n out[3] = 0.0;\n return out;\n}\n\n/**\n * Returns a string representation of a vector\n *\n * @param {ReadonlyVec4} a vector to represent as a string\n * @returns {String} string representation of the vector\n */\nexport function str(a) {\n return \"vec4(\" + a[0] + \", \" + a[1] + \", \" + a[2] + \", \" + a[3] + \")\";\n}\n\n/**\n * Returns whether or not the vectors have exactly the same elements in the same position (when compared with ===)\n *\n * @param {ReadonlyVec4} a The first vector.\n * @param {ReadonlyVec4} b The second vector.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport function exactEquals(a, b) {\n return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3];\n}\n\n/**\n * Returns whether or not the vectors have approximately the same elements in the same position.\n *\n * @param {ReadonlyVec4} a The first vector.\n * @param {ReadonlyVec4} b The second vector.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport function equals(a, b) {\n var a0 = a[0],\n a1 = a[1],\n a2 = a[2],\n a3 = a[3];\n var b0 = b[0],\n b1 = b[1],\n b2 = b[2],\n b3 = b[3];\n return Math.abs(a0 - b0) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a3), Math.abs(b3));\n}\n\n/**\n * Alias for {@link vec4.subtract}\n * @function\n */\nexport var sub = subtract;\n\n/**\n * Alias for {@link vec4.multiply}\n * @function\n */\nexport var mul = multiply;\n\n/**\n * Alias for {@link vec4.divide}\n * @function\n */\nexport var div = divide;\n\n/**\n * Alias for {@link vec4.distance}\n * @function\n */\nexport var dist = distance;\n\n/**\n * Alias for {@link vec4.squaredDistance}\n * @function\n */\nexport var sqrDist = squaredDistance;\n\n/**\n * Alias for {@link vec4.length}\n * @function\n */\nexport var len = length;\n\n/**\n * Alias for {@link vec4.squaredLength}\n * @function\n */\nexport var sqrLen = squaredLength;\n\n/**\n * Perform some operation over an array of vec4s.\n *\n * @param {Array} a the array of vectors to iterate over\n * @param {Number} stride Number of elements between the start of each vec4. If 0 assumes tightly packed\n * @param {Number} offset Number of elements to skip at the beginning of the array\n * @param {Number} count Number of vec4s to iterate over. If 0 iterates over entire array\n * @param {Function} fn Function to call for each vector in the array\n * @param {Object} [arg] additional argument to pass to fn\n * @returns {Array} a\n * @function\n */\nexport var forEach = function () {\n var vec = create();\n return function (a, stride, offset, count, fn, arg) {\n var i, l;\n if (!stride) {\n stride = 4;\n }\n if (!offset) {\n offset = 0;\n }\n if (count) {\n l = Math.min(count * stride + offset, a.length);\n } else {\n l = a.length;\n }\n for (i = offset; i < l; i += stride) {\n vec[0] = a[i];\n vec[1] = a[i + 1];\n vec[2] = a[i + 2];\n vec[3] = a[i + 3];\n fn(vec, vec, arg);\n a[i] = vec[0];\n a[i + 1] = vec[1];\n a[i + 2] = vec[2];\n a[i + 3] = vec[3];\n }\n return a;\n };\n}();","import * as glMatrix from \"./common.js\";\nimport * as mat3 from \"./mat3.js\";\nimport * as vec3 from \"./vec3.js\";\nimport * as vec4 from \"./vec4.js\";\n\n/**\n * Quaternion in the format XYZW\n * @module quat\n */\n\n/**\n * Creates a new identity quat\n *\n * @returns {quat} a new quaternion\n */\nexport function create() {\n var out = new glMatrix.ARRAY_TYPE(4);\n if (glMatrix.ARRAY_TYPE != Float32Array) {\n out[0] = 0;\n out[1] = 0;\n out[2] = 0;\n }\n out[3] = 1;\n return out;\n}\n\n/**\n * Set a quat to the identity quaternion\n *\n * @param {quat} out the receiving quaternion\n * @returns {quat} out\n */\nexport function identity(out) {\n out[0] = 0;\n out[1] = 0;\n out[2] = 0;\n out[3] = 1;\n return out;\n}\n\n/**\n * Sets a quat from the given angle and rotation axis,\n * then returns it.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyVec3} axis the axis around which to rotate\n * @param {Number} rad the angle in radians\n * @returns {quat} out\n **/\nexport function setAxisAngle(out, axis, rad) {\n rad = rad * 0.5;\n var s = Math.sin(rad);\n out[0] = s * axis[0];\n out[1] = s * axis[1];\n out[2] = s * axis[2];\n out[3] = Math.cos(rad);\n return out;\n}\n\n/**\n * Gets the rotation axis and angle for a given\n * quaternion. If a quaternion is created with\n * setAxisAngle, this method will return the same\n * values as providied in the original parameter list\n * OR functionally equivalent values.\n * Example: The quaternion formed by axis [0, 0, 1] and\n * angle -90 is the same as the quaternion formed by\n * [0, 0, 1] and 270. This method favors the latter.\n * @param {vec3} out_axis Vector receiving the axis of rotation\n * @param {ReadonlyQuat} q Quaternion to be decomposed\n * @return {Number} Angle, in radians, of the rotation\n */\nexport function getAxisAngle(out_axis, q) {\n var rad = Math.acos(q[3]) * 2.0;\n var s = Math.sin(rad / 2.0);\n if (s > glMatrix.EPSILON) {\n out_axis[0] = q[0] / s;\n out_axis[1] = q[1] / s;\n out_axis[2] = q[2] / s;\n } else {\n // If s is zero, return any axis (no rotation - axis does not matter)\n out_axis[0] = 1;\n out_axis[1] = 0;\n out_axis[2] = 0;\n }\n return rad;\n}\n\n/**\n * Gets the angular distance between two unit quaternions\n *\n * @param {ReadonlyQuat} a Origin unit quaternion\n * @param {ReadonlyQuat} b Destination unit quaternion\n * @return {Number} Angle, in radians, between the two quaternions\n */\nexport function getAngle(a, b) {\n var dotproduct = dot(a, b);\n return Math.acos(2 * dotproduct * dotproduct - 1);\n}\n\n/**\n * Multiplies two quat's\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a the first operand\n * @param {ReadonlyQuat} b the second operand\n * @returns {quat} out\n */\nexport function multiply(out, a, b) {\n var ax = a[0],\n ay = a[1],\n az = a[2],\n aw = a[3];\n var bx = b[0],\n by = b[1],\n bz = b[2],\n bw = b[3];\n out[0] = ax * bw + aw * bx + ay * bz - az * by;\n out[1] = ay * bw + aw * by + az * bx - ax * bz;\n out[2] = az * bw + aw * bz + ax * by - ay * bx;\n out[3] = aw * bw - ax * bx - ay * by - az * bz;\n return out;\n}\n\n/**\n * Rotates a quaternion by the given angle about the X axis\n *\n * @param {quat} out quat receiving operation result\n * @param {ReadonlyQuat} a quat to rotate\n * @param {number} rad angle (in radians) to rotate\n * @returns {quat} out\n */\nexport function rotateX(out, a, rad) {\n rad *= 0.5;\n var ax = a[0],\n ay = a[1],\n az = a[2],\n aw = a[3];\n var bx = Math.sin(rad),\n bw = Math.cos(rad);\n out[0] = ax * bw + aw * bx;\n out[1] = ay * bw + az * bx;\n out[2] = az * bw - ay * bx;\n out[3] = aw * bw - ax * bx;\n return out;\n}\n\n/**\n * Rotates a quaternion by the given angle about the Y axis\n *\n * @param {quat} out quat receiving operation result\n * @param {ReadonlyQuat} a quat to rotate\n * @param {number} rad angle (in radians) to rotate\n * @returns {quat} out\n */\nexport function rotateY(out, a, rad) {\n rad *= 0.5;\n var ax = a[0],\n ay = a[1],\n az = a[2],\n aw = a[3];\n var by = Math.sin(rad),\n bw = Math.cos(rad);\n out[0] = ax * bw - az * by;\n out[1] = ay * bw + aw * by;\n out[2] = az * bw + ax * by;\n out[3] = aw * bw - ay * by;\n return out;\n}\n\n/**\n * Rotates a quaternion by the given angle about the Z axis\n *\n * @param {quat} out quat receiving operation result\n * @param {ReadonlyQuat} a quat to rotate\n * @param {number} rad angle (in radians) to rotate\n * @returns {quat} out\n */\nexport function rotateZ(out, a, rad) {\n rad *= 0.5;\n var ax = a[0],\n ay = a[1],\n az = a[2],\n aw = a[3];\n var bz = Math.sin(rad),\n bw = Math.cos(rad);\n out[0] = ax * bw + ay * bz;\n out[1] = ay * bw - ax * bz;\n out[2] = az * bw + aw * bz;\n out[3] = aw * bw - az * bz;\n return out;\n}\n\n/**\n * Calculates the W component of a quat from the X, Y, and Z components.\n * Assumes that quaternion is 1 unit in length.\n * Any existing W component will be ignored.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quat to calculate W component of\n * @returns {quat} out\n */\nexport function calculateW(out, a) {\n var x = a[0],\n y = a[1],\n z = a[2];\n out[0] = x;\n out[1] = y;\n out[2] = z;\n out[3] = Math.sqrt(Math.abs(1.0 - x * x - y * y - z * z));\n return out;\n}\n\n/**\n * Calculate the exponential of a unit quaternion.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quat to calculate the exponential of\n * @returns {quat} out\n */\nexport function exp(out, a) {\n var x = a[0],\n y = a[1],\n z = a[2],\n w = a[3];\n var r = Math.sqrt(x * x + y * y + z * z);\n var et = Math.exp(w);\n var s = r > 0 ? et * Math.sin(r) / r : 0;\n out[0] = x * s;\n out[1] = y * s;\n out[2] = z * s;\n out[3] = et * Math.cos(r);\n return out;\n}\n\n/**\n * Calculate the natural logarithm of a unit quaternion.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quat to calculate the exponential of\n * @returns {quat} out\n */\nexport function ln(out, a) {\n var x = a[0],\n y = a[1],\n z = a[2],\n w = a[3];\n var r = Math.sqrt(x * x + y * y + z * z);\n var t = r > 0 ? Math.atan2(r, w) / r : 0;\n out[0] = x * t;\n out[1] = y * t;\n out[2] = z * t;\n out[3] = 0.5 * Math.log(x * x + y * y + z * z + w * w);\n return out;\n}\n\n/**\n * Calculate the scalar power of a unit quaternion.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quat to calculate the exponential of\n * @param {Number} b amount to scale the quaternion by\n * @returns {quat} out\n */\nexport function pow(out, a, b) {\n ln(out, a);\n scale(out, out, b);\n exp(out, out);\n return out;\n}\n\n/**\n * Performs a spherical linear interpolation between two quat\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a the first operand\n * @param {ReadonlyQuat} b the second operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {quat} out\n */\nexport function slerp(out, a, b, t) {\n // benchmarks:\n // http://jsperf.com/quaternion-slerp-implementations\n var ax = a[0],\n ay = a[1],\n az = a[2],\n aw = a[3];\n var bx = b[0],\n by = b[1],\n bz = b[2],\n bw = b[3];\n var omega, cosom, sinom, scale0, scale1;\n\n // calc cosine\n cosom = ax * bx + ay * by + az * bz + aw * bw;\n // adjust signs (if necessary)\n if (cosom < 0.0) {\n cosom = -cosom;\n bx = -bx;\n by = -by;\n bz = -bz;\n bw = -bw;\n }\n // calculate coefficients\n if (1.0 - cosom > glMatrix.EPSILON) {\n // standard case (slerp)\n omega = Math.acos(cosom);\n sinom = Math.sin(omega);\n scale0 = Math.sin((1.0 - t) * omega) / sinom;\n scale1 = Math.sin(t * omega) / sinom;\n } else {\n // \"from\" and \"to\" quaternions are very close\n // ... so we can do a linear interpolation\n scale0 = 1.0 - t;\n scale1 = t;\n }\n // calculate final values\n out[0] = scale0 * ax + scale1 * bx;\n out[1] = scale0 * ay + scale1 * by;\n out[2] = scale0 * az + scale1 * bz;\n out[3] = scale0 * aw + scale1 * bw;\n return out;\n}\n\n/**\n * Generates a random unit quaternion\n *\n * @param {quat} out the receiving quaternion\n * @returns {quat} out\n */\nexport function random(out) {\n // Implementation of http://planning.cs.uiuc.edu/node198.html\n // TODO: Calling random 3 times is probably not the fastest solution\n var u1 = glMatrix.RANDOM();\n var u2 = glMatrix.RANDOM();\n var u3 = glMatrix.RANDOM();\n var sqrt1MinusU1 = Math.sqrt(1 - u1);\n var sqrtU1 = Math.sqrt(u1);\n out[0] = sqrt1MinusU1 * Math.sin(2.0 * Math.PI * u2);\n out[1] = sqrt1MinusU1 * Math.cos(2.0 * Math.PI * u2);\n out[2] = sqrtU1 * Math.sin(2.0 * Math.PI * u3);\n out[3] = sqrtU1 * Math.cos(2.0 * Math.PI * u3);\n return out;\n}\n\n/**\n * Calculates the inverse of a quat\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quat to calculate inverse of\n * @returns {quat} out\n */\nexport function invert(out, a) {\n var a0 = a[0],\n a1 = a[1],\n a2 = a[2],\n a3 = a[3];\n var dot = a0 * a0 + a1 * a1 + a2 * a2 + a3 * a3;\n var invDot = dot ? 1.0 / dot : 0;\n\n // TODO: Would be faster to return [0,0,0,0] immediately if dot == 0\n\n out[0] = -a0 * invDot;\n out[1] = -a1 * invDot;\n out[2] = -a2 * invDot;\n out[3] = a3 * invDot;\n return out;\n}\n\n/**\n * Calculates the conjugate of a quat\n * If the quaternion is normalized, this function is faster than quat.inverse and produces the same result.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quat to calculate conjugate of\n * @returns {quat} out\n */\nexport function conjugate(out, a) {\n out[0] = -a[0];\n out[1] = -a[1];\n out[2] = -a[2];\n out[3] = a[3];\n return out;\n}\n\n/**\n * Creates a quaternion from the given 3x3 rotation matrix.\n *\n * NOTE: The resultant quaternion is not normalized, so you should be sure\n * to renormalize the quaternion yourself where necessary.\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyMat3} m rotation matrix\n * @returns {quat} out\n * @function\n */\nexport function fromMat3(out, m) {\n // Algorithm in Ken Shoemake's article in 1987 SIGGRAPH course notes\n // article \"Quaternion Calculus and Fast Animation\".\n var fTrace = m[0] + m[4] + m[8];\n var fRoot;\n if (fTrace > 0.0) {\n // |w| > 1/2, may as well choose w > 1/2\n fRoot = Math.sqrt(fTrace + 1.0); // 2w\n out[3] = 0.5 * fRoot;\n fRoot = 0.5 / fRoot; // 1/(4w)\n out[0] = (m[5] - m[7]) * fRoot;\n out[1] = (m[6] - m[2]) * fRoot;\n out[2] = (m[1] - m[3]) * fRoot;\n } else {\n // |w| <= 1/2\n var i = 0;\n if (m[4] > m[0]) i = 1;\n if (m[8] > m[i * 3 + i]) i = 2;\n var j = (i + 1) % 3;\n var k = (i + 2) % 3;\n fRoot = Math.sqrt(m[i * 3 + i] - m[j * 3 + j] - m[k * 3 + k] + 1.0);\n out[i] = 0.5 * fRoot;\n fRoot = 0.5 / fRoot;\n out[3] = (m[j * 3 + k] - m[k * 3 + j]) * fRoot;\n out[j] = (m[j * 3 + i] + m[i * 3 + j]) * fRoot;\n out[k] = (m[k * 3 + i] + m[i * 3 + k]) * fRoot;\n }\n return out;\n}\n\n/**\n * Creates a quaternion from the given euler angle x, y, z using the provided intrinsic order for the conversion.\n *\n * @param {quat} out the receiving quaternion\n * @param {Number} x Angle to rotate around X axis in degrees.\n * @param {Number} y Angle to rotate around Y axis in degrees.\n * @param {Number} z Angle to rotate around Z axis in degrees.\n * @param {'xyz'|'xzy'|'yxz'|'yzx'|'zxy'|'zyx'} order Intrinsic order for conversion, default is zyx.\n * @returns {quat} out\n * @function\n */\nexport function fromEuler(out, x, y, z) {\n var order = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : glMatrix.ANGLE_ORDER;\n var halfToRad = Math.PI / 360;\n x *= halfToRad;\n z *= halfToRad;\n y *= halfToRad;\n var sx = Math.sin(x);\n var cx = Math.cos(x);\n var sy = Math.sin(y);\n var cy = Math.cos(y);\n var sz = Math.sin(z);\n var cz = Math.cos(z);\n switch (order) {\n case \"xyz\":\n out[0] = sx * cy * cz + cx * sy * sz;\n out[1] = cx * sy * cz - sx * cy * sz;\n out[2] = cx * cy * sz + sx * sy * cz;\n out[3] = cx * cy * cz - sx * sy * sz;\n break;\n case \"xzy\":\n out[0] = sx * cy * cz - cx * sy * sz;\n out[1] = cx * sy * cz - sx * cy * sz;\n out[2] = cx * cy * sz + sx * sy * cz;\n out[3] = cx * cy * cz + sx * sy * sz;\n break;\n case \"yxz\":\n out[0] = sx * cy * cz + cx * sy * sz;\n out[1] = cx * sy * cz - sx * cy * sz;\n out[2] = cx * cy * sz - sx * sy * cz;\n out[3] = cx * cy * cz + sx * sy * sz;\n break;\n case \"yzx\":\n out[0] = sx * cy * cz + cx * sy * sz;\n out[1] = cx * sy * cz + sx * cy * sz;\n out[2] = cx * cy * sz - sx * sy * cz;\n out[3] = cx * cy * cz - sx * sy * sz;\n break;\n case \"zxy\":\n out[0] = sx * cy * cz - cx * sy * sz;\n out[1] = cx * sy * cz + sx * cy * sz;\n out[2] = cx * cy * sz + sx * sy * cz;\n out[3] = cx * cy * cz - sx * sy * sz;\n break;\n case \"zyx\":\n out[0] = sx * cy * cz - cx * sy * sz;\n out[1] = cx * sy * cz + sx * cy * sz;\n out[2] = cx * cy * sz - sx * sy * cz;\n out[3] = cx * cy * cz + sx * sy * sz;\n break;\n default:\n throw new Error('Unknown angle order ' + order);\n }\n return out;\n}\n\n/**\n * Returns a string representation of a quaternion\n *\n * @param {ReadonlyQuat} a vector to represent as a string\n * @returns {String} string representation of the vector\n */\nexport function str(a) {\n return \"quat(\" + a[0] + \", \" + a[1] + \", \" + a[2] + \", \" + a[3] + \")\";\n}\n\n/**\n * Creates a new quat initialized with values from an existing quaternion\n *\n * @param {ReadonlyQuat} a quaternion to clone\n * @returns {quat} a new quaternion\n * @function\n */\nexport var clone = vec4.clone;\n\n/**\n * Creates a new quat initialized with the given values\n *\n * @param {Number} x X component\n * @param {Number} y Y component\n * @param {Number} z Z component\n * @param {Number} w W component\n * @returns {quat} a new quaternion\n * @function\n */\nexport var fromValues = vec4.fromValues;\n\n/**\n * Copy the values from one quat to another\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a the source quaternion\n * @returns {quat} out\n * @function\n */\nexport var copy = vec4.copy;\n\n/**\n * Set the components of a quat to the given values\n *\n * @param {quat} out the receiving quaternion\n * @param {Number} x X component\n * @param {Number} y Y component\n * @param {Number} z Z component\n * @param {Number} w W component\n * @returns {quat} out\n * @function\n */\nexport var set = vec4.set;\n\n/**\n * Adds two quat's\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a the first operand\n * @param {ReadonlyQuat} b the second operand\n * @returns {quat} out\n * @function\n */\nexport var add = vec4.add;\n\n/**\n * Alias for {@link quat.multiply}\n * @function\n */\nexport var mul = multiply;\n\n/**\n * Scales a quat by a scalar number\n *\n * @param {quat} out the receiving vector\n * @param {ReadonlyQuat} a the vector to scale\n * @param {Number} b amount to scale the vector by\n * @returns {quat} out\n * @function\n */\nexport var scale = vec4.scale;\n\n/**\n * Calculates the dot product of two quat's\n *\n * @param {ReadonlyQuat} a the first operand\n * @param {ReadonlyQuat} b the second operand\n * @returns {Number} dot product of a and b\n * @function\n */\nexport var dot = vec4.dot;\n\n/**\n * Performs a linear interpolation between two quat's\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a the first operand\n * @param {ReadonlyQuat} b the second operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {quat} out\n * @function\n */\nexport var lerp = vec4.lerp;\n\n/**\n * Calculates the length of a quat\n *\n * @param {ReadonlyQuat} a vector to calculate length of\n * @returns {Number} length of a\n */\nexport var length = vec4.length;\n\n/**\n * Alias for {@link quat.length}\n * @function\n */\nexport var len = length;\n\n/**\n * Calculates the squared length of a quat\n *\n * @param {ReadonlyQuat} a vector to calculate squared length of\n * @returns {Number} squared length of a\n * @function\n */\nexport var squaredLength = vec4.squaredLength;\n\n/**\n * Alias for {@link quat.squaredLength}\n * @function\n */\nexport var sqrLen = squaredLength;\n\n/**\n * Normalize a quat\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a quaternion to normalize\n * @returns {quat} out\n * @function\n */\nexport var normalize = vec4.normalize;\n\n/**\n * Returns whether or not the quaternions have exactly the same elements in the same position (when compared with ===)\n *\n * @param {ReadonlyQuat} a The first quaternion.\n * @param {ReadonlyQuat} b The second quaternion.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport var exactEquals = vec4.exactEquals;\n\n/**\n * Returns whether or not the quaternions point approximately to the same direction.\n *\n * Both quaternions are assumed to be unit length.\n *\n * @param {ReadonlyQuat} a The first unit quaternion.\n * @param {ReadonlyQuat} b The second unit quaternion.\n * @returns {Boolean} True if the quaternions are equal, false otherwise.\n */\nexport function equals(a, b) {\n return Math.abs(vec4.dot(a, b)) >= 1 - glMatrix.EPSILON;\n}\n\n/**\n * Sets a quaternion to represent the shortest rotation from one\n * vector to another.\n *\n * Both vectors are assumed to be unit length.\n *\n * @param {quat} out the receiving quaternion.\n * @param {ReadonlyVec3} a the initial vector\n * @param {ReadonlyVec3} b the destination vector\n * @returns {quat} out\n */\nexport var rotationTo = function () {\n var tmpvec3 = vec3.create();\n var xUnitVec3 = vec3.fromValues(1, 0, 0);\n var yUnitVec3 = vec3.fromValues(0, 1, 0);\n return function (out, a, b) {\n var dot = vec3.dot(a, b);\n if (dot < -0.999999) {\n vec3.cross(tmpvec3, xUnitVec3, a);\n if (vec3.len(tmpvec3) < 0.000001) vec3.cross(tmpvec3, yUnitVec3, a);\n vec3.normalize(tmpvec3, tmpvec3);\n setAxisAngle(out, tmpvec3, Math.PI);\n return out;\n } else if (dot > 0.999999) {\n out[0] = 0;\n out[1] = 0;\n out[2] = 0;\n out[3] = 1;\n return out;\n } else {\n vec3.cross(tmpvec3, a, b);\n out[0] = tmpvec3[0];\n out[1] = tmpvec3[1];\n out[2] = tmpvec3[2];\n out[3] = 1 + dot;\n return normalize(out, out);\n }\n };\n}();\n\n/**\n * Performs a spherical linear interpolation with two control points\n *\n * @param {quat} out the receiving quaternion\n * @param {ReadonlyQuat} a the first operand\n * @param {ReadonlyQuat} b the second operand\n * @param {ReadonlyQuat} c the third operand\n * @param {ReadonlyQuat} d the fourth operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {quat} out\n */\nexport var sqlerp = function () {\n var temp1 = create();\n var temp2 = create();\n return function (out, a, b, c, d, t) {\n slerp(temp1, a, d, t);\n slerp(temp2, b, c, t);\n slerp(out, temp1, temp2, 2 * t * (1 - t));\n return out;\n };\n}();\n\n/**\n * Sets the specified quaternion with values corresponding to the given\n * axes. Each axis is a vec3 and is expected to be unit length and\n * perpendicular to all other specified axes.\n *\n * @param {ReadonlyVec3} view the vector representing the viewing direction\n * @param {ReadonlyVec3} right the vector representing the local \"right\" direction\n * @param {ReadonlyVec3} up the vector representing the local \"up\" direction\n * @returns {quat} out\n */\nexport var setAxes = function () {\n var matr = mat3.create();\n return function (out, view, right, up) {\n matr[0] = right[0];\n matr[3] = right[1];\n matr[6] = right[2];\n matr[1] = up[0];\n matr[4] = up[1];\n matr[7] = up[2];\n matr[2] = -view[0];\n matr[5] = -view[1];\n matr[8] = -view[2];\n return normalize(out, fromMat3(out, matr));\n };\n}();","import * as glMatrix from \"./common.js\";\n\n/**\n * 2 Dimensional Vector\n * @module vec2\n */\n\n/**\n * Creates a new, empty vec2\n *\n * @returns {vec2} a new 2D vector\n */\nexport function create() {\n var out = new glMatrix.ARRAY_TYPE(2);\n if (glMatrix.ARRAY_TYPE != Float32Array) {\n out[0] = 0;\n out[1] = 0;\n }\n return out;\n}\n\n/**\n * Creates a new vec2 initialized with values from an existing vector\n *\n * @param {ReadonlyVec2} a vector to clone\n * @returns {vec2} a new 2D vector\n */\nexport function clone(a) {\n var out = new glMatrix.ARRAY_TYPE(2);\n out[0] = a[0];\n out[1] = a[1];\n return out;\n}\n\n/**\n * Creates a new vec2 initialized with the given values\n *\n * @param {Number} x X component\n * @param {Number} y Y component\n * @returns {vec2} a new 2D vector\n */\nexport function fromValues(x, y) {\n var out = new glMatrix.ARRAY_TYPE(2);\n out[0] = x;\n out[1] = y;\n return out;\n}\n\n/**\n * Copy the values from one vec2 to another\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the source vector\n * @returns {vec2} out\n */\nexport function copy(out, a) {\n out[0] = a[0];\n out[1] = a[1];\n return out;\n}\n\n/**\n * Set the components of a vec2 to the given values\n *\n * @param {vec2} out the receiving vector\n * @param {Number} x X component\n * @param {Number} y Y component\n * @returns {vec2} out\n */\nexport function set(out, x, y) {\n out[0] = x;\n out[1] = y;\n return out;\n}\n\n/**\n * Adds two vec2's\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec2} out\n */\nexport function add(out, a, b) {\n out[0] = a[0] + b[0];\n out[1] = a[1] + b[1];\n return out;\n}\n\n/**\n * Subtracts vector b from vector a\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec2} out\n */\nexport function subtract(out, a, b) {\n out[0] = a[0] - b[0];\n out[1] = a[1] - b[1];\n return out;\n}\n\n/**\n * Multiplies two vec2's\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec2} out\n */\nexport function multiply(out, a, b) {\n out[0] = a[0] * b[0];\n out[1] = a[1] * b[1];\n return out;\n}\n\n/**\n * Divides two vec2's\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec2} out\n */\nexport function divide(out, a, b) {\n out[0] = a[0] / b[0];\n out[1] = a[1] / b[1];\n return out;\n}\n\n/**\n * Math.ceil the components of a vec2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a vector to ceil\n * @returns {vec2} out\n */\nexport function ceil(out, a) {\n out[0] = Math.ceil(a[0]);\n out[1] = Math.ceil(a[1]);\n return out;\n}\n\n/**\n * Math.floor the components of a vec2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a vector to floor\n * @returns {vec2} out\n */\nexport function floor(out, a) {\n out[0] = Math.floor(a[0]);\n out[1] = Math.floor(a[1]);\n return out;\n}\n\n/**\n * Returns the minimum of two vec2's\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec2} out\n */\nexport function min(out, a, b) {\n out[0] = Math.min(a[0], b[0]);\n out[1] = Math.min(a[1], b[1]);\n return out;\n}\n\n/**\n * Returns the maximum of two vec2's\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec2} out\n */\nexport function max(out, a, b) {\n out[0] = Math.max(a[0], b[0]);\n out[1] = Math.max(a[1], b[1]);\n return out;\n}\n\n/**\n * symmetric round the components of a vec2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a vector to round\n * @returns {vec2} out\n */\nexport function round(out, a) {\n out[0] = glMatrix.round(a[0]);\n out[1] = glMatrix.round(a[1]);\n return out;\n}\n\n/**\n * Scales a vec2 by a scalar number\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the vector to scale\n * @param {Number} b amount to scale the vector by\n * @returns {vec2} out\n */\nexport function scale(out, a, b) {\n out[0] = a[0] * b;\n out[1] = a[1] * b;\n return out;\n}\n\n/**\n * Adds two vec2's after scaling the second operand by a scalar value\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @param {Number} scale the amount to scale b by before adding\n * @returns {vec2} out\n */\nexport function scaleAndAdd(out, a, b, scale) {\n out[0] = a[0] + b[0] * scale;\n out[1] = a[1] + b[1] * scale;\n return out;\n}\n\n/**\n * Calculates the euclidian distance between two vec2's\n *\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {Number} distance between a and b\n */\nexport function distance(a, b) {\n var x = b[0] - a[0],\n y = b[1] - a[1];\n return Math.sqrt(x * x + y * y);\n}\n\n/**\n * Calculates the squared euclidian distance between two vec2's\n *\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {Number} squared distance between a and b\n */\nexport function squaredDistance(a, b) {\n var x = b[0] - a[0],\n y = b[1] - a[1];\n return x * x + y * y;\n}\n\n/**\n * Calculates the length of a vec2\n *\n * @param {ReadonlyVec2} a vector to calculate length of\n * @returns {Number} length of a\n */\nexport function length(a) {\n var x = a[0],\n y = a[1];\n return Math.sqrt(x * x + y * y);\n}\n\n/**\n * Calculates the squared length of a vec2\n *\n * @param {ReadonlyVec2} a vector to calculate squared length of\n * @returns {Number} squared length of a\n */\nexport function squaredLength(a) {\n var x = a[0],\n y = a[1];\n return x * x + y * y;\n}\n\n/**\n * Negates the components of a vec2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a vector to negate\n * @returns {vec2} out\n */\nexport function negate(out, a) {\n out[0] = -a[0];\n out[1] = -a[1];\n return out;\n}\n\n/**\n * Returns the inverse of the components of a vec2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a vector to invert\n * @returns {vec2} out\n */\nexport function inverse(out, a) {\n out[0] = 1.0 / a[0];\n out[1] = 1.0 / a[1];\n return out;\n}\n\n/**\n * Normalize a vec2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a vector to normalize\n * @returns {vec2} out\n */\nexport function normalize(out, a) {\n var x = a[0],\n y = a[1];\n var len = x * x + y * y;\n if (len > 0) {\n //TODO: evaluate use of glm_invsqrt here?\n len = 1 / Math.sqrt(len);\n }\n out[0] = a[0] * len;\n out[1] = a[1] * len;\n return out;\n}\n\n/**\n * Calculates the dot product of two vec2's\n *\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {Number} dot product of a and b\n */\nexport function dot(a, b) {\n return a[0] * b[0] + a[1] * b[1];\n}\n\n/**\n * Computes the cross product of two vec2's\n * Note that the cross product must by definition produce a 3D vector\n *\n * @param {vec3} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @returns {vec3} out\n */\nexport function cross(out, a, b) {\n var z = a[0] * b[1] - a[1] * b[0];\n out[0] = out[1] = 0;\n out[2] = z;\n return out;\n}\n\n/**\n * Performs a linear interpolation between two vec2's\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the first operand\n * @param {ReadonlyVec2} b the second operand\n * @param {Number} t interpolation amount, in the range [0-1], between the two inputs\n * @returns {vec2} out\n */\nexport function lerp(out, a, b, t) {\n var ax = a[0],\n ay = a[1];\n out[0] = ax + t * (b[0] - ax);\n out[1] = ay + t * (b[1] - ay);\n return out;\n}\n\n/**\n * Generates a random vector with the given scale\n *\n * @param {vec2} out the receiving vector\n * @param {Number} [scale] Length of the resulting vector. If omitted, a unit vector will be returned\n * @returns {vec2} out\n */\nexport function random(out, scale) {\n scale = scale === undefined ? 1.0 : scale;\n var r = glMatrix.RANDOM() * 2.0 * Math.PI;\n out[0] = Math.cos(r) * scale;\n out[1] = Math.sin(r) * scale;\n return out;\n}\n\n/**\n * Transforms the vec2 with a mat2\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the vector to transform\n * @param {ReadonlyMat2} m matrix to transform with\n * @returns {vec2} out\n */\nexport function transformMat2(out, a, m) {\n var x = a[0],\n y = a[1];\n out[0] = m[0] * x + m[2] * y;\n out[1] = m[1] * x + m[3] * y;\n return out;\n}\n\n/**\n * Transforms the vec2 with a mat2d\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the vector to transform\n * @param {ReadonlyMat2d} m matrix to transform with\n * @returns {vec2} out\n */\nexport function transformMat2d(out, a, m) {\n var x = a[0],\n y = a[1];\n out[0] = m[0] * x + m[2] * y + m[4];\n out[1] = m[1] * x + m[3] * y + m[5];\n return out;\n}\n\n/**\n * Transforms the vec2 with a mat3\n * 3rd vector component is implicitly '1'\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the vector to transform\n * @param {ReadonlyMat3} m matrix to transform with\n * @returns {vec2} out\n */\nexport function transformMat3(out, a, m) {\n var x = a[0],\n y = a[1];\n out[0] = m[0] * x + m[3] * y + m[6];\n out[1] = m[1] * x + m[4] * y + m[7];\n return out;\n}\n\n/**\n * Transforms the vec2 with a mat4\n * 3rd vector component is implicitly '0'\n * 4th vector component is implicitly '1'\n *\n * @param {vec2} out the receiving vector\n * @param {ReadonlyVec2} a the vector to transform\n * @param {ReadonlyMat4} m matrix to transform with\n * @returns {vec2} out\n */\nexport function transformMat4(out, a, m) {\n var x = a[0];\n var y = a[1];\n out[0] = m[0] * x + m[4] * y + m[12];\n out[1] = m[1] * x + m[5] * y + m[13];\n return out;\n}\n\n/**\n * Rotate a 2D vector\n * @param {vec2} out The receiving vec2\n * @param {ReadonlyVec2} a The vec2 point to rotate\n * @param {ReadonlyVec2} b The origin of the rotation\n * @param {Number} rad The angle of rotation in radians\n * @returns {vec2} out\n */\nexport function rotate(out, a, b, rad) {\n //Translate point to the origin\n var p0 = a[0] - b[0],\n p1 = a[1] - b[1],\n sinC = Math.sin(rad),\n cosC = Math.cos(rad);\n\n //perform rotation and translate to correct position\n out[0] = p0 * cosC - p1 * sinC + b[0];\n out[1] = p0 * sinC + p1 * cosC + b[1];\n return out;\n}\n\n/**\n * Get the smallest angle between two 2D vectors\n * @param {ReadonlyVec2} a The first operand\n * @param {ReadonlyVec2} b The second operand\n * @returns {Number} The angle in radians\n */\nexport function angle(a, b) {\n var ax = a[0],\n ay = a[1],\n bx = b[0],\n by = b[1];\n return Math.abs(Math.atan2(ay * bx - ax * by, ax * bx + ay * by));\n}\n\n/**\n * Get the signed angle in the interval [-pi,pi] between two 2D vectors (positive if `a` is to the right of `b`)\n * \n * @param {ReadonlyVec2} a The first vector\n * @param {ReadonlyVec2} b The second vector\n * @returns {number} The signed angle in radians\n */\nexport function signedAngle(a, b) {\n var ax = a[0],\n ay = a[1],\n bx = b[0],\n by = b[1];\n return Math.atan2(ax * by - ay * bx, ax * bx + ay * by);\n}\n\n/**\n * Set the components of a vec2 to zero\n *\n * @param {vec2} out the receiving vector\n * @returns {vec2} out\n */\nexport function zero(out) {\n out[0] = 0.0;\n out[1] = 0.0;\n return out;\n}\n\n/**\n * Returns a string representation of a vector\n *\n * @param {ReadonlyVec2} a vector to represent as a string\n * @returns {String} string representation of the vector\n */\nexport function str(a) {\n return \"vec2(\" + a[0] + \", \" + a[1] + \")\";\n}\n\n/**\n * Returns whether or not the vectors exactly have the same elements in the same position (when compared with ===)\n *\n * @param {ReadonlyVec2} a The first vector.\n * @param {ReadonlyVec2} b The second vector.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport function exactEquals(a, b) {\n return a[0] === b[0] && a[1] === b[1];\n}\n\n/**\n * Returns whether or not the vectors have approximately the same elements in the same position.\n *\n * @param {ReadonlyVec2} a The first vector.\n * @param {ReadonlyVec2} b The second vector.\n * @returns {Boolean} True if the vectors are equal, false otherwise.\n */\nexport function equals(a, b) {\n var a0 = a[0],\n a1 = a[1];\n var b0 = b[0],\n b1 = b[1];\n return Math.abs(a0 - b0) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= glMatrix.EPSILON * Math.max(1.0, Math.abs(a1), Math.abs(b1));\n}\n\n/**\n * Alias for {@link vec2.length}\n * @function\n */\nexport var len = length;\n\n/**\n * Alias for {@link vec2.subtract}\n * @function\n */\nexport var sub = subtract;\n\n/**\n * Alias for {@link vec2.multiply}\n * @function\n */\nexport var mul = multiply;\n\n/**\n * Alias for {@link vec2.divide}\n * @function\n */\nexport var div = divide;\n\n/**\n * Alias for {@link vec2.distance}\n * @function\n */\nexport var dist = distance;\n\n/**\n * Alias for {@link vec2.squaredDistance}\n * @function\n */\nexport var sqrDist = squaredDistance;\n\n/**\n * Alias for {@link vec2.squaredLength}\n * @function\n */\nexport var sqrLen = squaredLength;\n\n/**\n * Perform some operation over an array of vec2s.\n *\n * @param {Array} a the array of vectors to iterate over\n * @param {Number} stride Number of elements between the start of each vec2. If 0 assumes tightly packed\n * @param {Number} offset Number of elements to skip at the beginning of the array\n * @param {Number} count Number of vec2s to iterate over. If 0 iterates over entire array\n * @param {Function} fn Function to call for each vector in the array\n * @param {Object} [arg] additional argument to pass to fn\n * @returns {Array} a\n * @function\n */\nexport var forEach = function () {\n var vec = create();\n return function (a, stride, offset, count, fn, arg) {\n var i, l;\n if (!stride) {\n stride = 2;\n }\n if (!offset) {\n offset = 0;\n }\n if (count) {\n l = Math.min(count * stride + offset, a.length);\n } else {\n l = a.length;\n }\n for (i = offset; i < l; i += stride) {\n vec[0] = a[i];\n vec[1] = a[i + 1];\n fn(vec, vec, arg);\n a[i] = vec[0];\n a[i + 1] = vec[1];\n }\n return a;\n };\n}();","import { mat4, vec3 } from \"gl-matrix\";\n\n/**\n * Axis-aligned bounding box defined by minimum and maximum corners.\n *\n * Box3 represents a 3D region bounded by two corners: `min` and `max`. It\n * is used for spatial queries, culling tests, intersection checks, and\n * computing bounding volumes. A default-constructed box is empty and\n * intersection treats boxes as half-open intervals.\n *\n * @group Math\n */\nexport class Box3 {\n /** Minimum corner of the box. */\n public min: vec3;\n /** Maximum corner of the box. */\n public max: vec3;\n\n /**\n * Creates a box from optional corner points. The corners are cloned.\n * When a corner is omitted the box starts empty.\n *\n * @param min - The minimum corner.\n * @param max - The maximum corner.\n */\n constructor(min?: vec3, max?: vec3) {\n this.min = min\n ? vec3.clone(min)\n : vec3.fromValues(+Infinity, +Infinity, +Infinity);\n this.max = max\n ? vec3.clone(max)\n : vec3.fromValues(-Infinity, -Infinity, -Infinity);\n }\n\n /** Returns a deep copy of the box. */\n public clone() {\n return new Box3(this.min, this.max);\n }\n\n /** Returns `true` when the box encloses no volume. */\n public isEmpty(): boolean {\n return (\n this.max[0] <= this.min[0] ||\n this.max[1] <= this.min[1] ||\n this.max[2] <= this.min[2]\n );\n }\n\n /**\n * Tests whether two boxes overlap. Boxes are treated as half-open\n * intervals so touching faces do not count as overlap.\n *\n * @param a - The first box.\n * @param b - The second box.\n */\n public static intersects(a: Box3, b: Box3): boolean {\n if (a.max[0] <= b.min[0] || a.min[0] >= b.max[0]) return false;\n if (a.max[1] <= b.min[1] || a.min[1] >= b.max[1]) return false;\n if (a.max[2] <= b.min[2] || a.min[2] >= b.max[2]) return false;\n return true;\n }\n\n /**\n * Grows the box in place to contain the given point.\n *\n * @param p - The point to include.\n */\n public expandWithPoint(p: vec3) {\n if (p[0] < this.min[0]) this.min[0] = p[0];\n if (p[1] < this.min[1]) this.min[1] = p[1];\n if (p[2] < this.min[2]) this.min[2] = p[2];\n if (p[0] > this.max[0]) this.max[0] = p[0];\n if (p[1] > this.max[1]) this.max[1] = p[1];\n if (p[2] > this.max[2]) this.max[2] = p[2];\n }\n\n /**\n * Transforms the box in place by the given matrix. The result is the\n * axis-aligned box of the eight transformed corners so the box can grow\n * under rotation.\n *\n * @param matrix - The transform to apply.\n */\n public applyTransform(matrix: mat4) {\n const { min, max } = this;\n const corners: vec3[] = [\n vec3.fromValues(min[0], min[1], min[2]),\n vec3.fromValues(min[0], min[1], max[2]),\n vec3.fromValues(min[0], max[1], min[2]),\n vec3.fromValues(min[0], max[1], max[2]),\n vec3.fromValues(max[0], min[1], min[2]),\n vec3.fromValues(max[0], min[1], max[2]),\n vec3.fromValues(max[0], max[1], min[2]),\n vec3.fromValues(max[0], max[1], max[2]),\n ];\n\n // \"Empty\" box before expanding\n this.min = vec3.fromValues(+Infinity, +Infinity, +Infinity);\n this.max = vec3.fromValues(-Infinity, -Infinity, -Infinity);\n\n const tmp = vec3.create();\n for (const c of corners) {\n vec3.transformMat4(tmp, c, matrix);\n this.expandWithPoint(tmp);\n }\n }\n}\n","import { Node } from \"./node\";\nimport { Box3 } from \"../math/box3\";\nimport { vec3 } from \"gl-matrix\";\n\nexport type Primitive = \"triangles\" | \"points\" | \"lines\";\n\ntype GeometryAttributeType =\n | \"position\"\n | \"normal\"\n | \"uv\"\n | \"next_position\"\n | \"previous_position\"\n | \"direction\"\n | \"color\"\n | \"size\"\n | \"marker\";\n\nexport const GeometryAttributeIndex: Record = {\n position: 0,\n normal: 1,\n uv: 2,\n next_position: 3,\n previous_position: 4,\n direction: 5,\n color: 6,\n size: 7,\n marker: 8,\n};\n\ntype GeometryAttribute = {\n type: GeometryAttributeType;\n itemSize: number;\n offset: number;\n};\n\nexport class Geometry extends Node {\n private boundingBox_: Box3 | null = null;\n protected primitive_: Primitive;\n protected attributes_: GeometryAttribute[];\n protected vertexData_: Float32Array;\n protected indexData_: Uint32Array;\n\n constructor(\n vertexData: number[] = [],\n indexData: number[] = [],\n primitive: Primitive = \"triangles\"\n ) {\n super();\n this.vertexData_ = new Float32Array(vertexData);\n this.indexData_ = new Uint32Array(indexData);\n this.primitive_ = primitive;\n this.attributes_ = [];\n }\n\n public addAttribute(attr: GeometryAttribute) {\n this.attributes_.push(attr);\n this.boundingBox_ = null;\n }\n\n public get vertexCount() {\n return this.vertexData_.byteLength / this.strideBytes;\n }\n\n public get stride() {\n return this.attributes_.reduce((acc, curr) => {\n return acc + curr.itemSize;\n }, 0);\n }\n\n public get strideBytes() {\n return this.stride * Float32Array.BYTES_PER_ELEMENT;\n }\n\n public get primitive() {\n return this.primitive_;\n }\n\n public get vertexData() {\n return this.vertexData_;\n }\n\n public get indexData() {\n return this.indexData_;\n }\n\n public get attributes() {\n return this.attributes_;\n }\n\n public get boundingBox() {\n if (this.boundingBox_ === null) {\n const attr = this.getAttribute(\"position\");\n if (!attr || this.vertexCount === 0) {\n throw new Error(\"Failed to generate bounding box\");\n }\n\n const offset = (attr.offset ?? 0) / Float32Array.BYTES_PER_ELEMENT;\n const box = new Box3();\n const point = vec3.create();\n for (let i = 0; i < this.vertexData_.length; i += this.stride) {\n point[0] = this.vertexData_[i + offset + 0];\n point[1] = this.vertexData_[i + offset + 1];\n point[2] = this.vertexData_[i + offset + 2];\n box.expandWithPoint(point);\n }\n\n this.boundingBox_ = box;\n }\n return this.boundingBox_;\n }\n\n public get type() {\n return \"Geometry\";\n }\n\n private getAttribute(type: GeometryAttributeType) {\n return this.attributes_.find((a) => a.type === type);\n }\n}\n","import { Geometry, GeometryAttributeIndex } from \"../core/geometry\";\n\ntype BufferHandles = {\n vao: WebGLVertexArrayObject;\n vbo: WebGLBuffer;\n ebo?: WebGLBuffer;\n};\n\nexport class WebGLBuffers {\n private readonly gl_: WebGL2RenderingContext;\n private readonly buffers_: Map = new Map();\n private currentGeometry_: Geometry | null = null;\n\n constructor(gl: WebGL2RenderingContext) {\n this.gl_ = gl;\n }\n\n public bindGeometry(geometry: Geometry) {\n if (this.alreadyActive(geometry)) return;\n\n if (!this.buffers_.has(geometry)) {\n this.generateBuffers(geometry);\n }\n\n const buffers = this.buffers_.get(geometry);\n if (!buffers) {\n throw new Error(\"Failed to retrieve buffer handles for object\");\n }\n\n this.gl_.bindVertexArray(buffers.vao);\n this.currentGeometry_ = geometry;\n }\n\n public disposeObject(geometry: Geometry) {\n const buffers = this.buffers_.get(geometry);\n if (!buffers) return;\n\n this.gl_.deleteVertexArray(buffers.vao);\n this.gl_.deleteBuffer(buffers.vbo);\n\n if (buffers.ebo) this.gl_.deleteBuffer(buffers.ebo);\n\n this.buffers_.delete(geometry);\n if (this.currentGeometry_ === geometry) {\n this.currentGeometry_ = null;\n }\n }\n\n public disposeAll() {\n for (const geometry of this.buffers_.keys()) {\n this.disposeObject(geometry);\n }\n }\n\n private alreadyActive(geometry: Geometry) {\n return this.currentGeometry_ === geometry;\n }\n\n private generateBuffers(geometry: Geometry) {\n const vao = this.gl_.createVertexArray();\n if (!vao) {\n throw new Error(\"Failed to create vertex array object (VAO)\");\n }\n\n this.gl_.bindVertexArray(vao);\n\n const { vertexData } = geometry;\n const vboType = this.gl_.ARRAY_BUFFER;\n const vbo = this.gl_.createBuffer();\n if (!vbo) throw new Error(\"Failed to create vertex buffer (VBO)\");\n\n this.gl_.bindBuffer(vboType, vbo);\n this.gl_.bufferData(vboType, vertexData, this.gl_.STATIC_DRAW);\n\n const { attributes, strideBytes } = geometry;\n attributes.forEach((attr) => {\n const idx = GeometryAttributeIndex[attr.type];\n this.gl_.vertexAttribPointer(\n idx,\n attr.itemSize,\n this.gl_.FLOAT,\n false,\n strideBytes,\n attr.offset\n );\n this.gl_.enableVertexAttribArray(idx);\n });\n\n const buffers: BufferHandles = { vao, vbo };\n\n const { indexData } = geometry;\n if (indexData.length) {\n const eboType = this.gl_.ELEMENT_ARRAY_BUFFER;\n const ebo = this.gl_.createBuffer();\n if (!ebo) throw new Error(\"Failed to create index buffer (EBO)\");\n\n this.gl_.bindBuffer(eboType, ebo);\n this.gl_.bufferData(eboType, indexData, this.gl_.STATIC_DRAW);\n buffers.ebo = ebo;\n }\n\n this.buffers_.set(geometry, buffers);\n this.gl_.bindVertexArray(null);\n }\n}\n","import { Node } from \"../../core/node\";\n\nexport type TextureFilter = \"nearest\" | \"linear\";\n\nexport type TextureWrapMode = \"repeat\" | \"clamp_to_edge\";\n\nexport type TextureDataFormat = \"scalar\" | \"rgb\" | \"rgba\";\n\nexport type TextureDataType =\n | \"byte\"\n | \"short\"\n | \"int\"\n | \"unsigned_byte\"\n | \"unsigned_short\"\n | \"unsigned_int\"\n | \"float\";\n\nexport type TextureUnpackRowAlignment = 1 | 2 | 4 | 8;\n\nexport type DataTextureTypedArray =\n | Int8Array\n | Int16Array\n | Int32Array\n | Uint8Array\n | Uint16Array\n | Uint32Array\n | Float32Array;\n\nexport function isTextureUnpackRowAlignment(\n value: number\n): value is TextureUnpackRowAlignment {\n return value === 1 || value === 2 || value === 4 || value === 8;\n}\n\nexport function bufferToDataType(\n buffer: DataTextureTypedArray\n): TextureDataType {\n if (buffer instanceof Int8Array) {\n return \"byte\";\n } else if (buffer instanceof Int16Array) {\n return \"short\";\n } else if (buffer instanceof Int32Array) {\n return \"int\";\n } else if (buffer instanceof Uint8Array) {\n return \"unsigned_byte\";\n } else if (buffer instanceof Uint16Array) {\n return \"unsigned_short\";\n } else if (buffer instanceof Uint32Array) {\n return \"unsigned_int\";\n } else if (buffer instanceof Float32Array) {\n return \"float\";\n }\n throw new Error(\"Unsupported buffer type.\");\n}\n\nexport function textureChannelCount(texture: Texture) {\n switch (texture.dataFormat) {\n case \"scalar\":\n return 1;\n case \"rgb\":\n return 3;\n case \"rgba\":\n return 4;\n }\n}\n\nexport function textureBytesPerChannel(texture: Texture) {\n switch (texture.dataType) {\n case \"byte\":\n case \"unsigned_byte\":\n return 1;\n case \"short\":\n case \"unsigned_short\":\n return 2;\n case \"int\":\n case \"unsigned_int\":\n case \"float\":\n return 4;\n }\n}\n\nexport function textureStorageBytes(texture: Texture): number {\n const bytesPerTexel =\n textureChannelCount(texture) * textureBytesPerChannel(texture);\n\n const levels = Math.max(1, texture.mipmapLevels);\n\n let width = Math.max(1, texture.width);\n let height = Math.max(1, texture.height);\n let depth = Math.max(1, texture.depth);\n let total = 0;\n\n for (let i = 0; i < levels; ++i) {\n total += bytesPerTexel * depth * width * height;\n width = Math.max(1, width >> 1);\n height = Math.max(1, height >> 1);\n if (texture.type === \"Texture3D\") {\n depth = Math.max(1, depth >> 1);\n }\n }\n\n return total;\n}\n\nexport function textureDefaultValueRange(texture: Texture): [number, number] {\n if (texture.dataFormat === \"rgb\" || texture.dataFormat === \"rgba\") {\n return [0, 1];\n }\n switch (texture.dataType) {\n case \"byte\":\n return [-128, 127];\n case \"short\":\n return [-32768, 32767];\n case \"int\":\n return [-2147483648, 2147483647];\n case \"unsigned_byte\":\n return [0, 255];\n case \"unsigned_short\":\n return [0, 65535];\n case \"unsigned_int\":\n return [0, 4294967295];\n case \"float\":\n return [0, 1];\n }\n}\n\nexport abstract class Texture extends Node {\n public dataFormat: TextureDataFormat = \"rgba\";\n public dataType: TextureDataType = \"unsigned_byte\";\n public maxFilter: TextureFilter = \"nearest\";\n public minFilter: TextureFilter = \"nearest\";\n public mipmapLevels = 1;\n public unpackAlignment: TextureUnpackRowAlignment = 4;\n public wrapR: TextureWrapMode = \"clamp_to_edge\";\n public wrapS: TextureWrapMode = \"clamp_to_edge\";\n public wrapT: TextureWrapMode = \"clamp_to_edge\";\n public needsUpdate = true;\n\n // Reads a single texel back from GPU memory at (x, y, z). Injected by the\n // renderer when the texture is uploaded (and cleared on disposal).\n public readTexel?: (x: number, y: number, z: number) => Promise;\n\n protected data_: DataTextureTypedArray | null = null;\n\n public get data(): DataTextureTypedArray | null {\n return this.data_;\n }\n\n public set data(data: DataTextureTypedArray) {\n this.data_ = data;\n this.needsUpdate = true;\n }\n\n public releaseCpuData(): void {\n this.data_ = null;\n }\n\n public abstract get width(): number;\n public abstract get height(): number;\n\n public get depth(): number {\n return 1;\n }\n\n public get type() {\n return \"Texture\";\n }\n}\n","import { Logger } from \"../utilities/logger\";\nimport {\n textureStorageBytes,\n type Texture,\n type TextureFilter,\n type TextureWrapMode,\n type TextureDataType,\n type TextureDataFormat,\n} from \"../objects/textures/texture\";\n\nimport { Texture2D } from \"../objects/textures/texture_2d\";\nimport { Texture2DArray } from \"../objects/textures/texture_2d_array\";\nimport { Texture3D } from \"../objects/textures/texture_3d\";\n\ntype TextureFormatInfo = {\n internalFormat: number;\n format: number;\n type: number;\n};\n\nexport class WebGLTextures {\n private readonly gl_: WebGL2RenderingContext;\n private readonly textures_: Map = new Map();\n private currentTexture_: Texture | null = null;\n private readonly maxTextureUnits_: number;\n private nextPersistentUnit_: number;\n private gpuTextureBytes_ = 0;\n private textureCount_ = 0;\n private readFramebuffer_: WebGLFramebuffer | null = null;\n\n constructor(gl: WebGL2RenderingContext) {\n this.gl_ = gl;\n this.maxTextureUnits_ = gl.getParameter(gl.MAX_TEXTURE_IMAGE_UNITS);\n this.nextPersistentUnit_ = this.maxTextureUnits_ - 1;\n }\n\n public get gpuTextureBytes() {\n return this.gpuTextureBytes_;\n }\n\n public get textureCount() {\n return this.textureCount_;\n }\n\n public reservePersistentUnit(): number {\n if (this.nextPersistentUnit_ < 0) {\n throw new Error(\n `No texture units left to reserve (${this.maxTextureUnits_} total)`\n );\n }\n return this.nextPersistentUnit_--;\n }\n\n public bindTexture(texture: Texture, index: number) {\n if (this.alreadyActive(texture)) return;\n\n if (index < 0 || index > this.nextPersistentUnit_) {\n throw new Error(\n `Texture index ${index} must be in [0, ${this.nextPersistentUnit_}]; ` +\n `units above that are reserved`\n );\n }\n\n const textureId = this.textures_.get(texture);\n if (textureId && !texture.needsUpdate) {\n this.gl_.activeTexture(this.gl_.TEXTURE0 + index);\n this.gl_.bindTexture(this.getTextureType(texture), textureId);\n } else {\n this.uploadTexture(texture, index);\n }\n\n this.currentTexture_ = texture;\n }\n\n public readTexel(texture: Texture, x: number, y: number, z: number): number {\n const gl = this.gl_;\n const textureId = this.textures_.get(texture);\n if (!textureId) {\n throw new Error(\"readTexel called on a texture that is not resident\");\n }\n\n this.readFramebuffer_ ??= gl.createFramebuffer();\n gl.bindFramebuffer(gl.READ_FRAMEBUFFER, this.readFramebuffer_);\n gl.framebufferTextureLayer(\n gl.READ_FRAMEBUFFER,\n gl.COLOR_ATTACHMENT0,\n textureId,\n 0,\n z\n );\n\n const { format, type, out } = this.readbackParams(texture.dataType);\n gl.readPixels(x, y, 1, 1, format, type, out);\n gl.bindFramebuffer(gl.READ_FRAMEBUFFER, null);\n\n return out[0];\n }\n\n private readbackParams(dataType: TextureDataType): {\n format: number;\n type: number;\n out: Int32Array | Uint32Array | Float32Array;\n } {\n const gl = this.gl_;\n switch (dataType) {\n case \"byte\":\n case \"short\":\n case \"int\":\n return {\n format: gl.RGBA_INTEGER,\n type: gl.INT,\n out: new Int32Array(4),\n };\n case \"unsigned_byte\":\n case \"unsigned_short\":\n case \"unsigned_int\":\n return {\n format: gl.RGBA_INTEGER,\n type: gl.UNSIGNED_INT,\n out: new Uint32Array(4),\n };\n case \"float\":\n return { format: gl.RGBA, type: gl.FLOAT, out: new Float32Array(4) };\n }\n }\n\n public uploadTexture(texture: Texture, index = 0) {\n if (this.textures_.has(texture) && !texture.needsUpdate) return;\n\n if (texture.data === null) {\n throw new Error(\"Cannot upload a texture that has no CPU data\");\n }\n\n const textureType = this.getTextureType(texture);\n const info = this.getDataFormatInfo(texture.dataFormat, texture.dataType);\n\n this.gl_.activeTexture(this.gl_.TEXTURE0 + index);\n\n if (!this.textures_.has(texture)) {\n this.generateTexture(texture, info, textureType);\n }\n\n const textureId = this.textures_.get(texture);\n if (!textureId) {\n throw new Error(\"Failed to retrieve texture ID\");\n }\n\n this.gl_.bindTexture(textureType, textureId);\n this.configureTextureParameters(texture, textureType);\n this.uploadTextureData(texture, info, textureType);\n this.currentTexture_ = null;\n\n texture.needsUpdate = false;\n }\n\n public dispose(texture: Texture) {\n const id = this.textures_.get(texture);\n if (id) {\n this.gl_.deleteTexture(id);\n this.textures_.delete(texture);\n texture.readTexel = undefined;\n if (this.currentTexture_ === texture) {\n this.currentTexture_ = null;\n }\n\n const bytes = textureStorageBytes(texture);\n this.gpuTextureBytes_ = Math.max(0, this.gpuTextureBytes_ - bytes);\n this.textureCount_ = Math.max(0, this.textureCount_ - 1);\n }\n }\n\n public disposeAll() {\n for (const texture of Array.from(this.textures_.keys())) {\n this.dispose(texture);\n }\n this.gpuTextureBytes_ = 0;\n this.textureCount_ = 0;\n }\n\n private alreadyActive(texture: Texture) {\n return this.currentTexture_ === texture && !texture.needsUpdate;\n }\n\n private generateTexture(\n texture: Texture,\n info: TextureFormatInfo,\n type: number\n ) {\n const textureId = this.gl_.createTexture();\n if (!textureId) throw new Error(\"Failed to create texture\");\n\n this.gl_.bindTexture(type, textureId);\n\n if (this.isTexture2D(texture)) {\n this.gl_.texStorage2D(\n type,\n texture.mipmapLevels,\n info.internalFormat,\n texture.width,\n texture.height\n );\n } else if (this.isTextureStorage3D(texture)) {\n this.gl_.texStorage3D(\n type,\n texture.mipmapLevels,\n info.internalFormat,\n texture.width,\n texture.height,\n texture.depth\n );\n } else {\n throw new Error(`Unknown texture type ${texture.type}`);\n }\n\n this.gpuTextureBytes_ += textureStorageBytes(texture);\n this.textureCount_ += 1;\n this.textures_.set(texture, textureId);\n this.gl_.bindTexture(type, null);\n\n texture.readTexel = (x, y, z) =>\n Promise.resolve(this.readTexel(texture, x, y, z));\n }\n\n private configureTextureParameters(texture: Texture, type: number) {\n const gl = this.gl_;\n const minFilter = this.getFilter(texture.minFilter, texture);\n const maxFilter = this.getFilter(texture.maxFilter, texture);\n\n gl.pixelStorei(gl.UNPACK_ALIGNMENT, texture.unpackAlignment);\n gl.texParameteri(type, gl.TEXTURE_MIN_FILTER, minFilter);\n gl.texParameteri(type, gl.TEXTURE_MAG_FILTER, maxFilter);\n gl.texParameteri(type, gl.TEXTURE_WRAP_S, this.getWrapMode(texture.wrapS));\n gl.texParameteri(type, gl.TEXTURE_WRAP_T, this.getWrapMode(texture.wrapT));\n gl.texParameteri(type, gl.TEXTURE_WRAP_R, this.getWrapMode(texture.wrapR));\n }\n\n private uploadTextureData(\n texture: Texture,\n info: TextureFormatInfo,\n type: number\n ) {\n // Only base level (0) is updated; mipmaps are not supported.\n const mipmapLevel = 0;\n\n // Zero offsets because entire dataset is overwritten.\n const offset = { x: 0, y: 0, z: 0 };\n\n if (this.isTexture2D(texture)) {\n this.gl_.texSubImage2D(\n type,\n mipmapLevel,\n offset.x,\n offset.y,\n texture.width,\n texture.height,\n info.format,\n info.type,\n // This function has multiple overloads. We are temporarily casting it to\n // ArrayBufferView to ensure the correct overload is called. Once we\n // consolidate Texture2D and DataTexture2D, we can remove this cast.\n // https://developer.mozilla.org/en-US/docs/Web/API/WebGLRenderingContext/texSubImage2D#syntax\n texture.data as ArrayBufferView\n );\n } else if (this.isTextureStorage3D(texture)) {\n this.gl_.texSubImage3D(\n type,\n mipmapLevel,\n offset.x,\n offset.y,\n offset.z,\n texture.width,\n texture.height,\n texture.depth,\n info.format,\n info.type,\n texture.data as ArrayBufferView\n );\n } else {\n throw new Error(\n \"Attempting to upload data for an unsupported texture type\"\n );\n }\n }\n\n private getFilter(filter: TextureFilter, texture: Texture) {\n const { dataFormat, dataType } = texture;\n if (\n dataFormat === \"scalar\" &&\n dataType !== \"float\" &&\n filter !== \"nearest\"\n ) {\n Logger.warn(\n \"WebGLTexture\",\n \"Integer values are not filterable. Using gl.NEAREST instead.\"\n );\n return this.gl_.NEAREST;\n }\n // prettier-ignore\n switch (filter) {\n case \"nearest\": return this.gl_.NEAREST;\n case \"linear\": return this.gl_.LINEAR;\n default: throw new Error(`Unsupported texture filter: ${filter}`);\n }\n }\n\n private getTextureType(texture: Texture) {\n if (this.isTexture2D(texture)) return this.gl_.TEXTURE_2D;\n if (this.isTexture2DArray(texture)) return this.gl_.TEXTURE_2D_ARRAY;\n if (this.isTexture3D(texture)) return this.gl_.TEXTURE_3D;\n throw new Error(`Unknown texture type ${texture.type}`);\n }\n\n private getWrapMode(mode: TextureWrapMode) {\n // prettier-ignore\n switch (mode) {\n case \"repeat\": return this.gl_.REPEAT;\n case \"clamp_to_edge\": return this.gl_.CLAMP_TO_EDGE;\n default: throw new Error(`Unsupported wrap mode: ${mode}`);\n }\n }\n\n private getDataFormatInfo(\n format: TextureDataFormat,\n type: TextureDataType\n ): TextureFormatInfo {\n if (format === \"rgba\" && type === \"unsigned_byte\") {\n return {\n internalFormat: this.gl_.RGBA8,\n format: this.gl_.RGBA,\n type: this.gl_.UNSIGNED_BYTE,\n };\n }\n if (format === \"rgb\" && type === \"unsigned_byte\") {\n return {\n internalFormat: this.gl_.RGB8,\n format: this.gl_.RGB,\n type: this.gl_.UNSIGNED_BYTE,\n };\n }\n if (format === \"scalar\") {\n switch (type) {\n case \"byte\":\n return {\n internalFormat: this.gl_.R8I,\n format: this.gl_.RED_INTEGER,\n type: this.gl_.BYTE,\n };\n case \"short\":\n return {\n internalFormat: this.gl_.R16I,\n format: this.gl_.RED_INTEGER,\n type: this.gl_.SHORT,\n };\n case \"int\":\n return {\n internalFormat: this.gl_.R32I,\n format: this.gl_.RED_INTEGER,\n type: this.gl_.INT,\n };\n case \"unsigned_byte\":\n return {\n internalFormat: this.gl_.R8UI,\n format: this.gl_.RED_INTEGER,\n type: this.gl_.UNSIGNED_BYTE,\n };\n case \"unsigned_short\":\n return {\n internalFormat: this.gl_.R16UI,\n format: this.gl_.RED_INTEGER,\n type: this.gl_.UNSIGNED_SHORT,\n };\n case \"unsigned_int\":\n return {\n internalFormat: this.gl_.R32UI,\n format: this.gl_.RED_INTEGER,\n type: this.gl_.UNSIGNED_INT,\n };\n case \"float\":\n return {\n internalFormat: this.gl_.R32F,\n format: this.gl_.RED,\n type: this.gl_.FLOAT,\n };\n default:\n throw new Error(`Unsupported scalar type: ${type}`);\n }\n }\n throw new Error(`Unsupported format/type: ${format}/${type}`);\n }\n\n private isTextureStorage3D(\n texture: Texture\n ): texture is Texture2DArray | Texture3D {\n return this.isTexture2DArray(texture) || this.isTexture3D(texture);\n }\n\n private isTexture2D(texture: Texture): texture is Texture2D {\n return texture.type === \"Texture2D\";\n }\n\n private isTexture2DArray(texture: Texture): texture is Texture2DArray {\n return texture.type === \"Texture2DArray\";\n }\n\n private isTexture3D(texture: Texture): texture is Texture3D {\n return texture.type === \"Texture3D\";\n }\n}\n","import { vec2 } from \"gl-matrix\";\n\n/**\n * Axis-aligned bounding box defined by minimum and maximum corners.\n *\n * Box2 represents a 2D region bounded by two corners: `min` and `max`. It\n * is used for view rectangles, viewport regions, and intersection checks.\n * A default-constructed box is empty and intersection treats boxes\n * as half-open intervals.\n *\n * @group Math\n */\nexport class Box2 {\n /** Minimum corner of the box. */\n public min: vec2;\n /** Maximum corner of the box. */\n public max: vec2;\n\n /**\n * Creates a box from optional corner points. The corners are cloned.\n * When a corner is omitted the box starts empty.\n *\n * @param min - The minimum corner.\n * @param max - The maximum corner.\n */\n constructor(min?: vec2, max?: vec2) {\n this.min = min ? vec2.clone(min) : vec2.fromValues(+Infinity, +Infinity);\n this.max = max ? vec2.clone(max) : vec2.fromValues(-Infinity, -Infinity);\n }\n\n /** Returns a deep copy of the box. */\n public clone() {\n return new Box2(this.min, this.max);\n }\n\n /** Returns `true` when the box encloses no area. */\n public isEmpty(): boolean {\n return this.max[0] <= this.min[0] || this.max[1] <= this.min[1];\n }\n\n /**\n * Tests whether two boxes overlap. Boxes are treated as half-open\n * intervals so touching edges do not count as overlap.\n *\n * @param a - The first box.\n * @param b - The second box.\n */\n public static intersects(a: Box2, b: Box2): boolean {\n if (a.max[0] <= b.min[0] || a.min[0] >= b.max[0]) return false;\n if (a.max[1] <= b.min[1] || a.min[1] >= b.max[1]) return false;\n return true;\n }\n\n /**\n * Tests whether two boxes have exactly equal corners.\n *\n * @param a - The first box.\n * @param b - The second box.\n */\n public static equals(a: Box2, b: Box2): boolean {\n return vec2.exactEquals(a.min, b.min) && vec2.exactEquals(a.max, b.max);\n }\n\n /** Returns a copy with both corners floored componentwise. */\n public floor(): Box2 {\n return new Box2(\n vec2.fromValues(Math.floor(this.min[0]), Math.floor(this.min[1])),\n vec2.fromValues(Math.floor(this.max[0]), Math.floor(this.max[1]))\n );\n }\n\n /** Converts the box to an `x, y, width, height` rectangle. */\n public toRect(): { x: number; y: number; width: number; height: number } {\n const x = this.min[0];\n const y = this.min[1];\n const width = this.max[0] - this.min[0];\n const height = this.max[1] - this.min[1];\n return { x, y, width, height };\n }\n}\n","import { Box2 } from \"../math/box2\";\n\nexport type BlendingMode =\n | \"none\"\n | \"normal\"\n | \"additive\"\n | \"multiply\"\n | \"subtractive\"\n | \"premultipliedOver\";\n\nexport type CullingMode = \"none\" | \"front\" | \"back\" | \"both\";\n\nexport class WebGLState {\n private readonly gl_: WebGL2RenderingContext;\n\n private enabledCapabilities_ = new Map();\n private depthMaskEnabled_: boolean | null = null;\n private colorMaskEnabled_: boolean | null = null;\n private depthFunc_: GLenum | null = null;\n private blendSrcFactor_: GLenum | null = null;\n private blendDstFactor_: GLenum | null = null;\n private currentBlendingMode_: BlendingMode | null = null;\n private currentViewport_: Box2 | null = null;\n private currentScissor_: Box2 | null = null;\n private currentCullingMode_: CullingMode | null = null;\n private stencilFunc_: GLenum | null = null;\n private stencilRef_: number | null = null;\n private stencilFuncMask_: number | null = null;\n private polygonOffsetSet_ = false;\n\n constructor(gl: WebGL2RenderingContext) {\n this.gl_ = gl;\n // Idetik flips Y in the projection matrix which mirrors geometry\n // and flips winding order. As such, we need to treat clockwise\n // triangles as front-facing.\n this.gl_.frontFace(this.gl_.CW);\n this.gl_.stencilMask(0xff);\n this.gl_.stencilOp(this.gl_.KEEP, this.gl_.KEEP, this.gl_.REPLACE);\n }\n\n private enable(cap: GLenum) {\n if (!this.enabledCapabilities_.get(cap)) {\n this.gl_.enable(cap);\n this.enabledCapabilities_.set(cap, true);\n }\n }\n\n private disable(cap: GLenum) {\n if (this.enabledCapabilities_.get(cap)) {\n this.gl_.disable(cap);\n this.enabledCapabilities_.set(cap, false);\n }\n }\n\n private setBlendFunc(src: GLenum, dst: GLenum) {\n if (this.blendSrcFactor_ !== src || this.blendDstFactor_ !== dst) {\n this.gl_.blendFunc(src, dst);\n this.blendSrcFactor_ = src;\n this.blendDstFactor_ = dst;\n }\n }\n\n public setDepthTesting(enabled: boolean) {\n if (enabled) {\n this.enable(this.gl_.DEPTH_TEST);\n } else {\n this.disable(this.gl_.DEPTH_TEST);\n }\n }\n\n public setBlending(enabled: boolean) {\n if (enabled) {\n this.enable(this.gl_.BLEND);\n } else {\n this.disable(this.gl_.BLEND);\n }\n }\n\n public setDepthMask(flag: boolean) {\n if (this.depthMaskEnabled_ !== flag) {\n this.gl_.depthMask(flag);\n this.depthMaskEnabled_ = flag;\n }\n }\n\n public get stencilTestEnabled(): boolean {\n return this.enabledCapabilities_.get(this.gl_.STENCIL_TEST) ?? false;\n }\n\n public get blendingMode(): BlendingMode | null {\n return this.currentBlendingMode_;\n }\n\n public setColorMask(enabled: boolean) {\n if (this.colorMaskEnabled_ !== enabled) {\n this.gl_.colorMask(enabled, enabled, enabled, enabled);\n this.colorMaskEnabled_ = enabled;\n }\n }\n\n public setPolygonOffset(enabled: boolean) {\n if (!enabled) {\n this.disable(this.gl_.POLYGON_OFFSET_FILL);\n return;\n }\n this.enable(this.gl_.POLYGON_OFFSET_FILL);\n if (!this.polygonOffsetSet_) {\n this.gl_.polygonOffset(1, 1);\n this.polygonOffsetSet_ = true;\n }\n }\n\n public setDepthFunc(func: GLenum) {\n if (this.depthFunc_ !== func) {\n this.gl_.depthFunc(func);\n this.depthFunc_ = func;\n }\n }\n\n public setBlendingMode(mode: BlendingMode) {\n if (this.currentBlendingMode_ === mode) return;\n\n if (mode === \"none\") {\n this.setBlending(false);\n } else {\n this.setBlending(true);\n switch (mode) {\n case \"additive\":\n this.setBlendFunc(this.gl_.SRC_ALPHA, this.gl_.ONE);\n break;\n case \"multiply\":\n this.setBlendFunc(this.gl_.DST_COLOR, this.gl_.ZERO);\n break;\n case \"subtractive\":\n this.setBlendFunc(this.gl_.ZERO, this.gl_.ONE_MINUS_SRC_COLOR);\n break;\n case \"premultipliedOver\":\n this.setBlendFunc(this.gl_.ONE, this.gl_.ONE_MINUS_SRC_ALPHA);\n break;\n case \"normal\":\n default:\n this.setBlendFunc(this.gl_.SRC_ALPHA, this.gl_.ONE_MINUS_SRC_ALPHA);\n break;\n }\n }\n this.currentBlendingMode_ = mode;\n }\n\n public setViewport(box: Box2) {\n const clampedBox = box.floor();\n\n if (\n this.currentViewport_ &&\n Box2.equals(clampedBox, this.currentViewport_)\n ) {\n return;\n }\n const { x, y, width, height } = clampedBox.toRect();\n this.gl_.viewport(x, y, width, height);\n this.currentViewport_ = clampedBox;\n }\n\n public setScissorTest(enabled: boolean) {\n if (enabled) {\n this.enable(this.gl_.SCISSOR_TEST);\n } else {\n this.disable(this.gl_.SCISSOR_TEST);\n this.currentScissor_ = null;\n }\n }\n\n public setScissor(box: Box2) {\n const clampedBox = box.floor();\n\n if (this.currentScissor_ && Box2.equals(clampedBox, this.currentScissor_)) {\n return;\n }\n const { x, y, width, height } = clampedBox.toRect();\n this.gl_.scissor(x, y, width, height);\n this.currentScissor_ = clampedBox;\n }\n\n public setCullFace(enabled: boolean) {\n if (enabled) {\n this.enable(this.gl_.CULL_FACE);\n } else {\n this.disable(this.gl_.CULL_FACE);\n }\n }\n\n public setCullFaceMode(mode: CullingMode) {\n if (this.currentCullingMode_ === mode) return;\n\n if (mode === \"none\") {\n this.setCullFace(false);\n } else {\n this.setCullFace(true);\n switch (mode) {\n case \"front\":\n this.gl_.cullFace(this.gl_.FRONT);\n break;\n case \"back\":\n this.gl_.cullFace(this.gl_.BACK);\n break;\n case \"both\":\n this.gl_.cullFace(this.gl_.FRONT_AND_BACK);\n break;\n }\n }\n\n this.currentCullingMode_ = mode;\n }\n\n public setStencilTest(enabled: boolean) {\n if (enabled) {\n this.enable(this.gl_.STENCIL_TEST);\n } else {\n this.disable(this.gl_.STENCIL_TEST);\n }\n }\n\n public setStencilFunc(func: GLenum, ref: number, mask: number) {\n if (\n this.stencilFunc_ !== func ||\n this.stencilRef_ !== ref ||\n this.stencilFuncMask_ !== mask\n ) {\n this.gl_.stencilFunc(func, ref, mask);\n this.stencilFunc_ = func;\n this.stencilRef_ = ref;\n this.stencilFuncMask_ = mask;\n }\n }\n}\n","export class WebGLDepthTarget {\n public readonly textureUnit: number;\n\n private readonly gl_: WebGL2RenderingContext;\n\n private framebuffer_: WebGLFramebuffer | null = null;\n private texture_: WebGLTexture | null = null;\n private width_ = 0;\n private height_ = 0;\n\n constructor(gl: WebGL2RenderingContext, textureUnit: number) {\n this.gl_ = gl;\n this.textureUnit = textureUnit;\n }\n\n public bind(width: number, height: number) {\n if (!this.hasValidTarget(width, height)) {\n this.createRenderTarget(width, height);\n }\n this.gl_.bindFramebuffer(this.gl_.FRAMEBUFFER, this.framebuffer_);\n }\n\n public unbind() {\n this.gl_.bindFramebuffer(this.gl_.FRAMEBUFFER, null);\n }\n\n public dispose() {\n if (this.texture_) this.gl_.deleteTexture(this.texture_);\n if (this.framebuffer_) this.gl_.deleteFramebuffer(this.framebuffer_);\n this.texture_ = null;\n this.framebuffer_ = null;\n this.width_ = 0;\n this.height_ = 0;\n }\n\n private hasValidTarget(width: number, height: number) {\n return (\n this.texture_ !== null && this.width_ === width && this.height_ === height\n );\n }\n\n private createRenderTarget(width: number, height: number) {\n const gl = this.gl_;\n if (this.texture_) gl.deleteTexture(this.texture_);\n this.framebuffer_ ??= gl.createFramebuffer();\n if (!this.framebuffer_) {\n throw new Error(\"Failed to create scene depth framebuffer\");\n }\n\n const texture = this.createDepthTexture(width, height);\n\n gl.bindFramebuffer(gl.FRAMEBUFFER, this.framebuffer_);\n gl.framebufferTexture2D(\n gl.FRAMEBUFFER,\n gl.DEPTH_ATTACHMENT,\n gl.TEXTURE_2D,\n texture,\n 0\n );\n gl.drawBuffers([gl.NONE]);\n gl.readBuffer(gl.NONE);\n gl.bindFramebuffer(gl.FRAMEBUFFER, null);\n\n this.texture_ = texture;\n this.width_ = width;\n this.height_ = height;\n }\n\n private createDepthTexture(width: number, height: number) {\n const gl = this.gl_;\n const texture = gl.createTexture();\n if (!texture) throw new Error(\"Failed to create scene depth texture\");\n\n gl.activeTexture(gl.TEXTURE0 + this.textureUnit);\n gl.bindTexture(gl.TEXTURE_2D, texture);\n gl.texImage2D(\n gl.TEXTURE_2D,\n 0,\n gl.DEPTH_COMPONENT24,\n width,\n height,\n 0,\n gl.DEPTH_COMPONENT,\n gl.UNSIGNED_INT,\n null\n );\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.NEAREST);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.NEAREST);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n\n return texture;\n }\n}\n","import { Renderer } from \"../core/renderer\";\nimport { WebGLShaderProgram } from \"./webgl_shader_program\";\nimport { WebGLShaderPrograms } from \"./webgl_shader_programs\";\nimport { Logger } from \"../utilities/logger\";\n\nimport { WebGLBuffers } from \"./webgl_buffers\";\nimport { WebGLTextures } from \"./webgl_textures\";\n\nimport { Layer } from \"../core/layer\";\nimport { WebGLState } from \"./webgl_state\";\nimport { WebGLDepthTarget } from \"./webgl_depth_target\";\nimport { RenderableObject } from \"../core/renderable_object\";\nimport { Geometry, Primitive } from \"../core/geometry\";\nimport { Box2 } from \"../math/box2\";\nimport { Viewport } from \"../core/viewport\";\nimport { Camera } from \"../objects/cameras/camera\";\nimport { Texture } from \"../objects/textures/texture\";\n\nimport { mat4, vec2, vec3, vec4 } from \"gl-matrix\";\nimport { Frustum } from \"../math/frustum\";\n\n// Idetik defines screen-space with +Y pointing downward.\n// With the default camera, the basis vectors are:\n// (1, 0, 0) → right\n// (0, 1, 0) → down\n// (0, 0, 1) → out of the screen\n//\n// To match this convention, we flip Y in the projection matrix.\n// This is a mirror transform, which also flips triangle winding.\nconst axisDirection = mat4.fromScaling(mat4.create(), [1, -1, 1]);\n\nexport class WebGLRenderer extends Renderer {\n private readonly gl_: WebGL2RenderingContext;\n private readonly bindings_: WebGLBuffers;\n private readonly depthTarget_: WebGLDepthTarget;\n private readonly programs_: WebGLShaderPrograms;\n private readonly state_: WebGLState;\n private readonly textures_: WebGLTextures;\n\n private renderedObjectsPerFrame_ = 0;\n private stencilRef_ = 0;\n private currentViewportSize_: [number, number] = [0, 0];\n private currentViewportHasSceneDepth_ = false;\n\n constructor(canvas: HTMLCanvasElement) {\n super(canvas);\n\n const gl = this.canvas.getContext(\"webgl2\", {\n depth: true,\n antialias: true,\n stencil: true,\n });\n if (!gl) {\n throw new Error(`Failed to initialize WebGL2 context`);\n }\n this.gl_ = gl;\n Logger.info(\n \"WebGLRenderer\",\n `WebGL version ${gl.getParameter(gl.VERSION)}`\n );\n\n // Required to attach R32F textures to a framebuffer for picking readback.\n gl.getExtension(\"EXT_color_buffer_float\");\n\n this.programs_ = new WebGLShaderPrograms(gl);\n this.bindings_ = new WebGLBuffers(gl);\n this.textures_ = new WebGLTextures(gl);\n this.state_ = new WebGLState(gl);\n this.depthTarget_ = new WebGLDepthTarget(\n gl,\n this.textures_.reservePersistentUnit()\n );\n this.resize(this.canvas.width, this.canvas.height);\n }\n\n public get gpuTextureBytes() {\n return this.textures_.gpuTextureBytes;\n }\n\n public get gpuTextureCount() {\n return this.textures_.textureCount;\n }\n\n public render(viewport: Viewport) {\n this.renderedObjects_ = 0;\n this.renderedObjectsPerFrame_ = 0;\n this.stencilRef_ = 0;\n\n for (const layer of viewport.layers) {\n layer.update(viewport);\n }\n\n if (getComputedStyle(viewport.element).visibility === \"hidden\") return;\n\n const viewportBox = viewport.getBoxRelativeTo(this.canvas);\n const surfaceBox = new Box2(\n vec2.fromValues(0, 0),\n vec2.fromValues(this.width, this.height)\n );\n\n const viewportEquals = Box2.equals(viewportBox.floor(), surfaceBox.floor());\n const viewportIntersects = Box2.intersects(viewportBox, surfaceBox);\n\n if (viewportEquals) {\n this.state_.setScissorTest(false);\n } else if (viewportIntersects) {\n this.state_.setScissorTest(true);\n this.state_.setScissor(viewportBox);\n } else {\n Logger.warn(\n \"WebGLRenderer\",\n `Viewport ${viewport.id} is entirely outside canvas bounds, skipping render`\n );\n return;\n }\n\n this.state_.setViewport(viewportBox);\n this.resetState();\n this.clear();\n\n const viewportRect = viewportBox.toRect();\n this.currentViewportSize_ = [viewportRect.width, viewportRect.height];\n\n const frustum = viewport.camera.frustum;\n\n const occludingLayers: Layer[] = [];\n const nonOccludingLayers: Layer[] = [];\n for (const layer of viewport.layers) {\n if (layer.state !== \"ready\") continue;\n (layer.occludes ? occludingLayers : nonOccludingLayers).push(layer);\n }\n\n this.currentViewportHasSceneDepth_ =\n occludingLayers.length > 0 &&\n nonOccludingLayers.some((l) => l.requiresSceneDepth);\n\n this.primeDepthBuffer(occludingLayers, viewport.camera, frustum);\n\n if (this.currentViewportHasSceneDepth_) {\n this.renderDepthTexture(occludingLayers, viewport.camera, frustum);\n }\n\n this.state_.setDepthMask(false);\n for (const layer of [...occludingLayers, ...nonOccludingLayers]) {\n this.renderLayer(layer, viewport.camera, frustum);\n }\n this.resetState();\n\n this.renderedObjects_ = this.renderedObjectsPerFrame_;\n }\n\n private primeDepthBuffer(layers: Layer[], camera: Camera, frustum: Frustum) {\n this.state_.setColorMask(false);\n this.state_.setDepthFunc(this.gl_.LESS);\n // nudge the depth away from the camera, so that the color passes\n // at the same depth are not rejected\n this.state_.setPolygonOffset(true);\n\n this.drawDepthOnly(layers, camera, frustum);\n\n this.resetState();\n }\n\n private renderDepthTexture(\n layers: Layer[],\n camera: Camera,\n frustum: Frustum\n ) {\n this.depthTarget_.bind(this.width, this.height);\n this.state_.setDepthMask(true);\n this.state_.setDepthFunc(this.gl_.LESS);\n this.gl_.clear(this.gl_.DEPTH_BUFFER_BIT);\n\n this.drawDepthOnly(layers, camera, frustum);\n\n this.depthTarget_.unbind();\n this.resetState();\n }\n\n private drawDepthOnly(layers: Layer[], camera: Camera, frustum: Frustum) {\n for (const layer of layers) {\n for (const members of layer.coverageGroups.values()) {\n for (const object of members) {\n if (!object.depthProgramName || !object.depthTest) continue;\n if (!frustum.intersectsWithBox3(object.boundingBox)) continue;\n this.state_.setCullFaceMode(object.cullFaceMode);\n this.bindings_.bindGeometry(object.geometry);\n object.textures.forEach((texture, index) => {\n this.textures_.bindTexture(texture, index);\n });\n const program = this.programs_.use(object.depthProgramName);\n this.drawGeometry(object.geometry, object, layer, program, camera);\n }\n }\n }\n }\n\n private setCoverageStencil(coverageGroup: number | null) {\n this.state_.setStencilTest(coverageGroup !== null);\n if (coverageGroup === null) return;\n\n this.stencilRef_ += 1;\n if (this.stencilRef_ > 0xff) {\n Logger.warn(\n \"WebGLRenderer\",\n \"Exceeded 255 stencil coverage groups in one frame; dedup may be incorrect\"\n );\n }\n this.state_.setStencilFunc(this.gl_.NOTEQUAL, this.stencilRef_, 0xff);\n }\n\n private renderLayer(layer: Layer, camera: Camera, frustum: Frustum) {\n this.state_.setBlendingMode(layer.blendMode);\n\n for (const [coverageGroup, members] of layer.coverageGroups) {\n this.setCoverageStencil(coverageGroup);\n\n for (const object of members) {\n if (frustum.intersectsWithBox3(object.boundingBox)) {\n this.renderObject(layer, object, camera);\n this.renderedObjectsPerFrame_ += 1;\n }\n }\n }\n }\n\n protected renderObject(\n layer: Layer,\n object: RenderableObject,\n camera: Camera\n ) {\n object.popStaleTextures().forEach((texture) => {\n this.textures_.dispose(texture);\n });\n\n if (!object.programName) return;\n this.state_.setCullFaceMode(object.cullFaceMode);\n this.state_.setDepthTesting(object.depthTest);\n this.bindings_.bindGeometry(object.geometry);\n object.textures.forEach((texture, index) => {\n this.textures_.bindTexture(texture, index);\n });\n\n const program = this.programs_.use(object.programName);\n this.drawGeometry(object.geometry, object, layer, program, camera);\n\n if (object.wireframeEnabled) {\n const stencilTestEnabled = this.state_.stencilTestEnabled;\n const blendingMode = this.state_.blendingMode;\n this.state_.setStencilTest(false);\n this.state_.setBlendingMode(\"none\");\n\n this.bindings_.bindGeometry(object.wireframeGeometry);\n const wireframeProgram = this.programs_.use(\"wireframe\");\n wireframeProgram.setUniform(\n \"u_wireframeColor\",\n object.wireframeColor.rgb\n );\n this.drawGeometry(\n object.wireframeGeometry,\n object,\n layer,\n wireframeProgram,\n camera\n );\n\n if (blendingMode !== null) this.state_.setBlendingMode(blendingMode);\n this.state_.setStencilTest(stencilTestEnabled);\n }\n }\n\n private drawGeometry(\n geometry: Geometry,\n object: RenderableObject,\n layer: Layer,\n program: WebGLShaderProgram,\n camera: Camera\n ) {\n const modelView = mat4.multiply(\n mat4.create(),\n camera.viewMatrix,\n object.transform.matrix\n );\n const projection = mat4.multiply(\n mat4.create(),\n axisDirection,\n camera.projectionMatrix\n );\n\n // per-viewport size in pixels — shaders that compute screen-space offsets\n // need the actual rendered region, not the full-canvas dimensions\n const resolution = this.currentViewportSize_;\n\n const objectUniforms = object.getUniforms();\n const layerUniforms = layer.getUniforms();\n const allUniforms = {\n ...layerUniforms,\n ...objectUniforms,\n };\n\n for (const uniformName of program.uniformNames) {\n switch (uniformName) {\n case \"u_modelView\":\n program.setUniform(uniformName, modelView);\n break;\n case \"u_model\":\n program.setUniform(uniformName, object.transform.matrix);\n break;\n case \"u_projection\":\n program.setUniform(uniformName, projection);\n break;\n case \"u_resolution\":\n program.setUniform(uniformName, resolution);\n break;\n case \"u_hasSceneDepth\":\n program.setUniform(\n uniformName,\n Number(\n layer.requiresSceneDepth && this.currentViewportHasSceneDepth_\n )\n );\n break;\n case \"u_sceneDepth\":\n program.setUniform(uniformName, this.depthTarget_.textureUnit);\n break;\n case \"u_mvpInverse\": {\n const mvp = mat4.multiply(mat4.create(), projection, modelView);\n const mvpInverse = mat4.invert(mat4.create(), mvp)!;\n program.setUniform(uniformName, mvpInverse);\n break;\n }\n case \"u_opacity\":\n program.setUniform(\n uniformName,\n layer.opacity *\n ((objectUniforms.Opacity as number | undefined) ?? 1)\n );\n break;\n case \"u_cameraPositionModel\": {\n const inverseModelView = mat4.invert(mat4.create(), modelView)!;\n const cameraPositionView = vec4.fromValues(0, 0, 0, 1);\n const cameraPositionModel = vec4.transformMat4(\n vec4.create(),\n cameraPositionView,\n inverseModelView\n );\n program.setUniform(\n uniformName,\n vec3.fromValues(\n cameraPositionModel[0],\n cameraPositionModel[1],\n cameraPositionModel[2]\n )\n );\n break;\n }\n default:\n if (uniformName in allUniforms) {\n program.setUniform(uniformName, allUniforms[uniformName]);\n }\n }\n }\n\n const primitive = this.glGetPrimitive(geometry.primitive);\n const index = geometry.indexData;\n if (index.length) {\n this.gl_.drawElements(primitive, index.length, this.gl_.UNSIGNED_INT, 0);\n } else {\n this.gl_.drawArrays(primitive, 0, geometry.vertexCount);\n }\n }\n\n public override uploadTexture(texture: Texture) {\n this.textures_.uploadTexture(texture);\n }\n\n public override disposeTexture(texture: Texture) {\n this.textures_.dispose(texture);\n }\n\n private glGetPrimitive(type: Primitive) {\n switch (type) {\n case \"points\":\n return this.gl_.POINTS;\n case \"triangles\":\n return this.gl_.TRIANGLES;\n case \"lines\":\n return this.gl_.LINES;\n default: {\n const exhaustiveCheck: never = type;\n throw new Error(`Unknown Primitive type: ${exhaustiveCheck}`);\n }\n }\n }\n\n protected resize(width: number, height: number) {\n const newViewport = new Box2(\n vec2.fromValues(0, 0),\n vec2.fromValues(width, height)\n );\n this.state_.setViewport(newViewport);\n }\n\n protected clear() {\n this.gl_.clearColor(0, 0, 0, 0);\n this.gl_.clearStencil(0);\n this.gl_.clear(\n this.gl_.COLOR_BUFFER_BIT |\n this.gl_.DEPTH_BUFFER_BIT |\n this.gl_.STENCIL_BUFFER_BIT\n );\n }\n\n private resetState() {\n this.state_.setColorMask(true);\n this.state_.setDepthMask(true);\n this.state_.setDepthTesting(true);\n this.state_.setDepthFunc(this.gl_.LEQUAL);\n this.state_.setPolygonOffset(false);\n this.state_.setStencilTest(false);\n this.state_.setBlendingMode(\"none\");\n }\n}\n","import { Chunk } from \"./chunk\";\nimport { Logger } from \"../utilities/logger\";\n\ntype LoaderFn = (signal: AbortSignal) => Promise;\n\ntype PendingItem = { chunk: Chunk; fn: LoaderFn };\n\nexport function comparePriority(a: Chunk, b: Chunk) {\n const priorityA = a.priority ?? Number.MAX_SAFE_INTEGER;\n const priorityB = b.priority ?? Number.MAX_SAFE_INTEGER;\n\n if (priorityA === priorityB) {\n return (\n (a.orderKey ?? Number.MAX_SAFE_INTEGER) -\n (b.orderKey ?? Number.MAX_SAFE_INTEGER)\n );\n }\n\n return priorityA - priorityB;\n}\n\nexport class ChunkQueue {\n private readonly maxConcurrent_: number;\n private readonly pending_: PendingItem[] = [];\n private readonly running_ = new Map<\n Chunk,\n { controller: AbortController; promise: Promise }\n >();\n\n constructor(maxConcurrent: number) {\n this.maxConcurrent_ = Math.max(1, maxConcurrent);\n }\n\n public enqueue(chunk: Chunk, fn: LoaderFn) {\n if (this.running_.has(chunk)) return;\n if (this.pending_.some((p) => p.chunk === chunk)) return;\n\n this.pending_.push({ chunk, fn });\n }\n\n public flush() {\n this.pump();\n }\n\n public cancel(chunk: Chunk) {\n const idx = this.pending_.findIndex((p) => p.chunk === chunk);\n if (idx >= 0) {\n this.pending_.splice(idx, 1);\n Logger.debug(\"ChunkQueue\", \"Cancelled pending request\");\n return;\n }\n\n const running = this.running_.get(chunk);\n if (running) {\n running.controller.abort();\n Logger.debug(\"ChunkQueue\", \"Cancelled fetch request\");\n }\n }\n\n public get pendingCount() {\n return this.pending_.length;\n }\n\n public get runningCount() {\n return this.running_.size;\n }\n\n private pump() {\n if (\n this.running_.size >= this.maxConcurrent_ ||\n this.pending_.length === 0\n ) {\n return;\n }\n\n this.pending_.sort((a, b) => comparePriority(a.chunk, b.chunk));\n\n while (\n this.running_.size < this.maxConcurrent_ &&\n this.pending_.length > 0\n ) {\n this.start(this.pending_.shift()!);\n }\n }\n\n private start(item: PendingItem) {\n const { chunk, fn } = item;\n chunk.state = \"loading\";\n\n const controller = new AbortController();\n const promise = Promise.resolve()\n .then(() => fn(controller.signal))\n .then(\n () => {\n if (chunk.state === \"loading\") chunk.state = \"loaded\";\n },\n (err) => {\n if (chunk.state === \"loading\") chunk.state = \"unloaded\";\n if (err.name !== \"AbortError\") {\n Logger.error(\"ChunkQueue\", String(err));\n }\n }\n )\n .finally(() => {\n this.running_.delete(chunk);\n this.pump();\n });\n\n this.running_.set(chunk, { controller, promise });\n }\n}\n","import { Chunk, ChunkData } from \"./chunk\";\n\n// Running totals for CPU-resident chunk voxel data. All mutations of\n// `chunk.data` must route through setChunkData/clearChunkData so these stay\n// accurate. Module-level (not per-store) because chunk loaders are created\n// per-source and have no back-reference to their store; this means the totals\n// are summed across all Idetik instances in the page, which is fine for the\n// single-instance debug/instrumentation use case.\n\nlet cpuChunkBytes = 0;\nlet cpuChunkCount = 0;\n\nexport function setChunkData(chunk: Chunk, data: ChunkData): void {\n if (chunk.data) {\n cpuChunkBytes -= chunk.data.byteLength;\n cpuChunkCount -= 1;\n }\n chunk.data = data;\n cpuChunkBytes += data.byteLength;\n cpuChunkCount += 1;\n}\n\nexport function clearChunkData(chunk: Chunk): void {\n if (chunk.data) {\n cpuChunkBytes -= chunk.data.byteLength;\n cpuChunkCount -= 1;\n }\n chunk.data = undefined;\n chunk.texture?.releaseCpuData();\n}\n\nexport function chunkMemoryStats() {\n return { cpuChunkBytes, cpuChunkCount };\n}\n","export function almostEqual(a: number, b: number, epsilon = 1e-6): boolean {\n return Math.abs(a - b) <= epsilon;\n}\n","import { mat3, quat, vec3 } from \"gl-matrix\";\n\nexport type SpatialAxis = \"x\" | \"y\" | \"z\";\n\nexport type SliceAxes = {\n u: SpatialAxis;\n v: SpatialAxis;\n w: SpatialAxis;\n};\n\nexport const AxisComponent: Record = {\n x: 0,\n y: 1,\n z: 2,\n};\n\n/**\n * The plane a 2D slice lies on, named by its in-plane axes.\n */\nexport type SliceOrientation = \"XY\" | \"XZ\" | \"YZ\";\n\nexport function sliceAxesFor(orientation: SliceOrientation): SliceAxes {\n switch (orientation) {\n case \"XY\":\n return { u: \"x\", v: \"y\", w: \"z\" };\n case \"XZ\":\n return { u: \"x\", v: \"z\", w: \"y\" };\n case \"YZ\":\n return { u: \"y\", v: \"z\", w: \"x\" };\n }\n}\n\nexport function orientationRotation(axes: SliceAxes): quat {\n const u = vec3.create();\n const v = vec3.create();\n\n u[AxisComponent[axes.u]] = 1;\n v[AxisComponent[axes.v]] = 1;\n\n const forward = vec3.cross(vec3.create(), u, v);\n\n // prettier-ignore\n const basis = mat3.fromValues(\n u[0], u[1], u[2],\n v[0], v[1], v[2],\n forward[0], forward[1], forward[2]\n );\n\n const rotation = quat.fromMat3(quat.create(), basis);\n\n return quat.normalize(rotation, rotation);\n}\n","import {\n type Texture,\n TextureUnpackRowAlignment,\n} from \"../objects/textures/texture\";\nimport { Logger } from \"../utilities/logger\";\nimport { mat4, vec3 } from \"gl-matrix\";\nimport { AxisComponent, SliceAxes } from \"../math/axes\";\n\nconst chunkDataTypes = [\n Int8Array,\n Int16Array,\n Int32Array,\n Uint8Array,\n Uint16Array,\n Uint32Array,\n Float32Array,\n] as const;\nexport type ChunkDataConstructor = (typeof chunkDataTypes)[number];\nexport type ChunkData = InstanceType;\n\nexport function isChunkData(value: unknown): value is ChunkData {\n if (chunkDataTypes.some((ChunkData) => value instanceof ChunkData)) {\n return true;\n }\n const supportedDataTypeNames = chunkDataTypes.map((dtype) => dtype.name);\n Logger.debug(\n \"Chunk\",\n `Unsupported chunk data type: ${value}. Supported data types: ${supportedDataTypeNames}`\n );\n return false;\n}\n\nexport type ChunkViewState = {\n visible: boolean;\n prefetch: boolean;\n priority: number | null;\n orderKey: number | null;\n};\n\nexport type Chunk = {\n data?: ChunkData;\n texture?: Texture;\n releasedAt?: DOMHighResTimeStamp;\n state: \"unloaded\" | \"queued\" | \"loading\" | \"loaded\";\n lod: number;\n shape: {\n x: number;\n y: number;\n z: number;\n c: number;\n };\n rowAlignmentBytes: TextureUnpackRowAlignment;\n chunkIndex: {\n x: number;\n y: number;\n z: number;\n c: number;\n t: number;\n };\n scale: {\n x: number;\n y: number;\n z: number;\n };\n offset: {\n x: number;\n y: number;\n z: number;\n };\n} & ChunkViewState;\n\n// Maps Idetik spatial dimensions (x, y, z) and non-spatial dimensions (c, t)\n// dimensions to a chunk source's dimensions.\n/**\n * Per-axis dimension metadata for a multiscale image source.\n *\n * Maps the spatial axes `x`, `y`, `z` and the non-spatial axes `c` and\n * `t` onto the source's stored dimensions.\n */\nexport type SourceDimensionMap = {\n /** The `x` spatial dimension. */\n x: SourceDimension;\n /** The `y` spatial dimension. */\n y: SourceDimension;\n /** The `z` spatial dimension if present. */\n z?: SourceDimension;\n /** The channel dimension if present. */\n c?: SourceDimension;\n /** The time dimension if present. */\n t?: SourceDimension;\n /** Number of levels of detail in the pyramid. */\n numLods: number;\n};\n\n/**\n * One dimension of a multiscale image source.\n */\nexport type SourceDimension = {\n /** Axis name from the source metadata. */\n name: string;\n /** Position of the axis in the stored arrays. */\n index: number;\n /** Physical unit if declared in the metadata. */\n unit?: string;\n /** Per-LOD metadata ordered finest first. */\n lods: SourceDimensionLod[];\n};\n\n/**\n * Metadata for one dimension at one level of detail.\n *\n * Combines array metadata with the OME-Zarr coordinate transform.\n */\nexport type SourceDimensionLod = {\n /** Extent of the dimension in array elements. */\n size: number;\n /** Chunk extent along the dimension in elements. */\n chunkSize: number;\n /** World units per array element. */\n scale: number;\n /** World coordinate of the first element. */\n translation: number;\n};\n\n/**\n * World-space coordinates selecting the data to display.\n */\nexport type SliceCoordinates = {\n /** Position on the `x` axis in world units. */\n x?: number;\n /** Position on the `y` axis in world units. */\n y?: number;\n /** Position on the `z` axis in world units. */\n z?: number;\n /** Channel indices to load. Defaults to all channels. */\n c?: number[];\n /** The time point to display. */\n t?: number;\n};\n\nexport type ChunkSource = {\n get loader(): ChunkLoader;\n};\n\nexport type ChunkLoader = {\n getSourceDimensionMap(): SourceDimensionMap;\n\n getBytesPerElement(): number;\n\n loadChunkData(chunk: Chunk, signal: AbortSignal): Promise;\n};\n\nexport function coordToIndex(lod: SourceDimensionLod, coord: number): number {\n return Math.round((coord - lod.translation) / lod.scale);\n}\n\nexport function coordToChunkIndex(\n lod: SourceDimensionLod,\n coord: number\n): number {\n const index = coordToIndex(lod, coord);\n return Math.floor(index / lod.chunkSize);\n}\n\nexport function worldToTexCoordForChunk(chunk: Chunk, axes: SliceAxes): mat4 {\n const scale = vec3.create();\n const translation = vec3.create();\n for (const axis of [\"x\", \"y\", \"z\"] as const) {\n const centerShift = axis === axes.w ? 0.5 * chunk.scale[axis] : 0;\n const component = AxisComponent[axis];\n scale[component] = 1 / (chunk.scale[axis] * chunk.shape[axis]);\n translation[component] = centerShift - chunk.offset[axis];\n }\n const m = mat4.fromScaling(mat4.create(), scale);\n return mat4.translate(m, m, translation);\n}\n","export function clamp(value: number, min: number, max: number): number {\n return Math.max(min, Math.min(max, value));\n}\n","import { Chunk, ChunkViewState, coordToIndex, SliceCoordinates } from \"./chunk\";\nimport { AxisComponent, SliceAxes, SpatialAxis } from \"../math/axes\";\nimport type { ChunkStore } from \"./chunk_store\";\nimport { ImageSourcePolicy } from \"../core/image_source_policy\";\nimport { ReadonlyVec2, vec2, vec3, mat4 } from \"gl-matrix\";\nimport { Box2 } from \"../math/box2\";\nimport { Box3 } from \"../math/box3\";\nimport { Logger } from \"../utilities/logger\";\nimport { clamp } from \"../utilities/clamp\";\n\n/*\nUnique symbol used as a capability token to allow internal modules to update\nthe image source policy. Only code that imports this symbol can call\nsetImageSourcePolicy; all other callers will be rejected. Acts like a \"friend\"\naccess key, preventing accidental external mutation.\n*/\nexport const INTERNAL_POLICY_KEY = Symbol(\"INTERNAL_POLICY_KEY\");\n\nexport class ChunkStoreView {\n private readonly store_: ChunkStore;\n private policy_: ImageSourcePolicy;\n private policyChanged_ = false;\n private currentLOD_: number = 0;\n private readonly axes_: SliceAxes;\n private readonly scale0_: number;\n private lastViewBounds2D_: Box2 | null = null;\n private lastViewProjection_: mat4 | null = null;\n private lastSliceBounds_?: [number, number];\n private lastTCoord_?: number;\n private lastCCoords_?: number[];\n\n private readonly sourceMaxSquareDistance2D_: number;\n private readonly chunkViewStates_: Map = new Map();\n\n private isDisposed_ = false;\n\n constructor(\n store: ChunkStore,\n policy: ImageSourcePolicy,\n axes: SliceAxes = { u: \"x\", v: \"y\", w: \"z\" }\n ) {\n this.store_ = store;\n this.policy_ = policy;\n this.axes_ = axes;\n\n Logger.info(\n \"ChunkStoreView\",\n \"Using image source policy:\",\n this.policy_.profile\n );\n\n const dimensions = this.store_.dimensions;\n const uDim = dimensions[this.axes_.u];\n const vDim = dimensions[this.axes_.v];\n if (uDim === undefined || vDim === undefined) {\n throw new Error(\n `Source is missing dimensions for slice plane axes ` +\n `\"${this.axes_.u}\" and \"${this.axes_.v}\"`\n );\n }\n\n const uLod0 = uDim.lods[0];\n const vLod0 = vDim.lods[0];\n this.scale0_ = uLod0.scale;\n this.sourceMaxSquareDistance2D_ = vec2.squaredLength(\n vec2.fromValues(uLod0.size * uLod0.scale, vLod0.size * vLod0.scale)\n );\n }\n\n public get chunkViewStates(): ReadonlyMap {\n return this.chunkViewStates_;\n }\n\n public get isDisposed(): boolean {\n return this.isDisposed_;\n }\n\n public get lodCount(): number {\n return this.store_.lodCount;\n }\n\n public get channelCount(): number {\n return this.store_.channelCount;\n }\n\n public getWholePlaneRect(): Box2 {\n const dimensions = this.store_.dimensions;\n const uLod0 = dimensions[this.axes_.u]!.lods[0];\n const vLod0 = dimensions[this.axes_.v]!.lods[0];\n\n return new Box2(\n vec2.fromValues(uLod0.translation, vLod0.translation),\n vec2.fromValues(\n uLod0.translation + uLod0.size * uLod0.scale,\n vLod0.translation + vLod0.size * vLod0.scale\n )\n );\n }\n\n public getChunksToRender(): Chunk[] {\n // Iterates `chunkViewStates_` (only chunks touched by the most recent\n // updateChunks*ForRegion) instead of every chunk at the time index, so the\n // cost is bounded by visible+prefetch+fallback set size, not dataset size.\n const fallbackLOD = this.fallbackLOD();\n const currentLOD = this.currentLOD_;\n const currentLODChunks: Chunk[] = [];\n const lowResChunks: Chunk[] = [];\n\n for (const [chunk, state] of this.chunkViewStates_) {\n if (!state.visible || chunk.state !== \"loaded\" || !chunk.texture)\n continue;\n if (chunk.lod === currentLOD) {\n currentLODChunks.push(chunk);\n } else if (chunk.lod === fallbackLOD && currentLOD !== fallbackLOD) {\n lowResChunks.push(chunk);\n }\n }\n\n return [...currentLODChunks, ...lowResChunks];\n }\n\n public updateChunksForImage(\n sliceCoords: SliceCoordinates,\n view: { worldViewRect: Box2; bufferWidthPx: number }\n ): void {\n const viewBounds2D = view.worldViewRect;\n const virtualWidth = Math.abs(viewBounds2D.max[0] - viewBounds2D.min[0]);\n const virtualUnitsPerScreenPixel = virtualWidth / view.bufferWidthPx;\n const lodFactor = Math.log2(1 / virtualUnitsPerScreenPixel);\n\n const lodChanged = this.setLOD(lodFactor);\n\n const sliceBounds = this.getSliceAxisBounds(sliceCoords);\n const changed =\n this.policyChanged_ ||\n lodChanged ||\n this.viewBounds2DChanged(viewBounds2D) ||\n this.sliceBoundsChanged(sliceBounds) ||\n this.lastTCoord_ !== sliceCoords.t ||\n this.cCoordsChanged(sliceCoords.c);\n\n if (!changed) return;\n\n const currentTimeIndex = this.timeIndex(sliceCoords);\n if (!this.store_.hasChunksAtTime(currentTimeIndex)) {\n Logger.warn(\n \"ChunkStoreView\",\n \"updateChunkViewStates called with no chunks initialized\"\n );\n this.chunkViewStates_.forEach(resetChunkViewState);\n return;\n }\n\n const viewBoundsCenter2D = vec2.create();\n vec2.lerp(viewBoundsCenter2D, viewBounds2D.min, viewBounds2D.max, 0.5);\n\n const viewBounds3D = this.makeViewBounds3D(viewBounds2D, sliceBounds);\n\n // reset all existing chunk view states to \"not needed\" to start\n // logic below will override this for chunks that are actually visible/prefetch\n this.chunkViewStates_.forEach(resetChunkViewState);\n\n const channels = this.channelsOfInterest(sliceCoords);\n const fallbackLOD = this.fallbackLOD();\n const prefetchAabb = this.getPaddedBounds(viewBounds3D);\n\n // Range-query the prefetch AABB at currentLOD (and fallbackLOD when\n // distinct); fallback chunks act as a backdrop while currentLOD loads.\n const lodsToVisit =\n this.currentLOD_ === fallbackLOD\n ? [this.currentLOD_]\n : [this.currentLOD_, fallbackLOD];\n for (const lod of lodsToVisit) {\n const isCurrent = lod === this.currentLOD_;\n const isFallback = lod === fallbackLOD;\n this.iterateChunksInBox(\n currentTimeIndex,\n lod,\n channels,\n prefetchAabb,\n (chunk, chunkBox) => {\n const isInBounds = Box3.intersects(chunkBox, viewBounds3D);\n const prefetch = isCurrent && !isInBounds;\n const priority = this.computePriority(\n isFallback,\n isCurrent,\n isInBounds,\n prefetch,\n true\n );\n if (priority !== null) {\n this.chunkViewStates_.set(chunk, {\n visible: isInBounds,\n prefetch,\n priority,\n orderKey: this.squareDistance2D(chunk, viewBoundsCenter2D),\n });\n }\n }\n );\n }\n\n this.markTimeChunksForPrefetchImage(\n currentTimeIndex,\n sliceCoords,\n viewBounds3D,\n viewBoundsCenter2D\n );\n\n this.policyChanged_ = false;\n this.lastViewBounds2D_ = viewBounds2D.clone();\n this.lastSliceBounds_ = sliceBounds;\n this.lastTCoord_ = sliceCoords.t;\n this.lastCCoords_ = sliceCoords.c ? [...sliceCoords.c] : undefined;\n }\n\n public updateChunksForVolume(\n sliceCoords: SliceCoordinates,\n viewProjection: mat4\n ): void {\n const changed =\n this.policyChanged_ ||\n this.hasViewProjectionChanged(viewProjection) ||\n this.lastTCoord_ !== sliceCoords.t ||\n this.cCoordsChanged(sliceCoords.c);\n\n if (!changed) return;\n\n const currentTimeIndex = this.timeIndex(sliceCoords);\n if (!this.store_.hasChunksAtTime(currentTimeIndex)) {\n Logger.warn(\n \"ChunkStoreView\",\n \"updateChunksForVolume called with no chunks initialized\"\n );\n this.chunkViewStates_.forEach(resetChunkViewState);\n return;\n }\n\n // TODO: Calculate LOD dynamically based on view frustum for volume rendering\n // (similar to zoom-based LOD calculation in updateChunksForImage).\n // Currently uses a fixed LOD from policy.\n this.currentLOD_ = this.policy_.lod.min;\n\n this.chunkViewStates_.forEach(resetChunkViewState);\n\n const channels = this.channelsOfInterest(sliceCoords);\n const fallbackLOD = this.fallbackLOD();\n\n const markVolumeChunkVisible = (chunk: Chunk) => {\n const isFallbackLOD = chunk.lod === fallbackLOD;\n const isCurrentLOD = chunk.lod === this.currentLOD_;\n const priority = this.computePriority(\n isFallbackLOD,\n isCurrentLOD,\n true,\n false,\n true\n );\n if (priority === null) return;\n this.chunkViewStates_.set(chunk, {\n visible: true,\n prefetch: false,\n priority,\n orderKey: 0,\n });\n };\n this.iterateAllChunksAtLod(\n currentTimeIndex,\n this.currentLOD_,\n channels,\n markVolumeChunkVisible\n );\n if (this.currentLOD_ !== fallbackLOD) {\n this.iterateAllChunksAtLod(\n currentTimeIndex,\n fallbackLOD,\n channels,\n markVolumeChunkVisible\n );\n }\n\n this.markTimeChunksForPrefetchVolume(currentTimeIndex, sliceCoords);\n\n this.policyChanged_ = false;\n this.lastTCoord_ = sliceCoords.t;\n this.lastCCoords_ = sliceCoords.c ? [...sliceCoords.c] : undefined;\n this.lastViewProjection_ = viewProjection;\n }\n\n public allVisibleFallbackLODLoaded(): boolean {\n const fallbackLOD = this.fallbackLOD();\n let foundAny = false;\n for (const [chunk, state] of this.chunkViewStates_) {\n if (!state.visible || chunk.lod !== fallbackLOD) continue;\n foundAny = true;\n if (chunk.texture === undefined) return false;\n }\n return foundAny;\n }\n\n public get currentLOD(): number {\n return this.currentLOD_;\n }\n\n public maybeForgetChunk(chunk: Chunk): void {\n const viewState = this.chunkViewStates_.get(chunk);\n if (\n viewState &&\n (viewState.visible || viewState.prefetch || viewState.priority !== null)\n ) {\n return;\n }\n this.chunkViewStates_.delete(chunk);\n }\n\n public dispose(): void {\n this.isDisposed_ = true;\n this.chunkViewStates_.forEach(resetChunkViewState);\n }\n\n public setImageSourcePolicy(newPolicy: ImageSourcePolicy, key: symbol) {\n if (key !== INTERNAL_POLICY_KEY) {\n throw new Error(\"Unauthorized policy mutation\");\n }\n\n if (this.policy_ !== newPolicy) {\n this.policy_ = newPolicy;\n this.policyChanged_ = true;\n\n Logger.info(\n \"ChunkStoreView\",\n \"Using image source policy:\",\n this.policy_.profile\n );\n }\n }\n\n private setLOD(lodFactor: number): boolean {\n // With 2x downsampling per LOD, selection happens in log2 space.\n const bias = this.policy_.lod.bias;\n\n // How many LOD 0 pixels per screen pixel, normalized by source scale and bias.\n const sourceAdjusted = bias - Math.log2(this.scale0_) - lodFactor;\n const desiredLOD = Math.floor(sourceAdjusted);\n\n const lowestResLOD = this.store_.getLowestResLOD();\n // Intersect dataset bounds with policy bounds.\n const minPolicyLOD = Math.max(\n 0,\n Math.min(lowestResLOD, this.policy_.lod.min)\n );\n const maxPolicyLOD = Math.max(\n minPolicyLOD,\n Math.min(lowestResLOD, this.policy_.lod.max)\n );\n\n const target = clamp(desiredLOD, minPolicyLOD, maxPolicyLOD);\n if (target === this.currentLOD_) return false;\n this.currentLOD_ = target;\n return true;\n }\n\n private markTimeChunksForPrefetchImage(\n currentTimeIndex: number,\n sliceCoords: SliceCoordinates,\n viewBounds3D: Box3,\n viewBoundsCenter2D: ReadonlyVec2\n ): void {\n const numTimePoints = this.store_.dimensions.t?.lods[0].size ?? 1;\n const windowSize = Math.min(this.policy_.prefetch.t, numTimePoints - 1);\n const priority = this.policy_.priorityMap[\"prefetchTime\"];\n const channels = this.channelsOfInterest(sliceCoords);\n\n for (let i = 1; i <= windowSize; ++i) {\n const t = (currentTimeIndex + i) % numTimePoints;\n this.iterateChunksInBox(\n t,\n this.currentLOD_,\n channels,\n viewBounds3D,\n (chunk) => {\n const squareDistance = this.squareDistance2D(\n chunk,\n viewBoundsCenter2D\n );\n const normalizedDistance = clamp(\n squareDistance / this.sourceMaxSquareDistance2D_,\n 0,\n 1 - Number.EPSILON\n );\n const orderKey = i + normalizedDistance;\n\n this.chunkViewStates_.set(chunk, {\n visible: false,\n prefetch: true,\n priority,\n orderKey,\n });\n }\n );\n }\n }\n\n private markTimeChunksForPrefetchVolume(\n currentTimeIndex: number,\n sliceCoords: SliceCoordinates\n ) {\n const numTimePoints = this.store_.dimensions.t?.lods[0].size ?? 1;\n const windowSize = Math.min(this.policy_.prefetch.t, numTimePoints - 1);\n const priority = this.policy_.priorityMap[\"prefetchTime\"];\n const channels = this.channelsOfInterest(sliceCoords);\n\n for (let i = 1; i <= windowSize; ++i) {\n const t = (currentTimeIndex + i) % numTimePoints;\n this.iterateAllChunksAtLod(t, this.currentLOD_, channels, (chunk) => {\n const orderKey = i; // nearer along the playback loop first\n this.chunkViewStates_.set(chunk, {\n visible: false,\n prefetch: true,\n priority,\n orderKey,\n });\n });\n }\n }\n\n private computePriority(\n isFallbackLOD: boolean,\n isCurrentLOD: boolean,\n isVisible: boolean,\n isPrefetch: boolean,\n isChannelInSlice: boolean\n ) {\n if (!isChannelInSlice) return null;\n\n const m = this.policy_.priorityMap;\n if (isFallbackLOD && isVisible) return m[\"fallbackVisible\"];\n if (isCurrentLOD && isVisible) return m[\"visibleCurrent\"];\n if (isFallbackLOD) return m[\"fallbackBackground\"];\n if (isCurrentLOD && isPrefetch) return m[\"prefetchSpace\"];\n\n return null;\n }\n\n private channelsOfInterest(sliceCoords: SliceCoordinates): number[] {\n return (\n sliceCoords.c ??\n Array.from({ length: this.store_.channelCount }, (_, i) => i)\n );\n }\n\n // Half-open chunk-index range [min, max) at a given LOD that covers `bounds`.\n // Returns null if the bounds don't overlap the data grid.\n private chunkIndexRange(bounds: Box3, lod: number) {\n const dim = this.store_.dimensions;\n const xLod = dim.x.lods[lod];\n const yLod = dim.y.lods[lod];\n const zLod = dim.z?.lods[lod];\n\n const xCount = Math.ceil(xLod.size / xLod.chunkSize);\n const yCount = Math.ceil(yLod.size / yLod.chunkSize);\n const zCount = zLod ? Math.ceil(zLod.size / zLod.chunkSize) : 1;\n\n const xStride = xLod.chunkSize * xLod.scale;\n const yStride = yLod.chunkSize * yLod.scale;\n const zStride = zLod ? zLod.chunkSize * zLod.scale : 1;\n const xTran = xLod.translation;\n const yTran = yLod.translation;\n const zTran = zLod?.translation ?? 0;\n\n const xMin = Math.max(0, Math.floor((bounds.min[0] - xTran) / xStride));\n const xMax = Math.min(xCount, Math.ceil((bounds.max[0] - xTran) / xStride));\n const yMin = Math.max(0, Math.floor((bounds.min[1] - yTran) / yStride));\n const yMax = Math.min(yCount, Math.ceil((bounds.max[1] - yTran) / yStride));\n const zMin = zLod\n ? Math.max(0, Math.floor((bounds.min[2] - zTran) / zStride))\n : 0;\n const zMax = zLod\n ? Math.min(zCount, Math.ceil((bounds.max[2] - zTran) / zStride))\n : 1;\n\n if (xMin >= xMax || yMin >= yMax || zMin >= zMax) return null;\n return { xMin, xMax, yMin, yMax, zMin, zMax };\n }\n\n private iterateChunksInBox(\n timeIndex: number,\n lod: number,\n channels: number[],\n bounds: Box3,\n callback: (chunk: Chunk, chunkBox: Box3) => void\n ): void {\n const range = this.chunkIndexRange(bounds, lod);\n if (!range) return;\n for (const c of channels) {\n const grid = this.store_.getChunkGrid(lod, timeIndex, c);\n if (!grid) continue;\n for (let zi = range.zMin; zi < range.zMax; ++zi) {\n const yPlane = grid[zi];\n for (let yi = range.yMin; yi < range.yMax; ++yi) {\n const xRow = yPlane[yi];\n for (let xi = range.xMin; xi < range.xMax; ++xi) {\n const chunk = xRow[xi];\n callback(chunk, this.getChunkAabb(chunk));\n }\n }\n }\n }\n }\n\n private iterateAllChunksAtLod(\n timeIndex: number,\n lod: number,\n channels: number[],\n callback: (chunk: Chunk, chunkBox: Box3) => void\n ): void {\n for (const c of channels) {\n const grid = this.store_.getChunkGrid(lod, timeIndex, c);\n if (!grid) continue;\n for (const yPlane of grid) {\n for (const xRow of yPlane) {\n for (const chunk of xRow) {\n callback(chunk, this.getChunkAabb(chunk));\n }\n }\n }\n }\n }\n\n private getChunkAabb(chunk: Chunk): Box3 {\n return new Box3(\n vec3.fromValues(chunk.offset.x, chunk.offset.y, chunk.offset.z),\n vec3.fromValues(\n chunk.offset.x + chunk.shape.x * chunk.scale.x,\n chunk.offset.y + chunk.shape.y * chunk.scale.y,\n chunk.offset.z + chunk.shape.z * chunk.scale.z\n )\n );\n }\n\n private fallbackLOD(): number {\n return Math.min(this.policy_.lod.max, this.store_.getLowestResLOD());\n }\n\n private timeIndex(sliceCoords: SliceCoordinates): number {\n const tDim = this.store_.dimensions.t;\n if (sliceCoords.t === undefined || tDim === undefined) return 0;\n return coordToIndex(tDim.lods[0], sliceCoords.t);\n }\n\n private getSliceAxisBounds(sliceCoords: SliceCoordinates): [number, number] {\n const wDim = this.store_.dimensions[this.axes_.w];\n if (wDim === undefined) return [0, 1];\n\n const wLod = wDim.lods[this.currentLOD_];\n\n // If slice coordinate is undefined, return bounds that encompass the whole axis (for volume rendering)\n const sliceValue = sliceCoords[this.axes_.w];\n if (sliceValue === undefined) {\n return [wLod.translation, wLod.translation + wLod.size * wLod.scale];\n }\n\n const wShape = wLod.size;\n const wScale = wLod.scale;\n const wTran = wLod.translation;\n const wPoint = Math.floor((sliceValue - wTran) / wScale);\n const chunkDepth = wLod.chunkSize;\n\n const wChunk = Math.max(\n 0,\n Math.min(\n Math.floor(wPoint / chunkDepth),\n Math.ceil(wShape / chunkDepth) - 1\n )\n );\n\n return [\n wTran + wChunk * chunkDepth * wScale,\n wTran + (wChunk + 1) * chunkDepth * wScale,\n ];\n }\n\n private makeViewBounds3D(\n viewBounds2D: Box2,\n sliceBounds: [number, number]\n ): Box3 {\n const min = vec3.create();\n const max = vec3.create();\n min[AxisComponent[this.axes_.u]] = viewBounds2D.min[0];\n max[AxisComponent[this.axes_.u]] = viewBounds2D.max[0];\n min[AxisComponent[this.axes_.v]] = viewBounds2D.min[1];\n max[AxisComponent[this.axes_.v]] = viewBounds2D.max[1];\n min[AxisComponent[this.axes_.w]] = sliceBounds[0];\n max[AxisComponent[this.axes_.w]] = sliceBounds[1];\n return new Box3(min, max);\n }\n\n private viewBounds2DChanged(newBounds: Box2): boolean {\n return (\n this.lastViewBounds2D_ === null ||\n !vec2.equals(this.lastViewBounds2D_.min, newBounds.min) ||\n !vec2.equals(this.lastViewBounds2D_.max, newBounds.max)\n );\n }\n\n private hasViewProjectionChanged(viewProjection: mat4) {\n return (\n this.lastViewProjection_ === null ||\n !mat4.equals(this.lastViewProjection_, viewProjection)\n );\n }\n\n private sliceBoundsChanged(newBounds: [number, number]): boolean {\n return (\n !this.lastSliceBounds_ || !vec2.equals(this.lastSliceBounds_, newBounds)\n );\n }\n\n private cCoordsChanged(newC?: number[]): boolean {\n if (!this.lastCCoords_ && !newC) return false;\n if (!this.lastCCoords_ || !newC) return true;\n if (this.lastCCoords_.length !== newC.length) return true;\n return !this.lastCCoords_.every((v, i) => v === newC[i]);\n }\n\n private getPaddedBounds(bounds: Box3): Box3 {\n const { u, v, w } = this.axes_;\n const dimensions = this.store_.dimensions;\n const uLod = dimensions[u]!.lods[this.currentLOD_];\n const vLod = dimensions[v]!.lods[this.currentLOD_];\n const wLod = dimensions[w]?.lods[this.currentLOD_];\n\n const pad = vec3.create();\n pad[AxisComponent[u]] =\n uLod.chunkSize * uLod.scale * this.policy_.prefetch.x;\n pad[AxisComponent[v]] =\n vLod.chunkSize * vLod.scale * this.policy_.prefetch.y;\n if (wLod) {\n pad[AxisComponent[w]] =\n wLod.chunkSize * wLod.scale * this.policy_.prefetch.z;\n }\n\n return new Box3(\n vec3.subtract(vec3.create(), bounds.min, pad),\n vec3.add(vec3.create(), bounds.max, pad)\n );\n }\n\n private squareDistance2D(chunk: Chunk, center: ReadonlyVec2): number {\n function axisCenter(axis: SpatialAxis) {\n return chunk.offset[axis] + 0.5 * chunk.shape[axis] * chunk.scale[axis];\n }\n\n const { u, v } = this.axes_;\n const du = axisCenter(u) - center[0];\n const dv = axisCenter(v) - center[1];\n\n return du * du + dv * dv;\n }\n}\n\nfunction resetChunkViewState(state: ChunkViewState): void {\n state.visible = false;\n state.prefetch = false;\n state.priority = null;\n state.orderKey = null;\n}\n","import { Chunk, SourceDimensionMap } from \"./chunk\";\nimport { SliceAxes } from \"../math/axes\";\nimport { almostEqual } from \"../utilities/almost_equal\";\nimport { Logger } from \"../utilities/logger\";\nimport { ChunkStoreView } from \"./chunk_store_view\";\nimport { ImageSourcePolicy } from \"../core/image_source_policy\";\n\nexport class ChunkStore {\n // Chunks indexed as chunks_[lod][t][c][z][y][x].\n private readonly chunks_: Chunk[][][][][][];\n private readonly lowestResLOD_: number;\n private readonly dimensions_: SourceDimensionMap;\n private readonly views_: ChunkStoreView[] = [];\n private hasHadViews_ = false;\n\n constructor(dimensions: SourceDimensionMap) {\n this.dimensions_ = dimensions;\n this.lowestResLOD_ = this.dimensions_.numLods - 1;\n\n this.validateXYScaleRatios();\n const { size: chunksT } = this.getAndValidateTimeDimension();\n const { size: chunksC } = this.getAndValidateChannelDimension();\n\n const numLods = this.dimensions_.numLods;\n this.chunks_ = new Array(numLods);\n\n for (let lod = 0; lod < numLods; ++lod) {\n const xLod = this.dimensions_.x.lods[lod];\n const yLod = this.dimensions_.y.lods[lod];\n const zLod = this.dimensions_.z?.lods[lod];\n\n const chunkWidth = xLod.chunkSize;\n const chunkHeight = yLod.chunkSize;\n const chunkDepth = zLod?.chunkSize ?? 1;\n\n const chunksX = Math.ceil(xLod.size / chunkWidth);\n const chunksY = Math.ceil(yLod.size / chunkHeight);\n const chunksZ = zLod ? Math.ceil(zLod.size / chunkDepth) : 1;\n\n const lodArr: Chunk[][][][][] = new Array(chunksT);\n this.chunks_[lod] = lodArr;\n for (let t = 0; t < chunksT; ++t) {\n const tArr: Chunk[][][][] = new Array(chunksC);\n lodArr[t] = tArr;\n for (let c = 0; c < chunksC; ++c) {\n const cArr: Chunk[][][] = new Array(chunksZ);\n tArr[c] = cArr;\n for (let z = 0; z < chunksZ; ++z) {\n const zOffset =\n zLod !== undefined\n ? zLod.translation + z * chunkDepth * zLod.scale\n : 0;\n const yArr: Chunk[][] = new Array(chunksY);\n cArr[z] = yArr;\n for (let y = 0; y < chunksY; ++y) {\n const yOffset = yLod.translation + y * chunkHeight * yLod.scale;\n const xArr: Chunk[] = new Array(chunksX);\n yArr[y] = xArr;\n for (let x = 0; x < chunksX; ++x) {\n const xOffset = xLod.translation + x * chunkWidth * xLod.scale;\n xArr[x] = {\n state: \"unloaded\",\n lod,\n visible: false,\n prefetch: false,\n priority: null,\n orderKey: null,\n shape: {\n x: Math.min(chunkWidth, xLod.size - x * chunkWidth),\n y: Math.min(chunkHeight, yLod.size - y * chunkHeight),\n z: Math.min(chunkDepth, (zLod?.size ?? 1) - z * chunkDepth),\n c: 1,\n },\n rowAlignmentBytes: 1,\n chunkIndex: { x, y, z, c, t },\n scale: {\n x: xLod.scale,\n y: yLod.scale,\n z: zLod?.scale ?? 1,\n },\n offset: {\n x: xOffset,\n y: yOffset,\n z: zOffset,\n },\n };\n }\n }\n }\n }\n }\n }\n }\n\n public getChunkGrid(\n lod: number,\n t: number,\n c: number\n ): Chunk[][][] | undefined {\n return this.chunks_[lod]?.[t]?.[c];\n }\n\n public hasChunksAtTime(timeIndex: number): boolean {\n return this.chunks_[0]?.[timeIndex] !== undefined;\n }\n\n public get lodCount() {\n return this.lowestResLOD_ + 1;\n }\n\n public get channelCount(): number {\n return this.dimensions_.c?.lods[0].size ?? 1;\n }\n\n public get dimensions() {\n return this.dimensions_;\n }\n\n public getLowestResLOD(): number {\n return this.lowestResLOD_;\n }\n\n public addView(policy: ImageSourcePolicy, axes?: SliceAxes): ChunkStoreView {\n const view = new ChunkStoreView(this, policy, axes);\n this.views_.push(view);\n this.hasHadViews_ = true;\n return view;\n }\n\n public get views(): ReadonlyArray {\n return this.views_;\n }\n\n public canDispose(): boolean {\n return this.hasHadViews_ && this.views_.length === 0;\n }\n\n public updateAndCollectChunkChanges(): Set {\n const affectedChunks = new Set();\n for (const view of this.views_) {\n for (const [chunk, _viewState] of view.chunkViewStates) {\n affectedChunks.add(chunk);\n }\n }\n\n for (const chunk of affectedChunks) {\n this.aggregateChunkViewStates(chunk);\n }\n\n this.removeDisposedViews();\n\n return affectedChunks;\n }\n\n private removeDisposedViews(): void {\n for (let i = this.views_.length - 1; i >= 0; i--) {\n if (this.views_[i].isDisposed) {\n this.views_.splice(i, 1);\n }\n }\n }\n\n private aggregateChunkViewStates(chunk: Chunk): void {\n let anyVisible = false;\n let anyPrefetch = false;\n let minPriority: number | null = null;\n let orderKeyForMinPriority: number | null = null;\n\n for (const view of this.views_) {\n const viewState = view.chunkViewStates.get(chunk);\n if (!viewState) continue;\n\n if (viewState.visible) anyVisible = true;\n if (viewState.prefetch) anyPrefetch = true;\n\n if (viewState.priority !== null) {\n if (minPriority === null || viewState.priority < minPriority) {\n minPriority = viewState.priority;\n orderKeyForMinPriority = viewState.orderKey;\n }\n }\n\n if (\n !viewState.visible &&\n !viewState.prefetch &&\n viewState.priority === null\n ) {\n view.maybeForgetChunk(chunk);\n }\n }\n\n chunk.visible = anyVisible;\n chunk.prefetch = anyPrefetch;\n chunk.priority = minPriority;\n chunk.orderKey = orderKeyForMinPriority;\n\n const shouldEnqueueChunk =\n chunk.priority !== null && chunk.state === \"unloaded\";\n if (shouldEnqueueChunk) {\n chunk.state = \"queued\";\n return;\n }\n\n const shouldCancelQueuedChunk =\n chunk.priority === null && chunk.state === \"queued\";\n if (shouldCancelQueuedChunk) {\n chunk.state = \"unloaded\";\n }\n }\n\n private validateXYScaleRatios(): void {\n // Validates that each LOD level is downsampled by a factor of 2 in X and Y.\n // Z downsampling is not validated here because it's not guaranteed.\n const xDim = this.dimensions_.x;\n const yDim = this.dimensions_.y;\n for (let i = 1; i < this.dimensions_.numLods; i++) {\n const rx = xDim.lods[i].scale / xDim.lods[i - 1].scale;\n const ry = yDim.lods[i].scale / yDim.lods[i - 1].scale;\n\n if (!almostEqual(rx, 2, 0.02) || !almostEqual(ry, 2, 0.02)) {\n throw new Error(\n `Invalid downsampling factor between levels ${i - 1} → ${i}: ` +\n `expected (2× in X and Y), but got ` +\n `(${rx.toFixed(2)}×, ${ry.toFixed(2)}×) from scale ` +\n `[${xDim.lods[i - 1].scale}, ${yDim.lods[i - 1].scale}] → [${xDim.lods[i].scale}, ${yDim.lods[i].scale}]`\n );\n }\n }\n }\n\n private getAndValidateTimeDimension() {\n for (let lod = 0; lod < this.dimensions_.numLods; ++lod) {\n const tLod = this.dimensions_.t?.lods[lod];\n if (!tLod) continue;\n const prevTLod = this.dimensions_.t?.lods[lod - 1];\n if (!prevTLod) continue;\n if (tLod.size !== prevTLod.size) {\n throw new Error(\n `ChunkStore does not support downsampling in t. Found ${prevTLod.size} at LOD ${lod - 1} → ${tLod.size} at LOD ${lod}`\n );\n }\n }\n return {\n size: this.dimensions_.t?.lods[0].size ?? 1,\n };\n }\n\n private getAndValidateChannelDimension() {\n for (let lod = 0; lod < this.dimensions_.numLods; ++lod) {\n const cLod = this.dimensions_.c?.lods[lod];\n if (!cLod) continue;\n if (cLod.scale !== 1) {\n Logger.warn(\n \"ChunkStore\",\n `Idetik does not make use of non-unity scale in c. Found ${cLod.scale} at LOD ${lod}`\n );\n }\n if (cLod.translation !== 0) {\n throw new Error(\n `ChunkStore does not support translation in c. Found ${cLod.translation} at LOD ${lod}`\n );\n }\n const prevCLod = this.dimensions_.c?.lods[lod - 1];\n if (!prevCLod) continue;\n if (cLod.size !== prevCLod.size) {\n throw new Error(\n `ChunkStore does not support downsampling in c. Found ${prevCLod.size} at LOD ${lod - 1} → ${cLod.size} at LOD ${lod}`\n );\n }\n }\n return {\n size: this.dimensions_.c?.lods[0].size ?? 1,\n };\n }\n}\n","import { DataTextureTypedArray, Texture, bufferToDataType } from \"./texture\";\nimport { Chunk } from \"../../data/chunk\";\n\nexport class Texture3D extends Texture {\n private readonly width_: number;\n private readonly height_: number;\n private readonly depth_: number;\n\n constructor(\n data: DataTextureTypedArray,\n width: number,\n height: number,\n depth: number\n ) {\n super();\n this.dataFormat = \"scalar\";\n this.dataType = bufferToDataType(data);\n\n this.data_ = data;\n this.width_ = width;\n this.height_ = height;\n this.depth_ = depth;\n }\n\n public get type() {\n return \"Texture3D\";\n }\n\n public get width() {\n return this.width_;\n }\n\n public get height() {\n return this.height_;\n }\n\n public get depth() {\n return this.depth_;\n }\n\n public static createWithChunk(chunk: Chunk) {\n const source = chunk.data;\n if (!source) {\n throw new Error(\n \"Unable to create texture, chunk data is not initialized.\"\n );\n }\n\n const texture = new Texture3D(\n source,\n chunk.shape.x,\n chunk.shape.y,\n chunk.shape.z\n );\n texture.unpackAlignment = chunk.rowAlignmentBytes;\n return texture;\n }\n}\n","import { Chunk, ChunkSource } from \"./chunk\";\nimport { SliceAxes } from \"../math/axes\";\nimport { ChunkQueue, comparePriority } from \"./chunk_queue\";\nimport { chunkMemoryStats, clearChunkData } from \"./chunk_memory\";\nimport { ChunkStore } from \"./chunk_store\";\nimport { ChunkStoreView } from \"./chunk_store_view\";\nimport { ImageSourcePolicy } from \"../core/image_source_policy\";\nimport { Texture, textureStorageBytes } from \"../objects/textures/texture\";\nimport { Texture3D } from \"../objects/textures/texture_3d\";\n\n/**\n * A snapshot of the chunk request queue.\n */\nexport type QueueStats = {\n /** Number of requests waiting to start. */\n pending: number;\n /** Number of requests currently in flight. */\n running: number;\n};\n\nconst DEFAULT_MAX_CONCURRENT_REQUESTS = 8;\nconst DEFAULT_MAX_GPU_UPLOADS_PER_UPDATE = 4;\n\nexport class ChunkManager {\n private readonly stores_: { source: ChunkSource; store: ChunkStore }[] = [];\n private readonly queue_: ChunkQueue;\n\n private readonly uploadTexture_?: (texture: Texture) => void;\n private readonly disposeTexture_?: (texture: Texture) => void;\n private readonly getGpuResidentBytes_: () => number;\n private memoryLimitBytes_: number;\n private readonly maxGpuUploadsPerUpdate_: number;\n\n private readonly resident_ = new Set();\n\n constructor(\n uploadTexture?: (texture: Texture) => void,\n disposeTexture?: (texture: Texture) => void,\n getGpuResidentBytes: () => number = () => 0,\n memoryLimitBytes: number = Infinity,\n maxConcurrentRequests: number = DEFAULT_MAX_CONCURRENT_REQUESTS,\n maxGpuUploadsPerUpdate: number = DEFAULT_MAX_GPU_UPLOADS_PER_UPDATE\n ) {\n this.uploadTexture_ = uploadTexture;\n this.disposeTexture_ = disposeTexture;\n this.getGpuResidentBytes_ = getGpuResidentBytes;\n this.memoryLimitBytes_ = memoryLimitBytes;\n this.maxGpuUploadsPerUpdate_ = Math.max(1, maxGpuUploadsPerUpdate);\n this.queue_ = new ChunkQueue(maxConcurrentRequests);\n }\n\n public get memoryLimitBytes(): number {\n return this.memoryLimitBytes_;\n }\n\n public set memoryLimitBytes(value: number) {\n this.memoryLimitBytes_ = value;\n }\n\n public get queueStats(): QueueStats {\n return {\n pending: this.queue_.pendingCount,\n running: this.queue_.runningCount,\n };\n }\n\n public get memoryStats() {\n return chunkMemoryStats();\n }\n\n public addView(\n source: ChunkSource,\n policy: ImageSourcePolicy,\n axes?: SliceAxes\n ): ChunkStoreView {\n let store = this.stores_.find((s) => s.source === source)?.store;\n if (!store) {\n store = new ChunkStore(source.loader.getSourceDimensionMap());\n this.stores_.push({ source, store });\n }\n return store.addView(policy, axes);\n }\n\n public update() {\n const candidates: { source: ChunkSource; chunk: Chunk }[] = [];\n\n for (const { source, store } of this.stores_) {\n const updatedChunks = store.updateAndCollectChunkChanges();\n\n for (const chunk of updatedChunks) {\n if (chunk.priority === null) {\n this.releaseChunk(chunk);\n } else {\n chunk.releasedAt = undefined;\n if (chunk.state === \"queued\") {\n candidates.push({ source, chunk });\n }\n }\n }\n\n this.uploadLoadedChunks(updatedChunks);\n }\n\n this.enqueueWithinBudget(candidates);\n this.queue_.flush();\n\n for (let i = this.stores_.length - 1; i >= 0; i--) {\n if (this.stores_[i].store.canDispose()) {\n this.stores_.splice(i, 1);\n }\n }\n }\n\n private releaseChunk(chunk: Chunk) {\n this.queue_.cancel(chunk);\n\n if (chunk.texture !== undefined) {\n chunk.releasedAt ??= performance.now();\n return;\n }\n\n clearChunkData(chunk);\n if (chunk.state === \"loaded\") chunk.state = \"unloaded\";\n }\n\n private enqueueWithinBudget(\n candidates: { source: ChunkSource; chunk: Chunk }[]\n ) {\n if (candidates.length === 0) return;\n\n candidates.sort((a, b) => comparePriority(a.chunk, b.chunk));\n\n let committedBytes = this.getGpuResidentBytes_();\n let victims: Chunk[] | null = null;\n\n for (const { source, chunk } of candidates) {\n const bytes = this.chunkBytes(source, chunk);\n\n // A chunk that can never fit must not trigger eviction. It would drain\n // the entire cache and still be skipped.\n if (bytes > this.memoryLimitBytes_) continue;\n\n if (committedBytes + bytes > this.memoryLimitBytes_) {\n victims ??= this.evictionCandidates();\n committedBytes = this.evictWorseChunks(\n committedBytes,\n bytes,\n chunk,\n victims\n );\n }\n\n if (committedBytes + bytes > this.memoryLimitBytes_) continue;\n\n committedBytes += bytes;\n this.queue_.enqueue(chunk, (signal) =>\n source.loader.loadChunkData(chunk, signal)\n );\n }\n }\n\n private evictionCandidates(): Chunk[] {\n const victims: Chunk[] = [];\n\n for (const chunk of this.resident_) {\n if (chunk.visible) continue;\n victims.push(chunk);\n }\n\n return victims.sort((a, b) => {\n const byRankDescending = -comparePriority(a, b);\n if (byRankDescending !== 0) return byRankDescending;\n return (a.releasedAt ?? 0) - (b.releasedAt ?? 0);\n });\n }\n\n private evictWorseChunks(\n committedBytes: number,\n pendingBytes: number,\n candidate: Chunk,\n victims: Chunk[]\n ): number {\n while (\n committedBytes + pendingBytes > this.memoryLimitBytes_ &&\n victims.length > 0 &&\n comparePriority(victims[0], candidate) > 0\n ) {\n const victim = victims.shift()!;\n if (victim.texture === undefined) continue;\n\n committedBytes -= textureStorageBytes(victim.texture);\n this.disposeChunkTexture(victim);\n victim.state = \"unloaded\";\n victim.releasedAt = undefined;\n }\n\n return committedBytes;\n }\n\n private chunkBytes(source: ChunkSource, chunk: Chunk): number {\n const bytesPerElement = source.loader.getBytesPerElement();\n return chunk.shape.x * chunk.shape.y * chunk.shape.z * bytesPerElement;\n }\n\n private uploadLoadedChunks(chunks: Set) {\n if (!this.uploadTexture_) return;\n\n const pending: Chunk[] = [];\n\n for (const chunk of chunks) {\n if (chunk.state === \"loaded\" && chunk.texture === undefined) {\n pending.push(chunk);\n }\n }\n\n if (pending.length === 0) return;\n\n pending.sort(comparePriority);\n\n const limit = Math.min(pending.length, this.maxGpuUploadsPerUpdate_);\n\n for (let i = 0; i < limit; i++) {\n const chunk = pending[i];\n const texture = Texture3D.createWithChunk(chunk);\n this.uploadTexture_(texture);\n chunk.texture = texture;\n this.resident_.add(chunk);\n clearChunkData(chunk);\n }\n }\n\n private disposeChunkTexture(chunk: Chunk) {\n if (!this.disposeTexture_) return;\n\n if (chunk.texture === undefined) return;\n this.disposeTexture_(chunk.texture);\n chunk.texture = undefined;\n this.resident_.delete(chunk);\n }\n}\n","/**\n * @author mrdoob / http://mrdoob.com/\n *\n * Modified to add resizing support via the `scale` parameter.\n */\n\nvar Stats = function(scale = 1) {\n\n var mode = 0;\n\n var container = document.createElement('div');\n container.style.cssText = 'position:fixed;top:0;left:0;cursor:pointer;opacity:0.9;z-index:10000';\n container.addEventListener('click', function(event) {\n\n event.preventDefault();\n showPanel(++mode % container.children.length);\n\n }, false);\n\n //\n\n function addPanel(panel) {\n\n container.appendChild(panel.dom);\n return panel;\n\n }\n\n function showPanel(id) {\n\n for (var i = 0; i < container.children.length; i++) {\n\n container.children[i].style.display = i === id ? 'block' : 'none';\n\n }\n\n mode = id;\n\n }\n\n //\n\n var beginTime = (performance || Date).now(), prevTime = beginTime, frames = 0;\n\n var fpsPanel = addPanel(new Stats.Panel('FPS', '#0ff', '#002', scale));\n var msPanel = addPanel(new Stats.Panel('MS', '#0f0', '#020', scale));\n\n if (self.performance && self.performance.memory) {\n\n var memPanel = addPanel(new Stats.Panel('MB', '#f08', '#201', scale));\n\n }\n\n showPanel(0);\n\n return {\n\n REVISION: 16,\n\n dom: container,\n\n addPanel: addPanel,\n showPanel: showPanel,\n\n begin: function() {\n\n beginTime = (performance || Date).now();\n\n },\n\n end: function() {\n\n frames++;\n\n var time = (performance || Date).now();\n\n msPanel.update(time - beginTime, 200);\n\n if (time >= prevTime + 1000) {\n\n fpsPanel.update((frames * 1000) / (time - prevTime), 100);\n\n prevTime = time;\n frames = 0;\n\n if (memPanel) {\n\n var memory = performance.memory;\n memPanel.update(memory.usedJSHeapSize / 1048576, memory.jsHeapSizeLimit / 1048576);\n\n }\n\n }\n\n return time;\n\n },\n\n update: function() {\n\n beginTime = this.end();\n\n },\n\n // Backwards Compatibility\n\n domElement: container,\n setMode: showPanel\n\n };\n\n};\n\nStats.Panel = function(name, fg, bg, scale) {\n\n var min = Infinity, max = 0, round = Math.round;\n var PR = round(window.devicePixelRatio || 1);\n\n var WIDTH = round(80 * PR * scale);\n var HEIGHT = round(48 * PR * scale);\n var TEXT_X = round(3 * PR * scale);\n var TEXT_Y = round(2 * PR * scale);\n var GRAPH_X = round(3 * PR * scale);\n var GRAPH_Y = round(15 * PR * scale);\n var GRAPH_WIDTH = round(74 * PR * scale);\n var GRAPH_HEIGHT = round(30 * PR * scale);\n\n var canvas = document.createElement('canvas');\n canvas.width = WIDTH;\n canvas.height = HEIGHT;\n canvas.style.cssText = `width:${round(scale * 80)}px;height:${round(scale * 48)}px`;\n\n var context = canvas.getContext('2d');\n context.font = 'bold ' + round(9 * PR * scale) + 'px Helvetica,Arial,sans-serif';\n context.textBaseline = 'top';\n\n context.fillStyle = bg;\n context.fillRect(0, 0, WIDTH, HEIGHT);\n\n context.fillStyle = fg;\n context.fillText(name, TEXT_X, TEXT_Y);\n context.fillRect(GRAPH_X, GRAPH_Y, GRAPH_WIDTH, GRAPH_HEIGHT);\n\n context.fillStyle = bg;\n context.globalAlpha = 0.9;\n context.fillRect(GRAPH_X, GRAPH_Y, GRAPH_WIDTH, GRAPH_HEIGHT);\n\n return {\n\n dom: canvas,\n\n update: function(value, maxValue) {\n\n min = Math.min(min, value);\n max = Math.max(max, value);\n\n context.fillStyle = bg;\n context.globalAlpha = 1;\n context.fillRect(0, 0, WIDTH, GRAPH_Y);\n context.fillStyle = fg;\n context.fillText(round(value) + ' ' + name + ' (' + round(min) + '-' + round(max) + ')', TEXT_X, TEXT_Y);\n\n context.drawImage(canvas, GRAPH_X + PR, GRAPH_Y, GRAPH_WIDTH - PR, GRAPH_HEIGHT, GRAPH_X, GRAPH_Y, GRAPH_WIDTH - PR, GRAPH_HEIGHT);\n\n context.fillRect(GRAPH_X + GRAPH_WIDTH - PR, GRAPH_Y, PR, GRAPH_HEIGHT);\n\n context.fillStyle = bg;\n context.globalAlpha = 0.9;\n context.fillRect(GRAPH_X + GRAPH_WIDTH - PR, GRAPH_Y, PR, round((1 - (value / maxValue)) * GRAPH_HEIGHT));\n\n }\n\n };\n\n};\n\nexport { Stats as default };\n","import Stats, { type Stats as StatsType } from \"./vendored/stats.js\";\n\nexport function createStats({ scale } = { scale: 1.5 }): StatsType {\n const stats = new Stats(scale);\n stats.showPanel(0 /* 0 = fps, 1 = ms, 2 = mb */);\n document.body.appendChild(stats.dom);\n return stats;\n}\n\n// Re-export types from the vendored module\nexport type { Stats, StatsPanel } from \"./vendored/stats.js\";\n","import { vec3 } from \"gl-matrix\";\nimport { Logger } from \"../utilities/logger\";\nimport { Ray } from \"../math/ray\";\n\nconst eventTypes = [\n \"pointerdown\",\n \"pointermove\",\n \"pointerup\",\n \"pointercancel\",\n \"wheel\",\n] as const;\n\ntype EventType = (typeof eventTypes)[number];\nfunction isEventType(type: string): type is EventType {\n return (eventTypes as readonly string[]).includes(type);\n}\n\nexport class EventContext {\n private propagationStopped_: boolean = false;\n public readonly type: EventType;\n public readonly event?: Event;\n public worldPos?: vec3;\n public worldRay?: Ray;\n public clipPos?: vec3;\n\n constructor(type: EventType, event?: Event) {\n this.type = type;\n this.event = event;\n }\n\n get propagationStopped() {\n return this.propagationStopped_;\n }\n\n stopPropagation() {\n this.propagationStopped_ = true;\n }\n}\n\ntype Listener = (event: EventContext) => void;\n\nexport class EventDispatcher {\n private readonly listeners_: Listener[] = [];\n private readonly element_: HTMLElement;\n private isConnected_ = false;\n\n constructor(element: HTMLElement) {\n this.element_ = element;\n }\n\n public addEventListener(listener: Listener) {\n this.listeners_.push(listener);\n }\n\n public removeEventListener(listener: Listener) {\n const index = this.listeners_.indexOf(listener);\n if (index === -1) {\n throw new Error(`Listener to remove could not be found: ${listener}`);\n }\n this.listeners_.splice(index, 1);\n }\n\n public connect() {\n if (this.isConnected_) {\n Logger.warn(\n \"EventDispatcher\",\n \"Attempted to connect already connected event dispatcher\",\n `element id: ${this.element_.id}`\n );\n return;\n }\n this.isConnected_ = true;\n eventTypes.forEach((type) => {\n this.element_.addEventListener(type, this.handleEvent, {\n passive: false,\n });\n });\n }\n\n public disconnect() {\n if (!this.isConnected_) {\n Logger.debug(\n \"EventDispatcher\",\n \"Attempted to disconnect already disconnected event dispatcher\",\n `element id: ${this.element_.id}`\n );\n return;\n }\n this.isConnected_ = false;\n eventTypes.forEach((type) => {\n this.element_.removeEventListener(type, this.handleEvent);\n });\n }\n\n private readonly handleEvent = (e: Event) => {\n if (!isEventType(e.type)) {\n Logger.error(\"EventDispatcher\", `Unsupported event type ${e.type}`);\n return;\n }\n\n const event = new EventContext(e.type, e);\n for (const listener of this.listeners_) {\n listener(event);\n if (event.propagationStopped) break;\n }\n };\n}\n","import { vec3 } from \"gl-matrix\";\nimport { Plane } from \"./plane\";\n\n// Below this rate the ray is treated as parallel to the plane\nconst MIN_APPROACH_RATE = 1e-12;\n\nexport class Ray {\n public readonly origin: vec3;\n public readonly direction: vec3;\n\n constructor(origin: vec3, direction: vec3) {\n this.origin = vec3.clone(origin);\n this.direction = vec3.normalize(vec3.create(), direction);\n }\n\n public intersectWithPlane(plane: Plane): vec3 | null {\n const approachRate = vec3.dot(this.direction, plane.normal);\n if (Math.abs(approachRate) < MIN_APPROACH_RATE) {\n return null;\n }\n\n const t = -plane.signedDistanceToPoint(this.origin) / approachRate;\n return vec3.scaleAndAdd(vec3.create(), this.origin, this.direction, t);\n }\n}\n","import { Camera } from \"../objects/cameras/camera\";\nimport { Layer } from \"./layer\";\nimport { CameraControls } from \"../objects/cameras/controls\";\nimport { Box2 } from \"../math/box2\";\nimport { vec2, vec3 } from \"gl-matrix\";\nimport { generateID } from \"../utilities/id_generator\";\nimport { Logger } from \"../utilities/logger\";\nimport { EventContext, EventDispatcher } from \"./event_dispatcher\";\nimport { Ray } from \"../math/ray\";\nimport { IdetikContext } from \"../idetik\";\n\n/**\n * Initialization properties for constructing a viewport.\n */\nexport type ViewportProps = {\n /** Unique id. Defaults to the element id or a generated id. */\n id?: string;\n /** Host element. Defaults to the Idetik canvas. */\n element?: HTMLElement;\n /** The camera the viewport renders with. */\n camera: Camera;\n /** Layers to render in order. */\n layers?: Layer[];\n /** Input controls driving the camera. */\n cameraControls?: CameraControls;\n};\n\ninterface ResolvedViewportProps extends ViewportProps {\n id: string;\n element: HTMLElement;\n context: IdetikContext;\n}\n\n/**\n * A region of the canvas that renders a stack of layers through a camera.\n *\n * Every viewport draws into the shared canvas through the area of its host\n * element. The element defaults to the canvas itself and must be unique\n * across viewports.\n *\n * Viewports also route input. Pointer and wheel events on the host element\n * are enriched with clip and world coordinates and a picking ray, sent to\n * each layer in order and passed to the camera controls unless a layer stops\n * propagation.\n *\n * ```ts\n * const idetik = new Idetik({\n * canvas,\n * viewports: [{ id: 'main', camera, layers: [imageLayer] }],\n * });\n *\n * const viewport = idetik.getViewport('main')!;\n * viewport.addLayer(labelLayer);\n * ```\n *\n * @group Core\n */\nexport class Viewport {\n /** The viewport's unique identifier. */\n public readonly id: string;\n /** The host element defining the viewport's area. */\n public readonly element: HTMLElement;\n /** The camera the viewport renders with. */\n public readonly camera: Camera;\n /** The pointer and wheel event dispatcher for the host element. */\n public readonly events: EventDispatcher;\n /** Input controls driving the camera. */\n public cameraControls?: CameraControls;\n\n // Carried only to relay to `layer.onAttached` / `layer.onDetached`.\n // To be removed when the chunk-infrastructure refactor folds chunk management\n // into the source and the attach lifecycle goes away.\n private readonly context_: IdetikContext;\n\n private layers_: Layer[] = [];\n\n /** @hidden */\n constructor(props: ResolvedViewportProps) {\n this.id = props.id;\n this.element = props.element;\n this.camera = props.camera;\n this.context_ = props.context;\n this.cameraControls = props.cameraControls;\n this.updateAspectRatio();\n this.events = new EventDispatcher(this.element);\n this.events.addEventListener((event: EventContext) => {\n if (\n event.event instanceof PointerEvent ||\n event.event instanceof WheelEvent\n ) {\n const { clientX, clientY } = event.event;\n const client = vec2.fromValues(clientX, clientY);\n event.clipPos = this.clientToClip(client, 0);\n event.worldPos = this.camera.clipToWorld(event.clipPos);\n\n const near = this.camera.clipToWorld(this.clientToClip(client, -1));\n const far = this.camera.clipToWorld(this.clientToClip(client, 1));\n event.worldRay = new Ray(near, vec3.subtract(vec3.create(), far, near));\n }\n for (const layer of this.layers_) {\n layer.onEvent(event);\n if (event.propagationStopped) return;\n }\n this.cameraControls?.onEvent(event);\n });\n\n for (const layer of props.layers ?? []) {\n this.addLayer(layer);\n }\n }\n\n /**\n * The layers rendered by this viewport in order. Layers with `occludes`\n * set draw before non-occluding layers regardless of stack order.\n */\n public get layers(): readonly Layer[] {\n return this.layers_;\n }\n\n /**\n * Adds a layer to the top of the stack.\n *\n * @param layer - The layer to add.\n */\n public addLayer(layer: Layer): void {\n layer.onAttached(this.context_);\n this.layers_.push(layer);\n }\n\n /**\n * Removes a previously added layer.\n *\n * @param layer - The layer to remove.\n */\n public removeLayer(layer: Layer): void {\n const index = this.layers_.indexOf(layer);\n if (index === -1) {\n throw new Error(`Layer to remove not found: ${layer}`);\n }\n this.layers_.splice(index, 1);\n layer.onDetached(this.context_);\n }\n\n /** Removes all layers from the viewport. */\n public removeAllLayers(): void {\n for (const layer of this.layers_) {\n layer.onDetached(this.context_);\n }\n this.layers_ = [];\n }\n\n /**\n * Syncs the camera's aspect ratio to the host element's size. Called\n * automatically when the host element resizes.\n */\n public updateSize(): void {\n this.updateAspectRatio();\n }\n\n /**\n * Computes the viewport's box relative to the given canvas in device pixels.\n *\n * @param canvas - The canvas to compute the box against.\n * @returns The viewport's box in the canvas's coordinate space.\n */\n public getBoxRelativeTo(canvas: HTMLCanvasElement): Box2 {\n const viewportRect = this.getBox().toRect();\n const canvasRect = canvas.getBoundingClientRect();\n const devicePixelRatio = window.devicePixelRatio || 1;\n\n // convert canvas rect to device pixels\n // viewport rect is already in device pixels\n const canvasX = canvasRect.left * devicePixelRatio;\n const canvasY = canvasRect.top * devicePixelRatio;\n const canvasHeight = canvasRect.height * devicePixelRatio;\n\n const relativeX = viewportRect.x - canvasX;\n const relativeY = viewportRect.y - canvasY;\n\n // Note: WebGL Y coordinate is flipped, so we adjust the Y position\n const x = Math.floor(relativeX);\n const y = Math.floor(canvasHeight - relativeY - viewportRect.height);\n const width = Math.floor(viewportRect.width);\n const height = Math.floor(viewportRect.height);\n\n return new Box2(\n vec2.fromValues(x, y),\n vec2.fromValues(x + width, y + height)\n );\n }\n\n /**\n * The viewport's rectangle in the drawing buffer in device pixels.\n */\n public getBufferRect(): {\n x: number;\n y: number;\n width: number;\n height: number;\n } {\n return this.getBoxRelativeTo(this.element as HTMLCanvasElement).toRect();\n }\n\n /**\n * Converts a client-space position to clip space. The `y` axis points\n * down, matching the renderer's mirrored projection.\n *\n * @param position - The client-space position to convert.\n * @param depth - The clip-space z value.\n */\n public clientToClip(position: vec2, depth: number = 0): vec3 {\n const [x, y] = position;\n const rect = this.element.getBoundingClientRect();\n return vec3.fromValues(\n (2 * (x - rect.x)) / rect.width - 1,\n (2 * (y - rect.y)) / rect.height - 1,\n depth\n );\n }\n\n /**\n * Converts a client-space position such as a pointer location to world\n * space.\n *\n * @param position - The client-space position to convert.\n * @param depth - The clip-space z value.\n */\n public clientToWorld(position: vec2, depth: number = 0): vec3 {\n const clipPos = this.clientToClip(position, depth);\n return this.camera.clipToWorld(clipPos);\n }\n\n private getBox(): Box2 {\n const viewportRect = this.element.getBoundingClientRect();\n const devicePixelRatio = window.devicePixelRatio || 1;\n\n const x = viewportRect.left * devicePixelRatio;\n const y = viewportRect.top * devicePixelRatio;\n const width = viewportRect.width * devicePixelRatio;\n const height = viewportRect.height * devicePixelRatio;\n\n return new Box2(\n vec2.fromValues(x, y),\n vec2.fromValues(x + width, y + height)\n );\n }\n\n private updateAspectRatio(): void {\n const { width, height } = this.getBox().toRect();\n if (width <= 0 || height <= 0) {\n Logger.debug(\n \"Viewport\",\n `Skipping aspect ratio update for viewport ${this.id}: invalid dimensions ${width}x${height}`\n );\n return;\n }\n const aspectRatio = width / height;\n this.camera.setAspectRatio(aspectRatio);\n }\n}\n\nexport function validateNewViewport(\n viewport: { id: string; element: HTMLElement },\n existingViewports: { id: string; element: HTMLElement }[]\n): void {\n for (const existing of existingViewports) {\n if (existing.id === viewport.id) {\n throw new Error(\n `Duplicate viewport ID \"${viewport.id}\". Each viewport must have a unique ID.`\n );\n }\n if (existing.element === viewport.element) {\n const elementDescription =\n viewport.element.tagName.toLowerCase() +\n (viewport.element.id\n ? `#${viewport.element.id}`\n : \"[element has no id]\");\n throw new Error(\n \"Multiple viewports cannot share the same HTML element: \" +\n `viewports \"${existing.id}\" and \"${viewport.id}\" both use ${elementDescription}`\n );\n }\n }\n}\n\nfunction validateViewportProps(viewportProps: ResolvedViewportProps[]): void {\n for (let i = 0; i < viewportProps.length; i++) {\n validateNewViewport(viewportProps[i], viewportProps.slice(0, i));\n }\n}\n\nexport function parseViewportProps(\n props: ViewportProps[],\n canvas: HTMLCanvasElement,\n context: IdetikContext\n): Viewport[] {\n const viewportProps: ResolvedViewportProps[] = props.map((config) => {\n const element = config.element ?? canvas;\n return {\n ...config,\n element,\n id: config.id ?? element.id ?? generateID(\"viewport\"),\n context,\n };\n });\n validateViewportProps(viewportProps);\n return viewportProps.map((props) => new Viewport(props));\n}\n","import { Logger } from \"./logger\";\n\n// Observes changes to the pixel size of HTML elements, including changes due to\n// window/device pixel ratio changes.\nexport class PixelSizeObserver {\n private elements_: HTMLElement[];\n private resizeObserver_?: ResizeObserver;\n private mediaQuery_?: MediaQueryList;\n private onMediaQueryChange_?: () => void;\n private onChange_: () => void;\n\n constructor(elements: ReadonlyArray = [], onChange: () => void) {\n this.elements_ = [...elements];\n this.onChange_ = onChange;\n }\n\n public connect() {\n if (this.resizeObserver_) {\n Logger.warn(\n \"PixelSizeObserver\",\n \"Attempted to connect already connected observer\"\n );\n return;\n }\n\n this.resizeObserver_ = new ResizeObserver(() => {\n this.onChange_();\n });\n\n for (const element of this.elements_) {\n this.resizeObserver_.observe(element);\n }\n\n this.startDevicePixelRatioObserver();\n }\n\n private startDevicePixelRatioObserver() {\n // this media query needs to be updated after a change is detected, so we use a one-time\n // event listener that re-registers itself with the new value\n // https://developer.mozilla.org/en-US/docs/Web/API/Window/devicePixelRatio#monitoring_screen_resolution_or_zoom_level_changes\n this.mediaQuery_ = matchMedia(\n `(resolution: ${window.devicePixelRatio}dppx)`\n );\n this.onMediaQueryChange_ = () => {\n this.onChange_();\n this.startDevicePixelRatioObserver();\n };\n this.mediaQuery_.addEventListener(\"change\", this.onMediaQueryChange_, {\n once: true,\n });\n }\n\n public disconnect() {\n if (!this.resizeObserver_) {\n Logger.warn(\n \"PixelSizeObserver\",\n \"Attempted to disconnect already disconnected observer\"\n );\n return;\n }\n this.resizeObserver_?.disconnect();\n if (this.mediaQuery_ && this.onMediaQueryChange_) {\n this.mediaQuery_.removeEventListener(\"change\", this.onMediaQueryChange_);\n }\n }\n\n public observe(element: HTMLElement) {\n if (this.elements_.includes(element)) {\n Logger.warn(\"PixelSizeObserver\", \"Element already being observed\");\n return;\n }\n this.elements_.push(element);\n if (this.resizeObserver_) {\n this.resizeObserver_.observe(element);\n }\n }\n\n public unobserve(element: HTMLElement) {\n const index = this.elements_.indexOf(element);\n if (index === -1) {\n Logger.warn(\"PixelSizeObserver\", \"Element not being observed\");\n return;\n }\n this.elements_.splice(index, 1);\n if (this.resizeObserver_) {\n this.resizeObserver_.unobserve(element);\n }\n }\n}\n","import { WebGLRenderer } from \"./renderers/webgl_renderer\";\nimport { Logger } from \"./utilities/logger\";\nimport { ChunkManager } from \"./data/chunk_manager\";\nimport { Renderer } from \"./core/renderer\";\nimport { createStats, type Stats } from \"./utilities/stats\";\nimport {\n parseViewportProps,\n validateNewViewport,\n Viewport,\n ViewportProps,\n} from \"./core/viewport\";\nimport { PixelSizeObserver } from \"./utilities/pixel_size_observer\";\n\nconst DEFAULT_MEMORY_LIMIT_MB = 2048;\n\n/**\n * An object updated once per frame after all viewports have rendered.\n *\n * Overlays drive HUD elements that live outside the canvas such as scale\n * bars, time indicators, or memory readouts.\n *\n * ```ts\n * const chunkReadout: Overlay = {\n * update(idetik) {\n * div.textContent = `${idetik.memoryStats.cpuChunkCount} chunks`;\n * },\n * };\n *\n * idetik.addOverlay(chunkReadout);\n * ```\n */\nexport type Overlay = {\n /** Called once per rendered frame. */\n update: (idetik: Idetik) => void;\n};\n\n/**\n * Initialization properties for constructing an Idetik instance.\n */\nexport type IdetikProps = {\n /** The canvas element to render into. */\n canvas: HTMLCanvasElement;\n /** Viewport definitions to create at startup. */\n viewports?: ViewportProps[];\n /** Overlays to run each frame. */\n overlays?: Overlay[];\n /** Shows an FPS meter. Defaults to `false`. */\n showStats?: boolean;\n /** Memory budget for chunk data. Defaults to `2048`. */\n memoryLimitMB?: number;\n /** Max in-flight chunk requests. Defaults to `8`. */\n maxConcurrentRequests?: number;\n /** Max GPU texture uploads per frame. Defaults to `4`. */\n maxGpuUploadsPerUpdate?: number;\n};\n\nexport type IdetikContext = {\n chunkManager: ChunkManager;\n};\n\n/**\n * A snapshot of the runtime's memory usage.\n */\nexport type MemoryStats = {\n /** Bytes of chunk data held in CPU memory. */\n cpuChunkBytes: number;\n /** Number of chunks held in CPU memory. */\n cpuChunkCount: number;\n /** Bytes of texture data resident on the GPU. */\n gpuTextureBytes: number;\n /** Number of textures resident on the GPU. */\n gpuTextureCount: number;\n /** Used JS heap in bytes. */\n jsHeapUsedBytes?: number;\n /** JS heap size limit in bytes. */\n jsHeapLimitBytes?: number;\n};\n\n/**\n * The entry point of an Idetik application.\n *\n * An Idetik instance owns the renderer and the chunk manager and drives the\n * render loop for the viewports it is given. Each viewport pairs a camera\n * and its controls with a stack of layers and draws into a region of the\n * shared canvas. Layers in all viewports stream chunks through the same\n * manager under a single memory budget.\n *\n * ```ts\n * const source = await OmeZarrImageSource.fromHttp({ url });\n *\n * const layer = new ImageLayer({\n * source,\n * sliceCoords: { t: 0, z: 0, c: [0] },\n * });\n *\n * const camera = new OrthographicCamera({\n * left: 0,\n * right: 1024,\n * top: 0,\n * bottom: 1024,\n * });\n *\n * const idetik = new Idetik({\n * canvas: document.querySelector('canvas')!,\n * viewports: [{\n * camera,\n * layers: [layer],\n * cameraControls: new PanZoomControls(camera),\n * }],\n * });\n *\n * idetik.start();\n * ```\n *\n * @see {@link Layer} for the data layers rendered within a viewport.\n *\n * @group Core\n */\nexport class Idetik {\n /** The canvas element the renderer draws into. */\n public readonly canvas: HTMLCanvasElement;\n /** The registered overlays that update once per frame in order. */\n public readonly overlays: Overlay[];\n\n private readonly chunkManager_: ChunkManager;\n private readonly context_: IdetikContext;\n private readonly renderer_: Renderer;\n private readonly viewports_: Viewport[];\n private readonly stats_?: Stats;\n private readonly sizeObserver_: PixelSizeObserver;\n\n private lastAnimationId_?: number;\n private lastTimestamp_: DOMHighResTimeStamp = 0;\n\n /**\n * Creates an Idetik runtime for the given canvas.\n *\n * @param params - Initialization properties.\n */\n constructor(params: IdetikProps) {\n this.canvas = params.canvas;\n\n this.renderer_ = new WebGLRenderer(this.canvas);\n const memoryLimitMB = params.memoryLimitMB ?? DEFAULT_MEMORY_LIMIT_MB;\n const memoryLimitBytes = memoryLimitMB * 1024 * 1024;\n this.chunkManager_ = new ChunkManager(\n (texture) => this.renderer_.uploadTexture(texture),\n (texture) => this.renderer_.disposeTexture(texture),\n () => this.renderer_.gpuTextureBytes,\n memoryLimitBytes,\n params.maxConcurrentRequests,\n params.maxGpuUploadsPerUpdate\n );\n this.context_ = {\n chunkManager: this.chunkManager_,\n };\n\n this.viewports_ = parseViewportProps(\n params.viewports ?? [],\n this.canvas,\n this.context_\n );\n\n this.overlays = [...(params.overlays ?? [])];\n\n if (params.showStats) this.stats_ = createStats();\n\n const sizeDependents: HTMLElement[] = [this.canvas];\n for (const viewport of this.viewports_) {\n if (viewport.element !== this.canvas) {\n sizeDependents.push(viewport.element);\n }\n }\n this.sizeObserver_ = new PixelSizeObserver(sizeDependents, () => {\n this.renderer_.updateSize();\n this.renderer_.beginFrame();\n for (const viewport of this.viewports_) {\n viewport.updateSize();\n this.renderer_.render(viewport);\n }\n });\n }\n\n /** Counts of queued and in-flight chunk requests. */\n public get chunkQueueStats() {\n return this.chunkManager_.queueStats;\n }\n\n /** A snapshot of current CPU/GPU/JS heap memory usage. */\n public get memoryStats(): MemoryStats {\n const perf = (\n performance as Performance & {\n memory?: { usedJSHeapSize: number; jsHeapSizeLimit: number };\n }\n ).memory;\n\n return {\n ...this.chunkManager_.memoryStats,\n gpuTextureBytes: this.renderer_.gpuTextureBytes,\n gpuTextureCount: this.renderer_.gpuTextureCount,\n jsHeapUsedBytes: perf?.usedJSHeapSize,\n jsHeapLimitBytes: perf?.jsHeapSizeLimit,\n };\n }\n\n /** The number of objects drawn in the last rendered frame. */\n public get renderedObjects() {\n return this.renderer_.renderedObjects;\n }\n\n /** The width of the rendering surface in pixels. */\n public get width() {\n return this.renderer_.width;\n }\n\n /** The height of the rendering surface in pixels. */\n public get height() {\n return this.renderer_.height;\n }\n\n /** The viewports in render order. */\n public get viewports(): readonly Viewport[] {\n return this.viewports_;\n }\n\n /** Whether the render loop is running. */\n public get running(): boolean {\n return this.lastAnimationId_ !== undefined;\n }\n\n /**\n * Finds a viewport by its id.\n *\n * @param id - The id given in the viewport's definition.\n * @returns The matching viewport or `undefined` if none matches.\n */\n public getViewport(id: string): Viewport | undefined {\n return this.viewports_.find((v) => v.id === id);\n }\n\n /**\n * Adds a viewport at runtime.\n *\n * @param props - The viewport definition. The `element` defaults to the\n * canvas and must be unique across viewports.\n * @returns The created viewport.\n */\n public addViewport(props: ViewportProps): Viewport {\n const [viewport] = parseViewportProps([props], this.canvas, this.context_);\n\n validateNewViewport(viewport, this.viewports_);\n this.viewports_.push(viewport);\n\n if (this.running) {\n viewport.events.connect();\n if (viewport.element !== this.canvas) {\n this.sizeObserver_.observe(viewport.element);\n }\n }\n\n Logger.info(\"Idetik\", `Added viewport \"${viewport.id}\"`);\n return viewport;\n }\n\n /**\n * Removes a previously added viewport.\n *\n * @param viewport - The viewport to remove.\n * @returns `true` if the viewport was found and removed.\n */\n public removeViewport(viewport: Viewport): boolean {\n const index = this.viewports_.indexOf(viewport);\n\n if (index === -1) {\n Logger.warn(\n \"Idetik\",\n `Viewport \"${viewport.id}\" not found, nothing to remove`\n );\n return false;\n }\n\n if (this.running) {\n viewport.events.disconnect();\n if (viewport.element !== this.canvas) {\n this.sizeObserver_.unobserve(viewport.element);\n }\n }\n\n this.viewports_.splice(index, 1);\n Logger.info(\"Idetik\", `Removed viewport \"${viewport.id}\"`);\n return true;\n }\n\n /**\n * Registers an overlay that updates once per frame.\n *\n * @param overlay - The overlay to add.\n */\n public addOverlay(overlay: Overlay): void {\n this.overlays.push(overlay);\n }\n\n /**\n * Removes a previously added overlay.\n *\n * @param overlay - The overlay to remove.\n * @returns `true` if the overlay was found and removed.\n */\n public removeOverlay(overlay: Overlay): boolean {\n const index = this.overlays.indexOf(overlay);\n if (index === -1) {\n Logger.warn(\"Idetik\", \"Overlay not found, nothing to remove\");\n return false;\n }\n\n this.overlays.splice(index, 1);\n return true;\n }\n\n /**\n * Sets the memory budget for chunk data at runtime.\n *\n * @param memoryLimitMB - The new budget in megabytes.\n */\n public setMemoryLimitMB(memoryLimitMB: number): void {\n this.chunkManager_.memoryLimitBytes = memoryLimitMB * 1024 * 1024;\n }\n\n /**\n * Starts the render loop and connects input handlers.\n *\n * @returns The instance, for chaining.\n */\n public start() {\n Logger.info(\"Idetik\", \"Idetik runtime starting\");\n if (!this.running) {\n for (const viewport of this.viewports_) {\n viewport.events.connect();\n }\n this.sizeObserver_.connect();\n\n this.lastAnimationId_ = requestAnimationFrame((timestamp) => {\n this.lastTimestamp_ = timestamp;\n this.animate(timestamp);\n });\n } else {\n Logger.warn(\"Idetik\", \"Idetik runtime already started\");\n }\n return this;\n }\n\n private animate(timestamp: DOMHighResTimeStamp) {\n if (this.stats_) this.stats_.begin();\n\n // cap dt to prevent large time-step jumps when resuming from background tabs\n const dt = Math.min(timestamp - this.lastTimestamp_, 100) / 1000;\n\n this.lastTimestamp_ = timestamp;\n\n this.renderer_.beginFrame();\n for (const viewport of this.viewports_) {\n viewport.cameraControls?.onUpdate(dt);\n this.renderer_.render(viewport);\n }\n\n this.chunkManager_.update();\n\n for (const overlay of this.overlays) {\n overlay.update(this);\n }\n\n if (this.stats_) this.stats_.end();\n this.lastAnimationId_ = requestAnimationFrame((timestamp) =>\n this.animate(timestamp)\n );\n }\n\n /**\n * Stops the render loop and disconnects input handlers.\n */\n public stop() {\n Logger.info(\"Idetik\", \"Idetik runtime stopping\");\n if (!this.running) {\n Logger.warn(\"Idetik\", \"Idetik runtime not started\");\n } else {\n this.sizeObserver_.disconnect();\n for (const viewport of this.viewports_) {\n viewport.events.disconnect();\n }\n // safe non-null assertion: this.running is true, so lastAnimationId_ is defined\n cancelAnimationFrame(this.lastAnimationId_!);\n this.lastAnimationId_ = undefined;\n }\n }\n}\n","export function stripPrefix(path) {\n // @ts-expect-error - TS can't infer this type correctly\n return path.slice(1);\n}\n/** Maps cloud-storage URI protocols to their HTTPS hosts. */\nconst PROTOCOL_HOSTS = {\n \"gs:\": \"storage.googleapis.com\",\n \"gcs:\": \"storage.googleapis.com\",\n \"s3:\": \"s3.amazonaws.com\",\n};\n/**\n * Translate cloud-storage URIs (`s3://`, `gs://`, `gcs://`) to HTTPS URLs.\n * HTTP(S) URLs are returned as-is.\n */\nexport function resolveUri(url) {\n const href = typeof url === \"string\" ? url : url.href;\n const colon = href.indexOf(\"://\");\n if (colon === -1)\n return href;\n const protocol = href.slice(0, colon + 1);\n const host = PROTOCOL_HOSTS[protocol];\n if (host) {\n return `https://${host}/${href.slice(colon + 3)}`;\n }\n return href;\n}\nexport function fetchRange(url, offset, length, opts = {}) {\n if (offset !== undefined && length !== undefined) {\n // merge request opts\n opts = {\n ...opts,\n headers: {\n ...opts.headers,\n Range: `bytes=${offset}-${offset + length - 1}`,\n },\n };\n }\n return fetch(url, opts);\n}\nexport function mergeInit(storeOverrides, requestOverrides) {\n // Request overrides take precedence over storeOverrides.\n return {\n ...storeOverrides,\n ...requestOverrides,\n headers: {\n ...storeOverrides.headers,\n ...requestOverrides.headers,\n },\n };\n}\n/**\n * Make an assertion.\n *\n * Usage\n * @example\n * ```ts\n * const value: boolean = Math.random() <= 0.5;\n * assert(value, \"value is greater than than 0.5!\");\n * value // true\n * ```\n *\n * @param expression - The expression to test.\n * @param msg - The optional message to display if the assertion fails.\n * @throws an {@link Error} if `expression` is not truthy.\n */\nexport function assert(expression, msg = \"\") {\n if (!expression)\n throw new Error(msg);\n}\n//# sourceMappingURL=util.js.map","import { mergeInit } from \"./util.js\";\nfunction resolve(root, path) {\n const base = typeof root === \"string\" ? new URL(root) : root;\n if (!base.pathname.endsWith(\"/\")) {\n // ensure trailing slash so that base is resolved as _directory_\n base.pathname += \"/\";\n }\n const resolved = new URL(path.slice(1), base);\n // copy search params to new URL\n resolved.search = base.search;\n return resolved;\n}\nasync function handleResponse(response) {\n if (response.status === 404) {\n return undefined;\n }\n if (response.status === 200 || response.status === 206) {\n return new Uint8Array(await response.arrayBuffer());\n }\n throw new Error(`Unexpected response status ${response.status} ${response.statusText}`);\n}\n/**\n * Readonly store backed by the\n * [Fetch API](https://developer.mozilla.org/en-US/docs/Web/API/Fetch_API).\n *\n * Works anywhere `fetch` is available: browsers, Node.js 18+, Deno, and Bun.\n *\n * ## Response handling\n *\n * The store interprets HTTP responses as follows:\n *\n * | Status | Meaning |\n * | ------ | ------- |\n * | **404** | Missing key — returns `undefined` |\n * | **200 / 206** | Success — body is read as `Uint8Array` |\n * | **Any other** | Throws an error |\n *\n * If you need to remap status codes (e.g., S3 returns 403 for missing keys\n * on private buckets), provide a custom `fetch` implementation.\n *\n * @example Basic usage\n * ```ts\n * import { FetchStore } from \"@zarrita/storage\";\n *\n * const store = new FetchStore(\"http://localhost:8080/data.zarr\");\n * ```\n *\n * @example Custom fetch with presigned URLs\n * ```ts\n * import { FetchStore } from \"@zarrita/storage\";\n *\n * const store = new FetchStore(\"https://my-bucket.s3.amazonaws.com/data.zarr\", {\n * async fetch(request) {\n * const newUrl = await presign(request.url);\n * // Preserves Range headers, abort signal, etc.\n * return fetch(new Request(newUrl, request));\n * },\n * });\n * ```\n */\nclass FetchStore {\n url;\n #fetch;\n #overrides;\n #useSuffixRequest;\n constructor(url, options = {}) {\n this.url = url;\n this.#fetch = options.fetch ?? ((request) => fetch(request));\n this.#overrides = options.overrides ?? {};\n this.#useSuffixRequest = options.useSuffixRequest ?? false;\n }\n #buildRequest(url, init) {\n return new Request(url, mergeInit(this.#overrides, init));\n }\n async get(key, options = {}) {\n let href = resolve(this.url, key).href;\n let request = this.#buildRequest(href, options);\n let response = await this.#fetch(request);\n return handleResponse(response);\n }\n async getRange(key, range, options = {}) {\n let url = resolve(this.url, key);\n let response;\n if (\"suffixLength\" in range) {\n response = await this.#fetchSuffix(url, range.suffixLength, options);\n }\n else {\n let rangeInit = {\n ...options,\n headers: {\n ...options.headers,\n Range: `bytes=${range.offset}-${range.offset + range.length - 1}`,\n },\n };\n let request = this.#buildRequest(url, rangeInit);\n response = await this.#fetch(request);\n }\n return handleResponse(response);\n }\n async #fetchSuffix(url, suffixLength, options) {\n if (this.#useSuffixRequest) {\n let init = {\n ...options,\n headers: { ...options.headers, Range: `bytes=-${suffixLength}` },\n };\n return this.#fetch(this.#buildRequest(url, init));\n }\n let headRequest = this.#buildRequest(url, {\n ...options,\n method: \"HEAD\",\n });\n let response = await this.#fetch(headRequest);\n if (!response.ok) {\n return response;\n }\n let contentLength = response.headers.get(\"Content-Length\");\n let length = Number(contentLength);\n let offset = length - suffixLength;\n let rangeInit = {\n ...options,\n headers: {\n ...options.headers,\n Range: `bytes=${offset}-${length - 1}`,\n },\n };\n return this.#fetch(this.#buildRequest(url, rangeInit));\n }\n}\nexport default FetchStore;\n//# sourceMappingURL=fetch.js.map","/**\n * @module\n *\n * Structured error types thrown by zarrita. Use {@link isZarritaError} to\n * detect and narrow errors at runtime — error classes are intentionally not\n * exported from the package root, so `instanceof` checks on the concrete\n * classes are not part of the public contract.\n *\n * @example\n * ```ts\n * import * as zarr from \"zarrita\";\n *\n * try {\n * const arr = await zarr.open(store, { kind: \"array\" });\n * await zarr.get(arr, [null, null]);\n * } catch (err) {\n * if (zarr.isZarritaError(err, \"NotFoundError\")) {\n * // err.path / err.found are available\n * } else if (zarr.isZarritaError(err, \"UnknownCodecError\")) {\n * // err.codec is the unregistered codec name\n * } else if (zarr.isZarritaError(err)) {\n * // any zarrita-thrown error\n * } else {\n * throw err;\n * }\n * }\n * ```\n */\nclass ZarritaError extends Error {\n}\n/**\n * The store returned nothing for a required key, or `open({ kind })` was\n * asked for an array/group and the path holds the other kind.\n */\nexport class NotFoundError extends ZarritaError {\n _tag = \"NotFoundError\";\n name = \"NotFoundError\";\n path;\n found;\n constructor(context, options = {}) {\n super(`Not found: ${context}`, { cause: options.cause });\n this.path = options.path;\n this.found = options.found;\n }\n}\n/**\n * Metadata exists but isn't something zarrita can read: malformed JSON,\n * unknown dtype or chunk-key encoding, or a codec rejected its config at\n * load time.\n */\nexport class InvalidMetadataError extends ZarritaError {\n _tag = \"InvalidMetadataError\";\n name = \"InvalidMetadataError\";\n path;\n constructor(message, options = {}) {\n super(message, { cause: options.cause });\n this.path = options.path;\n }\n}\n/**\n * The metadata references a codec that isn't in the registry. Register the\n * codec via `zarr.registry` and retry to recover.\n */\nexport class UnknownCodecError extends ZarritaError {\n _tag = \"UnknownCodecError\";\n name = \"UnknownCodecError\";\n codec;\n constructor(codec) {\n super(`Unknown codec: ${codec}`);\n this.codec = codec;\n }\n}\n/**\n * A codec threw while encoding or decoding chunk bytes. The originating\n * codec error is preserved on `cause`; per-chunk failures can be retried\n * or skipped without abandoning the surrounding read.\n */\nexport class CodecPipelineError extends ZarritaError {\n _tag = \"CodecPipelineError\";\n name = \"CodecPipelineError\";\n direction;\n codec;\n chunkPath;\n constructor(options) {\n const parts = [\n `Failed to ${options.direction} chunk`,\n options.codec && `via codec \"${options.codec}\"`,\n options.chunkPath && `at ${options.chunkPath}`,\n ].filter(Boolean);\n super(parts.join(\" \"), { cause: options.cause });\n this.direction = options.direction;\n this.codec = options.codec;\n this.chunkPath = options.chunkPath;\n }\n}\n/**\n * The selection passed to `get` or `set` is invalid: wrong rank,\n * out-of-bounds, zero step, unknown dimension name, or scalar-shape\n * mismatch.\n */\nexport class InvalidSelectionError extends ZarritaError {\n _tag = \"InvalidSelectionError\";\n name = \"InvalidSelectionError\";\n}\n/**\n * The requested operation hits a capability limit: write to a sharded\n * array, encode with a codec that only implements decode, or rely on a\n * runtime feature the host doesn't provide.\n */\nexport class UnsupportedError extends ZarritaError {\n _tag = \"UnsupportedError\";\n name = \"UnsupportedError\";\n feature;\n constructor(feature) {\n super(`Unsupported: ${feature}`);\n this.feature = feature;\n }\n}\n/**\n * Runtime guard for zarrita-thrown errors. Without tags, narrows to any\n * zarrita error; with one or more tags, narrows to the matching subset\n * (including their typed fields).\n *\n * @example\n * ```ts\n * try { ... } catch (err) {\n * if (zarr.isZarritaError(err, \"NotFoundError\")) {\n * console.log(err.path);\n * }\n * }\n * ```\n */\nexport function isZarritaError(err, ...tags) {\n if (!(err instanceof ZarritaError))\n return false;\n return tags.length === 0 || tags.includes(err._tag);\n}\n//# sourceMappingURL=errors.js.map","import { UnsupportedError } from \"../errors.js\";\nexport function unimplementedEncode(codecName) {\n return () => {\n throw new UnsupportedError(`${codecName} encode`);\n };\n}\n//# sourceMappingURL=_shared.js.map","import { InvalidMetadataError } from \"../errors.js\";\nimport { unimplementedEncode } from \"./_shared.js\";\n/**\n * A codec for bit-rounding.\n *\n * Reduces floating-point precision by truncating mantissa bits during encoding.\n * Decoding is a no-op as the process is lossy and precision cannot be restored.\n *\n * Note: {@link BitroundCodec.encode} is not yet implemented since Zarrita is\n * primarily used in read-only contexts (web browser). If you need encoding support,\n * please open an issue at {@link https://github.com/manzt/zarrita.js/issues}.\n *\n * @see {@link https://github.com/zarr-developers/numcodecs/blob/main/numcodecs/bitround.py}\n * for the original Python implementation.\n *\n * @remarks\n * Data types are not validated, and `float16` arrays are not supported (reflecting browser support).\n */\nexport class BitroundCodec {\n kind = \"array_to_array\";\n constructor(configuration, _meta) {\n if (configuration.keepbits < 0) {\n throw new InvalidMetadataError(\"keepbits must be zero or positive\");\n }\n }\n static fromConfig(configuration, meta) {\n return new BitroundCodec(configuration, meta);\n }\n encode = unimplementedEncode(\"bitround\");\n /**\n * Decode a chunk of data (no-op).\n * @param arr - The chunk to decode\n * @returns The decoded chunk\n */\n decode(arr) {\n return arr; // No-op as bit-rounding is lossy\n }\n}\n//# sourceMappingURL=bitround.js.map","/**\n * Custom array-like views (i.e., TypedArrays) for Zarr binary data buffers.\n *\n * @module\n */\nfunction isArrayBufferLike(x) {\n return x instanceof ArrayBuffer || x instanceof SharedArrayBuffer;\n}\n/**\n * An array-like view of a fixed-length boolean buffer.\n *\n * Encoded as 1 byte per value.\n */\nexport class BoolArray {\n #bytes;\n constructor(x, byteOffset, length) {\n if (typeof x === \"number\") {\n this.#bytes = new Uint8Array(x);\n }\n else if (isArrayBufferLike(x)) {\n this.#bytes = new Uint8Array(x, byteOffset, length);\n }\n else {\n this.#bytes = new Uint8Array(Array.from(x, (v) => (v ? 1 : 0)));\n }\n }\n get BYTES_PER_ELEMENT() {\n return 1;\n }\n get byteOffset() {\n return this.#bytes.byteOffset;\n }\n get byteLength() {\n return this.#bytes.byteLength;\n }\n get buffer() {\n return this.#bytes.buffer;\n }\n get length() {\n return this.#bytes.length;\n }\n get(idx) {\n let value = this.#bytes[idx];\n return typeof value === \"number\" ? value !== 0 : value;\n }\n set(idx, value) {\n this.#bytes[idx] = value ? 1 : 0;\n }\n fill(value) {\n this.#bytes.fill(value ? 1 : 0);\n }\n *[Symbol.iterator]() {\n for (let i = 0; i < this.length; i++) {\n yield this.get(i);\n }\n }\n}\n/**\n * An array-like view of a fixed-length byte buffer.\n *\n * Encodes a raw byte sequences without enforced encoding.\n */\nexport class ByteStringArray {\n _data;\n chars;\n #encoder;\n constructor(chars, x, byteOffset, length) {\n this.chars = chars;\n this.#encoder = new TextEncoder();\n if (typeof x === \"number\") {\n this._data = new Uint8Array(x * chars);\n }\n else if (isArrayBufferLike(x)) {\n if (length)\n length = length * chars;\n this._data = new Uint8Array(x, byteOffset, length);\n }\n else {\n let values = Array.from(x);\n this._data = new Uint8Array(values.length * chars);\n for (let i = 0; i < values.length; i++) {\n this.set(i, values[i]);\n }\n }\n }\n get BYTES_PER_ELEMENT() {\n return this.chars;\n }\n get byteOffset() {\n return this._data.byteOffset;\n }\n get byteLength() {\n return this._data.byteLength;\n }\n get buffer() {\n return this._data.buffer;\n }\n get length() {\n return this.byteLength / this.BYTES_PER_ELEMENT;\n }\n get(idx) {\n const view = new Uint8Array(this.buffer, this.byteOffset + this.chars * idx, this.chars);\n // biome-ignore lint/suspicious/noControlCharactersInRegex: necessary for null byte removal\n return new TextDecoder().decode(view).replace(/\\x00/g, \"\");\n }\n set(idx, value) {\n const view = new Uint8Array(this.buffer, this.byteOffset + this.chars * idx, this.chars);\n view.fill(0); // clear current\n view.set(this.#encoder.encode(value));\n }\n fill(value) {\n const encoded = this.#encoder.encode(value);\n for (let i = 0; i < this.length; i++) {\n this._data.set(encoded, i * this.chars);\n }\n }\n *[Symbol.iterator]() {\n for (let i = 0; i < this.length; i++) {\n yield this.get(i);\n }\n }\n}\n/**\n * An array-like view of a fixed-length Unicode string buffer.\n *\n * Encoded as UTF-32 code points.\n */\nexport class UnicodeStringArray {\n #data;\n chars;\n constructor(chars, x, byteOffset, length) {\n this.chars = chars;\n if (typeof x === \"number\") {\n this.#data = new Int32Array(x * chars);\n }\n else if (isArrayBufferLike(x)) {\n if (length)\n length *= chars;\n this.#data = new Int32Array(x, byteOffset, length);\n }\n else {\n const values = x;\n const d = new UnicodeStringArray(chars, 1);\n this.#data = new Int32Array((function* () {\n for (let str of values) {\n d.set(0, str);\n yield* d.#data;\n }\n })());\n }\n }\n get BYTES_PER_ELEMENT() {\n return this.#data.BYTES_PER_ELEMENT * this.chars;\n }\n get byteLength() {\n return this.#data.byteLength;\n }\n get byteOffset() {\n return this.#data.byteOffset;\n }\n get buffer() {\n return this.#data.buffer;\n }\n get length() {\n return this.#data.length / this.chars;\n }\n get(idx) {\n const offset = this.chars * idx;\n let result = \"\";\n for (let i = 0; i < this.chars; i++) {\n result += String.fromCodePoint(this.#data[offset + i]);\n }\n // biome-ignore lint/suspicious/noControlCharactersInRegex: necessary for null byte removal\n return result.replace(/\\u0000/g, \"\");\n }\n set(idx, value) {\n const offset = this.chars * idx;\n const view = this.#data.subarray(offset, offset + this.chars);\n view.fill(0); // clear current\n for (let i = 0; i < this.chars; i++) {\n view[i] = value.codePointAt(i) ?? 0;\n }\n }\n fill(value) {\n // encode once\n this.set(0, value);\n // copy the encoded values to all other elements\n let encoded = this.#data.subarray(0, this.chars);\n for (let i = 1; i < this.length; i++) {\n this.#data.set(encoded, i * this.chars);\n }\n }\n *[Symbol.iterator]() {\n for (let i = 0; i < this.length; i++) {\n yield this.get(i);\n }\n }\n}\n//# sourceMappingURL=typedarray.js.map","import { InvalidMetadataError } from \"./errors.js\";\nimport { BoolArray, ByteStringArray, UnicodeStringArray, } from \"./typedarray.js\";\nexport function jsonEncodeObject(o) {\n const str = JSON.stringify(o, (_key, value) => {\n // JSON.stringify converts NaN/Infinity/-Infinity to null.\n // Zarr v3 spec requires these as string representations.\n if (typeof value === \"number\") {\n if (Number.isNaN(value))\n return \"NaN\";\n if (value === Infinity)\n return \"Infinity\";\n if (value === -Infinity)\n return \"-Infinity\";\n }\n return value;\n }, 2);\n return new TextEncoder().encode(str);\n}\nexport function assertSharedArrayBufferAvailable() {\n if (typeof SharedArrayBuffer === \"undefined\") {\n throw new Error(\"SharedArrayBuffer is not available. \" +\n \"In browsers, this requires Cross-Origin-Opener-Policy and \" +\n \"Cross-Origin-Embedder-Policy headers to be set.\");\n }\n}\nexport function createBuffer(byteLength, useShared) {\n if (useShared) {\n return new SharedArrayBuffer(byteLength);\n }\n return new ArrayBuffer(byteLength);\n}\nexport function jsonDecodeObject(bytes) {\n const str = new TextDecoder().decode(bytes);\n try {\n return JSON.parse(str);\n }\n catch (cause) {\n throw new InvalidMetadataError(\"Failed to decode JSON\", { cause });\n }\n}\nexport function byteswapInplace(view, bytesPerElement) {\n const numFlips = bytesPerElement / 2;\n const endByteIndex = bytesPerElement - 1;\n let t = 0;\n for (let i = 0; i < view.length; i += bytesPerElement) {\n for (let j = 0; j < numFlips; j += 1) {\n t = view[i + j];\n view[i + j] = view[i + endByteIndex - j];\n view[i + endByteIndex - j] = t;\n }\n }\n}\nexport function getCtr(dataType) {\n if (dataType === \"v2:object\") {\n return globalThis.Array;\n }\n let match = dataType.match(/v2:([US])(\\d+)/);\n if (match) {\n let [, kind, chars] = match;\n // @ts-expect-error\n return (kind === \"U\" ? UnicodeStringArray : ByteStringArray).bind(null, Number(chars));\n }\n // Handle v3 variable-length string type\n if (dataType === \"string\") {\n return globalThis.Array;\n }\n // @ts-expect-error - We've checked that the key exists\n let ctr = {\n int8: Int8Array,\n int16: Int16Array,\n int32: Int32Array,\n int64: globalThis.BigInt64Array,\n uint8: Uint8Array,\n uint16: Uint16Array,\n uint32: Uint32Array,\n uint64: globalThis.BigUint64Array,\n float16: globalThis.Float16Array,\n float32: Float32Array,\n float64: Float64Array,\n bool: BoolArray,\n }[dataType];\n if (!ctr) {\n throw new InvalidMetadataError(`Unknown or unsupported dataType: ${dataType}`);\n }\n return ctr;\n}\n/** Compute strides for 'C' or 'F' ordered array from shape */\nexport function getStrides(shape, order) {\n const rank = shape.length;\n if (typeof order === \"string\") {\n order =\n order === \"C\"\n ? Array.from({ length: rank }, (_, i) => i) // Row-major (identity order)\n : Array.from({ length: rank }, (_, i) => rank - 1 - i); // Column-major (reverse order)\n }\n assert(rank === order.length, \"Order length must match the number of dimensions.\");\n let step = 1;\n let stride = new Array(rank);\n for (let i = order.length - 1; i >= 0; i--) {\n stride[order[i]] = step;\n step *= shape[order[i]];\n }\n return stride;\n}\n// https://zarr-specs.readthedocs.io/en/latest/v3/core/v3.0.html#chunk-key-encoding\nexport function createChunkKeyEncoder({ name, configuration, }) {\n if (name === \"default\") {\n const separator = configuration?.separator ?? \"/\";\n return (chunkCoords) => [\"c\", ...chunkCoords].join(separator);\n }\n if (name === \"v2\") {\n const separator = configuration?.separator ?? \".\";\n return (chunkCoords) => chunkCoords.join(separator) || \"0\";\n }\n throw new InvalidMetadataError(`Unknown chunk key encoding: ${name}`);\n}\nfunction coerceDtype(dtype) {\n if (dtype === \"|O\") {\n return { dataType: \"v2:object\" };\n }\n let match = dtype.match(/^([<|>])(.*)$/);\n if (!match) {\n throw new InvalidMetadataError(`Invalid dtype: ${dtype}`);\n }\n let [, endian, rest] = match;\n let dataType = {\n b1: \"bool\",\n i1: \"int8\",\n u1: \"uint8\",\n i2: \"int16\",\n u2: \"uint16\",\n i4: \"int32\",\n u4: \"uint32\",\n i8: \"int64\",\n u8: \"uint64\",\n f2: \"float16\",\n f4: \"float32\",\n f8: \"float64\",\n }[rest] ??\n (rest.startsWith(\"S\") || rest.startsWith(\"U\") ? `v2:${rest}` : undefined);\n if (!dataType) {\n throw new InvalidMetadataError(`Unsupported or unknown dtype: ${dtype}`);\n }\n if (endian === \"|\") {\n return { dataType };\n }\n return { dataType, endian: endian === \"<\" ? \"little\" : \"big\" };\n}\nfunction isFixedScaleOffsetConfig(filter) {\n return ((filter.id === \"fixedscaleoffset\" ||\n filter.id === \"numcodecs.fixedscaleoffset\") &&\n typeof filter.scale === \"number\" &&\n typeof filter.offset === \"number\" &&\n (filter.astype === undefined || typeof filter.astype === \"string\") &&\n (filter.dtype === undefined || typeof filter.dtype === \"string\"));\n}\nexport function v2ToV3ArrayMetadata(meta, attributes = {}) {\n let codecs = [];\n let dtype = coerceDtype(meta.dtype);\n if (meta.order === \"F\") {\n codecs.push({ name: \"transpose\", configuration: { order: \"F\" } });\n }\n for (let filter of meta.filters ?? []) {\n // Translate the numcodecs `fixedscaleoffset` filter into the native v3\n // `scale_offset` + `cast_value` pair from #395. The v2 filter is not\n // part of the zarr v3 spec (see discussion in\n // https://github.com/manzt/zarrita.js/pull/312), but together these\n // two codecs implement the same decode semantics:\n // (enc / scale + offset).astype(dtype)\n // where `dtype` is the logical (decoded) data type the user sees and\n // `astype` is the quantized on-disk data type.\n if (filter.id === \"fixedscaleoffset\" ||\n filter.id === \"numcodecs.fixedscaleoffset\") {\n if (!isFixedScaleOffsetConfig(filter)) {\n throw new InvalidMetadataError(`Invalid fixedscaleoffset filter: ${JSON.stringify(filter)}`);\n }\n codecs.push({\n name: \"scale_offset\",\n configuration: {\n scale: filter.scale,\n offset: filter.offset,\n },\n });\n // `astype` defaults to `dtype` in numcodecs, meaning an identity\n // cast. Skip `cast_value` entirely in that case — and also when\n // `astype` equals the logical v2 dtype, since there's nothing to\n // convert.\n let astype = filter.astype ?? filter.dtype;\n if (astype !== undefined && astype !== meta.dtype) {\n let castTarget = coerceDtype(astype).dataType;\n if (!isDataType(castTarget, \"number\") &&\n !isDataType(castTarget, \"bigint\")) {\n throw new InvalidMetadataError(`fixedscaleoffset astype must be a numeric data type, got ${astype}`);\n }\n codecs.push({\n name: \"cast_value\",\n configuration: {\n data_type: castTarget,\n // `np.around` uses banker's rounding (round-half-to-even).\n rounding: \"nearest-even\",\n // Matches de-facto numpy integer-overflow behavior.\n out_of_range: \"wrap\",\n },\n });\n }\n continue;\n }\n let { id, ...configuration } = filter;\n codecs.push({ name: `numcodecs.${id}`, configuration });\n }\n // The `bytes` codec must come *after* any array-to-array codecs that\n // change the data type (e.g. `cast_value`) so that the pipeline's\n // currentMeta has been threaded through `getEncodedMeta` by the time\n // `BytesCodec.fromConfig` sees it. Relative order does not matter for\n // type-preserving codecs like `delta` or `transpose`.\n if (\"endian\" in dtype && dtype.endian === \"big\") {\n codecs.push({ name: \"bytes\", configuration: { endian: \"big\" } });\n }\n if (meta.compressor) {\n let { id, ...configuration } = meta.compressor;\n codecs.push({ name: `numcodecs.${id}`, configuration });\n }\n let dimensionNames;\n if (globalThis.Array.isArray(attributes._ARRAY_DIMENSIONS)) {\n dimensionNames = attributes._ARRAY_DIMENSIONS;\n }\n return {\n zarr_format: 3,\n node_type: \"array\",\n shape: meta.shape,\n data_type: dtype.dataType,\n chunk_grid: {\n name: \"regular\",\n configuration: {\n chunk_shape: meta.chunks,\n },\n },\n chunk_key_encoding: {\n name: \"v2\",\n configuration: {\n separator: meta.dimension_separator ?? \".\",\n },\n },\n codecs,\n fill_value: meta.fill_value,\n dimension_names: dimensionNames,\n attributes,\n };\n}\nexport function v2ToV3GroupMetadata(_meta, attributes = {}) {\n return {\n zarr_format: 3,\n node_type: \"group\",\n attributes,\n };\n}\nexport function isDataType(dtype, query) {\n if (query !== \"number\" &&\n query !== \"bigint\" &&\n query !== \"boolean\" &&\n query !== \"object\" &&\n query !== \"string\") {\n return dtype === query;\n }\n let isBoolean = dtype === \"bool\";\n if (query === \"boolean\")\n return isBoolean;\n let isString = dtype.startsWith(\"v2:U\") || dtype.startsWith(\"v2:S\") || dtype === \"string\";\n if (query === \"string\")\n return isString;\n let isBigint = dtype === \"int64\" || dtype === \"uint64\";\n if (query === \"bigint\")\n return isBigint;\n let isObject = dtype === \"v2:object\";\n if (query === \"object\")\n return isObject;\n return !isString && !isBigint && !isBoolean && !isObject;\n}\nexport function isShardingCodec(codec) {\n return codec?.name === \"sharding_indexed\";\n}\nexport function ensureCorrectScalar(metadata) {\n if ((metadata.data_type === \"uint64\" || metadata.data_type === \"int64\") &&\n metadata.fill_value != null) {\n // @ts-expect-error - We've narrowed the type of fill_value correctly\n return BigInt(metadata.fill_value);\n }\n // Zarr v3 represents IEEE 754 special float values as strings in JSON.\n // Only applies to floating-point types.\n let isFloat = metadata.data_type === \"float16\" ||\n metadata.data_type === \"float32\" ||\n metadata.data_type === \"float64\";\n if (typeof metadata.fill_value === \"string\" && isFloat) {\n let mapping = {\n NaN: NaN,\n Infinity: Infinity,\n \"-Infinity\": -Infinity,\n };\n if (metadata.fill_value in mapping) {\n return mapping[metadata.fill_value];\n }\n }\n return metadata.fill_value;\n}\n/**\n * Ensures an error matches expected type(s), otherwise rethrows.\n *\n * Unmatched errors bubble up, like Python's `except`. Narrows error types for\n * type-safe property access.\n *\n * @see {@link https://gist.github.com/manzt/3702f19abb714e21c22ce48851c75abf}\n *\n * @example\n * ```ts\n * class DatabaseError extends Error { }\n * class NetworkError extends Error { }\n *\n * try {\n * await db.query();\n * } catch (err) {\n * rethrowUnless(err, DatabaseError, NetworkError);\n * err // DatabaseError | NetworkError\n * }\n * ```\n *\n * @param error - The error to check\n * @param errors - Expected error type(s)\n * @throws The original error if it doesn't match expected type(s)\n */\n/**\n * Merge a first-class `signal` with the deprecated `opts.signal` shim.\n * If both are set, the signals are combined via `AbortSignal.any` so that\n * aborting either cancels the request.\n */\nexport function resolveSignal(opts) {\n let a = opts.signal;\n let b = opts.opts?.signal;\n if (a && b)\n return AbortSignal.any([a, b]);\n return a ?? b;\n}\nexport function rethrowUnless(error, ...errors) {\n if (!errors.some((ErrorClass) => error instanceof ErrorClass)) {\n throw error;\n }\n}\n/**\n * Make an assertion.\n *\n * Usage\n * @example\n * ```ts\n * const value: boolean = Math.random() <= 0.5;\n * assert(value, \"value is greater than than 0.5!\");\n * value // true\n * ```\n *\n * @param expression - The expression to test.\n * @param msg - The optional message to display if the assertion fails.\n * @throws an {@link Error} if `expression` is not truthy.\n */\nexport function assert(expression, msg = \"\") {\n if (!expression) {\n throw new Error(msg);\n }\n}\n/**\n * Decompress data using the given format via the Web Streams API.\n * Views backed by a SharedArrayBuffer are copied into a regular ArrayBuffer\n * since the Response constructor does not accept shared memory.\n */\nexport async function decompress(data, { format, signal }) {\n let response;\n if (data instanceof ArrayBuffer) {\n response = new Response(data);\n }\n else {\n let bytes = new Uint8Array(data.buffer, data.byteOffset, data.byteLength);\n response = new Response(bytes.slice().buffer);\n }\n assert(response.body, \"Response does not contain body.\");\n try {\n const decompressedResponse = new Response(response.body.pipeThrough(new DecompressionStream(format), { signal }));\n const buffer = await decompressedResponse.arrayBuffer();\n return buffer;\n }\n catch {\n signal?.throwIfAborted();\n throw new Error(`Failed to decode ${format}`);\n }\n}\n//# sourceMappingURL=util.js.map","import { byteswapInplace, getCtr, getStrides } from \"../util.js\";\nconst LITTLE_ENDIAN_OS = systemIsLittleEndian();\nfunction systemIsLittleEndian() {\n const a = new Uint32Array([0x12345678]);\n const b = new Uint8Array(a.buffer, a.byteOffset, a.byteLength);\n return !(b[0] === 0x12);\n}\nfunction bytesPerElement(TypedArray) {\n if (\"BYTES_PER_ELEMENT\" in TypedArray) {\n return TypedArray.BYTES_PER_ELEMENT;\n }\n // Unicode string array is backed by a Int32Array.\n return 4;\n}\nexport class BytesCodec {\n kind = \"array_to_bytes\";\n #stride;\n #TypedArray;\n #BYTES_PER_ELEMENT;\n #shape;\n #endian;\n constructor(configuration, meta) {\n this.#endian = configuration?.endian;\n this.#TypedArray = getCtr(meta.dataType);\n this.#shape = meta.shape;\n this.#stride = getStrides(meta.shape, \"C\");\n // TODO: fix me.\n // hack to get bytes per element since it's dynamic for string types.\n const sample = new this.#TypedArray(0);\n this.#BYTES_PER_ELEMENT = sample.BYTES_PER_ELEMENT;\n }\n static fromConfig(configuration, meta) {\n return new BytesCodec(configuration, meta);\n }\n encode(arr) {\n let bytes = new Uint8Array(arr.data.buffer);\n if (LITTLE_ENDIAN_OS && this.#endian === \"big\") {\n byteswapInplace(bytes, bytesPerElement(this.#TypedArray));\n }\n return bytes;\n }\n computeEncodedSize(decodedSize) {\n return decodedSize;\n }\n decode(bytes) {\n if (LITTLE_ENDIAN_OS && this.#endian === \"big\") {\n byteswapInplace(bytes, bytesPerElement(this.#TypedArray));\n }\n return {\n data: new this.#TypedArray(bytes.buffer, bytes.byteOffset, bytes.byteLength / this.#BYTES_PER_ELEMENT),\n shape: this.#shape,\n stride: this.#stride,\n };\n }\n}\n//# sourceMappingURL=bytes.js.map","/*\nUtilities for parsing Zarr V3 JSON-encoded scalars.\n\nThe Zarr V3 spec encodes numeric scalars in JSON as either:\n - a plain JSON number\n - a special float string: \"NaN\", \"Infinity\", \"-Infinity\"\n - a hex-encoded float string: \"0x...\" (raw IEEE 754 bytes as an unsigned integer)\n\nSee https://github.com/zarr-developers/zarr-specs/blob/main/docs/v3/data-types/index.rst#permitted-fill-values\n*/\nimport { InvalidMetadataError, UnsupportedError } from \"../errors.js\";\nconst SPECIAL_FLOATS = {\n NaN: NaN,\n Infinity: Infinity,\n \"-Infinity\": -Infinity,\n};\nconst FLOAT_BYTES = {\n float16: 2,\n float32: 4,\n float64: 8,\n};\nexport function isFloatType(dataType) {\n return dataType in FLOAT_BYTES;\n}\nexport function isBigintType(dataType) {\n return dataType === \"int64\" || dataType === \"uint64\";\n}\n/*\nReinterpret a hex-encoded integer as a float of the given byte width.\nThis is necessary because the Zarr V3 spec allows floats to declare their\nfill value as a hex string representing the raw bytes of the float.\n*/\nfunction hexToFloat(hex, byteWidth) {\n const int = BigInt(hex);\n const buf = new ArrayBuffer(byteWidth);\n const view = new DataView(buf);\n if (byteWidth === 2) {\n if (typeof view.getFloat16 !== \"function\") {\n throw new UnsupportedError(\"float16 hex-encoded scalar decoding (requires DataView.prototype.getFloat16)\");\n }\n view.setUint16(0, Number(int));\n return view.getFloat16(0);\n }\n if (byteWidth === 4) {\n view.setUint32(0, Number(int));\n return view.getFloat32(0);\n }\n view.setBigUint64(0, int);\n return view.getFloat64(0);\n}\n/**\n * Parse a JSON-encoded scalar value into its native JS representation\n * for the given Zarr data type.\n *\n * - Integer types: value must be a JSON number that is an integer.\n * - Bigint types (int64/uint64): value must be a JSON number that is an integer, converted to BigInt.\n * - Float types: value may be a number, a special float string, or a hex-encoded float.\n */\nexport function parseJsonScalar(dataType, value) {\n if (isBigintType(dataType)) {\n if (typeof value !== \"number\" || !Number.isInteger(value)) {\n throw new InvalidMetadataError(`Expected an integer value for data type \"${dataType}\", got ${JSON.stringify(value)}`);\n }\n return BigInt(value);\n }\n if (typeof value === \"number\") {\n if (!isFloatType(dataType) && !Number.isInteger(value)) {\n throw new InvalidMetadataError(`Expected an integer value for data type \"${dataType}\", got ${value}`);\n }\n return value;\n }\n // value is SpecialFloat | HexString — only valid for float types\n if (!isFloatType(dataType)) {\n throw new InvalidMetadataError(`String-encoded scalar \"${value}\" is not valid for non-float data type \"${dataType}\"`);\n }\n if (value in SPECIAL_FLOATS) {\n return SPECIAL_FLOATS[value];\n }\n return hexToFloat(value, FLOAT_BYTES[dataType]);\n}\n//# sourceMappingURL=json-scalar.js.map","/*\nThe cast_value codec converts an array from one data type to another by applying a defined\ncasting procedure to each element.\n\nThe specification for this codec can be found at https://github.com/zarr-developers/zarr-extensions/tree/main/codecs/cast_value\n*/\nimport { InvalidMetadataError } from \"../errors.js\";\nimport { getCtr } from \"../util.js\";\nimport { unimplementedEncode } from \"./_shared.js\";\nimport { isBigintType, isFloatType, parseJsonScalar, } from \"./json-scalar.js\";\nconst SUPPORTED = new Set([\n \"int8\",\n \"uint8\",\n \"int16\",\n \"uint16\",\n \"int32\",\n \"uint32\",\n \"int64\",\n \"uint64\",\n \"float16\",\n \"float32\",\n \"float64\",\n]);\n// Integer range bounds, keyed by data type string.\nconst INT_BOUNDS = {\n int8: [-(2 ** 7), 2 ** 7 - 1],\n uint8: [0, 2 ** 8 - 1],\n int16: [-(2 ** 15), 2 ** 15 - 1],\n uint16: [0, 2 ** 16 - 1],\n int32: [-(2 ** 31), 2 ** 31 - 1],\n uint32: [0, 2 ** 32 - 1],\n};\nconst BIGINT_BOUNDS = {\n int64: [-(2n ** 63n), 2n ** 63n - 1n],\n uint64: [0n, 2n ** 64n - 1n],\n};\n/** Parse scalar_map entries from JSON into native JS values. */\nfunction parseScalarMapEntries(entries, srcType, tgtType) {\n return entries.map(([src, tgt]) => ({\n src: parseJsonScalar(srcType, src),\n tgt: parseJsonScalar(tgtType, tgt),\n }));\n}\n/**\n * Look up a value in the scalar map. Returns the mapped target value if found,\n * or undefined if no match. NaN is matched specially (NaN !== NaN).\n */\nfunction scalarMapLookup(value, entries) {\n for (const entry of entries) {\n if (typeof entry.src === \"number\" && Number.isNaN(entry.src)) {\n if (typeof value === \"number\" && Number.isNaN(value)) {\n return entry.tgt;\n }\n }\n else if (value === entry.src) {\n return entry.tgt;\n }\n }\n return undefined;\n}\n// ---------------------------------------------------------------------------\n// Rounding — resolved once at construction, not per element.\n// ---------------------------------------------------------------------------\nfunction roundNearestEven(value) {\n if (!Number.isFinite(value))\n return value;\n // Math.round breaks ties towards +Infinity; we need ties to even.\n if (Math.abs(value - Math.trunc(value)) === 0.5) {\n const floor = Math.floor(value);\n const ceil = Math.ceil(value);\n return floor % 2 === 0 ? floor : ceil;\n }\n return Math.round(value);\n}\nfunction nearestAway(value) {\n return Math.sign(value) * Math.floor(Math.abs(value) + 0.5);\n}\n/** Resolve a RoundingMode string to a concrete function (once, at construction). */\nfunction getRoundingFn(mode) {\n switch (mode) {\n case \"nearest-even\":\n return roundNearestEven;\n case \"towards-zero\":\n return Math.trunc;\n case \"towards-positive\":\n return Math.ceil;\n case \"towards-negative\":\n return Math.floor;\n case \"nearest-away\":\n return nearestAway;\n }\n}\n// ---------------------------------------------------------------------------\n// Out-of-range handling — resolved once at construction, not per element.\n// ---------------------------------------------------------------------------\nfunction makeIntRangeCheck(lo, hi, outOfRange) {\n const range = hi - lo + 1;\n switch (outOfRange) {\n case \"clamp\":\n return (v) => (v < lo ? lo : v > hi ? hi : v);\n case \"wrap\":\n return (v) => v >= lo && v <= hi ? v : ((((v - lo) % range) + range) % range) + lo;\n default:\n return (v) => {\n if (v >= lo && v <= hi)\n return v;\n throw new Error(`Value ${v} out of range [${lo}, ${hi}]. ` +\n \"Set out_of_range='clamp' or out_of_range='wrap' to handle this.\");\n };\n }\n}\nfunction makeBigintRangeCheck(lo, hi, outOfRange) {\n const range = hi - lo + 1n;\n switch (outOfRange) {\n case \"clamp\":\n return (v) => (v < lo ? lo : v > hi ? hi : v);\n case \"wrap\":\n return (v) => v >= lo && v <= hi ? v : ((((v - lo) % range) + range) % range) + lo;\n default:\n return (v) => {\n if (v >= lo && v <= hi)\n return v;\n throw new Error(`Value ${v} out of range [${lo}, ${hi}]. ` +\n \"Set out_of_range='clamp' or out_of_range='wrap' to handle this.\");\n };\n }\n}\n// ---------------------------------------------------------------------------\n// Codec\n// ---------------------------------------------------------------------------\n/**\n * Array-to-array codec that casts element values between two numeric types.\n *\n * Two data types are in play:\n * - `ArrayDtype`: the array's declared data type (`meta.dataType`).\n * This is what the user reads/writes.\n * - `EncodedDtype`: the on-disk type (`config.data_type`).\n * This is what the bytes codec sees.\n *\n * Encode: ArrayDtype -> EncodedDtype (not implemented, throws)\n * Decode: EncodedDtype -> ArrayDtype\n */\nexport class CastValueCodec {\n kind = \"array_to_array\";\n #encodedType;\n #arrayTypeCtr;\n #decodeValue;\n #encodeFillValue;\n constructor(arrayType, encodedType, rounding, outOfRange, decodeMapEntries, encodeMapEntries) {\n this.#encodedType = encodedType;\n this.#arrayTypeCtr = getCtr(arrayType);\n this.#decodeValue = buildConverter(encodedType, arrayType, rounding, outOfRange, decodeMapEntries);\n this.#encodeFillValue = buildConverter(arrayType, encodedType, rounding, outOfRange, encodeMapEntries);\n }\n /** Return updated metadata reflecting the type and fill value after encoding. */\n getEncodedMeta(meta) {\n let fillValue = meta.fillValue;\n if (fillValue != null) {\n fillValue = this.#encodeFillValue(fillValue);\n }\n return { ...meta, dataType: this.#encodedType, fillValue };\n }\n static fromConfig(config, meta) {\n const arrayType = meta.dataType;\n const encodedType = config.data_type;\n if (!SUPPORTED.has(arrayType)) {\n throw new InvalidMetadataError(`cast_value codec does not support array data type: ${arrayType}`);\n }\n if (!SUPPORTED.has(encodedType)) {\n throw new InvalidMetadataError(`cast_value codec does not support encoded data type: ${encodedType}`);\n }\n const rounding = config.rounding ?? \"nearest-even\";\n // Decode scalar_map: entries are [encoded value, array value].\n const decodeMapEntries = config.scalar_map?.decode\n ? parseScalarMapEntries(config.scalar_map.decode, encodedType, arrayType)\n : [];\n // Encode scalar_map: entries are [array value, encoded value].\n // Used for fill value propagation.\n const encodeMapEntries = config.scalar_map?.encode\n ? parseScalarMapEntries(config.scalar_map.encode, arrayType, encodedType)\n : [];\n return new CastValueCodec(arrayType, encodedType, rounding, config.out_of_range, decodeMapEntries, encodeMapEntries);\n }\n encode = unimplementedEncode(\"cast_value\");\n decode(chunk) {\n const input = chunk.data;\n const out = new this.#arrayTypeCtr(input.length);\n for (let i = 0; i < input.length; i++) {\n out[i] = this.#decodeValue(input[i]);\n }\n return { data: out, shape: chunk.shape, stride: chunk.stride };\n }\n}\n// ---------------------------------------------------------------------------\n// Build a per-element converter function from one numeric type to another.\n// Src/Dst here are generic: the caller decides which is the \"from\" and \"to\".\n// ---------------------------------------------------------------------------\n// All type dispatch, bounds lookups, rounding resolution, and out-of-range\n// mode selection happen here — once per codec construction. The returned\n// function is a tight per-element converter with no re-dispatch.\nfunction buildConverter(sourceType, targetType, rounding, outOfRange, mapEntries) {\n const srcIsFloat = isFloatType(sourceType);\n const srcIsBigint = isBigintType(sourceType);\n const dstIsFloat = isFloatType(targetType);\n const dstIsBigint = isBigintType(targetType);\n // biome-ignore lint/suspicious/noExplicitAny: runtime dispatch across number/bigint boundary\n let baseFn;\n if (srcIsFloat && dstIsFloat) {\n if (rounding !== \"nearest-even\") {\n throw new InvalidMetadataError(`cast_value float -> float only supports \"nearest-even\" rounding, got \"${rounding}\"`);\n }\n // TypedArray assignment handles nearest-even natively.\n baseFn = (v) => v;\n }\n else if (srcIsFloat && !dstIsFloat && !dstIsBigint) {\n // float -> int (number)\n const round = getRoundingFn(rounding);\n const check = makeIntRangeCheck(...INT_BOUNDS[targetType], outOfRange);\n baseFn = (v) => {\n if (!Number.isFinite(v)) {\n throw new Error(`Cannot cast ${v} to integer type without scalar_map`);\n }\n return check(round(v));\n };\n }\n else if (srcIsFloat && dstIsBigint) {\n // float -> bigint\n const round = getRoundingFn(rounding);\n const check = makeBigintRangeCheck(...BIGINT_BOUNDS[targetType], outOfRange);\n baseFn = (v) => {\n if (!Number.isFinite(v)) {\n throw new Error(`Cannot cast ${v} to integer type without scalar_map`);\n }\n return check(BigInt(round(v)));\n };\n }\n else if (!srcIsFloat && !srcIsBigint && dstIsFloat) {\n // int (number) -> float\n baseFn = (v) => v;\n }\n else if (srcIsBigint && dstIsFloat) {\n // bigint -> float\n baseFn = (v) => Number(v);\n }\n else if (!srcIsFloat && !srcIsBigint && !dstIsFloat && !dstIsBigint) {\n // int (number) -> int (number)\n baseFn = makeIntRangeCheck(...INT_BOUNDS[targetType], outOfRange);\n }\n else if (!srcIsFloat && !srcIsBigint && dstIsBigint) {\n // int (number) -> bigint\n const check = makeBigintRangeCheck(...BIGINT_BOUNDS[targetType], outOfRange);\n baseFn = (v) => check(BigInt(v));\n }\n else if (srcIsBigint && !dstIsFloat && !dstIsBigint) {\n // bigint -> int (number)\n const check = makeIntRangeCheck(...INT_BOUNDS[targetType], outOfRange);\n baseFn = (v) => check(Number(v));\n }\n else if (srcIsBigint && dstIsBigint) {\n // bigint -> bigint\n baseFn = makeBigintRangeCheck(...BIGINT_BOUNDS[targetType], outOfRange);\n }\n else {\n throw new Error(`Unhandled type combination: ${sourceType} -> ${targetType}`);\n }\n // If there are no scalar_map entries, use the base converter directly.\n if (mapEntries.length === 0) {\n return baseFn;\n }\n // Wrap with scalar_map lookup: check map first, fall back to base conversion.\n // biome-ignore lint/suspicious/noExplicitAny: runtime dispatch across number/bigint boundary\n const fn = (v) => {\n const mapped = scalarMapLookup(v, mapEntries);\n if (mapped !== undefined)\n return mapped;\n return baseFn(v);\n };\n return fn;\n}\n//# sourceMappingURL=cast_value.js.map","import { unimplementedEncode } from \"./_shared.js\";\nexport class Crc32cCodec {\n kind = \"bytes_to_bytes\";\n static fromConfig() {\n return new Crc32cCodec();\n }\n encode = unimplementedEncode(\"crc32c\");\n decode(arr) {\n return new Uint8Array(arr.buffer, arr.byteOffset, arr.byteLength - 4);\n }\n computeEncodedSize(decodedSize) {\n return decodedSize + 4;\n }\n}\n//# sourceMappingURL=crc32c.js.map","import { InvalidMetadataError } from \"../errors.js\";\nimport { getCtr } from \"../util.js\";\nconst SUPPORTED = new Set([\n \"int8\",\n \"uint8\",\n \"int16\",\n \"uint16\",\n \"int32\",\n \"uint32\",\n \"int64\",\n \"uint64\",\n \"float16\",\n \"float32\",\n \"float64\",\n]);\n// The python codecs flatten with arr.reshape(-1, order='A').\n// The zarrita codec uses the byte order of the data.\n// These two are only equivalent if the array strides are C style or Fortran style.\nfunction assertCOrFContiguous(shape, stride) {\n const n = shape.length;\n let c = n === 0 || stride[n - 1] === 1;\n for (let i = n - 2; i >= 0 && c; i--) {\n c = stride[i] === stride[i + 1] * shape[i + 1];\n }\n if (c)\n return;\n let f = n === 0 || stride[0] === 1;\n for (let i = 1; i < n && f; i++) {\n f = stride[i] === stride[i - 1] * shape[i - 1];\n }\n if (f)\n return;\n throw new Error(`DeltaCodec requires C- or Fortran-contiguous strides, got shape=${JSON.stringify(shape)} stride=${JSON.stringify(stride)}`);\n}\nexport class DeltaCodec {\n kind = \"array_to_array\";\n #ctr;\n constructor(ctr) {\n this.#ctr = ctr;\n }\n static fromConfig(_config, meta) {\n if (!SUPPORTED.has(meta.dataType)) {\n throw new InvalidMetadataError(`Delta codec does not support data type: ${meta.dataType}`);\n }\n return new DeltaCodec(getCtr(meta.dataType));\n }\n encode(chunk) {\n assertCOrFContiguous(chunk.shape, chunk.stride);\n const src = chunk.data;\n const out = new this.#ctr(src.length);\n out[0] = src[0];\n for (let i = 1; i < src.length; i++) {\n // @ts-expect-error - mix of bigint and number always safe to subtract\n out[i] = src[i] - src[i - 1];\n }\n return { data: out, shape: chunk.shape, stride: chunk.stride };\n }\n decode(chunk) {\n assertCOrFContiguous(chunk.shape, chunk.stride);\n const src = chunk.data;\n const out = new this.#ctr(src.length);\n out[0] = src[0];\n for (let i = 1; i < src.length; i++) {\n // @ts-expect-error - mix of bigint and number always safe to add\n out[i] = out[i - 1] + src[i];\n }\n return { data: out, shape: chunk.shape, stride: chunk.stride };\n }\n}\n//# sourceMappingURL=delta.js.map","import { decompress } from \"../util.js\";\nimport { unimplementedEncode } from \"./_shared.js\";\nexport class GzipCodec {\n kind = \"bytes_to_bytes\";\n static fromConfig(_) {\n return new GzipCodec();\n }\n encode = unimplementedEncode(\"gzip\");\n async decode(bytes) {\n const buffer = await decompress(bytes, { format: \"gzip\" });\n return new Uint8Array(buffer);\n }\n}\n//# sourceMappingURL=gzip.js.map","import { assert, getStrides, jsonDecodeObject } from \"../util.js\";\n// Reference: https://stackoverflow.com/a/21897413\nfunction throwOnNanReplacer(_key, value) {\n assert(!Number.isNaN(value), \"JsonCodec allow_nan is false but NaN was encountered during encoding.\");\n assert(value !== Number.POSITIVE_INFINITY, \"JsonCodec allow_nan is false but Infinity was encountered during encoding.\");\n assert(value !== Number.NEGATIVE_INFINITY, \"JsonCodec allow_nan is false but -Infinity was encountered during encoding.\");\n return value;\n}\n// Reference: https://gist.github.com/davidfurlong/463a83a33b70a3b6618e97ec9679e490\nfunction sortKeysReplacer(_key, value) {\n return value instanceof Object && !Array.isArray(value)\n ? Object.keys(value)\n .sort()\n .reduce((sorted, key) => {\n sorted[key] = value[key];\n return sorted;\n }, {})\n : value;\n}\nexport class JsonCodec {\n configuration;\n kind = \"array_to_bytes\";\n #encoderConfig;\n #decoderConfig;\n constructor(configuration = {}) {\n this.configuration = configuration;\n // Reference: https://github.com/zarr-developers/numcodecs/blob/0878717a3613d91a453fe3d3716aa9c67c023a8b/numcodecs/json.py#L36\n const { encoding = \"utf-8\", skipkeys = false, ensure_ascii = true, check_circular = true, allow_nan = true, sort_keys = true, indent, strict = true, } = configuration;\n let separators = configuration.separators;\n if (!separators) {\n // ensure separators are explicitly specified, and consistent behaviour across\n // Python versions, and most compact representation if indent is None\n if (!indent) {\n separators = [\",\", \":\"];\n }\n else {\n separators = [\", \", \": \"];\n }\n }\n this.#encoderConfig = {\n encoding,\n skipkeys,\n ensure_ascii,\n check_circular,\n allow_nan,\n indent,\n separators,\n sort_keys,\n };\n this.#decoderConfig = { strict };\n }\n static fromConfig(configuration) {\n return new JsonCodec(configuration);\n }\n encode(buf) {\n const { indent, encoding, ensure_ascii, check_circular, allow_nan, sort_keys, } = this.#encoderConfig;\n assert(encoding === \"utf-8\", \"JsonCodec does not yet support non-utf-8 encoding.\");\n const replacerFunctions = [];\n // By default, for JSON.stringify,\n // a TypeError will be thrown if one attempts to encode an object with circular references\n assert(check_circular, \"JsonCodec does not yet support skipping the check for circular references during encoding.\");\n if (!allow_nan) {\n // Throw if NaN/Infinity/-Infinity are encountered during encoding.\n replacerFunctions.push(throwOnNanReplacer);\n }\n if (sort_keys) {\n // We can ensure keys are sorted but not really the opposite since\n // there is no guarantee of key ordering in JS.\n replacerFunctions.push(sortKeysReplacer);\n }\n const items = Array.from(buf.data);\n items.push(\"|O\");\n items.push(buf.shape);\n let replacer;\n if (replacerFunctions.length) {\n replacer = (key, value) => {\n let newValue = value;\n for (let subReplacer of replacerFunctions) {\n newValue = subReplacer(key, newValue);\n }\n return newValue;\n };\n }\n let jsonStr = JSON.stringify(items, replacer, indent);\n if (ensure_ascii) {\n // If ensure_ascii is true (the default), the output is guaranteed\n // to have all incoming non-ASCII characters escaped.\n // If ensure_ascii is false, these characters will be output as-is.\n // Reference: https://stackoverflow.com/a/31652607\n jsonStr = jsonStr.replace(/[\\u007F-\\uFFFF]/g, (chr) => {\n const fullStr = `0000${chr.charCodeAt(0).toString(16)}`;\n const subStr = fullStr.substring(fullStr.length - 4);\n return `\\\\u${subStr}`;\n });\n }\n return new TextEncoder().encode(jsonStr);\n }\n decode(bytes) {\n const { strict } = this.#decoderConfig;\n // (i.e., allowing control characters inside strings)\n assert(strict, \"JsonCodec does not yet support non-strict decoding.\");\n const items = jsonDecodeObject(bytes);\n const shape = items.pop();\n items.pop(); // Pop off dtype (unused)\n // O-d case\n assert(shape, \"0D not implemented for JsonCodec.\");\n const stride = getStrides(shape, \"C\");\n const data = items;\n return { data, shape, stride };\n }\n}\n//# sourceMappingURL=json2.js.map","/*\nThe scale_offset codec is an array -> array codec that shifts and\nscales input array values on the encoding path, and inverts this\ntransformation on the decoding path. This codec is only defined for\na specific set of data types (ints and floats). This codec preserves the data type\nof the array.\n\nThe specification for this codec can be found at https://github.com/zarr-developers/zarr-extensions/tree/main/codecs/scale_offset\n*/\nimport { InvalidMetadataError } from \"../errors.js\";\nimport { getCtr } from \"../util.js\";\nimport { unimplementedEncode } from \"./_shared.js\";\nimport { parseJsonScalar, } from \"./json-scalar.js\";\nconst SUPPORTED = new Set([\n \"int8\",\n \"uint8\",\n \"int16\",\n \"uint16\",\n \"int32\",\n \"uint32\",\n \"int64\",\n \"uint64\",\n \"float16\",\n \"float32\",\n \"float64\",\n]);\nexport class ScaleOffsetCodec {\n kind = \"array_to_array\";\n #ctr;\n #scale;\n #offset;\n constructor(scale, offset, ctr) {\n this.#scale = scale;\n this.#offset = offset;\n this.#ctr = ctr;\n }\n static fromConfig(config, meta) {\n if (!SUPPORTED.has(meta.dataType)) {\n throw new InvalidMetadataError(`scale_offset codec does not support data type: ${meta.dataType}`);\n }\n return new ScaleOffsetCodec(parseJsonScalar(meta.dataType, config.scale ?? 1), parseJsonScalar(meta.dataType, config.offset ?? 0), getCtr(meta.dataType));\n }\n encode = unimplementedEncode(\"scale_offset\");\n decode(chunk) {\n const src = chunk.data;\n const out = new this.#ctr(src.length);\n for (let i = 0; i < src.length; i++) {\n // @ts-expect-error - mix of bigint and number arithmetic is safe here\n out[i] = src[i] / this.#scale + this.#offset;\n }\n return { data: out, shape: chunk.shape, stride: chunk.stride };\n }\n}\n//# sourceMappingURL=scale_offset.js.map","import { assert, getCtr } from \"../util.js\";\n/**\n * Shuffle filter codec (numcodecs compat).\n *\n * Reorders bytes so that corresponding bytes of each element are grouped\n * together, improving compression of typed data.\n */\nexport class ShuffleCodec {\n kind = \"bytes_to_bytes\";\n #BYTES_PER_ELEMENT;\n constructor(configuration, meta) {\n if (meta) {\n let sample = new (getCtr(meta.dataType))(0);\n assert(\"BYTES_PER_ELEMENT\" in sample, `Shuffle codec requires a fixed-size dtype, got \"${meta.dataType}\"`);\n this.#BYTES_PER_ELEMENT = sample.BYTES_PER_ELEMENT;\n }\n else {\n this.#BYTES_PER_ELEMENT = configuration.elementsize ?? 4;\n }\n }\n static fromConfig(configuration, meta) {\n return new ShuffleCodec(configuration, meta);\n }\n encode(data) {\n return shuffle(data, this.#BYTES_PER_ELEMENT);\n }\n decode(data) {\n return unshuffle(data, this.#BYTES_PER_ELEMENT);\n }\n}\nfunction shuffle(data, elementSize) {\n let length = data.length;\n let nElements = Math.floor(length / elementSize);\n let result = new Uint8Array(length);\n for (let byte = 0; byte < elementSize; byte++) {\n for (let i = 0; i < nElements; i++) {\n result[byte * nElements + i] = data[i * elementSize + byte];\n }\n }\n return result;\n}\nfunction unshuffle(data, elementSize) {\n let length = data.length;\n let nElements = Math.floor(length / elementSize);\n let result = new Uint8Array(length);\n for (let byte = 0; byte < elementSize; byte++) {\n for (let i = 0; i < nElements; i++) {\n result[i * elementSize + byte] = data[byte * nElements + i];\n }\n }\n return result;\n}\n//# sourceMappingURL=shuffle.js.map","import { BoolArray, ByteStringArray, UnicodeStringArray, } from \"../typedarray.js\";\nimport { assert, getStrides } from \"../util.js\";\nfunction proxy(arr) {\n if (arr instanceof BoolArray ||\n arr instanceof ByteStringArray ||\n arr instanceof UnicodeStringArray) {\n // @ts-expect-error - TS cannot infer arr is a TypedArrayProxy\n const arrp = new Proxy(arr, {\n get(target, prop) {\n return target.get(Number(prop));\n },\n set(target, prop, value) {\n // @ts-expect-error - value is OK\n target.set(Number(prop), value);\n return true;\n },\n });\n return arrp;\n }\n // @ts-expect-error - TS cannot infer arr is a TypedArrayProxy\n return arr;\n}\nfunction emptyLike(chunk, order) {\n let data;\n if (chunk.data instanceof ByteStringArray ||\n chunk.data instanceof UnicodeStringArray) {\n data = new chunk.constructor(\n // @ts-expect-error\n chunk.data.length, chunk.data.chars);\n }\n else {\n data = new chunk.constructor(chunk.data.length);\n }\n return {\n data,\n shape: chunk.shape,\n stride: getStrides(chunk.shape, order),\n };\n}\nfunction convertArrayOrder(src, target) {\n let out = emptyLike(src, target);\n let nDims = src.shape.length;\n let size = src.data.length;\n let index = Array(nDims).fill(0);\n let srcData = proxy(src.data);\n let outData = proxy(out.data);\n for (let srcIdx = 0; srcIdx < size; srcIdx++) {\n let outIdx = 0;\n for (let dim = 0; dim < nDims; dim++) {\n outIdx += index[dim] * out.stride[dim];\n }\n outData[outIdx] = srcData[srcIdx];\n index[0] += 1;\n for (let dim = 0; dim < nDims; dim++) {\n if (index[dim] === src.shape[dim]) {\n if (dim + 1 === nDims) {\n break;\n }\n index[dim] = 0;\n index[dim + 1] += 1;\n }\n }\n }\n return out;\n}\n/** Determine the memory order (axis permutation) for a chunk */\nfunction getOrder(chunk) {\n let rank = chunk.shape.length;\n assert(rank === chunk.stride.length, \"Shape and stride must have the same length.\");\n return chunk.stride\n .map((s, i) => ({ stride: s, index: i }))\n .sort((a, b) => b.stride - a.stride)\n .map((entry) => entry.index);\n}\nfunction matchesOrder(chunk, target) {\n let source = getOrder(chunk);\n assert(source.length === target.length, \"Orders must match\");\n return source.every((dim, i) => dim === target[i]);\n}\nexport class TransposeCodec {\n kind = \"array_to_array\";\n #order;\n #inverseOrder;\n constructor(configuration, meta) {\n let value = configuration.order ?? \"C\";\n let rank = meta.shape.length;\n let order = new Array(rank);\n let inverseOrder = new Array(rank);\n if (value === \"C\") {\n for (let i = 0; i < rank; ++i) {\n order[i] = i;\n inverseOrder[i] = i;\n }\n }\n else if (value === \"F\") {\n for (let i = 0; i < rank; ++i) {\n order[i] = rank - i - 1;\n inverseOrder[i] = rank - i - 1;\n }\n }\n else {\n order = value;\n order.forEach((x, i) => {\n assert(inverseOrder[x] === undefined, `Invalid permutation: ${JSON.stringify(value)}`);\n inverseOrder[x] = i;\n });\n }\n this.#order = order;\n this.#inverseOrder = inverseOrder;\n }\n static fromConfig(configuration, meta) {\n return new TransposeCodec(configuration, meta);\n }\n encode(arr) {\n if (matchesOrder(arr, this.#inverseOrder)) {\n // can skip making a copy\n return arr;\n }\n return convertArrayOrder(arr, this.#inverseOrder);\n }\n decode(arr) {\n return {\n data: arr.data,\n shape: arr.shape,\n stride: getStrides(arr.shape, this.#order),\n };\n }\n}\n//# sourceMappingURL=transpose.js.map","import { getStrides } from \"../util.js\";\nimport { unimplementedEncode } from \"./_shared.js\";\nexport class VLenUTF8 {\n kind = \"array_to_bytes\";\n #shape;\n #strides;\n constructor(shape) {\n this.#shape = shape;\n this.#strides = getStrides(shape, \"C\");\n }\n static fromConfig(_, meta) {\n return new VLenUTF8(meta.shape);\n }\n encode = unimplementedEncode(\"vlen-utf8\");\n decode(bytes) {\n let decoder = new TextDecoder();\n let view = new DataView(bytes.buffer);\n let data = Array(view.getUint32(0, true));\n let pos = 4;\n for (let i = 0; i < data.length; i++) {\n let itemLength = view.getUint32(pos, true);\n pos += 4;\n data[i] = decoder.decode(bytes.buffer.slice(pos, pos + itemLength));\n pos += itemLength;\n }\n return { data, shape: this.#shape, stride: this.#strides };\n }\n}\n//# sourceMappingURL=vlen-utf8.js.map","import { decompress } from \"../util.js\";\nimport { unimplementedEncode } from \"./_shared.js\";\nexport class ZlibCodec {\n kind = \"bytes_to_bytes\";\n static fromConfig(_) {\n return new ZlibCodec();\n }\n encode = unimplementedEncode(\"zlib\");\n async decode(bytes) {\n const buffer = await decompress(bytes, { format: \"deflate\" });\n return new Uint8Array(buffer);\n }\n}\n//# sourceMappingURL=zlib.js.map","import { BitroundCodec } from \"./codecs/bitround.js\";\nimport { BytesCodec } from \"./codecs/bytes.js\";\nimport { CastValueCodec } from \"./codecs/cast_value.js\";\nimport { Crc32cCodec } from \"./codecs/crc32c.js\";\nimport { DeltaCodec } from \"./codecs/delta.js\";\nimport { GzipCodec } from \"./codecs/gzip.js\";\nimport { JsonCodec } from \"./codecs/json2.js\";\nimport { ScaleOffsetCodec } from \"./codecs/scale_offset.js\";\nimport { ShuffleCodec } from \"./codecs/shuffle.js\";\nimport { TransposeCodec } from \"./codecs/transpose.js\";\nimport { VLenUTF8 } from \"./codecs/vlen-utf8.js\";\nimport { ZlibCodec } from \"./codecs/zlib.js\";\nimport { CodecPipelineError, InvalidMetadataError, UnknownCodecError, } from \"./errors.js\";\nfunction createDefaultRegistry() {\n let blosc = () => import(\"numcodecs/blosc\").then((m) => m.default);\n let lz4 = () => import(\"numcodecs/lz4\").then((m) => m.default);\n let zstd = () => import(\"numcodecs/zstd\").then((m) => m.default);\n let gzip = () => GzipCodec;\n let zlib = () => ZlibCodec;\n return (new Map()\n // v3 codecs\n .set(\"blosc\", blosc)\n .set(\"lz4\", lz4)\n .set(\"zstd\", zstd)\n .set(\"gzip\", gzip)\n .set(\"zlib\", zlib)\n .set(\"transpose\", () => TransposeCodec)\n .set(\"bytes\", () => BytesCodec)\n .set(\"crc32c\", () => Crc32cCodec)\n .set(\"vlen-utf8\", () => VLenUTF8)\n .set(\"json2\", () => JsonCodec)\n .set(\"bitround\", () => BitroundCodec)\n .set(\"cast_value\", () => CastValueCodec)\n .set(\"scale_offset\", () => ScaleOffsetCodec)\n // numcodecs (v2 compat)\n .set(\"numcodecs.blosc\", blosc)\n .set(\"numcodecs.lz4\", lz4)\n .set(\"numcodecs.zstd\", zstd)\n .set(\"numcodecs.gzip\", gzip)\n .set(\"numcodecs.zlib\", zlib)\n .set(\"numcodecs.vlen-utf8\", () => VLenUTF8)\n .set(\"numcodecs.shuffle\", () => ShuffleCodec)\n .set(\"numcodecs.delta\", () => DeltaCodec)\n .set(\"numcodecs.bitround\", () => BitroundCodec)\n .set(\"numcodecs.json2\", () => JsonCodec));\n}\nexport const registry = createDefaultRegistry();\nexport function createCodecPipeline(chunkMetadata) {\n // Lazily load codecs on first use. The promise is shared by all methods.\n let codecsPromise;\n function getCodecs() {\n if (!codecsPromise)\n codecsPromise = loadCodecs(chunkMetadata);\n return codecsPromise;\n }\n async function runStep(direction, codec, fn) {\n try {\n return await fn();\n }\n catch (cause) {\n throw new CodecPipelineError({ direction, codec, cause });\n }\n }\n return {\n async encode(chunk) {\n let codecs = await getCodecs();\n for (const { name, codec } of codecs.arrayToArray) {\n chunk = await runStep(\"encode\", name, () => codec.encode(chunk));\n }\n let bytes = await runStep(\"encode\", codecs.arrayToBytes.name, () => codecs.arrayToBytes.codec.encode(chunk));\n for (const { name, codec } of codecs.bytesToBytes) {\n bytes = await runStep(\"encode\", name, () => codec.encode(bytes));\n }\n return bytes;\n },\n async decode(bytes) {\n let codecs = await getCodecs();\n for (let i = codecs.bytesToBytes.length - 1; i >= 0; i--) {\n const { name, codec } = codecs.bytesToBytes[i];\n bytes = await runStep(\"decode\", name, () => codec.decode(bytes));\n }\n let chunk = await runStep(\"decode\", codecs.arrayToBytes.name, () => codecs.arrayToBytes.codec.decode(bytes));\n for (let i = codecs.arrayToArray.length - 1; i >= 0; i--) {\n const { name, codec } = codecs.arrayToArray[i];\n chunk = await runStep(\"decode\", name, () => codec.decode(chunk));\n }\n return chunk;\n },\n async computeEncodedSize(decodedSize) {\n let codecs = await getCodecs();\n let size = applyEncodedSize(codecs.arrayToBytes.name, codecs.arrayToBytes.codec, decodedSize);\n for (const { name, codec } of codecs.bytesToBytes) {\n size = applyEncodedSize(name, codec, size);\n }\n return size;\n },\n };\n}\nfunction applyEncodedSize(name, codec, size) {\n if (!codec.computeEncodedSize) {\n throw new InvalidMetadataError(`Codec \"${name}\" cannot compute its encoded size; it is not a fixed-size codec and cannot be used in a sharding index pipeline`);\n }\n return codec.computeEncodedSize(size);\n}\nasync function loadCodecs(chunkMeta) {\n let promises = chunkMeta.codecs.map(async (meta) => {\n let Codec = await registry.get(meta.name)?.();\n if (!Codec) {\n throw new UnknownCodecError(meta.name);\n }\n return { Codec, meta };\n });\n let arrayToArray = [];\n let arrayToBytes;\n let bytesToBytes = [];\n // Track the \"current\" data type through the codec chain. Array-to-array\n // codecs like cast_value may change the type, and subsequent codecs\n // (especially bytes) need to see the updated type.\n let currentMeta = { ...chunkMeta };\n for await (let { Codec, meta } of promises) {\n let codec = Codec.fromConfig(meta.configuration, currentMeta);\n switch (codec.kind) {\n case \"array_to_array\":\n arrayToArray.push({\n name: meta.name,\n codec: codec,\n });\n // Array-to-array codecs like cast_value may change the data type\n // (and derived metadata like fill_value) between the array's\n // declared type and what's stored on disk. We call getEncodedMeta\n // so that subsequent codecs in the chain — especially the bytes\n // codec — see the correct on-disk type and fill value.\n if (codec.getEncodedMeta) {\n currentMeta = codec.getEncodedMeta(currentMeta);\n }\n break;\n case \"array_to_bytes\":\n arrayToBytes = {\n name: meta.name,\n codec: codec,\n };\n break;\n default:\n bytesToBytes.push({\n name: meta.name,\n codec: codec,\n });\n }\n }\n if (!arrayToBytes) {\n if (!isTypedArrayLikeMeta(currentMeta)) {\n throw new InvalidMetadataError(`Cannot encode ${currentMeta.dataType} to bytes without a codec`);\n }\n arrayToBytes = {\n name: \"bytes\",\n codec: BytesCodec.fromConfig({ endian: \"little\" }, currentMeta),\n };\n }\n return {\n arrayToArray,\n arrayToBytes,\n bytesToBytes,\n };\n}\nfunction isTypedArrayLikeMeta(meta) {\n return meta.dataType !== \"v2:object\" && meta.dataType !== \"string\";\n}\n//# sourceMappingURL=codecs.js.map","import { createCodecPipeline } from \"../codecs.js\";\nimport { UnsupportedError } from \"../errors.js\";\nconst MAX_BIG_UINT = 18446744073709551615n;\nexport function createShardedChunkGetter(location, shardShape, encodeShardKey, shardingConfig) {\n if (!location.store.getRange) {\n throw new UnsupportedError(\"sharding requires a store with getRange\");\n }\n let getRange = location.store.getRange.bind(location.store);\n let indexShape = shardShape.map((d, i) => d / shardingConfig.chunk_shape[i]);\n let indexCodec = createCodecPipeline({\n dataType: \"uint64\",\n shape: [...indexShape, 2],\n codecs: shardingConfig.index_codecs,\n fillValue: null,\n });\n // The shard index is a uint64 array with shape [...indexShape, 2]\n // (offset, length) per inner chunk. Its on-disk size depends on the\n // index_codecs pipeline — e.g. crc32c appends 4 bytes — so we ask the\n // pipeline rather than hardcoding any constant.\n let rawIndexSize = 16 * indexShape.reduce((a, b) => a * b, 1);\n let cache = {};\n return async (chunkCoord, options) => {\n let shardCoord = chunkCoord.map((d, i) => Math.floor(d / indexShape[i]));\n let shardPath = location.resolve(encodeShardKey(shardCoord)).path;\n if (!(shardPath in cache)) {\n cache[shardPath] = (async () => {\n let suffixLength = await indexCodec.computeEncodedSize(rawIndexSize);\n let bytes = await getRange(shardPath, { suffixLength }, options);\n return bytes ? await indexCodec.decode(bytes) : null;\n })().catch((err) => {\n delete cache[shardPath];\n throw err;\n });\n }\n let index = await cache[shardPath];\n if (index === null) {\n return undefined;\n }\n let { data, shape, stride } = index;\n let linearOffset = chunkCoord\n .map((d, i) => d % shape[i])\n .reduce((acc, sel, idx) => acc + sel * stride[idx], 0);\n let offset = data[linearOffset];\n let length = data[linearOffset + 1];\n // write null chunk when 2^64-1 indicates fill value\n if (offset === MAX_BIG_UINT && length === MAX_BIG_UINT) {\n return undefined;\n }\n return getRange(shardPath, {\n offset: Number(offset),\n length: Number(length),\n }, options);\n };\n}\n//# sourceMappingURL=sharding.js.map","import { createShardedChunkGetter } from \"./codecs/sharding.js\";\nimport { createCodecPipeline } from \"./codecs.js\";\nimport { assertSharedArrayBufferAvailable, createBuffer, createChunkKeyEncoder, ensureCorrectScalar, getCtr, getStrides, isDataType, isShardingCodec, } from \"./util.js\";\nexport class Location {\n store;\n path;\n constructor(store, path = \"/\") {\n this.store = store;\n this.path = path;\n }\n resolve(path) {\n // reuse URL resolution logic built into the browser\n // handles relative paths, absolute paths, etc.\n let root = new URL(`file://${this.path.endsWith(\"/\") ? this.path : `${this.path}/`}`);\n return new Location(this.store, decodeURIComponent(new URL(path, root).pathname));\n }\n}\nexport function root(store) {\n return new Location(store ?? new Map());\n}\nexport class Group extends Location {\n kind = \"group\";\n #metadata;\n constructor(store, path, metadata) {\n super(store, path);\n this.#metadata = metadata;\n }\n get attrs() {\n return this.#metadata.attributes;\n }\n}\nfunction getArrayOrder(codecs) {\n const maybeTransposeCodec = codecs.find((c) => c.name === \"transpose\");\n // @ts-expect-error - TODO: Should validate?\n return maybeTransposeCodec?.configuration?.order ?? \"C\";\n}\nconst CONTEXT_MARKER = Symbol(\"zarrita.context\");\nexport function getContext(obj) {\n return obj[CONTEXT_MARKER];\n}\nfunction createContext(location, metadata) {\n let { configuration } = metadata.codecs.find(isShardingCodec) ?? {};\n let sharedContext = {\n encodeChunkKey: createChunkKeyEncoder(metadata.chunk_key_encoding),\n TypedArray: getCtr(metadata.data_type),\n fillValue: metadata.fill_value,\n };\n if (configuration) {\n let nativeOrder = getArrayOrder(configuration.codecs);\n return {\n ...sharedContext,\n kind: \"sharded\",\n chunkShape: configuration.chunk_shape,\n codec: createCodecPipeline({\n dataType: metadata.data_type,\n shape: configuration.chunk_shape,\n codecs: configuration.codecs,\n fillValue: metadata.fill_value,\n }),\n getStrides(shape) {\n return getStrides(shape, nativeOrder);\n },\n getChunkBytes: createShardedChunkGetter(location, metadata.chunk_grid.configuration.chunk_shape, sharedContext.encodeChunkKey, configuration),\n };\n }\n let nativeOrder = getArrayOrder(metadata.codecs);\n return {\n ...sharedContext,\n kind: \"regular\",\n chunkShape: metadata.chunk_grid.configuration.chunk_shape,\n codec: createCodecPipeline({\n dataType: metadata.data_type,\n shape: metadata.chunk_grid.configuration.chunk_shape,\n codecs: metadata.codecs,\n fillValue: metadata.fill_value,\n }),\n getStrides(shape) {\n return getStrides(shape, nativeOrder);\n },\n async getChunkBytes(chunkCoords, options) {\n let chunkKey = sharedContext.encodeChunkKey(chunkCoords);\n let chunkPath = location.resolve(chunkKey).path;\n return location.store.get(chunkPath, options);\n },\n };\n}\nexport class Array extends Location {\n kind = \"array\";\n #metadata;\n [CONTEXT_MARKER];\n constructor(store, path, metadata) {\n super(store, path);\n this.#metadata = {\n ...metadata,\n fill_value: ensureCorrectScalar(metadata),\n };\n this[CONTEXT_MARKER] = createContext(this, this.#metadata);\n }\n get attrs() {\n return this.#metadata.attributes;\n }\n get dimensionNames() {\n return this.#metadata.dimension_names;\n }\n get fillValue() {\n return this.#metadata.fill_value;\n }\n get shape() {\n return this.#metadata.shape;\n }\n get chunks() {\n return this[CONTEXT_MARKER].chunkShape;\n }\n get dtype() {\n return this.#metadata.data_type;\n }\n async getChunk(chunkCoords, options, opts) {\n if (opts?.useSharedArrayBuffer) {\n assertSharedArrayBufferAvailable();\n }\n let context = this[CONTEXT_MARKER];\n let maybeBytes = await context.getChunkBytes(chunkCoords, options);\n if (!maybeBytes) {\n let size = context.chunkShape.reduce((a, b) => a * b, 1);\n let data;\n if (opts?.useSharedArrayBuffer) {\n let sample = new context.TypedArray(0);\n if (!(\"BYTES_PER_ELEMENT\" in sample)) {\n console.warn(\"zarrita: useSharedArrayBuffer is not supported for non-buffer-backed data types.\");\n data = new context.TypedArray(size);\n }\n else {\n let buffer = createBuffer(size * sample.BYTES_PER_ELEMENT, true);\n data = new context.TypedArray(buffer, 0, size);\n }\n }\n else {\n data = new context.TypedArray(size);\n }\n // @ts-expect-error: TS can't infer that `fillValue` is union (assumes never) but this is ok\n data.fill(context.fillValue);\n return {\n data,\n shape: context.chunkShape,\n stride: context.getStrides(context.chunkShape),\n };\n }\n return context.codec.decode(maybeBytes);\n }\n /**\n * A helper method to narrow `zarr.Array` Dtype.\n *\n * ```typescript\n * let arr: zarr.Array = zarr.open(store, { kind: \"array\" });\n *\n * // Option 1: narrow by scalar type (e.g. \"bool\", \"raw\", \"bigint\", \"number\")\n * if (arr.is(\"bigint\")) {\n * // zarr.Array<\"int64\" | \"uint64\", FetchStore>\n * }\n *\n * // Option 3: exact match\n * if (arr.is(\"float32\")) {\n * // zarr.Array<\"float32\", FetchStore, \"/\">\n * }\n * ```\n */\n is(query) {\n return isDataType(this.dtype, query);\n }\n}\n//# sourceMappingURL=hierarchy.js.map","/**\n * Walk a list of extensions, calling each synchronously until one returns a\n * `Promise`. From that point on, chain the remaining extensions with `.then`\n * so the caller only pays the cost of a Promise if any step actually needs\n * one. This is the shared runtime used by `extendStore` and `extendArray`.\n */\nexport function applyExtensions(value, extensions) {\n let result = value;\n for (let ext of extensions) {\n if (result instanceof Promise) {\n result = result.then((v) => ext(v));\n }\n else {\n result = ext(result);\n }\n }\n return result;\n}\n//# sourceMappingURL=extend.js.map","import { applyExtensions } from \"./extend.js\";\nexport function extendArray(array, ...extensions) {\n return applyExtensions(array, extensions);\n}\n//# sourceMappingURL=extend-array.js.map","/**\n * Open Zarr arrays and groups from a {@link Readable} store.\n *\n * The main entry point is {@linkcode open}, which auto-detects whether the\n * target node is a Zarr v2 or v3 array/group. Use {@linkcode open.v2} or\n * {@linkcode open.v3} to pin a specific format.\n *\n * ```ts\n * import * as zarr from \"zarrita\";\n *\n * const store = new zarr.FetchStore(\"https://example.com/data.zarr\");\n *\n * // Auto-detect version and node kind.\n * const node = await zarr.open(store);\n *\n * // Or narrow to an array (throws NotFoundError if it's a group).\n * const arr = await zarr.open(store, { kind: \"array\" });\n * ```\n *\n * @module\n */\nimport { InvalidMetadataError, NotFoundError } from \"./errors.js\";\nimport { extendArray } from \"./extension/extend-array.js\";\nimport { Array, Group, Location } from \"./hierarchy.js\";\nimport { ensureCorrectScalar, jsonDecodeObject, rethrowUnless, v2ToV3ArrayMetadata, v2ToV3GroupMetadata, } from \"./util.js\";\n/**\n * If the backing store carries `arrayExtensions` (typically contributed by\n * a virtual-format adapter built on `defineStoreExtension`), wrap the array\n * with them before handing it back. Inner-first, outer-last: the outermost\n * store extension's array extension becomes the outermost array wrapper.\n */\nasync function maybeExtend(array) {\n let exts = array.store.arrayExtensions;\n if (!exts?.length)\n return array;\n // Fixed-arity overloads of `extendArray` don't model variadic spreads,\n // so thread the rest-parameter implementation directly.\n let variadic = extendArray;\n return await variadic(array, ...exts);\n}\nexport let VERSION_COUNTER = createVersionCounter();\nfunction createVersionCounter() {\n let versionCounts = new WeakMap();\n function getCounts(store) {\n let counts = versionCounts.get(store) ?? { v2: 0, v3: 0 };\n versionCounts.set(store, counts);\n return counts;\n }\n return {\n increment(store, version) {\n getCounts(store)[version] += 1;\n },\n versionMax(store) {\n let counts = getCounts(store);\n return counts.v3 > counts.v2 ? \"v3\" : \"v2\";\n },\n };\n}\nasync function loadAttrs(location, signal) {\n let metaBytes = await location.store.get(location.resolve(\".zattrs\").path, {\n signal,\n });\n if (!metaBytes)\n return {};\n return jsonDecodeObject(metaBytes);\n}\nasync function openV2(location, options = {}) {\n let loc = \"store\" in location ? location : new Location(location);\n let { signal } = options;\n let attrs = {};\n if (options.attrs ?? true)\n attrs = await loadAttrs(loc, signal);\n signal?.throwIfAborted();\n if (options.kind === \"array\")\n return openArrayV2(loc, attrs, signal);\n if (options.kind === \"group\")\n return openGroupV2(loc, attrs, signal);\n return openArrayV2(loc, attrs, signal).catch((err) => {\n rethrowUnless(err, NotFoundError, InvalidMetadataError);\n return openGroupV2(loc, attrs, signal);\n });\n}\nasync function openArrayV2(location, attrs, signal) {\n let { path } = location.resolve(\".zarray\");\n let meta = await location.store.get(path, { signal });\n if (!meta) {\n throw new NotFoundError(\"v2 array\", { path });\n }\n VERSION_COUNTER.increment(location.store, \"v2\");\n return maybeExtend(new Array(location.store, location.path, v2ToV3ArrayMetadata(jsonDecodeObject(meta), attrs)));\n}\nasync function openGroupV2(location, attrs, signal) {\n let { path } = location.resolve(\".zgroup\");\n let meta = await location.store.get(path, { signal });\n if (!meta) {\n throw new NotFoundError(\"v2 group\", { path });\n }\n VERSION_COUNTER.increment(location.store, \"v2\");\n return new Group(location.store, location.path, v2ToV3GroupMetadata(jsonDecodeObject(meta), attrs));\n}\nasync function _openV3(location, signal) {\n let { store, path } = location.resolve(\"zarr.json\");\n let meta = await location.store.get(path, { signal });\n if (!meta) {\n throw new NotFoundError(\"v3 array or group\", { path });\n }\n let metaDoc = jsonDecodeObject(meta);\n if (metaDoc.node_type === \"array\") {\n metaDoc.fill_value = ensureCorrectScalar(metaDoc);\n }\n return metaDoc.node_type === \"array\"\n ? maybeExtend(new Array(store, location.path, metaDoc))\n : new Group(store, location.path, metaDoc);\n}\nasync function openV3(location, options = {}) {\n let loc = \"store\" in location ? location : new Location(location);\n let node = await _openV3(loc, options.signal);\n VERSION_COUNTER.increment(loc.store, \"v3\");\n if (options.kind === undefined)\n return node;\n if (options.kind === \"array\" && node instanceof Array)\n return node;\n if (options.kind === \"group\" && node instanceof Group)\n return node;\n let kind = node instanceof Array ? \"array\" : \"group\";\n throw new NotFoundError(`${options.kind} at ${loc.path}`, {\n path: loc.path,\n found: kind,\n });\n}\nexport async function open(location, options = {}) {\n let store = \"store\" in location ? location.store : location;\n let versionMax = VERSION_COUNTER.versionMax(store);\n // Use the open function for the version with the most successful opens.\n // Note that here we use the dot syntax to access the open functions\n // because this enables us to use vi.spyOn during testing.\n let openPrimary = versionMax === \"v2\" ? open.v2 : open.v3;\n let openSecondary = versionMax === \"v2\" ? open.v3 : open.v2;\n return openPrimary(location, options).catch((err) => {\n rethrowUnless(err, NotFoundError, InvalidMetadataError);\n return openSecondary(location, options);\n });\n}\n/**\n * Open a Zarr v2 array or group, ignoring any v3 metadata that may coexist.\n *\n * @example Usage\n * ```ts\n * import * as zarr from \"zarrita\";\n *\n * const store = new zarr.FetchStore(\"https://example.com/legacy.zarr\");\n * const arr = await zarr.open.v2(store, { kind: \"array\" });\n * ```\n *\n * @category Read\n */\nopen.v2 = openV2;\n/**\n * Open a Zarr v3 array or group, ignoring any v2 metadata that may coexist.\n *\n * @example Usage\n * ```ts\n * import * as zarr from \"zarrita\";\n *\n * const store = new zarr.FetchStore(\"https://example.com/data.zarr\");\n * const group = await zarr.open.v3(store, { kind: \"group\" });\n * ```\n *\n * @category Read\n */\nopen.v3 = openV3;\n//# sourceMappingURL=open.js.map","// This file is copied from https://github.com/manzt/zarrita.js/pull/161\n\nimport type { AbsolutePath, AsyncReadable } from \"zarrita\";\n\n/**\n * Get a file handle to a file in a directory.\n *\n * @param root - A root directory from the Web File System API.\n * @param path - A key to a file in the root directory.\n * @returns A file handle to the file.\n */\nasync function resolveFileHandleForPath(\n root: FileSystemDirectoryHandle,\n path: string\n): Promise {\n const dirs = path.split(\"/\");\n const fname = dirs.pop();\n if (!fname) {\n throw new Error(\"Invalid path\");\n }\n for (const dir of dirs) {\n root = await root.getDirectoryHandle(dir);\n }\n return root.getFileHandle(fname);\n}\n\n/**\n * A store for zarrita based on the Web File System API.\n *\n * Note: usage requires prompting the user to select a directory to grant\n * access to the Web File System API.\n *\n * @see {@link https://developer.mozilla.org/en-US/docs/Web/API/File_System_API}\n *\n * @example\n * ```js\n * import * as zarr from \"zarrita\";\n *\n * let directoryHandle = await globalThis.showDirectoryPicker();\n * let store = new WebFileSystemStore(directoryHandle);\n * let root = await zarr.root(store);\n * let arr = await zarr.open(root.resolve(\"/foo\"), { kind: \"array\" });\n * ```\n */\nclass WebFileSystemStore implements AsyncReadable {\n #root: FileSystemDirectoryHandle;\n\n constructor(root: FileSystemDirectoryHandle) {\n this.#root = root;\n }\n\n get directoryHandle(): FileSystemDirectoryHandle {\n return this.#root;\n }\n\n async get(key: AbsolutePath): Promise {\n const fh = await resolveFileHandleForPath(this.#root, key.slice(1)).catch(\n () => {\n // TODO: better error handling\n // I believe a missing file will trigger an error here, which we should explicitly\n // catch and return `undefined`\n return undefined;\n }\n );\n if (!fh) {\n return undefined;\n }\n const file = await fh.getFile();\n const buffer = await file.arrayBuffer();\n return new Uint8Array(buffer);\n }\n}\n\nexport default WebFileSystemStore;\n","import * as zarr from \"zarrita\";\nimport { Location, Readable, FetchStore } from \"zarrita\";\nimport WebFileSystemStore from \"./web_file_system_store\";\n\nexport type Version = \"v2\" | \"v3\";\n\nexport type ZarrArrayParams = {\n arrayPath: string;\n zarrVersion: Version | undefined;\n} & (\n | {\n type: \"fetch\";\n url: string;\n }\n | {\n type: \"filesystem\";\n directoryHandle: FileSystemDirectoryHandle;\n path: string;\n }\n);\n\nexport async function openGroup(\n location: zarr.Location,\n version?: Version\n): Promise> {\n if (version === \"v2\") {\n try {\n return zarr.open.v2(location, { kind: \"group\", attrs: true });\n } catch {\n throw new Error(`Failed to open Zarr v2 group at ${location}`);\n }\n }\n if (version === \"v3\") {\n try {\n return zarr.open.v3(location, { kind: \"group\" });\n } catch {\n throw new Error(`Failed to open Zarr v3 group at ${location}`);\n }\n }\n try {\n return zarr.open(location, { kind: \"group\" });\n } catch {\n throw new Error(`Failed to open Zarr group at ${location}`);\n }\n}\n\nexport async function openArray(\n location: zarr.Location,\n version?: Version\n): Promise> {\n if (version === \"v2\") {\n try {\n return zarr.open.v2(location, { kind: \"array\", attrs: false });\n } catch {\n throw new Error(`Failed to open Zarr v2 array at ${location}`);\n }\n }\n if (version === \"v3\") {\n try {\n return zarr.open.v3(location, { kind: \"array\" });\n } catch {\n throw new Error(`Failed to open Zarr v3 array at ${location}`);\n }\n }\n try {\n return zarr.open(location, { kind: \"array\" });\n } catch {\n throw new Error(`Failed to open Zarr array at ${location}`);\n }\n}\n\nexport async function openArrayFromParams(\n params: ZarrArrayParams\n): Promise> {\n let rootLocation: Location;\n\n switch (params.type) {\n case \"fetch\": {\n const store = new FetchStore(params.url);\n rootLocation = new Location(store);\n break;\n }\n case \"filesystem\": {\n rootLocation = new Location(\n new WebFileSystemStore(params.directoryHandle),\n params.path as `/${string}`\n );\n break;\n }\n default: {\n const exhaustiveCheck: never = params;\n throw new Error(`Unsupported store type: ${exhaustiveCheck}`);\n }\n }\n\n const arrayLocation = params.arrayPath\n ? rootLocation.resolve(params.arrayPath)\n : rootLocation;\n\n return openArray(arrayLocation, params.zarrVersion);\n}\n\nexport function createZarrArrayParams(\n location: Location,\n arrayPath: string,\n zarrVersion: Version | undefined\n): ZarrArrayParams {\n if (location.store instanceof FetchStore) {\n return {\n type: \"fetch\",\n arrayPath,\n zarrVersion,\n url: location.store.url.toString(),\n };\n } else if (location.store instanceof WebFileSystemStore) {\n return {\n type: \"filesystem\",\n arrayPath,\n zarrVersion,\n directoryHandle: location.store.directoryHandle,\n path: location.path,\n };\n } else {\n throw new Error(\n `Unsupported store type: ${location.store.constructor.name}`\n );\n }\n}\n","import { ChunkData, ChunkDataConstructor } from \"../chunk\";\n\nexport type SliceSpec = {\n targetShape: { x: number; y: number; z: number };\n chunkIndex: { c: number; t: number };\n dimIndices: { x: number; y: number; z?: number; c?: number; t?: number };\n cChunkSize?: number;\n tChunkSize?: number;\n};\n\nexport function processChunk(\n receivedData: ChunkData,\n receivedShape: number[],\n receivedStride: number[],\n spec: SliceSpec\n): ChunkData {\n return sliceReceivedChunk(receivedData, receivedShape, receivedStride, spec);\n}\n\nfunction sliceReceivedChunk(\n receivedData: ChunkData,\n receivedShape: number[],\n receivedStride: number[],\n spec: SliceSpec\n): ChunkData {\n const { targetShape, chunkIndex, dimIndices } = spec;\n\n let stride = 1;\n for (let i = receivedShape.length - 1; i >= 0; i--) {\n if (receivedStride[i] !== stride) {\n throw new Error(\n `Chunk data is not tightly packed, stride=${JSON.stringify(receivedStride)}, shape=${JSON.stringify(receivedShape)}`\n );\n }\n stride *= receivedShape[i];\n }\n\n const receivedSpatialShape = {\n x: receivedShape[dimIndices.x],\n y: receivedShape[dimIndices.y],\n z: dimIndices.z !== undefined ? receivedShape[dimIndices.z] : targetShape.z,\n };\n\n if (\n receivedSpatialShape.x < targetShape.x ||\n receivedSpatialShape.y < targetShape.y ||\n receivedSpatialShape.z < targetShape.z\n ) {\n throw new Error(\n `Received chunk too small: expected ${JSON.stringify(targetShape)}, got ${JSON.stringify(receivedSpatialShape)}`\n );\n }\n\n const cOffsetInSource = spec.cChunkSize ? chunkIndex.c % spec.cChunkSize : 0;\n const tOffsetInSource = spec.tChunkSize ? chunkIndex.t % spec.tChunkSize : 0;\n\n const compactSize = targetShape.x * targetShape.y * targetShape.z;\n\n const cStride = dimIndices.c !== undefined ? receivedStride[dimIndices.c] : 0;\n const tStride = dimIndices.t !== undefined ? receivedStride[dimIndices.t] : 0;\n\n const srcOffset = tOffsetInSource * tStride + cOffsetInSource * cStride;\n\n const receivedExactShape =\n receivedSpatialShape.x === targetShape.x &&\n receivedSpatialShape.y === targetShape.y &&\n receivedSpatialShape.z === targetShape.z;\n\n const noSlicingNeeded =\n srcOffset === 0 &&\n receivedData.length === compactSize &&\n receivedExactShape;\n\n if (noSlicingNeeded) {\n return receivedData;\n }\n\n const compactData = new (receivedData.constructor as ChunkDataConstructor)(\n compactSize\n );\n\n const zStride = dimIndices.z !== undefined ? receivedStride[dimIndices.z] : 0;\n const yStride = receivedStride[dimIndices.y];\n let destOffset = 0;\n for (let z = 0; z < targetShape.z; z++) {\n const zStart = srcOffset + z * zStride;\n for (let y = 0; y < targetShape.y; y++) {\n const srcStart = zStart + y * yStride;\n const srcEnd = srcStart + targetShape.x;\n compactData.set(receivedData.subarray(srcStart, srcEnd), destOffset);\n destOffset += targetShape.x;\n }\n }\n\n return compactData;\n}\n","import * as zarr from \"zarrita\";\nimport { Logger } from \"../../utilities/logger\";\nimport { ZarrArrayParams } from \"../zarr/open\";\nimport { isChunkData, ChunkData } from \"../chunk\";\nimport { ZarrWorkerRequest, ZarrWorkerResponse } from \"./worker_kernel\";\nimport { SliceSpec, processChunk } from \"./chunk_processing\";\n// \"inline\" import to ensure worker code works in dependent projects\n// this is a workaround for a vite limitation when building a library\n// see https://github.com/vitejs/vite/issues/11672\nimport WorkerKernel from \"./worker_kernel.ts?worker&inline\";\n\ntype PendingGetChunkRequest = {\n resolve: (value: ChunkData) => void;\n reject: (error: Error) => void;\n abortListener?: () => void;\n abortSignal?: AbortSignal;\n workerId: number;\n};\n\ntype WorkerInstance = {\n worker: Worker;\n pendingCount: number;\n workerId: number;\n};\n\n// leave 2 cores for the main thread and the OS/other tabs\nconst DEFAULT_WORKER_COUNT = Math.max(1, navigator.hardwareConcurrency - 2);\nlet workerPool: WorkerInstance[] = [];\nlet messageId = 0;\nlet workerId = 0;\nconst pendingMessages = new Map();\nconst canceledMessages = new Set();\n\nfunction getWorkerInstance(worker: Worker): WorkerInstance | undefined {\n const instance = workerPool.find((w) => w.worker === worker);\n if (!instance) {\n Logger.error(\n \"ZarrWorker\",\n \"Worker not found in pool - this should not happen\"\n );\n }\n return instance;\n}\n\nfunction handleWorkerMessage(\n e: MessageEvent,\n worker: Worker\n): void {\n const { id, success } = e.data;\n const pending = pendingMessages.get(id);\n\n if (!pending) {\n if (canceledMessages.has(id)) {\n canceledMessages.delete(id);\n } else {\n Logger.warn(\n \"ZarrWorker\",\n `Received response for unknown message ID ${id}:`,\n e.data\n );\n }\n return;\n }\n\n pendingMessages.delete(id);\n\n if (pending.abortListener && pending.abortSignal) {\n pending.abortSignal.removeEventListener(\"abort\", pending.abortListener);\n }\n\n const workerInstance = getWorkerInstance(worker);\n if (workerInstance && workerInstance.pendingCount > 0) {\n workerInstance.pendingCount--;\n } else if (workerInstance) {\n Logger.error(\n \"ZarrWorker\",\n \"Received message but no pending tasks - this should not happen\"\n );\n }\n\n if (success && e.data.type === \"getChunk\") {\n pending.resolve(e.data.data);\n } else if (!success) {\n pending.reject(new Error(e.data.error || \"Unknown worker error\"));\n }\n}\n\nfunction handleWorkerError(\n error: ErrorEvent | MessageEvent,\n worker: Worker\n): void {\n if (error instanceof MessageEvent) {\n Logger.error(\n \"ZarrWorker\",\n \"Message serialization error occurred - worker remains active\"\n );\n return;\n }\n\n Logger.error(\n \"ZarrWorker\",\n `Worker failed - replacing worker and canceling its in-flight messages`,\n error.message\n );\n\n const workerInstance = getWorkerInstance(worker);\n if (workerInstance) {\n const workerIndex = workerPool.indexOf(workerInstance);\n workerPool.splice(workerIndex, 1);\n }\n\n const failedWorkerId = workerInstance?.workerId;\n if (failedWorkerId !== undefined) {\n for (const [id, pending] of pendingMessages.entries()) {\n if (pending.workerId === failedWorkerId) {\n pending.reject(new Error(`Worker error: ${error.message}`));\n pendingMessages.delete(id);\n }\n }\n }\n\n try {\n const replacementWorker = createWorker();\n workerPool.push({\n worker: replacementWorker,\n pendingCount: 0,\n workerId: workerId++,\n });\n Logger.debug(\"ZarrWorker\", \"Replacement worker created successfully\");\n } catch (err) {\n Logger.error(\"ZarrWorker\", \"Failed to create replacement worker\", err);\n }\n}\n\nfunction createWorker(): Worker {\n const worker = new WorkerKernel();\n\n worker.addEventListener(\"message\", (e) => handleWorkerMessage(e, worker));\n worker.addEventListener(\"error\", (error) => handleWorkerError(error, worker));\n worker.addEventListener(\"messageerror\", (error) =>\n handleWorkerError(error, worker)\n );\n\n return worker;\n}\n\nfunction getLeastBusyWorker(): WorkerInstance {\n if (workerPool.length === 0) {\n throw new Error(\"Worker pool is not initialized\");\n }\n return workerPool.sort((a, b) => a.pendingCount - b.pendingCount)[0];\n}\n\nasync function fetchAndProcessChunkInWorker(\n zarrParams: ZarrArrayParams,\n chunkIndex: number[],\n sliceSpec: SliceSpec,\n options?: { signal?: AbortSignal }\n): Promise {\n return new Promise((resolve, reject) => {\n const workerInstance = getLeastBusyWorker();\n\n const id = messageId++;\n const pending: PendingGetChunkRequest = {\n resolve,\n reject,\n workerId: workerInstance.workerId,\n };\n pendingMessages.set(id, pending);\n\n // set up cancellation in the worker thread if an AbortSignal is provided\n if (options?.signal) {\n const abortListener = () => {\n workerInstance.worker.postMessage({\n id: id,\n type: \"cancel\",\n } as ZarrWorkerRequest);\n\n pendingMessages.delete(id);\n canceledMessages.add(id);\n\n workerInstance.pendingCount--;\n\n reject(new DOMException(\"Operation was aborted\", \"AbortError\"));\n };\n\n if (options.signal.aborted) {\n abortListener();\n // delete now, message canceled before it was even posted\n canceledMessages.delete(id);\n return;\n }\n\n options.signal.addEventListener(\"abort\", abortListener, { once: true });\n\n pending.abortListener = abortListener;\n pending.abortSignal = options.signal;\n }\n\n workerInstance.pendingCount++;\n\n workerInstance.worker.postMessage({\n id: id,\n type: \"getChunk\",\n arrayParams: zarrParams,\n index: chunkIndex,\n sliceSpec,\n } as ZarrWorkerRequest);\n });\n}\n\nfunction ensureWorkerPool(): void {\n if (workerPool.length > 0) return;\n\n try {\n for (let i = 0; i < DEFAULT_WORKER_COUNT; i++) {\n const worker = createWorker();\n workerPool.push({\n worker,\n pendingCount: 0,\n workerId: workerId++,\n });\n }\n Logger.debug(\n \"ZarrWorker\",\n `Initialized worker pool with ${workerPool.length} workers`\n );\n } catch {\n Logger.warn(\"ZarrWorker\", \"Failed to create workers - clearing pool\");\n terminateWorkerPool();\n return;\n }\n}\n\nexport async function fetchAndProcessChunk(\n array: zarr.Array,\n arrayParams: ZarrArrayParams,\n chunkCoords: number[],\n sliceSpec: SliceSpec,\n options?: { signal?: AbortSignal }\n): Promise {\n ensureWorkerPool();\n try {\n return await fetchAndProcessChunkInWorker(\n arrayParams,\n chunkCoords,\n sliceSpec,\n options\n );\n } catch (error) {\n if (error instanceof DOMException && error.name === \"AbortError\") {\n throw error;\n }\n\n Logger.warn(\"ZarrWorker\", \"Falling back to main thread\", error);\n const rawChunk = await array.getChunk(chunkCoords, options);\n if (!isChunkData(rawChunk.data)) {\n throw new Error(\n `Unsupported chunk data type: ${rawChunk.data.constructor.name}`\n );\n }\n return processChunk(\n rawChunk.data,\n rawChunk.shape,\n rawChunk.stride,\n sliceSpec\n );\n }\n}\n\nexport function terminateWorkerPool(): void {\n for (const workerInstance of workerPool) {\n workerInstance.worker.terminate();\n }\n workerPool = [];\n pendingMessages.clear();\n}\n","import * as zarr from \"zarrita\";\n\nimport { Chunk, SourceDimension, SourceDimensionMap } from \"../chunk\";\nimport { setChunkData } from \"../chunk_memory\";\nimport { isTextureUnpackRowAlignment } from \"../../objects/textures/texture\";\n\nimport { Image as OmeZarrImage } from \"./0.5/image\";\n\nimport { ZarrArrayParams } from \"../zarr/open\";\nimport { SliceSpec } from \"./chunk_processing\";\nimport { fetchAndProcessChunk } from \"./worker_pool\";\n\ntype OmeZarrImageLoaderProps = {\n metadata: OmeZarrImage[\"ome\"][\"multiscales\"][number];\n arrays: zarr.Array[];\n arrayParams: ZarrArrayParams[];\n};\n\n// Loads chunks from a multiscale image implementing OME-Zarr v0.5:\n// https://ngff.openmicroscopy.org/0.5/#image-layout\nexport class OmeZarrImageLoader {\n private readonly metadata_: OmeZarrImage[\"ome\"][\"multiscales\"][number];\n private readonly arrays_: ReadonlyArray<\n zarr.Array\n >;\n private readonly arrayParams_: ReadonlyArray;\n private readonly dimensions_: SourceDimensionMap;\n private readonly bytesPerElement_: number;\n\n constructor(props: OmeZarrImageLoaderProps) {\n this.metadata_ = props.metadata;\n this.arrays_ = props.arrays;\n this.arrayParams_ = props.arrayParams;\n this.dimensions_ = inferSourceDimensionMap(this.metadata_, this.arrays_);\n this.bytesPerElement_ = bytesPerElementForDtype(this.arrays_[0].dtype);\n }\n\n public getSourceDimensionMap(): SourceDimensionMap {\n return this.dimensions_;\n }\n\n public getBytesPerElement(): number {\n return this.bytesPerElement_;\n }\n\n public async loadChunkData(chunk: Chunk, signal: AbortSignal) {\n const chunkCoords: number[] = [];\n chunkCoords[this.dimensions_.x.index] = chunk.chunkIndex.x;\n chunkCoords[this.dimensions_.y.index] = chunk.chunkIndex.y;\n if (this.dimensions_.z) {\n chunkCoords[this.dimensions_.z.index] = chunk.chunkIndex.z;\n }\n\n // internal (ChunkStore) chunks have size 1 in C and T\n // so divide by the actual chunkSize to get the chunkCoord here\n if (this.dimensions_.c) {\n const cLod = this.dimensions_.c.lods[chunk.lod];\n chunkCoords[this.dimensions_.c.index] = Math.floor(\n chunk.chunkIndex.c / cLod.chunkSize\n );\n }\n if (this.dimensions_.t) {\n const tLod = this.dimensions_.t.lods[chunk.lod];\n chunkCoords[this.dimensions_.t.index] = Math.floor(\n chunk.chunkIndex.t / tLod.chunkSize\n );\n }\n\n const array = this.arrays_[chunk.lod];\n const arrayParams = this.arrayParams_[chunk.lod];\n\n const cLod = this.dimensions_.c?.lods[chunk.lod];\n const tLod = this.dimensions_.t?.lods[chunk.lod];\n\n const sliceSpec: SliceSpec = {\n targetShape: chunk.shape,\n chunkIndex: { c: chunk.chunkIndex.c, t: chunk.chunkIndex.t },\n dimIndices: {\n x: this.dimensions_.x.index,\n y: this.dimensions_.y.index,\n z: this.dimensions_.z?.index,\n c: this.dimensions_.c?.index,\n t: this.dimensions_.t?.index,\n },\n cChunkSize: cLod?.chunkSize,\n tChunkSize: tLod?.chunkSize,\n };\n\n // NOTE: if source chunks have multiple channels/timepoints\n // this results in duplicate fetching and decompression\n const data = await fetchAndProcessChunk(\n array,\n arrayParams,\n chunkCoords,\n sliceSpec,\n { signal }\n );\n\n const rowAlignment = data.BYTES_PER_ELEMENT;\n if (!isTextureUnpackRowAlignment(rowAlignment)) {\n throw new Error(\n \"Invalid row alignment value. Possible values are 1, 2, 4, or 8\"\n );\n }\n chunk.rowAlignmentBytes = rowAlignment;\n setChunkData(chunk, data);\n }\n}\n\nconst BYTES_PER_ELEMENT: Partial> = {\n int8: 1,\n uint8: 1,\n int16: 2,\n uint16: 2,\n int32: 4,\n uint32: 4,\n float32: 4,\n};\n\nfunction bytesPerElementForDtype(dtype: zarr.DataType): number {\n const bytes = BYTES_PER_ELEMENT[dtype];\n if (bytes === undefined) {\n throw new Error(\n `Unsupported zarr dtype \"${dtype}\". ` +\n `Supported dtypes: ${Object.keys(BYTES_PER_ELEMENT).join(\", \")}`\n );\n }\n return bytes;\n}\n\nfunction inferSourceDimensionMap(\n image: OmeZarrImage[\"ome\"][\"multiscales\"][number],\n arrays: ReadonlyArray>\n): SourceDimensionMap {\n const dimensionNames = image.axes.map((axis) => axis.name);\n const numAxes = image.axes.length;\n\n const xIndex = findDimensionIndex(dimensionNames, \"x\");\n const yIndex = findDimensionIndex(dimensionNames, \"y\");\n\n const makeSourceDimension = (\n name: string,\n index: number\n ): SourceDimension => {\n const lods = [];\n for (let i = 0; i < image.datasets.length; i++) {\n const dataset = image.datasets[i];\n const array = arrays[i];\n const scale = dataset.coordinateTransformations[0].scale;\n const translation =\n dataset.coordinateTransformations.length === 2\n ? dataset.coordinateTransformations[1].translation\n : new Array(numAxes).fill(0);\n lods.push({\n size: array.shape[index],\n chunkSize: array.chunks[index],\n scale: scale[index],\n translation: translation[index],\n });\n }\n // Normalize translations on spatial axes so chunk.offset = trans + chunkIdx\n // * chunkSize * scale uniformly refers to the voxel-cell corner. Two\n // conventions appear in the wild: \"voxel-center\" pyramids encode the\n // half-voxel shift across LODs (translation_k - translation_{k-1} === 0.5\n // * (scale_k - scale_{k-1})), \"voxel-corner\" pyramids keep translation\n // constant. Detect by inspecting the pyramid; if it matches the center\n // pattern, shift translations by -0.5 * scale per LOD so downstream code\n // uses corner extents uniformly. Skip non-spatial axes (c, t) where the\n // convention doesn't apply and ChunkStore enforces translation == 0.\n if (image.axes[index].type === \"space\" && isVoxelCenterConvention(lods)) {\n for (const lod of lods) lod.translation -= 0.5 * lod.scale;\n }\n return {\n name,\n index,\n unit: image.axes[index].unit,\n lods,\n };\n };\n\n const dims: SourceDimensionMap = {\n x: makeSourceDimension(dimensionNames[xIndex], xIndex),\n y: makeSourceDimension(dimensionNames[yIndex], yIndex),\n numLods: arrays.length,\n };\n\n const zIndex = findDimensionIndexSafe(dimensionNames, \"z\");\n if (zIndex !== -1) {\n dims.z = makeSourceDimension(dimensionNames[zIndex], zIndex);\n }\n\n const cIndex = findDimensionIndexSafe(dimensionNames, \"c\");\n if (cIndex !== -1) {\n dims.c = makeSourceDimension(dimensionNames[cIndex], cIndex);\n }\n\n const tIndex = findDimensionIndexSafe(dimensionNames, \"t\");\n if (tIndex !== -1) {\n dims.t = makeSourceDimension(dimensionNames[tIndex], tIndex);\n }\n\n return dims;\n}\n\nfunction compareDimensions(a: string, b: string): boolean {\n return a.toLowerCase() === b.toLowerCase();\n}\n\nfunction findDimensionIndex(dimensions: string[], target: string): number {\n const index = findDimensionIndexSafe(dimensions, target);\n if (index === -1) {\n throw new Error(\n `Could not find \"${target}\" dimension in [${dimensions.join(\", \")}]`\n );\n }\n return index;\n}\n\nfunction findDimensionIndexSafe(dimensions: string[], target: string): number {\n return dimensions.findIndex((d) => compareDimensions(d, target));\n}\n\nfunction isVoxelCenterConvention(\n lods: ReadonlyArray<{ scale: number; translation: number }>\n): boolean {\n if (lods.length <= 1) return false;\n for (let i = 1; i < lods.length; i++) {\n const expected = 0.5 * (lods[i].scale - lods[i - 1].scale);\n const actual = lods[i].translation - lods[i - 1].translation;\n if (Math.abs(actual - expected) > 1e-6) return false;\n }\n return true;\n}\n","export var util;\n(function (util) {\n util.assertEqual = (_) => { };\n function assertIs(_arg) { }\n util.assertIs = assertIs;\n function assertNever(_x) {\n throw new Error();\n }\n util.assertNever = assertNever;\n util.arrayToEnum = (items) => {\n const obj = {};\n for (const item of items) {\n obj[item] = item;\n }\n return obj;\n };\n util.getValidEnumValues = (obj) => {\n const validKeys = util.objectKeys(obj).filter((k) => typeof obj[obj[k]] !== \"number\");\n const filtered = {};\n for (const k of validKeys) {\n filtered[k] = obj[k];\n }\n return util.objectValues(filtered);\n };\n util.objectValues = (obj) => {\n return util.objectKeys(obj).map(function (e) {\n return obj[e];\n });\n };\n util.objectKeys = typeof Object.keys === \"function\" // eslint-disable-line ban/ban\n ? (obj) => Object.keys(obj) // eslint-disable-line ban/ban\n : (object) => {\n const keys = [];\n for (const key in object) {\n if (Object.prototype.hasOwnProperty.call(object, key)) {\n keys.push(key);\n }\n }\n return keys;\n };\n util.find = (arr, checker) => {\n for (const item of arr) {\n if (checker(item))\n return item;\n }\n return undefined;\n };\n util.isInteger = typeof Number.isInteger === \"function\"\n ? (val) => Number.isInteger(val) // eslint-disable-line ban/ban\n : (val) => typeof val === \"number\" && Number.isFinite(val) && Math.floor(val) === val;\n function joinValues(array, separator = \" | \") {\n return array.map((val) => (typeof val === \"string\" ? `'${val}'` : val)).join(separator);\n }\n util.joinValues = joinValues;\n util.jsonStringifyReplacer = (_, value) => {\n if (typeof value === \"bigint\") {\n return value.toString();\n }\n return value;\n };\n})(util || (util = {}));\nexport var objectUtil;\n(function (objectUtil) {\n objectUtil.mergeShapes = (first, second) => {\n return {\n ...first,\n ...second, // second overwrites first\n };\n };\n})(objectUtil || (objectUtil = {}));\nexport const ZodParsedType = util.arrayToEnum([\n \"string\",\n \"nan\",\n \"number\",\n \"integer\",\n \"float\",\n \"boolean\",\n \"date\",\n \"bigint\",\n \"symbol\",\n \"function\",\n \"undefined\",\n \"null\",\n \"array\",\n \"object\",\n \"unknown\",\n \"promise\",\n \"void\",\n \"never\",\n \"map\",\n \"set\",\n]);\nexport const getParsedType = (data) => {\n const t = typeof data;\n switch (t) {\n case \"undefined\":\n return ZodParsedType.undefined;\n case \"string\":\n return ZodParsedType.string;\n case \"number\":\n return Number.isNaN(data) ? ZodParsedType.nan : ZodParsedType.number;\n case \"boolean\":\n return ZodParsedType.boolean;\n case \"function\":\n return ZodParsedType.function;\n case \"bigint\":\n return ZodParsedType.bigint;\n case \"symbol\":\n return ZodParsedType.symbol;\n case \"object\":\n if (Array.isArray(data)) {\n return ZodParsedType.array;\n }\n if (data === null) {\n return ZodParsedType.null;\n }\n if (data.then && typeof data.then === \"function\" && data.catch && typeof data.catch === \"function\") {\n return ZodParsedType.promise;\n }\n if (typeof Map !== \"undefined\" && data instanceof Map) {\n return ZodParsedType.map;\n }\n if (typeof Set !== \"undefined\" && data instanceof Set) {\n return ZodParsedType.set;\n }\n if (typeof Date !== \"undefined\" && data instanceof Date) {\n return ZodParsedType.date;\n }\n return ZodParsedType.object;\n default:\n return ZodParsedType.unknown;\n }\n};\n","import { util } from \"./helpers/util.js\";\nexport const ZodIssueCode = util.arrayToEnum([\n \"invalid_type\",\n \"invalid_literal\",\n \"custom\",\n \"invalid_union\",\n \"invalid_union_discriminator\",\n \"invalid_enum_value\",\n \"unrecognized_keys\",\n \"invalid_arguments\",\n \"invalid_return_type\",\n \"invalid_date\",\n \"invalid_string\",\n \"too_small\",\n \"too_big\",\n \"invalid_intersection_types\",\n \"not_multiple_of\",\n \"not_finite\",\n]);\nexport const quotelessJson = (obj) => {\n const json = JSON.stringify(obj, null, 2);\n return json.replace(/\"([^\"]+)\":/g, \"$1:\");\n};\nexport class ZodError extends Error {\n get errors() {\n return this.issues;\n }\n constructor(issues) {\n super();\n this.issues = [];\n this.addIssue = (sub) => {\n this.issues = [...this.issues, sub];\n };\n this.addIssues = (subs = []) => {\n this.issues = [...this.issues, ...subs];\n };\n const actualProto = new.target.prototype;\n if (Object.setPrototypeOf) {\n // eslint-disable-next-line ban/ban\n Object.setPrototypeOf(this, actualProto);\n }\n else {\n this.__proto__ = actualProto;\n }\n this.name = \"ZodError\";\n this.issues = issues;\n }\n format(_mapper) {\n const mapper = _mapper ||\n function (issue) {\n return issue.message;\n };\n const fieldErrors = { _errors: [] };\n const processError = (error) => {\n for (const issue of error.issues) {\n if (issue.code === \"invalid_union\") {\n issue.unionErrors.map(processError);\n }\n else if (issue.code === \"invalid_return_type\") {\n processError(issue.returnTypeError);\n }\n else if (issue.code === \"invalid_arguments\") {\n processError(issue.argumentsError);\n }\n else if (issue.path.length === 0) {\n fieldErrors._errors.push(mapper(issue));\n }\n else {\n let curr = fieldErrors;\n let i = 0;\n while (i < issue.path.length) {\n const el = issue.path[i];\n const terminal = i === issue.path.length - 1;\n if (!terminal) {\n curr[el] = curr[el] || { _errors: [] };\n // if (typeof el === \"string\") {\n // curr[el] = curr[el] || { _errors: [] };\n // } else if (typeof el === \"number\") {\n // const errorArray: any = [];\n // errorArray._errors = [];\n // curr[el] = curr[el] || errorArray;\n // }\n }\n else {\n curr[el] = curr[el] || { _errors: [] };\n curr[el]._errors.push(mapper(issue));\n }\n curr = curr[el];\n i++;\n }\n }\n }\n };\n processError(this);\n return fieldErrors;\n }\n static assert(value) {\n if (!(value instanceof ZodError)) {\n throw new Error(`Not a ZodError: ${value}`);\n }\n }\n toString() {\n return this.message;\n }\n get message() {\n return JSON.stringify(this.issues, util.jsonStringifyReplacer, 2);\n }\n get isEmpty() {\n return this.issues.length === 0;\n }\n flatten(mapper = (issue) => issue.message) {\n const fieldErrors = {};\n const formErrors = [];\n for (const sub of this.issues) {\n if (sub.path.length > 0) {\n const firstEl = sub.path[0];\n fieldErrors[firstEl] = fieldErrors[firstEl] || [];\n fieldErrors[firstEl].push(mapper(sub));\n }\n else {\n formErrors.push(mapper(sub));\n }\n }\n return { formErrors, fieldErrors };\n }\n get formErrors() {\n return this.flatten();\n }\n}\nZodError.create = (issues) => {\n const error = new ZodError(issues);\n return error;\n};\n","import { ZodIssueCode } from \"../ZodError.js\";\nimport { util, ZodParsedType } from \"../helpers/util.js\";\nconst errorMap = (issue, _ctx) => {\n let message;\n switch (issue.code) {\n case ZodIssueCode.invalid_type:\n if (issue.received === ZodParsedType.undefined) {\n message = \"Required\";\n }\n else {\n message = `Expected ${issue.expected}, received ${issue.received}`;\n }\n break;\n case ZodIssueCode.invalid_literal:\n message = `Invalid literal value, expected ${JSON.stringify(issue.expected, util.jsonStringifyReplacer)}`;\n break;\n case ZodIssueCode.unrecognized_keys:\n message = `Unrecognized key(s) in object: ${util.joinValues(issue.keys, \", \")}`;\n break;\n case ZodIssueCode.invalid_union:\n message = `Invalid input`;\n break;\n case ZodIssueCode.invalid_union_discriminator:\n message = `Invalid discriminator value. Expected ${util.joinValues(issue.options)}`;\n break;\n case ZodIssueCode.invalid_enum_value:\n message = `Invalid enum value. Expected ${util.joinValues(issue.options)}, received '${issue.received}'`;\n break;\n case ZodIssueCode.invalid_arguments:\n message = `Invalid function arguments`;\n break;\n case ZodIssueCode.invalid_return_type:\n message = `Invalid function return type`;\n break;\n case ZodIssueCode.invalid_date:\n message = `Invalid date`;\n break;\n case ZodIssueCode.invalid_string:\n if (typeof issue.validation === \"object\") {\n if (\"includes\" in issue.validation) {\n message = `Invalid input: must include \"${issue.validation.includes}\"`;\n if (typeof issue.validation.position === \"number\") {\n message = `${message} at one or more positions greater than or equal to ${issue.validation.position}`;\n }\n }\n else if (\"startsWith\" in issue.validation) {\n message = `Invalid input: must start with \"${issue.validation.startsWith}\"`;\n }\n else if (\"endsWith\" in issue.validation) {\n message = `Invalid input: must end with \"${issue.validation.endsWith}\"`;\n }\n else {\n util.assertNever(issue.validation);\n }\n }\n else if (issue.validation !== \"regex\") {\n message = `Invalid ${issue.validation}`;\n }\n else {\n message = \"Invalid\";\n }\n break;\n case ZodIssueCode.too_small:\n if (issue.type === \"array\")\n message = `Array must contain ${issue.exact ? \"exactly\" : issue.inclusive ? `at least` : `more than`} ${issue.minimum} element(s)`;\n else if (issue.type === \"string\")\n message = `String must contain ${issue.exact ? \"exactly\" : issue.inclusive ? `at least` : `over`} ${issue.minimum} character(s)`;\n else if (issue.type === \"number\")\n message = `Number must be ${issue.exact ? `exactly equal to ` : issue.inclusive ? `greater than or equal to ` : `greater than `}${issue.minimum}`;\n else if (issue.type === \"bigint\")\n message = `Number must be ${issue.exact ? `exactly equal to ` : issue.inclusive ? `greater than or equal to ` : `greater than `}${issue.minimum}`;\n else if (issue.type === \"date\")\n message = `Date must be ${issue.exact ? `exactly equal to ` : issue.inclusive ? `greater than or equal to ` : `greater than `}${new Date(Number(issue.minimum))}`;\n else\n message = \"Invalid input\";\n break;\n case ZodIssueCode.too_big:\n if (issue.type === \"array\")\n message = `Array must contain ${issue.exact ? `exactly` : issue.inclusive ? `at most` : `less than`} ${issue.maximum} element(s)`;\n else if (issue.type === \"string\")\n message = `String must contain ${issue.exact ? `exactly` : issue.inclusive ? `at most` : `under`} ${issue.maximum} character(s)`;\n else if (issue.type === \"number\")\n message = `Number must be ${issue.exact ? `exactly` : issue.inclusive ? `less than or equal to` : `less than`} ${issue.maximum}`;\n else if (issue.type === \"bigint\")\n message = `BigInt must be ${issue.exact ? `exactly` : issue.inclusive ? `less than or equal to` : `less than`} ${issue.maximum}`;\n else if (issue.type === \"date\")\n message = `Date must be ${issue.exact ? `exactly` : issue.inclusive ? `smaller than or equal to` : `smaller than`} ${new Date(Number(issue.maximum))}`;\n else\n message = \"Invalid input\";\n break;\n case ZodIssueCode.custom:\n message = `Invalid input`;\n break;\n case ZodIssueCode.invalid_intersection_types:\n message = `Intersection results could not be merged`;\n break;\n case ZodIssueCode.not_multiple_of:\n message = `Number must be a multiple of ${issue.multipleOf}`;\n break;\n case ZodIssueCode.not_finite:\n message = \"Number must be finite\";\n break;\n default:\n message = _ctx.defaultError;\n util.assertNever(issue);\n }\n return { message };\n};\nexport default errorMap;\n","import defaultErrorMap from \"./locales/en.js\";\nlet overrideErrorMap = defaultErrorMap;\nexport { defaultErrorMap };\nexport function setErrorMap(map) {\n overrideErrorMap = map;\n}\nexport function getErrorMap() {\n return overrideErrorMap;\n}\n","import { getErrorMap } from \"../errors.js\";\nimport defaultErrorMap from \"../locales/en.js\";\nexport const makeIssue = (params) => {\n const { data, path, errorMaps, issueData } = params;\n const fullPath = [...path, ...(issueData.path || [])];\n const fullIssue = {\n ...issueData,\n path: fullPath,\n };\n if (issueData.message !== undefined) {\n return {\n ...issueData,\n path: fullPath,\n message: issueData.message,\n };\n }\n let errorMessage = \"\";\n const maps = errorMaps\n .filter((m) => !!m)\n .slice()\n .reverse();\n for (const map of maps) {\n errorMessage = map(fullIssue, { data, defaultError: errorMessage }).message;\n }\n return {\n ...issueData,\n path: fullPath,\n message: errorMessage,\n };\n};\nexport const EMPTY_PATH = [];\nexport function addIssueToContext(ctx, issueData) {\n const overrideMap = getErrorMap();\n const issue = makeIssue({\n issueData: issueData,\n data: ctx.data,\n path: ctx.path,\n errorMaps: [\n ctx.common.contextualErrorMap, // contextual error map is first priority\n ctx.schemaErrorMap, // then schema-bound map if available\n overrideMap, // then global override map\n overrideMap === defaultErrorMap ? undefined : defaultErrorMap, // then global default map\n ].filter((x) => !!x),\n });\n ctx.common.issues.push(issue);\n}\nexport class ParseStatus {\n constructor() {\n this.value = \"valid\";\n }\n dirty() {\n if (this.value === \"valid\")\n this.value = \"dirty\";\n }\n abort() {\n if (this.value !== \"aborted\")\n this.value = \"aborted\";\n }\n static mergeArray(status, results) {\n const arrayValue = [];\n for (const s of results) {\n if (s.status === \"aborted\")\n return INVALID;\n if (s.status === \"dirty\")\n status.dirty();\n arrayValue.push(s.value);\n }\n return { status: status.value, value: arrayValue };\n }\n static async mergeObjectAsync(status, pairs) {\n const syncPairs = [];\n for (const pair of pairs) {\n const key = await pair.key;\n const value = await pair.value;\n syncPairs.push({\n key,\n value,\n });\n }\n return ParseStatus.mergeObjectSync(status, syncPairs);\n }\n static mergeObjectSync(status, pairs) {\n const finalObject = {};\n for (const pair of pairs) {\n const { key, value } = pair;\n if (key.status === \"aborted\")\n return INVALID;\n if (value.status === \"aborted\")\n return INVALID;\n if (key.status === \"dirty\")\n status.dirty();\n if (value.status === \"dirty\")\n status.dirty();\n if (key.value !== \"__proto__\" && (typeof value.value !== \"undefined\" || pair.alwaysSet)) {\n finalObject[key.value] = value.value;\n }\n }\n return { status: status.value, value: finalObject };\n }\n}\nexport const INVALID = Object.freeze({\n status: \"aborted\",\n});\nexport const DIRTY = (value) => ({ status: \"dirty\", value });\nexport const OK = (value) => ({ status: \"valid\", value });\nexport const isAborted = (x) => x.status === \"aborted\";\nexport const isDirty = (x) => x.status === \"dirty\";\nexport const isValid = (x) => x.status === \"valid\";\nexport const isAsync = (x) => typeof Promise !== \"undefined\" && x instanceof Promise;\n","export var errorUtil;\n(function (errorUtil) {\n errorUtil.errToObj = (message) => typeof message === \"string\" ? { message } : message || {};\n // biome-ignore lint:\n errorUtil.toString = (message) => typeof message === \"string\" ? message : message?.message;\n})(errorUtil || (errorUtil = {}));\n","import { ZodError, ZodIssueCode, } from \"./ZodError.js\";\nimport { defaultErrorMap, getErrorMap } from \"./errors.js\";\nimport { errorUtil } from \"./helpers/errorUtil.js\";\nimport { DIRTY, INVALID, OK, ParseStatus, addIssueToContext, isAborted, isAsync, isDirty, isValid, makeIssue, } from \"./helpers/parseUtil.js\";\nimport { util, ZodParsedType, getParsedType } from \"./helpers/util.js\";\nclass ParseInputLazyPath {\n constructor(parent, value, path, key) {\n this._cachedPath = [];\n this.parent = parent;\n this.data = value;\n this._path = path;\n this._key = key;\n }\n get path() {\n if (!this._cachedPath.length) {\n if (Array.isArray(this._key)) {\n this._cachedPath.push(...this._path, ...this._key);\n }\n else {\n this._cachedPath.push(...this._path, this._key);\n }\n }\n return this._cachedPath;\n }\n}\nconst handleResult = (ctx, result) => {\n if (isValid(result)) {\n return { success: true, data: result.value };\n }\n else {\n if (!ctx.common.issues.length) {\n throw new Error(\"Validation failed but no issues detected.\");\n }\n return {\n success: false,\n get error() {\n if (this._error)\n return this._error;\n const error = new ZodError(ctx.common.issues);\n this._error = error;\n return this._error;\n },\n };\n }\n};\nfunction processCreateParams(params) {\n if (!params)\n return {};\n const { errorMap, invalid_type_error, required_error, description } = params;\n if (errorMap && (invalid_type_error || required_error)) {\n throw new Error(`Can't use \"invalid_type_error\" or \"required_error\" in conjunction with custom error map.`);\n }\n if (errorMap)\n return { errorMap: errorMap, description };\n const customMap = (iss, ctx) => {\n const { message } = params;\n if (iss.code === \"invalid_enum_value\") {\n return { message: message ?? ctx.defaultError };\n }\n if (typeof ctx.data === \"undefined\") {\n return { message: message ?? required_error ?? ctx.defaultError };\n }\n if (iss.code !== \"invalid_type\")\n return { message: ctx.defaultError };\n return { message: message ?? invalid_type_error ?? ctx.defaultError };\n };\n return { errorMap: customMap, description };\n}\nexport class ZodType {\n get description() {\n return this._def.description;\n }\n _getType(input) {\n return getParsedType(input.data);\n }\n _getOrReturnCtx(input, ctx) {\n return (ctx || {\n common: input.parent.common,\n data: input.data,\n parsedType: getParsedType(input.data),\n schemaErrorMap: this._def.errorMap,\n path: input.path,\n parent: input.parent,\n });\n }\n _processInputParams(input) {\n return {\n status: new ParseStatus(),\n ctx: {\n common: input.parent.common,\n data: input.data,\n parsedType: getParsedType(input.data),\n schemaErrorMap: this._def.errorMap,\n path: input.path,\n parent: input.parent,\n },\n };\n }\n _parseSync(input) {\n const result = this._parse(input);\n if (isAsync(result)) {\n throw new Error(\"Synchronous parse encountered promise.\");\n }\n return result;\n }\n _parseAsync(input) {\n const result = this._parse(input);\n return Promise.resolve(result);\n }\n parse(data, params) {\n const result = this.safeParse(data, params);\n if (result.success)\n return result.data;\n throw result.error;\n }\n safeParse(data, params) {\n const ctx = {\n common: {\n issues: [],\n async: params?.async ?? false,\n contextualErrorMap: params?.errorMap,\n },\n path: params?.path || [],\n schemaErrorMap: this._def.errorMap,\n parent: null,\n data,\n parsedType: getParsedType(data),\n };\n const result = this._parseSync({ data, path: ctx.path, parent: ctx });\n return handleResult(ctx, result);\n }\n \"~validate\"(data) {\n const ctx = {\n common: {\n issues: [],\n async: !!this[\"~standard\"].async,\n },\n path: [],\n schemaErrorMap: this._def.errorMap,\n parent: null,\n data,\n parsedType: getParsedType(data),\n };\n if (!this[\"~standard\"].async) {\n try {\n const result = this._parseSync({ data, path: [], parent: ctx });\n return isValid(result)\n ? {\n value: result.value,\n }\n : {\n issues: ctx.common.issues,\n };\n }\n catch (err) {\n if (err?.message?.toLowerCase()?.includes(\"encountered\")) {\n this[\"~standard\"].async = true;\n }\n ctx.common = {\n issues: [],\n async: true,\n };\n }\n }\n return this._parseAsync({ data, path: [], parent: ctx }).then((result) => isValid(result)\n ? {\n value: result.value,\n }\n : {\n issues: ctx.common.issues,\n });\n }\n async parseAsync(data, params) {\n const result = await this.safeParseAsync(data, params);\n if (result.success)\n return result.data;\n throw result.error;\n }\n async safeParseAsync(data, params) {\n const ctx = {\n common: {\n issues: [],\n contextualErrorMap: params?.errorMap,\n async: true,\n },\n path: params?.path || [],\n schemaErrorMap: this._def.errorMap,\n parent: null,\n data,\n parsedType: getParsedType(data),\n };\n const maybeAsyncResult = this._parse({ data, path: ctx.path, parent: ctx });\n const result = await (isAsync(maybeAsyncResult) ? maybeAsyncResult : Promise.resolve(maybeAsyncResult));\n return handleResult(ctx, result);\n }\n refine(check, message) {\n const getIssueProperties = (val) => {\n if (typeof message === \"string\" || typeof message === \"undefined\") {\n return { message };\n }\n else if (typeof message === \"function\") {\n return message(val);\n }\n else {\n return message;\n }\n };\n return this._refinement((val, ctx) => {\n const result = check(val);\n const setError = () => ctx.addIssue({\n code: ZodIssueCode.custom,\n ...getIssueProperties(val),\n });\n if (typeof Promise !== \"undefined\" && result instanceof Promise) {\n return result.then((data) => {\n if (!data) {\n setError();\n return false;\n }\n else {\n return true;\n }\n });\n }\n if (!result) {\n setError();\n return false;\n }\n else {\n return true;\n }\n });\n }\n refinement(check, refinementData) {\n return this._refinement((val, ctx) => {\n if (!check(val)) {\n ctx.addIssue(typeof refinementData === \"function\" ? refinementData(val, ctx) : refinementData);\n return false;\n }\n else {\n return true;\n }\n });\n }\n _refinement(refinement) {\n return new ZodEffects({\n schema: this,\n typeName: ZodFirstPartyTypeKind.ZodEffects,\n effect: { type: \"refinement\", refinement },\n });\n }\n superRefine(refinement) {\n return this._refinement(refinement);\n }\n constructor(def) {\n /** Alias of safeParseAsync */\n this.spa = this.safeParseAsync;\n this._def = def;\n this.parse = this.parse.bind(this);\n this.safeParse = this.safeParse.bind(this);\n this.parseAsync = this.parseAsync.bind(this);\n this.safeParseAsync = this.safeParseAsync.bind(this);\n this.spa = this.spa.bind(this);\n this.refine = this.refine.bind(this);\n this.refinement = this.refinement.bind(this);\n this.superRefine = this.superRefine.bind(this);\n this.optional = this.optional.bind(this);\n this.nullable = this.nullable.bind(this);\n this.nullish = this.nullish.bind(this);\n this.array = this.array.bind(this);\n this.promise = this.promise.bind(this);\n this.or = this.or.bind(this);\n this.and = this.and.bind(this);\n this.transform = this.transform.bind(this);\n this.brand = this.brand.bind(this);\n this.default = this.default.bind(this);\n this.catch = this.catch.bind(this);\n this.describe = this.describe.bind(this);\n this.pipe = this.pipe.bind(this);\n this.readonly = this.readonly.bind(this);\n this.isNullable = this.isNullable.bind(this);\n this.isOptional = this.isOptional.bind(this);\n this[\"~standard\"] = {\n version: 1,\n vendor: \"zod\",\n validate: (data) => this[\"~validate\"](data),\n };\n }\n optional() {\n return ZodOptional.create(this, this._def);\n }\n nullable() {\n return ZodNullable.create(this, this._def);\n }\n nullish() {\n return this.nullable().optional();\n }\n array() {\n return ZodArray.create(this);\n }\n promise() {\n return ZodPromise.create(this, this._def);\n }\n or(option) {\n return ZodUnion.create([this, option], this._def);\n }\n and(incoming) {\n return ZodIntersection.create(this, incoming, this._def);\n }\n transform(transform) {\n return new ZodEffects({\n ...processCreateParams(this._def),\n schema: this,\n typeName: ZodFirstPartyTypeKind.ZodEffects,\n effect: { type: \"transform\", transform },\n });\n }\n default(def) {\n const defaultValueFunc = typeof def === \"function\" ? def : () => def;\n return new ZodDefault({\n ...processCreateParams(this._def),\n innerType: this,\n defaultValue: defaultValueFunc,\n typeName: ZodFirstPartyTypeKind.ZodDefault,\n });\n }\n brand() {\n return new ZodBranded({\n typeName: ZodFirstPartyTypeKind.ZodBranded,\n type: this,\n ...processCreateParams(this._def),\n });\n }\n catch(def) {\n const catchValueFunc = typeof def === \"function\" ? def : () => def;\n return new ZodCatch({\n ...processCreateParams(this._def),\n innerType: this,\n catchValue: catchValueFunc,\n typeName: ZodFirstPartyTypeKind.ZodCatch,\n });\n }\n describe(description) {\n const This = this.constructor;\n return new This({\n ...this._def,\n description,\n });\n }\n pipe(target) {\n return ZodPipeline.create(this, target);\n }\n readonly() {\n return ZodReadonly.create(this);\n }\n isOptional() {\n return this.safeParse(undefined).success;\n }\n isNullable() {\n return this.safeParse(null).success;\n }\n}\nconst cuidRegex = /^c[^\\s-]{8,}$/i;\nconst cuid2Regex = /^[0-9a-z]+$/;\nconst ulidRegex = /^[0-9A-HJKMNP-TV-Z]{26}$/i;\n// const uuidRegex =\n// /^([a-f0-9]{8}-[a-f0-9]{4}-[1-5][a-f0-9]{3}-[a-f0-9]{4}-[a-f0-9]{12}|00000000-0000-0000-0000-000000000000)$/i;\nconst uuidRegex = /^[0-9a-fA-F]{8}\\b-[0-9a-fA-F]{4}\\b-[0-9a-fA-F]{4}\\b-[0-9a-fA-F]{4}\\b-[0-9a-fA-F]{12}$/i;\nconst nanoidRegex = /^[a-z0-9_-]{21}$/i;\nconst jwtRegex = /^[A-Za-z0-9-_]+\\.[A-Za-z0-9-_]+\\.[A-Za-z0-9-_]*$/;\nconst durationRegex = /^[-+]?P(?!$)(?:(?:[-+]?\\d+Y)|(?:[-+]?\\d+[.,]\\d+Y$))?(?:(?:[-+]?\\d+M)|(?:[-+]?\\d+[.,]\\d+M$))?(?:(?:[-+]?\\d+W)|(?:[-+]?\\d+[.,]\\d+W$))?(?:(?:[-+]?\\d+D)|(?:[-+]?\\d+[.,]\\d+D$))?(?:T(?=[\\d+-])(?:(?:[-+]?\\d+H)|(?:[-+]?\\d+[.,]\\d+H$))?(?:(?:[-+]?\\d+M)|(?:[-+]?\\d+[.,]\\d+M$))?(?:[-+]?\\d+(?:[.,]\\d+)?S)?)??$/;\n// from https://stackoverflow.com/a/46181/1550155\n// old version: too slow, didn't support unicode\n// const emailRegex = /^((([a-z]|\\d|[!#\\$%&'\\*\\+\\-\\/=\\?\\^_`{\\|}~]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])+(\\.([a-z]|\\d|[!#\\$%&'\\*\\+\\-\\/=\\?\\^_`{\\|}~]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])+)*)|((\\x22)((((\\x20|\\x09)*(\\x0d\\x0a))?(\\x20|\\x09)+)?(([\\x01-\\x08\\x0b\\x0c\\x0e-\\x1f\\x7f]|\\x21|[\\x23-\\x5b]|[\\x5d-\\x7e]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(\\\\([\\x01-\\x09\\x0b\\x0c\\x0d-\\x7f]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF]))))*(((\\x20|\\x09)*(\\x0d\\x0a))?(\\x20|\\x09)+)?(\\x22)))@((([a-z]|\\d|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(([a-z]|\\d|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])([a-z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])*([a-z]|\\d|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])))\\.)+(([a-z]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(([a-z]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])([a-z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])*([a-z]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])))$/i;\n//old email regex\n// const emailRegex = /^(([^<>()[\\].,;:\\s@\"]+(\\.[^<>()[\\].,;:\\s@\"]+)*)|(\".+\"))@((?!-)([^<>()[\\].,;:\\s@\"]+\\.)+[^<>()[\\].,;:\\s@\"]{1,})[^-<>()[\\].,;:\\s@\"]$/i;\n// eslint-disable-next-line\n// const emailRegex =\n// /^(([^<>()[\\]\\\\.,;:\\s@\\\"]+(\\.[^<>()[\\]\\\\.,;:\\s@\\\"]+)*)|(\\\".+\\\"))@((\\[(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\\])|(\\[IPv6:(([a-f0-9]{1,4}:){7}|::([a-f0-9]{1,4}:){0,6}|([a-f0-9]{1,4}:){1}:([a-f0-9]{1,4}:){0,5}|([a-f0-9]{1,4}:){2}:([a-f0-9]{1,4}:){0,4}|([a-f0-9]{1,4}:){3}:([a-f0-9]{1,4}:){0,3}|([a-f0-9]{1,4}:){4}:([a-f0-9]{1,4}:){0,2}|([a-f0-9]{1,4}:){5}:([a-f0-9]{1,4}:){0,1})([a-f0-9]{1,4}|(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2})))\\])|([A-Za-z0-9]([A-Za-z0-9-]*[A-Za-z0-9])*(\\.[A-Za-z]{2,})+))$/;\n// const emailRegex =\n// /^[a-zA-Z0-9\\.\\!\\#\\$\\%\\&\\'\\*\\+\\/\\=\\?\\^\\_\\`\\{\\|\\}\\~\\-]+@[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?(?:\\.[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?)*$/;\n// const emailRegex =\n// /^(?:[a-z0-9!#$%&'*+/=?^_`{|}~-]+(?:\\.[a-z0-9!#$%&'*+/=?^_`{|}~-]+)*|\"(?:[\\x01-\\x08\\x0b\\x0c\\x0e-\\x1f\\x21\\x23-\\x5b\\x5d-\\x7f]|\\\\[\\x01-\\x09\\x0b\\x0c\\x0e-\\x7f])*\")@(?:(?:[a-z0-9](?:[a-z0-9-]*[a-z0-9])?\\.)+[a-z0-9](?:[a-z0-9-]*[a-z0-9])?|\\[(?:(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\\.){3}(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?|[a-z0-9-]*[a-z0-9]:(?:[\\x01-\\x08\\x0b\\x0c\\x0e-\\x1f\\x21-\\x5a\\x53-\\x7f]|\\\\[\\x01-\\x09\\x0b\\x0c\\x0e-\\x7f])+)\\])$/i;\nconst emailRegex = /^(?!\\.)(?!.*\\.\\.)([A-Z0-9_'+\\-\\.]*)[A-Z0-9_+-]@([A-Z0-9][A-Z0-9\\-]*\\.)+[A-Z]{2,}$/i;\n// const emailRegex =\n// /^[a-z0-9.!#$%&’*+/=?^_`{|}~-]+@[a-z0-9-]+(?:\\.[a-z0-9\\-]+)*$/i;\n// from https://thekevinscott.com/emojis-in-javascript/#writing-a-regular-expression\nconst _emojiRegex = `^(\\\\p{Extended_Pictographic}|\\\\p{Emoji_Component})+$`;\nlet emojiRegex;\n// faster, simpler, safer\nconst ipv4Regex = /^(?:(?:25[0-5]|2[0-4][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])\\.){3}(?:25[0-5]|2[0-4][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])$/;\nconst ipv4CidrRegex = /^(?:(?:25[0-5]|2[0-4][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])\\.){3}(?:25[0-5]|2[0-4][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])\\/(3[0-2]|[12]?[0-9])$/;\n// const ipv6Regex =\n// /^(([a-f0-9]{1,4}:){7}|::([a-f0-9]{1,4}:){0,6}|([a-f0-9]{1,4}:){1}:([a-f0-9]{1,4}:){0,5}|([a-f0-9]{1,4}:){2}:([a-f0-9]{1,4}:){0,4}|([a-f0-9]{1,4}:){3}:([a-f0-9]{1,4}:){0,3}|([a-f0-9]{1,4}:){4}:([a-f0-9]{1,4}:){0,2}|([a-f0-9]{1,4}:){5}:([a-f0-9]{1,4}:){0,1})([a-f0-9]{1,4}|(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2})))$/;\nconst ipv6Regex = /^(([0-9a-fA-F]{1,4}:){7,7}[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,7}:|([0-9a-fA-F]{1,4}:){1,6}:[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,5}(:[0-9a-fA-F]{1,4}){1,2}|([0-9a-fA-F]{1,4}:){1,4}(:[0-9a-fA-F]{1,4}){1,3}|([0-9a-fA-F]{1,4}:){1,3}(:[0-9a-fA-F]{1,4}){1,4}|([0-9a-fA-F]{1,4}:){1,2}(:[0-9a-fA-F]{1,4}){1,5}|[0-9a-fA-F]{1,4}:((:[0-9a-fA-F]{1,4}){1,6})|:((:[0-9a-fA-F]{1,4}){1,7}|:)|fe80:(:[0-9a-fA-F]{0,4}){0,4}%[0-9a-zA-Z]{1,}|::(ffff(:0{1,4}){0,1}:){0,1}((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])|([0-9a-fA-F]{1,4}:){1,4}:((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9]))$/;\nconst ipv6CidrRegex = /^(([0-9a-fA-F]{1,4}:){7,7}[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,7}:|([0-9a-fA-F]{1,4}:){1,6}:[0-9a-fA-F]{1,4}|([0-9a-fA-F]{1,4}:){1,5}(:[0-9a-fA-F]{1,4}){1,2}|([0-9a-fA-F]{1,4}:){1,4}(:[0-9a-fA-F]{1,4}){1,3}|([0-9a-fA-F]{1,4}:){1,3}(:[0-9a-fA-F]{1,4}){1,4}|([0-9a-fA-F]{1,4}:){1,2}(:[0-9a-fA-F]{1,4}){1,5}|[0-9a-fA-F]{1,4}:((:[0-9a-fA-F]{1,4}){1,6})|:((:[0-9a-fA-F]{1,4}){1,7}|:)|fe80:(:[0-9a-fA-F]{0,4}){0,4}%[0-9a-zA-Z]{1,}|::(ffff(:0{1,4}){0,1}:){0,1}((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])|([0-9a-fA-F]{1,4}:){1,4}:((25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9])\\.){3,3}(25[0-5]|(2[0-4]|1{0,1}[0-9]){0,1}[0-9]))\\/(12[0-8]|1[01][0-9]|[1-9]?[0-9])$/;\n// https://stackoverflow.com/questions/7860392/determine-if-string-is-in-base64-using-javascript\nconst base64Regex = /^([0-9a-zA-Z+/]{4})*(([0-9a-zA-Z+/]{2}==)|([0-9a-zA-Z+/]{3}=))?$/;\n// https://base64.guru/standards/base64url\nconst base64urlRegex = /^([0-9a-zA-Z-_]{4})*(([0-9a-zA-Z-_]{2}(==)?)|([0-9a-zA-Z-_]{3}(=)?))?$/;\n// simple\n// const dateRegexSource = `\\\\d{4}-\\\\d{2}-\\\\d{2}`;\n// no leap year validation\n// const dateRegexSource = `\\\\d{4}-((0[13578]|10|12)-31|(0[13-9]|1[0-2])-30|(0[1-9]|1[0-2])-(0[1-9]|1\\\\d|2\\\\d))`;\n// with leap year validation\nconst dateRegexSource = `((\\\\d\\\\d[2468][048]|\\\\d\\\\d[13579][26]|\\\\d\\\\d0[48]|[02468][048]00|[13579][26]00)-02-29|\\\\d{4}-((0[13578]|1[02])-(0[1-9]|[12]\\\\d|3[01])|(0[469]|11)-(0[1-9]|[12]\\\\d|30)|(02)-(0[1-9]|1\\\\d|2[0-8])))`;\nconst dateRegex = new RegExp(`^${dateRegexSource}$`);\nfunction timeRegexSource(args) {\n let secondsRegexSource = `[0-5]\\\\d`;\n if (args.precision) {\n secondsRegexSource = `${secondsRegexSource}\\\\.\\\\d{${args.precision}}`;\n }\n else if (args.precision == null) {\n secondsRegexSource = `${secondsRegexSource}(\\\\.\\\\d+)?`;\n }\n const secondsQuantifier = args.precision ? \"+\" : \"?\"; // require seconds if precision is nonzero\n return `([01]\\\\d|2[0-3]):[0-5]\\\\d(:${secondsRegexSource})${secondsQuantifier}`;\n}\nfunction timeRegex(args) {\n return new RegExp(`^${timeRegexSource(args)}$`);\n}\n// Adapted from https://stackoverflow.com/a/3143231\nexport function datetimeRegex(args) {\n let regex = `${dateRegexSource}T${timeRegexSource(args)}`;\n const opts = [];\n opts.push(args.local ? `Z?` : `Z`);\n if (args.offset)\n opts.push(`([+-]\\\\d{2}:?\\\\d{2})`);\n regex = `${regex}(${opts.join(\"|\")})`;\n return new RegExp(`^${regex}$`);\n}\nfunction isValidIP(ip, version) {\n if ((version === \"v4\" || !version) && ipv4Regex.test(ip)) {\n return true;\n }\n if ((version === \"v6\" || !version) && ipv6Regex.test(ip)) {\n return true;\n }\n return false;\n}\nfunction isValidJWT(jwt, alg) {\n if (!jwtRegex.test(jwt))\n return false;\n try {\n const [header] = jwt.split(\".\");\n if (!header)\n return false;\n // Convert base64url to base64\n const base64 = header\n .replace(/-/g, \"+\")\n .replace(/_/g, \"/\")\n .padEnd(header.length + ((4 - (header.length % 4)) % 4), \"=\");\n const decoded = JSON.parse(atob(base64));\n if (typeof decoded !== \"object\" || decoded === null)\n return false;\n if (\"typ\" in decoded && decoded?.typ !== \"JWT\")\n return false;\n if (!decoded.alg)\n return false;\n if (alg && decoded.alg !== alg)\n return false;\n return true;\n }\n catch {\n return false;\n }\n}\nfunction isValidCidr(ip, version) {\n if ((version === \"v4\" || !version) && ipv4CidrRegex.test(ip)) {\n return true;\n }\n if ((version === \"v6\" || !version) && ipv6CidrRegex.test(ip)) {\n return true;\n }\n return false;\n}\nexport class ZodString extends ZodType {\n _parse(input) {\n if (this._def.coerce) {\n input.data = String(input.data);\n }\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.string) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.string,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const status = new ParseStatus();\n let ctx = undefined;\n for (const check of this._def.checks) {\n if (check.kind === \"min\") {\n if (input.data.length < check.value) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n minimum: check.value,\n type: \"string\",\n inclusive: true,\n exact: false,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"max\") {\n if (input.data.length > check.value) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n maximum: check.value,\n type: \"string\",\n inclusive: true,\n exact: false,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"length\") {\n const tooBig = input.data.length > check.value;\n const tooSmall = input.data.length < check.value;\n if (tooBig || tooSmall) {\n ctx = this._getOrReturnCtx(input, ctx);\n if (tooBig) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n maximum: check.value,\n type: \"string\",\n inclusive: true,\n exact: true,\n message: check.message,\n });\n }\n else if (tooSmall) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n minimum: check.value,\n type: \"string\",\n inclusive: true,\n exact: true,\n message: check.message,\n });\n }\n status.dirty();\n }\n }\n else if (check.kind === \"email\") {\n if (!emailRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"email\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"emoji\") {\n if (!emojiRegex) {\n emojiRegex = new RegExp(_emojiRegex, \"u\");\n }\n if (!emojiRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"emoji\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"uuid\") {\n if (!uuidRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"uuid\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"nanoid\") {\n if (!nanoidRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"nanoid\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"cuid\") {\n if (!cuidRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"cuid\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"cuid2\") {\n if (!cuid2Regex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"cuid2\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"ulid\") {\n if (!ulidRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"ulid\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"url\") {\n try {\n new URL(input.data);\n }\n catch {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"url\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"regex\") {\n check.regex.lastIndex = 0;\n const testResult = check.regex.test(input.data);\n if (!testResult) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"regex\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"trim\") {\n input.data = input.data.trim();\n }\n else if (check.kind === \"includes\") {\n if (!input.data.includes(check.value, check.position)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_string,\n validation: { includes: check.value, position: check.position },\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"toLowerCase\") {\n input.data = input.data.toLowerCase();\n }\n else if (check.kind === \"toUpperCase\") {\n input.data = input.data.toUpperCase();\n }\n else if (check.kind === \"startsWith\") {\n if (!input.data.startsWith(check.value)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_string,\n validation: { startsWith: check.value },\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"endsWith\") {\n if (!input.data.endsWith(check.value)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_string,\n validation: { endsWith: check.value },\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"datetime\") {\n const regex = datetimeRegex(check);\n if (!regex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_string,\n validation: \"datetime\",\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"date\") {\n const regex = dateRegex;\n if (!regex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_string,\n validation: \"date\",\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"time\") {\n const regex = timeRegex(check);\n if (!regex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_string,\n validation: \"time\",\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"duration\") {\n if (!durationRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"duration\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"ip\") {\n if (!isValidIP(input.data, check.version)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"ip\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"jwt\") {\n if (!isValidJWT(input.data, check.alg)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"jwt\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"cidr\") {\n if (!isValidCidr(input.data, check.version)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"cidr\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"base64\") {\n if (!base64Regex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"base64\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"base64url\") {\n if (!base64urlRegex.test(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n validation: \"base64url\",\n code: ZodIssueCode.invalid_string,\n message: check.message,\n });\n status.dirty();\n }\n }\n else {\n util.assertNever(check);\n }\n }\n return { status: status.value, value: input.data };\n }\n _regex(regex, validation, message) {\n return this.refinement((data) => regex.test(data), {\n validation,\n code: ZodIssueCode.invalid_string,\n ...errorUtil.errToObj(message),\n });\n }\n _addCheck(check) {\n return new ZodString({\n ...this._def,\n checks: [...this._def.checks, check],\n });\n }\n email(message) {\n return this._addCheck({ kind: \"email\", ...errorUtil.errToObj(message) });\n }\n url(message) {\n return this._addCheck({ kind: \"url\", ...errorUtil.errToObj(message) });\n }\n emoji(message) {\n return this._addCheck({ kind: \"emoji\", ...errorUtil.errToObj(message) });\n }\n uuid(message) {\n return this._addCheck({ kind: \"uuid\", ...errorUtil.errToObj(message) });\n }\n nanoid(message) {\n return this._addCheck({ kind: \"nanoid\", ...errorUtil.errToObj(message) });\n }\n cuid(message) {\n return this._addCheck({ kind: \"cuid\", ...errorUtil.errToObj(message) });\n }\n cuid2(message) {\n return this._addCheck({ kind: \"cuid2\", ...errorUtil.errToObj(message) });\n }\n ulid(message) {\n return this._addCheck({ kind: \"ulid\", ...errorUtil.errToObj(message) });\n }\n base64(message) {\n return this._addCheck({ kind: \"base64\", ...errorUtil.errToObj(message) });\n }\n base64url(message) {\n // base64url encoding is a modification of base64 that can safely be used in URLs and filenames\n return this._addCheck({\n kind: \"base64url\",\n ...errorUtil.errToObj(message),\n });\n }\n jwt(options) {\n return this._addCheck({ kind: \"jwt\", ...errorUtil.errToObj(options) });\n }\n ip(options) {\n return this._addCheck({ kind: \"ip\", ...errorUtil.errToObj(options) });\n }\n cidr(options) {\n return this._addCheck({ kind: \"cidr\", ...errorUtil.errToObj(options) });\n }\n datetime(options) {\n if (typeof options === \"string\") {\n return this._addCheck({\n kind: \"datetime\",\n precision: null,\n offset: false,\n local: false,\n message: options,\n });\n }\n return this._addCheck({\n kind: \"datetime\",\n precision: typeof options?.precision === \"undefined\" ? null : options?.precision,\n offset: options?.offset ?? false,\n local: options?.local ?? false,\n ...errorUtil.errToObj(options?.message),\n });\n }\n date(message) {\n return this._addCheck({ kind: \"date\", message });\n }\n time(options) {\n if (typeof options === \"string\") {\n return this._addCheck({\n kind: \"time\",\n precision: null,\n message: options,\n });\n }\n return this._addCheck({\n kind: \"time\",\n precision: typeof options?.precision === \"undefined\" ? null : options?.precision,\n ...errorUtil.errToObj(options?.message),\n });\n }\n duration(message) {\n return this._addCheck({ kind: \"duration\", ...errorUtil.errToObj(message) });\n }\n regex(regex, message) {\n return this._addCheck({\n kind: \"regex\",\n regex: regex,\n ...errorUtil.errToObj(message),\n });\n }\n includes(value, options) {\n return this._addCheck({\n kind: \"includes\",\n value: value,\n position: options?.position,\n ...errorUtil.errToObj(options?.message),\n });\n }\n startsWith(value, message) {\n return this._addCheck({\n kind: \"startsWith\",\n value: value,\n ...errorUtil.errToObj(message),\n });\n }\n endsWith(value, message) {\n return this._addCheck({\n kind: \"endsWith\",\n value: value,\n ...errorUtil.errToObj(message),\n });\n }\n min(minLength, message) {\n return this._addCheck({\n kind: \"min\",\n value: minLength,\n ...errorUtil.errToObj(message),\n });\n }\n max(maxLength, message) {\n return this._addCheck({\n kind: \"max\",\n value: maxLength,\n ...errorUtil.errToObj(message),\n });\n }\n length(len, message) {\n return this._addCheck({\n kind: \"length\",\n value: len,\n ...errorUtil.errToObj(message),\n });\n }\n /**\n * Equivalent to `.min(1)`\n */\n nonempty(message) {\n return this.min(1, errorUtil.errToObj(message));\n }\n trim() {\n return new ZodString({\n ...this._def,\n checks: [...this._def.checks, { kind: \"trim\" }],\n });\n }\n toLowerCase() {\n return new ZodString({\n ...this._def,\n checks: [...this._def.checks, { kind: \"toLowerCase\" }],\n });\n }\n toUpperCase() {\n return new ZodString({\n ...this._def,\n checks: [...this._def.checks, { kind: \"toUpperCase\" }],\n });\n }\n get isDatetime() {\n return !!this._def.checks.find((ch) => ch.kind === \"datetime\");\n }\n get isDate() {\n return !!this._def.checks.find((ch) => ch.kind === \"date\");\n }\n get isTime() {\n return !!this._def.checks.find((ch) => ch.kind === \"time\");\n }\n get isDuration() {\n return !!this._def.checks.find((ch) => ch.kind === \"duration\");\n }\n get isEmail() {\n return !!this._def.checks.find((ch) => ch.kind === \"email\");\n }\n get isURL() {\n return !!this._def.checks.find((ch) => ch.kind === \"url\");\n }\n get isEmoji() {\n return !!this._def.checks.find((ch) => ch.kind === \"emoji\");\n }\n get isUUID() {\n return !!this._def.checks.find((ch) => ch.kind === \"uuid\");\n }\n get isNANOID() {\n return !!this._def.checks.find((ch) => ch.kind === \"nanoid\");\n }\n get isCUID() {\n return !!this._def.checks.find((ch) => ch.kind === \"cuid\");\n }\n get isCUID2() {\n return !!this._def.checks.find((ch) => ch.kind === \"cuid2\");\n }\n get isULID() {\n return !!this._def.checks.find((ch) => ch.kind === \"ulid\");\n }\n get isIP() {\n return !!this._def.checks.find((ch) => ch.kind === \"ip\");\n }\n get isCIDR() {\n return !!this._def.checks.find((ch) => ch.kind === \"cidr\");\n }\n get isBase64() {\n return !!this._def.checks.find((ch) => ch.kind === \"base64\");\n }\n get isBase64url() {\n // base64url encoding is a modification of base64 that can safely be used in URLs and filenames\n return !!this._def.checks.find((ch) => ch.kind === \"base64url\");\n }\n get minLength() {\n let min = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"min\") {\n if (min === null || ch.value > min)\n min = ch.value;\n }\n }\n return min;\n }\n get maxLength() {\n let max = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"max\") {\n if (max === null || ch.value < max)\n max = ch.value;\n }\n }\n return max;\n }\n}\nZodString.create = (params) => {\n return new ZodString({\n checks: [],\n typeName: ZodFirstPartyTypeKind.ZodString,\n coerce: params?.coerce ?? false,\n ...processCreateParams(params),\n });\n};\n// https://stackoverflow.com/questions/3966484/why-does-modulus-operator-return-fractional-number-in-javascript/31711034#31711034\nfunction floatSafeRemainder(val, step) {\n const valDecCount = (val.toString().split(\".\")[1] || \"\").length;\n const stepDecCount = (step.toString().split(\".\")[1] || \"\").length;\n const decCount = valDecCount > stepDecCount ? valDecCount : stepDecCount;\n const valInt = Number.parseInt(val.toFixed(decCount).replace(\".\", \"\"));\n const stepInt = Number.parseInt(step.toFixed(decCount).replace(\".\", \"\"));\n return (valInt % stepInt) / 10 ** decCount;\n}\nexport class ZodNumber extends ZodType {\n constructor() {\n super(...arguments);\n this.min = this.gte;\n this.max = this.lte;\n this.step = this.multipleOf;\n }\n _parse(input) {\n if (this._def.coerce) {\n input.data = Number(input.data);\n }\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.number) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.number,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n let ctx = undefined;\n const status = new ParseStatus();\n for (const check of this._def.checks) {\n if (check.kind === \"int\") {\n if (!util.isInteger(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: \"integer\",\n received: \"float\",\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"min\") {\n const tooSmall = check.inclusive ? input.data < check.value : input.data <= check.value;\n if (tooSmall) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n minimum: check.value,\n type: \"number\",\n inclusive: check.inclusive,\n exact: false,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"max\") {\n const tooBig = check.inclusive ? input.data > check.value : input.data >= check.value;\n if (tooBig) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n maximum: check.value,\n type: \"number\",\n inclusive: check.inclusive,\n exact: false,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"multipleOf\") {\n if (floatSafeRemainder(input.data, check.value) !== 0) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.not_multiple_of,\n multipleOf: check.value,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"finite\") {\n if (!Number.isFinite(input.data)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.not_finite,\n message: check.message,\n });\n status.dirty();\n }\n }\n else {\n util.assertNever(check);\n }\n }\n return { status: status.value, value: input.data };\n }\n gte(value, message) {\n return this.setLimit(\"min\", value, true, errorUtil.toString(message));\n }\n gt(value, message) {\n return this.setLimit(\"min\", value, false, errorUtil.toString(message));\n }\n lte(value, message) {\n return this.setLimit(\"max\", value, true, errorUtil.toString(message));\n }\n lt(value, message) {\n return this.setLimit(\"max\", value, false, errorUtil.toString(message));\n }\n setLimit(kind, value, inclusive, message) {\n return new ZodNumber({\n ...this._def,\n checks: [\n ...this._def.checks,\n {\n kind,\n value,\n inclusive,\n message: errorUtil.toString(message),\n },\n ],\n });\n }\n _addCheck(check) {\n return new ZodNumber({\n ...this._def,\n checks: [...this._def.checks, check],\n });\n }\n int(message) {\n return this._addCheck({\n kind: \"int\",\n message: errorUtil.toString(message),\n });\n }\n positive(message) {\n return this._addCheck({\n kind: \"min\",\n value: 0,\n inclusive: false,\n message: errorUtil.toString(message),\n });\n }\n negative(message) {\n return this._addCheck({\n kind: \"max\",\n value: 0,\n inclusive: false,\n message: errorUtil.toString(message),\n });\n }\n nonpositive(message) {\n return this._addCheck({\n kind: \"max\",\n value: 0,\n inclusive: true,\n message: errorUtil.toString(message),\n });\n }\n nonnegative(message) {\n return this._addCheck({\n kind: \"min\",\n value: 0,\n inclusive: true,\n message: errorUtil.toString(message),\n });\n }\n multipleOf(value, message) {\n return this._addCheck({\n kind: \"multipleOf\",\n value: value,\n message: errorUtil.toString(message),\n });\n }\n finite(message) {\n return this._addCheck({\n kind: \"finite\",\n message: errorUtil.toString(message),\n });\n }\n safe(message) {\n return this._addCheck({\n kind: \"min\",\n inclusive: true,\n value: Number.MIN_SAFE_INTEGER,\n message: errorUtil.toString(message),\n })._addCheck({\n kind: \"max\",\n inclusive: true,\n value: Number.MAX_SAFE_INTEGER,\n message: errorUtil.toString(message),\n });\n }\n get minValue() {\n let min = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"min\") {\n if (min === null || ch.value > min)\n min = ch.value;\n }\n }\n return min;\n }\n get maxValue() {\n let max = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"max\") {\n if (max === null || ch.value < max)\n max = ch.value;\n }\n }\n return max;\n }\n get isInt() {\n return !!this._def.checks.find((ch) => ch.kind === \"int\" || (ch.kind === \"multipleOf\" && util.isInteger(ch.value)));\n }\n get isFinite() {\n let max = null;\n let min = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"finite\" || ch.kind === \"int\" || ch.kind === \"multipleOf\") {\n return true;\n }\n else if (ch.kind === \"min\") {\n if (min === null || ch.value > min)\n min = ch.value;\n }\n else if (ch.kind === \"max\") {\n if (max === null || ch.value < max)\n max = ch.value;\n }\n }\n return Number.isFinite(min) && Number.isFinite(max);\n }\n}\nZodNumber.create = (params) => {\n return new ZodNumber({\n checks: [],\n typeName: ZodFirstPartyTypeKind.ZodNumber,\n coerce: params?.coerce || false,\n ...processCreateParams(params),\n });\n};\nexport class ZodBigInt extends ZodType {\n constructor() {\n super(...arguments);\n this.min = this.gte;\n this.max = this.lte;\n }\n _parse(input) {\n if (this._def.coerce) {\n try {\n input.data = BigInt(input.data);\n }\n catch {\n return this._getInvalidInput(input);\n }\n }\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.bigint) {\n return this._getInvalidInput(input);\n }\n let ctx = undefined;\n const status = new ParseStatus();\n for (const check of this._def.checks) {\n if (check.kind === \"min\") {\n const tooSmall = check.inclusive ? input.data < check.value : input.data <= check.value;\n if (tooSmall) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n type: \"bigint\",\n minimum: check.value,\n inclusive: check.inclusive,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"max\") {\n const tooBig = check.inclusive ? input.data > check.value : input.data >= check.value;\n if (tooBig) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n type: \"bigint\",\n maximum: check.value,\n inclusive: check.inclusive,\n message: check.message,\n });\n status.dirty();\n }\n }\n else if (check.kind === \"multipleOf\") {\n if (input.data % check.value !== BigInt(0)) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.not_multiple_of,\n multipleOf: check.value,\n message: check.message,\n });\n status.dirty();\n }\n }\n else {\n util.assertNever(check);\n }\n }\n return { status: status.value, value: input.data };\n }\n _getInvalidInput(input) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.bigint,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n gte(value, message) {\n return this.setLimit(\"min\", value, true, errorUtil.toString(message));\n }\n gt(value, message) {\n return this.setLimit(\"min\", value, false, errorUtil.toString(message));\n }\n lte(value, message) {\n return this.setLimit(\"max\", value, true, errorUtil.toString(message));\n }\n lt(value, message) {\n return this.setLimit(\"max\", value, false, errorUtil.toString(message));\n }\n setLimit(kind, value, inclusive, message) {\n return new ZodBigInt({\n ...this._def,\n checks: [\n ...this._def.checks,\n {\n kind,\n value,\n inclusive,\n message: errorUtil.toString(message),\n },\n ],\n });\n }\n _addCheck(check) {\n return new ZodBigInt({\n ...this._def,\n checks: [...this._def.checks, check],\n });\n }\n positive(message) {\n return this._addCheck({\n kind: \"min\",\n value: BigInt(0),\n inclusive: false,\n message: errorUtil.toString(message),\n });\n }\n negative(message) {\n return this._addCheck({\n kind: \"max\",\n value: BigInt(0),\n inclusive: false,\n message: errorUtil.toString(message),\n });\n }\n nonpositive(message) {\n return this._addCheck({\n kind: \"max\",\n value: BigInt(0),\n inclusive: true,\n message: errorUtil.toString(message),\n });\n }\n nonnegative(message) {\n return this._addCheck({\n kind: \"min\",\n value: BigInt(0),\n inclusive: true,\n message: errorUtil.toString(message),\n });\n }\n multipleOf(value, message) {\n return this._addCheck({\n kind: \"multipleOf\",\n value,\n message: errorUtil.toString(message),\n });\n }\n get minValue() {\n let min = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"min\") {\n if (min === null || ch.value > min)\n min = ch.value;\n }\n }\n return min;\n }\n get maxValue() {\n let max = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"max\") {\n if (max === null || ch.value < max)\n max = ch.value;\n }\n }\n return max;\n }\n}\nZodBigInt.create = (params) => {\n return new ZodBigInt({\n checks: [],\n typeName: ZodFirstPartyTypeKind.ZodBigInt,\n coerce: params?.coerce ?? false,\n ...processCreateParams(params),\n });\n};\nexport class ZodBoolean extends ZodType {\n _parse(input) {\n if (this._def.coerce) {\n input.data = Boolean(input.data);\n }\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.boolean) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.boolean,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n}\nZodBoolean.create = (params) => {\n return new ZodBoolean({\n typeName: ZodFirstPartyTypeKind.ZodBoolean,\n coerce: params?.coerce || false,\n ...processCreateParams(params),\n });\n};\nexport class ZodDate extends ZodType {\n _parse(input) {\n if (this._def.coerce) {\n input.data = new Date(input.data);\n }\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.date) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.date,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n if (Number.isNaN(input.data.getTime())) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_date,\n });\n return INVALID;\n }\n const status = new ParseStatus();\n let ctx = undefined;\n for (const check of this._def.checks) {\n if (check.kind === \"min\") {\n if (input.data.getTime() < check.value) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n message: check.message,\n inclusive: true,\n exact: false,\n minimum: check.value,\n type: \"date\",\n });\n status.dirty();\n }\n }\n else if (check.kind === \"max\") {\n if (input.data.getTime() > check.value) {\n ctx = this._getOrReturnCtx(input, ctx);\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n message: check.message,\n inclusive: true,\n exact: false,\n maximum: check.value,\n type: \"date\",\n });\n status.dirty();\n }\n }\n else {\n util.assertNever(check);\n }\n }\n return {\n status: status.value,\n value: new Date(input.data.getTime()),\n };\n }\n _addCheck(check) {\n return new ZodDate({\n ...this._def,\n checks: [...this._def.checks, check],\n });\n }\n min(minDate, message) {\n return this._addCheck({\n kind: \"min\",\n value: minDate.getTime(),\n message: errorUtil.toString(message),\n });\n }\n max(maxDate, message) {\n return this._addCheck({\n kind: \"max\",\n value: maxDate.getTime(),\n message: errorUtil.toString(message),\n });\n }\n get minDate() {\n let min = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"min\") {\n if (min === null || ch.value > min)\n min = ch.value;\n }\n }\n return min != null ? new Date(min) : null;\n }\n get maxDate() {\n let max = null;\n for (const ch of this._def.checks) {\n if (ch.kind === \"max\") {\n if (max === null || ch.value < max)\n max = ch.value;\n }\n }\n return max != null ? new Date(max) : null;\n }\n}\nZodDate.create = (params) => {\n return new ZodDate({\n checks: [],\n coerce: params?.coerce || false,\n typeName: ZodFirstPartyTypeKind.ZodDate,\n ...processCreateParams(params),\n });\n};\nexport class ZodSymbol extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.symbol) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.symbol,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n}\nZodSymbol.create = (params) => {\n return new ZodSymbol({\n typeName: ZodFirstPartyTypeKind.ZodSymbol,\n ...processCreateParams(params),\n });\n};\nexport class ZodUndefined extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.undefined) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.undefined,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n}\nZodUndefined.create = (params) => {\n return new ZodUndefined({\n typeName: ZodFirstPartyTypeKind.ZodUndefined,\n ...processCreateParams(params),\n });\n};\nexport class ZodNull extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.null) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.null,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n}\nZodNull.create = (params) => {\n return new ZodNull({\n typeName: ZodFirstPartyTypeKind.ZodNull,\n ...processCreateParams(params),\n });\n};\nexport class ZodAny extends ZodType {\n constructor() {\n super(...arguments);\n // to prevent instances of other classes from extending ZodAny. this causes issues with catchall in ZodObject.\n this._any = true;\n }\n _parse(input) {\n return OK(input.data);\n }\n}\nZodAny.create = (params) => {\n return new ZodAny({\n typeName: ZodFirstPartyTypeKind.ZodAny,\n ...processCreateParams(params),\n });\n};\nexport class ZodUnknown extends ZodType {\n constructor() {\n super(...arguments);\n // required\n this._unknown = true;\n }\n _parse(input) {\n return OK(input.data);\n }\n}\nZodUnknown.create = (params) => {\n return new ZodUnknown({\n typeName: ZodFirstPartyTypeKind.ZodUnknown,\n ...processCreateParams(params),\n });\n};\nexport class ZodNever extends ZodType {\n _parse(input) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.never,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n}\nZodNever.create = (params) => {\n return new ZodNever({\n typeName: ZodFirstPartyTypeKind.ZodNever,\n ...processCreateParams(params),\n });\n};\nexport class ZodVoid extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.undefined) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.void,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n}\nZodVoid.create = (params) => {\n return new ZodVoid({\n typeName: ZodFirstPartyTypeKind.ZodVoid,\n ...processCreateParams(params),\n });\n};\nexport class ZodArray extends ZodType {\n _parse(input) {\n const { ctx, status } = this._processInputParams(input);\n const def = this._def;\n if (ctx.parsedType !== ZodParsedType.array) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.array,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n if (def.exactLength !== null) {\n const tooBig = ctx.data.length > def.exactLength.value;\n const tooSmall = ctx.data.length < def.exactLength.value;\n if (tooBig || tooSmall) {\n addIssueToContext(ctx, {\n code: tooBig ? ZodIssueCode.too_big : ZodIssueCode.too_small,\n minimum: (tooSmall ? def.exactLength.value : undefined),\n maximum: (tooBig ? def.exactLength.value : undefined),\n type: \"array\",\n inclusive: true,\n exact: true,\n message: def.exactLength.message,\n });\n status.dirty();\n }\n }\n if (def.minLength !== null) {\n if (ctx.data.length < def.minLength.value) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n minimum: def.minLength.value,\n type: \"array\",\n inclusive: true,\n exact: false,\n message: def.minLength.message,\n });\n status.dirty();\n }\n }\n if (def.maxLength !== null) {\n if (ctx.data.length > def.maxLength.value) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n maximum: def.maxLength.value,\n type: \"array\",\n inclusive: true,\n exact: false,\n message: def.maxLength.message,\n });\n status.dirty();\n }\n }\n if (ctx.common.async) {\n return Promise.all([...ctx.data].map((item, i) => {\n return def.type._parseAsync(new ParseInputLazyPath(ctx, item, ctx.path, i));\n })).then((result) => {\n return ParseStatus.mergeArray(status, result);\n });\n }\n const result = [...ctx.data].map((item, i) => {\n return def.type._parseSync(new ParseInputLazyPath(ctx, item, ctx.path, i));\n });\n return ParseStatus.mergeArray(status, result);\n }\n get element() {\n return this._def.type;\n }\n min(minLength, message) {\n return new ZodArray({\n ...this._def,\n minLength: { value: minLength, message: errorUtil.toString(message) },\n });\n }\n max(maxLength, message) {\n return new ZodArray({\n ...this._def,\n maxLength: { value: maxLength, message: errorUtil.toString(message) },\n });\n }\n length(len, message) {\n return new ZodArray({\n ...this._def,\n exactLength: { value: len, message: errorUtil.toString(message) },\n });\n }\n nonempty(message) {\n return this.min(1, message);\n }\n}\nZodArray.create = (schema, params) => {\n return new ZodArray({\n type: schema,\n minLength: null,\n maxLength: null,\n exactLength: null,\n typeName: ZodFirstPartyTypeKind.ZodArray,\n ...processCreateParams(params),\n });\n};\nfunction deepPartialify(schema) {\n if (schema instanceof ZodObject) {\n const newShape = {};\n for (const key in schema.shape) {\n const fieldSchema = schema.shape[key];\n newShape[key] = ZodOptional.create(deepPartialify(fieldSchema));\n }\n return new ZodObject({\n ...schema._def,\n shape: () => newShape,\n });\n }\n else if (schema instanceof ZodArray) {\n return new ZodArray({\n ...schema._def,\n type: deepPartialify(schema.element),\n });\n }\n else if (schema instanceof ZodOptional) {\n return ZodOptional.create(deepPartialify(schema.unwrap()));\n }\n else if (schema instanceof ZodNullable) {\n return ZodNullable.create(deepPartialify(schema.unwrap()));\n }\n else if (schema instanceof ZodTuple) {\n return ZodTuple.create(schema.items.map((item) => deepPartialify(item)));\n }\n else {\n return schema;\n }\n}\nexport class ZodObject extends ZodType {\n constructor() {\n super(...arguments);\n this._cached = null;\n /**\n * @deprecated In most cases, this is no longer needed - unknown properties are now silently stripped.\n * If you want to pass through unknown properties, use `.passthrough()` instead.\n */\n this.nonstrict = this.passthrough;\n // extend<\n // Augmentation extends ZodRawShape,\n // NewOutput extends util.flatten<{\n // [k in keyof Augmentation | keyof Output]: k extends keyof Augmentation\n // ? Augmentation[k][\"_output\"]\n // : k extends keyof Output\n // ? Output[k]\n // : never;\n // }>,\n // NewInput extends util.flatten<{\n // [k in keyof Augmentation | keyof Input]: k extends keyof Augmentation\n // ? Augmentation[k][\"_input\"]\n // : k extends keyof Input\n // ? Input[k]\n // : never;\n // }>\n // >(\n // augmentation: Augmentation\n // ): ZodObject<\n // extendShape,\n // UnknownKeys,\n // Catchall,\n // NewOutput,\n // NewInput\n // > {\n // return new ZodObject({\n // ...this._def,\n // shape: () => ({\n // ...this._def.shape(),\n // ...augmentation,\n // }),\n // }) as any;\n // }\n /**\n * @deprecated Use `.extend` instead\n * */\n this.augment = this.extend;\n }\n _getCached() {\n if (this._cached !== null)\n return this._cached;\n const shape = this._def.shape();\n const keys = util.objectKeys(shape);\n this._cached = { shape, keys };\n return this._cached;\n }\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.object) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.object,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const { status, ctx } = this._processInputParams(input);\n const { shape, keys: shapeKeys } = this._getCached();\n const extraKeys = [];\n if (!(this._def.catchall instanceof ZodNever && this._def.unknownKeys === \"strip\")) {\n for (const key in ctx.data) {\n if (!shapeKeys.includes(key)) {\n extraKeys.push(key);\n }\n }\n }\n const pairs = [];\n for (const key of shapeKeys) {\n const keyValidator = shape[key];\n const value = ctx.data[key];\n pairs.push({\n key: { status: \"valid\", value: key },\n value: keyValidator._parse(new ParseInputLazyPath(ctx, value, ctx.path, key)),\n alwaysSet: key in ctx.data,\n });\n }\n if (this._def.catchall instanceof ZodNever) {\n const unknownKeys = this._def.unknownKeys;\n if (unknownKeys === \"passthrough\") {\n for (const key of extraKeys) {\n pairs.push({\n key: { status: \"valid\", value: key },\n value: { status: \"valid\", value: ctx.data[key] },\n });\n }\n }\n else if (unknownKeys === \"strict\") {\n if (extraKeys.length > 0) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.unrecognized_keys,\n keys: extraKeys,\n });\n status.dirty();\n }\n }\n else if (unknownKeys === \"strip\") {\n }\n else {\n throw new Error(`Internal ZodObject error: invalid unknownKeys value.`);\n }\n }\n else {\n // run catchall validation\n const catchall = this._def.catchall;\n for (const key of extraKeys) {\n const value = ctx.data[key];\n pairs.push({\n key: { status: \"valid\", value: key },\n value: catchall._parse(new ParseInputLazyPath(ctx, value, ctx.path, key) //, ctx.child(key), value, getParsedType(value)\n ),\n alwaysSet: key in ctx.data,\n });\n }\n }\n if (ctx.common.async) {\n return Promise.resolve()\n .then(async () => {\n const syncPairs = [];\n for (const pair of pairs) {\n const key = await pair.key;\n const value = await pair.value;\n syncPairs.push({\n key,\n value,\n alwaysSet: pair.alwaysSet,\n });\n }\n return syncPairs;\n })\n .then((syncPairs) => {\n return ParseStatus.mergeObjectSync(status, syncPairs);\n });\n }\n else {\n return ParseStatus.mergeObjectSync(status, pairs);\n }\n }\n get shape() {\n return this._def.shape();\n }\n strict(message) {\n errorUtil.errToObj;\n return new ZodObject({\n ...this._def,\n unknownKeys: \"strict\",\n ...(message !== undefined\n ? {\n errorMap: (issue, ctx) => {\n const defaultError = this._def.errorMap?.(issue, ctx).message ?? ctx.defaultError;\n if (issue.code === \"unrecognized_keys\")\n return {\n message: errorUtil.errToObj(message).message ?? defaultError,\n };\n return {\n message: defaultError,\n };\n },\n }\n : {}),\n });\n }\n strip() {\n return new ZodObject({\n ...this._def,\n unknownKeys: \"strip\",\n });\n }\n passthrough() {\n return new ZodObject({\n ...this._def,\n unknownKeys: \"passthrough\",\n });\n }\n // const AugmentFactory =\n // (def: Def) =>\n // (\n // augmentation: Augmentation\n // ): ZodObject<\n // extendShape, Augmentation>,\n // Def[\"unknownKeys\"],\n // Def[\"catchall\"]\n // > => {\n // return new ZodObject({\n // ...def,\n // shape: () => ({\n // ...def.shape(),\n // ...augmentation,\n // }),\n // }) as any;\n // };\n extend(augmentation) {\n return new ZodObject({\n ...this._def,\n shape: () => ({\n ...this._def.shape(),\n ...augmentation,\n }),\n });\n }\n /**\n * Prior to zod@1.0.12 there was a bug in the\n * inferred type of merged objects. Please\n * upgrade if you are experiencing issues.\n */\n merge(merging) {\n const merged = new ZodObject({\n unknownKeys: merging._def.unknownKeys,\n catchall: merging._def.catchall,\n shape: () => ({\n ...this._def.shape(),\n ...merging._def.shape(),\n }),\n typeName: ZodFirstPartyTypeKind.ZodObject,\n });\n return merged;\n }\n // merge<\n // Incoming extends AnyZodObject,\n // Augmentation extends Incoming[\"shape\"],\n // NewOutput extends {\n // [k in keyof Augmentation | keyof Output]: k extends keyof Augmentation\n // ? Augmentation[k][\"_output\"]\n // : k extends keyof Output\n // ? Output[k]\n // : never;\n // },\n // NewInput extends {\n // [k in keyof Augmentation | keyof Input]: k extends keyof Augmentation\n // ? Augmentation[k][\"_input\"]\n // : k extends keyof Input\n // ? Input[k]\n // : never;\n // }\n // >(\n // merging: Incoming\n // ): ZodObject<\n // extendShape>,\n // Incoming[\"_def\"][\"unknownKeys\"],\n // Incoming[\"_def\"][\"catchall\"],\n // NewOutput,\n // NewInput\n // > {\n // const merged: any = new ZodObject({\n // unknownKeys: merging._def.unknownKeys,\n // catchall: merging._def.catchall,\n // shape: () =>\n // objectUtil.mergeShapes(this._def.shape(), merging._def.shape()),\n // typeName: ZodFirstPartyTypeKind.ZodObject,\n // }) as any;\n // return merged;\n // }\n setKey(key, schema) {\n return this.augment({ [key]: schema });\n }\n // merge(\n // merging: Incoming\n // ): //ZodObject = (merging) => {\n // ZodObject<\n // extendShape>,\n // Incoming[\"_def\"][\"unknownKeys\"],\n // Incoming[\"_def\"][\"catchall\"]\n // > {\n // // const mergedShape = objectUtil.mergeShapes(\n // // this._def.shape(),\n // // merging._def.shape()\n // // );\n // const merged: any = new ZodObject({\n // unknownKeys: merging._def.unknownKeys,\n // catchall: merging._def.catchall,\n // shape: () =>\n // objectUtil.mergeShapes(this._def.shape(), merging._def.shape()),\n // typeName: ZodFirstPartyTypeKind.ZodObject,\n // }) as any;\n // return merged;\n // }\n catchall(index) {\n return new ZodObject({\n ...this._def,\n catchall: index,\n });\n }\n pick(mask) {\n const shape = {};\n for (const key of util.objectKeys(mask)) {\n if (mask[key] && this.shape[key]) {\n shape[key] = this.shape[key];\n }\n }\n return new ZodObject({\n ...this._def,\n shape: () => shape,\n });\n }\n omit(mask) {\n const shape = {};\n for (const key of util.objectKeys(this.shape)) {\n if (!mask[key]) {\n shape[key] = this.shape[key];\n }\n }\n return new ZodObject({\n ...this._def,\n shape: () => shape,\n });\n }\n /**\n * @deprecated\n */\n deepPartial() {\n return deepPartialify(this);\n }\n partial(mask) {\n const newShape = {};\n for (const key of util.objectKeys(this.shape)) {\n const fieldSchema = this.shape[key];\n if (mask && !mask[key]) {\n newShape[key] = fieldSchema;\n }\n else {\n newShape[key] = fieldSchema.optional();\n }\n }\n return new ZodObject({\n ...this._def,\n shape: () => newShape,\n });\n }\n required(mask) {\n const newShape = {};\n for (const key of util.objectKeys(this.shape)) {\n if (mask && !mask[key]) {\n newShape[key] = this.shape[key];\n }\n else {\n const fieldSchema = this.shape[key];\n let newField = fieldSchema;\n while (newField instanceof ZodOptional) {\n newField = newField._def.innerType;\n }\n newShape[key] = newField;\n }\n }\n return new ZodObject({\n ...this._def,\n shape: () => newShape,\n });\n }\n keyof() {\n return createZodEnum(util.objectKeys(this.shape));\n }\n}\nZodObject.create = (shape, params) => {\n return new ZodObject({\n shape: () => shape,\n unknownKeys: \"strip\",\n catchall: ZodNever.create(),\n typeName: ZodFirstPartyTypeKind.ZodObject,\n ...processCreateParams(params),\n });\n};\nZodObject.strictCreate = (shape, params) => {\n return new ZodObject({\n shape: () => shape,\n unknownKeys: \"strict\",\n catchall: ZodNever.create(),\n typeName: ZodFirstPartyTypeKind.ZodObject,\n ...processCreateParams(params),\n });\n};\nZodObject.lazycreate = (shape, params) => {\n return new ZodObject({\n shape,\n unknownKeys: \"strip\",\n catchall: ZodNever.create(),\n typeName: ZodFirstPartyTypeKind.ZodObject,\n ...processCreateParams(params),\n });\n};\nexport class ZodUnion extends ZodType {\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n const options = this._def.options;\n function handleResults(results) {\n // return first issue-free validation if it exists\n for (const result of results) {\n if (result.result.status === \"valid\") {\n return result.result;\n }\n }\n for (const result of results) {\n if (result.result.status === \"dirty\") {\n // add issues from dirty option\n ctx.common.issues.push(...result.ctx.common.issues);\n return result.result;\n }\n }\n // return invalid\n const unionErrors = results.map((result) => new ZodError(result.ctx.common.issues));\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_union,\n unionErrors,\n });\n return INVALID;\n }\n if (ctx.common.async) {\n return Promise.all(options.map(async (option) => {\n const childCtx = {\n ...ctx,\n common: {\n ...ctx.common,\n issues: [],\n },\n parent: null,\n };\n return {\n result: await option._parseAsync({\n data: ctx.data,\n path: ctx.path,\n parent: childCtx,\n }),\n ctx: childCtx,\n };\n })).then(handleResults);\n }\n else {\n let dirty = undefined;\n const issues = [];\n for (const option of options) {\n const childCtx = {\n ...ctx,\n common: {\n ...ctx.common,\n issues: [],\n },\n parent: null,\n };\n const result = option._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: childCtx,\n });\n if (result.status === \"valid\") {\n return result;\n }\n else if (result.status === \"dirty\" && !dirty) {\n dirty = { result, ctx: childCtx };\n }\n if (childCtx.common.issues.length) {\n issues.push(childCtx.common.issues);\n }\n }\n if (dirty) {\n ctx.common.issues.push(...dirty.ctx.common.issues);\n return dirty.result;\n }\n const unionErrors = issues.map((issues) => new ZodError(issues));\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_union,\n unionErrors,\n });\n return INVALID;\n }\n }\n get options() {\n return this._def.options;\n }\n}\nZodUnion.create = (types, params) => {\n return new ZodUnion({\n options: types,\n typeName: ZodFirstPartyTypeKind.ZodUnion,\n ...processCreateParams(params),\n });\n};\n/////////////////////////////////////////////////////\n/////////////////////////////////////////////////////\n////////// //////////\n////////// ZodDiscriminatedUnion //////////\n////////// //////////\n/////////////////////////////////////////////////////\n/////////////////////////////////////////////////////\nconst getDiscriminator = (type) => {\n if (type instanceof ZodLazy) {\n return getDiscriminator(type.schema);\n }\n else if (type instanceof ZodEffects) {\n return getDiscriminator(type.innerType());\n }\n else if (type instanceof ZodLiteral) {\n return [type.value];\n }\n else if (type instanceof ZodEnum) {\n return type.options;\n }\n else if (type instanceof ZodNativeEnum) {\n // eslint-disable-next-line ban/ban\n return util.objectValues(type.enum);\n }\n else if (type instanceof ZodDefault) {\n return getDiscriminator(type._def.innerType);\n }\n else if (type instanceof ZodUndefined) {\n return [undefined];\n }\n else if (type instanceof ZodNull) {\n return [null];\n }\n else if (type instanceof ZodOptional) {\n return [undefined, ...getDiscriminator(type.unwrap())];\n }\n else if (type instanceof ZodNullable) {\n return [null, ...getDiscriminator(type.unwrap())];\n }\n else if (type instanceof ZodBranded) {\n return getDiscriminator(type.unwrap());\n }\n else if (type instanceof ZodReadonly) {\n return getDiscriminator(type.unwrap());\n }\n else if (type instanceof ZodCatch) {\n return getDiscriminator(type._def.innerType);\n }\n else {\n return [];\n }\n};\nexport class ZodDiscriminatedUnion extends ZodType {\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.object) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.object,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const discriminator = this.discriminator;\n const discriminatorValue = ctx.data[discriminator];\n const option = this.optionsMap.get(discriminatorValue);\n if (!option) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_union_discriminator,\n options: Array.from(this.optionsMap.keys()),\n path: [discriminator],\n });\n return INVALID;\n }\n if (ctx.common.async) {\n return option._parseAsync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n });\n }\n else {\n return option._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n });\n }\n }\n get discriminator() {\n return this._def.discriminator;\n }\n get options() {\n return this._def.options;\n }\n get optionsMap() {\n return this._def.optionsMap;\n }\n /**\n * The constructor of the discriminated union schema. Its behaviour is very similar to that of the normal z.union() constructor.\n * However, it only allows a union of objects, all of which need to share a discriminator property. This property must\n * have a different value for each object in the union.\n * @param discriminator the name of the discriminator property\n * @param types an array of object schemas\n * @param params\n */\n static create(discriminator, options, params) {\n // Get all the valid discriminator values\n const optionsMap = new Map();\n // try {\n for (const type of options) {\n const discriminatorValues = getDiscriminator(type.shape[discriminator]);\n if (!discriminatorValues.length) {\n throw new Error(`A discriminator value for key \\`${discriminator}\\` could not be extracted from all schema options`);\n }\n for (const value of discriminatorValues) {\n if (optionsMap.has(value)) {\n throw new Error(`Discriminator property ${String(discriminator)} has duplicate value ${String(value)}`);\n }\n optionsMap.set(value, type);\n }\n }\n return new ZodDiscriminatedUnion({\n typeName: ZodFirstPartyTypeKind.ZodDiscriminatedUnion,\n discriminator,\n options,\n optionsMap,\n ...processCreateParams(params),\n });\n }\n}\nfunction mergeValues(a, b) {\n const aType = getParsedType(a);\n const bType = getParsedType(b);\n if (a === b) {\n return { valid: true, data: a };\n }\n else if (aType === ZodParsedType.object && bType === ZodParsedType.object) {\n const bKeys = util.objectKeys(b);\n const sharedKeys = util.objectKeys(a).filter((key) => bKeys.indexOf(key) !== -1);\n const newObj = { ...a, ...b };\n for (const key of sharedKeys) {\n const sharedValue = mergeValues(a[key], b[key]);\n if (!sharedValue.valid) {\n return { valid: false };\n }\n newObj[key] = sharedValue.data;\n }\n return { valid: true, data: newObj };\n }\n else if (aType === ZodParsedType.array && bType === ZodParsedType.array) {\n if (a.length !== b.length) {\n return { valid: false };\n }\n const newArray = [];\n for (let index = 0; index < a.length; index++) {\n const itemA = a[index];\n const itemB = b[index];\n const sharedValue = mergeValues(itemA, itemB);\n if (!sharedValue.valid) {\n return { valid: false };\n }\n newArray.push(sharedValue.data);\n }\n return { valid: true, data: newArray };\n }\n else if (aType === ZodParsedType.date && bType === ZodParsedType.date && +a === +b) {\n return { valid: true, data: a };\n }\n else {\n return { valid: false };\n }\n}\nexport class ZodIntersection extends ZodType {\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n const handleParsed = (parsedLeft, parsedRight) => {\n if (isAborted(parsedLeft) || isAborted(parsedRight)) {\n return INVALID;\n }\n const merged = mergeValues(parsedLeft.value, parsedRight.value);\n if (!merged.valid) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_intersection_types,\n });\n return INVALID;\n }\n if (isDirty(parsedLeft) || isDirty(parsedRight)) {\n status.dirty();\n }\n return { status: status.value, value: merged.data };\n };\n if (ctx.common.async) {\n return Promise.all([\n this._def.left._parseAsync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n }),\n this._def.right._parseAsync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n }),\n ]).then(([left, right]) => handleParsed(left, right));\n }\n else {\n return handleParsed(this._def.left._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n }), this._def.right._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n }));\n }\n }\n}\nZodIntersection.create = (left, right, params) => {\n return new ZodIntersection({\n left: left,\n right: right,\n typeName: ZodFirstPartyTypeKind.ZodIntersection,\n ...processCreateParams(params),\n });\n};\n// type ZodTupleItems = [ZodTypeAny, ...ZodTypeAny[]];\nexport class ZodTuple extends ZodType {\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.array) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.array,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n if (ctx.data.length < this._def.items.length) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n minimum: this._def.items.length,\n inclusive: true,\n exact: false,\n type: \"array\",\n });\n return INVALID;\n }\n const rest = this._def.rest;\n if (!rest && ctx.data.length > this._def.items.length) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n maximum: this._def.items.length,\n inclusive: true,\n exact: false,\n type: \"array\",\n });\n status.dirty();\n }\n const items = [...ctx.data]\n .map((item, itemIndex) => {\n const schema = this._def.items[itemIndex] || this._def.rest;\n if (!schema)\n return null;\n return schema._parse(new ParseInputLazyPath(ctx, item, ctx.path, itemIndex));\n })\n .filter((x) => !!x); // filter nulls\n if (ctx.common.async) {\n return Promise.all(items).then((results) => {\n return ParseStatus.mergeArray(status, results);\n });\n }\n else {\n return ParseStatus.mergeArray(status, items);\n }\n }\n get items() {\n return this._def.items;\n }\n rest(rest) {\n return new ZodTuple({\n ...this._def,\n rest,\n });\n }\n}\nZodTuple.create = (schemas, params) => {\n if (!Array.isArray(schemas)) {\n throw new Error(\"You must pass an array of schemas to z.tuple([ ... ])\");\n }\n return new ZodTuple({\n items: schemas,\n typeName: ZodFirstPartyTypeKind.ZodTuple,\n rest: null,\n ...processCreateParams(params),\n });\n};\nexport class ZodRecord extends ZodType {\n get keySchema() {\n return this._def.keyType;\n }\n get valueSchema() {\n return this._def.valueType;\n }\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.object) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.object,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const pairs = [];\n const keyType = this._def.keyType;\n const valueType = this._def.valueType;\n for (const key in ctx.data) {\n pairs.push({\n key: keyType._parse(new ParseInputLazyPath(ctx, key, ctx.path, key)),\n value: valueType._parse(new ParseInputLazyPath(ctx, ctx.data[key], ctx.path, key)),\n alwaysSet: key in ctx.data,\n });\n }\n if (ctx.common.async) {\n return ParseStatus.mergeObjectAsync(status, pairs);\n }\n else {\n return ParseStatus.mergeObjectSync(status, pairs);\n }\n }\n get element() {\n return this._def.valueType;\n }\n static create(first, second, third) {\n if (second instanceof ZodType) {\n return new ZodRecord({\n keyType: first,\n valueType: second,\n typeName: ZodFirstPartyTypeKind.ZodRecord,\n ...processCreateParams(third),\n });\n }\n return new ZodRecord({\n keyType: ZodString.create(),\n valueType: first,\n typeName: ZodFirstPartyTypeKind.ZodRecord,\n ...processCreateParams(second),\n });\n }\n}\nexport class ZodMap extends ZodType {\n get keySchema() {\n return this._def.keyType;\n }\n get valueSchema() {\n return this._def.valueType;\n }\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.map) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.map,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const keyType = this._def.keyType;\n const valueType = this._def.valueType;\n const pairs = [...ctx.data.entries()].map(([key, value], index) => {\n return {\n key: keyType._parse(new ParseInputLazyPath(ctx, key, ctx.path, [index, \"key\"])),\n value: valueType._parse(new ParseInputLazyPath(ctx, value, ctx.path, [index, \"value\"])),\n };\n });\n if (ctx.common.async) {\n const finalMap = new Map();\n return Promise.resolve().then(async () => {\n for (const pair of pairs) {\n const key = await pair.key;\n const value = await pair.value;\n if (key.status === \"aborted\" || value.status === \"aborted\") {\n return INVALID;\n }\n if (key.status === \"dirty\" || value.status === \"dirty\") {\n status.dirty();\n }\n finalMap.set(key.value, value.value);\n }\n return { status: status.value, value: finalMap };\n });\n }\n else {\n const finalMap = new Map();\n for (const pair of pairs) {\n const key = pair.key;\n const value = pair.value;\n if (key.status === \"aborted\" || value.status === \"aborted\") {\n return INVALID;\n }\n if (key.status === \"dirty\" || value.status === \"dirty\") {\n status.dirty();\n }\n finalMap.set(key.value, value.value);\n }\n return { status: status.value, value: finalMap };\n }\n }\n}\nZodMap.create = (keyType, valueType, params) => {\n return new ZodMap({\n valueType,\n keyType,\n typeName: ZodFirstPartyTypeKind.ZodMap,\n ...processCreateParams(params),\n });\n};\nexport class ZodSet extends ZodType {\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.set) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.set,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const def = this._def;\n if (def.minSize !== null) {\n if (ctx.data.size < def.minSize.value) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_small,\n minimum: def.minSize.value,\n type: \"set\",\n inclusive: true,\n exact: false,\n message: def.minSize.message,\n });\n status.dirty();\n }\n }\n if (def.maxSize !== null) {\n if (ctx.data.size > def.maxSize.value) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.too_big,\n maximum: def.maxSize.value,\n type: \"set\",\n inclusive: true,\n exact: false,\n message: def.maxSize.message,\n });\n status.dirty();\n }\n }\n const valueType = this._def.valueType;\n function finalizeSet(elements) {\n const parsedSet = new Set();\n for (const element of elements) {\n if (element.status === \"aborted\")\n return INVALID;\n if (element.status === \"dirty\")\n status.dirty();\n parsedSet.add(element.value);\n }\n return { status: status.value, value: parsedSet };\n }\n const elements = [...ctx.data.values()].map((item, i) => valueType._parse(new ParseInputLazyPath(ctx, item, ctx.path, i)));\n if (ctx.common.async) {\n return Promise.all(elements).then((elements) => finalizeSet(elements));\n }\n else {\n return finalizeSet(elements);\n }\n }\n min(minSize, message) {\n return new ZodSet({\n ...this._def,\n minSize: { value: minSize, message: errorUtil.toString(message) },\n });\n }\n max(maxSize, message) {\n return new ZodSet({\n ...this._def,\n maxSize: { value: maxSize, message: errorUtil.toString(message) },\n });\n }\n size(size, message) {\n return this.min(size, message).max(size, message);\n }\n nonempty(message) {\n return this.min(1, message);\n }\n}\nZodSet.create = (valueType, params) => {\n return new ZodSet({\n valueType,\n minSize: null,\n maxSize: null,\n typeName: ZodFirstPartyTypeKind.ZodSet,\n ...processCreateParams(params),\n });\n};\nexport class ZodFunction extends ZodType {\n constructor() {\n super(...arguments);\n this.validate = this.implement;\n }\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.function) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.function,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n function makeArgsIssue(args, error) {\n return makeIssue({\n data: args,\n path: ctx.path,\n errorMaps: [ctx.common.contextualErrorMap, ctx.schemaErrorMap, getErrorMap(), defaultErrorMap].filter((x) => !!x),\n issueData: {\n code: ZodIssueCode.invalid_arguments,\n argumentsError: error,\n },\n });\n }\n function makeReturnsIssue(returns, error) {\n return makeIssue({\n data: returns,\n path: ctx.path,\n errorMaps: [ctx.common.contextualErrorMap, ctx.schemaErrorMap, getErrorMap(), defaultErrorMap].filter((x) => !!x),\n issueData: {\n code: ZodIssueCode.invalid_return_type,\n returnTypeError: error,\n },\n });\n }\n const params = { errorMap: ctx.common.contextualErrorMap };\n const fn = ctx.data;\n if (this._def.returns instanceof ZodPromise) {\n // Would love a way to avoid disabling this rule, but we need\n // an alias (using an arrow function was what caused 2651).\n // eslint-disable-next-line @typescript-eslint/no-this-alias\n const me = this;\n return OK(async function (...args) {\n const error = new ZodError([]);\n const parsedArgs = await me._def.args.parseAsync(args, params).catch((e) => {\n error.addIssue(makeArgsIssue(args, e));\n throw error;\n });\n const result = await Reflect.apply(fn, this, parsedArgs);\n const parsedReturns = await me._def.returns._def.type\n .parseAsync(result, params)\n .catch((e) => {\n error.addIssue(makeReturnsIssue(result, e));\n throw error;\n });\n return parsedReturns;\n });\n }\n else {\n // Would love a way to avoid disabling this rule, but we need\n // an alias (using an arrow function was what caused 2651).\n // eslint-disable-next-line @typescript-eslint/no-this-alias\n const me = this;\n return OK(function (...args) {\n const parsedArgs = me._def.args.safeParse(args, params);\n if (!parsedArgs.success) {\n throw new ZodError([makeArgsIssue(args, parsedArgs.error)]);\n }\n const result = Reflect.apply(fn, this, parsedArgs.data);\n const parsedReturns = me._def.returns.safeParse(result, params);\n if (!parsedReturns.success) {\n throw new ZodError([makeReturnsIssue(result, parsedReturns.error)]);\n }\n return parsedReturns.data;\n });\n }\n }\n parameters() {\n return this._def.args;\n }\n returnType() {\n return this._def.returns;\n }\n args(...items) {\n return new ZodFunction({\n ...this._def,\n args: ZodTuple.create(items).rest(ZodUnknown.create()),\n });\n }\n returns(returnType) {\n return new ZodFunction({\n ...this._def,\n returns: returnType,\n });\n }\n implement(func) {\n const validatedFunc = this.parse(func);\n return validatedFunc;\n }\n strictImplement(func) {\n const validatedFunc = this.parse(func);\n return validatedFunc;\n }\n static create(args, returns, params) {\n return new ZodFunction({\n args: (args ? args : ZodTuple.create([]).rest(ZodUnknown.create())),\n returns: returns || ZodUnknown.create(),\n typeName: ZodFirstPartyTypeKind.ZodFunction,\n ...processCreateParams(params),\n });\n }\n}\nexport class ZodLazy extends ZodType {\n get schema() {\n return this._def.getter();\n }\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n const lazySchema = this._def.getter();\n return lazySchema._parse({ data: ctx.data, path: ctx.path, parent: ctx });\n }\n}\nZodLazy.create = (getter, params) => {\n return new ZodLazy({\n getter: getter,\n typeName: ZodFirstPartyTypeKind.ZodLazy,\n ...processCreateParams(params),\n });\n};\nexport class ZodLiteral extends ZodType {\n _parse(input) {\n if (input.data !== this._def.value) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n received: ctx.data,\n code: ZodIssueCode.invalid_literal,\n expected: this._def.value,\n });\n return INVALID;\n }\n return { status: \"valid\", value: input.data };\n }\n get value() {\n return this._def.value;\n }\n}\nZodLiteral.create = (value, params) => {\n return new ZodLiteral({\n value: value,\n typeName: ZodFirstPartyTypeKind.ZodLiteral,\n ...processCreateParams(params),\n });\n};\nfunction createZodEnum(values, params) {\n return new ZodEnum({\n values,\n typeName: ZodFirstPartyTypeKind.ZodEnum,\n ...processCreateParams(params),\n });\n}\nexport class ZodEnum extends ZodType {\n _parse(input) {\n if (typeof input.data !== \"string\") {\n const ctx = this._getOrReturnCtx(input);\n const expectedValues = this._def.values;\n addIssueToContext(ctx, {\n expected: util.joinValues(expectedValues),\n received: ctx.parsedType,\n code: ZodIssueCode.invalid_type,\n });\n return INVALID;\n }\n if (!this._cache) {\n this._cache = new Set(this._def.values);\n }\n if (!this._cache.has(input.data)) {\n const ctx = this._getOrReturnCtx(input);\n const expectedValues = this._def.values;\n addIssueToContext(ctx, {\n received: ctx.data,\n code: ZodIssueCode.invalid_enum_value,\n options: expectedValues,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n get options() {\n return this._def.values;\n }\n get enum() {\n const enumValues = {};\n for (const val of this._def.values) {\n enumValues[val] = val;\n }\n return enumValues;\n }\n get Values() {\n const enumValues = {};\n for (const val of this._def.values) {\n enumValues[val] = val;\n }\n return enumValues;\n }\n get Enum() {\n const enumValues = {};\n for (const val of this._def.values) {\n enumValues[val] = val;\n }\n return enumValues;\n }\n extract(values, newDef = this._def) {\n return ZodEnum.create(values, {\n ...this._def,\n ...newDef,\n });\n }\n exclude(values, newDef = this._def) {\n return ZodEnum.create(this.options.filter((opt) => !values.includes(opt)), {\n ...this._def,\n ...newDef,\n });\n }\n}\nZodEnum.create = createZodEnum;\nexport class ZodNativeEnum extends ZodType {\n _parse(input) {\n const nativeEnumValues = util.getValidEnumValues(this._def.values);\n const ctx = this._getOrReturnCtx(input);\n if (ctx.parsedType !== ZodParsedType.string && ctx.parsedType !== ZodParsedType.number) {\n const expectedValues = util.objectValues(nativeEnumValues);\n addIssueToContext(ctx, {\n expected: util.joinValues(expectedValues),\n received: ctx.parsedType,\n code: ZodIssueCode.invalid_type,\n });\n return INVALID;\n }\n if (!this._cache) {\n this._cache = new Set(util.getValidEnumValues(this._def.values));\n }\n if (!this._cache.has(input.data)) {\n const expectedValues = util.objectValues(nativeEnumValues);\n addIssueToContext(ctx, {\n received: ctx.data,\n code: ZodIssueCode.invalid_enum_value,\n options: expectedValues,\n });\n return INVALID;\n }\n return OK(input.data);\n }\n get enum() {\n return this._def.values;\n }\n}\nZodNativeEnum.create = (values, params) => {\n return new ZodNativeEnum({\n values: values,\n typeName: ZodFirstPartyTypeKind.ZodNativeEnum,\n ...processCreateParams(params),\n });\n};\nexport class ZodPromise extends ZodType {\n unwrap() {\n return this._def.type;\n }\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n if (ctx.parsedType !== ZodParsedType.promise && ctx.common.async === false) {\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.promise,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n const promisified = ctx.parsedType === ZodParsedType.promise ? ctx.data : Promise.resolve(ctx.data);\n return OK(promisified.then((data) => {\n return this._def.type.parseAsync(data, {\n path: ctx.path,\n errorMap: ctx.common.contextualErrorMap,\n });\n }));\n }\n}\nZodPromise.create = (schema, params) => {\n return new ZodPromise({\n type: schema,\n typeName: ZodFirstPartyTypeKind.ZodPromise,\n ...processCreateParams(params),\n });\n};\nexport class ZodEffects extends ZodType {\n innerType() {\n return this._def.schema;\n }\n sourceType() {\n return this._def.schema._def.typeName === ZodFirstPartyTypeKind.ZodEffects\n ? this._def.schema.sourceType()\n : this._def.schema;\n }\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n const effect = this._def.effect || null;\n const checkCtx = {\n addIssue: (arg) => {\n addIssueToContext(ctx, arg);\n if (arg.fatal) {\n status.abort();\n }\n else {\n status.dirty();\n }\n },\n get path() {\n return ctx.path;\n },\n };\n checkCtx.addIssue = checkCtx.addIssue.bind(checkCtx);\n if (effect.type === \"preprocess\") {\n const processed = effect.transform(ctx.data, checkCtx);\n if (ctx.common.async) {\n return Promise.resolve(processed).then(async (processed) => {\n if (status.value === \"aborted\")\n return INVALID;\n const result = await this._def.schema._parseAsync({\n data: processed,\n path: ctx.path,\n parent: ctx,\n });\n if (result.status === \"aborted\")\n return INVALID;\n if (result.status === \"dirty\")\n return DIRTY(result.value);\n if (status.value === \"dirty\")\n return DIRTY(result.value);\n return result;\n });\n }\n else {\n if (status.value === \"aborted\")\n return INVALID;\n const result = this._def.schema._parseSync({\n data: processed,\n path: ctx.path,\n parent: ctx,\n });\n if (result.status === \"aborted\")\n return INVALID;\n if (result.status === \"dirty\")\n return DIRTY(result.value);\n if (status.value === \"dirty\")\n return DIRTY(result.value);\n return result;\n }\n }\n if (effect.type === \"refinement\") {\n const executeRefinement = (acc) => {\n const result = effect.refinement(acc, checkCtx);\n if (ctx.common.async) {\n return Promise.resolve(result);\n }\n if (result instanceof Promise) {\n throw new Error(\"Async refinement encountered during synchronous parse operation. Use .parseAsync instead.\");\n }\n return acc;\n };\n if (ctx.common.async === false) {\n const inner = this._def.schema._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n });\n if (inner.status === \"aborted\")\n return INVALID;\n if (inner.status === \"dirty\")\n status.dirty();\n // return value is ignored\n executeRefinement(inner.value);\n return { status: status.value, value: inner.value };\n }\n else {\n return this._def.schema._parseAsync({ data: ctx.data, path: ctx.path, parent: ctx }).then((inner) => {\n if (inner.status === \"aborted\")\n return INVALID;\n if (inner.status === \"dirty\")\n status.dirty();\n return executeRefinement(inner.value).then(() => {\n return { status: status.value, value: inner.value };\n });\n });\n }\n }\n if (effect.type === \"transform\") {\n if (ctx.common.async === false) {\n const base = this._def.schema._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n });\n if (!isValid(base))\n return INVALID;\n const result = effect.transform(base.value, checkCtx);\n if (result instanceof Promise) {\n throw new Error(`Asynchronous transform encountered during synchronous parse operation. Use .parseAsync instead.`);\n }\n return { status: status.value, value: result };\n }\n else {\n return this._def.schema._parseAsync({ data: ctx.data, path: ctx.path, parent: ctx }).then((base) => {\n if (!isValid(base))\n return INVALID;\n return Promise.resolve(effect.transform(base.value, checkCtx)).then((result) => ({\n status: status.value,\n value: result,\n }));\n });\n }\n }\n util.assertNever(effect);\n }\n}\nZodEffects.create = (schema, effect, params) => {\n return new ZodEffects({\n schema,\n typeName: ZodFirstPartyTypeKind.ZodEffects,\n effect,\n ...processCreateParams(params),\n });\n};\nZodEffects.createWithPreprocess = (preprocess, schema, params) => {\n return new ZodEffects({\n schema,\n effect: { type: \"preprocess\", transform: preprocess },\n typeName: ZodFirstPartyTypeKind.ZodEffects,\n ...processCreateParams(params),\n });\n};\nexport { ZodEffects as ZodTransformer };\nexport class ZodOptional extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType === ZodParsedType.undefined) {\n return OK(undefined);\n }\n return this._def.innerType._parse(input);\n }\n unwrap() {\n return this._def.innerType;\n }\n}\nZodOptional.create = (type, params) => {\n return new ZodOptional({\n innerType: type,\n typeName: ZodFirstPartyTypeKind.ZodOptional,\n ...processCreateParams(params),\n });\n};\nexport class ZodNullable extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType === ZodParsedType.null) {\n return OK(null);\n }\n return this._def.innerType._parse(input);\n }\n unwrap() {\n return this._def.innerType;\n }\n}\nZodNullable.create = (type, params) => {\n return new ZodNullable({\n innerType: type,\n typeName: ZodFirstPartyTypeKind.ZodNullable,\n ...processCreateParams(params),\n });\n};\nexport class ZodDefault extends ZodType {\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n let data = ctx.data;\n if (ctx.parsedType === ZodParsedType.undefined) {\n data = this._def.defaultValue();\n }\n return this._def.innerType._parse({\n data,\n path: ctx.path,\n parent: ctx,\n });\n }\n removeDefault() {\n return this._def.innerType;\n }\n}\nZodDefault.create = (type, params) => {\n return new ZodDefault({\n innerType: type,\n typeName: ZodFirstPartyTypeKind.ZodDefault,\n defaultValue: typeof params.default === \"function\" ? params.default : () => params.default,\n ...processCreateParams(params),\n });\n};\nexport class ZodCatch extends ZodType {\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n // newCtx is used to not collect issues from inner types in ctx\n const newCtx = {\n ...ctx,\n common: {\n ...ctx.common,\n issues: [],\n },\n };\n const result = this._def.innerType._parse({\n data: newCtx.data,\n path: newCtx.path,\n parent: {\n ...newCtx,\n },\n });\n if (isAsync(result)) {\n return result.then((result) => {\n return {\n status: \"valid\",\n value: result.status === \"valid\"\n ? result.value\n : this._def.catchValue({\n get error() {\n return new ZodError(newCtx.common.issues);\n },\n input: newCtx.data,\n }),\n };\n });\n }\n else {\n return {\n status: \"valid\",\n value: result.status === \"valid\"\n ? result.value\n : this._def.catchValue({\n get error() {\n return new ZodError(newCtx.common.issues);\n },\n input: newCtx.data,\n }),\n };\n }\n }\n removeCatch() {\n return this._def.innerType;\n }\n}\nZodCatch.create = (type, params) => {\n return new ZodCatch({\n innerType: type,\n typeName: ZodFirstPartyTypeKind.ZodCatch,\n catchValue: typeof params.catch === \"function\" ? params.catch : () => params.catch,\n ...processCreateParams(params),\n });\n};\nexport class ZodNaN extends ZodType {\n _parse(input) {\n const parsedType = this._getType(input);\n if (parsedType !== ZodParsedType.nan) {\n const ctx = this._getOrReturnCtx(input);\n addIssueToContext(ctx, {\n code: ZodIssueCode.invalid_type,\n expected: ZodParsedType.nan,\n received: ctx.parsedType,\n });\n return INVALID;\n }\n return { status: \"valid\", value: input.data };\n }\n}\nZodNaN.create = (params) => {\n return new ZodNaN({\n typeName: ZodFirstPartyTypeKind.ZodNaN,\n ...processCreateParams(params),\n });\n};\nexport const BRAND = Symbol(\"zod_brand\");\nexport class ZodBranded extends ZodType {\n _parse(input) {\n const { ctx } = this._processInputParams(input);\n const data = ctx.data;\n return this._def.type._parse({\n data,\n path: ctx.path,\n parent: ctx,\n });\n }\n unwrap() {\n return this._def.type;\n }\n}\nexport class ZodPipeline extends ZodType {\n _parse(input) {\n const { status, ctx } = this._processInputParams(input);\n if (ctx.common.async) {\n const handleAsync = async () => {\n const inResult = await this._def.in._parseAsync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n });\n if (inResult.status === \"aborted\")\n return INVALID;\n if (inResult.status === \"dirty\") {\n status.dirty();\n return DIRTY(inResult.value);\n }\n else {\n return this._def.out._parseAsync({\n data: inResult.value,\n path: ctx.path,\n parent: ctx,\n });\n }\n };\n return handleAsync();\n }\n else {\n const inResult = this._def.in._parseSync({\n data: ctx.data,\n path: ctx.path,\n parent: ctx,\n });\n if (inResult.status === \"aborted\")\n return INVALID;\n if (inResult.status === \"dirty\") {\n status.dirty();\n return {\n status: \"dirty\",\n value: inResult.value,\n };\n }\n else {\n return this._def.out._parseSync({\n data: inResult.value,\n path: ctx.path,\n parent: ctx,\n });\n }\n }\n }\n static create(a, b) {\n return new ZodPipeline({\n in: a,\n out: b,\n typeName: ZodFirstPartyTypeKind.ZodPipeline,\n });\n }\n}\nexport class ZodReadonly extends ZodType {\n _parse(input) {\n const result = this._def.innerType._parse(input);\n const freeze = (data) => {\n if (isValid(data)) {\n data.value = Object.freeze(data.value);\n }\n return data;\n };\n return isAsync(result) ? result.then((data) => freeze(data)) : freeze(result);\n }\n unwrap() {\n return this._def.innerType;\n }\n}\nZodReadonly.create = (type, params) => {\n return new ZodReadonly({\n innerType: type,\n typeName: ZodFirstPartyTypeKind.ZodReadonly,\n ...processCreateParams(params),\n });\n};\n////////////////////////////////////////\n////////////////////////////////////////\n////////// //////////\n////////// z.custom //////////\n////////// //////////\n////////////////////////////////////////\n////////////////////////////////////////\nfunction cleanParams(params, data) {\n const p = typeof params === \"function\" ? params(data) : typeof params === \"string\" ? { message: params } : params;\n const p2 = typeof p === \"string\" ? { message: p } : p;\n return p2;\n}\nexport function custom(check, _params = {}, \n/**\n * @deprecated\n *\n * Pass `fatal` into the params object instead:\n *\n * ```ts\n * z.string().custom((val) => val.length > 5, { fatal: false })\n * ```\n *\n */\nfatal) {\n if (check)\n return ZodAny.create().superRefine((data, ctx) => {\n const r = check(data);\n if (r instanceof Promise) {\n return r.then((r) => {\n if (!r) {\n const params = cleanParams(_params, data);\n const _fatal = params.fatal ?? fatal ?? true;\n ctx.addIssue({ code: \"custom\", ...params, fatal: _fatal });\n }\n });\n }\n if (!r) {\n const params = cleanParams(_params, data);\n const _fatal = params.fatal ?? fatal ?? true;\n ctx.addIssue({ code: \"custom\", ...params, fatal: _fatal });\n }\n return;\n });\n return ZodAny.create();\n}\nexport { ZodType as Schema, ZodType as ZodSchema };\nexport const late = {\n object: ZodObject.lazycreate,\n};\nexport var ZodFirstPartyTypeKind;\n(function (ZodFirstPartyTypeKind) {\n ZodFirstPartyTypeKind[\"ZodString\"] = \"ZodString\";\n ZodFirstPartyTypeKind[\"ZodNumber\"] = \"ZodNumber\";\n ZodFirstPartyTypeKind[\"ZodNaN\"] = \"ZodNaN\";\n ZodFirstPartyTypeKind[\"ZodBigInt\"] = \"ZodBigInt\";\n ZodFirstPartyTypeKind[\"ZodBoolean\"] = \"ZodBoolean\";\n ZodFirstPartyTypeKind[\"ZodDate\"] = \"ZodDate\";\n ZodFirstPartyTypeKind[\"ZodSymbol\"] = \"ZodSymbol\";\n ZodFirstPartyTypeKind[\"ZodUndefined\"] = \"ZodUndefined\";\n ZodFirstPartyTypeKind[\"ZodNull\"] = \"ZodNull\";\n ZodFirstPartyTypeKind[\"ZodAny\"] = \"ZodAny\";\n ZodFirstPartyTypeKind[\"ZodUnknown\"] = \"ZodUnknown\";\n ZodFirstPartyTypeKind[\"ZodNever\"] = \"ZodNever\";\n ZodFirstPartyTypeKind[\"ZodVoid\"] = \"ZodVoid\";\n ZodFirstPartyTypeKind[\"ZodArray\"] = \"ZodArray\";\n ZodFirstPartyTypeKind[\"ZodObject\"] = \"ZodObject\";\n ZodFirstPartyTypeKind[\"ZodUnion\"] = \"ZodUnion\";\n ZodFirstPartyTypeKind[\"ZodDiscriminatedUnion\"] = \"ZodDiscriminatedUnion\";\n ZodFirstPartyTypeKind[\"ZodIntersection\"] = \"ZodIntersection\";\n ZodFirstPartyTypeKind[\"ZodTuple\"] = \"ZodTuple\";\n ZodFirstPartyTypeKind[\"ZodRecord\"] = \"ZodRecord\";\n ZodFirstPartyTypeKind[\"ZodMap\"] = \"ZodMap\";\n ZodFirstPartyTypeKind[\"ZodSet\"] = \"ZodSet\";\n ZodFirstPartyTypeKind[\"ZodFunction\"] = \"ZodFunction\";\n ZodFirstPartyTypeKind[\"ZodLazy\"] = \"ZodLazy\";\n ZodFirstPartyTypeKind[\"ZodLiteral\"] = \"ZodLiteral\";\n ZodFirstPartyTypeKind[\"ZodEnum\"] = \"ZodEnum\";\n ZodFirstPartyTypeKind[\"ZodEffects\"] = \"ZodEffects\";\n ZodFirstPartyTypeKind[\"ZodNativeEnum\"] = \"ZodNativeEnum\";\n ZodFirstPartyTypeKind[\"ZodOptional\"] = \"ZodOptional\";\n ZodFirstPartyTypeKind[\"ZodNullable\"] = \"ZodNullable\";\n ZodFirstPartyTypeKind[\"ZodDefault\"] = \"ZodDefault\";\n ZodFirstPartyTypeKind[\"ZodCatch\"] = \"ZodCatch\";\n ZodFirstPartyTypeKind[\"ZodPromise\"] = \"ZodPromise\";\n ZodFirstPartyTypeKind[\"ZodBranded\"] = \"ZodBranded\";\n ZodFirstPartyTypeKind[\"ZodPipeline\"] = \"ZodPipeline\";\n ZodFirstPartyTypeKind[\"ZodReadonly\"] = \"ZodReadonly\";\n})(ZodFirstPartyTypeKind || (ZodFirstPartyTypeKind = {}));\n// requires TS 4.4+\nclass Class {\n constructor(..._) { }\n}\nconst instanceOfType = (\n// const instanceOfType = any>(\ncls, params = {\n message: `Input not instance of ${cls.name}`,\n}) => custom((data) => data instanceof cls, params);\nconst stringType = ZodString.create;\nconst numberType = ZodNumber.create;\nconst nanType = ZodNaN.create;\nconst bigIntType = ZodBigInt.create;\nconst booleanType = ZodBoolean.create;\nconst dateType = ZodDate.create;\nconst symbolType = ZodSymbol.create;\nconst undefinedType = ZodUndefined.create;\nconst nullType = ZodNull.create;\nconst anyType = ZodAny.create;\nconst unknownType = ZodUnknown.create;\nconst neverType = ZodNever.create;\nconst voidType = ZodVoid.create;\nconst arrayType = ZodArray.create;\nconst objectType = ZodObject.create;\nconst strictObjectType = ZodObject.strictCreate;\nconst unionType = ZodUnion.create;\nconst discriminatedUnionType = ZodDiscriminatedUnion.create;\nconst intersectionType = ZodIntersection.create;\nconst tupleType = ZodTuple.create;\nconst recordType = ZodRecord.create;\nconst mapType = ZodMap.create;\nconst setType = ZodSet.create;\nconst functionType = ZodFunction.create;\nconst lazyType = ZodLazy.create;\nconst literalType = ZodLiteral.create;\nconst enumType = ZodEnum.create;\nconst nativeEnumType = ZodNativeEnum.create;\nconst promiseType = ZodPromise.create;\nconst effectsType = ZodEffects.create;\nconst optionalType = ZodOptional.create;\nconst nullableType = ZodNullable.create;\nconst preprocessType = ZodEffects.createWithPreprocess;\nconst pipelineType = ZodPipeline.create;\nconst ostring = () => stringType().optional();\nconst onumber = () => numberType().optional();\nconst oboolean = () => booleanType().optional();\nexport const coerce = {\n string: ((arg) => ZodString.create({ ...arg, coerce: true })),\n number: ((arg) => ZodNumber.create({ ...arg, coerce: true })),\n boolean: ((arg) => ZodBoolean.create({\n ...arg,\n coerce: true,\n })),\n bigint: ((arg) => ZodBigInt.create({ ...arg, coerce: true })),\n date: ((arg) => ZodDate.create({ ...arg, coerce: true })),\n};\nexport { anyType as any, arrayType as array, bigIntType as bigint, booleanType as boolean, dateType as date, discriminatedUnionType as discriminatedUnion, effectsType as effect, enumType as enum, functionType as function, instanceOfType as instanceof, intersectionType as intersection, lazyType as lazy, literalType as literal, mapType as map, nanType as nan, nativeEnumType as nativeEnum, neverType as never, nullType as null, nullableType as nullable, numberType as number, objectType as object, oboolean, onumber, optionalType as optional, ostring, pipelineType as pipeline, preprocessType as preprocess, promiseType as promise, recordType as record, setType as set, strictObjectType as strictObject, stringType as string, symbolType as symbol, effectsType as transformer, tupleType as tuple, undefinedType as undefined, unionType as union, unknownType as unknown, voidType as void, };\nexport const NEVER = INVALID;\n","import { z } from \"zod\";\n\n/**JSON from OME-NGFF .zattrs*/\nexport const Image = z\n .object({\n /**The multiscale datasets for this image*/\n multiscales: z\n .array(\n z.object({\n name: z.string().optional(),\n datasets: z\n .array(\n z.object({\n path: z.string(),\n coordinateTransformations: z\n .array(\n z.any().superRefine((x, ctx) => {\n const schemas = [\n z.object({\n type: z.literal(\"scale\"),\n scale: z.array(z.number()).min(2),\n }),\n z.object({\n type: z.literal(\"translation\"),\n translation: z.array(z.number()).min(2),\n }),\n ];\n const errors = schemas.reduce(\n (errors, schema) =>\n ((result) =>\n result.error ? [...errors, result.error] : errors)(\n schema.safeParse(x)\n ),\n []\n );\n if (schemas.length - errors.length !== 1) {\n ctx.addIssue({\n path: ctx.path,\n code: \"invalid_union\",\n unionErrors: errors,\n message: \"Invalid input: Should pass single schema\",\n });\n }\n })\n )\n .min(1),\n })\n )\n .min(1),\n version: z.literal(\"0.4\").optional(),\n axes: z\n .array(\n z.any().superRefine((x, ctx) => {\n const schemas = [\n z.object({\n name: z.string(),\n type: z.enum([\"channel\", \"time\", \"space\"]),\n }),\n z.object({\n name: z.string(),\n type: z\n .any()\n .refine(\n (value) =>\n !z.enum([\"space\", \"time\", \"channel\"]).safeParse(value)\n .success,\n \"Invalid input: Should NOT be valid against schema\"\n )\n .optional(),\n }),\n ];\n const errors = schemas.reduce(\n (errors, schema) =>\n ((result) =>\n result.error ? [...errors, result.error] : errors)(\n schema.safeParse(x)\n ),\n []\n );\n if (schemas.length - errors.length !== 1) {\n ctx.addIssue({\n path: ctx.path,\n code: \"invalid_union\",\n unionErrors: errors,\n message: \"Invalid input: Should pass single schema\",\n });\n }\n })\n )\n .min(2)\n .max(5),\n coordinateTransformations: z\n .array(\n z.any().superRefine((x, ctx) => {\n const schemas = [\n z.object({\n type: z.literal(\"scale\"),\n scale: z.array(z.number()).min(2),\n }),\n z.object({\n type: z.literal(\"translation\"),\n translation: z.array(z.number()).min(2),\n }),\n // The JSON schema and my reading of the spec is that while\n // identity is a valid transformation, it cannot be used here.\n // However, some writers write it (e.g iohub), and it has no\n // effect on the overall transformation, so we manually added\n // after generation from the schema.\n // See the following PR for more context:\n // https://github.com/ome/ngff/pull/152\n z.object({\n type: z.literal(\"identity\"),\n }),\n ];\n const errors = schemas.reduce(\n (errors, schema) =>\n ((result) =>\n result.error ? [...errors, result.error] : errors)(\n schema.safeParse(x)\n ),\n []\n );\n if (schemas.length - errors.length !== 1) {\n ctx.addIssue({\n path: ctx.path,\n code: \"invalid_union\",\n unionErrors: errors,\n message: \"Invalid input: Should pass single schema\",\n });\n }\n })\n )\n .min(1)\n .optional(),\n })\n )\n .min(1)\n .describe(\"The multiscale datasets for this image\"),\n omero: z\n .object({\n channels: z.array(\n z.object({\n window: z.object({\n end: z.number(),\n max: z.number(),\n min: z.number(),\n start: z.number(),\n }),\n label: z.string().optional(),\n family: z.string().optional(),\n color: z.string(),\n active: z.boolean().optional(),\n })\n ),\n // The rdefs are not in the JSON schema and are not particularly well\n // described by the specification, but are written by some tools\n // (e.g. iohub), so we manually add them.\n // See the OMERO docs for more information:\n // https://docs.openmicroscopy.org/omero/5.6.1/developers/Web/WebGateway.html#rendering-settings\n rdefs: z\n .object({\n defaultT: z.number().optional(),\n defaultZ: z.number().optional(),\n color: z.enum([\"color\", \"greyscale\"]).optional(),\n projection: z.string().optional(),\n })\n .optional(),\n })\n .optional(),\n })\n .describe(\"JSON from OME-NGFF .zattrs\");\nexport type Image = z.infer;\n","import { z } from \"zod\";\n\n/**JSON from OME-NGFF .zattrs*/\nexport const Plate = z\n .object({\n plate: z\n .object({\n /**The acquisitions for this plate*/\n acquisitions: z\n .array(\n z.object({\n /**A unique identifier within the context of the plate*/\n id: z\n .number()\n .int()\n .gte(0)\n .describe(\n \"A unique identifier within the context of the plate\"\n ),\n /**The maximum number of fields of view for the acquisition*/\n maximumfieldcount: z\n .number()\n .int()\n .gt(0)\n .describe(\n \"The maximum number of fields of view for the acquisition\"\n )\n .optional(),\n /**The name of the acquisition*/\n name: z\n .string()\n .describe(\"The name of the acquisition\")\n .optional(),\n /**The description of the acquisition*/\n description: z\n .string()\n .describe(\"The description of the acquisition\")\n .optional(),\n /**The start timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch*/\n starttime: z\n .number()\n .int()\n .gte(0)\n .describe(\n \"The start timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch\"\n )\n .optional(),\n /**The end timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch*/\n endtime: z\n .number()\n .int()\n .gte(0)\n .describe(\n \"The end timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch\"\n )\n .optional(),\n })\n )\n .describe(\"The acquisitions for this plate\")\n .optional(),\n /**The version of the specification*/\n version: z\n .literal(\"0.4\")\n .describe(\"The version of the specification\")\n .optional(),\n /**The maximum number of fields per view across all wells*/\n field_count: z\n .number()\n .int()\n .gt(0)\n .describe(\"The maximum number of fields per view across all wells\")\n .optional(),\n /**The name of the plate*/\n name: z.string().describe(\"The name of the plate\").optional(),\n /**The columns of the plate*/\n columns: z\n .array(\n z.object({\n /**The column name*/\n name: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+$\"))\n .describe(\"The column name\"),\n })\n )\n .min(1)\n .describe(\"The columns of the plate\"),\n /**The rows of the plate*/\n rows: z\n .array(\n z.object({\n /**The row name*/\n name: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+$\"))\n .describe(\"The row name\"),\n })\n )\n .min(1)\n .describe(\"The rows of the plate\"),\n /**The wells of the plate*/\n wells: z\n .array(\n z.object({\n /**The path to the well subgroup*/\n path: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+/[A-Za-z0-9]+$\"))\n .describe(\"The path to the well subgroup\"),\n /**The index of the well in the rows list*/\n rowIndex: z\n .number()\n .int()\n .gte(0)\n .describe(\"The index of the well in the rows list\"),\n /**The index of the well in the columns list*/\n columnIndex: z\n .number()\n .int()\n .gte(0)\n .describe(\"The index of the well in the columns list\"),\n })\n )\n .min(1)\n .describe(\"The wells of the plate\"),\n })\n .optional(),\n })\n .describe(\"JSON from OME-NGFF .zattrs\");\nexport type Plate = z.infer;\n","import { z } from \"zod\";\n\n/**JSON from OME-NGFF .zattrs*/\nexport const Well = z\n .object({\n well: z\n .object({\n /**The fields of view for this well*/\n images: z\n .array(\n z.object({\n /**A unique identifier within the context of the plate*/\n acquisition: z\n .number()\n .int()\n .describe(\"A unique identifier within the context of the plate\")\n .optional(),\n /**The path for this field of view subgroup*/\n path: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+$\"))\n .describe(\"The path for this field of view subgroup\"),\n })\n )\n .min(1)\n .describe(\"The fields of view for this well\"),\n /**The version of the specification*/\n version: z\n .literal(\"0.4\")\n .describe(\"The version of the specification\")\n .optional(),\n })\n .optional(),\n })\n .describe(\"JSON from OME-NGFF .zattrs\");\nexport type Well = z.infer;\n","import { z } from \"zod\";\n\n/**The zarr.json attributes key*/\nexport const Image = z\n .object({\n /**The versioned OME-Zarr Metadata namespace*/\n ome: z\n .object({\n /**The multiscale datasets for this image*/\n multiscales: z\n .array(\n z.object({\n name: z.string().optional(),\n datasets: z\n .array(\n z.object({\n path: z.string(),\n coordinateTransformations: z\n .array(\n z.any().superRefine((x, ctx) => {\n const schemas = [\n z.object({\n type: z.literal(\"scale\"),\n scale: z.array(z.number()).min(2),\n }),\n z.object({\n type: z.literal(\"translation\"),\n translation: z.array(z.number()).min(2),\n }),\n ];\n const errors = schemas.reduce(\n (errors, schema) =>\n ((result) =>\n result.error\n ? [...errors, result.error]\n : errors)(schema.safeParse(x)),\n []\n );\n if (schemas.length - errors.length !== 1) {\n ctx.addIssue({\n path: ctx.path,\n code: \"invalid_union\",\n unionErrors: errors,\n message:\n \"Invalid input: Should pass single schema\",\n });\n }\n })\n )\n .min(1),\n })\n )\n .min(1),\n axes: z\n .array(\n z.any().superRefine((x, ctx) => {\n const schemas = [\n z.object({\n name: z.string(),\n type: z.enum([\"channel\", \"time\", \"space\"]),\n }),\n z.object({\n name: z.string(),\n type: z\n .any()\n .refine(\n (value) =>\n !z\n .enum([\"space\", \"time\", \"channel\"])\n .safeParse(value).success,\n \"Invalid input: Should NOT be valid against schema\"\n )\n .optional(),\n }),\n ];\n const errors = schemas.reduce(\n (errors, schema) =>\n ((result) =>\n result.error ? [...errors, result.error] : errors)(\n schema.safeParse(x)\n ),\n []\n );\n if (schemas.length - errors.length !== 1) {\n ctx.addIssue({\n path: ctx.path,\n code: \"invalid_union\",\n unionErrors: errors,\n message: \"Invalid input: Should pass single schema\",\n });\n }\n })\n )\n .min(2)\n .max(5),\n coordinateTransformations: z\n .array(\n z.any().superRefine((x, ctx) => {\n const schemas = [\n z.object({\n type: z.literal(\"scale\"),\n scale: z.array(z.number()).min(2),\n }),\n z.object({\n type: z.literal(\"translation\"),\n translation: z.array(z.number()).min(2),\n }),\n // The JSON schema and my reading of the spec is that while\n // identity is a valid transformation, it cannot be used here.\n // However, some writers write it (e.g iohub), and it has no\n // effect on the overall transformation, so we manually added\n // after generation from the schema.\n // See the following PR for more context:\n // https://github.com/ome/ngff/pull/152\n z.object({\n type: z.literal(\"identity\"),\n }),\n ];\n const errors = schemas.reduce(\n (errors, schema) =>\n ((result) =>\n result.error ? [...errors, result.error] : errors)(\n schema.safeParse(x)\n ),\n []\n );\n if (schemas.length - errors.length !== 1) {\n ctx.addIssue({\n path: ctx.path,\n code: \"invalid_union\",\n unionErrors: errors,\n message: \"Invalid input: Should pass single schema\",\n });\n }\n })\n )\n .min(1)\n .optional(),\n })\n )\n .min(1)\n .describe(\"The multiscale datasets for this image\"),\n omero: z\n .object({\n channels: z.array(\n z.object({\n window: z\n .object({\n end: z.number(),\n max: z.number(),\n min: z.number(),\n start: z.number(),\n })\n .optional(),\n label: z.string().optional(),\n family: z.string().optional(),\n color: z.string().optional(),\n active: z.boolean().optional(),\n })\n ),\n // The rdefs are not in the JSON schema and are not particularly well\n // described by the specification, but are written by some tools\n // (e.g. iohub), so we manually add them.\n // See the OMERO docs for more information:\n // https://docs.openmicroscopy.org/omero/5.6.1/developers/Web/WebGateway.html#rendering-settings\n rdefs: z\n .object({\n defaultT: z.number().optional(),\n defaultZ: z.number().optional(),\n color: z.enum([\"color\", \"greyscale\"]).optional(),\n projection: z.string().optional(),\n })\n .optional(),\n })\n .optional(),\n /**The version of the OME-Zarr Metadata*/\n version: z\n .literal(\"0.5\")\n .describe(\"The version of the OME-Zarr Metadata\"),\n })\n .describe(\"The versioned OME-Zarr Metadata namespace\"),\n })\n .describe(\"The zarr.json attributes key\");\nexport type Image = z.infer;\n","import { z } from \"zod\";\n\n/**The zarr.json attributes key*/\nexport const Plate = z\n .object({\n /**The versioned OME-Zarr Metadata namespace*/\n ome: z\n .object({\n plate: z.object({\n /**The acquisitions for this plate*/\n acquisitions: z\n .array(\n z.object({\n /**A unique identifier within the context of the plate*/\n id: z\n .number()\n .int()\n .gte(0)\n .describe(\n \"A unique identifier within the context of the plate\"\n ),\n /**The maximum number of fields of view for the acquisition*/\n maximumfieldcount: z\n .number()\n .int()\n .gt(0)\n .describe(\n \"The maximum number of fields of view for the acquisition\"\n )\n .optional(),\n /**The name of the acquisition*/\n name: z\n .string()\n .describe(\"The name of the acquisition\")\n .optional(),\n /**The description of the acquisition*/\n description: z\n .string()\n .describe(\"The description of the acquisition\")\n .optional(),\n /**The start timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch*/\n starttime: z\n .number()\n .int()\n .gte(0)\n .describe(\n \"The start timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch\"\n )\n .optional(),\n /**The end timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch*/\n endtime: z\n .number()\n .int()\n .gte(0)\n .describe(\n \"The end timestamp of the acquisition, expressed as epoch time i.e. the number seconds since the Epoch\"\n )\n .optional(),\n })\n )\n .describe(\"The acquisitions for this plate\")\n .optional(),\n /**The maximum number of fields per view across all wells*/\n field_count: z\n .number()\n .int()\n .gt(0)\n .describe(\"The maximum number of fields per view across all wells\")\n .optional(),\n /**The name of the plate*/\n name: z.string().describe(\"The name of the plate\").optional(),\n /**The columns of the plate*/\n columns: z\n .array(\n z.object({\n /**The column name*/\n name: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+$\"))\n .describe(\"The column name\"),\n })\n )\n .min(1)\n .describe(\"The columns of the plate\"),\n /**The rows of the plate*/\n rows: z\n .array(\n z.object({\n /**The row name*/\n name: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+$\"))\n .describe(\"The row name\"),\n })\n )\n .min(1)\n .describe(\"The rows of the plate\"),\n /**The wells of the plate*/\n wells: z\n .array(\n z.object({\n /**The path to the well subgroup*/\n path: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+/[A-Za-z0-9]+$\"))\n .describe(\"The path to the well subgroup\"),\n /**The index of the well in the rows list*/\n rowIndex: z\n .number()\n .int()\n .gte(0)\n .describe(\"The index of the well in the rows list\"),\n /**The index of the well in the columns list*/\n columnIndex: z\n .number()\n .int()\n .gte(0)\n .describe(\"The index of the well in the columns list\"),\n })\n )\n .min(1)\n .describe(\"The wells of the plate\"),\n }),\n /**The version of the OME-Zarr Metadata*/\n version: z\n .literal(\"0.5\")\n .describe(\"The version of the OME-Zarr Metadata\"),\n })\n .describe(\"The versioned OME-Zarr Metadata namespace\"),\n })\n .describe(\"The zarr.json attributes key\");\nexport type Plate = z.infer;\n","import { z } from \"zod\";\n\n/**JSON from OME-Zarr zarr.json*/\nexport const Well = z\n .object({\n /**The versioned OME-Zarr Metadata namespace*/\n ome: z\n .object({\n well: z.object({\n /**The fields of view for this well*/\n images: z\n .array(\n z.object({\n /**A unique identifier within the context of the plate*/\n acquisition: z\n .number()\n .int()\n .describe(\n \"A unique identifier within the context of the plate\"\n )\n .optional(),\n /**The path for this field of view subgroup*/\n path: z\n .string()\n .regex(new RegExp(\"^[A-Za-z0-9]+$\"))\n .describe(\"The path for this field of view subgroup\"),\n })\n )\n .min(1)\n .describe(\"The fields of view for this well\"),\n }),\n /**The version of the OME-Zarr Metadata*/\n version: z\n .literal(\"0.5\")\n .describe(\"The version of the OME-Zarr Metadata\"),\n })\n .describe(\"The versioned OME-Zarr Metadata namespace\"),\n })\n .describe(\"JSON from OME-Zarr zarr.json\");\nexport type Well = z.infer;\n","import * as zarr from \"zarrita\";\nimport { Image as ImageV04 } from \"./0.4/image\";\nimport { Plate as PlateV04 } from \"./0.4/plate\";\nimport { Well as WellV04 } from \"./0.4/well\";\nimport { Image } from \"./0.5/image\";\nimport { Plate } from \"./0.5/plate\";\nimport { Well } from \"./0.5/well\";\nimport { OmeZarrImageSource } from \"./image_source\";\nimport { Version as ZarrVersion, openGroup } from \"../zarr/open\";\n\nconst versions = [\"0.4\", \"0.5\"] as const;\nconst versionsSet: ReadonlySet = new Set(versions);\nexport type Version = (typeof versions)[number];\n\ntype AdaptedOme = T & {\n originalVersion: Version;\n};\n\nfunction maybeGetVersion(attrs: object): Version | undefined {\n if (!(\"ome\" in attrs)) return;\n if (!(attrs.ome instanceof Object)) return;\n const ome = attrs.ome;\n if (!(\"version\" in ome)) return;\n if (typeof ome.version !== \"string\") return;\n if (!versionsSet.has(ome.version)) return;\n return ome.version as Version;\n}\n\nfunction getVersion(attrs: object): Version {\n // From v0.5 onwards, we assume that ome.version indicates the version.\n // If it is not present or malformed, we assume it is v0.4, which is\n // the oldest format we support.\n const version = maybeGetVersion(attrs);\n if (version === undefined) return \"0.4\";\n return version;\n}\n\nexport function omeZarrToZarrVersion(\n omeVersion: Version | undefined\n): ZarrVersion | undefined {\n if (omeVersion === undefined) return undefined;\n switch (omeVersion) {\n case \"0.4\":\n return \"v2\";\n case \"0.5\":\n return \"v3\";\n }\n}\n\nfunction removeProperty(obj: O, prop: P): Omit {\n const objCopy = { ...obj };\n delete objCopy[prop];\n return objCopy;\n}\n\n/** @hidden */\nexport async function loadOmeZarrPlate(\n url: string,\n version?: Version\n): Promise> {\n const store = new zarr.FetchStore(url);\n const location = new zarr.Location(store);\n const zarrVersion = omeZarrToZarrVersion(version);\n const group = await openGroup(location, zarrVersion);\n try {\n return parsePlate(group.attrs);\n } catch {\n throw Error(\n `Failed to parse OME-Zarr plate:\\n${JSON.stringify(group.attrs)}`\n );\n }\n}\n\nfunction parsePlate(attrs: Record): AdaptedOme {\n const version = getVersion(attrs);\n switch (version) {\n case \"0.5\":\n return {\n ...Plate.parse(attrs).ome,\n originalVersion: \"0.5\",\n };\n case \"0.4\":\n return {\n ...adaptPlateV04ToV05(PlateV04.parse(attrs)).ome,\n originalVersion: \"0.4\",\n };\n }\n}\n\nfunction adaptPlateV04ToV05(platev04: PlateV04): Plate {\n if (platev04.plate === undefined) {\n throw new Error(\"Plate metadata is missing in OME-Zarr v0.4 plate\");\n }\n const plate = removeProperty(platev04.plate, \"version\");\n return {\n ome: {\n plate,\n version: \"0.5\",\n },\n };\n}\n\nfunction adaptWellV04ToV05(wellv04: WellV04): Well {\n if (wellv04.well === undefined) {\n throw new Error(\"Well metadata is missing in OME-Zarr v0.4 well\");\n }\n const well = removeProperty(wellv04.well, \"version\");\n return {\n ome: {\n well,\n version: \"0.5\",\n },\n };\n}\n\nfunction parseWell(attrs: Record): AdaptedOme {\n const version = getVersion(attrs);\n switch (version) {\n case \"0.5\":\n return {\n ...Well.parse(attrs).ome,\n originalVersion: \"0.5\",\n };\n case \"0.4\":\n return {\n ...adaptWellV04ToV05(WellV04.parse(attrs)).ome,\n originalVersion: \"0.4\",\n };\n }\n}\n\n/** @hidden */\nexport async function loadOmeZarrWell(\n url: string,\n path: string,\n version?: Version\n): Promise> {\n const fullUrl = url + \"/\" + path;\n const store = new zarr.FetchStore(fullUrl);\n const location = new zarr.Location(store);\n const zarrVersion = omeZarrToZarrVersion(version);\n const group = await openGroup(location, zarrVersion);\n try {\n return parseWell(group.attrs);\n } catch {\n throw Error(\n `Failed to parse OME-Zarr well:\\n${JSON.stringify(group.attrs)}`\n );\n }\n}\n\nexport type OmeroMetadata = NonNullable;\nexport type OmeroChannel = OmeroMetadata[\"channels\"][number];\n\n/** @hidden */\nexport async function loadOmeroChannels(\n source: OmeZarrImageSource\n): Promise {\n const zarrVersion = omeZarrToZarrVersion(source.version);\n const group = await openGroup(source.location, zarrVersion);\n const image = parseOmeZarrImage(group.attrs);\n return image.omero?.channels ?? [];\n}\n\n/** @hidden */\nexport async function loadOmeroDefaults(\n source: OmeZarrImageSource\n): Promise {\n const zarrVersion = omeZarrToZarrVersion(source.version);\n const group = await openGroup(source.location, zarrVersion);\n const image = parseOmeZarrImage(group.attrs);\n return image.omero?.rdefs;\n}\n\nfunction adaptImageV04ToV05(imagev04: ImageV04): Image {\n return {\n ome: {\n multiscales: imagev04.multiscales,\n omero: imagev04.omero,\n version: \"0.5\",\n },\n };\n}\n\nfunction parseImage(attrs: Record): AdaptedOme {\n const version = getVersion(attrs);\n switch (version) {\n case \"0.5\":\n return {\n ...Image.parse(attrs).ome,\n originalVersion: \"0.5\",\n };\n case \"0.4\":\n return {\n ...adaptImageV04ToV05(ImageV04.parse(attrs)).ome,\n originalVersion: \"0.4\",\n };\n }\n}\n\nexport function parseOmeZarrImage(\n attrs: Record\n): AdaptedOme {\n try {\n return parseImage(attrs);\n } catch {\n throw Error(`Failed to parse OME-Zarr image:\\n${JSON.stringify(attrs)}`);\n }\n}\n","import { Location, Readable, FetchStore } from \"zarrita\";\nimport {\n openArrayFromParams,\n openGroup,\n createZarrArrayParams,\n} from \"../zarr/open\";\nimport WebFileSystemStore from \"../zarr/web_file_system_store\";\nimport { OmeZarrImageLoader } from \"./image_loader\";\nimport {\n omeZarrToZarrVersion,\n parseOmeZarrImage,\n Version as OmeZarrVersion,\n} from \"./metadata_loaders\";\nimport { SourceDimensionMap } from \"../chunk\";\n\ntype OmeZarrImageSourceProps = {\n location: Location;\n version?: OmeZarrVersion;\n loader: OmeZarrImageLoader;\n};\n\n/**\n * Input to {@link OmeZarrImageSource.fromHttp}.\n */\nexport type HttpOmeZarrImageSourceProps = {\n /** URL of the OME-Zarr root group. */\n url: string;\n /** OME-Zarr version. Detected from metadata when omitted. */\n version?: OmeZarrVersion;\n};\n\n/**\n * Input to {@link OmeZarrImageSource.fromFileSystem}.\n */\nexport type FileSystemOmeZarrImageSourceProps = {\n /** Directory handle with read permission. */\n directory: FileSystemDirectoryHandle;\n /** OME-Zarr version. Detected from metadata when omitted. */\n version?: OmeZarrVersion;\n /** Image path within the directory. Defaults to the root. */\n path?: `/${string}`;\n};\n\n/**\n * A multiscale image opened from an OME-Zarr store.\n *\n * Instances are created with {@link fromHttp} or {@link fromFileSystem}\n * rather than the constructor. Both factories read the store's metadata up\n * front so the returned source already knows its axes, resolution levels,\n * and channel count. OME-Zarr versions `0.4` and `0.5` are supported and\n * the version is detected from metadata when not given.\n *\n * A source is handed to a layer which streams chunks from it on demand.\n *\n * ```ts\n * const source = await OmeZarrImageSource.fromHttp({\n * url: \"https://example.com/image.ome.zarr\",\n * });\n *\n * const layer = new ImageLayer({\n * source,\n * sliceCoords: { t: 0, z: 0, c: [0] },\n * });\n * ```\n *\n * @group Data Loading\n */\nexport class OmeZarrImageSource {\n /** The zarr store location the image was opened from. */\n readonly location: Location;\n /** The OME-Zarr version passed at creation if any. */\n readonly version?: OmeZarrVersion;\n\n private readonly loader_: OmeZarrImageLoader;\n\n private constructor(props: OmeZarrImageSourceProps) {\n this.location = props.location;\n this.version = props.version;\n this.loader_ = props.loader;\n }\n\n private static async openLoader(\n location: Location,\n version?: OmeZarrVersion\n ): Promise {\n let zarrVersion = omeZarrToZarrVersion(version);\n const root = await openGroup(location, zarrVersion);\n const adaptedOmeImage = parseOmeZarrImage(root.attrs);\n const images = adaptedOmeImage.multiscales;\n if (images.length !== 1) {\n throw new Error(\n `Exactly one multiscale image is supported. Found ${images.length} images.`\n );\n }\n const metadata = images[0];\n if (metadata.datasets.length === 0) {\n throw new Error(`No datasets found in the multiscale image.`);\n }\n if (!zarrVersion) {\n zarrVersion = omeZarrToZarrVersion(adaptedOmeImage.originalVersion);\n }\n const arrayParams = metadata.datasets.map((d) =>\n createZarrArrayParams(location, d.path, zarrVersion)\n );\n const arrays = await Promise.all(\n arrayParams.map((params) => openArrayFromParams(params))\n );\n\n const shape = arrays[0].shape;\n const axes = metadata.axes;\n if (axes.length !== shape.length) {\n throw new Error(\n `Mismatch between number of axes (${axes.length}) and array shape (${shape.length})`\n );\n }\n return new OmeZarrImageLoader({ metadata, arrays, arrayParams });\n }\n\n /**\n * Returns per-axis dimension metadata for the image.\n *\n * Each axis entry lists one record per level of detail with its size,\n * chunk size, scale, and translation. Use these to convert between\n * array indices and world coordinates, pick slice coordinates, and\n * frame cameras around the image extent.\n */\n public getDimensions(): SourceDimensionMap {\n return this.loader_.getSourceDimensionMap();\n }\n\n /**\n * Returns the number of channels in the image.\n */\n public getChannelCount(): number {\n return this.getDimensions().c?.lods[0].size ?? 1;\n }\n\n /** The chunk loader that streams this image's data. */\n public get loader(): OmeZarrImageLoader {\n return this.loader_;\n }\n\n /**\n * Opens an OME-Zarr image over HTTP(S).\n *\n * @param props - The store url and optional version.\n */\n public static async fromHttp(\n props: HttpOmeZarrImageSourceProps\n ): Promise {\n const location = new Location(new FetchStore(props.url));\n const loader = await OmeZarrImageSource.openLoader(location, props.version);\n return new OmeZarrImageSource({ location, version: props.version, loader });\n }\n\n /**\n * Opens an OME-Zarr image from a local directory.\n *\n * Uses the File System Access API so it only works in Chromium-based\n * browsers. Pass the handle returned by `window.showDirectoryPicker()`.\n * The optional path lets an application ask once for root permission\n * and open many images.\n *\n * @param props - The directory handle, optional version, and path.\n */\n public static async fromFileSystem(\n props: FileSystemOmeZarrImageSourceProps\n ): Promise {\n const location = new Location(\n new WebFileSystemStore(props.directory),\n props.path\n );\n const loader = await OmeZarrImageSource.openLoader(location, props.version);\n return new OmeZarrImageSource({ location, version: props.version, loader });\n }\n}\n","import { IdetikContext } from \"../idetik\";\nimport { RenderableObject } from \"./renderable_object\";\nimport { clamp } from \"../utilities/clamp\";\nimport { Logger } from \"../utilities/logger\";\nimport { EventContext } from \"./event_dispatcher\";\nimport { Viewport } from \"./viewport\";\n\n/**\n * The loading lifecycle state of a layer.\n */\nexport type LayerState = \"initialized\" | \"loading\" | \"ready\";\n\n/**\n * How a layer's output blends with previously drawn content.\n */\nexport type BlendMode =\n | \"none\"\n | \"normal\"\n | \"additive\"\n | \"subtractive\"\n | \"multiply\"\n | \"premultipliedOver\";\n\n/**\n * A callback invoked after a layer's state changes.\n */\nexport type StateChangeCallback = (\n newState: LayerState,\n prevState?: LayerState\n) => void;\n\n/**\n * Initialization properties for constructing a layer.\n */\nexport type LayerProps = {\n /** Layer opacity in `[0, 1]`. Defaults to `1`. */\n opacity?: number;\n /** How the layer blends. Defaults to `\"none\"`. */\n blendMode?: BlendMode;\n /** Hides content behind. Inferred from `blendMode`. */\n occludes?: boolean;\n};\n\n/**\n * Abstract base class for any layer that can be added to a viewport.\n *\n * A layer owns a set of renderable objects and contributes them to the\n * scene each frame. Subclasses such as {@link ImageLayer},\n * {@link VolumeLayer}, and {@link LabelLayer} implement {@link update} to\n * build or refresh those objects for the current view. Custom layers\n * register objects with {@link addObject} and report readiness through\n * {@link setState}.\n *\n * Layers carry shared presentation state in {@link opacity},\n * {@link blendMode}, and {@link occludes}, and expose a lifecycle\n * {@link LayerState} that observers can subscribe to. A layer instance may\n * be attached to only one viewport at a time.\n *\n * ```ts\n * class Particles extends Layer {\n * public readonly type = \"Particles\";\n *\n * constructor(points: PointProps[]) {\n * super();\n * this.addObject(new PointsRenderable(points));\n * this.setState(\"ready\");\n * }\n *\n * public update() {}\n * }\n *\n * viewport.addLayer(new Particles(points));\n * ```\n *\n * @group Layers\n */\nexport abstract class Layer {\n /** A string identifying the concrete layer type. */\n public abstract readonly type: string;\n\n /**\n * How the layer's output blends with previously drawn content. Also\n * applies to blending between objects within the layer.\n */\n public blendMode: BlendMode;\n\n /**\n * Whether the layer writes depth and hides content drawn behind it.\n *\n * Occluding layers render a depth pass and always draw before\n * non-occluding layers regardless of their order in the viewport. When\n * not set explicitly this value is inferred from `blendMode` at\n * construction only. Reassigning {@link blendMode} later does not update\n * it.\n */\n public occludes: boolean;\n\n /** Set to `true` by subclasses whose shaders read scene depth. */\n protected requiresSceneDepth_ = false;\n\n private readonly coverageGroups_ = new Map<\n number | null,\n RenderableObject[]\n >();\n private state_: LayerState = \"initialized\";\n private attached_ = false;\n private readonly callbacks_: StateChangeCallback[] = [];\n private opacity_: number;\n\n /**\n * Creates a layer with the given presentation state.\n *\n * @param props - Initialization properties.\n */\n constructor({\n opacity = 1.0,\n blendMode = \"none\",\n occludes,\n }: LayerProps = {}) {\n this.opacity_ = clamp(opacity, 0.0, 1.0);\n this.blendMode = blendMode;\n this.occludes = occludes ?? blendMode === \"none\";\n }\n\n /**\n * Whether the layer's shaders read scene depth. When `true` the renderer\n * draws occluding layers to a depth texture the layer's shaders can\n * sample. A layer cannot both occlude and read scene depth.\n */\n public get requiresSceneDepth() {\n return this.requiresSceneDepth_;\n }\n\n /** The layer's opacity in `[0, 1]`. Values outside are clamped. */\n public get opacity() {\n return this.opacity_;\n }\n\n /** @param value - The new opacity in `[0, 1]`. */\n public set opacity(value: number) {\n if (value < 0 || value > 1) {\n Logger.warn(\n \"Layer\",\n `Opacity out of bounds: ${value} — clamping to [0.0, 1.0]`\n );\n }\n this.opacity_ = clamp(value, 0.0, 1.0);\n }\n\n /**\n * Builds or refreshes the layer's renderable objects for the current\n * view. Called automatically once per frame for every layer in a\n * viewport.\n *\n * @param viewport - The viewport being rendered.\n */\n public abstract update(viewport?: Viewport): void;\n\n /**\n * Handles a pointer or wheel event from the owning viewport. Called\n * automatically for each event before the camera controls. The default\n * implementation does nothing.\n *\n * @param _event - The event with clip and world coordinates attached.\n */\n public onEvent(_event: EventContext): void {}\n\n /**\n * Lifecycle hook that is called automatically when a layer is\n * is attached to a viewport. A layer can only be attached to one viewport\n * at a time.\n *\n * @param context - The shared runtime context.\n */\n public onAttached(context: IdetikContext): void {\n if (this.attached_) {\n throw new Error(\n `${this.type} cannot be attached to multiple viewports simultaneously.`\n );\n }\n if (this.occludes && this.requiresSceneDepth_) {\n throw new Error(`${this.type} cannot both occlude and read scene depth.`);\n }\n this.attach(context);\n this.attached_ = true;\n }\n\n /**\n * Lifecycle hook that is called automatically when a layer is detached\n * from a viewport.\n *\n * @param context - The shared runtime context.\n */\n public onDetached(context: IdetikContext): void {\n if (!this.attached_) return;\n this.detach(context);\n this.attached_ = false;\n }\n\n /** @hidden */\n protected attach(_context: IdetikContext): void {}\n\n /** @hidden */\n protected detach(_context: IdetikContext): void {}\n\n /**\n * The layer's renderable objects grouped by coverage group. Objects in\n * a group draw each pixel at most once, letting chunks at multiple\n * levels of detail overlap correctly.\n */\n public get coverageGroups(): ReadonlyMap<\n number | null,\n readonly RenderableObject[]\n > {\n return this.coverageGroups_;\n }\n\n /** The layer's current lifecycle state. */\n public get state() {\n return this.state_;\n }\n\n /**\n * Registers a callback invoked after every state change.\n *\n * @param callback - Receives the new and previous states.\n */\n public addStateChangeCallback(callback: StateChangeCallback) {\n this.callbacks_.push(callback);\n }\n\n /**\n * Removes a previously registered state change callback.\n *\n * @param callback - The callback to remove.\n */\n public removeStateChangeCallback(callback: StateChangeCallback) {\n const index = this.callbacks_.indexOf(callback);\n if (index === -1) {\n throw new Error(`Callback to remove could not be found: ${callback}`);\n }\n this.callbacks_.splice(index, 1);\n }\n\n /**\n * Sets the lifecycle state and notifies state change callbacks.\n *\n * @param newState - The state to enter.\n */\n protected setState(newState: LayerState) {\n const prevState = this.state_;\n this.state_ = newState;\n this.callbacks_.forEach((callback) => callback(newState, prevState));\n }\n\n /**\n * Registers a renderable object for drawing. Objects in the same\n * coverage group draw each pixel at most once.\n *\n * @param object - The object to add.\n * @param coverageGroup - The group key.\n */\n protected addObject(\n object: RenderableObject,\n coverageGroup: number | null = null\n ) {\n const members = this.coverageGroups_.get(coverageGroup);\n if (members) {\n members.push(object);\n } else {\n this.coverageGroups_.set(coverageGroup, [object]);\n }\n }\n\n /** Removes all registered renderable objects. */\n protected clearObjects() {\n this.coverageGroups_.clear();\n }\n\n /**\n * Returns uniform name-value pairs applied to every object drawn by\n * this layer. Override in subclasses that need custom shader uniforms.\n */\n public getUniforms(): Record {\n return {};\n }\n}\n","import { vec3 } from \"gl-matrix\";\n\nimport { Geometry } from \"../../core/geometry\";\n\nexport class ProjectedLineGeometry extends Geometry {\n // this creates the geometry for a screen-space projected line\n // each point on the input path is split into two vertices\n // these are pushed in opposite directions in screen-space to create width\n // this is done in the vertex shader by moving the vertices along the path normal\n // See:\n // https://mattdesl.svbtle.com/drawing-lines-is-hard#screenspace-projected-lines_2\n // https://github.com/spite/THREE.MeshLine\n constructor(path: vec3[]) {\n super();\n this.vertexData_ = this.createVertices(path);\n this.indexData_ = this.createIndex(path.length);\n this.addAttribute({\n type: \"position\",\n itemSize: 3,\n offset: 0,\n });\n this.addAttribute({\n type: \"previous_position\",\n itemSize: 3,\n offset: 3 * Float32Array.BYTES_PER_ELEMENT,\n });\n this.addAttribute({\n type: \"next_position\",\n itemSize: 3,\n offset: 6 * Float32Array.BYTES_PER_ELEMENT,\n });\n this.addAttribute({\n type: \"direction\",\n itemSize: 1,\n offset: 9 * Float32Array.BYTES_PER_ELEMENT,\n });\n }\n\n private createVertices(path: vec3[]): Float32Array {\n const vertices = new Float32Array(2 * path.length * (3 + 3 + 3 + 1));\n\n // If the path's first and last points coincide, treat it as a closed\n // loop: the first vertex's `previous` wraps to path[n-2] and the last\n // vertex's `next` wraps to path[1]. Both endpoints then take the\n // middle-vertex branch in the shader and produce a proper miter at the\n // closing seam.\n const closed =\n path.length >= 3 && vec3.equals(path[0], path[path.length - 1]);\n\n let c = 0;\n for (const i of [...Array(path.length).keys()]) {\n for (const direction of [-1.0, 1.0]) {\n const current = path[i];\n vertices[c++] = current[0];\n vertices[c++] = current[1];\n vertices[c++] = current[2];\n\n const previous =\n i === 0 ? (closed ? path[path.length - 2] : path[i]) : path[i - 1];\n vertices[c++] = previous[0];\n vertices[c++] = previous[1];\n vertices[c++] = previous[2];\n\n const next =\n i === path.length - 1 ? (closed ? path[1] : path[i]) : path[i + 1];\n vertices[c++] = next[0];\n vertices[c++] = next[1];\n vertices[c++] = next[2];\n\n vertices[c++] = direction;\n }\n }\n\n return vertices;\n }\n\n private createIndex(length: number): Uint32Array {\n // each line segment is a quad split into two triangles\n // 0 ----- 2\n // | / | ^\n // | / | +direction\n // point a / point b\n // | / | -direction\n // | / | v\n // 1 ----- 3\n\n const indices = new Uint32Array((length - 1) * 6);\n let c = 0;\n\n for (let i = 0; i < 2 * length; i += 2) {\n indices[c++] = i + 0;\n indices[c++] = i + 1;\n indices[c++] = i + 2;\n\n indices[c++] = i + 2;\n indices[c++] = i + 1;\n indices[c++] = i + 3;\n }\n return indices;\n }\n}\n","import { Geometry } from \"./geometry\";\nimport { Logger } from \"../utilities/logger\";\n\nexport class WireframeGeometry extends Geometry {\n constructor(geometry: Geometry) {\n super();\n\n if (geometry.primitive != \"triangles\") {\n Logger.warn(\"WireframeGeometry\", \"Only indexed geometries are supported\");\n return;\n }\n\n if (geometry.indexData.length == 0) {\n Logger.warn(\n \"WireframeGeometry\",\n \"Only triangulated geometries are supported\"\n );\n return;\n }\n\n this.primitive_ = \"lines\";\n this.vertexData_ = geometry.vertexData;\n this.attributes_ = geometry.attributes;\n\n const edgeSet = new Set<{ i0: number; i1: number }>();\n const wireframeIndices: number[] = [];\n const addEdge = (a: number, b: number) => {\n // Normalize edge order and use a set to deduplicate,\n // since shared edges between triangles would otherwise\n // be added multiple times.\n const i0 = Math.min(a, b);\n const i1 = Math.max(a, b);\n if (!edgeSet.has({ i0, i1 })) {\n edgeSet.add({ i0, i1 });\n wireframeIndices.push(i0, i1);\n }\n };\n\n const index = geometry.indexData;\n for (let i = 0; i < index.length; i += 3) {\n const i0 = index[i];\n const i1 = index[i + 1];\n const i2 = index[i + 2];\n addEdge(i0, i1);\n addEdge(i1, i2);\n addEdge(i2, i0);\n }\n\n this.indexData_ = new Uint32Array(wireframeIndices);\n }\n}\n","import { mat4, mat3, vec3, quat, glMatrix } from \"gl-matrix\";\n\n// +Y is world up to match gl-matrix\nconst WORLD_UP = vec3.fromValues(0, 1, 0);\n\n/**\n * Transform defined by translation, rotation, and scale components.\n *\n * TRS transform represents a placement in world space composed as\n * translation times rotation times scale. It is used to position cameras\n * and renderable objects through their `transform` property. The matrix\n * is computed lazily and cached.\n *\n * ```ts\n * const transform = camera.transform;\n * transform.setTranslation([0, 0, radius]);\n * transform.targetTo([0, 0, 0]);\n * ```\n *\n * @group Math\n */\nexport class TrsTransform {\n private dirty_ = true;\n private matrix_ = mat4.create();\n private rotation_ = quat.create();\n private translation_ = vec3.create();\n private scale_ = vec3.fromValues(1, 1, 1);\n\n /**\n * Composes the given rotation onto the current rotation.\n *\n * @param q - The rotation to apply.\n */\n public addRotation(q: quat) {\n quat.multiply(this.rotation_, this.rotation_, q);\n this.dirty_ = true;\n }\n\n /**\n * Replaces the rotation with the given quaternion.\n *\n * @param q - The new rotation.\n */\n public setRotation(q: quat) {\n quat.copy(this.rotation_, q);\n this.dirty_ = true;\n }\n\n /** A copy of the rotation quaternion. */\n public get rotation() {\n return quat.clone(this.rotation_);\n }\n\n /**\n * Adds the given offset to the translation.\n *\n * @param vec - The offset to add.\n */\n public addTranslation(vec: vec3) {\n vec3.add(this.translation_, this.translation_, vec);\n this.dirty_ = true;\n }\n\n /**\n * Replaces the translation with the given vector.\n *\n * @param vec - The new translation.\n */\n public setTranslation(vec: vec3) {\n vec3.copy(this.translation_, vec);\n this.dirty_ = true;\n }\n\n /** A copy of the translation vector. */\n public get translation() {\n return vec3.clone(this.translation_);\n }\n\n /**\n * Multiplies the scale componentwise by the given vector.\n *\n * @param vec - The scale factors to apply.\n */\n public addScale(vec: vec3) {\n vec3.multiply(this.scale_, this.scale_, vec);\n this.dirty_ = true;\n }\n\n /**\n * Replaces the scale with the given vector.\n *\n * @param vec - The new scale.\n */\n public setScale(vec: vec3) {\n vec3.copy(this.scale_, vec);\n this.dirty_ = true;\n }\n\n /**\n * Rotates the transform to face the given target point. Uses `+Y` as\n * world up.\n *\n * @param target - The world-space point to face.\n */\n public targetTo(target: vec3) {\n // Prevent zero-length forward vector by nudging\n // target slightly along +Z\n if (vec3.equals(this.translation_, target)) {\n target = vec3.clone(target);\n target[2] += glMatrix.EPSILON;\n }\n\n const m = mat4.targetTo(mat4.create(), this.translation_, target, WORLD_UP);\n const rotation = mat3.fromMat4(mat3.create(), m);\n quat.fromMat3(this.rotation_, rotation);\n quat.normalize(this.rotation_, this.rotation_);\n\n this.dirty_ = true;\n }\n\n /** A copy of the scale vector. */\n public get scale() {\n return vec3.clone(this.scale_);\n }\n\n /** The composed transform matrix. Recomputed when stale. */\n public get matrix() {\n if (this.dirty_) {\n this.computeMatrix();\n this.dirty_ = false;\n }\n return this.matrix_;\n }\n\n /** The inverse of the composed transform matrix. */\n public get inverse() {\n return mat4.invert(mat4.create(), this.matrix)!;\n }\n\n private computeMatrix() {\n mat4.fromRotationTranslationScale(\n this.matrix_,\n this.rotation_,\n this.translation_,\n this.scale_\n );\n }\n}\n","import { vec3, vec4 } from \"gl-matrix\";\n\n/**\n * A value convertible to {@link Color}.\n */\nexport type ColorLike = Color | vec3 | vec4 | string;\n\n/**\n * Immutable RGBA color with components in `[0, 1]`.\n *\n * Color represents an RGBA value with four components. It is used for channel\n * tints, label color maps, and wireframe overlays. Components are validated\n * at construction and never change. Every API that takes a color accepts a\n * {@link ColorLike} so hex strings and component arrays coerce automatically\n * through {@link from}. Common colors are available as static presets.\n *\n * @group Math\n */\nexport class Color {\n /** Opaque red `#ff0000`. */\n public static readonly RED: Color = new Color(1.0, 0.0, 0.0);\n /** Opaque green `#00ff00`. */\n public static readonly GREEN: Color = new Color(0.0, 1.0, 0.0);\n /** Opaque blue `#0000ff`. */\n public static readonly BLUE: Color = new Color(0.0, 0.0, 1.0);\n /** Opaque yellow `#ffff00`. */\n public static readonly YELLOW: Color = new Color(1.0, 1.0, 0.0);\n /** Opaque magenta `#ff00ff`. */\n public static readonly MAGENTA: Color = new Color(1.0, 0.0, 1.0);\n /** Opaque cyan `#00ffff`. */\n public static readonly CYAN: Color = new Color(0.0, 1.0, 1.0);\n /** Opaque black `#000000`. */\n public static readonly BLACK: Color = new Color(0.0, 0.0, 0.0);\n /** Opaque white `#ffffff`. */\n public static readonly WHITE: Color = new Color(1.0, 1.0, 1.0);\n /** Fully transparent black. */\n public static readonly TRANSPARENT: Color = new Color(0.0, 0.0, 0.0, 0.0);\n\n // RGBA color values in the range [0, 1]\n private readonly rgba_: readonly [number, number, number, number];\n\n /**\n * Creates a color from RGBA components in `[0, 1]`.\n *\n * @param r - The red component.\n * @param g - The green component.\n * @param b - The blue component.\n * @param a - The alpha component. Defaults to `1`.\n */\n constructor(r: number, g: number, b: number, a?: number) {\n if (r < 0 || r > 1 || g < 0 || g > 1 || b < 0 || b > 1) {\n throw new Error(\"RGB values must be in the range [0, 1]\");\n }\n if (a !== undefined && (a < 0 || a > 1)) {\n throw new Error(\"Alpha value must be in the range [0, 1]\");\n }\n this.rgba_ = [r, g, b, a ?? 1.0];\n }\n\n /** The RGB components as a three-element array. */\n public get rgb(): [number, number, number] {\n return [this.rgba_[0], this.rgba_[1], this.rgba_[2]];\n }\n\n /** The RGBA components as a four-element array. */\n public get rgba(): readonly [number, number, number, number] {\n return this.rgba_;\n }\n\n /** The red component. */\n public get r(): number {\n return this.rgba_[0];\n }\n\n /** The green component. */\n public get g(): number {\n return this.rgba_[1];\n }\n\n /** The blue component. */\n public get b(): number {\n return this.rgba_[2];\n }\n\n /** The alpha component. */\n public get a(): number {\n return this.rgba_[3];\n }\n\n /** The color as a `#rrggbb` hex string. Alpha is dropped. */\n public get rgbHex(): string {\n return `#${this.toHexComponent(this.r)}${this.toHexComponent(this.g)}${this.toHexComponent(this.b)}`;\n }\n\n /** The color packed into a 32-bit integer as RGBA bytes. */\n public get packed(): number {\n return (\n (Math.round(this.r * 255) << 24) |\n (Math.round(this.g * 255) << 16) |\n (Math.round(this.b * 255) << 8) |\n Math.round(this.a * 255)\n );\n }\n\n /**\n * Converts a {@link ColorLike} value to a `Color`.\n *\n * @param colorLike - The value to convert.\n */\n public static from(colorLike: ColorLike): Color {\n if (colorLike instanceof Color) {\n return colorLike;\n }\n\n if (Array.isArray(colorLike)) {\n return new Color(colorLike[0], colorLike[1], colorLike[2], colorLike[3]);\n }\n\n if (typeof colorLike === \"string\") {\n return Color.fromRgbHex(colorLike);\n }\n\n throw new Error(\"Unsupported color format\");\n }\n\n /**\n * Parses a `#rrggbb` hex string into an opaque color.\n *\n * @param hex - The hex string with or without the leading `#`.\n */\n public static fromRgbHex(hex: string): Color {\n const result = /^#?([a-f\\d]{2})([a-f\\d]{2})([a-f\\d]{2})$/i.exec(hex);\n if (!result) {\n throw new Error(\"Invalid RGB hex, use form '#RRGGBB'\");\n }\n return new Color(\n parseInt(result[1], 16) / 255,\n parseInt(result[2], 16) / 255,\n parseInt(result[3], 16) / 255,\n 1.0\n );\n }\n\n private toHexComponent(value: number): string {\n const hex = Math.round(value * 255)\n .toString(16)\n .padStart(2, \"0\");\n return hex.length === 1 ? \"0\" + hex : hex;\n }\n}\n","import { Node } from \"../core/node\";\nimport { Geometry } from \"../core/geometry\";\nimport { WireframeGeometry } from \"../core/wireframe_geometry\";\nimport { Texture } from \"../objects/textures/texture\";\nimport { TrsTransform } from \"../math/transforms\";\nimport { Shader } from \"../renderers/shaders\";\nimport { Color } from \"../math/color\";\nimport { CullingMode } from \"../renderers/webgl_state\";\n\n/**\n * Abstract base class representing a {@link Layer}-renderable object.\n *\n * Renderables pair a geometry with a shader program, textures, uniform\n * values, and a world transform. Subclasses assign a geometry, select one\n * of the built-in shader programs through {@link programName} or provide\n * a new one, bind textures with {@link setTexture}, and override {@link getUniforms} to\n * feed values to the shader.\n *\n * ```ts\n * class MyRenderable extends RenderableObject {\n * constructor(texture: Texture) {\n * super();\n * this.geometry = new PlaneGeometry(512, 512, 1, 1);\n * this.programName = \"floatScalarImage\";\n *\n * this.setTexture(0, texture);\n * }\n *\n * public get type() {\n * return \"MyRenderable\";\n * }\n *\n * public override getUniforms() {\n * return { u_imageSampler: 0 };\n * }\n * }\n * ```\n *\n * @group Renderables\n */\nexport abstract class RenderableObject extends Node {\n /**\n * Draws the geometry's wireframe on top of the normal pass. Layers use\n * this as a chunk debugging aid. Defaults to `false`.\n */\n public wireframeEnabled = false;\n\n /** The color of the wireframe overlay. Defaults to `Color.WHITE`. */\n public wireframeColor = Color.WHITE;\n\n /**\n * Whether the object is depth tested when drawn. Objects that opt out\n * are also left out of the depth prepass. Defaults to `true`.\n */\n public depthTest = true;\n private readonly textures_: Texture[] = [];\n private staleTextures_: Texture[] = [];\n private readonly transform_ = new TrsTransform();\n private geometry_ = new Geometry();\n private wireframeGeometry_: WireframeGeometry | null = null;\n private programName_: Shader | null = null;\n private depthProgramName_: Shader | null = null;\n private cullFaceMode_: CullingMode = \"none\";\n\n /**\n * Assigns a texture to the given texture unit. The renderer binds each\n * entry of {@link textures} to its matching unit before drawing.\n *\n * @param index - The texture unit to bind to.\n * @param texture - The texture to assign.\n */\n public setTexture(index: number, texture: Texture) {\n this.textures_[index] = texture;\n }\n\n /**\n * Removes all assigned textures.\n */\n protected clearTextures() {\n this.textures_.length = 0;\n }\n\n /**\n * Queues a replaced texture for GPU disposal. Subclasses call this when\n * swapping out a texture they own. The renderer drains the queue\n * through {@link popStaleTextures} before the next draw. Passing\n * `undefined` is a no-op.\n *\n * @param texture - The texture that is no longer in use.\n */\n protected markStaleTexture(texture: Texture | undefined) {\n if (texture !== undefined) {\n this.staleTextures_.push(texture);\n }\n }\n\n /**\n * Drains the queue of textures marked stale. Called automatically by\n * the renderer, which disposes the GPU resources of each returned\n * texture.\n *\n * @returns The textures queued since the last call.\n */\n public popStaleTextures() {\n const stale = this.staleTextures_;\n this.staleTextures_ = [];\n return stale;\n }\n\n /**\n * The geometry drawn for this object.\n */\n public get geometry() {\n return this.geometry_;\n }\n\n /**\n * A line-segment version of {@link geometry} used for the wireframe\n * overlay. Built lazily on first access and cached until the geometry\n * changes.\n */\n public get wireframeGeometry() {\n this.wireframeGeometry_ ??= new WireframeGeometry(this.geometry);\n return this.wireframeGeometry_;\n }\n\n /** The assigned textures indexed by texture unit. */\n public get textures() {\n return this.textures_;\n }\n\n /**\n * The object's world transform as translation, rotation, and scale.\n * Layers position, orient, and size renderables through it.\n */\n public get transform() {\n return this.transform_;\n }\n\n /** @param geometry - The geometry to draw. */\n public set geometry(geometry: Geometry) {\n this.geometry_ = geometry;\n this.wireframeGeometry_ = null;\n }\n\n /**\n * The name of a shader program that draws the object. The\n * renderer skips objects whose program name is `null`.\n */\n public get programName(): Shader | null {\n return this.programName_;\n }\n\n /**\n * The name of the shader program used in the depth prepass or `null`\n * to stay out of it. Objects without one never occlude other layers.\n */\n public get depthProgramName(): Shader | null {\n return this.depthProgramName_;\n }\n\n /**\n * The geometry's bounding box transformed to world space. The renderer\n * culls objects whose box falls outside the view frustum.\n */\n public get boundingBox() {\n const box = this.geometry_.boundingBox.clone();\n box.applyTransform(this.transform_.matrix);\n return box;\n }\n\n /**\n * @param programName - The shader program name.\n */\n protected set programName(programName: Shader) {\n this.programName_ = programName;\n }\n\n /**\n * Selects the shader program for the depth prepass. Subclasses set\n * this so the object writes depth and occludes content in other\n * layers.\n *\n * @param programName - The shader program name.\n */\n protected set depthProgramName(programName: Shader) {\n this.depthProgramName_ = programName;\n }\n\n /** Which triangle faces are culled when drawing. Defaults to `\"none\"`. */\n public get cullFaceMode() {\n return this.cullFaceMode_;\n }\n\n /** @param mode - The culling mode to apply. */\n public set cullFaceMode(mode: CullingMode) {\n this.cullFaceMode_ = mode;\n }\n\n /**\n * Returns the uniform values to upload before drawing. Override in\n * subclasses that need custom uniforms. Values are matched to shader\n * uniforms by name and take precedence over the owning layer's\n * uniforms.\n */\n public getUniforms(): Record {\n return {};\n }\n}\n","import { RenderableObject } from \"../../core/renderable_object\";\nimport { ProjectedLineGeometry } from \"../../objects/geometry/projected_line_geometry\";\nimport { Color, ColorLike } from \"../../math/color\";\n\n/**\n * Initialization properties for constructing a projected line renderable.\n */\nexport type ProjectedLineRenderableProps = {\n /** The line path geometry to draw. */\n geometry: ProjectedLineGeometry;\n /** The line color. */\n color: ColorLike;\n /** Line width in pixels. */\n width: number;\n};\n\n/**\n * A polyline drawn with a constant screen-space width.\n *\n * The line is extruded in the vertex shader so its width stays fixed in\n * pixels at any zoom level. Custom layers can construct it directly for\n * paths and outlines.\n *\n * @group Renderables\n */\nexport class ProjectedLineRenderable extends RenderableObject {\n private color_: Color;\n private width_: number;\n\n /**\n * Creates a projected line renderable for the given path geometry.\n *\n * @param props - Initialization properties.\n */\n constructor({ geometry, color, width }: ProjectedLineRenderableProps) {\n super();\n this.geometry = geometry;\n this.color_ = Color.from(color);\n this.width_ = width;\n this.programName = \"projectedLine\";\n this.depthProgramName = \"projectedLineDepth\";\n }\n\n /** Identifies the renderable type as `ProjectedLineRenderable`. */\n public get type() {\n return \"ProjectedLineRenderable\";\n }\n\n /** The line color. Assignable from any {@link ColorLike} value. */\n public get color(): Color {\n return this.color_;\n }\n\n /** @param value - The new line color. */\n public set color(value: ColorLike) {\n this.color_ = Color.from(value);\n }\n\n /** The line width in pixels. */\n public get width() {\n return this.width_;\n }\n\n /** @param value - The new width in pixels. */\n public set width(value: number) {\n this.width_ = value;\n }\n\n /** Returns the color and width uniforms for the line shader. */\n public override getUniforms() {\n return {\n u_lineColor: this.color.rgb,\n u_lineWidth: this.width,\n };\n }\n}\n","import { Layer } from \"../core/layer\";\nimport { ProjectedLineGeometry } from \"../objects/geometry/projected_line_geometry\";\nimport { ProjectedLineRenderable } from \"../objects/renderable/projected_line_renderable\";\n\n/**\n * Initialization properties for constructing an axes layer.\n */\nexport type AxesLayerProps = {\n /** Axis length in world units. */\n length: number;\n /** Line width in pixels. */\n width: number;\n};\n\n/**\n * A layer that draws the world coordinate axes as colored lines.\n *\n * Three lines start at the world origin: `x` in red, `y` in green, and\n * `z` in blue, each with the given length and width. The layer is static\n * and ready as soon as it is constructed.\n *\n * ```ts\n * viewport.addLayer(new AxesLayer({ length: 100, width: 2 }));\n * ```\n *\n * @group Layers\n */\nexport class AxesLayer extends Layer {\n /** Identifies the layer type as `AxesLayer`. */\n public readonly type = \"AxesLayer\";\n\n /**\n * Creates an axes layer with the given dimensions.\n *\n * @param props - Initialization properties.\n */\n constructor(props: AxesLayerProps) {\n super();\n const { length, width } = props;\n this.addObject(\n makeAxis({\n end: [length, 0, 0],\n width: width,\n color: [1, 0, 0],\n })\n );\n this.addObject(\n makeAxis({\n end: [0, length, 0],\n width: width,\n color: [0, 1, 0],\n })\n );\n this.addObject(\n makeAxis({\n end: [0, 0, length],\n width: width,\n color: [0, 0, 1],\n })\n );\n this.setState(\"ready\");\n }\n\n /** Performs no per-frame work. The axes are built at construction. */\n public update() {}\n}\n\nfunction makeAxis(params: {\n end: [number, number, number];\n width: number;\n color: [number, number, number];\n}) {\n const { end, width, color } = params;\n const geometry = new ProjectedLineGeometry([[0, 0, 0], end]);\n return new ProjectedLineRenderable({\n geometry: geometry,\n color: color,\n width: width,\n });\n}\n","/**\n * A category of chunk request ordered by a loading policy.\n */\nexport type PriorityCategory =\n | \"fallbackVisible\"\n | \"prefetchTime\"\n | \"visibleCurrent\"\n | \"fallbackBackground\"\n | \"prefetchSpace\";\n\nconst ALL_CATEGORIES = [\n \"fallbackVisible\",\n \"prefetchTime\",\n \"visibleCurrent\",\n \"fallbackBackground\",\n \"prefetchSpace\",\n] as const satisfies readonly PriorityCategory[];\n\n/**\n * @hidden\n */\nexport type ImageSourcePolicyProps = {\n profile?: string;\n prefetch: {\n x: number;\n y: number;\n z?: number;\n t?: number;\n };\n priorityOrder: PriorityCategory[];\n lod?: {\n min?: number;\n max?: number;\n bias?: number;\n };\n};\n\n/**\n * A resolved and frozen loading policy consumed by layers.\n *\n * Create instances with {@link createExplorationPolicy},\n * {@link createPlaybackPolicy}, {@link createNoPrefetchPolicy}, or\n * {@link createImageSourcePolicy} rather than by hand.\n */\nexport type ImageSourcePolicy = Readonly<{\n profile: string;\n prefetch: {\n x: number;\n y: number;\n z: number;\n t: number;\n };\n priorityOrder: readonly PriorityCategory[];\n priorityMap: Readonly>;\n lod: {\n min: number;\n max: number;\n bias: number;\n };\n}>;\n\n/**\n * Creates a loading policy tuned for interactively browsing a scene.\n *\n * Prefetches one chunk beyond the view along each spatial axis and\n * fills the visible region before prefetching. This is the default\n * policy for layers constructed without one.\n *\n * @param overrides - Properties merged over.\n */\nexport function createExplorationPolicy(\n overrides: Partial = {}\n): ImageSourcePolicy {\n const base: ImageSourcePolicyProps = {\n profile: \"exploration\",\n prefetch: { x: 1, y: 1, z: 1, t: 0 },\n priorityOrder: [\n \"fallbackVisible\",\n \"visibleCurrent\",\n \"prefetchSpace\",\n \"prefetchTime\",\n \"fallbackBackground\",\n ],\n };\n return createImageSourcePolicy(mergeProps(base, overrides));\n}\n\n/**\n * Creates a loading policy tuned for playing through timepoints.\n *\n * Prefetches twenty timepoints ahead, buffering at the current LOD\n * for smooth playback without reduced quality.\n *\n * @param overrides - Properties merged over.\n */\nexport function createPlaybackPolicy(\n overrides: Partial = {}\n): ImageSourcePolicy {\n const base: ImageSourcePolicyProps = {\n profile: \"playback\",\n prefetch: { x: 0, y: 0, z: 0, t: 20 },\n priorityOrder: [\n \"fallbackVisible\",\n \"visibleCurrent\",\n \"prefetchTime\",\n \"fallbackBackground\",\n \"prefetchSpace\",\n ],\n };\n return createImageSourcePolicy(mergeProps(base, overrides));\n}\n\n/**\n * Creates a loading policy with spatial and temporal prefetching disabled.\n *\n * No spatial or temporal prefetching happens, which minimizes memory\n * use and network traffic for static scenes.\n *\n * @param overrides - Properties merged over.\n */\nexport function createNoPrefetchPolicy(\n overrides: Partial = {}\n): ImageSourcePolicy {\n const base: ImageSourcePolicyProps = {\n profile: \"no-prefetch\",\n prefetch: { x: 0, y: 0, z: 0, t: 0 },\n priorityOrder: [\n \"fallbackVisible\",\n \"visibleCurrent\",\n \"fallbackBackground\",\n \"prefetchSpace\",\n \"prefetchTime\",\n ],\n };\n return createImageSourcePolicy(mergeProps(base, overrides));\n}\n\n/**\n * Creates a loading policy from explicit properties, validating and\n * freezing them. Prefer the profile factories for common cases and use\n * this to build a policy from scratch.\n *\n * @param config - Initialization properties.\n */\nexport function createImageSourcePolicy(\n config: ImageSourcePolicyProps\n): ImageSourcePolicy {\n validatePolicyProps(config);\n\n const prefetch = {\n x: config.prefetch.x,\n y: config.prefetch.y,\n z: config.prefetch.z ?? 0,\n t: config.prefetch.t ?? 0,\n };\n\n const priorityMap: Readonly> = Object.freeze(\n ALL_CATEGORIES.reduce>(\n (acc, cat) => {\n const idx = config.priorityOrder.indexOf(cat);\n acc[cat] = idx;\n return acc;\n },\n {} as Record\n )\n );\n\n const lod = {\n min: config.lod?.min ?? 0,\n max: config.lod?.max ?? Number.MAX_SAFE_INTEGER,\n bias: config.lod?.bias ?? 0.5,\n };\n\n const resolved: ImageSourcePolicy = {\n profile: config.profile ?? \"custom\",\n prefetch,\n priorityOrder: Object.freeze([...config.priorityOrder]),\n priorityMap,\n lod,\n };\n\n return Object.freeze(resolved);\n}\n\nfunction validatePolicyProps(config: ImageSourcePolicyProps) {\n for (const [k, v] of Object.entries(config.prefetch)) {\n if (v === undefined) continue; // z/t may be omitted\n if (v < 0) {\n throw new Error(`prefetch.${k} must be a non-negative number`);\n }\n }\n\n const lod = config.lod;\n if (lod?.min !== undefined && lod?.max !== undefined && lod.min > lod.max) {\n throw new Error(`lod.min must be <= lod.max`);\n }\n\n const order = config.priorityOrder;\n if (\n order.length !== ALL_CATEGORIES.length ||\n new Set(order).size !== order.length\n ) {\n throw new Error(`priorityOrder must include all categories exactly once`);\n }\n}\n\nfunction mergeProps(\n base: ImageSourcePolicyProps,\n overrides: Partial = {}\n): ImageSourcePolicyProps {\n return {\n profile: overrides.profile ?? base.profile,\n prefetch: { ...base.prefetch, ...(overrides.prefetch ?? {}) },\n lod: { ...base.lod, ...(overrides.lod ?? {}) },\n priorityOrder: overrides.priorityOrder ?? base.priorityOrder,\n };\n}\n","import { Color, ColorLike } from \"../math/color\";\nimport { Texture, textureDefaultValueRange } from \"../objects/textures/texture\";\nimport { Logger } from \"../utilities/logger\";\nimport { clamp } from \"../utilities/clamp\";\n\nconst MAX_CHANNELS = 32;\n\nexport type Channel = {\n visible: boolean;\n color: Color;\n contrastLimits: [number, number];\n opacity: number;\n};\n\n/**\n * Appearance settings for a single image channel.\n */\nexport type ChannelProps = {\n /** Whether the channel is drawn. Defaults to `true`. */\n visible?: boolean;\n /** The channel's tint color. Defaults to white. */\n color?: ColorLike;\n /** Intensity range shown. Defaults to the data range. */\n contrastLimits?: [number, number];\n /** Channel opacity in `[0, 1]`. Defaults to `1`. */\n opacity?: number;\n};\n\n/** Layer that exposes channel controls. */\nexport interface ChannelsEnabled {\n channelProps: ChannelProps[] | undefined;\n setChannelProps(channelProps: ChannelProps[]): void;\n resetChannelProps(): void;\n addChannelChangeCallback(callback: () => void): void;\n removeChannelChangeCallback(callback: () => void): void;\n}\n\nexport function validateChannel(\n texture: Texture | null,\n { visible, color, contrastLimits, opacity }: ChannelProps\n): Channel {\n visible ??= true;\n color = color === undefined ? Color.WHITE : Color.from(color);\n opacity = opacity === undefined ? 1 : clamp(opacity, 0, 1);\n\n if (texture !== null) {\n contrastLimits = validateContrastLimits(contrastLimits, texture);\n } else if (contrastLimits === undefined) {\n Logger.debug(\n \"Channel\",\n \"No texture provided, defaulting channel contrast limits to [0, 1].\"\n );\n contrastLimits = [0, 1];\n }\n\n return {\n visible,\n color,\n contrastLimits,\n opacity,\n };\n}\n\nexport function validateChannels(\n texture: Texture | null,\n channelProps: ChannelProps[]\n): Channel[] {\n if (channelProps.length > MAX_CHANNELS) {\n throw new Error(`Maximum number of channels is ${MAX_CHANNELS}`);\n }\n\n return channelProps.map((props) => validateChannel(texture, props));\n}\n\nexport function validateChannelPropsCount(\n channelProps: ChannelProps[] | undefined,\n sourceChannelCount: number\n): void {\n if (channelProps && channelProps.length !== sourceChannelCount) {\n throw new Error(\n `channelProps length (${channelProps.length}) must match ` +\n `source channel count (${sourceChannelCount}).`\n );\n }\n}\n\nfunction validateContrastLimits(\n contrastLimits: [number, number] | undefined,\n texture: Texture\n): [number, number] {\n if (contrastLimits === undefined) {\n return textureDefaultValueRange(texture);\n }\n if (contrastLimits[1] <= contrastLimits[0]) {\n throw new Error(\n `Contrast limits must be strictly increasing: ${contrastLimits}.`\n );\n }\n return contrastLimits;\n}\n","import { Geometry } from \"../../core/geometry\";\n\nexport class PlaneGeometry extends Geometry {\n constructor(\n width: number,\n height: number,\n widthSegments: number,\n heightSegments: number\n ) {\n super();\n const vertex: number[] = [];\n const index: number[] = [];\n\n const gridX = widthSegments;\n const gridY = heightSegments;\n const gridX1 = gridX + 1;\n const gridY1 = gridY + 1;\n const segmentW = width / gridX;\n const segmentH = height / gridY;\n\n for (let iy = 0; iy < gridY1; ++iy) {\n const y = iy * segmentH;\n for (let ix = 0; ix < gridX1; ++ix) {\n const x = ix * segmentW;\n const u = ix / gridX;\n const v = iy / gridY;\n\n const position = [x, y, 0];\n const normals = [0, 0, 1];\n const uvs = [u, v];\n\n vertex.push(...position, ...normals, ...uvs);\n }\n }\n\n for (let iy = 0; iy < gridY; ++iy) {\n for (let ix = 0; ix < gridX; ++ix) {\n const a = ix + gridX1 * iy;\n const b = ix + gridX1 * (iy + 1);\n const c = ix + 1 + gridX1 * (iy + 1);\n const d = ix + 1 + gridX1 * iy;\n\n index.push(a, b, d);\n index.push(b, c, d);\n }\n }\n\n this.vertexData_ = new Float32Array(vertex);\n this.indexData_ = new Uint32Array(index);\n\n this.addAttribute({\n type: \"position\",\n itemSize: 3,\n offset: 0,\n });\n\n this.addAttribute({\n type: \"normal\",\n itemSize: 3,\n offset: 3 * Float32Array.BYTES_PER_ELEMENT,\n });\n\n this.addAttribute({\n type: \"uv\",\n itemSize: 2,\n offset: 6 * Float32Array.BYTES_PER_ELEMENT,\n });\n }\n}\n","import { RenderableObject } from \"../../core/renderable_object\";\nimport { PlaneGeometry } from \"../../objects/geometry/plane_geometry\";\nimport { Texture } from \"../../objects/textures/texture\";\nimport {\n Channel,\n ChannelProps,\n validateChannel,\n validateChannels,\n} from \"../../core/channel\";\nimport { mat4, vec3 } from \"gl-matrix\";\nimport { Shader } from \"../../renderers/shaders\";\n\n/**\n * Initialization properties for constructing an image renderable.\n */\nexport type ImageRenderableProps = {\n /** Width of the image in texels. */\n width: number;\n /** Height of the image in texels. */\n height: number;\n /** The scalar image texture to draw. */\n texture: Texture;\n /** Channel appearance settings. Defaults to `[]`. */\n channelProps?: ChannelProps[];\n};\n\ntype UniformValues = {\n u_color: vec3;\n u_imageSampler: number;\n Opacity: number;\n u_valueOffset: number;\n u_valueScale: number;\n u_worldToTexCoord: mat4;\n};\n\n/**\n * A textured plane that draws one 2D slice of scalar image data.\n *\n * Image renderable maps a scalar texture through a single channel's\n * color, contrast limits, and opacity. {@link ImageLayer} constructs and\n * pools one instance per visible chunk, so most applications never create\n * these directly.\n *\n * @group Renderables\n */\nexport class ImageRenderable extends RenderableObject {\n /**\n * A matrix mapping world space to the texture's normalized coordinate\n * space. Layers derive it from the chunk's offset, scale, and shape.\n */\n public worldToTexCoord: mat4 = mat4.create();\n\n private channels_: Required[];\n\n /**\n * Creates an image renderable drawing the given texture. The texture's\n * data type selects the matching scalar image shader.\n *\n * @param props - Initialization properties.\n */\n constructor({\n width,\n height,\n texture,\n channelProps = [],\n }: ImageRenderableProps) {\n super();\n this.geometry = new PlaneGeometry(width, height, 1, 1);\n this.setTexture(0, texture);\n this.channels_ = validateChannels(texture, channelProps);\n this.programName = textureToShader(texture);\n this.depthProgramName = \"meshDepth\";\n }\n\n /** Identifies the renderable type as `ImageRenderable`. */\n public get type() {\n return \"ImageRenderable\";\n }\n\n /**\n * Replaces the channel appearance settings and revalidates them\n * against the current texture. Only the first entry affects rendering.\n *\n * @param channels - The new channel settings.\n */\n public setChannelProps(channels: ChannelProps[]) {\n this.channels_ = validateChannels(this.textures[0], channels);\n }\n\n /**\n * Updates one property of the channel at the given index and\n * revalidates the channel against the current texture.\n *\n * @param channelIndex - The channel to update.\n * @param property - The property name to set.\n * @param value - The new value.\n */\n public setChannelProperty(\n channelIndex: number,\n property: K,\n value: Required[K]\n ) {\n const newChannel = validateChannel(this.textures[0], {\n ...this.channels_[channelIndex],\n [property]: value,\n });\n\n this.channels_[channelIndex] = newChannel;\n }\n\n /**\n * Returns the sampler, contrast, color, opacity, and world-to-texture\n * uniforms for the scalar image shaders.\n */\n public override getUniforms(): UniformValues {\n const texture = this.textures[0];\n if (!texture) {\n throw new Error(\"No texture set\");\n }\n\n const { color, contrastLimits, opacity } =\n this.channels_[0] ?? validateChannel(texture, {});\n\n return {\n u_imageSampler: 0,\n u_color: color.rgb,\n u_valueOffset: -contrastLimits[0],\n u_valueScale: 1 / (contrastLimits[1] - contrastLimits[0]),\n Opacity: opacity,\n u_worldToTexCoord: this.worldToTexCoord,\n };\n }\n}\n\nfunction textureToShader(texture: Texture): Shader {\n switch (texture.dataType) {\n case \"byte\":\n case \"int\":\n case \"short\":\n return \"intScalarImage\";\n case \"unsigned_short\":\n case \"unsigned_byte\":\n case \"unsigned_int\":\n return \"uintScalarImage\";\n case \"float\":\n return \"floatScalarImage\";\n }\n}\n","import { vec3 } from \"gl-matrix\";\n\nexport class Plane {\n public normal: vec3;\n public signedDistance: number;\n\n constructor(normal: vec3 = vec3.fromValues(0, 1, 0), distance = 0) {\n this.normal = vec3.clone(normal);\n this.signedDistance = distance;\n }\n\n public static fromPointAndNormal(point: vec3, normal: vec3): Plane {\n return new Plane(normal, -vec3.dot(normal, point));\n }\n\n public set(normal: vec3, distance: number) {\n this.normal = vec3.clone(normal);\n this.signedDistance = distance;\n }\n\n public signedDistanceToPoint(point: vec3) {\n // Algebraic convention ax + by + cz + d = 0\n // Negative values mean the point lies opposite the plane's normal\n return vec3.dot(this.normal, point) + this.signedDistance;\n }\n\n public normalize() {\n const len = vec3.length(this.normal);\n if (len > 0) {\n const inv = 1 / len;\n vec3.scale(this.normal, this.normal, inv);\n this.signedDistance *= inv;\n }\n }\n}\n","import { EventContext } from \"../core/event_dispatcher\";\nimport { Ray } from \"../math/ray\";\nimport { Logger } from \"../utilities/logger\";\nimport { vec2, vec3 } from \"gl-matrix\";\n\n/**\n * The result of picking a value from a layer with a click.\n */\nexport type PointPickingResult = {\n /** The picked position in world units. */\n world: vec3;\n /** The data value sampled at the position. */\n value: number;\n};\n\nexport function handlePointPickingEvent(\n event: EventContext,\n pointerDownPos: vec2 | null,\n pickAtRay: (ray: Ray) => Promise<{ world: vec3; value: T } | null>,\n onPickValue?: (info: { world: vec3; value: T }) => void,\n dragThreshold: number = 3\n): vec2 | null {\n switch (event.type) {\n case \"pointerdown\": {\n const e = event.event as PointerEvent;\n return vec2.fromValues(e.clientX, e.clientY);\n }\n\n case \"pointerup\": {\n if (!pointerDownPos) return pointerDownPos;\n\n const e = event.event as PointerEvent;\n const pointerUpPos = vec2.fromValues(e.clientX, e.clientY);\n const dist = vec2.distance(pointerDownPos, pointerUpPos);\n\n if (dist < dragThreshold) {\n if (!onPickValue) return null;\n\n const ray = event.worldRay;\n if (ray) {\n pickAtRay(ray)\n .then((info) => {\n if (info !== null) {\n onPickValue(info);\n }\n })\n .catch((error) => {\n Logger.error(\"PointPicking\", `Failed to read value: ${error}`);\n });\n }\n return null;\n }\n return pointerDownPos;\n }\n\n case \"pointercancel\": {\n return null;\n }\n\n default:\n return pointerDownPos;\n }\n}\n","import { RenderableObject } from \"../core/renderable_object\";\nimport { Logger } from \"./logger\";\n\nexport class RenderablePool {\n private readonly bins_ = new Map();\n\n acquire(key: string) {\n const bin = this.bins_.get(key);\n const item = bin?.pop();\n if (item) {\n Logger.debug(\"RenderablePool\", \"Renderable object acquired\");\n }\n return item;\n }\n\n release(key: string, item: T) {\n let bin = this.bins_.get(key);\n if (!bin) {\n bin = [];\n this.bins_.set(key, bin);\n }\n bin.push(item);\n Logger.debug(\"RenderablePool\", \"Renderable object released\");\n }\n\n clearAll(disposer?: (t: T) => void) {\n if (disposer) for (const bin of this.bins_.values()) bin.forEach(disposer);\n this.bins_.clear();\n }\n}\n","import { BlendMode, Layer } from \"../core/layer\";\nimport { Viewport } from \"../core/viewport\";\nimport { OrthographicCamera } from \"../objects/cameras/orthographic_camera\";\nimport type { IdetikContext } from \"../idetik\";\nimport {\n Chunk,\n ChunkSource,\n SliceCoordinates,\n worldToTexCoordForChunk,\n} from \"../data/chunk\";\nimport {\n AxisComponent,\n SliceAxes,\n SliceOrientation,\n orientationRotation,\n sliceAxesFor,\n} from \"../math/axes\";\nimport { ChunkStoreView, INTERNAL_POLICY_KEY } from \"../data/chunk_store_view\";\nimport {\n createExplorationPolicy,\n ImageSourcePolicy,\n} from \"../core/image_source_policy\";\nimport {\n ChannelProps,\n ChannelsEnabled,\n validateChannelPropsCount,\n} from \"../core/channel\";\nimport { ImageRenderable } from \"../objects/renderable/image_renderable\";\nimport { Color } from \"../math/color\";\nimport { EventContext } from \"../core/event_dispatcher\";\nimport { Plane } from \"../math/plane\";\nimport { Ray } from \"../math/ray\";\nimport { quat, vec2, vec3 } from \"gl-matrix\";\nimport { handlePointPickingEvent, PointPickingResult } from \"./point_picking\";\nimport { clamp } from \"../utilities/clamp\";\nimport { RenderablePool } from \"../utilities/renderable_pool\";\nimport { Texture } from \"../objects/textures/texture\";\n\n/**\n * Initialization properties for constructing an image layer.\n */\nexport type ImageLayerProps = {\n /** The chunked image source to stream from. */\n source: ChunkSource;\n /** The slice to display in world units. */\n sliceCoords: SliceCoordinates;\n /** Streaming policy. Defaults to the exploration policy. */\n policy?: ImageSourcePolicy;\n /** Slice plane orientation. Defaults to `\"XY\"`. */\n orientation?: SliceOrientation;\n /** Per-channel appearance. Length must match the source. */\n channelProps?: ChannelProps[];\n /** Called with the picked value when the layer is clicked. */\n onPickValue?: (info: PointPickingResult) => void;\n /** Layer opacity in `[0, 1]`. Defaults to `1`. */\n opacity?: number;\n /** How the layer blends. Defaults to `\"additive\"`. */\n blendMode?: BlendMode;\n /** Hides content behind. Defaults to `true`. */\n occludes?: boolean;\n};\n\n/**\n * A layer that renders a 2D slice of a chunked multi-channel image source.\n *\n * Image layer streams chunks from a source such as\n * {@link OmeZarrImageSource} according to its streaming policy, which\n * decides which resolution levels and chunks to load for the current view.\n * Per-channel appearance is controlled with {@link ChannelProps} and the\n * visible slice is selected with {@link SliceCoordinates}. The layer holds\n * `sliceCoords` by reference, so mutating the object it was constructed\n * with moves through the data.\n *\n * ```ts\n * const source = await OmeZarrImageSource.fromHttp({ url });\n *\n * const layer = new ImageLayer({\n * source,\n * sliceCoords: { t: 0, z: 0, c: [0, 1] },\n * channelProps: [\n * { color: Color.GREEN, contrastLimits: [0, 1024] },\n * { color: Color.MAGENTA, contrastLimits: [0, 1024] },\n * ],\n * });\n *\n * viewport.addLayer(layer);\n * ```\n *\n * @see {@link VolumeLayer} for 3D volume rendering of the same data.\n *\n * @group Layers\n */\nexport class ImageLayer extends Layer implements ChannelsEnabled {\n /** Identifies the layer type as `ImageLayer`. */\n public readonly type = \"ImageLayer\";\n\n private readonly source_: ChunkSource;\n private readonly sliceCoords_: SliceCoordinates;\n private axes_: SliceAxes;\n private planeRotation_: quat;\n private orientation_: SliceOrientation;\n private readonly onPickValue_?: (info: PointPickingResult) => void;\n private readonly visibleChunks_: Map = new Map();\n private orderedChunks_: Chunk[] = [];\n private readonly pool_ = new RenderablePool();\n private readonly initialChannelProps_?: ChannelProps[];\n private readonly channelChangeCallbacks_: (() => void)[] = [];\n private policy_: ImageSourcePolicy;\n private channelProps_?: ChannelProps[];\n private chunkStoreView_?: ChunkStoreView;\n private context_?: IdetikContext;\n private pointerDownPos_: vec2 | null = null;\n private debugMode_ = false;\n\n private static readonly STALE_PRESENTATION_MS_ = 1000;\n private lastPresentationTimeStamp_?: DOMHighResTimeStamp;\n private lastPresentationTimeCoord_?: number;\n\n private readonly wireframeColors_ = [\n new Color(0.6, 0.3, 0.3),\n new Color(0.3, 0.6, 0.4),\n new Color(0.4, 0.4, 0.7),\n new Color(0.6, 0.5, 0.3),\n ];\n\n /**\n * Creates an image layer for the given source and slice.\n *\n * @param props - Initialization properties.\n */\n constructor({\n source,\n sliceCoords,\n policy,\n orientation,\n channelProps,\n onPickValue,\n ...layerOptions\n }: ImageLayerProps) {\n super({ blendMode: \"additive\", occludes: true, ...layerOptions });\n this.setState(\"initialized\");\n this.source_ = source;\n this.policy_ = policy ?? createExplorationPolicy();\n this.sliceCoords_ = sliceCoords;\n this.orientation_ = orientation ?? \"XY\";\n this.axes_ = sliceAxesFor(this.orientation_);\n this.planeRotation_ = orientationRotation(this.axes_);\n this.channelProps_ = channelProps;\n this.initialChannelProps_ = channelProps;\n this.onPickValue_ = onPickValue;\n }\n\n /** @hidden */\n protected attach(context: IdetikContext) {\n this.context_ = context;\n this.chunkStoreView_ = context.chunkManager.addView(\n this.source_,\n this.policy_,\n this.axes_\n );\n\n validateChannelPropsCount(\n this.channelProps_,\n this.chunkStoreView_.channelCount\n );\n }\n\n /** @hidden */\n protected detach(_context: IdetikContext) {\n this.releaseAndRemoveChunks(this.visibleChunks_.keys());\n this.orderedChunks_ = [];\n this.clearObjects();\n this.chunkStoreView_?.dispose();\n this.chunkStoreView_ = undefined;\n this.context_ = undefined;\n }\n\n /**\n * Streams chunks for the current view and refreshes the visible slice.\n *\n * @param viewport - The viewport being rendered.\n */\n public update(viewport?: Viewport) {\n if (!viewport || !this.chunkStoreView_) return;\n\n const camera = viewport.camera;\n\n // non-orthographic viewports have no world-space view rect, so we load the\n // whole slice plane and pick LOD as if it spanned the viewport. stopgap\n // until view-dependent LOD selection and culling work under perspective.\n const worldViewRect =\n camera.type === \"OrthographicCamera\"\n ? (camera as OrthographicCamera).getWorldViewRect()\n : this.chunkStoreView_.getWholePlaneRect();\n\n this.chunkStoreView_.updateChunksForImage(this.sliceCoords_, {\n worldViewRect,\n bufferWidthPx: viewport.getBufferRect().width,\n });\n\n this.updateChunks();\n\n for (const [chunk, imageRenderable] of this.visibleChunks_) {\n this.updateSlicePosition(imageRenderable, chunk);\n }\n }\n\n /** The slice plane the layer displays. */\n public get orientation(): SliceOrientation {\n return this.orientation_;\n }\n\n /**\n * Changes the slice orientation at runtime. Visible renderables are\n * rebuilt for the new plane and chunks already resident in the shared\n * cache are reused.\n *\n * @param orientation - The new slice plane.\n */\n public setOrientation(orientation: SliceOrientation) {\n if (orientation === this.orientation_) {\n return;\n }\n\n this.releaseAndRemoveChunks(this.visibleChunks_.keys());\n this.orderedChunks_ = [];\n this.clearObjects();\n this.chunkStoreView_?.dispose();\n this.lastPresentationTimeStamp_ = undefined;\n this.lastPresentationTimeCoord_ = undefined;\n this.orientation_ = orientation;\n this.axes_ = sliceAxesFor(orientation);\n this.planeRotation_ = orientationRotation(this.axes_);\n\n if (!this.context_) {\n return;\n }\n\n this.chunkStoreView_ = this.context_.chunkManager.addView(\n this.source_,\n this.policy_,\n this.axes_\n );\n }\n\n private updateChunks() {\n if (!this.chunkStoreView_) return;\n if (this.state !== \"ready\") this.setState(\"ready\");\n\n const visibleChunksResident = Array.from(this.visibleChunks_.keys()).every(\n (chunk) => chunk.texture !== undefined\n );\n\n if (\n this.visibleChunks_.size > 0 &&\n visibleChunksResident &&\n !this.chunkStoreView_.allVisibleFallbackLODLoaded() &&\n !this.isPresentationStale()\n ) {\n return;\n }\n this.lastPresentationTimeStamp_ = performance.now();\n this.lastPresentationTimeCoord_ = this.sliceCoords_.t;\n\n const orderedByLOD = this.chunkStoreView_.getChunksToRender();\n const current = new Set(orderedByLOD);\n const nonVisibleChunks = Array.from(this.visibleChunks_.keys()).filter(\n (chunk) => !current.has(chunk)\n );\n this.releaseAndRemoveChunks(nonVisibleChunks);\n\n for (const chunk of orderedByLOD) {\n this.visibleChunks_.set(\n chunk,\n this.getImageForChunk(chunk, chunk.texture!)\n );\n }\n this.orderedChunks_ = orderedByLOD;\n this.rebuildRenderGroups();\n }\n\n private rebuildRenderGroups() {\n this.clearObjects();\n for (const chunk of this.orderedChunks_) {\n const image = this.visibleChunks_.get(chunk);\n const channel = chunk.chunkIndex.c;\n if (\n image === undefined ||\n this.channelProps_?.[channel]?.visible === false\n )\n continue;\n this.addObject(image, channel);\n }\n }\n\n /** The `t` coordinate of the most recently presented slice. */\n public get lastPresentationTimeCoord(): number | undefined {\n return this.lastPresentationTimeCoord_;\n }\n\n private isPresentationStale(): boolean {\n if (this.lastPresentationTimeStamp_ === undefined) return false;\n return (\n performance.now() - this.lastPresentationTimeStamp_ >\n ImageLayer.STALE_PRESENTATION_MS_\n );\n }\n\n /**\n * Handles click picking for `onPickValue`. Called automatically for\n * each pointer event.\n *\n * @param event - The event with clip and world coordinates attached.\n */\n public onEvent(event: EventContext) {\n this.pointerDownPos_ = handlePointPickingEvent(\n event,\n this.pointerDownPos_,\n (ray) => this.pickAtRay(ray),\n this.onPickValue_\n );\n }\n\n private async pickAtRay(ray: Ray): Promise {\n const firstChunk = this.visibleChunks_.values().next();\n if (firstChunk.done) return null;\n\n const transform = firstChunk.value.transform;\n const planeNormal = vec3.transformQuat(\n vec3.create(),\n vec3.fromValues(0, 0, 1),\n transform.rotation\n );\n\n const plane = Plane.fromPointAndNormal(transform.translation, planeNormal);\n const world = ray.intersectWithPlane(plane);\n if (!world) return null;\n\n const value = await this.getValueAtWorld(world);\n if (value === null) return null;\n\n return { world, value };\n }\n\n // exposed for use in chunk info overlay\n /** The layer's chunk store view for diagnostic overlays. */\n public get chunkStoreView(): ChunkStoreView | undefined {\n return this.chunkStoreView_;\n }\n\n /**\n * The slice coordinates the layer displays. This is the object passed\n * at construction and may be mutated to move through the data.\n */\n public get sliceCoords(): SliceCoordinates {\n return this.sliceCoords_;\n }\n\n /** The chunked image source the layer streams from. */\n public get source(): ChunkSource {\n return this.source_;\n }\n\n /**\n * The streaming policy in effect. Assign a new policy to reschedule\n * loading at runtime, for example when switching between exploration\n * and playback.\n */\n public get imageSourcePolicy(): Readonly {\n return this.policy_;\n }\n\n /** @param newPolicy - The policy to apply. */\n public set imageSourcePolicy(newPolicy: ImageSourcePolicy) {\n if (this.policy_ !== newPolicy) {\n this.policy_ = newPolicy;\n if (this.chunkStoreView_) {\n this.chunkStoreView_.setImageSourcePolicy(\n newPolicy,\n INTERNAL_POLICY_KEY\n );\n }\n }\n }\n\n private getImageForChunk(chunk: Chunk, texture: Texture) {\n const existing = this.visibleChunks_.get(chunk);\n if (existing) return existing;\n\n const pooled = this.pool_.acquire(\n poolKeyForImageRenderable(chunk, this.axes_)\n );\n if (pooled) {\n pooled.setTexture(0, texture);\n pooled.setChannelProps(this.getChannelPropsForChunk(chunk));\n this.updateImageChunk(pooled, chunk);\n return pooled;\n }\n\n return this.createImage(chunk, texture);\n }\n\n private getChannelPropsForChunk(chunk: Chunk): ChannelProps[] {\n if (!this.channelProps_) return [{}];\n return [this.channelProps_[chunk.chunkIndex.c] ?? {}];\n }\n\n private createImage(chunk: Chunk, texture: Texture) {\n const image = new ImageRenderable({\n width: chunk.shape[this.axes_.u],\n height: chunk.shape[this.axes_.v],\n texture,\n channelProps: this.getChannelPropsForChunk(chunk),\n });\n this.updateImageChunk(image, chunk);\n return image;\n }\n\n private updateSlicePosition(image: ImageRenderable, chunk: Chunk) {\n const { u, v, w } = this.axes_;\n const translation = vec3.create();\n translation[AxisComponent[u]] = chunk.offset[u];\n translation[AxisComponent[v]] = chunk.offset[v];\n translation[AxisComponent[w]] = this.sliceCoords_[w] ?? chunk.offset[w];\n image.transform.setTranslation(translation);\n }\n\n private sliceIndexForChunk(chunk: Chunk): number {\n const w = this.axes_.w;\n const sliceValue = this.sliceCoords_[w];\n\n if (sliceValue === undefined) {\n return 0;\n }\n\n const local = (sliceValue - chunk.offset[w]) / chunk.scale[w];\n return clamp(Math.round(local), 0, chunk.shape[w] - 1);\n }\n\n private updateImageChunk(image: ImageRenderable, chunk: Chunk) {\n if (this.debugMode_) {\n image.wireframeEnabled = true;\n image.wireframeColor =\n this.wireframeColors_[chunk.lod % this.wireframeColors_.length];\n } else {\n image.wireframeEnabled = false;\n }\n const { u, v } = this.axes_;\n image.transform.setScale([chunk.scale[u], chunk.scale[v], 1]);\n image.transform.setRotation(this.planeRotation_);\n this.updateSlicePosition(image, chunk);\n image.worldToTexCoord = worldToTexCoordForChunk(chunk, this.axes_);\n }\n\n /**\n * Reads the data value at a world position from the resident chunks.\n * Prefers the current level of detail and falls back to other resident\n * levels.\n *\n * @param world - The world-space position to sample.\n * @returns The sampled value or `null` if no resident chunk covers it.\n */\n public async getValueAtWorld(world: vec3): Promise {\n const currentLOD = this.chunkStoreView_?.currentLOD ?? 0;\n\n for (const preferCurrentLOD of [true, false]) {\n for (const [chunk, image] of this.visibleChunks_) {\n if ((chunk.lod === currentLOD) !== preferCurrentLOD) continue;\n const value = await this.readValueFromChunk(chunk, image, world);\n if (value !== null) return value;\n }\n }\n return null;\n }\n\n private async readValueFromChunk(\n chunk: Chunk,\n image: ImageRenderable,\n world: vec3\n ): Promise {\n const localPos = vec3.transformMat4(\n vec3.create(),\n world,\n image.transform.inverse\n );\n\n const { u, v, w } = this.axes_;\n const uIdx = Math.floor(localPos[0]);\n const vIdx = Math.floor(localPos[1]);\n\n if (\n uIdx < 0 ||\n uIdx >= chunk.shape[u] ||\n vIdx < 0 ||\n vIdx >= chunk.shape[v]\n ) {\n return null;\n }\n\n const texel = { x: 0, y: 0, z: 0 };\n texel[u] = uIdx;\n texel[v] = vIdx;\n texel[w] = this.sliceIndexForChunk(chunk);\n return (\n (await image.textures[0].readTexel?.(texel.x, texel.y, texel.z)) ?? null\n );\n }\n\n /** Whether chunk wireframes are drawn colored by level of detail. */\n public get debugMode(): boolean {\n return this.debugMode_;\n }\n\n /** @param debug - Whether to draw chunk wireframes. */\n public set debugMode(debug: boolean) {\n this.debugMode_ = debug;\n this.visibleChunks_.forEach((image, chunk) => {\n image.wireframeEnabled = this.debugMode_;\n if (this.debugMode_) {\n image.wireframeColor =\n this.wireframeColors_[chunk.lod % this.wireframeColors_.length];\n }\n });\n }\n\n /** The current per-channel appearance settings. */\n public get channelProps(): ChannelProps[] | undefined {\n return this.channelProps_;\n }\n\n /**\n * Applies new per-channel appearance settings to all visible chunks\n * and notifies channel change callbacks.\n *\n * @param channelProps - One entry per source channel.\n */\n public setChannelProps(channelProps: ChannelProps[]) {\n this.channelProps_ = channelProps;\n this.visibleChunks_.forEach((image, chunk) => {\n image.setChannelProps(this.getChannelPropsForChunk(chunk));\n });\n this.rebuildRenderGroups();\n this.channelChangeCallbacks_.forEach((callback) => {\n callback();\n });\n }\n\n /** Restores the channel settings passed at construction. */\n public resetChannelProps(): void {\n if (this.initialChannelProps_ !== undefined) {\n this.setChannelProps(this.initialChannelProps_);\n }\n }\n\n /**\n * Registers a callback invoked after every channel settings change.\n *\n * @param callback - The callback to add.\n */\n public addChannelChangeCallback(callback: () => void): void {\n this.channelChangeCallbacks_.push(callback);\n }\n\n /**\n * Removes a previously registered channel change callback.\n *\n * @param callback - The callback to remove.\n */\n public removeChannelChangeCallback(callback: () => void): void {\n const index = this.channelChangeCallbacks_.indexOf(callback);\n if (index === -1) {\n throw new Error(`Callback to remove could not be found: ${callback}`);\n }\n this.channelChangeCallbacks_.splice(index, 1);\n }\n\n private releaseAndRemoveChunks(chunks: Iterable): void {\n for (const chunk of chunks) {\n const image = this.visibleChunks_.get(chunk);\n if (image) {\n this.pool_.release(poolKeyForImageRenderable(chunk, this.axes_), image);\n this.visibleChunks_.delete(chunk);\n }\n }\n }\n}\n\nexport function poolKeyForImageRenderable(chunk: Chunk, axes: SliceAxes) {\n return [\n `plane${axes.u}${axes.v}`,\n `lod${chunk.lod}`,\n `shape${chunk.shape.x}x${chunk.shape.y}x${chunk.shape.z}`,\n `align${chunk.rowAlignmentBytes}`,\n ].join(\":\");\n}\n","import { Geometry } from \"../../core/geometry\";\n\ntype Axis = \"x\" | \"y\" | \"z\";\ntype Vec3Obj = Record;\n\nexport class BoxGeometry extends Geometry {\n constructor(\n width: number,\n height: number,\n depth: number,\n widthSegments: number,\n heightSegments: number,\n depthSegments: number\n ) {\n super();\n\n const vertex: number[] = [];\n const index: number[] = [];\n\n const wSeg = Math.floor(widthSegments);\n const hSeg = Math.floor(heightSegments);\n const dSeg = Math.floor(depthSegments);\n\n // prettier-ignore\n {\n this.buildFace(\"z\", \"y\", \"x\", -1, -1, depth, height, width, dSeg, hSeg, +1, vertex, index); // +X\n this.buildFace(\"z\", \"y\", \"x\", +1, -1, depth, height, width, dSeg, hSeg, -1, vertex, index); // -X\n this.buildFace(\"x\", \"z\", \"y\", +1, +1, width, depth, height, wSeg, dSeg, +1, vertex, index); // +Y\n this.buildFace(\"x\", \"z\", \"y\", +1, -1, width, depth, height, wSeg, dSeg, -1, vertex, index); // -Y\n this.buildFace(\"x\", \"y\", \"z\", +1, -1, width, height, depth, wSeg, hSeg, +1, vertex, index); // +Z\n this.buildFace(\"x\", \"y\", \"z\", -1, -1, width, height, depth, wSeg, hSeg, -1, vertex, index); // -Z\n }\n\n this.vertexData_ = new Float32Array(vertex);\n this.indexData_ = new Uint32Array(index);\n\n this.addAttribute({\n type: \"position\",\n itemSize: 3,\n offset: 0,\n });\n\n this.addAttribute({\n type: \"normal\",\n itemSize: 3,\n offset: 3 * Float32Array.BYTES_PER_ELEMENT,\n });\n\n this.addAttribute({\n type: \"uv\",\n itemSize: 2,\n offset: 6 * Float32Array.BYTES_PER_ELEMENT,\n });\n }\n\n private buildFace(\n axisU: Axis,\n axisV: Axis,\n axisW: Axis,\n udir: number,\n vdir: number,\n faceWidth: number,\n faceHeight: number,\n faceDepth: number,\n gridX: number,\n gridY: number,\n wdir: number,\n vertex: number[],\n index: number[]\n ) {\n const segmentWidth = faceWidth / gridX;\n const segmentHeight = faceHeight / gridY;\n\n const widthHalf = faceWidth / 2;\n const heightHalf = faceHeight / 2;\n const depthHalf = (faceDepth / 2) * wdir;\n\n const gridX1 = gridX + 1;\n const gridY1 = gridY + 1;\n\n const vertexPosition = vertex.length / 8;\n\n for (let iy = 0; iy < gridY1; iy++) {\n const vy = -heightHalf + iy * segmentHeight;\n for (let ix = 0; ix < gridX1; ix++) {\n const vx = -widthHalf + ix * segmentWidth;\n\n const position: Vec3Obj = { x: 0, y: 0, z: 0 };\n position[axisU] = vx * udir;\n position[axisV] = vy * vdir;\n position[axisW] = depthHalf;\n\n const normal: Vec3Obj = { x: 0, y: 0, z: 0 };\n normal[axisW] = wdir;\n\n const u = ix / gridX;\n const v = 1 - iy / gridY;\n\n vertex.push(\n position.x,\n position.y,\n position.z,\n normal.x,\n normal.y,\n normal.z,\n u,\n v\n );\n }\n }\n\n for (let iy = 0; iy < gridY; iy++) {\n for (let ix = 0; ix < gridX; ix++) {\n const a = vertexPosition + ix + gridX1 * iy;\n const b = vertexPosition + ix + gridX1 * (iy + 1);\n const c = vertexPosition + (ix + 1) + gridX1 * (iy + 1);\n const d = vertexPosition + (ix + 1) + gridX1 * iy;\n index.push(a, b, d, b, c, d);\n }\n }\n }\n}\n","import type { Shader } from \"../../renderers/shaders\";\nimport { RenderableObject } from \"../../core/renderable_object\";\nimport { BoxGeometry } from \"../geometry/box_geometry\";\nimport { type Texture, TextureDataType } from \"../textures/texture\";\nimport {\n Channel,\n ChannelProps,\n validateChannel,\n validateChannels,\n} from \"../../core/channel\";\nimport { vec3 } from \"gl-matrix\";\nimport type { Chunk } from \"../../data/chunk\";\n\n/**\n * Initialization properties for constructing a volume renderable.\n */\nexport type VolumeRenderableProps = {\n /** Channel appearance settings. Defaults to `[]`. */\n channelProps?: ChannelProps[];\n};\n\n/**\n * A ray-marched box that draws multi-channel volumetric data.\n *\n * The renderable draws a unit box and ray marches through 3D chunk\n * textures in the fragment shader. Up to 4 channels blend in a single\n * pass and all loaded channels must share one texture data type. Front\n * faces are culled and depth testing is off by default.\n * {@link VolumeLayer} constructs and pools one instance per spatial chunk\n * group, streams chunk textures in with {@link updateVolumeWithChunk},\n * and sizes the box through the transform.\n *\n * @group Renderables\n */\nexport class VolumeRenderable extends RenderableObject {\n /**\n * World size of a voxel along each axis. Layers set it from the chunk\n * scale so ray march steps account for anisotropic voxels. Defaults to\n * `[1, 1, 1]`.\n */\n public voxelScale: vec3 = vec3.fromValues(1, 1, 1);\n\n private channels_: Required[];\n private loadedChannels_: Set = new Set();\n\n private readonly channelToTextureIndex_: Map = new Map();\n\n /**\n * Creates an empty volume renderable.\n *\n * @param props - Initialization properties.\n */\n constructor({ channelProps = [] }: VolumeRenderableProps = {}) {\n super();\n this.geometry = new BoxGeometry(1, 1, 1, 1, 1, 1);\n this.cullFaceMode = \"front\";\n this.depthTest = false;\n this.channels_ = [];\n this.setChannelProps(channelProps);\n }\n\n /** Identifies the renderable type as `VolumeRenderable`. */\n public get type() {\n return \"VolumeRenderable\";\n }\n\n /**\n * Loads or refreshes the texture for the chunk's channel. The channel\n * index comes from the chunk and the texture's data type selects the\n * volume shader, so every channel must share one data type. Chunks\n * without a texture are ignored.\n *\n * @param chunk - The chunk holding the channel texture.\n */\n public updateVolumeWithChunk(chunk: Chunk): void {\n if (!chunk.texture) return;\n\n const channelIndex = chunk.chunkIndex.c;\n\n const textureIndex = this.channelToTextureIndex_.get(channelIndex);\n if (textureIndex !== undefined) {\n this.updateChannelTexture(textureIndex, chunk.texture);\n } else {\n this.addChannelTexture(channelIndex, chunk.texture);\n }\n\n this.loadedChannels_.add(channelIndex);\n }\n\n private addChannelTexture(channelIndex: number, texture: Texture): void {\n const textureIndex = this.textures.length;\n\n this.setTexture(textureIndex, texture);\n this.channelToTextureIndex_.set(channelIndex, textureIndex);\n\n const newProgramName = dataTypeToVolumeShader(texture.dataType);\n if (this.programName && this.programName !== newProgramName) {\n throw new Error(\n `Volume renderable does not support multiple channels with different data types. Existing program: ${this.programName}, new channel data type: ${texture.dataType} and program: ${newProgramName}`\n );\n }\n\n this.programName = newProgramName;\n }\n\n private updateChannelTexture(textureIndex: number, texture: Texture): void {\n this.setTexture(textureIndex, texture);\n }\n\n /**\n * Marks all channels as not loaded so they stop rendering until the\n * next chunk update. The textures themselves are kept.\n */\n public clearLoadedChannels() {\n this.loadedChannels_ = new Set();\n }\n\n /**\n * Clears all textures and channel state so the renderable can be\n * pooled and reused for another chunk.\n */\n public reset() {\n this.clearTextures();\n this.channelToTextureIndex_.clear();\n this.clearLoadedChannels();\n }\n\n /**\n * Returns per-channel sampler, color, contrast, opacity, and\n * visibility uniforms for up to 4 loaded channels plus the voxel\n * scale.\n */\n public override getUniforms(): Record {\n const loadedAndVisibleTextures = [0, 0, 0, 0];\n // prettier-ignore\n const colors = [\n 1, 1, 1,\n 1, 1, 1,\n 1, 1, 1,\n 1, 1, 1,\n ]\n const valueOffset = [0, 0, 0, 0];\n const valueScale = [1, 1, 1, 1];\n const channelOpacity = [1, 1, 1, 1];\n const samplerUniforms: number[] = [];\n\n // Allow to render without channel props specified\n const numTotalChannels = Math.max(\n this.channels_.length,\n this.channelToTextureIndex_.size\n );\n\n for (let i = 0; i < numTotalChannels && samplerUniforms.length < 4; i++) {\n const textureIndex = this.channelToTextureIndex_.get(i);\n if (textureIndex === undefined || !this.loadedChannels_.has(i)) continue;\n\n const texture = this.textures[textureIndex];\n const channel = validateChannel(texture, this.channels_[i] || {});\n if (!channel.visible) continue;\n\n const k = samplerUniforms.length;\n colors[k * 3] = channel.color.rgb[0];\n colors[k * 3 + 1] = channel.color.rgb[1];\n colors[k * 3 + 2] = channel.color.rgb[2];\n\n samplerUniforms.push(textureIndex);\n valueOffset[k] = -channel.contrastLimits[0];\n valueScale[k] =\n 1 / (channel.contrastLimits[1] - channel.contrastLimits[0]);\n loadedAndVisibleTextures[k] = 1;\n\n channelOpacity[k] = channel.opacity;\n }\n\n return samplerUniforms.reduce>(\n (uniforms, textureIndex, i) => {\n uniforms[`u_channel${i}Sampler`] = textureIndex;\n return uniforms;\n },\n {\n u_visible: loadedAndVisibleTextures,\n \"u_color[0]\": colors,\n u_valueOffset: valueOffset,\n u_valueScale: valueScale,\n u_channelOpacity: channelOpacity,\n u_voxelScale: [\n this.voxelScale[0],\n this.voxelScale[1],\n this.voxelScale[2],\n ],\n }\n );\n }\n\n /**\n * Get an available texture for a channel. If desiredChannelIndex is provided, it will try to return the texture for that channel index. If that texture is not available, or no desiredChannelIndex is passed, return the first available channel texture. This is used to determine which texture to use when updating channel properties, since channel properties can be updated even if the channel's texture hasn't been loaded yet. If no textures are available, it returns null, which signals that default contrast limits should be used when validating the channel properties.\n */\n private getAvailableChannelTexture(\n desiredChannelIndex?: number\n ): Texture | null {\n if (desiredChannelIndex !== undefined) {\n const textureIndex = this.channelToTextureIndex_.get(desiredChannelIndex);\n if (textureIndex !== undefined) return this.textures[textureIndex];\n }\n\n const firstTextureIndex = this.channelToTextureIndex_.values().next().value;\n return firstTextureIndex !== undefined\n ? this.textures[firstTextureIndex]\n : null;\n }\n\n /**\n * Replaces the appearance settings for all channels.\n *\n * @param channels - The new channel settings.\n */\n public setChannelProps(channels: ChannelProps[]) {\n this.channels_ = validateChannels(\n this.getAvailableChannelTexture(),\n channels\n );\n }\n\n /**\n * Updates one property of the channel at the given index and\n * revalidates it against the channel's texture when available.\n *\n * @param channelIndex - The channel to update.\n * @param property - The property name to set.\n * @param value - The new value.\n */\n public setChannelProperty(\n channelIndex: number,\n property: K,\n value: Required[K]\n ) {\n const newChannel = validateChannel(\n this.getAvailableChannelTexture(channelIndex),\n {\n ...this.channels_[channelIndex],\n [property]: value,\n }\n );\n\n this.channels_[channelIndex] = newChannel;\n }\n}\n\nfunction dataTypeToVolumeShader(dataType: TextureDataType): Shader {\n switch (dataType) {\n case \"byte\":\n case \"int\":\n case \"short\":\n return \"intVolume\";\n case \"unsigned_short\":\n case \"unsigned_byte\":\n case \"unsigned_int\":\n return \"uintVolume\";\n case \"float\":\n return \"floatVolume\";\n }\n}\n","import { Chunk, ChunkSource, SliceCoordinates } from \"../data/chunk\";\nimport { Layer } from \"../core/layer\";\nimport { Camera } from \"../objects/cameras/camera\";\nimport { Viewport } from \"../core/viewport\";\nimport { VolumeRenderable } from \"../objects/renderable/volume_renderable\";\nimport { IdetikContext } from \"../idetik\";\nimport { ChunkStoreView, INTERNAL_POLICY_KEY } from \"../data/chunk_store_view\";\nimport {\n createExplorationPolicy,\n ImageSourcePolicy,\n} from \"../core/image_source_policy\";\nimport { RenderablePool } from \"../utilities/renderable_pool\";\nimport { vec3 } from \"gl-matrix\";\nimport {\n ChannelProps,\n ChannelsEnabled,\n validateChannelPropsCount,\n} from \"../core/channel\";\n\n/**\n * Initialization properties for constructing a volume layer.\n */\nexport type VolumeLayerProps = {\n /** The chunked image source to stream from. */\n source: ChunkSource;\n /** Selects `t` and `c`. Spatial axes are ignored. */\n sliceCoords: SliceCoordinates;\n /** Streaming policy. Defaults to the exploration policy. */\n policy?: ImageSourcePolicy;\n /** Per-channel appearance. Length must match the source. */\n channelProps?: ChannelProps[];\n};\n\nconst INTERACTIVE_STEP_SIZE_SCALE = 2.0;\n\n/**\n * A layer that renders a chunked multi-channel image source as a 3D\n * volume.\n *\n * Volume layer ray marches the loaded chunks with premultiplied blending\n * and composites all visible channels in a single pass. The volume renders\n * at a single level of detail taken from the policy's `lod.min`, so pin\n * one with the policy when constructing the layer. While the camera moves\n * the ray march step size is doubled to keep interaction responsive.\n *\n * ```ts\n * const source = await OmeZarrImageSource.fromHttp({ url });\n *\n * const layer = new VolumeLayer({\n * source,\n * sliceCoords: { t: 0, c: undefined },\n * policy: createExplorationPolicy({ lod: { min: 2, max: 2 } }),\n * channelProps: [\n * { color: \"#00ffff\", contrastLimits: [300, 1500] },\n * { color: \"#ff00ff\", contrastLimits: [75, 500] },\n * ],\n * });\n *\n * viewport.addLayer(layer);\n * ```\n *\n * @see {@link ImageLayer} for 2D slicing of the same data.\n *\n * @group Layers\n */\nexport class VolumeLayer extends Layer implements ChannelsEnabled {\n /** Identifies the layer type as `VolumeLayer`. */\n public readonly type = \"VolumeLayer\";\n\n /** Highlights rays of zero length for debugging. Defaults to `false`. */\n public debugShowDegenerateRays = false;\n\n /** Ray march step size relative to voxel size. Defaults to `1`. */\n public relativeStepSize = 1.0;\n\n /** Scales sample opacity during compositing. Defaults to `1`. */\n public opacityMultiplier = 1.0;\n\n /** Alpha where a ray stops early. Defaults to `0.99`. */\n public earlyTerminationAlpha = 0.99;\n\n /** Volume ray marching reads scene depth to composite with occluding layers. */\n protected override requiresSceneDepth_ = true;\n\n private readonly source_: ChunkSource;\n private readonly sliceCoords_: SliceCoordinates;\n private readonly currentVolumes_: Map = new Map();\n private readonly volumeToPoolKey_: Map = new Map();\n private readonly pool_ = new RenderablePool();\n private readonly initialChannelProps_?: ChannelProps[];\n private readonly channelChangeCallbacks_: Array<() => void> = [];\n private policy_: ImageSourcePolicy;\n private chunkStoreView_?: ChunkStoreView;\n private channelProps_?: ChannelProps[];\n\n private lastLoadedTime_: number | undefined = undefined;\n private lastNumRenderedChannelChunks_: number | undefined = undefined;\n private interactiveStepSizeScale_ = 1.0;\n\n // TODO: Make a debug config object to manage debug options\n private debugShowWireframes_ = false;\n\n /** Whether chunk bounding wireframes are drawn for debugging. */\n public get debugShowWireframes() {\n return this.debugShowWireframes_;\n }\n\n /** @param value - Whether to draw chunk wireframes. */\n public set debugShowWireframes(value: boolean) {\n if (this.debugShowWireframes_ === value) return;\n for (const volume of this.currentVolumes_.values()) {\n volume.wireframeEnabled = value;\n }\n this.debugShowWireframes_ = value;\n }\n\n /**\n * Sets the streaming policy at runtime and reschedules loading. The\n * volume renders the level of detail given by the policy's `lod.min`.\n *\n * @param newPolicy - The policy to apply.\n */\n public set imageSourcePolicy(newPolicy: ImageSourcePolicy) {\n if (this.policy_ !== newPolicy) {\n this.policy_ = newPolicy;\n if (this.chunkStoreView_) {\n this.chunkStoreView_.setImageSourcePolicy(\n newPolicy,\n INTERNAL_POLICY_KEY\n );\n }\n }\n }\n\n /**\n * Applies new per-channel appearance settings to all visible volumes\n * and notifies channel change callbacks.\n *\n * @param channelProps - One entry per source channel.\n */\n public setChannelProps(channelProps: ChannelProps[]) {\n this.channelProps_ = channelProps;\n for (const volume of this.currentVolumes_.values()) {\n volume.setChannelProps(channelProps);\n }\n this.channelChangeCallbacks_.forEach((callback) => {\n callback();\n });\n }\n\n /** The current per-channel appearance settings. */\n public get channelProps(): ChannelProps[] | undefined {\n return this.channelProps_;\n }\n\n /** Restores the channel settings passed at construction. */\n public resetChannelProps(): void {\n if (this.initialChannelProps_ !== undefined) {\n this.setChannelProps(this.initialChannelProps_);\n }\n }\n\n /**\n * Registers a callback invoked after every channel settings change.\n *\n * @param callback - The callback to add.\n */\n public addChannelChangeCallback(callback: () => void): void {\n this.channelChangeCallbacks_.push(callback);\n }\n\n /**\n * Removes a previously registered channel change callback.\n *\n * @param callback - The callback to remove.\n */\n public removeChannelChangeCallback(callback: () => void): void {\n const index = this.channelChangeCallbacks_.indexOf(callback);\n if (index === -1) {\n throw new Error(`Callback to remove could not be found: ${callback}`);\n }\n this.channelChangeCallbacks_.splice(index, 1);\n }\n\n /**\n * Creates a volume layer for the given source.\n *\n * @param props - Initialization properties.\n */\n constructor({ source, sliceCoords, policy, channelProps }: VolumeLayerProps) {\n super({ blendMode: \"premultipliedOver\" });\n this.source_ = source;\n this.sliceCoords_ = sliceCoords;\n this.policy_ = policy ?? createExplorationPolicy();\n this.initialChannelProps_ = channelProps;\n this.channelProps_ = channelProps;\n this.setState(\"initialized\");\n }\n\n private getOrCreateVolume(key: string, chunks: Chunk[]): VolumeRenderable {\n const existing = this.currentVolumes_.get(key);\n if (existing) {\n for (const chunk of chunks) existing.updateVolumeWithChunk(chunk);\n return existing;\n }\n\n const poolKey = poolKeyForChunk(chunks[0]);\n const volume = this.pool_.acquire(poolKey) ?? new VolumeRenderable();\n volume.setChannelProps(this.channelProps_ ?? []);\n this.volumeToPoolKey_.set(volume, poolKey);\n\n for (const chunk of chunks) volume.updateVolumeWithChunk(chunk);\n this.updateVolumeTransform(volume, chunks[0]);\n return volume;\n }\n\n /** @hidden */\n protected attach(context: IdetikContext) {\n this.chunkStoreView_ = context.chunkManager.addView(\n this.source_,\n this.policy_\n );\n\n validateChannelPropsCount(\n this.channelProps_,\n this.chunkStoreView_.channelCount\n );\n }\n\n /** @hidden */\n protected detach(_context: IdetikContext) {\n for (const volume of this.currentVolumes_.values()) {\n this.releaseAndRemoveVolume(volume);\n }\n this.currentVolumes_.clear();\n this.clearObjects();\n this.chunkStoreView_?.dispose();\n this.chunkStoreView_ = undefined;\n }\n\n private updateChunks() {\n if (!this.chunkStoreView_) return;\n if (this.state !== \"ready\") this.setState(\"ready\");\n\n const chunksToRender = this.chunkStoreView_.getChunksToRender();\n const currentTime = this.sliceCoords_.t ?? -1;\n const groupedChunks = groupBySpatialIndex(chunksToRender);\n\n const needsUpdate =\n this.lastLoadedTime_ !== currentTime ||\n groupedChunks.size !== this.currentVolumes_.size ||\n this.lastNumRenderedChannelChunks_ !== chunksToRender.length;\n if (!needsUpdate) return;\n\n for (const [key, volume] of this.currentVolumes_) {\n if (!groupedChunks.has(key)) {\n this.releaseAndRemoveVolume(volume);\n this.currentVolumes_.delete(key);\n }\n }\n\n for (const [key, chunks] of groupedChunks) {\n const volume = this.getOrCreateVolume(key, chunks);\n volume.wireframeEnabled = this.debugShowWireframes;\n this.currentVolumes_.set(key, volume);\n }\n\n this.lastLoadedTime_ = currentTime;\n this.lastNumRenderedChannelChunks_ = chunksToRender.length;\n }\n\n private updateVolumeTransform(volume: VolumeRenderable, chunk: Chunk) {\n const worldSize = {\n x: chunk.shape.x * chunk.scale.x,\n y: chunk.shape.y * chunk.scale.y,\n z: chunk.shape.z * chunk.scale.z,\n };\n volume.transform.setScale([worldSize.x, worldSize.y, worldSize.z]);\n vec3.set(volume.voxelScale, chunk.scale.x, chunk.scale.y, chunk.scale.z);\n const originOffset = {\n x: (chunk.shape.x * chunk.scale.x) / 2,\n y: (chunk.shape.y * chunk.scale.y) / 2,\n z: (chunk.shape.z * chunk.scale.z) / 2,\n };\n volume.transform.setTranslation([\n chunk.offset.x + originOffset.x,\n chunk.offset.y + originOffset.y,\n chunk.offset.z + originOffset.z,\n ]);\n }\n\n private releaseAndRemoveVolume(volume: VolumeRenderable) {\n volume.reset();\n this.pool_.release(this.volumeToPoolKey_.get(volume)!, volume);\n this.volumeToPoolKey_.delete(volume);\n }\n\n /**\n * Streams chunks for the current view and rebuilds the volume set\n * sorted front to back. Called automatically once per frame.\n *\n * @param viewport - The viewport being rendered.\n */\n public update(viewport?: Viewport) {\n if (!viewport || !this.chunkStoreView_) return;\n\n this.chunkStoreView_.updateChunksForVolume(\n this.sliceCoords_,\n viewport.camera.getViewProjection()\n );\n\n const isCameraMoving = viewport.cameraControls?.isMoving ?? false;\n this.interactiveStepSizeScale_ = isCameraMoving\n ? INTERACTIVE_STEP_SIZE_SCALE\n : 1.0;\n\n this.updateChunks();\n this.rebuildObjects(viewport.camera);\n }\n\n private rebuildObjects(camera: Camera) {\n const volumes = Array.from(this.currentVolumes_.values());\n sortBackToFront(volumes, camera);\n\n this.clearObjects();\n for (const volume of volumes) {\n this.addObject(volume);\n }\n }\n\n /** Returns the ray marching uniforms for this layer. */\n public getUniforms(): Record {\n return {\n u_debugShowDegenerateRays: Number(this.debugShowDegenerateRays),\n u_relativeStepSize:\n this.relativeStepSize * this.interactiveStepSizeScale_,\n u_opacityMultiplier: this.opacityMultiplier,\n u_earlyTerminationAlpha: this.earlyTerminationAlpha,\n };\n }\n}\n\nfunction spatialKey(chunk: Chunk): string {\n const { x, y, z, t } = chunk.chunkIndex;\n return `${x}:${y}:${z}:${t}`;\n}\n\nfunction groupBySpatialIndex(chunks: Chunk[]): Map {\n const grouped = new Map();\n for (const chunk of chunks) {\n const key = spatialKey(chunk);\n let group = grouped.get(key);\n if (!group) {\n group = [];\n grouped.set(key, group);\n }\n group.push(chunk);\n }\n return grouped;\n}\n\nexport function poolKeyForChunk(chunk: Chunk) {\n return [\n `lod${chunk.lod}`,\n `shape${chunk.shape.x}x${chunk.shape.y}x${chunk.shape.z}`,\n `align${chunk.rowAlignmentBytes}`,\n ].join(\":\");\n}\n\nfunction sortBackToFront(objects: VolumeRenderable[], camera: Camera) {\n const cameraPosition = camera.position;\n const depths = new Map();\n\n for (const object of objects) {\n const center = object.transform.translation;\n depths.set(object, vec3.squaredDistance(cameraPosition, center));\n }\n\n objects.sort((a, b) => depths.get(b)! - depths.get(a)!);\n}\n","import {\n DataTextureTypedArray,\n Texture,\n bufferToDataType,\n} from \"../../objects/textures/texture\";\n\nexport class Texture2D extends Texture {\n private readonly width_: number;\n private readonly height_: number;\n\n constructor(data: DataTextureTypedArray, width: number, height: number) {\n super();\n this.dataFormat = \"scalar\";\n this.dataType = bufferToDataType(data);\n\n this.data_ = data;\n this.width_ = width;\n this.height_ = height;\n }\n\n public get type() {\n return \"Texture2D\";\n }\n\n public get width() {\n return this.width_;\n }\n\n public get height() {\n return this.height_;\n }\n}\n","import { RenderableObject } from \"../../core/renderable_object\";\nimport { PlaneGeometry } from \"../../objects/geometry/plane_geometry\";\nimport { mat4 } from \"gl-matrix\";\nimport { Texture, TextureDataType } from \"../../objects/textures/texture\";\nimport { Color, ColorLike } from \"../../math/color\";\nimport { Texture2D } from \"../textures/texture_2d\";\nimport { Shader } from \"../../renderers/shaders\";\n\nconst defaultColorCycle: ColorLike[] = [\n [1.0, 0.5, 0.5],\n [0.5, 1.0, 0.5],\n [0.5, 0.5, 1.0],\n [0.5, 1.0, 1.0],\n [1.0, 0.5, 1.0],\n [1.0, 1.0, 0.5],\n];\n\nfunction validateLookupTable(\n lookupTable?: ReadonlyMap\n): ReadonlyMap {\n lookupTable = lookupTable ?? new Map();\n return new Map(\n Array.from(lookupTable.entries()).map(([key, value]) => [\n key,\n Color.from(value),\n ])\n );\n}\n\nfunction validateCycle(cycle?: ReadonlyArray): ReadonlyArray {\n cycle = cycle ?? defaultColorCycle;\n return cycle.map(Color.from);\n}\n\n/**\n * Color assignments for label values.\n *\n * Values present in `lookupTable` use its color. Any other value takes a\n * color from `cycle` by index. Value `0` renders transparent unless the\n * lookup table assigns it a color.\n */\nexport type LabelColorMapProps = {\n /** Exact colors for specific label values. */\n lookupTable?: ReadonlyMap;\n /** Colors cycled by value. Defaults to 6 built-ins. */\n cycle?: ReadonlyArray;\n};\n\n/**\n * A validated color map with every entry resolved to a {@link Color}.\n * Returned by {@link LabelLayer.colorMap}.\n */\nexport type LabelColorMap = {\n /** Exact colors for specific label values. */\n readonly lookupTable: ReadonlyMap;\n /** Colors cycled by value. */\n readonly cycle: ReadonlyArray;\n};\n\nexport function validateColorMap(\n props: LabelColorMapProps = {}\n): LabelColorMap {\n return {\n lookupTable: validateLookupTable(props.lookupTable),\n cycle: validateCycle(props.cycle),\n };\n}\n\n/**\n * Initialization properties for constructing a label image renderable.\n */\nexport type LabelImageRenderableProps = {\n /** Width of the label image in texels. */\n width: number;\n /** Height of the label image in texels. */\n height: number;\n /** Scalar integer texture of label values. */\n imageData: Texture;\n /** Colors to apply to label values. */\n colorMap: LabelColorMapProps;\n /** Outlines the selected value. Defaults to `false`. */\n outlineSelected?: boolean;\n /** The selected label value. Defaults to `null`. */\n selectedValue?: number | null;\n};\n\nconst signedDataTypes = new Set([\"byte\", \"short\", \"int\"]);\nconst unsignedDataTypes = new Set([\n \"unsigned_byte\",\n \"unsigned_short\",\n \"unsigned_int\",\n]);\n\nfunction validateImageData(imageData: Texture) {\n if (imageData.dataFormat !== \"scalar\") {\n throw new Error(\n `Image data format must be scalar, instead found: ${imageData.dataFormat}`\n );\n }\n if (\n !signedDataTypes.has(imageData.dataType) &&\n !unsignedDataTypes.has(imageData.dataType)\n ) {\n throw new Error(\n `Image data type must be an integer, instead found: ${imageData.dataType}`\n );\n }\n return imageData;\n}\n\nfunction labelTextureToShader(texture: Texture): Shader {\n return signedDataTypes.has(texture.dataType) ? \"intLabelImage\" : \"labelImage\";\n}\n\n/**\n * A textured plane that draws one 2D slice of integer label data.\n *\n * Each label value is colored through a {@link LabelColorMap}. Values in\n * the lookup table use its color, other values take a color from the\n * cycle, and value `0` renders transparent unless the lookup table covers\n * it. The image texture must hold scalar integer data. {@link LabelLayer}\n * constructs and pools one instance per visible chunk, so most\n * applications configure labels through the layer instead.\n *\n * @group Renderables\n */\nexport class LabelImageRenderable extends RenderableObject {\n /**\n * A matrix mapping world space to the texture's normalized coordinate\n * space. Layers derive it from the chunk's offset, scale, and shape.\n */\n public worldToTexCoord: mat4 = mat4.create();\n\n private outlineSelected_: boolean;\n private selectedValue_: number | null;\n\n /**\n * Creates a label renderable drawing the given label texture. The\n * texture's data type selects the matching label shader.\n *\n * @param props - Initialization properties.\n */\n constructor(props: LabelImageRenderableProps) {\n super();\n this.geometry = new PlaneGeometry(props.width, props.height, 1, 1);\n this.setTexture(0, validateImageData(props.imageData));\n const colorMap = validateColorMap(props.colorMap);\n this.setTexture(1, this.makeColorCycleTexture(colorMap.cycle));\n this.setTexture(2, this.makeColorLookupTableTexture(colorMap.lookupTable));\n this.outlineSelected_ = props.outlineSelected ?? false;\n this.selectedValue_ = props.selectedValue ?? null;\n this.programName = labelTextureToShader(props.imageData);\n this.depthProgramName = \"meshDepth\";\n }\n\n /** Identifies the renderable type as `LabelImageRenderable`. */\n public get type() {\n return \"LabelImageRenderable\";\n }\n\n /**\n * Returns the sampler, color map, and selection uniforms for the label\n * image shaders.\n */\n public getUniforms() {\n return {\n u_imageSampler: 0,\n u_colorCycleSampler: 1,\n u_colorLookupTableSampler: 2,\n u_outlineSelected: this.outlineSelected_ ? 1.0 : 0.0,\n u_selectedValue: this.selectedValue_ ?? -1.0,\n u_worldToTexCoord: this.worldToTexCoord,\n };\n }\n\n /**\n * Replaces the label color map. The previous color map textures are\n * marked stale for GPU disposal.\n *\n * @param colorMap - The new color map.\n */\n public setColorMap(colorMap: LabelColorMapProps) {\n const validated = validateColorMap(colorMap);\n this.markStaleTexture(this.textures[1]);\n this.markStaleTexture(this.textures[2]);\n this.setTexture(1, this.makeColorCycleTexture(validated.cycle));\n this.setTexture(2, this.makeColorLookupTableTexture(validated.lookupTable));\n }\n\n /**\n * Sets the label value drawn as selected or `null` to clear the\n * selection. The selected region is outlined when the renderable was\n * constructed with `outlineSelected`.\n *\n * @param value - The label value to select.\n */\n public setSelectedValue(value: number | null) {\n this.selectedValue_ = value;\n }\n\n private makeColorCycleTexture(cycle: ReadonlyArray) {\n const data = new Uint8Array(\n cycle.flatMap((c) => c.rgba).map((v) => Math.round(v * 255))\n );\n const texture = new Texture2D(data, cycle.length, 1);\n texture.dataFormat = \"rgba\";\n return texture;\n }\n\n private makeColorLookupTableTexture(\n lookupTable?: ReadonlyMap\n ) {\n if (lookupTable === undefined) {\n lookupTable = new Map([[0, Color.TRANSPARENT]]);\n } else if (!lookupTable.has(0)) {\n lookupTable = new Map([[0, Color.TRANSPARENT], ...lookupTable]);\n }\n const keys = Array.from(lookupTable.keys());\n const values = Array.from(lookupTable.values()).map((c) => c.packed);\n const numColors = lookupTable.size;\n const data = new Uint32Array(numColors * 2);\n data.set(keys, 0);\n data.set(values, numColors);\n return new Texture2D(data, numColors, 2);\n }\n}\n","import { BlendMode, Layer } from \"../core/layer\";\nimport { Viewport } from \"../core/viewport\";\nimport { OrthographicCamera } from \"../objects/cameras/orthographic_camera\";\nimport type { IdetikContext } from \"../idetik\";\nimport {\n Chunk,\n ChunkSource,\n SliceCoordinates,\n worldToTexCoordForChunk,\n} from \"../data/chunk\";\nimport {\n AxisComponent,\n SliceAxes,\n SliceOrientation,\n orientationRotation,\n sliceAxesFor,\n} from \"../math/axes\";\nimport { ChunkStoreView, INTERNAL_POLICY_KEY } from \"../data/chunk_store_view\";\nimport {\n createExplorationPolicy,\n ImageSourcePolicy,\n} from \"../core/image_source_policy\";\nimport {\n LabelColorMapProps,\n LabelColorMap,\n validateColorMap,\n LabelImageRenderable,\n} from \"../objects/renderable/label_image_renderable\";\nimport { Texture } from \"../objects/textures/texture\";\nimport { EventContext } from \"../core/event_dispatcher\";\nimport { Plane } from \"../math/plane\";\nimport { Ray } from \"../math/ray\";\nimport { quat, vec2, vec3 } from \"gl-matrix\";\nimport { handlePointPickingEvent, PointPickingResult } from \"./point_picking\";\nimport { clamp } from \"../utilities/clamp\";\nimport { RenderablePool } from \"../utilities/renderable_pool\";\nimport { poolKeyForImageRenderable } from \"./image_layer\";\n\n/**\n * Initialization properties for constructing a label layer.\n */\nexport type LabelLayerProps = {\n /** The single-channel label source to stream from. */\n source: ChunkSource;\n /** The slice to display in world units. */\n sliceCoords: SliceCoordinates;\n /** Streaming policy. Defaults to the exploration policy. */\n policy?: ImageSourcePolicy;\n /** Slice plane orientation. Defaults to `\"XY\"`. */\n orientation?: SliceOrientation;\n /** Colors for label values. Defaults to a built-in cycle. */\n colorMap?: LabelColorMapProps;\n /** Called with the picked label when the layer is clicked. */\n onPickValue?: (info: PointPickingResult) => void;\n /** Outlines the picked label. Defaults to `false`. */\n outlineSelected?: boolean;\n /** Layer opacity in `[0, 1]`. Defaults to `1`. */\n opacity?: number;\n /** How the layer blends. Defaults to `\"none\"`. */\n blendMode?: BlendMode;\n /** Hides content behind. Inferred from `blendMode`. */\n occludes?: boolean;\n};\n\n/**\n * A layer that renders a 2D slice of a single-channel label image.\n *\n * Label layer displays segmentation data where each pixel holds an\n * integer label. Labels are colored by cycling through the color map's\n * `cycle` with exact-value overrides in its `lookupTable`. Chunks stream\n * through the same policy machinery as {@link ImageLayer} and the source\n * must be single channel.\n *\n * Clicking the layer picks the label under the pointer. With\n * `outlineSelected` the picked label is outlined, and `onPickValue`\n * receives the world position and label value for custom handling such as\n * highlighting through {@link setColorMap}.\n *\n * ```ts\n * const labels = new LabelLayer({\n * source: labelSource,\n * sliceCoords: { z: 12, c: [0] },\n * opacity: 0.55,\n * blendMode: \"normal\",\n * onPickValue: ({ value }) => console.log(`label ${value}`),\n * });\n *\n * viewport.addLayer(labels);\n * ```\n *\n * @group Layers\n */\nexport class LabelLayer extends Layer {\n /** Identifies the layer type as `LabelLayer`. */\n public readonly type = \"LabelLayer\";\n\n private readonly source_: ChunkSource;\n private readonly sliceCoords_: SliceCoordinates;\n private axes_: SliceAxes;\n private planeRotation_: quat;\n private orientation_: SliceOrientation;\n private readonly onPickValue_?: (info: PointPickingResult) => void;\n private readonly outlineSelected_: boolean;\n private readonly visibleChunks_: Map = new Map();\n private readonly pool_ = new RenderablePool();\n private colorMap_: LabelColorMap;\n private selectedValue_: number | null = null;\n private policy_: ImageSourcePolicy;\n private chunkStoreView_?: ChunkStoreView;\n private context_?: IdetikContext;\n private pointerDownPos_: vec2 | null = null;\n\n private static readonly STALE_PRESENTATION_MS_ = 1000;\n private lastPresentationTimeStamp_?: DOMHighResTimeStamp;\n private lastPresentationTimeCoord_?: number;\n\n /**\n * Creates a label layer for the given source and slice.\n *\n * @param props - Initialization properties.\n */\n constructor({\n source,\n sliceCoords,\n policy,\n orientation,\n colorMap = {},\n onPickValue,\n outlineSelected = false,\n ...layerOptions\n }: LabelLayerProps) {\n super(layerOptions);\n this.setState(\"initialized\");\n this.source_ = source;\n this.policy_ = policy ?? createExplorationPolicy();\n this.sliceCoords_ = sliceCoords;\n this.orientation_ = orientation ?? \"XY\";\n this.axes_ = sliceAxesFor(this.orientation_);\n this.planeRotation_ = orientationRotation(this.axes_);\n this.colorMap_ = validateColorMap(colorMap);\n this.onPickValue_ = onPickValue;\n this.outlineSelected_ = outlineSelected;\n }\n\n /** @hidden */\n protected attach(context: IdetikContext) {\n this.context_ = context;\n this.chunkStoreView_ = context.chunkManager.addView(\n this.source_,\n this.policy_,\n this.axes_\n );\n\n if (this.chunkStoreView_.channelCount > 1) {\n throw new Error(\n `LabelLayer does not support multi-channel sources ` +\n `(found ${this.chunkStoreView_.channelCount} channels). ` +\n `Label data must be single-channel.`\n );\n }\n }\n\n /** @hidden */\n protected detach(_context: IdetikContext) {\n this.releaseAndRemoveChunks(this.visibleChunks_.keys());\n this.clearObjects();\n this.chunkStoreView_?.dispose();\n this.chunkStoreView_ = undefined;\n this.context_ = undefined;\n }\n\n /**\n * Streams chunks for the current view and refreshes the visible slice.\n * Called automatically once per frame.\n *\n * @param viewport - The viewport being rendered.\n */\n public update(viewport?: Viewport) {\n if (!viewport || !this.chunkStoreView_) return;\n\n const camera = viewport.camera;\n\n // non-orthographic viewports have no world-space view rect, so we load the\n // whole slice plane and pick LOD as if it spanned the viewport. stopgap\n // until view-dependent LOD selection and culling work under perspective.\n const worldViewRect =\n camera.type === \"OrthographicCamera\"\n ? (camera as OrthographicCamera).getWorldViewRect()\n : this.chunkStoreView_.getWholePlaneRect();\n\n this.chunkStoreView_.updateChunksForImage(this.sliceCoords_, {\n worldViewRect,\n bufferWidthPx: viewport.getBufferRect().width,\n });\n\n this.updateChunks();\n\n for (const [chunk, labelRenderable] of this.visibleChunks_) {\n this.updateSlicePosition(labelRenderable, chunk);\n }\n }\n\n /** The slice plane the layer displays. */\n public get orientation(): SliceOrientation {\n return this.orientation_;\n }\n\n /**\n * Changes the slice orientation at runtime. Visible renderables are\n * rebuilt for the new plane and chunks already resident in the shared\n * cache are reused.\n *\n * @param orientation - The new slice plane.\n */\n public setOrientation(orientation: SliceOrientation) {\n if (orientation === this.orientation_) {\n return;\n }\n\n this.releaseAndRemoveChunks(this.visibleChunks_.keys());\n this.clearObjects();\n this.chunkStoreView_?.dispose();\n this.lastPresentationTimeStamp_ = undefined;\n this.lastPresentationTimeCoord_ = undefined;\n this.orientation_ = orientation;\n this.axes_ = sliceAxesFor(orientation);\n this.planeRotation_ = orientationRotation(this.axes_);\n\n if (!this.context_) {\n return;\n }\n\n this.chunkStoreView_ = this.context_.chunkManager.addView(\n this.source_,\n this.policy_,\n this.axes_\n );\n }\n\n private updateChunks() {\n if (!this.chunkStoreView_) return;\n if (this.state !== \"ready\") this.setState(\"ready\");\n\n const visibleChunksResident = Array.from(this.visibleChunks_.keys()).every(\n (chunk) => chunk.texture !== undefined\n );\n\n if (\n this.visibleChunks_.size > 0 &&\n visibleChunksResident &&\n !this.chunkStoreView_.allVisibleFallbackLODLoaded() &&\n !this.isPresentationStale()\n ) {\n return;\n }\n this.lastPresentationTimeStamp_ = performance.now();\n this.lastPresentationTimeCoord_ = this.sliceCoords_.t;\n\n const orderedByLOD = this.chunkStoreView_.getChunksToRender();\n const current = new Set(orderedByLOD);\n const nonVisibleChunks = Array.from(this.visibleChunks_.keys()).filter(\n (chunk) => !current.has(chunk)\n );\n this.releaseAndRemoveChunks(nonVisibleChunks);\n\n this.clearObjects();\n // one coverage group; labels are single-channel but may be multi-scale\n for (const chunk of orderedByLOD) {\n const label = this.getLabelForChunk(chunk, chunk.texture!);\n this.visibleChunks_.set(chunk, label);\n this.addObject(label, 0);\n }\n }\n\n private isPresentationStale(): boolean {\n if (this.lastPresentationTimeStamp_ === undefined) return false;\n return (\n performance.now() - this.lastPresentationTimeStamp_ >\n LabelLayer.STALE_PRESENTATION_MS_\n );\n }\n\n /**\n * Handles click picking and selection outlining. Called automatically\n * for each pointer event on the owning viewport.\n *\n * @param event - The event with clip and world coordinates attached.\n */\n public onEvent(event: EventContext) {\n this.pointerDownPos_ = handlePointPickingEvent(\n event,\n this.pointerDownPos_,\n (ray) => this.pickAtRay(ray),\n this.outlineSelected_\n ? (info: PointPickingResult) => {\n this.setSelectedValue(info.value);\n this.onPickValue_?.(info);\n }\n : this.onPickValue_\n );\n }\n\n private async pickAtRay(ray: Ray): Promise {\n const firstChunk = this.visibleChunks_.values().next();\n if (firstChunk.done) return null;\n\n const transform = firstChunk.value.transform;\n const planeNormal = vec3.transformQuat(\n vec3.create(),\n vec3.fromValues(0, 0, 1),\n transform.rotation\n );\n\n const plane = Plane.fromPointAndNormal(transform.translation, planeNormal);\n const world = ray.intersectWithPlane(plane);\n if (!world) return null;\n\n const value = await this.getValueAtWorld(world);\n if (value === null) return null;\n\n return { world, value };\n }\n\n /** The validated color map currently in effect. */\n public get colorMap(): LabelColorMap {\n return this.colorMap_;\n }\n\n /**\n * Replaces the color map and recolors all visible chunks.\n *\n * @param colorMap - Colors for label values. Omitted fields fall back\n * to defaults.\n */\n public setColorMap(colorMap: LabelColorMapProps) {\n this.colorMap_ = validateColorMap(colorMap);\n this.visibleChunks_.forEach((label) => {\n label.setColorMap(this.colorMap_);\n });\n }\n\n /**\n * Sets the label value drawn as selected or `null` to clear the\n * selection.\n *\n * @param value - The label value to select.\n */\n public setSelectedValue(value: number | null) {\n this.selectedValue_ = value;\n this.visibleChunks_.forEach((label) => {\n label.setSelectedValue(this.selectedValue_);\n });\n }\n\n /**\n * The slice coordinates the layer displays. This is the object passed\n * at construction and may be mutated to move through the data.\n */\n public get sliceCoords(): SliceCoordinates {\n return this.sliceCoords_;\n }\n\n /** The chunked label source the layer streams from. */\n public get source(): ChunkSource {\n return this.source_;\n }\n\n /**\n * The streaming policy in effect. Assign a new policy to reschedule\n * loading at runtime, for example when switching between exploration\n * and playback.\n */\n public get imageSourcePolicy(): Readonly {\n return this.policy_;\n }\n\n /** @param newPolicy - The policy to apply. */\n public set imageSourcePolicy(newPolicy: ImageSourcePolicy) {\n if (this.policy_ !== newPolicy) {\n this.policy_ = newPolicy;\n if (this.chunkStoreView_) {\n this.chunkStoreView_.setImageSourcePolicy(\n newPolicy,\n INTERNAL_POLICY_KEY\n );\n }\n }\n }\n\n // exposed for use in chunk info overlay\n /** The layer's chunk store view for diagnostic overlays. */\n public get chunkStoreView(): ChunkStoreView | undefined {\n return this.chunkStoreView_;\n }\n\n /** The `t` coordinate of the most recently presented slice. */\n public get lastPresentationTimeCoord(): number | undefined {\n return this.lastPresentationTimeCoord_;\n }\n\n /**\n * Reads the label value at a world position from the resident chunks.\n * Prefers the current level of detail and falls back to other resident\n * levels.\n *\n * @param world - The world-space position to sample.\n * @returns The label value or `null` if no resident chunk covers it.\n */\n public async getValueAtWorld(world: vec3): Promise {\n const currentLOD = this.chunkStoreView_?.currentLOD ?? 0;\n\n for (const preferCurrentLOD of [true, false]) {\n for (const [chunk, label] of this.visibleChunks_) {\n if ((chunk.lod === currentLOD) !== preferCurrentLOD) continue;\n const value = await this.readValueFromChunk(chunk, label, world);\n if (value !== null) return value;\n }\n }\n return null;\n }\n\n private async readValueFromChunk(\n chunk: Chunk,\n label: LabelImageRenderable,\n world: vec3\n ): Promise {\n const localPos = vec3.transformMat4(\n vec3.create(),\n world,\n label.transform.inverse\n );\n\n const { u, v, w } = this.axes_;\n const uIdx = Math.floor(localPos[0]);\n const vIdx = Math.floor(localPos[1]);\n\n if (\n uIdx < 0 ||\n uIdx >= chunk.shape[u] ||\n vIdx < 0 ||\n vIdx >= chunk.shape[v]\n ) {\n return null;\n }\n\n const texel = { x: 0, y: 0, z: 0 };\n texel[u] = uIdx;\n texel[v] = vIdx;\n texel[w] = this.sliceIndexForChunk(chunk);\n return (\n (await label.textures[0].readTexel?.(texel.x, texel.y, texel.z)) ?? null\n );\n }\n\n private getLabelForChunk(chunk: Chunk, texture: Texture) {\n const existing = this.visibleChunks_.get(chunk);\n if (existing) return existing;\n\n const pooled = this.pool_.acquire(\n poolKeyForImageRenderable(chunk, this.axes_)\n );\n if (pooled) {\n pooled.setTexture(0, texture);\n pooled.setColorMap(this.colorMap_);\n pooled.setSelectedValue(this.selectedValue_);\n this.updateLabelChunk(pooled, chunk);\n\n return pooled;\n }\n\n return this.createLabel(chunk, texture);\n }\n\n private createLabel(chunk: Chunk, texture: Texture) {\n const label = new LabelImageRenderable({\n width: chunk.shape[this.axes_.u],\n height: chunk.shape[this.axes_.v],\n imageData: texture,\n colorMap: this.colorMap_,\n outlineSelected: this.outlineSelected_,\n selectedValue: this.selectedValue_,\n });\n this.updateLabelChunk(label, chunk);\n return label;\n }\n\n private updateSlicePosition(label: LabelImageRenderable, chunk: Chunk) {\n const { u, v, w } = this.axes_;\n const translation = vec3.create();\n translation[AxisComponent[u]] = chunk.offset[u];\n translation[AxisComponent[v]] = chunk.offset[v];\n translation[AxisComponent[w]] = this.sliceCoords_[w] ?? chunk.offset[w];\n label.transform.setTranslation(translation);\n }\n\n private sliceIndexForChunk(chunk: Chunk): number {\n const w = this.axes_.w;\n const sliceValue = this.sliceCoords_[w];\n if (sliceValue === undefined) {\n return 0;\n }\n\n const local = (sliceValue - chunk.offset[w]) / chunk.scale[w];\n return clamp(Math.round(local), 0, chunk.shape[w] - 1);\n }\n\n private updateLabelChunk(label: LabelImageRenderable, chunk: Chunk) {\n const { u, v } = this.axes_;\n label.transform.setScale([chunk.scale[u], chunk.scale[v], 1]);\n label.transform.setRotation(this.planeRotation_);\n this.updateSlicePosition(label, chunk);\n label.worldToTexCoord = worldToTexCoordForChunk(chunk, this.axes_);\n }\n\n private releaseAndRemoveChunks(chunks: Iterable): void {\n for (const chunk of chunks) {\n const label = this.visibleChunks_.get(chunk);\n if (label) {\n this.pool_.release(poolKeyForImageRenderable(chunk, this.axes_), label);\n this.visibleChunks_.delete(chunk);\n }\n }\n }\n}\n","import {\n DataTextureTypedArray,\n Texture,\n bufferToDataType,\n} from \"../../objects/textures/texture\";\n\nexport class Texture2DArray extends Texture {\n private readonly width_: number;\n private readonly height_: number;\n private readonly depth_: number;\n\n constructor(data: DataTextureTypedArray, width: number, height: number) {\n super();\n this.dataFormat = \"scalar\";\n this.dataType = bufferToDataType(data);\n\n this.data_ = data;\n this.width_ = width;\n this.height_ = height;\n // We currently assume that each slice's size is equal to the image's area\n this.depth_ = data.length / (width * height);\n }\n\n public get type() {\n return \"Texture2DArray\";\n }\n\n public get width() {\n return this.width_;\n }\n\n public get height() {\n return this.height_;\n }\n\n public get depth() {\n return this.depth_;\n }\n}\n","import { vec3 } from \"gl-matrix\";\n\nimport { Color, ColorLike } from \"../../math/color\";\nimport { RenderableObject } from \"../../core/renderable_object\";\nimport { Texture2DArray } from \"../textures/texture_2d_array\";\nimport { Geometry } from \"../../core/geometry\";\n\ntype Marker = \"circle\" | \"square\" | \"triangle\";\n\nconst MARKER_INDEX: Record = {\n circle: 0,\n square: 1,\n triangle: 2,\n};\n\n// TODO: add a border (or \"secondary\") color to improve contrast against background\n/**\n * Initialization properties for a point in {@link PointsRenderable}.\n */\nexport type PointProps = {\n /** World-space position of the point. */\n position: vec3;\n /** Fill color of the marker. */\n color: ColorLike;\n /** Marker size in pixels. */\n size: number;\n /** Marker shape. */\n marker: Marker;\n};\n\n/**\n * A set of point markers drawn as screen-space sprites.\n *\n * Each point has a world-space position, a color, a size in pixels, and a\n * marker shape. All instances share a single marker sprite atlas. The\n * point set is fixed at construction, so build a new instance to change\n * it. Construct these directly inside a custom {@link Layer}.\n *\n * ```ts\n * class Particles extends Layer {\n * public readonly type = \"Particles\";\n *\n * constructor(positions: vec3[]) {\n * super();\n * this.addObject(\n * new PointsRenderable(\n * positions.map((position) => ({\n * position,\n * color: Color.RED,\n * size: 20,\n * marker: \"circle\" as const,\n * }))\n * )\n * );\n * this.setState(\"ready\");\n * }\n *\n * public update() {}\n * }\n * ```\n *\n * @group Renderables\n */\nexport class PointsRenderable extends RenderableObject {\n /**\n * Creates a renderable drawing one marker per entry.\n *\n * @param points - The points to draw.\n */\n constructor(points: PointProps[]) {\n super();\n this.programName = \"points\";\n this.depthProgramName = \"pointsDepth\";\n\n const vertexData = points.flatMap((point) => {\n const color = Color.from(point.color);\n return [\n point.position[0],\n point.position[1],\n point.position[2],\n color.r,\n color.g,\n color.b,\n color.a,\n point.size,\n MARKER_INDEX[point.marker],\n ];\n });\n const geometry = new Geometry(vertexData, [], \"points\");\n\n geometry.addAttribute({\n type: \"position\",\n itemSize: 3,\n offset: 0,\n });\n geometry.addAttribute({\n type: \"color\",\n itemSize: 4,\n offset: geometry.strideBytes,\n });\n geometry.addAttribute({\n type: \"size\",\n itemSize: 1,\n offset: geometry.strideBytes,\n });\n geometry.addAttribute({\n type: \"marker\",\n itemSize: 1,\n offset: geometry.strideBytes,\n });\n\n this.geometry = geometry;\n this.setTexture(0, getMarkerAtlas());\n }\n\n /** Identifies the renderable type as `PointsRenderable`. */\n public get type() {\n return \"PointsRenderable\";\n }\n}\n\nlet markerAtlas: Texture2DArray | undefined;\n\n// The marker atlas is a fixed set of sprites shared by all PointsRenderable instances.\n// Each marker in `Marker` maps to a slice in the atlas (see `MARKER_INDEX`).\nfunction getMarkerAtlas(): Texture2DArray {\n if (!markerAtlas) {\n markerAtlas = createMarkerAtlas();\n }\n return markerAtlas;\n}\n\nfunction createMarkerAtlas(): Texture2DArray {\n const square = (size: number) => {\n const data = new Float32Array(size * size);\n data.fill(1.0);\n return data;\n };\n\n const circle = (size: number) => {\n const data = new Float32Array(size * size);\n for (let i = 0; i < size; i++) {\n for (let j = 0; j < size; j++) {\n if ((i - size / 2) ** 2 + (j - size / 2) ** 2 < (size / 2) ** 2) {\n data[i * size + j] = 1.0;\n }\n }\n }\n return data;\n };\n\n const triangle = (size: number) => {\n const data = new Float32Array(size * size);\n for (let i = 0; i < size; i++) {\n for (let j = 0; j < size; j++) {\n if (j >= (size - i) / 2 && j <= (size + i) / 2) {\n data[i * size + j] = 1.0;\n }\n }\n }\n return data;\n };\n\n const SPRITE_SIZE = 256;\n const pixelsPerMarkerSprite = SPRITE_SIZE * SPRITE_SIZE;\n const sprites: Record = {\n circle: circle(SPRITE_SIZE),\n square: square(SPRITE_SIZE),\n triangle: triangle(SPRITE_SIZE),\n };\n\n const numMarkers = Object.keys(sprites).length;\n const data = new Float32Array(numMarkers * pixelsPerMarkerSprite);\n for (const [marker, sprite] of Object.entries(sprites) as [\n Marker,\n Float32Array,\n ][]) {\n data.set(sprite, MARKER_INDEX[marker] * pixelsPerMarkerSprite);\n }\n\n // TODO: this uses f32 values, which are not (by default) filterable in WebGL2\n // to enable this, we can check/add OES_texture_float_linear.\n // we also don't need the precision of f32 for this so I'd like to use an R8\n // texture instead, but our Texture class does not yet support it.\n const texture = new Texture2DArray(data, SPRITE_SIZE, SPRITE_SIZE);\n texture.wrapR = \"clamp_to_edge\";\n texture.wrapS = \"clamp_to_edge\";\n texture.wrapT = \"clamp_to_edge\";\n return texture;\n}\n","import { Plane } from \"./plane\";\nimport { Box3 } from \"./box3\";\nimport { mat4, vec3 } from \"gl-matrix\";\n\n/**\n * Camera view frustum defined by six world-space planes.\n *\n * Frustum represents the visible region of a camera as six bounding\n * planes. It is used for culling tests and visibility checks against\n * bounding boxes. The planes are extracted from a view-projection matrix\n * and normalized so distances are in world units.\n *\n * @group Math\n */\nexport class Frustum {\n private readonly planes_: [Plane, Plane, Plane, Plane, Plane, Plane];\n\n /**\n * Creates a frustum from a view-projection matrix.\n *\n * @param m - The combined view-projection matrix.\n */\n constructor(m: mat4) {\n this.planes_ = [\n new Plane(vec3.create(), 0),\n new Plane(vec3.create(), 0),\n new Plane(vec3.create(), 0),\n new Plane(vec3.create(), 0),\n new Plane(vec3.create(), 0),\n new Plane(vec3.create(), 0),\n ];\n this.setWithViewProjection(m);\n }\n\n // Uses the fast plane-extraction algorithm described in\n // Gribb & Hartmann (1997): https://tinyurl.com/5x5htcwm\n /**\n * Re-extracts the six planes from a view-projection matrix.\n *\n * @param m - The combined view-projection matrix.\n */\n public setWithViewProjection(m: mat4) {\n const n = vec3.create();\n\n // Left: row3 + row0\n this.planes_[0].set(\n vec3.set(n, m[3] + m[0], m[7] + m[4], m[11] + m[8]),\n m[15] + m[12]\n );\n\n // Right: row3 - row0\n this.planes_[1].set(\n vec3.set(n, m[3] - m[0], m[7] - m[4], m[11] - m[8]),\n m[15] - m[12]\n );\n\n // Top: row3 - row1\n this.planes_[2].set(\n vec3.set(n, m[3] - m[1], m[7] - m[5], m[11] - m[9]),\n m[15] - m[13]\n );\n\n // Bottom: row3 + row1\n this.planes_[3].set(\n vec3.set(n, m[3] + m[1], m[7] + m[5], m[11] + m[9]),\n m[15] + m[13]\n );\n\n // Near: row3 + row2\n this.planes_[4].set(\n vec3.set(n, m[3] + m[2], m[7] + m[6], m[11] + m[10]),\n m[15] + m[14]\n );\n\n // Far: row3 - row2\n this.planes_[5].set(\n vec3.set(n, m[3] - m[2], m[7] - m[6], m[11] - m[10]),\n m[15] - m[14]\n );\n\n for (const p of this.planes_) p.normalize();\n }\n\n /**\n * Tests whether a box is at least partly inside the frustum. The test\n * is conservative. A box outside the frustum but near a corner can be\n * reported as intersecting, which only costs a draw of an offscreen\n * object.\n *\n * @param box - The world-space box to test.\n */\n public intersectsWithBox3(box: Box3) {\n const v = vec3.create();\n for (const plane of this.planes_) {\n const n = plane.normal;\n v[0] = n[0] > 0 ? box.max[0] : box.min[0];\n v[1] = n[1] > 0 ? box.max[1] : box.min[1];\n v[2] = n[2] > 0 ? box.max[2] : box.min[2];\n if (plane.signedDistanceToPoint(v) < 0) return false;\n }\n return true;\n }\n}\n","import { Node } from \"../../core/node\";\nimport { Frustum } from \"../../math/frustum\";\nimport { TrsTransform } from \"../../math/transforms\";\nimport { mat4, vec3, vec4 } from \"gl-matrix\";\n\n/** Identifies a concrete camera implementation. */\nexport type CameraType = \"OrthographicCamera\" | \"PerspectiveCamera\";\n\n/**\n * Abstract base class for cameras.\n *\n * A camera pairs a world-space transform with a projection, producing the\n * view and projection matrices used to render a viewport. The concrete\n * cameras, {@link OrthographicCamera} and {@link PerspectiveCamera}, define\n * the projection. This class provides the shared transform, derived\n * matrices, and navigation helpers.\n *\n * @group Cameras\n */\nexport abstract class Camera extends Node {\n private readonly transform_ = new TrsTransform();\n /** @hidden */\n protected projectionMatrix_ = mat4.create();\n /** @hidden */\n protected near_ = 0;\n /** @hidden */\n protected far_ = 0;\n\n /** @hidden */\n protected abstract updateProjectionMatrix(): void;\n\n /** Identifies the camera type. */\n public abstract get type(): CameraType;\n\n /** Recomputes the camera's projection matrix. */\n public update() {\n this.updateProjectionMatrix();\n }\n\n /** The camera's projection matrix. */\n get projectionMatrix() {\n return this.projectionMatrix_;\n }\n\n /** The camera's world-space transform. */\n public get transform() {\n return this.transform_;\n }\n\n /** The view matrix: the inverse of the camera's world transform. */\n get viewMatrix() {\n return this.transform.inverse;\n }\n\n /** The camera's local right axis in world space. */\n get right() {\n const m = this.transform.matrix;\n return vec3.fromValues(m[0], m[1], m[2]);\n }\n\n /** The camera's local up axis in world space. */\n get up() {\n const m = this.transform.matrix;\n return vec3.fromValues(m[4], m[5], m[6]);\n }\n\n /**\n * Computes the combined view-projection matrix.\n *\n * @returns The projection matrix multiplied by the view matrix.\n */\n public getViewProjection(): mat4 {\n return mat4.multiply(mat4.create(), this.projectionMatrix, this.viewMatrix);\n }\n\n /** The view frustum derived from the current view-projection. */\n get frustum() {\n return new Frustum(this.getViewProjection());\n }\n\n /**\n * Sets the aspect ratio (width / height) of the viewport the camera\n * renders into. Called automatically by the owning viewport when it\n * resizes.\n *\n * @param aspectRatio - The viewport's width divided by its height.\n */\n public abstract setAspectRatio(aspectRatio: number): void;\n\n /**\n * Zooms the view by the given factor relative to the current zoom level.\n * Factors greater than `1` zoom in and factors between `0` and `1` zoom\n * out.\n *\n * @param factor - The magnification factor to apply.\n */\n public abstract zoom(factor: number): void;\n\n /**\n * Moves the camera by the given world-space offset.\n *\n * @param vec - The translation to add to the camera's position.\n */\n public pan(vec: vec3) {\n this.transform.addTranslation(vec);\n }\n\n /** The camera's world-space position. */\n public get position() {\n return this.transform.translation;\n }\n\n /**\n * Transforms a position from clip space to world space.\n *\n * @param position - The clip-space position to transform.\n * @returns The corresponding world-space position.\n */\n public clipToWorld(position: vec3): vec3 {\n const clipPos = vec4.fromValues(position[0], position[1], position[2], 1);\n const projectionInverse = mat4.invert(\n mat4.create(),\n this.projectionMatrix_\n )!;\n const viewPos = vec4.transformMat4(\n vec4.create(),\n clipPos,\n projectionInverse\n );\n vec4.scale(viewPos, viewPos, 1 / viewPos[3]);\n // the camera transform is *not* inverted here because we use the inverse when rendering\n const worldPos = vec4.transformMat4(\n vec4.create(),\n viewPos,\n this.transform.matrix\n );\n return vec3.fromValues(worldPos[0], worldPos[1], worldPos[2]);\n }\n}\n","import { vec3 } from \"gl-matrix\";\n\nexport class Spherical {\n public radius;\n public phi;\n public theta;\n\n constructor(radius: number, phi: number, theta: number) {\n this.radius = radius;\n this.phi = phi;\n this.theta = theta;\n }\n\n public toVec3() {\n const c = Math.cos(this.theta);\n return vec3.fromValues(\n this.radius * Math.sin(this.phi) * c,\n -this.radius * Math.sin(this.theta),\n this.radius * Math.cos(this.phi) * c\n );\n }\n}\n","import { CameraControls, ScrollZoomMode } from \"./controls\";\nimport { EventContext } from \"../../core/event_dispatcher\";\nimport { PerspectiveCamera } from \"./perspective_camera\";\nimport { Spherical } from \"../../math/spherical\";\n\nimport { glMatrix, vec3 } from \"gl-matrix\";\nimport { clamp } from \"../../utilities/clamp\";\n\nconst MOUSE_BUTTON_NONE = -1;\nconst MOUSE_BUTTON_LEFT = 0;\nconst MOUSE_BUTTON_MIDDLE = 1;\n\nconst ORBIT_SPEED = 0.009;\nconst PAN_SPEED = 0.001;\nconst ZOOM_SPEED = 0.0009;\nconst DEFAULT_DAMPING_FACTOR = 0.5;\nconst DAMPING_FPS = 60; // Base FPS to normalize damping\n\n/**\n * Initialization properties for constructing orbit controls.\n */\nexport type OrbitControlsProps = {\n /** Distance from the target in world units. Defaults to `1`. */\n radius?: number;\n /** Initial azimuth angle in radians. Defaults to `0`. */\n yaw?: number;\n /** Initial elevation angle in radians. Defaults to `0`. */\n pitch?: number;\n /** The point the camera orbits. Defaults to the origin. */\n target?: vec3;\n /** Velocity decay rate between `0` and `1`. Defaults to `0.5`. */\n dampingFactor?: number;\n /** When the scroll wheel zooms. Defaults to `\"always\"`. */\n scrollZoom?: ScrollZoomMode;\n};\n\n/**\n * Camera controls for orbiting a perspective camera around a target.\n *\n * Dragging with the left mouse button orbits, dragging with `Shift` held\n * or with the middle button pans the target, and the scroll wheel zooms by\n * changing the orbit radius. Input adds velocity that damping decays over time.\n *\n * ```ts\n * const camera = new PerspectiveCamera({ near: 1.0 });\n *\n * const idetik = new Idetik({\n * canvas,\n * viewports: [{\n * camera,\n * layers: [volumeLayer],\n * cameraControls: new OrbitControls(camera, {\n * radius: 100,\n * target: [40, 40, 10],\n * }),\n * }],\n * });\n * ```\n *\n * @group Controls\n */\nexport class OrbitControls implements CameraControls {\n private readonly camera_: PerspectiveCamera;\n\n private readonly orbitVelocity_ = new Spherical(0, 0, 0);\n private readonly panVelocity_ = vec3.create();\n\n private readonly currPos_: Spherical;\n private readonly currCenter_ = vec3.create();\n\n private readonly dampingFactor_: number;\n private readonly scrollZoom_: ScrollZoomMode;\n\n private currMouseButton_ = MOUSE_BUTTON_NONE;\n\n /**\n * Creates orbit controls and moves the camera to the initial pose.\n *\n * @param camera - The perspective camera to control.\n * @param params - Initialization properties.\n */\n constructor(camera: PerspectiveCamera, params?: OrbitControlsProps) {\n this.camera_ = camera;\n\n this.currPos_ = new Spherical(\n params?.radius ?? 1,\n params?.yaw ?? 0,\n params?.pitch ?? 0\n );\n\n if (params?.target) {\n vec3.copy(this.currCenter_, params.target);\n }\n\n this.dampingFactor_ = clamp(\n params?.dampingFactor ?? DEFAULT_DAMPING_FACTOR,\n 0,\n 1\n );\n\n this.scrollZoom_ = params?.scrollZoom ?? \"always\";\n\n this.updateCamera();\n }\n\n /** The current distance from the target in world units. */\n public get radius(): number {\n return this.currPos_.radius;\n }\n\n /** The current azimuth angle in radians. */\n public get yaw(): number {\n return this.currPos_.phi;\n }\n\n /** The current elevation angle in radians. */\n public get pitch(): number {\n return this.currPos_.theta;\n }\n\n /** A copy of the point the camera orbits. */\n public get target(): vec3 {\n return vec3.clone(this.currCenter_);\n }\n\n /** Whether any orbit, pan, or zoom velocity remains. */\n public get isMoving(): boolean {\n return (\n this.orbitVelocity_.phi !== 0 ||\n this.orbitVelocity_.theta !== 0 ||\n this.orbitVelocity_.radius !== 0 ||\n this.panVelocity_[0] !== 0 ||\n this.panVelocity_[1] !== 0 ||\n this.panVelocity_[2] !== 0\n );\n }\n\n /**\n * Handles a pointer or wheel event. Called automatically by the owning\n * viewport unless a layer stops propagation.\n *\n * @param event - The event with clip and world coordinates attached.\n */\n public onEvent(event: EventContext): void {\n switch (event.type) {\n case \"pointerdown\":\n this.onPointerDown(event);\n break;\n case \"pointermove\":\n this.onPointerMove(event);\n break;\n case \"wheel\":\n this.onWheel(event);\n break;\n case \"pointerup\":\n case \"pointercancel\":\n this.onPointerEnd(event);\n break;\n }\n }\n\n /**\n * Applies pending velocities to the camera and decays them toward zero.\n * Called automatically by the render loop once per frame.\n *\n * @param dt - Time since the last frame in seconds.\n */\n public onUpdate(dt: number) {\n if (\n this.orbitVelocity_.phi === 0 &&\n this.orbitVelocity_.theta === 0 &&\n this.orbitVelocity_.radius === 0 &&\n vec3.equals(this.panVelocity_, vec3.fromValues(0, 0, 0))\n ) {\n return;\n }\n\n this.currPos_.phi += this.orbitVelocity_.phi;\n this.currPos_.theta += this.orbitVelocity_.theta;\n this.currPos_.radius += this.orbitVelocity_.radius * this.currPos_.radius;\n\n vec3.add(this.currCenter_, this.currCenter_, this.panVelocity_);\n\n // Prevent the camera from reaching the poles (±π/2), where\n // the view direction would flip and orbit controls would invert.\n // We clamp the elevation angle slightly before ±π/2 to maintain\n // stable rotation and avoid gimbal-like artifacts.\n const limit = Math.PI / 2 - glMatrix.EPSILON;\n this.currPos_.theta = clamp(this.currPos_.theta, -limit, limit);\n this.currPos_.radius = Math.max(0.01, this.currPos_.radius);\n\n this.updateCamera();\n\n const damping = Math.pow(1.0 - this.dampingFactor_, dt * DAMPING_FPS);\n this.orbitVelocity_.phi *= damping;\n this.orbitVelocity_.theta *= damping;\n this.orbitVelocity_.radius *= damping;\n vec3.scale(this.panVelocity_, this.panVelocity_, damping);\n\n this.cutoffLowVelocity();\n }\n\n private onPointerDown(event: EventContext) {\n const e = event.event as PointerEvent;\n this.currMouseButton_ = e.button;\n\n (e.target as Element)?.setPointerCapture?.(e.pointerId);\n }\n\n private onPointerMove(event: EventContext) {\n if (this.currMouseButton_ == MOUSE_BUTTON_NONE) return;\n\n const e = event.event as PointerEvent;\n const dx = e.movementX ?? 0;\n const dy = e.movementY ?? 0;\n\n const doOrbit = this.currMouseButton_ === MOUSE_BUTTON_LEFT && !e.shiftKey;\n const doPan =\n (this.currMouseButton_ === MOUSE_BUTTON_LEFT && e.shiftKey) ||\n this.currMouseButton_ === MOUSE_BUTTON_MIDDLE;\n\n if (doOrbit) this.orbit(dx, dy);\n if (doPan) this.pan(dx, dy);\n }\n\n private onWheel(event: EventContext) {\n const e = event.event as WheelEvent;\n\n if (this.scrollZoom_ === \"never\") return;\n if (this.scrollZoom_ === \"modifier\" && !(e.ctrlKey || e.metaKey)) return;\n\n e.preventDefault(); // prevent the page from scrolling\n\n const dy = e.deltaY ?? 0;\n this.zoom(dy);\n }\n\n private onPointerEnd(event: EventContext) {\n this.currMouseButton_ = MOUSE_BUTTON_NONE;\n\n const e = event.event as PointerEvent;\n (e.target as Element)?.releasePointerCapture?.(e.pointerId);\n }\n\n private orbit(dx: number, dy: number) {\n this.orbitVelocity_.phi -= dx * ORBIT_SPEED;\n this.orbitVelocity_.theta += dy * ORBIT_SPEED;\n }\n\n private pan(dx: number, dy: number) {\n const speed = this.currPos_.radius * PAN_SPEED;\n const delta = vec3.create();\n\n vec3.scaleAndAdd(delta, delta, this.camera_.right, dx);\n vec3.scaleAndAdd(delta, delta, this.camera_.up, dy);\n vec3.scale(delta, delta, speed);\n\n vec3.sub(this.panVelocity_, this.panVelocity_, delta);\n }\n\n private zoom(dy: number) {\n this.orbitVelocity_.radius += dy * ZOOM_SPEED;\n }\n\n private updateCamera() {\n const p = vec3.add(vec3.create(), this.currCenter_, this.currPos_.toVec3());\n this.camera_.transform.setTranslation(p);\n this.camera_.transform.targetTo(this.currCenter_);\n }\n\n private cutoffLowVelocity() {\n if (Math.abs(this.orbitVelocity_.phi) < glMatrix.EPSILON)\n this.orbitVelocity_.phi = 0;\n if (Math.abs(this.orbitVelocity_.theta) < glMatrix.EPSILON)\n this.orbitVelocity_.theta = 0;\n if (Math.abs(this.orbitVelocity_.radius) < glMatrix.EPSILON)\n this.orbitVelocity_.radius = 0;\n if (vec3.length(this.panVelocity_) < glMatrix.EPSILON)\n vec3.zero(this.panVelocity_);\n }\n}\n","import { Camera, CameraType } from \"./camera\";\nimport { quat, vec2, vec3, vec4, mat4 } from \"gl-matrix\";\nimport { Box2 } from \"../../math/box2\";\nimport {\n AxisComponent,\n SliceAxes,\n SliceOrientation,\n orientationRotation,\n sliceAxesFor,\n} from \"../../math/axes\";\n\nconst DEFAULT_ASPECT_RATIO = 1.77; // 16:9\nconst DEFAULT_WIDTH = 128;\nconst DEFAULT_HEIGHT = 128 / DEFAULT_ASPECT_RATIO;\nconst DEFAULT_NEAR = -1e6;\nconst DEFAULT_FAR = 1e6;\n\n/**\n * A world-space rectangle for the camera to frame.\n */\nexport type OrthographicCameraFrame = {\n /** Left edge of the view frame in world units. */\n left: number;\n /** Right edge of the view frame in world units. */\n right: number;\n /** Top edge of the view frame in world units. */\n top: number;\n /** Bottom edge of the view frame in world units. */\n bottom: number;\n};\n\n/**\n * Initialization properties for constructing an orthographic camera.\n */\nexport type OrthographicCameraProps = {\n /** Left edge of the view frame in world units. */\n left: number;\n /** Right edge of the view frame in world units. */\n right: number;\n /** Top edge of the view frame in world units. */\n top: number;\n /** Bottom edge of the view frame in world units. */\n bottom: number;\n /** Near clipping plane distance. Defaults to `-1e6`. */\n near?: number;\n /** Far clipping plane distance. Defaults to `1e6`. */\n far?: number;\n /** Slice orientation. Defaults to `\"XY\"`. */\n orientation?: SliceOrientation;\n};\n\n/**\n * A camera using an orthographic (parallel) projection.\n *\n * Orthographic projection has no perspective foreshortening: objects render at\n * the same size regardless of their distance from the camera, which makes this\n * the camera to use for 2D image viewing. It pairs naturally with\n * {@link PanZoomControls}.\n *\n * The constructor frames a world-space rectangle, typically the physical\n * extent of the image being viewed. Zoom and pan are then applied as scale and\n * translation on top of that frame, and {@link setFrame} resets them. When the\n * viewport's aspect ratio differs from the frame's, the frame is padded rather\n * than stretched, so image pixels always stay square.\n *\n * ```ts\n * const camera = new OrthographicCamera({\n * left: 0,\n * right: 1024,\n * top: 0,\n * bottom: 1024\n * });\n *\n * const idetik = new Idetik({\n * canvas: document.querySelector('canvas')!,\n * viewports: [{\n * camera,\n * layers: [imageLayer],\n * cameraControls: new PanZoomControls(camera),\n * }],\n * });\n * ```\n * @group Cameras\n */\nexport class OrthographicCamera extends Camera {\n // width_ and height_ should always be defined by constructor (see setFrame)\n private width_: number = DEFAULT_WIDTH;\n private height_: number = DEFAULT_HEIGHT;\n private viewportAspectRatio_: number = DEFAULT_ASPECT_RATIO;\n private viewportSize_: [number, number] = [DEFAULT_WIDTH, DEFAULT_HEIGHT];\n private axes_: SliceAxes;\n private rotation_: quat;\n private orientation_: SliceOrientation;\n\n /**\n * Creates an orthographic camera framing the given world-space rectangle.\n *\n * @param props - Initialization properties.\n */\n constructor(props: OrthographicCameraProps) {\n super();\n this.near_ = props.near ?? DEFAULT_NEAR;\n this.far_ = props.far ?? DEFAULT_FAR;\n this.orientation_ = props.orientation ?? \"XY\";\n this.axes_ = sliceAxesFor(this.orientation_);\n this.rotation_ = orientationRotation(this.axes_);\n this.setFrame(props);\n this.updateProjectionMatrix();\n }\n\n /**\n * The world-space size of the rendered view as `[width, height]`.\n *\n * This is the camera frame padded to match the viewport's aspect ratio, so\n * it reflects what is actually visible rather than the frame that was set.\n */\n public get viewportSize() {\n return this.viewportSize_;\n }\n\n /**\n * Sets the aspect ratio (width / height) of the viewport the camera renders\n * into. Called automatically by the owning viewport when it resizes.\n *\n * @param aspectRatio - The viewport's width divided by its height.\n */\n public setAspectRatio(aspectRatio: number) {\n this.viewportAspectRatio_ = aspectRatio;\n this.updateProjectionMatrix();\n }\n\n /**\n * Reframes the camera to the given world-space rectangle, resetting any\n * accumulated zoom and pan.\n *\n * The frame may be padded horizontally or vertically at render time to\n * match the viewport's aspect ratio (see {@link viewportSize}).\n *\n * @param frame - The view frame edges in world units.\n */\n public setFrame({ left, right, top, bottom }: OrthographicCameraFrame) {\n this.width_ = Math.abs(right - left);\n this.height_ = Math.abs(top - bottom);\n this.updateProjectionMatrix();\n const translation = vec3.create();\n translation[AxisComponent[this.axes_.u]] = 0.5 * (left + right);\n translation[AxisComponent[this.axes_.v]] = 0.5 * (bottom + top);\n this.transform.setTranslation(translation);\n this.transform.setScale([1, 1, 1]);\n this.transform.setRotation(this.rotation_);\n }\n\n /** Identifies the camera type as `OrthographicCamera`. */\n public get type(): CameraType {\n return \"OrthographicCamera\";\n }\n\n /** The slice orientation the camera faces. */\n public get orientation(): SliceOrientation {\n return this.orientation_;\n }\n\n /**\n * Changes the slice orientation the camera faces. The current frame and\n * zoom carry over numerically to the new plane axes. Call {@link setFrame}\n * to reframe the view for the new plane.\n *\n * @param orientation - The slice plane for the camera to face.\n */\n public setOrientation(orientation: SliceOrientation) {\n if (orientation === this.orientation_) {\n return;\n }\n\n const u = this.transform.translation[AxisComponent[this.axes_.u]];\n const v = this.transform.translation[AxisComponent[this.axes_.v]];\n\n this.orientation_ = orientation;\n this.axes_ = sliceAxesFor(orientation);\n this.rotation_ = orientationRotation(this.axes_);\n\n const translation = vec3.create();\n translation[AxisComponent[this.axes_.u]] = u;\n translation[AxisComponent[this.axes_.v]] = v;\n\n this.transform.setTranslation(translation);\n this.transform.setRotation(this.rotation_);\n }\n\n /**\n * Zooms the view by the given factor relative to the current zoom level.\n * Factors greater than `1` zoom in and factors between `0` and `1` zoom\n * out.\n *\n * @param factor - The magnification factor to apply.\n */\n public zoom(factor: number) {\n if (factor <= 0) {\n throw new Error(`Invalid zoom factor: ${factor}`);\n }\n const inverseFactor = 1.0 / factor;\n this.transform.addScale([inverseFactor, inverseFactor, 1.0]);\n }\n\n /**\n * Computes the world-space rectangle currently visible in the viewport,\n * accounting for zoom, pan, and aspect-ratio padding.\n *\n * @returns The visible rectangle on the camera's slice plane.\n */\n public getWorldViewRect(): Box2 {\n let topLeft = vec4.fromValues(-1.0, -1.0, 0.0, 1.0);\n let bottomRight = vec4.fromValues(1.0, 1.0, 0.0, 1.0);\n\n const inv = mat4.invert(mat4.create(), this.getViewProjection())!;\n topLeft = vec4.transformMat4(vec4.create(), topLeft, inv);\n bottomRight = vec4.transformMat4(vec4.create(), bottomRight, inv);\n\n const u = AxisComponent[this.axes_.u];\n const v = AxisComponent[this.axes_.v];\n return new Box2(\n vec2.fromValues(topLeft[u], topLeft[v]),\n vec2.fromValues(bottomRight[u], bottomRight[v])\n );\n }\n\n /** @hidden */\n protected updateProjectionMatrix() {\n // The following code ensures that the orthographic projection matrix\n // is updated so that the aspect ratio of renderable objects is respected\n // (e.g. image pixels are isotropic) by padding the camera frame to form\n // the viewport frame.\n const width = this.width_;\n const height = this.height_;\n const frameAspectRatio = width / height;\n // When the viewport is wider than the camera frame, add horizontal\n // padding such that the height is unchanged. Otherwise, add vertical\n // padding such that the width is unchanged.\n let viewportHalfWidth = 0.5 * width;\n let viewportHalfHeight = 0.5 * height;\n if (this.viewportAspectRatio_ > frameAspectRatio) {\n viewportHalfWidth *= this.viewportAspectRatio_ / frameAspectRatio;\n } else {\n viewportHalfHeight *= frameAspectRatio / this.viewportAspectRatio_;\n }\n this.viewportSize_ = [2 * viewportHalfWidth, 2 * viewportHalfHeight];\n // Center the camera frame in the padded viewport frame.\n mat4.ortho(\n this.projectionMatrix_,\n -viewportHalfWidth,\n viewportHalfWidth,\n -viewportHalfHeight,\n viewportHalfHeight,\n this.near_,\n this.far_\n );\n }\n}\n","import { vec3 } from \"gl-matrix\";\nimport { OrthographicCamera } from \"./orthographic_camera\";\nimport { EventContext } from \"../../core/event_dispatcher\";\n\nconst LEFT_MOUSE_BUTTON = 0;\n\n/**\n * The contract between a viewport and its camera controls.\n *\n * Implement this interface to drive a camera with custom input logic and\n * assign it to a viewport through its `cameraControls` property. The\n * viewport passes pointer and wheel events to `onEvent` unless a layer\n * stops propagation.\n *\n * ```ts\n * class ClickToZoomControls implements CameraControls {\n * constructor(private camera: OrthographicCamera) {}\n *\n * get isMoving() {\n * return false;\n * }\n *\n * onUpdate(dt: number) {}\n *\n * onEvent(event: EventContext) {\n * if (event.type === \"pointerdown\") this.camera.zoom(2);\n * }\n * }\n *\n * viewport.cameraControls = new ClickToZoomControls(camera);\n * ```\n *\n * @group Controls\n */\nexport interface CameraControls {\n /**\n * Whether the camera is in motion from user interaction. Layers may\n * read this to reduce rendering quality while the view changes.\n */\n readonly isMoving: boolean;\n\n /**\n * Advances time-based motion such as damping. Called automatically by\n * the render loop.\n *\n * @param dt - Time since the last frame in seconds.\n */\n onUpdate(dt: number): void;\n\n /**\n * Handles a pointer or wheel event. Called automatically by the owning\n * viewport unless a layer stops propagation.\n *\n * @param event - The event with clip and world coordinates attached.\n */\n onEvent(event: EventContext): void;\n}\n\nexport type ScrollZoomMode = \"always\" | \"modifier\" | \"never\";\n\n/**\n * Initialization properties for constructing pan and zoom controls.\n */\nexport type PanZoomControlsProps = {\n /** When the scroll wheel zooms. Defaults to `\"always\"`. */\n scrollZoom?: ScrollZoomMode;\n};\n\n/**\n * Camera controls for 2D pan and zoom with an orthographic camera.\n *\n * Dragging with the left mouse button pans the view and the scroll wheel\n * zooms around the cursor, keeping the point under the pointer fixed.\n * Movement applies immediately with no inertia or damping.\n *\n * ```ts\n * const camera = new OrthographicCamera({\n * left: 0,\n * right: 1024,\n * top: 0,\n * bottom: 1024,\n * });\n *\n * const idetik = new Idetik({\n * canvas,\n * viewports: [{\n * camera,\n * layers: [imageLayer],\n * cameraControls: new PanZoomControls(camera),\n * }],\n * });\n * ```\n *\n * @group Controls\n */\nexport class PanZoomControls implements CameraControls {\n private readonly camera_: OrthographicCamera;\n private readonly scrollZoom_: ScrollZoomMode;\n private dragActive_ = false;\n private dragStart_: vec3 = vec3.create();\n\n /**\n * Creates pan and zoom controls for the given camera.\n *\n * @param camera - The orthographic camera to control.\n * @param params - Initialization properties.\n */\n constructor(camera: OrthographicCamera, params?: PanZoomControlsProps) {\n this.camera_ = camera;\n this.scrollZoom_ = params?.scrollZoom ?? \"always\";\n }\n\n /** Whether a pan drag is in progress. */\n public get isMoving(): boolean {\n return this.dragActive_;\n }\n\n /**\n * Handles a pointer or wheel event. Called automatically by the owning\n * viewport unless a layer stops propagation.\n *\n * @param event - The event with clip and world coordinates attached.\n */\n public onEvent(event: EventContext): void {\n switch (event.type) {\n case \"wheel\":\n this.onWheel(event);\n break;\n case \"pointerdown\":\n this.onPointerDown(event);\n break;\n case \"pointermove\":\n this.onPointerMove(event);\n break;\n case \"pointerup\":\n case \"pointercancel\":\n this.onPointerEnd(event);\n break;\n }\n }\n\n /**\n * Does nothing. Pan and zoom apply immediately with no inertia.\n *\n * @param _delta - Time since the last frame in seconds. Unused.\n */\n public onUpdate(_delta: number) {}\n\n private onWheel(event: EventContext) {\n if (!event.worldPos || !event.clipPos) return;\n const e = event.event as WheelEvent;\n\n if (this.scrollZoom_ === \"never\") return;\n if (this.scrollZoom_ === \"modifier\" && !(e.ctrlKey || e.metaKey)) return;\n\n // Prevent the page from scrolling, the default action for wheel events.\n e.preventDefault();\n\n const posBeforeZoom = vec3.clone(event.worldPos);\n const zoomFactor = e.deltaY < 0 ? 1.05 : 0.95;\n\n this.camera_.zoom(zoomFactor);\n\n const posAfterZoom = this.camera_.clipToWorld(event.clipPos);\n const delta = vec3.sub(vec3.create(), posBeforeZoom, posAfterZoom);\n this.camera_.pan(delta);\n }\n\n private onPointerDown(event: EventContext) {\n const e = event.event as PointerEvent;\n if (!event.worldPos || e.button !== LEFT_MOUSE_BUTTON) return;\n\n this.dragStart_ = vec3.clone(event.worldPos);\n this.dragActive_ = true;\n\n (e.target as Element)?.setPointerCapture?.(e.pointerId);\n }\n\n private onPointerMove(event: EventContext) {\n if (!this.dragActive_ || !event.worldPos) return;\n\n const delta = vec3.sub(vec3.create(), this.dragStart_, event.worldPos);\n this.camera_.pan(delta);\n }\n\n private onPointerEnd(event: EventContext) {\n const e = event.event as PointerEvent;\n if (!this.dragActive_ || e.button !== LEFT_MOUSE_BUTTON) return;\n\n this.dragActive_ = false;\n\n (e.target as Element)?.releasePointerCapture?.(e.pointerId);\n }\n}\n","import { Camera, CameraType } from \"./camera\";\nimport { glMatrix, mat4, vec3 } from \"gl-matrix\";\n\nconst DEFAULT_FOV = 60; // degrees\nconst DEFAULT_ASPECT_RATIO = 1.77; // 16:9\nconst MIN_FOV = 0.1; // degrees\nconst MAX_FOV = 180 - MIN_FOV; // degrees\n\n/**\n * Initialization properties for constructing a perspective camera.\n */\nexport type PerspectiveCameraProps = {\n /** Vertical field of view in degrees. 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Must at least get return value and 'this' types!\");\n var v = null !== g[1] && false, C = Ha(g), Ia = \"void\" !== g[0].name;\n r = [ya, r, h, Ga, g[0], g[1]];\n for (var w = 0; w < n - 2; ++w)\n r.push(g[w + 2]);\n if (!C)\n for (w = v ? 1 : 2; w < g.length; ++w)\n null !== g[w].G && r.push(g[w].G);\n C = Ha(g);\n w = g.length;\n var z = \"\", K = \"\";\n for (n = 0; n < w - 2; ++n)\n z += (0 !== n ? \", \" : \"\") + \"arg\" + n, K += (0 !== n ? \", \" : \"\") + \"arg\" + n + \"Wired\";\n z = `\n return function (${z}) {\n if (arguments.length !== ${w - 2}) {\n throwBindingError('function ${p} called with ' + arguments.length + ' arguments, expected ${w - 2}');\n }`;\n C && (z += \"var destructors = [];\\n\");\n var Ja = C ? \"destructors\" : \"null\", da = \"throwBindingError invoker fn runDestructors retType classParam\".split(\" \");\n v && (z += \"var thisWired = classParam['toWireType'](\" + Ja + \", this);\\n\");\n for (n = 0; n < w - 2; ++n)\n z += \"var arg\" + n + \"Wired = argType\" + n + \"['toWireType'](\" + Ja + \", arg\" + n + \"); // \" + g[n + 2].name + \"\\n\", da.push(\"argType\" + n);\n v && (K = \"thisWired\" + (0 < K.length ? \", \" : \"\") + K);\n z += (Ia || k ? \"var rv = \" : \"\") + \"invoker(fn\" + (0 < K.length ? \", \" : \"\") + K + \");\\n\";\n if (C)\n z += \"runDestructors(destructors);\\n\";\n else\n for (n = v ? 1 : 2; n < g.length; ++n)\n v = 1 === n ? \"thisWired\" : \"arg\" + (n - 2) + \"Wired\", null !== g[n].G && (z += v + \"_dtor(\" + v + \"); // \" + g[n].name + \"\\n\", da.push(v + \"_dtor\"));\n Ia && (z += \"var ret = retType['fromWireType'](rv);\\nreturn ret;\\n\");\n let [Ka, ob] = [da, z + \"}\\n\"];\n Ka.push(ob);\n g = La(Ka).apply(null, r);\n p = V(p, g);\n g = b - 1;\n if (!f.hasOwnProperty(m))\n throw new S(\"Replacing nonexistant public symbol\");\n void 0 !== f[m].C && void 0 !== g ? f[m].C[g] = p : (f[m] = p, f[m].O = g);\n return [];\n });\n },\n b: (a, b, c, d, e) => {\n b = N(b);\n -1 === e && (e = 4294967295);\n e = (l) => l;\n if (0 === d) {\n var h = 32 - 8 * c;\n e = (l) => l << h >>> h;\n }\n var k = b.includes(\"unsigned\") ? function(l, g) {\n return g >>> 0;\n } : function(l, g) {\n return g;\n };\n T(a, {\n name: b,\n fromWireType: e,\n toWireType: k,\n argPackAdvance: 8,\n readValueFromPointer: Xa(b, c, 0 !== d),\n G: null\n });\n },\n a: (a, b, c) => {\n function d(h) {\n return new e(A.buffer, G[h + 4 >> 2], G[h >> 2]);\n }\n var e = [Int8Array, Uint8Array, Int16Array, Uint16Array, Int32Array, Uint32Array, Float32Array, Float64Array][b];\n c = N(c);\n T(a, { name: c, fromWireType: d, argPackAdvance: 8, readValueFromPointer: d }, { P: true });\n },\n e: (a, b) => {\n b = N(b);\n var c = \"std::string\" === b;\n T(a, { name: b, fromWireType: function(d) {\n var e = G[d >> 2], h = d + 4;\n if (c)\n for (var k = h, l = 0; l <= e; ++l) {\n var g = h + l;\n if (l == e || 0 == B[g]) {\n k = k ? $a(B, k, g - k) : \"\";\n if (void 0 === m)\n var m = k;\n else\n m += String.fromCharCode(0), m += k;\n k = g + 1;\n }\n }\n else {\n m = Array(e);\n for (l = 0; l < e; ++l)\n m[l] = String.fromCharCode(B[h + l]);\n m = m.join(\"\");\n }\n W(d);\n return m;\n }, toWireType: function(d, e) {\n e instanceof ArrayBuffer && (e = new Uint8Array(e));\n var h, k = \"string\" == typeof e;\n if (!(k || e instanceof Uint8Array || e instanceof Uint8ClampedArray || e instanceof Int8Array))\n throw new R(\"Cannot pass non-string to std::string\");\n var l;\n if (c && k)\n for (h = l = 0; h < e.length; ++h) {\n var g = e.charCodeAt(h);\n 127 >= g ? l++ : 2047 >= g ? l += 2 : 55296 <= g && 57343 >= g ? (l += 4, ++h) : l += 3;\n }\n else\n l = e.length;\n h = l;\n l = mb(4 + h + 1);\n g = l + 4;\n G[l >> 2] = h;\n if (c && k) {\n if (k = g, g = h + 1, h = B, 0 < g) {\n g = k + g - 1;\n for (var m = 0; m < e.length; ++m) {\n var p = e.charCodeAt(m);\n if (55296 <= p && 57343 >= p) {\n var r = e.charCodeAt(++m);\n p = 65536 + ((p & 1023) << 10) | r & 1023;\n }\n if (127 >= p) {\n if (k >= g)\n break;\n h[k++] = p;\n } else {\n if (2047 >= p) {\n if (k + 1 >= g)\n break;\n h[k++] = 192 | p >> 6;\n } else {\n if (65535 >= p) {\n if (k + 2 >= g)\n break;\n h[k++] = 224 | p >> 12;\n } else {\n if (k + 3 >= g)\n break;\n h[k++] = 240 | p >> 18;\n h[k++] = 128 | p >> 12 & 63;\n }\n h[k++] = 128 | p >> 6 & 63;\n }\n h[k++] = 128 | p & 63;\n }\n }\n h[k] = 0;\n }\n } else if (k)\n for (k = 0; k < h; ++k) {\n m = e.charCodeAt(k);\n if (255 < m)\n throw W(g), new R(\"String has UTF-16 code units that do not fit in 8 bits\");\n B[g + k] = m;\n }\n else\n for (k = 0; k < h; ++k)\n B[g + k] = e[k];\n null !== d && d.push(W, l);\n return l;\n }, argPackAdvance: 8, readValueFromPointer: Ya, G(d) {\n W(d);\n } });\n },\n c: (a, b, c) => {\n c = N(c);\n if (2 === b) {\n var d = bb;\n var e = cb;\n var h = db;\n var k = () => E;\n var l = 1;\n } else\n 4 === b && (d = eb, e = fb, h = gb, k = () => G, l = 2);\n T(a, { name: c, fromWireType: (g) => {\n for (var m = G[g >> 2], p = k(), r, n = g + 4, v = 0; v <= m; ++v) {\n var C = g + 4 + v * b;\n if (v == m || 0 == p[C >> l])\n n = d(n, C - n), void 0 === r ? r = n : (r += String.fromCharCode(0), r += n), n = C + b;\n }\n W(g);\n return r;\n }, toWireType: (g, m) => {\n if (\"string\" != typeof m)\n throw new R(`Cannot pass non-string to C++ string type ${c}`);\n var p = h(m), r = mb(4 + p + b);\n G[r >> 2] = p >> l;\n e(m, r + 4, p + b);\n null !== g && g.push(W, r);\n return r;\n }, argPackAdvance: 8, readValueFromPointer: Ea, G(g) {\n W(g);\n } });\n },\n m: (a, b) => {\n b = N(b);\n T(a, { R: true, name: b, argPackAdvance: 0, fromWireType: () => {\n }, toWireType: () => {\n } });\n },\n g: Ca,\n j: (a) => {\n 4 < a && (U.get(a).L += 1);\n },\n f: (a, b) => {\n var c = P[a];\n if (void 0 === c)\n throw a = \"_emval_take_value has unknown type \" + Ua(a), new R(a);\n a = c;\n a = a.readValueFromPointer(b);\n return Da(a);\n },\n h: () => {\n x(\"\");\n },\n v: (a, b, c) => B.copyWithin(a, b, b + c),\n q: (a) => {\n var b = B.length;\n a >>>= 0;\n if (2147483648 < a)\n return false;\n for (var c = 1; 4 >= c; c *= 2) {\n var d = b * (1 + 0.2 / c);\n d = Math.min(d, a + 100663296);\n var e = Math;\n d = Math.max(a, d);\n a: {\n e = (e.min.call(e, 2147483648, d + (65536 - d % 65536) % 65536) - y.buffer.byteLength + 65535) / 65536;\n try {\n y.grow(e);\n ja();\n var h = 1;\n break a;\n } catch (k) {\n }\n h = void 0;\n }\n if (h)\n return true;\n }\n return false;\n },\n t: (a, b) => {\n var c = 0;\n jb().forEach((d, e) => {\n var h = b + c;\n e = G[a + 4 * e >> 2] = h;\n for (h = 0; h < d.length; ++h)\n A[e++ >> 0] = d.charCodeAt(h);\n A[e >> 0] = 0;\n c += d.length + 1;\n });\n return 0;\n },\n u: (a, b) => {\n var c = jb();\n G[a >> 2] = c.length;\n var d = 0;\n c.forEach((e) => d += e.length + 1);\n G[b >> 2] = d;\n return 0;\n },\n s: () => 52,\n n: function() {\n return 70;\n },\n r: (a, b, c, d) => {\n for (var e = 0, h = 0; h < c; h++) {\n var k = G[b >> 2], l = G[b + 4 >> 2];\n b += 8;\n for (var g = 0; g < l; g++) {\n var m = B[k + g], p = kb[a];\n 0 === m || 10 === m ? ((1 === a ? ea : t)($a(p, 0)), p.length = 0) : p.push(m);\n }\n e += l;\n }\n G[d >> 2] = e;\n return 0;\n }\n }, Y = function() {\n function a(c) {\n Y = c.exports;\n y = Y.w;\n ja();\n Pa = Y.A;\n la.unshift(Y.x);\n H--;\n f.monitorRunDependencies?.(H);\n 0 == H && (null !== I && (clearInterval(I), I = null), J && (c = J, J = null, c()));\n return Y;\n }\n var b = { a: nb };\n H++;\n f.monitorRunDependencies?.(H);\n if (f.instantiateWasm)\n try {\n return f.instantiateWasm(\n b,\n a\n );\n } catch (c) {\n t(`Module.instantiateWasm callback failed with error: ${c}`), q(c);\n }\n ta(b, function(c) {\n a(c.instance);\n }).catch(q);\n return {};\n }(), mb = (a) => (mb = Y.y)(a), W = (a) => (W = Y.z)(a), Ta = (a) => (Ta = Y.B)(a);\n f.dynCall_jiji = (a, b, c, d, e) => (f.dynCall_jiji = Y.D)(a, b, c, d, e);\n var Z;\n J = function pb() {\n Z || qb();\n Z || (J = pb);\n };\n function qb() {\n function a() {\n if (!Z && (Z = true, f.calledRun = true, !fa)) {\n M(la);\n aa(f);\n if (f.onRuntimeInitialized)\n f.onRuntimeInitialized();\n if (f.postRun)\n for (\"function\" == typeof f.postRun && (f.postRun = [f.postRun]); f.postRun.length; ) {\n var b = f.postRun.shift();\n ma.unshift(b);\n }\n M(ma);\n }\n }\n if (!(0 < H)) {\n if (f.preRun)\n for (\"function\" == typeof f.preRun && (f.preRun = [f.preRun]); f.preRun.length; )\n na();\n M(ka);\n 0 < H || (f.setStatus ? (f.setStatus(\"Running...\"), setTimeout(function() {\n setTimeout(function() {\n f.setStatus(\"\");\n }, 1);\n a();\n }, 1)) : a());\n }\n }\n if (f.preInit)\n for (\"function\" == typeof f.preInit && (f.preInit = [f.preInit]); 0 < f.preInit.length; )\n f.preInit.pop()();\n qb();\n return moduleArg.ready;\n };\n})();\nvar blosc_codec_default = blosc_codec;\n\n// codecs/blosc/blosc_codec.wasm\nvar blosc_codec_default2 = 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src/blosc.ts\nvar COMPRESSORS = /* @__PURE__ */ new Set([\"blosclz\", \"lz4\", \"lz4hc\", \"snappy\", \"zlib\", \"zstd\"]);\nvar emscriptenModule;\nvar init = () => blosc_codec_default({ noInitialRun: true, wasmBinary: blosc_codec_default2 });\nvar Blosc = class Blosc2 {\n static codecId = \"blosc\";\n static COMPRESSORS = [...COMPRESSORS];\n static NOSHUFFLE = 0 /* NOSHUFFLE */;\n static SHUFFLE = 1 /* SHUFFLE */;\n static BITSHUFFLE = 2 /* BITSHUFFLE */;\n static AUTOSHUFFLE = -1 /* AUTOSHUFFLE */;\n clevel;\n cname;\n shuffle;\n blocksize;\n constructor(clevel = 5, cname = \"lz4\", shuffle = 1 /* SHUFFLE */, blocksize = 0) {\n if (clevel < 0 || clevel > 9) {\n throw new Error(`Invalid compression level: '${clevel}'. It should be between 0 and 9`);\n }\n if (!COMPRESSORS.has(cname)) {\n throw new Error(\n `Invalid compressor '${cname}'. Valid compressors include\n 'blosclz', 'lz4', 'lz4hc','snappy', 'zlib', 'zstd'.`\n );\n }\n if (shuffle < -1 || shuffle > 2) {\n throw new Error(\n `Invalid shuffle ${shuffle}. Must be one of 0 (NOSHUFFLE),\n 1 (SHUFFLE), 2 (BITSHUFFLE), -1 (AUTOSHUFFLE).`\n );\n }\n this.blocksize = blocksize;\n this.clevel = clevel;\n this.cname = cname;\n this.shuffle = shuffle;\n }\n static fromConfig({ blocksize, clevel, cname, shuffle }) {\n return new Blosc2(clevel, cname, shuffle, blocksize);\n }\n async encode(data) {\n if (!emscriptenModule) {\n emscriptenModule = init();\n }\n const module = await emscriptenModule;\n const view = module.compress(data, this.cname, this.clevel, this.shuffle, this.blocksize);\n const result = new Uint8Array(view);\n module.free_result();\n return result;\n }\n async decode(data, out) {\n if (!emscriptenModule) {\n emscriptenModule = init();\n }\n const module = await emscriptenModule;\n const view = module.decompress(data);\n const result = new Uint8Array(view);\n module.free_result();\n if (out !== void 0) {\n out.set(result);\n return out;\n }\n return result;\n }\n};\nvar blosc_default = Blosc;\nexport {\n blosc_default as default\n};\n","import {\n __toBinary\n} from \"./chunk-INHXZS53.js\";\n\n// codecs/lz4/lz4_codec.js\nvar lz4_codec = (() => {\n var _scriptDir = typeof document !== \"undefined\" && document.currentScript ? document.currentScript.src : void 0;\n return function(moduleArg = {}) {\n var f = moduleArg, aa, t;\n f.ready = new Promise((a, b) => {\n aa = a;\n t = b;\n });\n var ba = Object.assign({}, f), u = f.printErr || console.error.bind(console);\n Object.assign(f, ba);\n ba = null;\n var v;\n f.wasmBinary && (v = f.wasmBinary);\n \"object\" != typeof WebAssembly && x(\"no native wasm support detected\");\n var z, da = false, C, D, E, F, G, H, ea, fa;\n function ha() {\n var a = z.buffer;\n f.HEAP8 = C = new Int8Array(a);\n f.HEAP16 = E = new Int16Array(a);\n f.HEAPU8 = D = new Uint8Array(a);\n f.HEAPU16 = F = new Uint16Array(a);\n f.HEAP32 = G = new Int32Array(a);\n f.HEAPU32 = H = new Uint32Array(a);\n f.HEAPF32 = ea = new Float32Array(a);\n f.HEAPF64 = fa = new Float64Array(a);\n }\n var ia = [], ja = [], ka = [];\n function la() {\n var a = f.preRun.shift();\n ia.unshift(a);\n }\n var I = 0, J = null, L = null;\n function x(a) {\n f.onAbort?.(a);\n a = \"Aborted(\" + a + \")\";\n u(a);\n da = true;\n a = new WebAssembly.RuntimeError(a + \". Build with -sASSERTIONS for more info.\");\n t(a);\n throw a;\n }\n var ma = (a) => a.startsWith(\"data:application/octet-stream;base64,\"), na = (a) => a.startsWith(\"file://\"), M;\n M = \"lz4_codec.wasm\";\n if (!ma(M)) {\n var oa = M;\n M = f.locateFile ? f.locateFile(oa, \"\") : \"\" + oa;\n }\n function pa(a) {\n return Promise.resolve().then(() => {\n if (a == M && v)\n var b = new Uint8Array(v);\n else\n throw \"both async and sync fetching of the wasm failed\";\n return b;\n });\n }\n function qa(a, b, c) {\n return pa(a).then((d) => WebAssembly.instantiate(d, b)).then((d) => d).then(c, (d) => {\n u(`failed to asynchronously prepare wasm: ${d}`);\n x(d);\n });\n }\n function ra(a, b) {\n var c = M;\n return v || \"function\" != typeof WebAssembly.instantiateStreaming || ma(c) || na(c) || \"function\" != typeof fetch ? qa(c, a, b) : fetch(c, { credentials: \"same-origin\" }).then((d) => WebAssembly.instantiateStreaming(d, a).then(b, function(e) {\n u(`wasm streaming compile failed: ${e}`);\n u(\"falling back to ArrayBuffer instantiation\");\n return qa(c, a, b);\n }));\n }\n var N = (a) => {\n for (; 0 < a.length; )\n a.shift()(f);\n };\n function sa(a) {\n this.D = a - 24;\n this.K = function(b) {\n H[this.D + 4 >> 2] = b;\n };\n this.J = function(b) {\n H[this.D + 8 >> 2] = b;\n };\n this.F = function(b, c) {\n this.G();\n this.K(b);\n this.J(c);\n };\n this.G = function() {\n H[this.D + 16 >> 2] = 0;\n };\n }\n var ta = 0, ua = 0, va, O = (a) => {\n for (var b = \"\"; D[a]; )\n b += va[D[a++]];\n return b;\n }, P = {}, Q = {}, R = {}, S, wa = (a) => {\n throw new S(a);\n }, T, xa = (a, b) => {\n function c(l) {\n l = b(l);\n if (l.length !== d.length)\n throw new T(\"Mismatched type converter count\");\n for (var g = 0; g < d.length; ++g)\n U(d[g], l[g]);\n }\n var d = [];\n d.forEach(function(l) {\n R[l] = a;\n });\n var e = Array(a.length), h = [], k = 0;\n a.forEach((l, g) => {\n Q.hasOwnProperty(l) ? e[g] = Q[l] : (h.push(l), P.hasOwnProperty(l) || (P[l] = []), P[l].push(() => {\n e[g] = Q[l];\n ++k;\n k === h.length && c(e);\n }));\n });\n 0 === h.length && c(e);\n };\n function ya(a, b, c = {}) {\n var d = b.name;\n if (!a)\n throw new S(`type \"${d}\" must have a positive integer typeid pointer`);\n if (Q.hasOwnProperty(a)) {\n if (c.M)\n return;\n throw new S(`Cannot register type '${d}' twice`);\n }\n Q[a] = b;\n delete R[a];\n P.hasOwnProperty(a) && (b = P[a], delete P[a], b.forEach((e) => e()));\n }\n function U(a, b, c = {}) {\n if (!(\"argPackAdvance\" in b))\n throw new TypeError(\"registerType registeredInstance requires argPackAdvance\");\n ya(a, b, c);\n }\n function za() {\n this.B = [void 0];\n this.H = [];\n }\n var V = new za(), Aa = (a) => {\n a >= V.D && 0 === --V.get(a).I && V.G(a);\n }, Ba = (a) => {\n switch (a) {\n case void 0:\n return 1;\n case null:\n return 2;\n case true:\n return 3;\n case false:\n return 4;\n default:\n return V.F({ I: 1, value: a });\n }\n };\n function Ca(a) {\n return this.fromWireType(G[a >> 2]);\n }\n var Da = (a, b) => {\n switch (b) {\n case 4:\n return function(c) {\n return this.fromWireType(ea[c >> 2]);\n };\n case 8:\n return function(c) {\n return this.fromWireType(fa[c >> 3]);\n };\n default:\n throw new TypeError(`invalid float width (${b}): ${a}`);\n }\n }, Ga = (a, b) => Object.defineProperty(b, \"name\", { value: a }), Ha = (a) => {\n for (; a.length; ) {\n var b = a.pop();\n a.pop()(b);\n }\n };\n function Ia(a) {\n for (var b = 1; b < a.length; ++b)\n if (null !== a[b] && void 0 === a[b].C)\n return true;\n return false;\n }\n function Ja(a) {\n var b = Function;\n if (!(b instanceof Function))\n throw new TypeError(`new_ called with constructor type ${typeof b} which is not a function`);\n var c = Ga(b.name || \"unknownFunctionName\", function() {\n });\n c.prototype = b.prototype;\n c = new c();\n a = b.apply(c, a);\n return a instanceof Object ? a : c;\n }\n var Ka = (a, b) => {\n if (void 0 === f[a].A) {\n var c = f[a];\n f[a] = function() {\n if (!f[a].A.hasOwnProperty(arguments.length))\n throw new S(`Function '${b}' called with an invalid number of arguments (${arguments.length}) - expects one of (${f[a].A})!`);\n return f[a].A[arguments.length].apply(this, arguments);\n };\n f[a].A = [];\n f[a].A[c.L] = c;\n }\n }, La = (a, b, c) => {\n if (f.hasOwnProperty(a)) {\n if (void 0 === c || void 0 !== f[a].A && void 0 !== f[a].A[c])\n throw new S(`Cannot register public name '${a}' twice`);\n Ka(a, a);\n if (f.hasOwnProperty(c))\n throw new S(`Cannot register multiple overloads of a function with the same number of arguments (${c})!`);\n f[a].A[c] = b;\n } else\n f[a] = b, void 0 !== c && (f[a].O = c);\n }, Ma = (a, b) => {\n for (var c = [], d = 0; d < a; d++)\n c.push(H[b + 4 * d >> 2]);\n return c;\n }, Na, Oa = (a, b) => {\n var c = [];\n return function() {\n c.length = 0;\n Object.assign(c, arguments);\n if (a.includes(\"j\")) {\n var d = f[\"dynCall_\" + a];\n d = c && c.length ? d.apply(null, [b].concat(c)) : d.call(null, b);\n } else\n d = Na.get(b).apply(null, c);\n return d;\n };\n }, Pa = (a, b) => {\n a = O(a);\n var c = a.includes(\"j\") ? Oa(a, b) : Na.get(b);\n if (\"function\" != typeof c)\n throw new S(`unknown function pointer with signature ${a}: ${b}`);\n return c;\n }, Qa, Sa = (a) => {\n a = Ra(a);\n var b = O(a);\n W(a);\n return b;\n }, Ta = (a, b) => {\n function c(h) {\n e[h] || Q[h] || (R[h] ? R[h].forEach(c) : (d.push(h), e[h] = true));\n }\n var d = [], e = {};\n b.forEach(c);\n throw new Qa(`${a}: ` + d.map(Sa).join([\", \"]));\n }, Ua = (a) => {\n a = a.trim();\n const b = a.indexOf(\"(\");\n return -1 !== b ? a.substr(0, b) : a;\n }, Va = (a, b, c) => {\n switch (b) {\n case 1:\n return c ? (d) => C[d >> 0] : (d) => D[d >> 0];\n case 2:\n return c ? (d) => E[d >> 1] : (d) => F[d >> 1];\n case 4:\n return c ? (d) => G[d >> 2] : (d) => H[d >> 2];\n default:\n throw new TypeError(`invalid integer width (${b}): ${a}`);\n }\n };\n function Wa(a) {\n return this.fromWireType(H[a >> 2]);\n }\n for (var Xa = \"undefined\" != typeof TextDecoder ? new TextDecoder(\"utf8\") : void 0, Ya = \"undefined\" != typeof TextDecoder ? new TextDecoder(\"utf-16le\") : void 0, Za = (a, b) => {\n var c = a >> 1;\n for (var d = c + b / 2; !(c >= d) && F[c]; )\n ++c;\n c <<= 1;\n if (32 < c - a && Ya)\n return Ya.decode(D.subarray(a, c));\n c = \"\";\n for (d = 0; !(d >= b / 2); ++d) {\n var e = E[a + 2 * d >> 1];\n if (0 == e)\n break;\n c += String.fromCharCode(e);\n }\n return c;\n }, $a = (a, b, c) => {\n c ??= 2147483647;\n if (2 > c)\n return 0;\n c -= 2;\n var d = b;\n c = c < 2 * a.length ? c / 2 : a.length;\n for (var e = 0; e < c; ++e)\n E[b >> 1] = a.charCodeAt(e), b += 2;\n E[b >> 1] = 0;\n return b - d;\n }, ab = (a) => 2 * a.length, bb = (a, b) => {\n for (var c = 0, d = \"\"; !(c >= b / 4); ) {\n var e = G[a + 4 * c >> 2];\n if (0 == e)\n break;\n ++c;\n 65536 <= e ? (e -= 65536, d += String.fromCharCode(55296 | e >> 10, 56320 | e & 1023)) : d += String.fromCharCode(e);\n }\n return d;\n }, cb = (a, b, c) => {\n c ??= 2147483647;\n if (4 > c)\n return 0;\n var d = b;\n c = d + c - 4;\n for (var e = 0; e < a.length; ++e) {\n var h = a.charCodeAt(e);\n if (55296 <= h && 57343 >= h) {\n var k = a.charCodeAt(++e);\n h = 65536 + ((h & 1023) << 10) | k & 1023;\n }\n G[b >> 2] = h;\n b += 4;\n if (b + 4 > c)\n break;\n }\n G[b >> 2] = 0;\n return b - d;\n }, db = (a) => {\n for (var b = 0, c = 0; c < a.length; ++c) {\n var d = a.charCodeAt(c);\n 55296 <= d && 57343 >= d && ++c;\n b += 4;\n }\n return b;\n }, eb = Array(256), X = 0; 256 > X; ++X)\n eb[X] = String.fromCharCode(X);\n va = eb;\n S = f.BindingError = class extends Error {\n constructor(a) {\n super(a);\n this.name = \"BindingError\";\n }\n };\n T = f.InternalError = class extends Error {\n constructor(a) {\n super(a);\n this.name = \"InternalError\";\n }\n };\n Object.assign(za.prototype, { get(a) {\n return this.B[a];\n }, has(a) {\n return void 0 !== this.B[a];\n }, F(a) {\n var b = this.H.pop() || this.B.length;\n this.B[b] = a;\n return b;\n }, G(a) {\n this.B[a] = void 0;\n this.H.push(a);\n } });\n V.B.push({ value: void 0 }, { value: null }, { value: true }, { value: false });\n V.D = V.B.length;\n f.count_emval_handles = () => {\n for (var a = 0, b = V.D; b < V.B.length; ++b)\n void 0 !== V.B[b] && ++a;\n return a;\n };\n Qa = f.UnboundTypeError = ((a, b) => {\n var c = Ga(b, function(d) {\n this.name = b;\n this.message = d;\n d = Error(d).stack;\n void 0 !== d && (this.stack = this.toString() + \"\\n\" + d.replace(/^Error(:[^\\n]*)?\\n/, \"\"));\n });\n c.prototype = Object.create(a.prototype);\n c.prototype.constructor = c;\n c.prototype.toString = function() {\n return void 0 === this.message ? this.name : `${this.name}: ${this.message}`;\n };\n return c;\n })(Error, \"UnboundTypeError\");\n var gb = { n: (a, b, c) => {\n new sa(a).F(b, c);\n ta = a;\n ua++;\n throw ta;\n }, o: () => {\n }, l: (a, b, c, d) => {\n b = O(b);\n U(a, { name: b, fromWireType: function(e) {\n return !!e;\n }, toWireType: function(e, h) {\n return h ? c : d;\n }, argPackAdvance: 8, readValueFromPointer: function(e) {\n return this.fromWireType(D[e]);\n }, C: null });\n }, k: (a, b) => {\n b = O(b);\n U(a, { name: b, fromWireType: (c) => {\n if (!c)\n throw new S(\"Cannot use deleted val. handle = \" + c);\n var d = V.get(c).value;\n Aa(c);\n return d;\n }, toWireType: (c, d) => Ba(d), argPackAdvance: 8, readValueFromPointer: Ca, C: null });\n }, i: (a, b, c) => {\n b = O(b);\n U(a, { name: b, fromWireType: (d) => d, toWireType: (d, e) => e, argPackAdvance: 8, readValueFromPointer: Da(b, c), C: null });\n }, d: (a, b, c, d, e, h, k) => {\n var l = Ma(b, c);\n a = O(a);\n a = Ua(a);\n e = Pa(d, e);\n La(a, function() {\n Ta(`Cannot call ${a} due to unbound types`, l);\n }, b - 1);\n xa(l, function(g) {\n var n = a;\n var p = a;\n g = [g[0], null].concat(g.slice(1));\n var q = e, m = g.length;\n if (2 > m)\n throw new S(\"argTypes array size mismatch! Must at least get return value and 'this' types!\");\n var r = null !== g[1] && false, y = Ia(g), A = \"void\" !== g[0].name;\n q = [wa, q, h, Ha, g[0], g[1]];\n for (var w = 0; w < m - 2; ++w)\n q.push(g[w + 2]);\n if (!y)\n for (w = r ? 1 : 2; w < g.length; ++w)\n null !== g[w].C && q.push(g[w].C);\n y = Ia(g);\n w = g.length;\n var B = \"\", K = \"\";\n for (m = 0; m < w - 2; ++m)\n B += (0 !== m ? \", \" : \"\") + \"arg\" + m, K += (0 !== m ? \", \" : \"\") + \"arg\" + m + \"Wired\";\n B = `\n return function (${B}) {\n if (arguments.length !== ${w - 2}) {\n throwBindingError('function ${p} called with ' + arguments.length + ' arguments, expected ${w - 2}');\n }`;\n y && (B += \"var destructors = [];\\n\");\n var Ea = y ? \"destructors\" : \"null\", ca = \"throwBindingError invoker fn runDestructors retType classParam\".split(\" \");\n r && (B += \"var thisWired = classParam['toWireType'](\" + Ea + \", this);\\n\");\n for (m = 0; m < w - 2; ++m)\n B += \"var arg\" + m + \"Wired = argType\" + m + \"['toWireType'](\" + Ea + \", arg\" + m + \"); // \" + g[m + 2].name + \"\\n\", ca.push(\"argType\" + m);\n r && (K = \"thisWired\" + (0 < K.length ? \", \" : \"\") + K);\n B += (A || k ? \"var rv = \" : \"\") + \"invoker(fn\" + (0 < K.length ? \", \" : \"\") + K + \");\\n\";\n if (y)\n B += \"runDestructors(destructors);\\n\";\n else\n for (m = r ? 1 : 2; m < g.length; ++m)\n r = 1 === m ? \"thisWired\" : \"arg\" + (m - 2) + \"Wired\", null !== g[m].C && (B += r + \"_dtor(\" + r + \"); // \" + g[m].name + \"\\n\", ca.push(r + \"_dtor\"));\n A && (B += \"var ret = retType['fromWireType'](rv);\\nreturn ret;\\n\");\n let [Fa, hb] = [ca, B + \"}\\n\"];\n Fa.push(hb);\n g = Ja(Fa).apply(null, q);\n p = Ga(p, g);\n g = b - 1;\n if (!f.hasOwnProperty(n))\n throw new T(\"Replacing nonexistant public symbol\");\n void 0 !== f[n].A && void 0 !== g ? f[n].A[g] = p : (f[n] = p, f[n].L = g);\n return [];\n });\n }, b: (a, b, c, d, e) => {\n b = O(b);\n -1 === e && (e = 4294967295);\n e = (l) => l;\n if (0 === d) {\n var h = 32 - 8 * c;\n e = (l) => l << h >>> h;\n }\n var k = b.includes(\"unsigned\") ? function(l, g) {\n return g >>> 0;\n } : function(l, g) {\n return g;\n };\n U(a, {\n name: b,\n fromWireType: e,\n toWireType: k,\n argPackAdvance: 8,\n readValueFromPointer: Va(b, c, 0 !== d),\n C: null\n });\n }, a: (a, b, c) => {\n function d(h) {\n return new e(C.buffer, H[h + 4 >> 2], H[h >> 2]);\n }\n var e = [Int8Array, Uint8Array, Int16Array, Uint16Array, Int32Array, Uint32Array, Float32Array, Float64Array][b];\n c = O(c);\n U(a, { name: c, fromWireType: d, argPackAdvance: 8, readValueFromPointer: d }, { M: true });\n }, e: (a, b) => {\n b = O(b);\n var c = \"std::string\" === b;\n U(a, { name: b, fromWireType: function(d) {\n var e = H[d >> 2], h = d + 4;\n if (c)\n for (var k = h, l = 0; l <= e; ++l) {\n var g = h + l;\n if (l == e || 0 == D[g]) {\n if (k) {\n var n = k;\n var p = D, q = n + (g - k);\n for (k = n; p[k] && !(k >= q); )\n ++k;\n if (16 < k - n && p.buffer && Xa)\n n = Xa.decode(p.subarray(n, k));\n else {\n for (q = \"\"; n < k; ) {\n var m = p[n++];\n if (m & 128) {\n var r = p[n++] & 63;\n if (192 == (m & 224))\n q += String.fromCharCode((m & 31) << 6 | r);\n else {\n var y = p[n++] & 63;\n m = 224 == (m & 240) ? (m & 15) << 12 | r << 6 | y : (m & 7) << 18 | r << 12 | y << 6 | p[n++] & 63;\n 65536 > m ? q += String.fromCharCode(m) : (m -= 65536, q += String.fromCharCode(55296 | m >> 10, 56320 | m & 1023));\n }\n } else\n q += String.fromCharCode(m);\n }\n n = q;\n }\n } else\n n = \"\";\n if (void 0 === A)\n var A = n;\n else\n A += String.fromCharCode(0), A += n;\n k = g + 1;\n }\n }\n else {\n A = Array(e);\n for (l = 0; l < e; ++l)\n A[l] = String.fromCharCode(D[h + l]);\n A = A.join(\"\");\n }\n W(d);\n return A;\n }, toWireType: function(d, e) {\n e instanceof ArrayBuffer && (e = new Uint8Array(e));\n var h, k = \"string\" == typeof e;\n if (!(k || e instanceof Uint8Array || e instanceof Uint8ClampedArray || e instanceof Int8Array))\n throw new S(\"Cannot pass non-string to std::string\");\n var l;\n if (c && k)\n for (h = l = 0; h < e.length; ++h) {\n var g = e.charCodeAt(h);\n 127 >= g ? l++ : 2047 >= g ? l += 2 : 55296 <= g && 57343 >= g ? (l += 4, ++h) : l += 3;\n }\n else\n l = e.length;\n h = l;\n l = fb(4 + h + 1);\n g = l + 4;\n H[l >> 2] = h;\n if (c && k) {\n if (k = g, g = h + 1, h = D, 0 < g) {\n g = k + g - 1;\n for (var n = 0; n < e.length; ++n) {\n var p = e.charCodeAt(n);\n if (55296 <= p && 57343 >= p) {\n var q = e.charCodeAt(++n);\n p = 65536 + ((p & 1023) << 10) | q & 1023;\n }\n if (127 >= p) {\n if (k >= g)\n break;\n h[k++] = p;\n } else {\n if (2047 >= p) {\n if (k + 1 >= g)\n break;\n h[k++] = 192 | p >> 6;\n } else {\n if (65535 >= p) {\n if (k + 2 >= g)\n break;\n h[k++] = 224 | p >> 12;\n } else {\n if (k + 3 >= g)\n break;\n h[k++] = 240 | p >> 18;\n h[k++] = 128 | p >> 12 & 63;\n }\n h[k++] = 128 | p >> 6 & 63;\n }\n h[k++] = 128 | p & 63;\n }\n }\n h[k] = 0;\n }\n } else if (k)\n for (k = 0; k < h; ++k) {\n n = e.charCodeAt(k);\n if (255 < n)\n throw W(g), new S(\"String has UTF-16 code units that do not fit in 8 bits\");\n D[g + k] = n;\n }\n else\n for (k = 0; k < h; ++k)\n D[g + k] = e[k];\n null !== d && d.push(W, l);\n return l;\n }, argPackAdvance: 8, readValueFromPointer: Wa, C(d) {\n W(d);\n } });\n }, c: (a, b, c) => {\n c = O(c);\n if (2 === b) {\n var d = Za;\n var e = $a;\n var h = ab;\n var k = () => F;\n var l = 1;\n } else\n 4 === b && (d = bb, e = cb, h = db, k = () => H, l = 2);\n U(a, { name: c, fromWireType: (g) => {\n for (var n = H[g >> 2], p = k(), q, m = g + 4, r = 0; r <= n; ++r) {\n var y = g + 4 + r * b;\n if (r == n || 0 == p[y >> l])\n m = d(m, y - m), void 0 === q ? q = m : (q += String.fromCharCode(0), q += m), m = y + b;\n }\n W(g);\n return q;\n }, toWireType: (g, n) => {\n if (\"string\" != typeof n)\n throw new S(`Cannot pass non-string to C++ string type ${c}`);\n var p = h(n), q = fb(4 + p + b);\n H[q >> 2] = p >> l;\n e(n, q + 4, p + b);\n null !== g && g.push(W, q);\n return q;\n }, argPackAdvance: 8, readValueFromPointer: Ca, C(g) {\n W(g);\n } });\n }, m: (a, b) => {\n b = O(b);\n U(a, { N: true, name: b, argPackAdvance: 0, fromWireType: () => {\n }, toWireType: () => {\n } });\n }, g: Aa, j: (a) => {\n 4 < a && (V.get(a).I += 1);\n }, f: (a, b) => {\n var c = Q[a];\n if (void 0 === c)\n throw a = \"_emval_take_value has unknown type \" + Sa(a), new S(a);\n a = c;\n a = a.readValueFromPointer(b);\n return Ba(a);\n }, h: () => {\n x(\"\");\n }, q: (a, b, c) => D.copyWithin(a, b, b + c), p: (a) => {\n var b = D.length;\n a >>>= 0;\n if (2147483648 < a)\n return false;\n for (var c = 1; 4 >= c; c *= 2) {\n var d = b * (1 + 0.2 / c);\n d = Math.min(d, a + 100663296);\n var e = Math;\n d = Math.max(a, d);\n a: {\n e = (e.min.call(e, 2147483648, d + (65536 - d % 65536) % 65536) - z.buffer.byteLength + 65535) / 65536;\n try {\n z.grow(e);\n ha();\n var h = 1;\n break a;\n } catch (k) {\n }\n h = void 0;\n }\n if (h)\n return true;\n }\n return false;\n } }, Y = function() {\n function a(c) {\n Y = c.exports;\n z = Y.r;\n ha();\n Na = Y.w;\n ja.unshift(Y.s);\n I--;\n f.monitorRunDependencies?.(I);\n 0 == I && (null !== J && (clearInterval(J), J = null), L && (c = L, L = null, c()));\n return Y;\n }\n var b = { a: gb };\n I++;\n f.monitorRunDependencies?.(I);\n if (f.instantiateWasm)\n try {\n return f.instantiateWasm(\n b,\n a\n );\n } catch (c) {\n u(`Module.instantiateWasm callback failed with error: ${c}`), t(c);\n }\n ra(b, function(c) {\n a(c.instance);\n }).catch(t);\n return {};\n }(), fb = (a) => (fb = Y.t)(a), W = (a) => (W = Y.u)(a), Ra = (a) => (Ra = Y.v)(a), Z;\n L = function ib() {\n Z || jb();\n Z || (L = ib);\n };\n function jb() {\n function a() {\n if (!Z && (Z = true, f.calledRun = true, !da)) {\n N(ja);\n aa(f);\n if (f.onRuntimeInitialized)\n f.onRuntimeInitialized();\n if (f.postRun)\n for (\"function\" == typeof f.postRun && (f.postRun = [f.postRun]); f.postRun.length; ) {\n var b = f.postRun.shift();\n ka.unshift(b);\n }\n N(ka);\n }\n }\n if (!(0 < I)) {\n if (f.preRun)\n for (\"function\" == typeof f.preRun && (f.preRun = [f.preRun]); f.preRun.length; )\n la();\n N(ia);\n 0 < I || (f.setStatus ? (f.setStatus(\"Running...\"), setTimeout(function() {\n setTimeout(function() {\n f.setStatus(\"\");\n }, 1);\n a();\n }, 1)) : a());\n }\n }\n if (f.preInit)\n for (\"function\" == typeof f.preInit && (f.preInit = [f.preInit]); 0 < f.preInit.length; )\n f.preInit.pop()();\n jb();\n return moduleArg.ready;\n };\n})();\nvar lz4_codec_default = lz4_codec;\n\n// codecs/lz4/lz4_codec.wasm\nvar lz4_codec_default2 = 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\");\n\n// src/lz4.ts\nvar DEFAULT_ACCELERATION = 1;\nvar MAX_BUFFER_SIZE = 2113929216;\nvar emscriptenModule;\nvar init = () => lz4_codec_default({ noInitialRun: true, wasmBinary: lz4_codec_default2 });\nvar LZ4 = class LZ42 {\n static codecId = \"lz4\";\n static DEFAULT_ACCELERATION = DEFAULT_ACCELERATION;\n static max_buffer_size = MAX_BUFFER_SIZE;\n max_buffer_size = MAX_BUFFER_SIZE;\n acceleration;\n constructor(acceleration = DEFAULT_ACCELERATION) {\n if (!Number.isInteger(acceleration)) {\n throw Error(`Invalid acceleration \"${acceleration}\". Must be a positive integer.`);\n }\n this.acceleration = acceleration <= 0 ? DEFAULT_ACCELERATION : acceleration;\n }\n static fromConfig({ acceleration }) {\n return new LZ42(acceleration);\n }\n async encode(data) {\n if (!emscriptenModule) {\n emscriptenModule = init();\n }\n if (data.length > MAX_BUFFER_SIZE) {\n throw Error(`Codec does not support buffers of > ${MAX_BUFFER_SIZE} bytes.`);\n }\n const module = await emscriptenModule;\n const view = module.compress(data, this.acceleration);\n const result = new Uint8Array(view);\n module.free_result();\n return result;\n }\n async decode(data, out) {\n if (!emscriptenModule) {\n emscriptenModule = init();\n }\n if (data.length > MAX_BUFFER_SIZE) {\n throw Error(`Codec does not support buffers of > ${MAX_BUFFER_SIZE} bytes.`);\n }\n const module = await emscriptenModule;\n const view = module.decompress(data);\n const result = new Uint8Array(view);\n module.free_result();\n if (out !== void 0) {\n out.set(result);\n return out;\n }\n return result;\n }\n};\nvar lz4_default = LZ4;\nexport {\n lz4_default as default\n};\n","import {\n __toBinary\n} from \"./chunk-INHXZS53.js\";\n\n// codecs/zstd/zstd_codec.js\nvar zstd_codec = (() => {\n var _scriptName = typeof document != \"undefined\" ? document.currentScript?.src : void 0;\n return function(moduleArg = {}) {\n var moduleRtn;\n var f = moduleArg, aa, q, ba = new Promise((a, b) => {\n aa = a;\n q = b;\n }), ca = Object.assign({}, f), r = f.printErr || console.error.bind(console);\n Object.assign(f, ca);\n ca = null;\n var t;\n f.wasmBinary && (t = f.wasmBinary);\n var u, da = false, x, z, A, B, D, E, ea, ha;\n function ia() {\n var a = u.buffer;\n f.HEAP8 = x = new Int8Array(a);\n f.HEAP16 = A = new Int16Array(a);\n f.HEAPU8 = z = new Uint8Array(a);\n f.HEAPU16 = B = new Uint16Array(a);\n f.HEAP32 = D = new Int32Array(a);\n f.HEAPU32 = E = new Uint32Array(a);\n f.HEAPF32 = ea = new Float32Array(a);\n f.HEAPF64 = ha = new Float64Array(a);\n }\n var ja = [], ka = [], la = [], ma = false;\n function na() {\n var a = f.preRun.shift();\n ja.unshift(a);\n }\n var F = 0, H = null, I = null;\n function oa(a) {\n f.onAbort?.(a);\n a = \"Aborted(\" + a + \")\";\n r(a);\n da = true;\n a += \". Build with -sASSERTIONS for more info.\";\n ma && pa();\n a = new WebAssembly.RuntimeError(a);\n q(a);\n throw a;\n }\n var qa = (a) => a.startsWith(\"data:application/octet-stream;base64,\"), ra = (a) => a.startsWith(\"file://\"), J;\n function sa(a) {\n if (a == J && t)\n return new Uint8Array(t);\n throw \"both async and sync fetching of the wasm failed\";\n }\n function ta(a) {\n return t ? 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(d) => D[d >> 2] : (d) => E[d >> 2];\n default:\n throw new TypeError(`invalid integer width (${b}): ${a}`);\n }\n }, Xa = \"undefined\" != typeof TextDecoder ? new TextDecoder() : void 0, Ya = (a, b) => {\n var c = z, d = a + b;\n for (b = a; c[b] && !(b >= d); )\n ++b;\n if (16 < b - a && c.buffer && Xa)\n return Xa.decode(c.subarray(a, b));\n for (d = \"\"; a < b; ) {\n var e = c[a++];\n if (e & 128) {\n var h = c[a++] & 63;\n if (192 == (e & 224))\n d += String.fromCharCode((e & 31) << 6 | h);\n else {\n var l = c[a++] & 63;\n e = 224 == (e & 240) ? 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Ya(b) : \"\";\n W(b);\n if (d) {\n var e = d ? Ya(d) : \"\";\n W(d);\n }\n mb(a);\n return [c, e];\n };\n for (var nb = Array(256), Y = 0; 256 > Y; ++Y)\n nb[Y] = String.fromCharCode(Y);\n wa = nb;\n Q = f.BindingError = class extends Error {\n constructor(a) {\n super(a);\n this.name = \"BindingError\";\n }\n };\n R = f.InternalError = class extends Error {\n constructor(a) {\n super(a);\n this.name = \"InternalError\";\n }\n };\n U.push(0, 1, void 0, 1, null, 1, true, 1, false, 1);\n f.count_emval_handles = () => U.length / 2 - 5 - T.length;\n Ra = f.UnboundTypeError = ((a, b) => {\n var c = Da(b, function(d) {\n this.name = b;\n this.message = d;\n d = Error(d).stack;\n void 0 !== d && (this.stack = this.toString() + \"\\n\" + d.replace(/^Error(:[^\\n]*)?\\n/, \"\"));\n });\n c.prototype = Object.create(a.prototype);\n c.prototype.constructor = c;\n c.prototype.toString = function() {\n return void 0 === this.message ? this.name : `${this.name}: ${this.message}`;\n };\n return c;\n })(Error, \"UnboundTypeError\");\n var pb = { l: () => {\n oa(\"\");\n }, k: () => {\n }, i: (a, b, c, d) => {\n b = L(b);\n S(a, { name: b, fromWireType: function(e) {\n return !!e;\n }, toWireType: function(e, h) {\n return h ? c : d;\n }, argPackAdvance: 8, readValueFromPointer: function(e) {\n return this.fromWireType(z[e]);\n }, F: null });\n }, h: (a) => S(a, Ba), e: (a, b, c) => {\n b = L(b);\n S(a, { name: b, fromWireType: (d) => d, toWireType: (d, e) => e, argPackAdvance: 8, readValueFromPointer: Ca(b, c), F: null });\n }, d: (a, b, c, d, e, h, l) => {\n var k = Ja(b, c);\n a = L(a);\n a = Va(a);\n e = Qa(d, e);\n Ia(a, function() {\n Ua(`Cannot call ${a} due to unbound types`, k);\n }, b - 1);\n ya(\n k,\n (g) => {\n var m = a;\n var n = a;\n g = [g[0], null].concat(g.slice(1));\n var w = e, p = g.length;\n if (2 > p)\n throw new Q(\"argTypes array size mismatch! Must at least get return value and 'this' types!\");\n var C = null !== g[1] && false, M = Fa(g), Ma = \"void\" !== g[0].name;\n w = [n, xa, w, h, Ea, g[0], g[1]];\n for (var v = 0; v < p - 2; ++v)\n w.push(g[v + 2]);\n if (!M)\n for (v = C ? 1 : 2; v < g.length; ++v)\n null !== g[v].F && w.push(g[v].F);\n M = Fa(g);\n v = g.length;\n var y = \"\", G = \"\";\n for (p = 0; p < v - 2; ++p)\n y += (0 !== p ? \", \" : \"\") + \"arg\" + p, G += (0 !== p ? \", \" : \"\") + \"arg\" + p + \"Wired\";\n y = `\n return function (${y}) {\n if (arguments.length !== ${v - 2}) {\n throwBindingError('function ' + humanName + ' called with ' + arguments.length + ' arguments, expected ${v - 2}');\n }`;\n M && (y += \"var destructors = [];\\n\");\n var Na = M ? \"destructors\" : \"null\", fa = \"humanName throwBindingError invoker fn runDestructors retType classParam\".split(\" \");\n C && (y += \"var thisWired = classParam['toWireType'](\" + Na + \", this);\\n\");\n for (p = 0; p < v - 2; ++p)\n y += \"var arg\" + p + \"Wired = argType\" + p + \"['toWireType'](\" + Na + \", arg\" + p + \");\\n\", fa.push(\"argType\" + p);\n C && (G = \"thisWired\" + (0 < G.length ? \", \" : \"\") + G);\n y += (Ma || l ? \"var rv = \" : \"\") + \"invoker(fn\" + (0 < G.length ? \", \" : \"\") + G + \");\\n\";\n if (M)\n y += \"runDestructors(destructors);\\n\";\n else\n for (p = C ? 1 : 2; p < g.length; ++p)\n C = 1 === p ? \"thisWired\" : \"arg\" + (p - 2) + \"Wired\", null !== g[p].F && (y += `${C}_dtor(${C});\n`, fa.push(`${C}_dtor`));\n Ma && (y += \"var ret = retType['fromWireType'](rv);\\nreturn ret;\\n\");\n let [Oa, qb] = [fa, y + \"}\\n\"];\n Oa.push(qb);\n g = Ga(Oa)(...w);\n n = Da(n, g);\n g = b - 1;\n if (!f.hasOwnProperty(m))\n throw new R(\"Replacing nonexistent public symbol\");\n void 0 !== f[m].D && void 0 !== g ? f[m].D[g] = n : (f[m] = n, f[m].G = g);\n return [];\n }\n );\n }, b: (a, b, c, d, e) => {\n b = L(b);\n -1 === e && (e = 4294967295);\n e = (k) => k;\n if (0 === d) {\n var h = 32 - 8 * c;\n e = (k) => k << h >>> h;\n }\n var l = b.includes(\"unsigned\") ? function(k, g) {\n return g >>> 0;\n } : function(k, g) {\n return g;\n };\n S(a, { name: b, fromWireType: e, toWireType: l, argPackAdvance: 8, readValueFromPointer: Wa(b, c, 0 !== d), F: null });\n }, a: (a, b, c) => {\n function d(h) {\n return new e(x.buffer, E[h + 4 >> 2], E[h >> 2]);\n }\n var e = [Int8Array, Uint8Array, Int16Array, Uint16Array, Int32Array, Uint32Array, Float32Array, Float64Array][b];\n c = L(c);\n S(a, {\n name: c,\n fromWireType: d,\n argPackAdvance: 8,\n readValueFromPointer: d\n }, { H: true });\n }, f: (a, b) => {\n b = L(b);\n var c = \"std::string\" === b;\n S(a, { name: b, fromWireType: function(d) {\n var e = E[d >> 2], h = d + 4;\n if (c)\n for (var l = h, k = 0; k <= e; ++k) {\n var g = h + k;\n if (k == e || 0 == z[g]) {\n l = l ? Ya(l, g - l) : \"\";\n if (void 0 === m)\n var m = l;\n else\n m += String.fromCharCode(0), m += l;\n l = g + 1;\n }\n }\n else {\n m = Array(e);\n for (k = 0; k < e; ++k)\n m[k] = String.fromCharCode(z[h + k]);\n m = m.join(\"\");\n }\n W(d);\n return m;\n }, toWireType: function(d, e) {\n e instanceof ArrayBuffer && (e = new Uint8Array(e));\n var h, l = \"string\" == typeof e;\n if (!(l || e instanceof Uint8Array || e instanceof Uint8ClampedArray || e instanceof Int8Array))\n throw new Q(\"Cannot pass non-string to std::string\");\n var k;\n if (c && l)\n for (h = k = 0; h < e.length; ++h) {\n var g = e.charCodeAt(h);\n 127 >= g ? k++ : 2047 >= g ? k += 2 : 55296 <= g && 57343 >= g ? (k += 4, ++h) : k += 3;\n }\n else\n k = e.length;\n h = k;\n k = ob(4 + h + 1);\n g = k + 4;\n E[k >> 2] = h;\n if (c && l) {\n if (l = g, g = h + 1, h = z, 0 < g) {\n g = l + g - 1;\n for (var m = 0; m < e.length; ++m) {\n var n = e.charCodeAt(m);\n if (55296 <= n && 57343 >= n) {\n var w = e.charCodeAt(++m);\n n = 65536 + ((n & 1023) << 10) | w & 1023;\n }\n if (127 >= n) {\n if (l >= g)\n break;\n h[l++] = n;\n } else {\n if (2047 >= n) {\n if (l + 1 >= g)\n break;\n h[l++] = 192 | n >> 6;\n } else {\n if (65535 >= n) {\n if (l + 2 >= g)\n break;\n h[l++] = 224 | n >> 12;\n } else {\n if (l + 3 >= g)\n break;\n h[l++] = 240 | n >> 18;\n h[l++] = 128 | n >> 12 & 63;\n }\n h[l++] = 128 | n >> 6 & 63;\n }\n h[l++] = 128 | n & 63;\n }\n }\n h[l] = 0;\n }\n } else if (l)\n for (l = 0; l < h; ++l) {\n m = e.charCodeAt(l);\n if (255 < m)\n throw W(g), new Q(\"String has UTF-16 code units that do not fit in 8 bits\");\n z[g + l] = m;\n }\n else\n for (l = 0; l < h; ++l)\n z[g + l] = e[l];\n null !== d && d.push(W, k);\n return k;\n }, argPackAdvance: 8, readValueFromPointer: V, F(d) {\n W(d);\n } });\n }, c: (a, b, c) => {\n c = L(c);\n if (2 === b) {\n var d = $a;\n var e = ab;\n var h = bb;\n var l = (k) => B[k >> 1];\n } else\n 4 === b && (d = cb, e = db, h = eb, l = (k) => E[k >> 2]);\n S(a, { name: c, fromWireType: (k) => {\n for (var g = E[k >> 2], m, n = k + 4, w = 0; w <= g; ++w) {\n var p = k + 4 + w * b;\n if (w == g || 0 == l(p))\n n = d(n, p - n), void 0 === m ? m = n : (m += String.fromCharCode(0), m += n), n = p + b;\n }\n W(k);\n return m;\n }, toWireType: (k, g) => {\n if (\"string\" != typeof g)\n throw new Q(`Cannot pass non-string to C++ string type ${c}`);\n var m = h(g), n = ob(4 + m + b);\n E[n >> 2] = m / b;\n e(g, n + 4, m + b);\n null !== k && k.push(W, n);\n return n;\n }, argPackAdvance: 8, readValueFromPointer: V, F(k) {\n W(k);\n } });\n }, j: (a, b) => {\n b = L(b);\n S(a, {\n I: true,\n name: b,\n argPackAdvance: 0,\n fromWireType: () => {\n },\n toWireType: () => {\n }\n });\n }, n: (a, b, c) => z.copyWithin(a, b, b + c), g: (a, b) => {\n var c = O[a];\n if (void 0 === c)\n throw a = `${\"_emval_take_value\"} has unknown type ${Ta(a)}`, new Q(a);\n a = c;\n a = a.readValueFromPointer(b);\n return Aa(a);\n }, m: (a) => {\n var b = z.length;\n a >>>= 0;\n if (2147483648 < a)\n return false;\n for (var c = 1; 4 >= c; c *= 2) {\n var d = b * (1 + 0.2 / c);\n d = Math.min(d, a + 100663296);\n var e = Math;\n d = Math.max(a, d);\n a: {\n e = (e.min.call(e, 2147483648, d + (65536 - d % 65536) % 65536) - u.buffer.byteLength + 65535) / 65536;\n try {\n u.grow(e);\n ia();\n var h = 1;\n break a;\n } catch (l) {\n }\n h = void 0;\n }\n if (h)\n return true;\n }\n return false;\n } }, X = function() {\n function a(c) {\n X = c.exports;\n u = X.o;\n ia();\n Ka = X.t;\n ka.unshift(X.p);\n F--;\n f.monitorRunDependencies?.(F);\n 0 == F && (null !== H && (clearInterval(H), H = null), I && (c = I, I = null, c()));\n return X;\n }\n var b = { a: pb };\n F++;\n f.monitorRunDependencies?.(F);\n if (f.instantiateWasm)\n try {\n return f.instantiateWasm(b, a);\n } catch (c) {\n r(`Module.instantiateWasm callback failed with error: ${c}`), q(c);\n }\n J ||= qa(\"zstd_codec.wasm\") ? \"zstd_codec.wasm\" : f.locateFile ? f.locateFile(\"zstd_codec.wasm\", \"\") : \"zstd_codec.wasm\";\n va(b, function(c) {\n a(c.instance);\n }).catch(q);\n return {};\n }(), ob = (a) => (ob = X.q)(a), W = (a) => (W = X.r)(a), Sa = (a) => (Sa = X.s)(a), pa = () => (pa = X.u)(), mb = (a) => (mb = X.v)(a), kb = (a) => (kb = X.w)(a), jb = () => (jb = X.x)(), ib = (a) => (ib = X.y)(a), hb = (a) => (hb = X.z)(a), fb = (a) => (fb = X.A)(a), lb = (a, b, c) => (lb = X.B)(a, b, c), Z;\n I = function rb() {\n Z || sb();\n Z || (I = rb);\n };\n function sb() {\n function a() {\n if (!Z && (Z = true, f.calledRun = true, !da)) {\n ma = true;\n K(ka);\n aa(f);\n f.onRuntimeInitialized?.();\n if (f.postRun)\n for (\"function\" == typeof f.postRun && (f.postRun = [f.postRun]); f.postRun.length; ) {\n var b = f.postRun.shift();\n la.unshift(b);\n }\n K(la);\n }\n }\n if (!(0 < F)) {\n if (f.preRun)\n for (\"function\" == typeof f.preRun && (f.preRun = [f.preRun]); f.preRun.length; )\n na();\n K(ja);\n 0 < F || (f.setStatus ? (f.setStatus(\"Running...\"), setTimeout(function() {\n setTimeout(function() {\n f.setStatus(\"\");\n }, 1);\n a();\n }, 1)) : a());\n }\n }\n if (f.preInit)\n for (\"function\" == typeof f.preInit && (f.preInit = [f.preInit]); 0 < f.preInit.length; )\n f.preInit.pop()();\n sb();\n moduleRtn = ba;\n return moduleRtn;\n };\n})();\nvar zstd_codec_default = zstd_codec;\n\n// codecs/zstd/zstd_codec.wasm\nvar zstd_codec_default2 = 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src/zstd.ts\nvar DEFAULT_CLEVEL = 1;\nvar MAX_CLEVEL = 22;\nvar emscriptenModule;\nvar init = () => zstd_codec_default({ noInitialRun: true, wasmBinary: zstd_codec_default2 });\nvar Zstd = class Zstd2 {\n static codecId = \"zstd\";\n static DEFAULT_CLEVEL = DEFAULT_CLEVEL;\n static MAX_CLEVEL = MAX_CLEVEL;\n level;\n constructor(level = DEFAULT_CLEVEL) {\n if (!Number.isInteger(level)) {\n throw Error(`Invalid acceleration \"${level}\". 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