/**
 * 3Di API
 * 3Di simulation API (latest stable version: v3)   Framework release: 3.0.1   3Di core release: 2.3.0.dev0  deployed on:  10:42AM (UTC) on October 04, 2022
 *
 * The version of the OpenAPI document: v3
 * Contact: info@nelen-schuurmans.nl
 *
 * NOTE: This class is auto generated by OpenAPI Generator (https://openapi-generator.tech).
 * https://openapi-generator.tech
 * Do not edit the class manually.
 */
import * as runtime from '../runtime';
import { Action, AggregationSettings, ArrivalTimePostProcessing, Authenticate, BaseEventState, BasicPostProcessing, BoundaryCondition, Breach, BreachGraph, BreachGraphRequest, Commit, ConstantLateral, ConstantLeakage, ConstantLocalRain, ConstantRain, ConstantSourcesSinks, ConstantWind, Contract, CreateRevision, CreateTemplate, CurrentStatus, DamagePostProcessing, DestroyRevision, Download, Event, FileBoundaryCondition, FileLateral, FileMeta, FileStructureControl, FromTemplate, GridEventState, GroundWaterLevel, GroundWaterRaster, InitialSavedState, InitialWaterlevel, InlineResponse20010, InlineResponse20011, InlineResponse20012, InlineResponse20013, InlineResponse20014, InlineResponse20015, InlineResponse20016, InlineResponse20017, InlineResponse20018, InlineResponse20019, InlineResponse2002, InlineResponse20020, InlineResponse20021, InlineResponse20022, InlineResponse20023, InlineResponse20024, InlineResponse20025, InlineResponse20026, InlineResponse20027, InlineResponse20028, InlineResponse20029, InlineResponse2003, InlineResponse20030, InlineResponse20031, InlineResponse20032, InlineResponse20033, InlineResponse20034, InlineResponse20035, InlineResponse20036, InlineResponse20037, InlineResponse20038, InlineResponse20039, InlineResponse2004, InlineResponse20040, InlineResponse20041, InlineResponse20042, InlineResponse20043, InlineResponse20044, InlineResponse20045, InlineResponse20046, InlineResponse20047, InlineResponse20048, InlineResponse20049, InlineResponse2005, InlineResponse20050, InlineResponse20051, InlineResponse20052, InlineResponse20053, InlineResponse20054, InlineResponse20055, InlineResponse20056, InlineResponse20057, InlineResponse20058, InlineResponse20059, InlineResponse2006, InlineResponse20060, InlineResponse20061, InlineResponse20062, InlineResponse20063, InlineResponse20064, InlineResponse20065, InlineResponse20066, InlineResponse20067, InlineResponse20068, InlineResponse20069, InlineResponse2007, InlineResponse20070, InlineResponse20071, InlineResponse20072, InlineResponse2008, InlineResponse2009, InpyVersion, LizardRasterRain, LizardRasterSourcesSinks, LizardTimeseriesRain, LizardTimeseriesSourcesSinks, MeasureLocationGridEventState, MemoryStructureControl, ModelFile, NetCDFRasterLeakage, NetCDFRasterRain, NetCDFRasterSourcesSinks, NetCDFTimeseriesLeakage, NetCDFTimeseriesRain, NetCDFTimeseriesSourcesSinks, NumericalSettings, OneDWaterLevel, OneDWaterLevelFile, OneDWaterLevelPredefined, Organisation, OrganisationRole, OrganisationUser, OrganisationUserRolePatch, PhysicalSettings, PostProcessingOverview, PostProcessingStatus, PotentialBreach, Profile, Progress, PumpDischargeGraph, PumpDischargeGraphRequest, RainGraph, RainGraphRequest, Raster, RasterCreate, RasterEdit, RasterEditUrls, RasterOptions, Refresh, Repository, ResultFile, Revision, RevisionRaster, RevisionTask, Role, Schematisation, SchematisationRevision, Simulation, SimulationSettingsOverview, SimulationStatus, SimulationStatusStatistics, SimulationUpdate, SqliteFileUpload, StableThresholdSavedState, TMS, TableStructureControl, Template, ThreediModel, ThreediModelSavedState, ThreediModelTask, TimeStepSettings, TimedSavedStateUpdate, TimedStructureControl, Timeout, TimeseriesLateral, TimeseriesLeakage, TimeseriesLocalRain, TimeseriesRain, TimeseriesSourcesSinks, TimeseriesWind, Tokens, TwoDWaterLevel, TwoDWaterRaster, Upload, UploadEventFile, Usage, UsageStatistics, User, UserTokens, WaterFlowGraphRequest, WaterGraph, WaterLevelGraphRequest, WaterLevelProfile, WaterLevelProfileRequest, Waterdepth, WindDragCoefficient } from '../models';
export interface AuthProfileListRequest {
    limit?: number;
    offset?: number;
}
export interface AuthRefreshTokenCreateRequest {
    data: Refresh;
}
export interface AuthTokenCreateRequest {
    data: Authenticate;
}
export interface AuthUsersListRequest {
    username?: string;
    usernameIexact?: string;
    usernameContains?: string;
    usernameIcontains?: string;
    usernameIn?: string;
    usernameStartswith?: string;
    usernameIstartswith?: string;
    usernameEndswith?: string;
    usernameRegex?: string;
    email?: string;
    emailIexact?: string;
    emailContains?: string;
    emailIcontains?: string;
    emailIn?: string;
    emailStartswith?: string;
    emailIstartswith?: string;
    emailEndswith?: string;
    emailRegex?: string;
    limit?: number;
    offset?: number;
}
export interface AuthUsersReadRequest {
    id: number;
}
export interface AuthUsersTokensRequest {
    id: number;
    requiredScopes?: Array<string>;
}
export interface ContractsCreateRequest {
    data: Contract;
}
export interface ContractsDeleteRequest {
    id: number;
}
export interface ContractsListRequest {
    organisationId?: number;
    organisationIdGt?: number;
    organisationIdGte?: number;
    organisationIdLt?: number;
    organisationIdLte?: number;
    organisationIdIsnull?: string;
    organisationName?: string;
    organisationNameIexact?: string;
    organisationNameContains?: string;
    organisationNameIcontains?: string;
    organisationNameIn?: string;
    organisationNameStartswith?: string;
    organisationNameIstartswith?: string;
    organisationNameEndswith?: string;
    organisationNameRegex?: string;
    organisationUniqueId?: string;
    organisationUniqueIdIexact?: string;
    organisationUniqueIdContains?: string;
    organisationUniqueIdIcontains?: string;
    organisationUniqueIdIn?: string;
    organisationUniqueIdStartswith?: string;
    organisationUniqueIdIstartswith?: string;
    organisationUniqueIdEndswith?: string;
    organisationUniqueIdRegex?: string;
    hoursUsedGt?: number;
    hoursUsedLt?: number;
    limit?: number;
    offset?: number;
}
export interface ContractsPartialUpdateRequest {
    id: number;
    data: Contract;
}
export interface ContractsReadRequest {
    id: number;
}
export interface ContractsUpdateRequest {
    id: number;
    data: Contract;
}
export interface FilesDeleteRequest {
    id: number;
}
export interface FilesDestroyFileRequest {
    id: number;
}
export interface FilesDownloadRequest {
    id: number;
}
export interface FilesListRequest {
    filename?: string;
    filenameIcontains?: string;
    etag?: string;
    expiryDate?: string;
    expiryDateLte?: string;
    expiryDateLt?: string;
    expiryDateGte?: string;
    expiryDateGt?: string;
    state?: string;
    stateIn?: string;
    type?: string;
    typeIn?: string;
    meta?: string;
    limit?: number;
    offset?: number;
}
export interface FilesPartialUpdateRequest {
    id: number;
    data: ModelFile;
}
export interface FilesProcessedRequest {
    id: number;
    data: FileMeta;
}
export interface FilesReadRequest {
    id: number;
}
export interface FilesUpdateRequest {
    id: number;
    data: ModelFile;
}
export interface InpyVersionsCreateRequest {
    data: InpyVersion;
}
export interface InpyVersionsDeleteRequest {
    id: number;
}
export interface InpyVersionsListRequest {
    threediVersion?: string;
    threediVersionIexact?: string;
    threediVersionContains?: string;
    threediVersionIcontains?: string;
    threediVersionIn?: string;
    threediVersionStartswith?: string;
    threediVersionIstartswith?: string;
    threediVersionEndswith?: string;
    threediVersionRegex?: string;
    threedicoreVersion?: string;
    threedicoreVersionIexact?: string;
    threedicoreVersionContains?: string;
    threedicoreVersionIcontains?: string;
    threedicoreVersionIn?: string;
    threedicoreVersionStartswith?: string;
    threedicoreVersionIstartswith?: string;
    threedicoreVersionEndswith?: string;
    threedicoreVersionRegex?: string;
    slug?: string;
    slugIexact?: string;
    slugContains?: string;
    slugIcontains?: string;
    slugIn?: string;
    slugStartswith?: string;
    slugIstartswith?: string;
    slugEndswith?: string;
    slugRegex?: string;
    limit?: number;
    offset?: number;
}
export interface InpyVersionsPartialUpdateRequest {
    id: number;
    data: InpyVersion;
}
export interface InpyVersionsReadRequest {
    id: number;
}
export interface InpyVersionsUpdateRequest {
    id: number;
    data: InpyVersion;
}
export interface OrganisationsListRequest {
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    uniqueId?: string;
    uniqueIdIexact?: string;
    uniqueIdContains?: string;
    uniqueIdIcontains?: string;
    uniqueIdIn?: string;
    uniqueIdStartswith?: string;
    uniqueIdIstartswith?: string;
    uniqueIdEndswith?: string;
    uniqueIdRegex?: string;
    validContractsOnly?: string;
    limit?: number;
    offset?: number;
}
export interface OrganisationsPermissionsRequest {
    uniqueId: string;
}
export interface OrganisationsReadRequest {
    uniqueId: string;
}
export interface OrganisationsUsersListRequest {
    uniqueId: string;
    username?: string;
    usernameIexact?: string;
    usernameContains?: string;
    usernameIcontains?: string;
    usernameIn?: string;
    usernameStartswith?: string;
    usernameIstartswith?: string;
    usernameEndswith?: string;
    usernameRegex?: string;
    email?: string;
    emailIexact?: string;
    emailContains?: string;
    emailIcontains?: string;
    emailIn?: string;
    emailStartswith?: string;
    emailIstartswith?: string;
    emailEndswith?: string;
    emailRegex?: string;
    limit?: number;
    offset?: number;
}
export interface OrganisationsUsersPartialUpdateRequest {
    id: number;
    uniqueId: string;
    data: OrganisationUserRolePatch;
}
export interface OrganisationsUsersReadRequest {
    id: number;
    uniqueId: string;
}
export interface PermissionsCreateRequest {
    data: OrganisationRole;
}
export interface PermissionsDeleteRequest {
    id: number;
}
export interface PermissionsListRequest {
    userUsername?: string;
    userUsernameIexact?: string;
    userUsernameContains?: string;
    userUsernameIcontains?: string;
    userUsernameIn?: string;
    userUsernameStartswith?: string;
    userUsernameIstartswith?: string;
    userUsernameEndswith?: string;
    userUsernameRegex?: string;
    roleName?: string;
    roleNameIexact?: string;
    roleNameContains?: string;
    roleNameIcontains?: string;
    roleNameIn?: string;
    roleNameStartswith?: string;
    roleNameIstartswith?: string;
    roleNameEndswith?: string;
    roleNameRegex?: string;
    organisationName?: string;
    organisationNameIexact?: string;
    organisationNameContains?: string;
    organisationNameIcontains?: string;
    organisationNameIn?: string;
    organisationNameStartswith?: string;
    organisationNameIstartswith?: string;
    organisationNameEndswith?: string;
    organisationNameRegex?: string;
    limit?: number;
    offset?: number;
}
export interface PermissionsReadRequest {
    id: number;
}
export interface RepositoriesCreateRequest {
    data: Repository;
}
export interface RepositoriesDeleteRequest {
    id: number;
}
export interface RepositoriesListRequest {
    slug?: string;
    slugIexact?: string;
    slugContains?: string;
    slugIcontains?: string;
    slugIn?: string;
    slugStartswith?: string;
    slugIstartswith?: string;
    slugEndswith?: string;
    slugRegex?: string;
    organisationId?: number;
    organisationIdGt?: number;
    organisationIdGte?: number;
    organisationIdLt?: number;
    organisationIdLte?: number;
    organisationIdIsnull?: string;
    organisationName?: string;
    organisationNameIexact?: string;
    organisationNameContains?: string;
    organisationNameIcontains?: string;
    organisationNameIn?: string;
    organisationNameStartswith?: string;
    organisationNameIstartswith?: string;
    organisationNameEndswith?: string;
    organisationNameRegex?: string;
    organisationUniqueId?: string;
    organisationUniqueIdIexact?: string;
    organisationUniqueIdContains?: string;
    organisationUniqueIdIcontains?: string;
    organisationUniqueIdIn?: string;
    organisationUniqueIdStartswith?: string;
    organisationUniqueIdIstartswith?: string;
    organisationUniqueIdEndswith?: string;
    organisationUniqueIdRegex?: string;
    limit?: number;
    offset?: number;
}
export interface RepositoriesPartialUpdateRequest {
    id: number;
    data: Repository;
}
export interface RepositoriesReadRequest {
    id: number;
}
export interface RepositoriesRevisionsRequest {
    id: number;
}
export interface RepositoriesThreedimodelsRequest {
    id: number;
}
export interface RepositoriesUpdateRequest {
    id: number;
    data: Repository;
}
export interface RevisionsCreateRequest {
    data: Revision;
}
export interface RevisionsDeleteRequest {
    id: number;
}
export interface RevisionsListRequest {
    number?: number;
    numberGt?: number;
    numberGte?: number;
    numberLt?: number;
    numberLte?: number;
    numberIsnull?: string;
    hash?: string;
    hashIexact?: string;
    hashContains?: string;
    hashIcontains?: string;
    hashIn?: string;
    hashStartswith?: string;
    hashIstartswith?: string;
    hashEndswith?: string;
    hashRegex?: string;
    repositoryId?: number;
    repositoryIdGt?: number;
    repositoryIdGte?: number;
    repositoryIdLt?: number;
    repositoryIdLte?: number;
    repositoryIdIsnull?: string;
    repositorySlug?: string;
    repositorySlugIexact?: string;
    repositorySlugContains?: string;
    repositorySlugIcontains?: string;
    repositorySlugIn?: string;
    repositorySlugStartswith?: string;
    repositorySlugIstartswith?: string;
    repositorySlugEndswith?: string;
    repositorySlugRegex?: string;
    repositoryOrganisationName?: string;
    repositoryOrganisationNameIexact?: string;
    repositoryOrganisationNameContains?: string;
    repositoryOrganisationNameIcontains?: string;
    repositoryOrganisationNameIn?: string;
    repositoryOrganisationNameStartswith?: string;
    repositoryOrganisationNameIstartswith?: string;
    repositoryOrganisationNameEndswith?: string;
    repositoryOrganisationNameRegex?: string;
    repositoryOrganisationUniqueId?: string;
    repositoryOrganisationUniqueIdIexact?: string;
    repositoryOrganisationUniqueIdContains?: string;
    repositoryOrganisationUniqueIdIcontains?: string;
    repositoryOrganisationUniqueIdIn?: string;
    repositoryOrganisationUniqueIdStartswith?: string;
    repositoryOrganisationUniqueIdIstartswith?: string;
    repositoryOrganisationUniqueIdEndswith?: string;
    repositoryOrganisationUniqueIdRegex?: string;
    isPinned?: string;
    limit?: number;
    offset?: number;
}
export interface RevisionsPartialUpdateRequest {
    id: number;
    data: Revision;
}
export interface RevisionsReadRequest {
    id: number;
}
export interface RevisionsThreedimodelsRequest {
    id: number;
}
export interface RevisionsUpdateRequest {
    id: number;
    data: Revision;
}
export interface RolesListRequest {
    limit?: number;
    offset?: number;
}
export interface RolesReadRequest {
    id: number;
}
export interface SchematisationsCreateRequest {
    data: Schematisation;
}
export interface SchematisationsDeleteRequest {
    id: number;
}
export interface SchematisationsLatestRevisionRequest {
    id: number;
}
export interface SchematisationsListRequest {
    createdRange?: string;
    createdDate?: string;
    createdDateGt?: string;
    createdDateGte?: string;
    createdDateLt?: string;
    createdDateLte?: string;
    createdYear?: number;
    createdYearGt?: number;
    createdYearGte?: number;
    createdYearLt?: number;
    createdYearLte?: number;
    createdMonth?: number;
    createdMonthLte?: number;
    createdDay?: number;
    createdDayLt?: number;
    createdWeek?: number;
    createdWeekDay?: number;
    createdQuarter?: number;
    createdTime?: string;
    createdHour?: number;
    createdMinute?: number;
    createdSecond?: number;
    createdIsnull?: string;
    lastUpdatedRange?: string;
    lastUpdatedDate?: string;
    lastUpdatedDateGt?: string;
    lastUpdatedDateGte?: string;
    lastUpdatedDateLt?: string;
    lastUpdatedDateLte?: string;
    lastUpdatedYear?: number;
    lastUpdatedYearGt?: number;
    lastUpdatedYearGte?: number;
    lastUpdatedYearLt?: number;
    lastUpdatedYearLte?: number;
    lastUpdatedMonth?: number;
    lastUpdatedMonthLte?: number;
    lastUpdatedDay?: number;
    lastUpdatedDayLt?: number;
    lastUpdatedWeek?: number;
    lastUpdatedWeekDay?: number;
    lastUpdatedQuarter?: number;
    lastUpdatedTime?: string;
    lastUpdatedHour?: number;
    lastUpdatedMinute?: number;
    lastUpdatedSecond?: number;
    lastUpdatedIsnull?: string;
    createdByUsername?: string;
    createdByUsernameIexact?: string;
    createdByUsernameContains?: string;
    createdByUsernameIcontains?: string;
    createdByUsernameIn?: string;
    createdByUsernameStartswith?: string;
    createdByUsernameIstartswith?: string;
    createdByUsernameEndswith?: string;
    createdByUsernameRegex?: string;
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    slug?: string;
    slugIexact?: string;
    slugContains?: string;
    slugIcontains?: string;
    slugIn?: string;
    slugStartswith?: string;
    slugIstartswith?: string;
    slugEndswith?: string;
    slugRegex?: string;
    ownerName?: string;
    ownerNameIexact?: string;
    ownerNameContains?: string;
    ownerNameIcontains?: string;
    ownerNameIn?: string;
    ownerNameStartswith?: string;
    ownerNameIstartswith?: string;
    ownerNameEndswith?: string;
    ownerNameRegex?: string;
    ownerUniqueId?: string;
    ownerUniqueIdIexact?: string;
    ownerUniqueIdContains?: string;
    ownerUniqueIdIcontains?: string;
    ownerUniqueIdIn?: string;
    ownerUniqueIdStartswith?: string;
    ownerUniqueIdIstartswith?: string;
    ownerUniqueIdEndswith?: string;
    ownerUniqueIdRegex?: string;
    tagsIn?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface SchematisationsPartialUpdateRequest {
    id: number;
    data: Schematisation;
}
export interface SchematisationsReadRequest {
    id: number;
}
export interface SchematisationsRevisionsCheckRequest {
    id: number;
    schematisationPk: string;
}
export interface SchematisationsRevisionsCommitRequest {
    id: number;
    schematisationPk: string;
    data: Commit;
}
export interface SchematisationsRevisionsCreateRequest {
    schematisationPk: string;
    data: CreateRevision;
}
export interface SchematisationsRevisionsCreateThreedimodelRequest {
    id: number;
    schematisationPk: string;
}
export interface SchematisationsRevisionsDeleteRequest {
    id: number;
    schematisationPk: string;
    data: DestroyRevision;
}
export interface SchematisationsRevisionsListRequest {
    schematisationPk: string;
    number?: number;
    commitMessage?: string;
    commitMessageIexact?: string;
    commitMessageContains?: string;
    commitMessageIcontains?: string;
    commitMessageIn?: string;
    commitMessageStartswith?: string;
    commitMessageIstartswith?: string;
    commitMessageEndswith?: string;
    commitMessageRegex?: string;
    schematisationId?: number;
    schematisationSlug?: string;
    schematisationSlugIexact?: string;
    schematisationSlugContains?: string;
    schematisationSlugIcontains?: string;
    schematisationSlugIn?: string;
    schematisationSlugStartswith?: string;
    schematisationSlugIstartswith?: string;
    schematisationSlugEndswith?: string;
    schematisationSlugRegex?: string;
    schematisationOwnerName?: string;
    schematisationOwnerNameIexact?: string;
    schematisationOwnerNameContains?: string;
    schematisationOwnerNameIcontains?: string;
    schematisationOwnerNameIn?: string;
    schematisationOwnerNameStartswith?: string;
    schematisationOwnerNameIstartswith?: string;
    schematisationOwnerNameEndswith?: string;
    schematisationOwnerNameRegex?: string;
    schematisationOwnerUniqueId?: string;
    schematisationOwnerUniqueIdIexact?: string;
    schematisationOwnerUniqueIdContains?: string;
    schematisationOwnerUniqueIdIcontains?: string;
    schematisationOwnerUniqueIdIn?: string;
    schematisationOwnerUniqueIdStartswith?: string;
    schematisationOwnerUniqueIdIstartswith?: string;
    schematisationOwnerUniqueIdEndswith?: string;
    schematisationOwnerUniqueIdRegex?: string;
    commitUserUsername?: string;
    commitUserUsernameIexact?: string;
    commitUserUsernameContains?: string;
    commitUserUsernameIcontains?: string;
    commitUserUsernameIn?: string;
    commitUserUsernameStartswith?: string;
    commitUserUsernameIstartswith?: string;
    commitUserUsernameEndswith?: string;
    commitUserUsernameRegex?: string;
    commitDate?: string;
    commitDateGt?: string;
    commitDateGte?: string;
    commitDateLt?: string;
    commitDateLte?: string;
    commitDateDate?: string;
    commitDateDateGt?: string;
    commitDateDateGte?: string;
    commitDateDateLt?: string;
    commitDateDateLte?: string;
    commitDateYear?: number;
    commitDateYearGt?: number;
    commitDateYearGte?: number;
    commitDateYearLt?: number;
    commitDateYearLte?: number;
    commitDateMonth?: number;
    commitDateMonthLte?: number;
    commitDateDay?: number;
    commitDateDayLt?: number;
    commitDateWeek?: number;
    commitDateWeekDay?: number;
    committed?: string;
    archived?: string;
    isValid?: string;
    hasThreedimodel?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface SchematisationsRevisionsRastersCreateRequest {
    revisionPk: string;
    schematisationPk: string;
    data: RasterCreate;
}
export interface SchematisationsRevisionsRastersDeleteRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
}
export interface SchematisationsRevisionsRastersDownloadRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
}
export interface SchematisationsRevisionsRastersListRequest {
    revisionPk: string;
    schematisationPk: string;
    limit?: number;
    offset?: number;
}
export interface SchematisationsRevisionsRastersPartialUpdateRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
    data: RevisionRaster;
}
export interface SchematisationsRevisionsRastersReadRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
}
export interface SchematisationsRevisionsRastersUpdateRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
    data: RevisionRaster;
}
export interface SchematisationsRevisionsRastersUploadRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
    data: Upload;
}
export interface SchematisationsRevisionsReadRequest {
    id: number;
    schematisationPk: string;
}
export interface SchematisationsRevisionsSqliteDeleteRequest {
    id: number;
    schematisationPk: string;
}
export interface SchematisationsRevisionsSqliteDownloadRequest {
    id: number;
    schematisationPk: string;
}
export interface SchematisationsRevisionsSqliteUploadRequest {
    id: number;
    schematisationPk: string;
    data: SqliteFileUpload;
}
export interface SchematisationsRevisionsTasksCreateRequest {
    revisionPk: string;
    schematisationPk: string;
    data: RevisionTask;
}
export interface SchematisationsRevisionsTasksDeleteRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
}
export interface SchematisationsRevisionsTasksListRequest {
    revisionPk: string;
    schematisationPk: string;
    limit?: number;
    offset?: number;
}
export interface SchematisationsRevisionsTasksPartialUpdateRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
    data: RevisionTask;
}
export interface SchematisationsRevisionsTasksReadRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
}
export interface SchematisationsRevisionsTasksUpdateRequest {
    id: number;
    revisionPk: string;
    schematisationPk: string;
    data: RevisionTask;
}
export interface SchematisationsRevisionsThreedimodelsRequest {
    id: number;
    schematisationPk: string;
}
export interface SchematisationsUpdateRequest {
    id: number;
    data: Schematisation;
}
export interface SimulationTemplatesCreateRequest {
    data: CreateTemplate;
}
export interface SimulationTemplatesDeleteRequest {
    id: number;
}
export interface SimulationTemplatesListRequest {
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    uuid?: string;
    uuidIexact?: string;
    uuidContains?: string;
    uuidIcontains?: string;
    uuidIn?: string;
    uuidStartswith?: string;
    uuidIstartswith?: string;
    uuidEndswith?: string;
    uuidRegex?: string;
    createdDate?: string;
    createdDateGt?: string;
    createdDateGte?: string;
    createdDateLt?: string;
    createdDateLte?: string;
    createdYear?: number;
    createdYearGt?: number;
    createdYearGte?: number;
    createdYearLt?: number;
    createdYearLte?: number;
    createdMonth?: number;
    createdMonthLte?: number;
    createdDay?: number;
    createdDayLt?: number;
    simulationThreedimodelId?: number;
    simulationThreedimodelIdRange?: number;
    limit?: number;
    offset?: number;
}
export interface SimulationTemplatesReadRequest {
    id: number;
}
export interface SimulationsActionsCreateRequest {
    simulationPk: string;
    data: Action;
}
export interface SimulationsActionsResetPauseTimeoutRequest {
    simulationPk: string;
    data: Timeout;
}
export interface SimulationsCloneRequest {
    id: number;
}
export interface SimulationsCreateRequest {
    data: Simulation;
}
export interface SimulationsCreateSavedStatesStableThresholdCreateRequest {
    simulationPk: string;
    data: StableThresholdSavedState;
}
export interface SimulationsCreateSavedStatesStableThresholdDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsCreateSavedStatesStableThresholdListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsCreateSavedStatesStableThresholdPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: StableThresholdSavedState;
}
export interface SimulationsCreateSavedStatesStableThresholdReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsCreateSavedStatesStableThresholdUpdateRequest {
    id: number;
    simulationPk: string;
    data: StableThresholdSavedState;
}
export interface SimulationsCreateSavedStatesStableThresholdUploadRequest {
    id: number;
    simulationPk: string;
    data: Upload;
}
export interface SimulationsCreateSavedStatesTimedCreateRequest {
    simulationPk: string;
    data: TimedSavedStateUpdate;
}
export interface SimulationsCreateSavedStatesTimedDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsCreateSavedStatesTimedListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsCreateSavedStatesTimedPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimedSavedStateUpdate;
}
export interface SimulationsCreateSavedStatesTimedReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsCreateSavedStatesTimedUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimedSavedStateUpdate;
}
export interface SimulationsCreateSavedStatesTimedUploadRequest {
    id: number;
    simulationPk: string;
    data: Upload;
}
export interface SimulationsDeleteRequest {
    id: number;
}
export interface SimulationsEventsRequest {
    id: number;
}
export interface SimulationsEventsBoundaryconditionsFileCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsBoundaryconditionsFileDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsBoundaryconditionsFileDownloadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsBoundaryconditionsFileListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsBoundaryconditionsFilePartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: FileBoundaryCondition;
}
export interface SimulationsEventsBoundaryconditionsFileProcessedRequest {
    id: number;
    simulationPk: string;
    data: BaseEventState;
}
export interface SimulationsEventsBoundaryconditionsFileReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsBoundaryconditionsFileUpdateRequest {
    id: number;
    simulationPk: string;
    data: FileBoundaryCondition;
}
export interface SimulationsEventsBreachesCreateRequest {
    simulationPk: string;
    data: Breach;
}
export interface SimulationsEventsBreachesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsBreachesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsBreachesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: Breach;
}
export interface SimulationsEventsBreachesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsBreachesUpdateRequest {
    id: number;
    simulationPk: string;
    data: Breach;
}
export interface SimulationsEventsLateralConstantCreateRequest {
    simulationPk: string;
    data: ConstantLateral;
}
export interface SimulationsEventsLateralConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLateralConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantLateral;
}
export interface SimulationsEventsLateralConstantProcessedRequest {
    id: number;
    simulationPk: string;
    data: GridEventState;
}
export interface SimulationsEventsLateralConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantLateral;
}
export interface SimulationsEventsLateralFileCreateRequest {
    simulationPk: string;
    data: UploadEventFile;
}
export interface SimulationsEventsLateralFileDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralFileDownloadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralFileListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLateralFilePartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: FileLateral;
}
export interface SimulationsEventsLateralFileProcessedRequest {
    id: number;
    simulationPk: string;
    data: BaseEventState;
}
export interface SimulationsEventsLateralFileReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralFileUpdateRequest {
    id: number;
    simulationPk: string;
    data: FileLateral;
}
export interface SimulationsEventsLateralTimeseriesCreateRequest {
    simulationPk: string;
    data: TimeseriesLateral;
}
export interface SimulationsEventsLateralTimeseriesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralTimeseriesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLateralTimeseriesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesLateral;
}
export interface SimulationsEventsLateralTimeseriesProcessedRequest {
    id: number;
    simulationPk: string;
    data: GridEventState;
}
export interface SimulationsEventsLateralTimeseriesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLateralTimeseriesUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesLateral;
}
export interface SimulationsEventsLeakageConstantCreateRequest {
    simulationPk: string;
    data: ConstantLeakage;
}
export interface SimulationsEventsLeakageConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLeakageConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantLeakage;
}
export interface SimulationsEventsLeakageConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantLeakage;
}
export interface SimulationsEventsLeakageRastersNetcdfCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsLeakageRastersNetcdfDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageRastersNetcdfListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLeakageRastersNetcdfReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageTimeseriesCreateRequest {
    simulationPk: string;
    data: TimeseriesLeakage;
}
export interface SimulationsEventsLeakageTimeseriesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageTimeseriesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLeakageTimeseriesNetcdfCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsLeakageTimeseriesNetcdfDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageTimeseriesNetcdfListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsLeakageTimeseriesNetcdfReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageTimeseriesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesLeakage;
}
export interface SimulationsEventsLeakageTimeseriesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsLeakageTimeseriesUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesLeakage;
}
export interface SimulationsEventsRainConstantCreateRequest {
    simulationPk: string;
    data: ConstantRain;
}
export interface SimulationsEventsRainConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantRain;
}
export interface SimulationsEventsRainConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantRain;
}
export interface SimulationsEventsRainLocalConstantCreateRequest {
    simulationPk: string;
    data: ConstantLocalRain;
}
export interface SimulationsEventsRainLocalConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainLocalConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainLocalConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantLocalRain;
}
export interface SimulationsEventsRainLocalConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainLocalConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantLocalRain;
}
export interface SimulationsEventsRainLocalTimeseriesCreateRequest {
    simulationPk: string;
    data: TimeseriesLocalRain;
}
export interface SimulationsEventsRainLocalTimeseriesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainLocalTimeseriesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainLocalTimeseriesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesLocalRain;
}
export interface SimulationsEventsRainLocalTimeseriesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainLocalTimeseriesUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesLocalRain;
}
export interface SimulationsEventsRainRastersLizardCreateRequest {
    simulationPk: string;
    data: LizardRasterRain;
}
export interface SimulationsEventsRainRastersLizardDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainRastersLizardListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainRastersLizardPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardRasterRain;
}
export interface SimulationsEventsRainRastersLizardReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainRastersLizardUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardRasterRain;
}
export interface SimulationsEventsRainRastersNetcdfCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsRainRastersNetcdfDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainRastersNetcdfListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainRastersNetcdfPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: NetCDFRasterRain;
}
export interface SimulationsEventsRainRastersNetcdfReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainRastersNetcdfUpdateRequest {
    id: number;
    simulationPk: string;
    data: NetCDFRasterRain;
}
export interface SimulationsEventsRainTimeseriesCreateRequest {
    simulationPk: string;
    data: TimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainTimeseriesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainTimeseriesLizardCreateRequest {
    simulationPk: string;
    data: LizardTimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesLizardDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainTimeseriesLizardListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainTimeseriesLizardPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardTimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesLizardReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainTimeseriesLizardUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardTimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesNetcdfCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsRainTimeseriesNetcdfDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainTimeseriesNetcdfListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRainTimeseriesNetcdfPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: NetCDFTimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesNetcdfReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainTimeseriesNetcdfUpdateRequest {
    id: number;
    simulationPk: string;
    data: NetCDFTimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesRain;
}
export interface SimulationsEventsRainTimeseriesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRainTimeseriesUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesRain;
}
export interface SimulationsEventsRasterEditsCreateRequest {
    simulationPk: string;
    data: RasterEdit;
}
export interface SimulationsEventsRasterEditsDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRasterEditsListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsRasterEditsPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: RasterEdit;
}
export interface SimulationsEventsRasterEditsReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRasterEditsRegisterRelatedRastersRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsRasterEditsUpdateRequest {
    id: number;
    simulationPk: string;
    data: RasterEdit;
}
export interface SimulationsEventsSourcesSinksConstantCreateRequest {
    simulationPk: string;
    data: ConstantSourcesSinks;
}
export interface SimulationsEventsSourcesSinksConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsSourcesSinksConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantSourcesSinks;
}
export interface SimulationsEventsSourcesSinksConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantSourcesSinks;
}
export interface SimulationsEventsSourcesSinksRastersLizardCreateRequest {
    simulationPk: string;
    data: LizardRasterSourcesSinks;
}
export interface SimulationsEventsSourcesSinksRastersLizardDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksRastersLizardListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsSourcesSinksRastersLizardPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardRasterSourcesSinks;
}
export interface SimulationsEventsSourcesSinksRastersLizardReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksRastersLizardUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardRasterSourcesSinks;
}
export interface SimulationsEventsSourcesSinksRastersNetcdfCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsSourcesSinksRastersNetcdfDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksRastersNetcdfListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsSourcesSinksRastersNetcdfPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: NetCDFRasterSourcesSinks;
}
export interface SimulationsEventsSourcesSinksRastersNetcdfReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksRastersNetcdfUpdateRequest {
    id: number;
    simulationPk: string;
    data: NetCDFRasterSourcesSinks;
}
export interface SimulationsEventsSourcesSinksTimeseriesCreateRequest {
    simulationPk: string;
    data: TimeseriesSourcesSinks;
}
export interface SimulationsEventsSourcesSinksTimeseriesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksTimeseriesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsSourcesSinksTimeseriesLizardCreateRequest {
    simulationPk: string;
    data: LizardTimeseriesSourcesSinks;
}
export interface SimulationsEventsSourcesSinksTimeseriesLizardDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksTimeseriesLizardListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsSourcesSinksTimeseriesLizardPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardTimeseriesSourcesSinks;
}
export interface SimulationsEventsSourcesSinksTimeseriesLizardReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksTimeseriesLizardUpdateRequest {
    id: number;
    simulationPk: string;
    data: LizardTimeseriesSourcesSinks;
}
export interface SimulationsEventsSourcesSinksTimeseriesNetcdfCreateRequest {
    simulationPk: string;
    data: Upload;
}
export interface SimulationsEventsSourcesSinksTimeseriesNetcdfDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksTimeseriesNetcdfListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsSourcesSinksTimeseriesNetcdfReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksTimeseriesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesSourcesSinks;
}
export interface SimulationsEventsSourcesSinksTimeseriesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsSourcesSinksTimeseriesUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesSourcesSinks;
}
export interface SimulationsEventsStructureControlFileCreateRequest {
    simulationPk: string;
    data: UploadEventFile;
}
export interface SimulationsEventsStructureControlFileDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlFileDownloadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlFileListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsStructureControlFilePartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: FileStructureControl;
}
export interface SimulationsEventsStructureControlFileProcessedRequest {
    id: number;
    simulationPk: string;
    data: BaseEventState;
}
export interface SimulationsEventsStructureControlFileReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlFileUpdateRequest {
    id: number;
    simulationPk: string;
    data: FileStructureControl;
}
export interface SimulationsEventsStructureControlMemoryCreateRequest {
    simulationPk: string;
    data: MemoryStructureControl;
}
export interface SimulationsEventsStructureControlMemoryDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlMemoryListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsStructureControlMemoryPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: MemoryStructureControl;
}
export interface SimulationsEventsStructureControlMemoryProcessedRequest {
    id: number;
    simulationPk: string;
    data: MeasureLocationGridEventState;
}
export interface SimulationsEventsStructureControlMemoryReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlMemoryUpdateRequest {
    id: number;
    simulationPk: string;
    data: MemoryStructureControl;
}
export interface SimulationsEventsStructureControlTableCreateRequest {
    simulationPk: string;
    data: TableStructureControl;
}
export interface SimulationsEventsStructureControlTableDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlTableListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsStructureControlTablePartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TableStructureControl;
}
export interface SimulationsEventsStructureControlTableProcessedRequest {
    id: number;
    simulationPk: string;
    data: MeasureLocationGridEventState;
}
export interface SimulationsEventsStructureControlTableReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlTableUpdateRequest {
    id: number;
    simulationPk: string;
    data: TableStructureControl;
}
export interface SimulationsEventsStructureControlTimedCreateRequest {
    simulationPk: string;
    data: TimedStructureControl;
}
export interface SimulationsEventsStructureControlTimedDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlTimedListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsStructureControlTimedPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimedStructureControl;
}
export interface SimulationsEventsStructureControlTimedProcessedRequest {
    id: number;
    simulationPk: string;
    data: GridEventState;
}
export interface SimulationsEventsStructureControlTimedReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsStructureControlTimedUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimedStructureControl;
}
export interface SimulationsEventsWindConstantCreateRequest {
    simulationPk: string;
    data: ConstantWind;
}
export interface SimulationsEventsWindConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsWindConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsWindConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantWind;
}
export interface SimulationsEventsWindConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsWindConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: ConstantWind;
}
export interface SimulationsEventsWindTimeseriesCreateRequest {
    simulationPk: string;
    data: TimeseriesWind;
}
export interface SimulationsEventsWindTimeseriesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsWindTimeseriesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsEventsWindTimeseriesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesWind;
}
export interface SimulationsEventsWindTimeseriesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsEventsWindTimeseriesUpdateRequest {
    id: number;
    simulationPk: string;
    data: TimeseriesWind;
}
export interface SimulationsFromTemplateRequest {
    data: FromTemplate;
}
export interface SimulationsInitial1dWaterLevelConstantCreateRequest {
    simulationPk: string;
    data: OneDWaterLevel;
}
export interface SimulationsInitial1dWaterLevelConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial1dWaterLevelConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitial1dWaterLevelConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: OneDWaterLevel;
}
export interface SimulationsInitial1dWaterLevelConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial1dWaterLevelConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: OneDWaterLevel;
}
export interface SimulationsInitial1dWaterLevelFileCreateRequest {
    simulationPk: string;
    data: OneDWaterLevelFile;
}
export interface SimulationsInitial1dWaterLevelFileDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial1dWaterLevelFileListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitial1dWaterLevelFilePartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: OneDWaterLevelFile;
}
export interface SimulationsInitial1dWaterLevelFileReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial1dWaterLevelFileUpdateRequest {
    id: number;
    simulationPk: string;
    data: OneDWaterLevelFile;
}
export interface SimulationsInitial1dWaterLevelPredefinedCreateRequest {
    simulationPk: string;
    data: OneDWaterLevelPredefined;
}
export interface SimulationsInitial1dWaterLevelPredefinedDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial1dWaterLevelPredefinedListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitial1dWaterLevelPredefinedPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: OneDWaterLevelPredefined;
}
export interface SimulationsInitial1dWaterLevelPredefinedReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial1dWaterLevelPredefinedUpdateRequest {
    id: number;
    simulationPk: string;
    data: OneDWaterLevelPredefined;
}
export interface SimulationsInitial2dWaterLevelConstantCreateRequest {
    simulationPk: string;
    data: TwoDWaterLevel;
}
export interface SimulationsInitial2dWaterLevelConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial2dWaterLevelConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitial2dWaterLevelConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TwoDWaterLevel;
}
export interface SimulationsInitial2dWaterLevelConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial2dWaterLevelConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: TwoDWaterLevel;
}
export interface SimulationsInitial2dWaterLevelRasterCreateRequest {
    simulationPk: string;
    data: TwoDWaterRaster;
}
export interface SimulationsInitial2dWaterLevelRasterDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial2dWaterLevelRasterListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitial2dWaterLevelRasterPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: TwoDWaterRaster;
}
export interface SimulationsInitial2dWaterLevelRasterReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitial2dWaterLevelRasterUpdateRequest {
    id: number;
    simulationPk: string;
    data: TwoDWaterRaster;
}
export interface SimulationsInitialGroundwaterLevelConstantCreateRequest {
    simulationPk: string;
    data: GroundWaterLevel;
}
export interface SimulationsInitialGroundwaterLevelConstantDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialGroundwaterLevelConstantListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitialGroundwaterLevelConstantPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: GroundWaterLevel;
}
export interface SimulationsInitialGroundwaterLevelConstantReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialGroundwaterLevelConstantUpdateRequest {
    id: number;
    simulationPk: string;
    data: GroundWaterLevel;
}
export interface SimulationsInitialGroundwaterLevelRasterCreateRequest {
    simulationPk: string;
    data: GroundWaterRaster;
}
export interface SimulationsInitialGroundwaterLevelRasterDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialGroundwaterLevelRasterListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitialGroundwaterLevelRasterPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: GroundWaterRaster;
}
export interface SimulationsInitialGroundwaterLevelRasterReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialGroundwaterLevelRasterUpdateRequest {
    id: number;
    simulationPk: string;
    data: GroundWaterRaster;
}
export interface SimulationsInitialSavedStateCreateRequest {
    simulationPk: string;
    data: InitialSavedState;
}
export interface SimulationsInitialSavedStateDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialSavedStateListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitialSavedStatePartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: InitialSavedState;
}
export interface SimulationsInitialSavedStateReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialSavedStateUpdateRequest {
    id: number;
    simulationPk: string;
    data: InitialSavedState;
}
export interface SimulationsInitialWindDragCoefficientCreateRequest {
    simulationPk: string;
    data: WindDragCoefficient;
}
export interface SimulationsInitialWindDragCoefficientDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialWindDragCoefficientListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsInitialWindDragCoefficientPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: WindDragCoefficient;
}
export interface SimulationsInitialWindDragCoefficientReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsInitialWindDragCoefficientUpdateRequest {
    id: number;
    simulationPk: string;
    data: WindDragCoefficient;
}
export interface SimulationsListRequest {
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    uuid?: string;
    uuidIexact?: string;
    uuidContains?: string;
    uuidIcontains?: string;
    uuidIn?: string;
    uuidStartswith?: string;
    uuidIstartswith?: string;
    uuidEndswith?: string;
    uuidRegex?: string;
    createdDate?: string;
    createdDateGt?: string;
    createdDateGte?: string;
    createdDateLt?: string;
    createdDateLte?: string;
    createdYear?: number;
    createdYearGt?: number;
    createdYearGte?: number;
    createdYearLt?: number;
    createdYearLte?: number;
    createdMonth?: number;
    createdMonthLte?: number;
    createdDay?: number;
    createdDayLt?: number;
    userUsername?: string;
    userUsernameIstartswith?: string;
    threedimodelId?: number;
    threedimodelRevisionId?: number;
    tagsIn?: string;
    isTemplate?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsPartialUpdateRequest {
    id: number;
    data: SimulationUpdate;
}
export interface SimulationsPostProcessingLizardQueueListRequest {
    limit?: number;
    offset?: number;
}
export interface SimulationsProgressListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsReadRequest {
    id: number;
}
export interface SimulationsResultsFilesCreateRequest {
    simulationPk: string;
    data: ResultFile;
}
export interface SimulationsResultsFilesDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsResultsFilesDownloadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsResultsFilesListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsResultsFilesPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: ResultFile;
}
export interface SimulationsResultsFilesReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsResultsFilesUpdateRequest {
    id: number;
    simulationPk: string;
    data: ResultFile;
}
export interface SimulationsResultsFilesUploadRequest {
    id: number;
    simulationPk: string;
    data: Upload;
}
export interface SimulationsResultsPostProcessingLizardArrivalCreateRequest {
    simulationPk: string;
    data: ArrivalTimePostProcessing;
}
export interface SimulationsResultsPostProcessingLizardArrivalDeleteRequest {
    simulationPk: string;
}
export interface SimulationsResultsPostProcessingLizardArrivalListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsResultsPostProcessingLizardBasicCreateRequest {
    simulationPk: string;
    data: BasicPostProcessing;
}
export interface SimulationsResultsPostProcessingLizardBasicDeleteRequest {
    simulationPk: string;
}
export interface SimulationsResultsPostProcessingLizardBasicListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsResultsPostProcessingLizardDamageCreateRequest {
    simulationPk: string;
    data: DamagePostProcessing;
}
export interface SimulationsResultsPostProcessingLizardDamageDeleteRequest {
    simulationPk: string;
}
export interface SimulationsResultsPostProcessingLizardDamageListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsResultsPostProcessingLizardOverviewListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsResultsPostProcessingLizardStartCreateRequest {
    simulationPk: string;
    data: object;
}
export interface SimulationsResultsPostProcessingLizardStartRetryRequest {
    simulationPk: string;
    data: object;
}
export interface SimulationsResultsPostProcessingLizardStatusCreateRequest {
    simulationPk: string;
    data: PostProcessingStatus;
}
export interface SimulationsResultsPostProcessingLizardStatusDeleteRequest {
    simulationPk: string;
}
export interface SimulationsResultsPostProcessingLizardStatusHistoryListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsResultsPostProcessingLizardStatusListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsSettingsAggregationCreateRequest {
    simulationPk: string;
    data: AggregationSettings;
}
export interface SimulationsSettingsAggregationDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsSettingsAggregationListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsSettingsAggregationPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: AggregationSettings;
}
export interface SimulationsSettingsAggregationReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsSettingsAggregationUpdateRequest {
    id: number;
    simulationPk: string;
    data: AggregationSettings;
}
export interface SimulationsSettingsNumericalCreateRequest {
    simulationPk: string;
    data: NumericalSettings;
}
export interface SimulationsSettingsNumericalDeleteRequest {
    simulationPk: string;
}
export interface SimulationsSettingsNumericalPartialUpdateRequest {
    simulationPk: string;
    data: NumericalSettings;
}
export interface SimulationsSettingsNumericalUpdateRequest {
    simulationPk: string;
    data: NumericalSettings;
}
export interface SimulationsSettingsOverviewRequest {
    simulationPk: string;
}
export interface SimulationsSettingsPhysicalCreateRequest {
    simulationPk: string;
    data: PhysicalSettings;
}
export interface SimulationsSettingsPhysicalDeleteRequest {
    simulationPk: string;
}
export interface SimulationsSettingsPhysicalPartialUpdateRequest {
    simulationPk: string;
    data: PhysicalSettings;
}
export interface SimulationsSettingsPhysicalUpdateRequest {
    simulationPk: string;
    data: PhysicalSettings;
}
export interface SimulationsSettingsTimeStepCreateRequest {
    simulationPk: string;
    data: TimeStepSettings;
}
export interface SimulationsSettingsTimeStepDeleteRequest {
    simulationPk: string;
}
export interface SimulationsSettingsTimeStepPartialUpdateRequest {
    simulationPk: string;
    data: TimeStepSettings;
}
export interface SimulationsSettingsTimeStepUpdateRequest {
    simulationPk: string;
    data: TimeStepSettings;
}
export interface SimulationsStatusCreateRequest {
    simulationPk: string;
    data: SimulationStatus;
}
export interface SimulationsStatusDeleteRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsStatusHistoryListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsStatusHistoryReadRequest {
    id: number;
    simulationPk: string;
}
export interface SimulationsStatusListRequest {
    simulationPk: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsStatusPartialUpdateRequest {
    id: number;
    simulationPk: string;
    data: SimulationStatus;
}
export interface SimulationsStatusPatchRequest {
    simulationPk: string;
    data: SimulationStatus;
}
export interface SimulationsStatusUpdateRequest {
    id: number;
    simulationPk: string;
    data: SimulationStatus;
}
export interface SimulationsUpdateRequest {
    id: number;
    data: SimulationUpdate;
}
export interface SimulationsVisualisationsBreachGraphCreateRequest {
    simulationPk: string;
    data: BreachGraphRequest;
}
export interface SimulationsVisualisationsProfileListRequest {
    layer: string;
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsVisualisationsPumpDischargeGraphCreateRequest {
    simulationPk: string;
    data: PumpDischargeGraphRequest;
}
export interface SimulationsVisualisationsRainGraphCreateRequest {
    simulationPk: string;
    data: RainGraphRequest;
}
export interface SimulationsVisualisationsTmsListRequest {
    layer: string;
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsVisualisationsWaterFlowGraphCreateRequest {
    simulationPk: string;
    data: WaterFlowGraphRequest;
}
export interface SimulationsVisualisationsWaterLevelGraphCreateRequest {
    simulationPk: string;
    data: WaterLevelGraphRequest;
}
export interface SimulationsVisualisationsWaterLevelProfileCreateRequest {
    simulationPk: string;
    data: WaterLevelProfileRequest;
}
export interface SimulationsVisualisationsWaterdepthListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface SimulationsWebsocketsListRequest {
    simulationPk: string;
    limit?: number;
    offset?: number;
}
export interface StatusesListRequest {
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    simulationName?: string;
    simulationNameIexact?: string;
    simulationNameContains?: string;
    simulationNameIcontains?: string;
    simulationNameIn?: string;
    simulationNameStartswith?: string;
    simulationNameIstartswith?: string;
    simulationNameEndswith?: string;
    simulationNameRegex?: string;
    simulationComputeClusterName?: string;
    simulationThreedimodelSlug?: string;
    simulationThreedimodelSlugIexact?: string;
    simulationThreedimodelSlugContains?: string;
    simulationThreedimodelSlugIcontains?: string;
    simulationThreedimodelSlugIn?: string;
    simulationThreedimodelSlugStartswith?: string;
    simulationThreedimodelSlugIstartswith?: string;
    simulationThreedimodelSlugEndswith?: string;
    simulationThreedimodelSlugRegex?: string;
    created?: string;
    createdGt?: string;
    createdGte?: string;
    createdLt?: string;
    createdLte?: string;
    createdDate?: string;
    createdDateGt?: string;
    createdDateGte?: string;
    createdDateLt?: string;
    createdDateLte?: string;
    createdYear?: number;
    createdYearGt?: number;
    createdYearGte?: number;
    createdYearLt?: number;
    createdYearLte?: number;
    createdMonth?: number;
    createdMonthLte?: number;
    createdDay?: number;
    createdDayLt?: number;
    createdWeek?: number;
    createdWeekDay?: number;
    id?: number;
    idGt?: number;
    idGte?: number;
    idLt?: number;
    idLte?: number;
    idIsnull?: string;
    exitCode?: string;
    exitCodeGt?: number;
    exitCodeGte?: number;
    exitCodeLt?: number;
    exitCodeLte?: number;
    exitCodeIsnull?: string;
    simulationIdIn?: number;
    simulationUserUsername?: string;
    simulationTypeLive?: string;
    simulationTagsContains?: string;
    simulationOrganisationNameIstartswith?: string;
    simulationOrganisationUniqueId?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface StatusesReadRequest {
    id: number;
}
export interface StatusesStatisticsRequest {
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    simulationName?: string;
    simulationNameIexact?: string;
    simulationNameContains?: string;
    simulationNameIcontains?: string;
    simulationNameIn?: string;
    simulationNameStartswith?: string;
    simulationNameIstartswith?: string;
    simulationNameEndswith?: string;
    simulationNameRegex?: string;
    simulationComputeClusterName?: string;
    simulationThreedimodelSlug?: string;
    simulationThreedimodelSlugIexact?: string;
    simulationThreedimodelSlugContains?: string;
    simulationThreedimodelSlugIcontains?: string;
    simulationThreedimodelSlugIn?: string;
    simulationThreedimodelSlugStartswith?: string;
    simulationThreedimodelSlugIstartswith?: string;
    simulationThreedimodelSlugEndswith?: string;
    simulationThreedimodelSlugRegex?: string;
    created?: string;
    createdGt?: string;
    createdGte?: string;
    createdLt?: string;
    createdLte?: string;
    createdDate?: string;
    createdDateGt?: string;
    createdDateGte?: string;
    createdDateLt?: string;
    createdDateLte?: string;
    createdYear?: number;
    createdYearGt?: number;
    createdYearGte?: number;
    createdYearLt?: number;
    createdYearLte?: number;
    createdMonth?: number;
    createdMonthLte?: number;
    createdDay?: number;
    createdDayLt?: number;
    createdWeek?: number;
    createdWeekDay?: number;
    id?: number;
    idGt?: number;
    idGte?: number;
    idLt?: number;
    idLte?: number;
    idIsnull?: string;
    exitCode?: string;
    exitCodeGt?: number;
    exitCodeGte?: number;
    exitCodeLt?: number;
    exitCodeLte?: number;
    exitCodeIsnull?: string;
    simulationIdIn?: number;
    simulationUserUsername?: string;
    simulationTypeLive?: string;
    simulationTagsContains?: string;
    simulationOrganisationNameIstartswith?: string;
    simulationOrganisationUniqueId?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsBoundaryconditionsCreateRequest {
    threedimodelPk: string;
    data: BoundaryCondition;
}
export interface ThreedimodelsBoundaryconditionsDeleteRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsBoundaryconditionsListRequest {
    threedimodelPk: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsBoundaryconditionsPartialUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: BoundaryCondition;
}
export interface ThreedimodelsBoundaryconditionsReadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsBoundaryconditionsUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: BoundaryCondition;
}
export interface ThreedimodelsBreachesGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsBulkPotentialbreachesCreateRequest {
    threedimodelPk: string;
    data: Array<PotentialBreach>;
}
export interface ThreedimodelsBulkRastersCreateRequest {
    threedimodelPk: string;
    data: Array<Raster>;
}
export interface ThreedimodelsCellsGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsChannelsGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsCreateRequest {
    data: ThreediModel;
}
export interface ThreedimodelsCulvertsGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsDeleteRequest {
    id: number;
}
export interface ThreedimodelsFlowlinesGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsGeojsonBreachesDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonCellsDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonChannelsDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonCulvertsDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonFlowlinesDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonLeveesDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonManholesDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonOrificesDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonPipesDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonPumpsDownloadRequest {
    id: number;
}
export interface ThreedimodelsGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsGeojsonWeirsDownloadRequest {
    id: number;
}
export interface ThreedimodelsGridadminDownloadRequest {
    id: number;
}
export interface ThreedimodelsGridadminUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsInitialWaterlevelsCreateRequest {
    threedimodelPk: string;
    data: InitialWaterlevel;
}
export interface ThreedimodelsInitialWaterlevelsDeleteRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsInitialWaterlevelsDownloadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsInitialWaterlevelsListRequest {
    threedimodelPk: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsInitialWaterlevelsPartialUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: InitialWaterlevel;
}
export interface ThreedimodelsInitialWaterlevelsReadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsInitialWaterlevelsUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: InitialWaterlevel;
}
export interface ThreedimodelsInitialWaterlevelsUploadRequest {
    id: number;
    threedimodelPk: string;
    data: Upload;
}
export interface ThreedimodelsLeveesGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsListRequest {
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    slug?: string;
    slugIexact?: string;
    slugContains?: string;
    slugIcontains?: string;
    slugIn?: string;
    slugStartswith?: string;
    slugIstartswith?: string;
    slugEndswith?: string;
    slugRegex?: string;
    epsg?: number;
    isValid?: string;
    inpyVersionSlug?: string;
    inpyVersionSlugIexact?: string;
    inpyVersionSlugContains?: string;
    inpyVersionSlugIcontains?: string;
    inpyVersionSlugIn?: string;
    inpyVersionSlugStartswith?: string;
    inpyVersionSlugIstartswith?: string;
    inpyVersionSlugEndswith?: string;
    inpyVersionSlugRegex?: string;
    inpyVersionThreediVersion?: string;
    inpyVersionThreediVersionIexact?: string;
    inpyVersionThreediVersionContains?: string;
    inpyVersionThreediVersionIcontains?: string;
    inpyVersionThreediVersionIn?: string;
    inpyVersionThreediVersionStartswith?: string;
    inpyVersionThreediVersionIstartswith?: string;
    inpyVersionThreediVersionEndswith?: string;
    inpyVersionThreediVersionRegex?: string;
    inpyVersionThreedicoreVersion?: string;
    inpyVersionThreedicoreVersionIexact?: string;
    inpyVersionThreedicoreVersionContains?: string;
    inpyVersionThreedicoreVersionIcontains?: string;
    inpyVersionThreedicoreVersionIn?: string;
    inpyVersionThreedicoreVersionStartswith?: string;
    inpyVersionThreedicoreVersionIstartswith?: string;
    inpyVersionThreedicoreVersionEndswith?: string;
    inpyVersionThreedicoreVersionRegex?: string;
    revisionId?: number;
    revisionNumber?: number;
    revisionNumberGt?: number;
    revisionNumberGte?: number;
    revisionNumberLt?: number;
    revisionNumberLte?: number;
    revisionNumberIsnull?: string;
    revisionHash?: string;
    revisionHashIexact?: string;
    revisionHashContains?: string;
    revisionHashIcontains?: string;
    revisionHashIn?: string;
    revisionHashStartswith?: string;
    revisionHashIstartswith?: string;
    revisionHashEndswith?: string;
    revisionHashRegex?: string;
    revisionSchematisationIsnull?: string;
    revisionSchematisationName?: string;
    revisionSchematisationNameIexact?: string;
    revisionSchematisationNameContains?: string;
    revisionSchematisationNameIcontains?: string;
    revisionSchematisationNameIn?: string;
    revisionSchematisationNameStartswith?: string;
    revisionSchematisationNameIstartswith?: string;
    revisionSchematisationNameEndswith?: string;
    revisionSchematisationNameRegex?: string;
    revisionRepositoryOrganisationUniqueId?: string;
    revisionRepositoryOrganisationUniqueIdIexact?: string;
    revisionRepositoryOrganisationUniqueIdContains?: string;
    revisionRepositoryOrganisationUniqueIdIcontains?: string;
    revisionRepositoryOrganisationUniqueIdIn?: string;
    revisionRepositoryOrganisationUniqueIdStartswith?: string;
    revisionRepositoryOrganisationUniqueIdIstartswith?: string;
    revisionRepositoryOrganisationUniqueIdEndswith?: string;
    revisionRepositoryOrganisationUniqueIdRegex?: string;
    revisionSchematisationOwnerUniqueId?: string;
    revisionSchematisationId?: number;
    revisionIsPinned?: string;
    disabled?: string;
    inpSuccess?: string;
    inpyVersionActive?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsManholesGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsOrificesGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsPartialUpdateRequest {
    id: number;
    data: ThreediModel;
}
export interface ThreedimodelsPipesGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsPotentialbreachesCreateRequest {
    threedimodelPk: string;
    data: PotentialBreach;
}
export interface ThreedimodelsPotentialbreachesDeleteRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsPotentialbreachesListRequest {
    threedimodelPk: string;
    connectedPntId?: number;
    connectedPntIdGt?: number;
    connectedPntIdGte?: number;
    connectedPntIdLt?: number;
    connectedPntIdLte?: number;
    connectedPntIdIsnull?: string;
    threedimodelId?: number;
    threedimodelIdGt?: number;
    threedimodelIdGte?: number;
    threedimodelIdLt?: number;
    threedimodelIdLte?: number;
    threedimodelIdIsnull?: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsPotentialbreachesPartialUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: PotentialBreach;
}
export interface ThreedimodelsPotentialbreachesReadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsPotentialbreachesUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: PotentialBreach;
}
export interface ThreedimodelsPumpsGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsRasterOptionsRequest {
    id: number;
}
export interface ThreedimodelsRastersCreateRequest {
    threedimodelPk: string;
    data: Raster;
}
export interface ThreedimodelsRastersDeleteRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsRastersDownloadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsRastersListRequest {
    threedimodelPk: string;
    type?: string;
    typeIexact?: string;
    typeContains?: string;
    typeIcontains?: string;
    typeIn?: string;
    typeStartswith?: string;
    typeIstartswith?: string;
    typeEndswith?: string;
    typeRegex?: string;
    name?: string;
    nameIexact?: string;
    nameContains?: string;
    nameIcontains?: string;
    nameIn?: string;
    nameStartswith?: string;
    nameIstartswith?: string;
    nameEndswith?: string;
    nameRegex?: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsRastersPartialUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: Raster;
}
export interface ThreedimodelsRastersReadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsRastersUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: Raster;
}
export interface ThreedimodelsRastersUploadRequest {
    id: number;
    threedimodelPk: string;
    data: Upload;
}
export interface ThreedimodelsReadRequest {
    id: number;
}
export interface ThreedimodelsSavedStatesDeleteRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsSavedStatesListRequest {
    threedimodelPk: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsSavedStatesReadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsTablesDownloadRequest {
    id: number;
}
export interface ThreedimodelsTablesUploadRequest {
    id: number;
    data: Upload;
}
export interface ThreedimodelsTasksCreateRequest {
    threedimodelPk: string;
    data: ThreediModelTask;
}
export interface ThreedimodelsTasksDeleteRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsTasksListRequest {
    threedimodelPk: string;
    limit?: number;
    offset?: number;
}
export interface ThreedimodelsTasksPartialUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: ThreediModelTask;
}
export interface ThreedimodelsTasksReadRequest {
    id: number;
    threedimodelPk: string;
}
export interface ThreedimodelsTasksUpdateRequest {
    id: number;
    threedimodelPk: string;
    data: ThreediModelTask;
}
export interface ThreedimodelsUpdateRequest {
    id: number;
    data: ThreediModel;
}
export interface ThreedimodelsWeirsGeojsonUploadRequest {
    id: number;
    data: Upload;
}
export interface UsageListRequest {
    startedGt?: string;
    startedGte?: string;
    startedLt?: string;
    startedLte?: string;
    startedDate?: string;
    startedDateGt?: string;
    startedDateGte?: string;
    startedDateLt?: string;
    startedDateLte?: string;
    startedYear?: number;
    startedYearGt?: number;
    startedYearGte?: number;
    startedYearLt?: number;
    startedYearLte?: number;
    startedMonth?: number;
    startedMonthLte?: number;
    finishedGt?: string;
    finishedGte?: string;
    finishedLt?: string;
    finishedLte?: string;
    finishedDate?: string;
    finishedDateGt?: string;
    finishedDateGte?: string;
    finishedDateLt?: string;
    finishedDateLte?: string;
    finishedYear?: number;
    finishedYearGt?: number;
    finishedYearGte?: number;
    finishedYearLt?: number;
    finishedYearLte?: number;
    finishedMonth?: number;
    finishedMonthLte?: number;
    totalTime?: number;
    totalTimeGt?: number;
    totalTimeGte?: number;
    totalTimeLt?: number;
    totalTimeLte?: number;
    totalTimeIsnull?: string;
    simulationName?: string;
    simulationNameIexact?: string;
    simulationNameContains?: string;
    simulationNameIcontains?: string;
    simulationNameIn?: string;
    simulationNameStartswith?: string;
    simulationNameIstartswith?: string;
    simulationNameEndswith?: string;
    simulationNameRegex?: string;
    simulationThreedimodelId?: number;
    simulationThreedimodelIdGt?: number;
    simulationThreedimodelIdGte?: number;
    simulationThreedimodelIdLt?: number;
    simulationThreedimodelIdLte?: number;
    simulationThreedimodelIdIsnull?: string;
    simulationThreedimodelName?: string;
    simulationThreedimodelNameIexact?: string;
    simulationThreedimodelNameContains?: string;
    simulationThreedimodelNameIcontains?: string;
    simulationThreedimodelNameIn?: string;
    simulationThreedimodelNameStartswith?: string;
    simulationThreedimodelNameIstartswith?: string;
    simulationThreedimodelNameEndswith?: string;
    simulationThreedimodelNameRegex?: string;
    simulationUserUsername?: string;
    simulationUserUsernameIexact?: string;
    simulationUserUsernameContains?: string;
    simulationUserUsernameIcontains?: string;
    simulationUserUsernameIn?: string;
    simulationUserUsernameStartswith?: string;
    simulationUserUsernameIstartswith?: string;
    simulationUserUsernameEndswith?: string;
    simulationUserUsernameRegex?: string;
    simulationActiveStatusName?: string;
    simulationActiveStatusNameIexact?: string;
    simulationActiveStatusNameContains?: string;
    simulationActiveStatusNameIcontains?: string;
    simulationActiveStatusNameIn?: string;
    simulationActiveStatusNameStartswith?: string;
    simulationActiveStatusNameIstartswith?: string;
    simulationActiveStatusNameEndswith?: string;
    simulationActiveStatusNameRegex?: string;
    simulationTypeLive?: string;
    simulationOrganisationNameIstartswith?: string;
    simulationOrganisationUniqueId?: string;
    simulationStatus?: string;
    simulationTagsIn?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
export interface UsageReadRequest {
    id: number;
}
export interface UsageStatisticsRequest {
    startedGt?: string;
    startedGte?: string;
    startedLt?: string;
    startedLte?: string;
    startedDate?: string;
    startedDateGt?: string;
    startedDateGte?: string;
    startedDateLt?: string;
    startedDateLte?: string;
    startedYear?: number;
    startedYearGt?: number;
    startedYearGte?: number;
    startedYearLt?: number;
    startedYearLte?: number;
    startedMonth?: number;
    startedMonthLte?: number;
    finishedGt?: string;
    finishedGte?: string;
    finishedLt?: string;
    finishedLte?: string;
    finishedDate?: string;
    finishedDateGt?: string;
    finishedDateGte?: string;
    finishedDateLt?: string;
    finishedDateLte?: string;
    finishedYear?: number;
    finishedYearGt?: number;
    finishedYearGte?: number;
    finishedYearLt?: number;
    finishedYearLte?: number;
    finishedMonth?: number;
    finishedMonthLte?: number;
    totalTime?: number;
    totalTimeGt?: number;
    totalTimeGte?: number;
    totalTimeLt?: number;
    totalTimeLte?: number;
    totalTimeIsnull?: string;
    simulationName?: string;
    simulationNameIexact?: string;
    simulationNameContains?: string;
    simulationNameIcontains?: string;
    simulationNameIn?: string;
    simulationNameStartswith?: string;
    simulationNameIstartswith?: string;
    simulationNameEndswith?: string;
    simulationNameRegex?: string;
    simulationThreedimodelId?: number;
    simulationThreedimodelIdGt?: number;
    simulationThreedimodelIdGte?: number;
    simulationThreedimodelIdLt?: number;
    simulationThreedimodelIdLte?: number;
    simulationThreedimodelIdIsnull?: string;
    simulationThreedimodelName?: string;
    simulationThreedimodelNameIexact?: string;
    simulationThreedimodelNameContains?: string;
    simulationThreedimodelNameIcontains?: string;
    simulationThreedimodelNameIn?: string;
    simulationThreedimodelNameStartswith?: string;
    simulationThreedimodelNameIstartswith?: string;
    simulationThreedimodelNameEndswith?: string;
    simulationThreedimodelNameRegex?: string;
    simulationUserUsername?: string;
    simulationUserUsernameIexact?: string;
    simulationUserUsernameContains?: string;
    simulationUserUsernameIcontains?: string;
    simulationUserUsernameIn?: string;
    simulationUserUsernameStartswith?: string;
    simulationUserUsernameIstartswith?: string;
    simulationUserUsernameEndswith?: string;
    simulationUserUsernameRegex?: string;
    simulationActiveStatusName?: string;
    simulationActiveStatusNameIexact?: string;
    simulationActiveStatusNameContains?: string;
    simulationActiveStatusNameIcontains?: string;
    simulationActiveStatusNameIn?: string;
    simulationActiveStatusNameStartswith?: string;
    simulationActiveStatusNameIstartswith?: string;
    simulationActiveStatusNameEndswith?: string;
    simulationActiveStatusNameRegex?: string;
    simulationTypeLive?: string;
    simulationOrganisationNameIstartswith?: string;
    simulationOrganisationUniqueId?: string;
    simulationStatus?: string;
    simulationTagsIn?: string;
    ordering?: string;
    limit?: number;
    offset?: number;
}
/**
 * no description
 */
export declare class V3Api extends runtime.BaseAPI {
    /**
     * Read-only API endpoint for viewing user details for current user
     */
    authProfileListRaw(requestParameters: AuthProfileListRequest): Promise<runtime.ApiResponse<User>>;
    /**
     * Read-only API endpoint for viewing user details for current user
     */
    authProfileList(requestParameters: AuthProfileListRequest): Promise<User>;
    /**
     * Post \"refresh\" token as \"refresh\".  The return \"access\" token needs to be sent as HTTP authentication header with every request with \'Bearer \' prefix (case-sensitive).
     * Refresh API authentication token by refresh_token.
     */
    authRefreshTokenCreateRaw(requestParameters: AuthRefreshTokenCreateRequest): Promise<runtime.ApiResponse<Tokens>>;
    /**
     * Post \"refresh\" token as \"refresh\".  The return \"access\" token needs to be sent as HTTP authentication header with every request with \'Bearer \' prefix (case-sensitive).
     * Refresh API authentication token by refresh_token.
     */
    authRefreshTokenCreate(requestParameters: AuthRefreshTokenCreateRequest): Promise<Tokens>;
    /**
     * There are two ways for retrieving a tokens. The preferred way is attaching a Personal API Key to the request and leave the request body empty. For backwards compatibility, you can also supply your username and password in the request body directly.  The response will contain an \"access\" and \"refresh\" JWT token.  The \"access\" token needs to be sent as HTTP authentication header with every request with a \'Bearer \' prefix (case-sensitive).  Note that the \"access\" token expires after some time.  The \"refresh\" token can be used to get a new access token via the \"refresh\" endpoint.
     * Retrieve tokens for API authentication.
     */
    authTokenCreateRaw(requestParameters: AuthTokenCreateRequest): Promise<runtime.ApiResponse<Tokens>>;
    /**
     * There are two ways for retrieving a tokens. The preferred way is attaching a Personal API Key to the request and leave the request body empty. For backwards compatibility, you can also supply your username and password in the request body directly.  The response will contain an \"access\" and \"refresh\" JWT token.  The \"access\" token needs to be sent as HTTP authentication header with every request with a \'Bearer \' prefix (case-sensitive).  Note that the \"access\" token expires after some time.  The \"refresh\" token can be used to get a new access token via the \"refresh\" endpoint.
     * Retrieve tokens for API authentication.
     */
    authTokenCreate(requestParameters: AuthTokenCreateRequest): Promise<Tokens>;
    /**
     * - superusers and staff users might view all users - user with a manager role might view all users for the   organisations they have the manager role for - regular users might view their user details
     * Read-only API endpoint for viewing user details.
     */
    authUsersListRaw(requestParameters: AuthUsersListRequest): Promise<runtime.ApiResponse<InlineResponse2002>>;
    /**
     * - superusers and staff users might view all users - user with a manager role might view all users for the   organisations they have the manager role for - regular users might view their user details
     * Read-only API endpoint for viewing user details.
     */
    authUsersList(requestParameters: AuthUsersListRequest): Promise<InlineResponse2002>;
    /**
     */
    authUsersReadRaw(requestParameters: AuthUsersReadRequest): Promise<runtime.ApiResponse<User>>;
    /**
     */
    authUsersRead(requestParameters: AuthUsersReadRequest): Promise<User>;
    /**
     */
    authUsersTokensRaw(requestParameters: AuthUsersTokensRequest): Promise<runtime.ApiResponse<UserTokens>>;
    /**
     */
    authUsersTokens(requestParameters: AuthUsersTokensRequest): Promise<UserTokens>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsCreateRaw(requestParameters: ContractsCreateRequest): Promise<runtime.ApiResponse<Contract>>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsCreate(requestParameters: ContractsCreateRequest): Promise<Contract>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsDeleteRaw(requestParameters: ContractsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsDelete(requestParameters: ContractsDeleteRequest): Promise<void>;
    /**
     * List all organisations that already have used some fraction of their calculation quota (for the current year - the `hours_used` property is based on the current calender year) ``` ?hours_used__gt=0 ```
     * Overview of organisations that have a valid 3Di contract.
     */
    contractsListRaw(requestParameters: ContractsListRequest): Promise<runtime.ApiResponse<InlineResponse2003>>;
    /**
     * List all organisations that already have used some fraction of their calculation quota (for the current year - the `hours_used` property is based on the current calender year) ``` ?hours_used__gt=0 ```
     * Overview of organisations that have a valid 3Di contract.
     */
    contractsList(requestParameters: ContractsListRequest): Promise<InlineResponse2003>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsPartialUpdateRaw(requestParameters: ContractsPartialUpdateRequest): Promise<runtime.ApiResponse<Contract>>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsPartialUpdate(requestParameters: ContractsPartialUpdateRequest): Promise<Contract>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsReadRaw(requestParameters: ContractsReadRequest): Promise<runtime.ApiResponse<Contract>>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsRead(requestParameters: ContractsReadRequest): Promise<Contract>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsUpdateRaw(requestParameters: ContractsUpdateRequest): Promise<runtime.ApiResponse<Contract>>;
    /**
     * API endpoint for interacting with contracts.
     */
    contractsUpdate(requestParameters: ContractsUpdateRequest): Promise<Contract>;
    /**
     * A simple ViewSet for viewing files
     */
    filesDeleteRaw(requestParameters: FilesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesDelete(requestParameters: FilesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing files
     */
    filesDestroyFileRaw(requestParameters: FilesDestroyFileRequest): Promise<runtime.ApiResponse<any>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesDestroyFile(requestParameters: FilesDestroyFileRequest): Promise<any>;
    /**
     * A simple ViewSet for viewing files
     */
    filesDownloadRaw(requestParameters: FilesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesDownload(requestParameters: FilesDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing files
     */
    filesListRaw(requestParameters: FilesListRequest): Promise<runtime.ApiResponse<InlineResponse2004>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesList(requestParameters: FilesListRequest): Promise<InlineResponse2004>;
    /**
     * A simple ViewSet for viewing files
     */
    filesPartialUpdateRaw(requestParameters: FilesPartialUpdateRequest): Promise<runtime.ApiResponse<any>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesPartialUpdate(requestParameters: FilesPartialUpdateRequest): Promise<any>;
    /**
     * For example the geotransform of raster files.
     * Endpoint to which the upload-processor can enrich file objects (and their related objects) with metadata.
     */
    filesProcessedRaw(requestParameters: FilesProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * For example the geotransform of raster files.
     * Endpoint to which the upload-processor can enrich file objects (and their related objects) with metadata.
     */
    filesProcessed(requestParameters: FilesProcessedRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing files
     */
    filesReadRaw(requestParameters: FilesReadRequest): Promise<runtime.ApiResponse<any>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesRead(requestParameters: FilesReadRequest): Promise<any>;
    /**
     * A simple ViewSet for viewing files
     */
    filesUpdateRaw(requestParameters: FilesUpdateRequest): Promise<runtime.ApiResponse<any>>;
    /**
     * A simple ViewSet for viewing files
     */
    filesUpdate(requestParameters: FilesUpdateRequest): Promise<any>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsCreateRaw(requestParameters: InpyVersionsCreateRequest): Promise<runtime.ApiResponse<InpyVersion>>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsCreate(requestParameters: InpyVersionsCreateRequest): Promise<InpyVersion>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsDeleteRaw(requestParameters: InpyVersionsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsDelete(requestParameters: InpyVersionsDeleteRequest): Promise<void>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsListRaw(requestParameters: InpyVersionsListRequest): Promise<runtime.ApiResponse<InlineResponse2005>>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsList(requestParameters: InpyVersionsListRequest): Promise<InlineResponse2005>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsPartialUpdateRaw(requestParameters: InpyVersionsPartialUpdateRequest): Promise<runtime.ApiResponse<InpyVersion>>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsPartialUpdate(requestParameters: InpyVersionsPartialUpdateRequest): Promise<InpyVersion>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsReadRaw(requestParameters: InpyVersionsReadRequest): Promise<runtime.ApiResponse<InpyVersion>>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsRead(requestParameters: InpyVersionsReadRequest): Promise<InpyVersion>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsUpdateRaw(requestParameters: InpyVersionsUpdateRequest): Promise<runtime.ApiResponse<InpyVersion>>;
    /**
     * Inpy was the service for preparing user-supplied schematisations into 3Di models (threedimodels) usable by the 3Di calculation core.  Currently, this route is pending deprecation: most newly generated 3Di models will carry an empty inpy_version.
     */
    inpyVersionsUpdate(requestParameters: InpyVersionsUpdateRequest): Promise<InpyVersion>;
    /**
     * Read-only API endpoint for interacting with organisations.
     */
    organisationsListRaw(requestParameters: OrganisationsListRequest): Promise<runtime.ApiResponse<InlineResponse2006>>;
    /**
     * Read-only API endpoint for interacting with organisations.
     */
    organisationsList(requestParameters: OrganisationsListRequest): Promise<InlineResponse2006>;
    /**
     * Read-only API endpoint for interacting with organisations.
     */
    organisationsPermissionsRaw(requestParameters: OrganisationsPermissionsRequest): Promise<runtime.ApiResponse<Array<OrganisationRole>>>;
    /**
     * Read-only API endpoint for interacting with organisations.
     */
    organisationsPermissions(requestParameters: OrganisationsPermissionsRequest): Promise<Array<OrganisationRole>>;
    /**
     * Read-only API endpoint for interacting with organisations.
     */
    organisationsReadRaw(requestParameters: OrganisationsReadRequest): Promise<runtime.ApiResponse<Organisation>>;
    /**
     * Read-only API endpoint for interacting with organisations.
     */
    organisationsRead(requestParameters: OrganisationsReadRequest): Promise<Organisation>;
    /**
     * Endpoint for interacting with users in an organisation.
     */
    organisationsUsersListRaw(requestParameters: OrganisationsUsersListRequest): Promise<runtime.ApiResponse<InlineResponse2007>>;
    /**
     * Endpoint for interacting with users in an organisation.
     */
    organisationsUsersList(requestParameters: OrganisationsUsersListRequest): Promise<InlineResponse2007>;
    /**
     * Patch the roles of a user in this organisation.
     */
    organisationsUsersPartialUpdateRaw(requestParameters: OrganisationsUsersPartialUpdateRequest): Promise<runtime.ApiResponse<OrganisationUser>>;
    /**
     * Patch the roles of a user in this organisation.
     */
    organisationsUsersPartialUpdate(requestParameters: OrganisationsUsersPartialUpdateRequest): Promise<OrganisationUser>;
    /**
     * Endpoint for interacting with users in an organisation.
     */
    organisationsUsersReadRaw(requestParameters: OrganisationsUsersReadRequest): Promise<runtime.ApiResponse<OrganisationUser>>;
    /**
     * Endpoint for interacting with users in an organisation.
     */
    organisationsUsersRead(requestParameters: OrganisationsUsersReadRequest): Promise<OrganisationUser>;
    /**
     * Example payload:      {       \"user\": \"chuck.norris\",  # user name       \"role\": \"simulation_runner\",  # role name       \"organisation\": \"48dac75bef8a42ebbb52e8f89bbdb9f2\"  # unique id     }
     * create a role for an existing user in an existing organisation
     */
    permissionsCreateRaw(requestParameters: PermissionsCreateRequest): Promise<runtime.ApiResponse<OrganisationRole>>;
    /**
     * Example payload:      {       \"user\": \"chuck.norris\",  # user name       \"role\": \"simulation_runner\",  # role name       \"organisation\": \"48dac75bef8a42ebbb52e8f89bbdb9f2\"  # unique id     }
     * create a role for an existing user in an existing organisation
     */
    permissionsCreate(requestParameters: PermissionsCreateRequest): Promise<OrganisationRole>;
    /**
     * Permissions management endpoints.
     */
    permissionsDeleteRaw(requestParameters: PermissionsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Permissions management endpoints.
     */
    permissionsDelete(requestParameters: PermissionsDeleteRequest): Promise<void>;
    /**
     * Permissions management endpoints.
     */
    permissionsListRaw(requestParameters: PermissionsListRequest): Promise<runtime.ApiResponse<InlineResponse2008>>;
    /**
     * Permissions management endpoints.
     */
    permissionsList(requestParameters: PermissionsListRequest): Promise<InlineResponse2008>;
    /**
     * Permissions management endpoints.
     */
    permissionsReadRaw(requestParameters: PermissionsReadRequest): Promise<runtime.ApiResponse<OrganisationRole>>;
    /**
     * Permissions management endpoints.
     */
    permissionsRead(requestParameters: PermissionsReadRequest): Promise<OrganisationRole>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesCreateRaw(requestParameters: RepositoriesCreateRequest): Promise<runtime.ApiResponse<Repository>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesCreate(requestParameters: RepositoriesCreateRequest): Promise<Repository>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesDeleteRaw(requestParameters: RepositoriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesDelete(requestParameters: RepositoriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesListRaw(requestParameters: RepositoriesListRequest): Promise<runtime.ApiResponse<InlineResponse2009>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesList(requestParameters: RepositoriesListRequest): Promise<InlineResponse2009>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesPartialUpdateRaw(requestParameters: RepositoriesPartialUpdateRequest): Promise<runtime.ApiResponse<Repository>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesPartialUpdate(requestParameters: RepositoriesPartialUpdateRequest): Promise<Repository>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesReadRaw(requestParameters: RepositoriesReadRequest): Promise<runtime.ApiResponse<Repository>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesRead(requestParameters: RepositoriesReadRequest): Promise<Repository>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesRevisionsRaw(requestParameters: RepositoriesRevisionsRequest): Promise<runtime.ApiResponse<Array<Revision>>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesRevisions(requestParameters: RepositoriesRevisionsRequest): Promise<Array<Revision>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesThreedimodelsRaw(requestParameters: RepositoriesThreedimodelsRequest): Promise<runtime.ApiResponse<Array<ThreediModel>>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesThreedimodels(requestParameters: RepositoriesThreedimodelsRequest): Promise<Array<ThreediModel>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesUpdateRaw(requestParameters: RepositoriesUpdateRequest): Promise<runtime.ApiResponse<Repository>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    repositoriesUpdate(requestParameters: RepositoriesUpdateRequest): Promise<Repository>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsCreateRaw(requestParameters: RevisionsCreateRequest): Promise<runtime.ApiResponse<Revision>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsCreate(requestParameters: RevisionsCreateRequest): Promise<Revision>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsDeleteRaw(requestParameters: RevisionsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsDelete(requestParameters: RevisionsDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsListRaw(requestParameters: RevisionsListRequest): Promise<runtime.ApiResponse<InlineResponse20010>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsList(requestParameters: RevisionsListRequest): Promise<InlineResponse20010>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsPartialUpdateRaw(requestParameters: RevisionsPartialUpdateRequest): Promise<runtime.ApiResponse<Revision>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsPartialUpdate(requestParameters: RevisionsPartialUpdateRequest): Promise<Revision>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsReadRaw(requestParameters: RevisionsReadRequest): Promise<runtime.ApiResponse<Revision>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsRead(requestParameters: RevisionsReadRequest): Promise<Revision>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsThreedimodelsRaw(requestParameters: RevisionsThreedimodelsRequest): Promise<runtime.ApiResponse<Array<ThreediModel>>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsThreedimodels(requestParameters: RevisionsThreedimodelsRequest): Promise<Array<ThreediModel>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsUpdateRaw(requestParameters: RevisionsUpdateRequest): Promise<runtime.ApiResponse<Revision>>;
    /**
     * A simple ViewSet for viewing modelmeta
     */
    revisionsUpdate(requestParameters: RevisionsUpdateRequest): Promise<Revision>;
    /**
     * Read-only API endpoint for viewing roles
     */
    rolesListRaw(requestParameters: RolesListRequest): Promise<runtime.ApiResponse<InlineResponse20011>>;
    /**
     * Read-only API endpoint for viewing roles
     */
    rolesList(requestParameters: RolesListRequest): Promise<InlineResponse20011>;
    /**
     * Read-only API endpoint for viewing roles
     */
    rolesReadRaw(requestParameters: RolesReadRequest): Promise<runtime.ApiResponse<Role>>;
    /**
     * Read-only API endpoint for viewing roles
     */
    rolesRead(requestParameters: RolesReadRequest): Promise<Role>;
    /**
     * Manage schematisations
     */
    schematisationsCreateRaw(requestParameters: SchematisationsCreateRequest): Promise<runtime.ApiResponse<Schematisation>>;
    /**
     * Manage schematisations
     */
    schematisationsCreate(requestParameters: SchematisationsCreateRequest): Promise<Schematisation>;
    /**
     * Schematisation can only be deleted when all commited revisions are deleted.
     */
    schematisationsDeleteRaw(requestParameters: SchematisationsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Schematisation can only be deleted when all commited revisions are deleted.
     */
    schematisationsDelete(requestParameters: SchematisationsDeleteRequest): Promise<void>;
    /**
     * For retrieving all revisions use: `/schematisations/{id}/revisions`
     * Get the latest committed revision.
     */
    schematisationsLatestRevisionRaw(requestParameters: SchematisationsLatestRevisionRequest): Promise<runtime.ApiResponse<SchematisationRevision>>;
    /**
     * For retrieving all revisions use: `/schematisations/{id}/revisions`
     * Get the latest committed revision.
     */
    schematisationsLatestRevision(requestParameters: SchematisationsLatestRevisionRequest): Promise<SchematisationRevision>;
    /**
     * Manage schematisations
     */
    schematisationsListRaw(requestParameters: SchematisationsListRequest): Promise<runtime.ApiResponse<InlineResponse20012>>;
    /**
     * Manage schematisations
     */
    schematisationsList(requestParameters: SchematisationsListRequest): Promise<InlineResponse20012>;
    /**
     * Manage schematisations
     */
    schematisationsPartialUpdateRaw(requestParameters: SchematisationsPartialUpdateRequest): Promise<runtime.ApiResponse<Schematisation>>;
    /**
     * Manage schematisations
     */
    schematisationsPartialUpdate(requestParameters: SchematisationsPartialUpdateRequest): Promise<Schematisation>;
    /**
     * Manage schematisations
     */
    schematisationsReadRaw(requestParameters: SchematisationsReadRequest): Promise<runtime.ApiResponse<Schematisation>>;
    /**
     * Manage schematisations
     */
    schematisationsRead(requestParameters: SchematisationsReadRequest): Promise<Schematisation>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsCheckRaw(requestParameters: SchematisationsRevisionsCheckRequest): Promise<runtime.ApiResponse<RevisionTask>>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsCheck(requestParameters: SchematisationsRevisionsCheckRequest): Promise<RevisionTask>;
    /**
     * The `commit_message` can be used to describe the changes.  The `force_as` parameter allows to override the default behaviour of committing the revision with the already assigned revision number.  In case another user has already committed a revision with the same number, an HTTP 409 status code is returned.  In this case you can either: 1) Save the revision with a higher revision number using    `force_as` = `new_revision`, effectively overwriting changes    from the other user. 2) Save the revision under a new schematisation using    `force_as` = `new_schematisation` and specifying    a `schematisation_name`.  If you want to merge your changes with the changes from the other user, you need to download his/hers revision locally and merge it yourselves.
     * Commit the revision
     */
    schematisationsRevisionsCommitRaw(requestParameters: SchematisationsRevisionsCommitRequest): Promise<runtime.ApiResponse<SchematisationRevision>>;
    /**
     * The `commit_message` can be used to describe the changes.  The `force_as` parameter allows to override the default behaviour of committing the revision with the already assigned revision number.  In case another user has already committed a revision with the same number, an HTTP 409 status code is returned.  In this case you can either: 1) Save the revision with a higher revision number using    `force_as` = `new_revision`, effectively overwriting changes    from the other user. 2) Save the revision under a new schematisation using    `force_as` = `new_schematisation` and specifying    a `schematisation_name`.  If you want to merge your changes with the changes from the other user, you need to download his/hers revision locally and merge it yourselves.
     * Commit the revision
     */
    schematisationsRevisionsCommit(requestParameters: SchematisationsRevisionsCommitRequest): Promise<SchematisationRevision>;
    /**
     * Creates a clone of the last committed revision (if present) by default except when empty=true is passed in the data.
     * Create a new revision
     */
    schematisationsRevisionsCreateRaw(requestParameters: SchematisationsRevisionsCreateRequest): Promise<runtime.ApiResponse<SchematisationRevision>>;
    /**
     * Creates a clone of the last committed revision (if present) by default except when empty=true is passed in the data.
     * Create a new revision
     */
    schematisationsRevisionsCreate(requestParameters: SchematisationsRevisionsCreateRequest): Promise<SchematisationRevision>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsCreateThreedimodelRaw(requestParameters: SchematisationsRevisionsCreateThreedimodelRequest): Promise<runtime.ApiResponse<ThreediModel>>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsCreateThreedimodel(requestParameters: SchematisationsRevisionsCreateThreedimodelRequest): Promise<ThreediModel>;
    /**
     * Provide the revision id to delete the revision
     */
    schematisationsRevisionsDeleteRaw(requestParameters: SchematisationsRevisionsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Provide the revision id to delete the revision
     */
    schematisationsRevisionsDelete(requestParameters: SchematisationsRevisionsDeleteRequest): Promise<void>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsListRaw(requestParameters: SchematisationsRevisionsListRequest): Promise<runtime.ApiResponse<InlineResponse20013>>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsList(requestParameters: SchematisationsRevisionsListRequest): Promise<InlineResponse20013>;
    /**
     * Every raster type can be created/uploaded only once.  Optional md5sum can be added to detect if the file already has been uploaded and automatically perform de-duplication.
     * Endpoint for creating a raster linked to a revision.
     */
    schematisationsRevisionsRastersCreateRaw(requestParameters: SchematisationsRevisionsRastersCreateRequest): Promise<runtime.ApiResponse<RevisionRaster>>;
    /**
     * Every raster type can be created/uploaded only once.  Optional md5sum can be added to detect if the file already has been uploaded and automatically perform de-duplication.
     * Endpoint for creating a raster linked to a revision.
     */
    schematisationsRevisionsRastersCreate(requestParameters: SchematisationsRevisionsRastersCreateRequest): Promise<RevisionRaster>;
    /**
     */
    schematisationsRevisionsRastersDeleteRaw(requestParameters: SchematisationsRevisionsRastersDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     */
    schematisationsRevisionsRastersDelete(requestParameters: SchematisationsRevisionsRastersDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    schematisationsRevisionsRastersDownloadRaw(requestParameters: SchematisationsRevisionsRastersDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    schematisationsRevisionsRastersDownload(requestParameters: SchematisationsRevisionsRastersDownloadRequest): Promise<Download>;
    /**
     */
    schematisationsRevisionsRastersListRaw(requestParameters: SchematisationsRevisionsRastersListRequest): Promise<runtime.ApiResponse<InlineResponse20014>>;
    /**
     */
    schematisationsRevisionsRastersList(requestParameters: SchematisationsRevisionsRastersListRequest): Promise<InlineResponse20014>;
    /**
     */
    schematisationsRevisionsRastersPartialUpdateRaw(requestParameters: SchematisationsRevisionsRastersPartialUpdateRequest): Promise<runtime.ApiResponse<RevisionRaster>>;
    /**
     */
    schematisationsRevisionsRastersPartialUpdate(requestParameters: SchematisationsRevisionsRastersPartialUpdateRequest): Promise<RevisionRaster>;
    /**
     */
    schematisationsRevisionsRastersReadRaw(requestParameters: SchematisationsRevisionsRastersReadRequest): Promise<runtime.ApiResponse<RevisionRaster>>;
    /**
     */
    schematisationsRevisionsRastersRead(requestParameters: SchematisationsRevisionsRastersReadRequest): Promise<RevisionRaster>;
    /**
     */
    schematisationsRevisionsRastersUpdateRaw(requestParameters: SchematisationsRevisionsRastersUpdateRequest): Promise<runtime.ApiResponse<RevisionRaster>>;
    /**
     */
    schematisationsRevisionsRastersUpdate(requestParameters: SchematisationsRevisionsRastersUpdateRequest): Promise<RevisionRaster>;
    /**
     * Endpoint for uploading a raster.
     */
    schematisationsRevisionsRastersUploadRaw(requestParameters: SchematisationsRevisionsRastersUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Endpoint for uploading a raster.
     */
    schematisationsRevisionsRastersUpload(requestParameters: SchematisationsRevisionsRastersUploadRequest): Promise<Upload>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsReadRaw(requestParameters: SchematisationsRevisionsReadRequest): Promise<runtime.ApiResponse<SchematisationRevision>>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsRead(requestParameters: SchematisationsRevisionsReadRequest): Promise<SchematisationRevision>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsSqliteDeleteRaw(requestParameters: SchematisationsRevisionsSqliteDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsSqliteDelete(requestParameters: SchematisationsRevisionsSqliteDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    schematisationsRevisionsSqliteDownloadRaw(requestParameters: SchematisationsRevisionsSqliteDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    schematisationsRevisionsSqliteDownload(requestParameters: SchematisationsRevisionsSqliteDownloadRequest): Promise<Download>;
    /**
     * The file should preferably be zipped (deflate).  Replaces the present sqlite file if there already exists one.  Optional md5sum can be added to detect if the file already has been uploaded and perform de-duplication. (md5sum of the compressed sqlite file)
     * Endpoint for uploading the sqlite file.
     */
    schematisationsRevisionsSqliteUploadRaw(requestParameters: SchematisationsRevisionsSqliteUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * The file should preferably be zipped (deflate).  Replaces the present sqlite file if there already exists one.  Optional md5sum can be added to detect if the file already has been uploaded and perform de-duplication. (md5sum of the compressed sqlite file)
     * Endpoint for uploading the sqlite file.
     */
    schematisationsRevisionsSqliteUpload(requestParameters: SchematisationsRevisionsSqliteUploadRequest): Promise<Upload>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksCreateRaw(requestParameters: SchematisationsRevisionsTasksCreateRequest): Promise<runtime.ApiResponse<RevisionTask>>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksCreate(requestParameters: SchematisationsRevisionsTasksCreateRequest): Promise<RevisionTask>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksDeleteRaw(requestParameters: SchematisationsRevisionsTasksDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksDelete(requestParameters: SchematisationsRevisionsTasksDeleteRequest): Promise<void>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksListRaw(requestParameters: SchematisationsRevisionsTasksListRequest): Promise<runtime.ApiResponse<InlineResponse20015>>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksList(requestParameters: SchematisationsRevisionsTasksListRequest): Promise<InlineResponse20015>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksPartialUpdateRaw(requestParameters: SchematisationsRevisionsTasksPartialUpdateRequest): Promise<runtime.ApiResponse<RevisionTask>>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksPartialUpdate(requestParameters: SchematisationsRevisionsTasksPartialUpdateRequest): Promise<RevisionTask>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksReadRaw(requestParameters: SchematisationsRevisionsTasksReadRequest): Promise<runtime.ApiResponse<RevisionTask>>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksRead(requestParameters: SchematisationsRevisionsTasksReadRequest): Promise<RevisionTask>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksUpdateRaw(requestParameters: SchematisationsRevisionsTasksUpdateRequest): Promise<runtime.ApiResponse<RevisionTask>>;
    /**
     * View revision tasks
     */
    schematisationsRevisionsTasksUpdate(requestParameters: SchematisationsRevisionsTasksUpdateRequest): Promise<RevisionTask>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsThreedimodelsRaw(requestParameters: SchematisationsRevisionsThreedimodelsRequest): Promise<runtime.ApiResponse<Array<ThreediModel>>>;
    /**
     * Manage revisions of schematisations.
     */
    schematisationsRevisionsThreedimodels(requestParameters: SchematisationsRevisionsThreedimodelsRequest): Promise<Array<ThreediModel>>;
    /**
     * Manage schematisations
     */
    schematisationsUpdateRaw(requestParameters: SchematisationsUpdateRequest): Promise<runtime.ApiResponse<Schematisation>>;
    /**
     * Manage schematisations
     */
    schematisationsUpdate(requestParameters: SchematisationsUpdateRequest): Promise<Schematisation>;
    /**
     * A simulation template is actually nothing more than a simulation with a special status. It\'s immutable after creation and only can be used to create new simulations.  Simulations \'upgraded\' to simulations templates can\'t be directly run. The \'from_template\' endpoint allows to create a new simulation from a template in a runnable state.  A simulation template can be changed by first creating a simulation from it with \'from_template\'. Changing that simulation and use this endpoint to \'upgrade\' it to a simulation template.
     * Create a (optionally cloned) simulation template from the given simulation.
     */
    simulationTemplatesCreateRaw(requestParameters: SimulationTemplatesCreateRequest): Promise<runtime.ApiResponse<Template>>;
    /**
     * A simulation template is actually nothing more than a simulation with a special status. It\'s immutable after creation and only can be used to create new simulations.  Simulations \'upgraded\' to simulations templates can\'t be directly run. The \'from_template\' endpoint allows to create a new simulation from a template in a runnable state.  A simulation template can be changed by first creating a simulation from it with \'from_template\'. Changing that simulation and use this endpoint to \'upgrade\' it to a simulation template.
     * Create a (optionally cloned) simulation template from the given simulation.
     */
    simulationTemplatesCreate(requestParameters: SimulationTemplatesCreateRequest): Promise<Template>;
    /**
     */
    simulationTemplatesDeleteRaw(requestParameters: SimulationTemplatesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     */
    simulationTemplatesDelete(requestParameters: SimulationTemplatesDeleteRequest): Promise<void>;
    /**
     */
    simulationTemplatesListRaw(requestParameters: SimulationTemplatesListRequest): Promise<runtime.ApiResponse<InlineResponse20016>>;
    /**
     */
    simulationTemplatesList(requestParameters: SimulationTemplatesListRequest): Promise<InlineResponse20016>;
    /**
     */
    simulationTemplatesReadRaw(requestParameters: SimulationTemplatesReadRequest): Promise<runtime.ApiResponse<Template>>;
    /**
     */
    simulationTemplatesRead(requestParameters: SimulationTemplatesReadRequest): Promise<Template>;
    /**
     * Example usage:  To initialize a simulation (and pause) ``` {\"name\": \"initialize\"} ```  To initialize and directly run a simulation ``` {\"name\": \"start\"} ``` Also use \"start\" to resume a paused simulation.  If you want to pause the simulation automatically after a given duration use the duration parameter ``` {   \"name\": \"start\",   \"duration\": 2500 } ```  To pause a simulation ``` {\"name\": \"pause\"} ``` Please note: The simulation will automatically be shut down after the default timeout of 300 seconds has been reached. You can customize this value by specifying the timeout parameter ``` {   \"name\": \"pause\",   \"timeout\": 999 } ```  To end a simulation ``` {\"name\": \"shutdown\"} ```  To queue a simulation ``` {\"name\": \"queue\"} ``` Queued simulations will be started as soon as a session spot becomes available. If a session spot is directly is available the simulation will also be started immediately. The response body will then contain `{\"name\": \"start\"}` ```
     * Post an action to the simulation to start, pause or end it.
     */
    simulationsActionsCreateRaw(requestParameters: SimulationsActionsCreateRequest): Promise<runtime.ApiResponse<Action>>;
    /**
     * Example usage:  To initialize a simulation (and pause) ``` {\"name\": \"initialize\"} ```  To initialize and directly run a simulation ``` {\"name\": \"start\"} ``` Also use \"start\" to resume a paused simulation.  If you want to pause the simulation automatically after a given duration use the duration parameter ``` {   \"name\": \"start\",   \"duration\": 2500 } ```  To pause a simulation ``` {\"name\": \"pause\"} ``` Please note: The simulation will automatically be shut down after the default timeout of 300 seconds has been reached. You can customize this value by specifying the timeout parameter ``` {   \"name\": \"pause\",   \"timeout\": 999 } ```  To end a simulation ``` {\"name\": \"shutdown\"} ```  To queue a simulation ``` {\"name\": \"queue\"} ``` Queued simulations will be started as soon as a session spot becomes available. If a session spot is directly is available the simulation will also be started immediately. The response body will then contain `{\"name\": \"start\"}` ```
     * Post an action to the simulation to start, pause or end it.
     */
    simulationsActionsCreate(requestParameters: SimulationsActionsCreateRequest): Promise<Action>;
    /**
     * You can only reset the pause timeout when the SimulationStatus.name is \'initialized\' and SimulationStatus.paused is True.
     * Reset the pause timeout with the new specified timeout value
     */
    simulationsActionsResetPauseTimeoutRaw(requestParameters: SimulationsActionsResetPauseTimeoutRequest): Promise<runtime.ApiResponse<Action>>;
    /**
     * You can only reset the pause timeout when the SimulationStatus.name is \'initialized\' and SimulationStatus.paused is True.
     * Reset the pause timeout with the new specified timeout value
     */
    simulationsActionsResetPauseTimeout(requestParameters: SimulationsActionsResetPauseTimeoutRequest): Promise<Action>;
    /**
     * Clones the simulation in a runnable state, only events & initials.
     * Clone the simulation.
     */
    simulationsCloneRaw(requestParameters: SimulationsCloneRequest): Promise<runtime.ApiResponse<Simulation>>;
    /**
     * Clones the simulation in a runnable state, only events & initials.
     * Clone the simulation.
     */
    simulationsClone(requestParameters: SimulationsCloneRequest): Promise<Simulation>;
    /**
     * There are two options to specify the desired duration for the simulation, either by using the ``end_datetime`` **or** the ``duration`` parameter.  ``` {   \"name\":           # give the simulation a name   \"tags\":           # add as many tags as you like: handy to find your simulation back later!   \"threedimodel\":   # The model schema to use for the simulation by                     referring to the id of the threedimodel resource   \"organisation\":   # uuid of the organisation for which the                     simulation is run   \"start_datetime\": # datetime (in ISO 8601 (UTC) format) for the                     simulation start, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"end_datetime\":   # datetime (in ISO 8601 (UTC) format) for the                     simulation end, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"duration\":       # in seconds, can be used instead of end_datetime } ```
     * Create a simulation resource
     */
    simulationsCreateRaw(requestParameters: SimulationsCreateRequest): Promise<runtime.ApiResponse<Simulation>>;
    /**
     * There are two options to specify the desired duration for the simulation, either by using the ``end_datetime`` **or** the ``duration`` parameter.  ``` {   \"name\":           # give the simulation a name   \"tags\":           # add as many tags as you like: handy to find your simulation back later!   \"threedimodel\":   # The model schema to use for the simulation by                     referring to the id of the threedimodel resource   \"organisation\":   # uuid of the organisation for which the                     simulation is run   \"start_datetime\": # datetime (in ISO 8601 (UTC) format) for the                     simulation start, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"end_datetime\":   # datetime (in ISO 8601 (UTC) format) for the                     simulation end, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"duration\":       # in seconds, can be used instead of end_datetime } ```
     * Create a simulation resource
     */
    simulationsCreate(requestParameters: SimulationsCreateRequest): Promise<Simulation>;
    /**
     * Example ``` {   \"expiry\": \"2020-08-15T13:02:30.317Z\",   \"thresholds\": [     {       \"variable\": \"s1\",       \"value\": 0.005     }   ] } ```
     * Save the state of the simulation to file when a given (set of) variable(s) becomes stable
     */
    simulationsCreateSavedStatesStableThresholdCreateRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdCreateRequest): Promise<runtime.ApiResponse<StableThresholdSavedState>>;
    /**
     * Example ``` {   \"expiry\": \"2020-08-15T13:02:30.317Z\",   \"thresholds\": [     {       \"variable\": \"s1\",       \"value\": 0.005     }   ] } ```
     * Save the state of the simulation to file when a given (set of) variable(s) becomes stable
     */
    simulationsCreateSavedStatesStableThresholdCreate(requestParameters: SimulationsCreateSavedStatesStableThresholdCreateRequest): Promise<StableThresholdSavedState>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdDeleteRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdDelete(requestParameters: SimulationsCreateSavedStatesStableThresholdDeleteRequest): Promise<void>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdListRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdListRequest): Promise<runtime.ApiResponse<InlineResponse20019>>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdList(requestParameters: SimulationsCreateSavedStatesStableThresholdListRequest): Promise<InlineResponse20019>;
    /**
     * When the simulation has started this resource can not be patched.
     */
    simulationsCreateSavedStatesStableThresholdPartialUpdateRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * When the simulation has started this resource can not be patched.
     */
    simulationsCreateSavedStatesStableThresholdPartialUpdate(requestParameters: SimulationsCreateSavedStatesStableThresholdPartialUpdateRequest): Promise<void>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdReadRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdReadRequest): Promise<runtime.ApiResponse<StableThresholdSavedState>>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdRead(requestParameters: SimulationsCreateSavedStatesStableThresholdReadRequest): Promise<StableThresholdSavedState>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdUpdateRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdUpdateRequest): Promise<runtime.ApiResponse<StableThresholdSavedState>>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdUpdate(requestParameters: SimulationsCreateSavedStatesStableThresholdUpdateRequest): Promise<StableThresholdSavedState>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdUploadRaw(requestParameters: SimulationsCreateSavedStatesStableThresholdUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Stable threshold SavedState
     */
    simulationsCreateSavedStatesStableThresholdUpload(requestParameters: SimulationsCreateSavedStatesStableThresholdUploadRequest): Promise<Upload>;
    /**
     * ```     {       \"name\":   # custom name for the saved state (optional)       \"tags\":   # add tags to the resource. Either space or comma                 separated (optional)       \"expiry\": # datetime (in ISO 8601 (UTC) format) until the saved                 state file will be kept       \"time\":   # the state at this given time of the simulation will                  be saved to file     } ```
     * Save the state at a given time of the simulation to file
     */
    simulationsCreateSavedStatesTimedCreateRaw(requestParameters: SimulationsCreateSavedStatesTimedCreateRequest): Promise<runtime.ApiResponse<TimedSavedStateUpdate>>;
    /**
     * ```     {       \"name\":   # custom name for the saved state (optional)       \"tags\":   # add tags to the resource. Either space or comma                 separated (optional)       \"expiry\": # datetime (in ISO 8601 (UTC) format) until the saved                 state file will be kept       \"time\":   # the state at this given time of the simulation will                  be saved to file     } ```
     * Save the state at a given time of the simulation to file
     */
    simulationsCreateSavedStatesTimedCreate(requestParameters: SimulationsCreateSavedStatesTimedCreateRequest): Promise<TimedSavedStateUpdate>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedDeleteRaw(requestParameters: SimulationsCreateSavedStatesTimedDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedDelete(requestParameters: SimulationsCreateSavedStatesTimedDeleteRequest): Promise<void>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedListRaw(requestParameters: SimulationsCreateSavedStatesTimedListRequest): Promise<runtime.ApiResponse<InlineResponse20020>>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedList(requestParameters: SimulationsCreateSavedStatesTimedListRequest): Promise<InlineResponse20020>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedPartialUpdateRaw(requestParameters: SimulationsCreateSavedStatesTimedPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedPartialUpdate(requestParameters: SimulationsCreateSavedStatesTimedPartialUpdateRequest): Promise<void>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedReadRaw(requestParameters: SimulationsCreateSavedStatesTimedReadRequest): Promise<runtime.ApiResponse<TimedSavedStateUpdate>>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedRead(requestParameters: SimulationsCreateSavedStatesTimedReadRequest): Promise<TimedSavedStateUpdate>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedUpdateRaw(requestParameters: SimulationsCreateSavedStatesTimedUpdateRequest): Promise<runtime.ApiResponse<TimedSavedStateUpdate>>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedUpdate(requestParameters: SimulationsCreateSavedStatesTimedUpdateRequest): Promise<TimedSavedStateUpdate>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedUploadRaw(requestParameters: SimulationsCreateSavedStatesTimedUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Timed SavedState
     */
    simulationsCreateSavedStatesTimedUpload(requestParameters: SimulationsCreateSavedStatesTimedUploadRequest): Promise<Upload>;
    /**
     */
    simulationsDeleteRaw(requestParameters: SimulationsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     */
    simulationsDelete(requestParameters: SimulationsDeleteRequest): Promise<void>;
    /**
     */
    simulationsEventsRaw(requestParameters: SimulationsEventsRequest): Promise<runtime.ApiResponse<Event>>;
    /**
     */
    simulationsEvents(requestParameters: SimulationsEventsRequest): Promise<Event>;
    /**
     * The format of the filename should be <filename>.<extension>, e.g.  `boundary_conditions_bergermeer.json`  Every leading and trailing spaces will be removed. Other spaces are converted to underscores and anything that is not an alphanumeric, dash, underscore, or dot will be removed as well.  The response provides a put_url which allows you to upload a file containing one or more boundary-conditions.  The uploaded file should be a JSON-file containing an array of boundary-conditions timeseries.  The file must contain a timeseries for each boundary condition in the threedimodel. This is validated after upload.  Boundary-conditions need to be added before initializing/starting the simulation and cannot be changed once the simulation is initialized.  Depending on whether the threedimodel is created from a schematisation or via Inpy one of the following file formats needs to be used.  Example for threedimodels created from schematisations ------------------------------------------------------  **Notes** The ordering of the boundaries does not matter.  ``` [     {         \"id\": 1,   # sqlite boundary_1d table id         \"type\": \"1D\",  # \"1D\" for 1d boundaries         \"interpolate\": false,         \"values\": [             [0, 0.5],             [500, 0,8],             [1000, 0]         ]     },     {         \"id\": 2,  # sqlite boundary_2d table id         \"type\": \"2D\", # \"2D\" for 2d boundaries         \"interpolate\": false,         \"values\": [             [0, 0,3],             [400, 0.1]         ]     },     {         \"id\": 3,         \"type\": \"2D\",         \"interpolate\": false,         \"values\": [             [0, -2.4],             [1300, 0,3],             [3000, 1.2],             [3600, 0]         ]     } ] ```  Example for threedimodels created via inpy ------------------------------------------  **Notes** 2D boundaries need to be provided before 1D boundaries. 1D boundaries need to be in order of connectionnode id. 2D boundaries need to be in order of id (of the boundary).  ``` [     {         \"interpolate\": false,         \"values\": [             [0, 0.5],             [500, 0,8],             [1000, 0]         ]     },     {         \"interpolate\": false,         \"values\": [             [0, 0,3],             [400, 0.1]         ]     },     {         \"interpolate\": false,         \"values\": [             [0, -2.4],             [1300, 0,3],             [3000, 1.2],             [3600, 0]         ]     } ] ```
     * Endpoint for uploading a boundary-conditions file.
     */
    simulationsEventsBoundaryconditionsFileCreateRaw(requestParameters: SimulationsEventsBoundaryconditionsFileCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * The format of the filename should be <filename>.<extension>, e.g.  `boundary_conditions_bergermeer.json`  Every leading and trailing spaces will be removed. Other spaces are converted to underscores and anything that is not an alphanumeric, dash, underscore, or dot will be removed as well.  The response provides a put_url which allows you to upload a file containing one or more boundary-conditions.  The uploaded file should be a JSON-file containing an array of boundary-conditions timeseries.  The file must contain a timeseries for each boundary condition in the threedimodel. This is validated after upload.  Boundary-conditions need to be added before initializing/starting the simulation and cannot be changed once the simulation is initialized.  Depending on whether the threedimodel is created from a schematisation or via Inpy one of the following file formats needs to be used.  Example for threedimodels created from schematisations ------------------------------------------------------  **Notes** The ordering of the boundaries does not matter.  ``` [     {         \"id\": 1,   # sqlite boundary_1d table id         \"type\": \"1D\",  # \"1D\" for 1d boundaries         \"interpolate\": false,         \"values\": [             [0, 0.5],             [500, 0,8],             [1000, 0]         ]     },     {         \"id\": 2,  # sqlite boundary_2d table id         \"type\": \"2D\", # \"2D\" for 2d boundaries         \"interpolate\": false,         \"values\": [             [0, 0,3],             [400, 0.1]         ]     },     {         \"id\": 3,         \"type\": \"2D\",         \"interpolate\": false,         \"values\": [             [0, -2.4],             [1300, 0,3],             [3000, 1.2],             [3600, 0]         ]     } ] ```  Example for threedimodels created via inpy ------------------------------------------  **Notes** 2D boundaries need to be provided before 1D boundaries. 1D boundaries need to be in order of connectionnode id. 2D boundaries need to be in order of id (of the boundary).  ``` [     {         \"interpolate\": false,         \"values\": [             [0, 0.5],             [500, 0,8],             [1000, 0]         ]     },     {         \"interpolate\": false,         \"values\": [             [0, 0,3],             [400, 0.1]         ]     },     {         \"interpolate\": false,         \"values\": [             [0, -2.4],             [1300, 0,3],             [3000, 1.2],             [3600, 0]         ]     } ] ```
     * Endpoint for uploading a boundary-conditions file.
     */
    simulationsEventsBoundaryconditionsFileCreate(requestParameters: SimulationsEventsBoundaryconditionsFileCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsBoundaryconditionsFileDeleteRaw(requestParameters: SimulationsEventsBoundaryconditionsFileDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsBoundaryconditionsFileDelete(requestParameters: SimulationsEventsBoundaryconditionsFileDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    simulationsEventsBoundaryconditionsFileDownloadRaw(requestParameters: SimulationsEventsBoundaryconditionsFileDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    simulationsEventsBoundaryconditionsFileDownload(requestParameters: SimulationsEventsBoundaryconditionsFileDownloadRequest): Promise<Download>;
    /**
     */
    simulationsEventsBoundaryconditionsFileListRaw(requestParameters: SimulationsEventsBoundaryconditionsFileListRequest): Promise<runtime.ApiResponse<InlineResponse20021>>;
    /**
     */
    simulationsEventsBoundaryconditionsFileList(requestParameters: SimulationsEventsBoundaryconditionsFileListRequest): Promise<InlineResponse20021>;
    /**
     */
    simulationsEventsBoundaryconditionsFilePartialUpdateRaw(requestParameters: SimulationsEventsBoundaryconditionsFilePartialUpdateRequest): Promise<runtime.ApiResponse<FileBoundaryCondition>>;
    /**
     */
    simulationsEventsBoundaryconditionsFilePartialUpdate(requestParameters: SimulationsEventsBoundaryconditionsFilePartialUpdateRequest): Promise<FileBoundaryCondition>;
    /**
     */
    simulationsEventsBoundaryconditionsFileProcessedRaw(requestParameters: SimulationsEventsBoundaryconditionsFileProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     */
    simulationsEventsBoundaryconditionsFileProcessed(requestParameters: SimulationsEventsBoundaryconditionsFileProcessedRequest): Promise<void>;
    /**
     */
    simulationsEventsBoundaryconditionsFileReadRaw(requestParameters: SimulationsEventsBoundaryconditionsFileReadRequest): Promise<runtime.ApiResponse<FileBoundaryCondition>>;
    /**
     */
    simulationsEventsBoundaryconditionsFileRead(requestParameters: SimulationsEventsBoundaryconditionsFileReadRequest): Promise<FileBoundaryCondition>;
    /**
     */
    simulationsEventsBoundaryconditionsFileUpdateRaw(requestParameters: SimulationsEventsBoundaryconditionsFileUpdateRequest): Promise<runtime.ApiResponse<FileBoundaryCondition>>;
    /**
     */
    simulationsEventsBoundaryconditionsFileUpdate(requestParameters: SimulationsEventsBoundaryconditionsFileUpdateRequest): Promise<FileBoundaryCondition>;
    /**
     * Create a breach during a given simulation. The `potential_breach` parameter refers to the id of a potential location associated with the threedimodel. A list of these locations can be retrieved at the uri `/threedimodels/{id}/potentialbreaches/`  The `duration_till_max_depth` parameter describes the time it takes until the deepest point of the breach is reached. [seconds]  `maximum_breach_depth` specifies the maximum depth of the breach relative to the top of the levee [meters]  `initial_width` of the breach [meters]  `discharge_coefficient_positive` and `discharge_coefficient_negative` are dimensionless parameters to deal with behaviour of energy loss around a breach.
     */
    simulationsEventsBreachesCreateRaw(requestParameters: SimulationsEventsBreachesCreateRequest): Promise<runtime.ApiResponse<Breach>>;
    /**
     * Create a breach during a given simulation. The `potential_breach` parameter refers to the id of a potential location associated with the threedimodel. A list of these locations can be retrieved at the uri `/threedimodels/{id}/potentialbreaches/`  The `duration_till_max_depth` parameter describes the time it takes until the deepest point of the breach is reached. [seconds]  `maximum_breach_depth` specifies the maximum depth of the breach relative to the top of the levee [meters]  `initial_width` of the breach [meters]  `discharge_coefficient_positive` and `discharge_coefficient_negative` are dimensionless parameters to deal with behaviour of energy loss around a breach.
     */
    simulationsEventsBreachesCreate(requestParameters: SimulationsEventsBreachesCreateRequest): Promise<Breach>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsBreachesDeleteRaw(requestParameters: SimulationsEventsBreachesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsBreachesDelete(requestParameters: SimulationsEventsBreachesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing Breaches
     */
    simulationsEventsBreachesListRaw(requestParameters: SimulationsEventsBreachesListRequest): Promise<runtime.ApiResponse<InlineResponse20022>>;
    /**
     * A simple ViewSet for viewing Breaches
     */
    simulationsEventsBreachesList(requestParameters: SimulationsEventsBreachesListRequest): Promise<InlineResponse20022>;
    /**
     * Please note: **Breach resources are not allowed to be patched after the simulation has started**
     */
    simulationsEventsBreachesPartialUpdateRaw(requestParameters: SimulationsEventsBreachesPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Please note: **Breach resources are not allowed to be patched after the simulation has started**
     */
    simulationsEventsBreachesPartialUpdate(requestParameters: SimulationsEventsBreachesPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing Breaches
     */
    simulationsEventsBreachesReadRaw(requestParameters: SimulationsEventsBreachesReadRequest): Promise<runtime.ApiResponse<Breach>>;
    /**
     * A simple ViewSet for viewing Breaches
     */
    simulationsEventsBreachesRead(requestParameters: SimulationsEventsBreachesReadRequest): Promise<Breach>;
    /**
     * A simple ViewSet for viewing Breaches
     */
    simulationsEventsBreachesUpdateRaw(requestParameters: SimulationsEventsBreachesUpdateRequest): Promise<runtime.ApiResponse<Breach>>;
    /**
     * A simple ViewSet for viewing Breaches
     */
    simulationsEventsBreachesUpdate(requestParameters: SimulationsEventsBreachesUpdateRequest): Promise<Breach>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantCreateRaw(requestParameters: SimulationsEventsLateralConstantCreateRequest): Promise<runtime.ApiResponse<ConstantLateral>>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantCreate(requestParameters: SimulationsEventsLateralConstantCreateRequest): Promise<ConstantLateral>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLateralConstantDeleteRaw(requestParameters: SimulationsEventsLateralConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLateralConstantDelete(requestParameters: SimulationsEventsLateralConstantDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantListRaw(requestParameters: SimulationsEventsLateralConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20023>>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantList(requestParameters: SimulationsEventsLateralConstantListRequest): Promise<InlineResponse20023>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLateralConstantPartialUpdateRaw(requestParameters: SimulationsEventsLateralConstantPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLateralConstantPartialUpdate(requestParameters: SimulationsEventsLateralConstantPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantProcessedRaw(requestParameters: SimulationsEventsLateralConstantProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantProcessed(requestParameters: SimulationsEventsLateralConstantProcessedRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantReadRaw(requestParameters: SimulationsEventsLateralConstantReadRequest): Promise<runtime.ApiResponse<ConstantLateral>>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantRead(requestParameters: SimulationsEventsLateralConstantReadRequest): Promise<ConstantLateral>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantUpdateRaw(requestParameters: SimulationsEventsLateralConstantUpdateRequest): Promise<runtime.ApiResponse<ConstantLateral>>;
    /**
     * A simple ViewSet for viewing ConstantLateral
     */
    simulationsEventsLateralConstantUpdate(requestParameters: SimulationsEventsLateralConstantUpdateRequest): Promise<ConstantLateral>;
    /**
     * The format of the filename should be <filename>.<extension>, e.g.  `laterals_bergermeer.json`  Every leading and trailing spaces will be removed. Other spaces are converted to underscores and anything that is not an alphanumeric, dash, underscore, or dot will be removed as well.  The response provides a put_url which allows you to upload a file containing one or more laterals. These laterals should either be a constant- or a timeseries-lateral, or a combination of both. See their respective endpoint for the required fields of these laterals.  The uploaded file should be a JSON-file containing an array of laterals. Example of the content of such a file: ``` [   {     \"offset\": 100,     \"value\": 0.05,     \"duration\": 300,     \"units\": \"m3/s\",     \"connection_node\": 5   },   {     \"offset\": 180,     \"interpolate\": false,     \"values\": [       [0.0, 0.0002],       [900.0, 0.0],       [1200.0, 0.0001],       [1620.0, 0.0]     ],     \"units\": \"m3/s\",     \"connection_node\": 4   },   {     \"offset\": 0,     \"value\": 0.03,     \"duration\": 500,     \"units\": \"m3/s\",     \"point\": {       \"type\": \"Point\",       \"coordinates\": [4.70184629, 52.62586862]   #  longitude, latitude     }   } ] ```  The `offset` of this file-lateral-event will be applied to each individual lateral offset in the uploaded file  If the `periodic` field is set to `daily` the values given are used for every hour of every day in the simulation. Exactly 25 (0-24) timeseries per entry are required like such:       \"values\": [         [0.0, 0.0002],         [3600, 0.01],         .....         <SNIP>         .....         [82800, 0.15]  # 3600.0 * 23         [86400, 0.0]   # 3600.0 * 24       ]  Only laterals with \'values\' are allowed in this case.  The **hour** (not minutes or seconds) of the simulation `start_datetime` (UTC) is taken into consideration for the first timeseries value to use. Periodic laterals are intended for dry weather flow.
     * Endpoint for uploading a file with one or more laterals.
     */
    simulationsEventsLateralFileCreateRaw(requestParameters: SimulationsEventsLateralFileCreateRequest): Promise<runtime.ApiResponse<UploadEventFile>>;
    /**
     * The format of the filename should be <filename>.<extension>, e.g.  `laterals_bergermeer.json`  Every leading and trailing spaces will be removed. Other spaces are converted to underscores and anything that is not an alphanumeric, dash, underscore, or dot will be removed as well.  The response provides a put_url which allows you to upload a file containing one or more laterals. These laterals should either be a constant- or a timeseries-lateral, or a combination of both. See their respective endpoint for the required fields of these laterals.  The uploaded file should be a JSON-file containing an array of laterals. Example of the content of such a file: ``` [   {     \"offset\": 100,     \"value\": 0.05,     \"duration\": 300,     \"units\": \"m3/s\",     \"connection_node\": 5   },   {     \"offset\": 180,     \"interpolate\": false,     \"values\": [       [0.0, 0.0002],       [900.0, 0.0],       [1200.0, 0.0001],       [1620.0, 0.0]     ],     \"units\": \"m3/s\",     \"connection_node\": 4   },   {     \"offset\": 0,     \"value\": 0.03,     \"duration\": 500,     \"units\": \"m3/s\",     \"point\": {       \"type\": \"Point\",       \"coordinates\": [4.70184629, 52.62586862]   #  longitude, latitude     }   } ] ```  The `offset` of this file-lateral-event will be applied to each individual lateral offset in the uploaded file  If the `periodic` field is set to `daily` the values given are used for every hour of every day in the simulation. Exactly 25 (0-24) timeseries per entry are required like such:       \"values\": [         [0.0, 0.0002],         [3600, 0.01],         .....         <SNIP>         .....         [82800, 0.15]  # 3600.0 * 23         [86400, 0.0]   # 3600.0 * 24       ]  Only laterals with \'values\' are allowed in this case.  The **hour** (not minutes or seconds) of the simulation `start_datetime` (UTC) is taken into consideration for the first timeseries value to use. Periodic laterals are intended for dry weather flow.
     * Endpoint for uploading a file with one or more laterals.
     */
    simulationsEventsLateralFileCreate(requestParameters: SimulationsEventsLateralFileCreateRequest): Promise<UploadEventFile>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLateralFileDeleteRaw(requestParameters: SimulationsEventsLateralFileDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLateralFileDelete(requestParameters: SimulationsEventsLateralFileDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    simulationsEventsLateralFileDownloadRaw(requestParameters: SimulationsEventsLateralFileDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    simulationsEventsLateralFileDownload(requestParameters: SimulationsEventsLateralFileDownloadRequest): Promise<Download>;
    /**
     */
    simulationsEventsLateralFileListRaw(requestParameters: SimulationsEventsLateralFileListRequest): Promise<runtime.ApiResponse<InlineResponse20024>>;
    /**
     */
    simulationsEventsLateralFileList(requestParameters: SimulationsEventsLateralFileListRequest): Promise<InlineResponse20024>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLateralFilePartialUpdateRaw(requestParameters: SimulationsEventsLateralFilePartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLateralFilePartialUpdate(requestParameters: SimulationsEventsLateralFilePartialUpdateRequest): Promise<void>;
    /**
     */
    simulationsEventsLateralFileProcessedRaw(requestParameters: SimulationsEventsLateralFileProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     */
    simulationsEventsLateralFileProcessed(requestParameters: SimulationsEventsLateralFileProcessedRequest): Promise<void>;
    /**
     */
    simulationsEventsLateralFileReadRaw(requestParameters: SimulationsEventsLateralFileReadRequest): Promise<runtime.ApiResponse<FileLateral>>;
    /**
     */
    simulationsEventsLateralFileRead(requestParameters: SimulationsEventsLateralFileReadRequest): Promise<FileLateral>;
    /**
     */
    simulationsEventsLateralFileUpdateRaw(requestParameters: SimulationsEventsLateralFileUpdateRequest): Promise<runtime.ApiResponse<FileLateral>>;
    /**
     */
    simulationsEventsLateralFileUpdate(requestParameters: SimulationsEventsLateralFileUpdateRequest): Promise<FileLateral>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesCreateRaw(requestParameters: SimulationsEventsLateralTimeseriesCreateRequest): Promise<runtime.ApiResponse<TimeseriesLateral>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesCreate(requestParameters: SimulationsEventsLateralTimeseriesCreateRequest): Promise<TimeseriesLateral>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLateralTimeseriesDeleteRaw(requestParameters: SimulationsEventsLateralTimeseriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLateralTimeseriesDelete(requestParameters: SimulationsEventsLateralTimeseriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesListRaw(requestParameters: SimulationsEventsLateralTimeseriesListRequest): Promise<runtime.ApiResponse<InlineResponse20025>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesList(requestParameters: SimulationsEventsLateralTimeseriesListRequest): Promise<InlineResponse20025>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLateralTimeseriesPartialUpdateRaw(requestParameters: SimulationsEventsLateralTimeseriesPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLateralTimeseriesPartialUpdate(requestParameters: SimulationsEventsLateralTimeseriesPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesProcessedRaw(requestParameters: SimulationsEventsLateralTimeseriesProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesProcessed(requestParameters: SimulationsEventsLateralTimeseriesProcessedRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesReadRaw(requestParameters: SimulationsEventsLateralTimeseriesReadRequest): Promise<runtime.ApiResponse<TimeseriesLateral>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesRead(requestParameters: SimulationsEventsLateralTimeseriesReadRequest): Promise<TimeseriesLateral>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesUpdateRaw(requestParameters: SimulationsEventsLateralTimeseriesUpdateRequest): Promise<runtime.ApiResponse<TimeseriesLateral>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsLateralTimeseriesUpdate(requestParameters: SimulationsEventsLateralTimeseriesUpdateRequest): Promise<TimeseriesLateral>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantCreateRaw(requestParameters: SimulationsEventsLeakageConstantCreateRequest): Promise<runtime.ApiResponse<ConstantLeakage>>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantCreate(requestParameters: SimulationsEventsLeakageConstantCreateRequest): Promise<ConstantLeakage>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageConstantDeleteRaw(requestParameters: SimulationsEventsLeakageConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageConstantDelete(requestParameters: SimulationsEventsLeakageConstantDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantListRaw(requestParameters: SimulationsEventsLeakageConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20026>>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantList(requestParameters: SimulationsEventsLeakageConstantListRequest): Promise<InlineResponse20026>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLeakageConstantPartialUpdateRaw(requestParameters: SimulationsEventsLeakageConstantPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLeakageConstantPartialUpdate(requestParameters: SimulationsEventsLeakageConstantPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantReadRaw(requestParameters: SimulationsEventsLeakageConstantReadRequest): Promise<runtime.ApiResponse<ConstantLeakage>>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantRead(requestParameters: SimulationsEventsLeakageConstantReadRequest): Promise<ConstantLeakage>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantUpdateRaw(requestParameters: SimulationsEventsLeakageConstantUpdateRequest): Promise<runtime.ApiResponse<ConstantLeakage>>;
    /**
     * A simple ViewSet for viewing ConstantLeakage
     */
    simulationsEventsLeakageConstantUpdate(requestParameters: SimulationsEventsLeakageConstantUpdateRequest): Promise<ConstantLeakage>;
    /**
     * NetCDF 4 raster leakage
     */
    simulationsEventsLeakageRastersNetcdfCreateRaw(requestParameters: SimulationsEventsLeakageRastersNetcdfCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * NetCDF 4 raster leakage
     */
    simulationsEventsLeakageRastersNetcdfCreate(requestParameters: SimulationsEventsLeakageRastersNetcdfCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageRastersNetcdfDeleteRaw(requestParameters: SimulationsEventsLeakageRastersNetcdfDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageRastersNetcdfDelete(requestParameters: SimulationsEventsLeakageRastersNetcdfDeleteRequest): Promise<void>;
    /**
     * NetCDF 4 raster leakage
     */
    simulationsEventsLeakageRastersNetcdfListRaw(requestParameters: SimulationsEventsLeakageRastersNetcdfListRequest): Promise<runtime.ApiResponse<InlineResponse20027>>;
    /**
     * NetCDF 4 raster leakage
     */
    simulationsEventsLeakageRastersNetcdfList(requestParameters: SimulationsEventsLeakageRastersNetcdfListRequest): Promise<InlineResponse20027>;
    /**
     * NetCDF 4 raster leakage
     */
    simulationsEventsLeakageRastersNetcdfReadRaw(requestParameters: SimulationsEventsLeakageRastersNetcdfReadRequest): Promise<runtime.ApiResponse<NetCDFRasterLeakage>>;
    /**
     * NetCDF 4 raster leakage
     */
    simulationsEventsLeakageRastersNetcdfRead(requestParameters: SimulationsEventsLeakageRastersNetcdfReadRequest): Promise<NetCDFRasterLeakage>;
    /**
     */
    simulationsEventsLeakageTimeseriesCreateRaw(requestParameters: SimulationsEventsLeakageTimeseriesCreateRequest): Promise<runtime.ApiResponse<TimeseriesLeakage>>;
    /**
     */
    simulationsEventsLeakageTimeseriesCreate(requestParameters: SimulationsEventsLeakageTimeseriesCreateRequest): Promise<TimeseriesLeakage>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageTimeseriesDeleteRaw(requestParameters: SimulationsEventsLeakageTimeseriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageTimeseriesDelete(requestParameters: SimulationsEventsLeakageTimeseriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLeakage
     */
    simulationsEventsLeakageTimeseriesListRaw(requestParameters: SimulationsEventsLeakageTimeseriesListRequest): Promise<runtime.ApiResponse<InlineResponse20028>>;
    /**
     * A simple ViewSet for viewing TimeseriesLeakage
     */
    simulationsEventsLeakageTimeseriesList(requestParameters: SimulationsEventsLeakageTimeseriesListRequest): Promise<InlineResponse20028>;
    /**
     * NetCDF 4 timeseries leakage
     */
    simulationsEventsLeakageTimeseriesNetcdfCreateRaw(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * NetCDF 4 timeseries leakage
     */
    simulationsEventsLeakageTimeseriesNetcdfCreate(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageTimeseriesNetcdfDeleteRaw(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsLeakageTimeseriesNetcdfDelete(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfDeleteRequest): Promise<void>;
    /**
     * NetCDF 4 timeseries leakage
     */
    simulationsEventsLeakageTimeseriesNetcdfListRaw(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfListRequest): Promise<runtime.ApiResponse<InlineResponse20029>>;
    /**
     * NetCDF 4 timeseries leakage
     */
    simulationsEventsLeakageTimeseriesNetcdfList(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfListRequest): Promise<InlineResponse20029>;
    /**
     * NetCDF 4 timeseries leakage
     */
    simulationsEventsLeakageTimeseriesNetcdfReadRaw(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfReadRequest): Promise<runtime.ApiResponse<NetCDFTimeseriesLeakage>>;
    /**
     * NetCDF 4 timeseries leakage
     */
    simulationsEventsLeakageTimeseriesNetcdfRead(requestParameters: SimulationsEventsLeakageTimeseriesNetcdfReadRequest): Promise<NetCDFTimeseriesLeakage>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLeakageTimeseriesPartialUpdateRaw(requestParameters: SimulationsEventsLeakageTimeseriesPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsLeakageTimeseriesPartialUpdate(requestParameters: SimulationsEventsLeakageTimeseriesPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLeakage
     */
    simulationsEventsLeakageTimeseriesReadRaw(requestParameters: SimulationsEventsLeakageTimeseriesReadRequest): Promise<runtime.ApiResponse<TimeseriesLeakage>>;
    /**
     * A simple ViewSet for viewing TimeseriesLeakage
     */
    simulationsEventsLeakageTimeseriesRead(requestParameters: SimulationsEventsLeakageTimeseriesReadRequest): Promise<TimeseriesLeakage>;
    /**
     * A simple ViewSet for viewing TimeseriesLeakage
     */
    simulationsEventsLeakageTimeseriesUpdateRaw(requestParameters: SimulationsEventsLeakageTimeseriesUpdateRequest): Promise<runtime.ApiResponse<TimeseriesLeakage>>;
    /**
     * A simple ViewSet for viewing TimeseriesLeakage
     */
    simulationsEventsLeakageTimeseriesUpdate(requestParameters: SimulationsEventsLeakageTimeseriesUpdateRequest): Promise<TimeseriesLeakage>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantCreateRaw(requestParameters: SimulationsEventsRainConstantCreateRequest): Promise<runtime.ApiResponse<ConstantRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantCreate(requestParameters: SimulationsEventsRainConstantCreateRequest): Promise<ConstantRain>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainConstantDeleteRaw(requestParameters: SimulationsEventsRainConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainConstantDelete(requestParameters: SimulationsEventsRainConstantDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantListRaw(requestParameters: SimulationsEventsRainConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20030>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantList(requestParameters: SimulationsEventsRainConstantListRequest): Promise<InlineResponse20030>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainConstantPartialUpdateRaw(requestParameters: SimulationsEventsRainConstantPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainConstantPartialUpdate(requestParameters: SimulationsEventsRainConstantPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantReadRaw(requestParameters: SimulationsEventsRainConstantReadRequest): Promise<runtime.ApiResponse<ConstantRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantRead(requestParameters: SimulationsEventsRainConstantReadRequest): Promise<ConstantRain>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantUpdateRaw(requestParameters: SimulationsEventsRainConstantUpdateRequest): Promise<runtime.ApiResponse<ConstantRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainConstantUpdate(requestParameters: SimulationsEventsRainConstantUpdateRequest): Promise<ConstantRain>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantCreateRaw(requestParameters: SimulationsEventsRainLocalConstantCreateRequest): Promise<runtime.ApiResponse<ConstantLocalRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantCreate(requestParameters: SimulationsEventsRainLocalConstantCreateRequest): Promise<ConstantLocalRain>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainLocalConstantDeleteRaw(requestParameters: SimulationsEventsRainLocalConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainLocalConstantDelete(requestParameters: SimulationsEventsRainLocalConstantDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantListRaw(requestParameters: SimulationsEventsRainLocalConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20031>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantList(requestParameters: SimulationsEventsRainLocalConstantListRequest): Promise<InlineResponse20031>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainLocalConstantPartialUpdateRaw(requestParameters: SimulationsEventsRainLocalConstantPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainLocalConstantPartialUpdate(requestParameters: SimulationsEventsRainLocalConstantPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantReadRaw(requestParameters: SimulationsEventsRainLocalConstantReadRequest): Promise<runtime.ApiResponse<ConstantLocalRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantRead(requestParameters: SimulationsEventsRainLocalConstantReadRequest): Promise<ConstantLocalRain>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantUpdateRaw(requestParameters: SimulationsEventsRainLocalConstantUpdateRequest): Promise<runtime.ApiResponse<ConstantLocalRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainLocalConstantUpdate(requestParameters: SimulationsEventsRainLocalConstantUpdateRequest): Promise<ConstantLocalRain>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesCreateRaw(requestParameters: SimulationsEventsRainLocalTimeseriesCreateRequest): Promise<runtime.ApiResponse<TimeseriesLocalRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesCreate(requestParameters: SimulationsEventsRainLocalTimeseriesCreateRequest): Promise<TimeseriesLocalRain>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainLocalTimeseriesDeleteRaw(requestParameters: SimulationsEventsRainLocalTimeseriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainLocalTimeseriesDelete(requestParameters: SimulationsEventsRainLocalTimeseriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesListRaw(requestParameters: SimulationsEventsRainLocalTimeseriesListRequest): Promise<runtime.ApiResponse<InlineResponse20032>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesList(requestParameters: SimulationsEventsRainLocalTimeseriesListRequest): Promise<InlineResponse20032>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainLocalTimeseriesPartialUpdateRaw(requestParameters: SimulationsEventsRainLocalTimeseriesPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainLocalTimeseriesPartialUpdate(requestParameters: SimulationsEventsRainLocalTimeseriesPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesReadRaw(requestParameters: SimulationsEventsRainLocalTimeseriesReadRequest): Promise<runtime.ApiResponse<TimeseriesLocalRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesRead(requestParameters: SimulationsEventsRainLocalTimeseriesReadRequest): Promise<TimeseriesLocalRain>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesUpdateRaw(requestParameters: SimulationsEventsRainLocalTimeseriesUpdateRequest): Promise<runtime.ApiResponse<TimeseriesLocalRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesLateral
     */
    simulationsEventsRainLocalTimeseriesUpdate(requestParameters: SimulationsEventsRainLocalTimeseriesUpdateRequest): Promise<TimeseriesLocalRain>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardCreateRaw(requestParameters: SimulationsEventsRainRastersLizardCreateRequest): Promise<runtime.ApiResponse<LizardRasterRain>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardCreate(requestParameters: SimulationsEventsRainRastersLizardCreateRequest): Promise<LizardRasterRain>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainRastersLizardDeleteRaw(requestParameters: SimulationsEventsRainRastersLizardDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainRastersLizardDelete(requestParameters: SimulationsEventsRainRastersLizardDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardListRaw(requestParameters: SimulationsEventsRainRastersLizardListRequest): Promise<runtime.ApiResponse<InlineResponse20033>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardList(requestParameters: SimulationsEventsRainRastersLizardListRequest): Promise<InlineResponse20033>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainRastersLizardPartialUpdateRaw(requestParameters: SimulationsEventsRainRastersLizardPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainRastersLizardPartialUpdate(requestParameters: SimulationsEventsRainRastersLizardPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardReadRaw(requestParameters: SimulationsEventsRainRastersLizardReadRequest): Promise<runtime.ApiResponse<LizardRasterRain>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardRead(requestParameters: SimulationsEventsRainRastersLizardReadRequest): Promise<LizardRasterRain>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardUpdateRaw(requestParameters: SimulationsEventsRainRastersLizardUpdateRequest): Promise<runtime.ApiResponse<LizardRasterRain>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsRainRastersLizardUpdate(requestParameters: SimulationsEventsRainRastersLizardUpdateRequest): Promise<LizardRasterRain>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfCreateRaw(requestParameters: SimulationsEventsRainRastersNetcdfCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfCreate(requestParameters: SimulationsEventsRainRastersNetcdfCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainRastersNetcdfDeleteRaw(requestParameters: SimulationsEventsRainRastersNetcdfDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainRastersNetcdfDelete(requestParameters: SimulationsEventsRainRastersNetcdfDeleteRequest): Promise<void>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfListRaw(requestParameters: SimulationsEventsRainRastersNetcdfListRequest): Promise<runtime.ApiResponse<InlineResponse20034>>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfList(requestParameters: SimulationsEventsRainRastersNetcdfListRequest): Promise<InlineResponse20034>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainRastersNetcdfPartialUpdateRaw(requestParameters: SimulationsEventsRainRastersNetcdfPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainRastersNetcdfPartialUpdate(requestParameters: SimulationsEventsRainRastersNetcdfPartialUpdateRequest): Promise<void>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfReadRaw(requestParameters: SimulationsEventsRainRastersNetcdfReadRequest): Promise<runtime.ApiResponse<NetCDFRasterRain>>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfRead(requestParameters: SimulationsEventsRainRastersNetcdfReadRequest): Promise<NetCDFRasterRain>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfUpdateRaw(requestParameters: SimulationsEventsRainRastersNetcdfUpdateRequest): Promise<runtime.ApiResponse<NetCDFRasterRain>>;
    /**
     * NetCDF 4 raster rain
     */
    simulationsEventsRainRastersNetcdfUpdate(requestParameters: SimulationsEventsRainRastersNetcdfUpdateRequest): Promise<NetCDFRasterRain>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesCreateRaw(requestParameters: SimulationsEventsRainTimeseriesCreateRequest): Promise<runtime.ApiResponse<TimeseriesRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesCreate(requestParameters: SimulationsEventsRainTimeseriesCreateRequest): Promise<TimeseriesRain>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainTimeseriesDeleteRaw(requestParameters: SimulationsEventsRainTimeseriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainTimeseriesDelete(requestParameters: SimulationsEventsRainTimeseriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesListRaw(requestParameters: SimulationsEventsRainTimeseriesListRequest): Promise<runtime.ApiResponse<InlineResponse20035>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesList(requestParameters: SimulationsEventsRainTimeseriesListRequest): Promise<InlineResponse20035>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardCreateRaw(requestParameters: SimulationsEventsRainTimeseriesLizardCreateRequest): Promise<runtime.ApiResponse<LizardTimeseriesRain>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardCreate(requestParameters: SimulationsEventsRainTimeseriesLizardCreateRequest): Promise<LizardTimeseriesRain>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainTimeseriesLizardDeleteRaw(requestParameters: SimulationsEventsRainTimeseriesLizardDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainTimeseriesLizardDelete(requestParameters: SimulationsEventsRainTimeseriesLizardDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardListRaw(requestParameters: SimulationsEventsRainTimeseriesLizardListRequest): Promise<runtime.ApiResponse<InlineResponse20036>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardList(requestParameters: SimulationsEventsRainTimeseriesLizardListRequest): Promise<InlineResponse20036>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainTimeseriesLizardPartialUpdateRaw(requestParameters: SimulationsEventsRainTimeseriesLizardPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainTimeseriesLizardPartialUpdate(requestParameters: SimulationsEventsRainTimeseriesLizardPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardReadRaw(requestParameters: SimulationsEventsRainTimeseriesLizardReadRequest): Promise<runtime.ApiResponse<LizardTimeseriesRain>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardRead(requestParameters: SimulationsEventsRainTimeseriesLizardReadRequest): Promise<LizardTimeseriesRain>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardUpdateRaw(requestParameters: SimulationsEventsRainTimeseriesLizardUpdateRequest): Promise<runtime.ApiResponse<LizardTimeseriesRain>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsRainTimeseriesLizardUpdate(requestParameters: SimulationsEventsRainTimeseriesLizardUpdateRequest): Promise<LizardTimeseriesRain>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfCreateRaw(requestParameters: SimulationsEventsRainTimeseriesNetcdfCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfCreate(requestParameters: SimulationsEventsRainTimeseriesNetcdfCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainTimeseriesNetcdfDeleteRaw(requestParameters: SimulationsEventsRainTimeseriesNetcdfDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRainTimeseriesNetcdfDelete(requestParameters: SimulationsEventsRainTimeseriesNetcdfDeleteRequest): Promise<void>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfListRaw(requestParameters: SimulationsEventsRainTimeseriesNetcdfListRequest): Promise<runtime.ApiResponse<InlineResponse20037>>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfList(requestParameters: SimulationsEventsRainTimeseriesNetcdfListRequest): Promise<InlineResponse20037>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainTimeseriesNetcdfPartialUpdateRaw(requestParameters: SimulationsEventsRainTimeseriesNetcdfPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainTimeseriesNetcdfPartialUpdate(requestParameters: SimulationsEventsRainTimeseriesNetcdfPartialUpdateRequest): Promise<void>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfReadRaw(requestParameters: SimulationsEventsRainTimeseriesNetcdfReadRequest): Promise<runtime.ApiResponse<NetCDFTimeseriesRain>>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfRead(requestParameters: SimulationsEventsRainTimeseriesNetcdfReadRequest): Promise<NetCDFTimeseriesRain>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfUpdateRaw(requestParameters: SimulationsEventsRainTimeseriesNetcdfUpdateRequest): Promise<runtime.ApiResponse<NetCDFTimeseriesRain>>;
    /**
     * NetCDF 4 timeseries rain
     */
    simulationsEventsRainTimeseriesNetcdfUpdate(requestParameters: SimulationsEventsRainTimeseriesNetcdfUpdateRequest): Promise<NetCDFTimeseriesRain>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainTimeseriesPartialUpdateRaw(requestParameters: SimulationsEventsRainTimeseriesPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRainTimeseriesPartialUpdate(requestParameters: SimulationsEventsRainTimeseriesPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesReadRaw(requestParameters: SimulationsEventsRainTimeseriesReadRequest): Promise<runtime.ApiResponse<TimeseriesRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesRead(requestParameters: SimulationsEventsRainTimeseriesReadRequest): Promise<TimeseriesRain>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesUpdateRaw(requestParameters: SimulationsEventsRainTimeseriesUpdateRequest): Promise<runtime.ApiResponse<TimeseriesRain>>;
    /**
     * A simple ViewSet for viewing TimeseriesRain
     */
    simulationsEventsRainTimeseriesUpdate(requestParameters: SimulationsEventsRainTimeseriesUpdateRequest): Promise<TimeseriesRain>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsCreateRaw(requestParameters: SimulationsEventsRasterEditsCreateRequest): Promise<runtime.ApiResponse<RasterEdit>>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsCreate(requestParameters: SimulationsEventsRasterEditsCreateRequest): Promise<RasterEdit>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRasterEditsDeleteRaw(requestParameters: SimulationsEventsRasterEditsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsRasterEditsDelete(requestParameters: SimulationsEventsRasterEditsDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsListRaw(requestParameters: SimulationsEventsRasterEditsListRequest): Promise<runtime.ApiResponse<InlineResponse20038>>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsList(requestParameters: SimulationsEventsRasterEditsListRequest): Promise<InlineResponse20038>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRasterEditsPartialUpdateRaw(requestParameters: SimulationsEventsRasterEditsPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsRasterEditsPartialUpdate(requestParameters: SimulationsEventsRasterEditsPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsReadRaw(requestParameters: SimulationsEventsRasterEditsReadRequest): Promise<runtime.ApiResponse<RasterEdit>>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsRead(requestParameters: SimulationsEventsRasterEditsReadRequest): Promise<RasterEdit>;
    /**
     * Skips registering of related rasters when the simulation is not in the state \'starting\' or \'initialized\'. In this case the urls will be empty
     * Register all related rasters in the results-api and return read_bbox urls of the registered rasters
     */
    simulationsEventsRasterEditsRegisterRelatedRastersRaw(requestParameters: SimulationsEventsRasterEditsRegisterRelatedRastersRequest): Promise<runtime.ApiResponse<Array<RasterEditUrls>>>;
    /**
     * Skips registering of related rasters when the simulation is not in the state \'starting\' or \'initialized\'. In this case the urls will be empty
     * Register all related rasters in the results-api and return read_bbox urls of the registered rasters
     */
    simulationsEventsRasterEditsRegisterRelatedRasters(requestParameters: SimulationsEventsRasterEditsRegisterRelatedRastersRequest): Promise<Array<RasterEditUrls>>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsUpdateRaw(requestParameters: SimulationsEventsRasterEditsUpdateRequest): Promise<runtime.ApiResponse<RasterEdit>>;
    /**
     * A simple ViewSet for viewing raster edits
     */
    simulationsEventsRasterEditsUpdate(requestParameters: SimulationsEventsRasterEditsUpdateRequest): Promise<RasterEdit>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantCreateRaw(requestParameters: SimulationsEventsSourcesSinksConstantCreateRequest): Promise<runtime.ApiResponse<ConstantSourcesSinks>>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantCreate(requestParameters: SimulationsEventsSourcesSinksConstantCreateRequest): Promise<ConstantSourcesSinks>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksConstantDeleteRaw(requestParameters: SimulationsEventsSourcesSinksConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksConstantDelete(requestParameters: SimulationsEventsSourcesSinksConstantDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantListRaw(requestParameters: SimulationsEventsSourcesSinksConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20039>>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantList(requestParameters: SimulationsEventsSourcesSinksConstantListRequest): Promise<InlineResponse20039>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksConstantPartialUpdateRaw(requestParameters: SimulationsEventsSourcesSinksConstantPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksConstantPartialUpdate(requestParameters: SimulationsEventsSourcesSinksConstantPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantReadRaw(requestParameters: SimulationsEventsSourcesSinksConstantReadRequest): Promise<runtime.ApiResponse<ConstantSourcesSinks>>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantRead(requestParameters: SimulationsEventsSourcesSinksConstantReadRequest): Promise<ConstantSourcesSinks>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantUpdateRaw(requestParameters: SimulationsEventsSourcesSinksConstantUpdateRequest): Promise<runtime.ApiResponse<ConstantSourcesSinks>>;
    /**
     * A simple ViewSet for viewing ConstantSourcesSinks
     */
    simulationsEventsSourcesSinksConstantUpdate(requestParameters: SimulationsEventsSourcesSinksConstantUpdateRequest): Promise<ConstantSourcesSinks>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardCreateRaw(requestParameters: SimulationsEventsSourcesSinksRastersLizardCreateRequest): Promise<runtime.ApiResponse<LizardRasterSourcesSinks>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardCreate(requestParameters: SimulationsEventsSourcesSinksRastersLizardCreateRequest): Promise<LizardRasterSourcesSinks>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksRastersLizardDeleteRaw(requestParameters: SimulationsEventsSourcesSinksRastersLizardDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksRastersLizardDelete(requestParameters: SimulationsEventsSourcesSinksRastersLizardDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardListRaw(requestParameters: SimulationsEventsSourcesSinksRastersLizardListRequest): Promise<runtime.ApiResponse<InlineResponse20040>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardList(requestParameters: SimulationsEventsSourcesSinksRastersLizardListRequest): Promise<InlineResponse20040>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksRastersLizardPartialUpdateRaw(requestParameters: SimulationsEventsSourcesSinksRastersLizardPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksRastersLizardPartialUpdate(requestParameters: SimulationsEventsSourcesSinksRastersLizardPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardReadRaw(requestParameters: SimulationsEventsSourcesSinksRastersLizardReadRequest): Promise<runtime.ApiResponse<LizardRasterSourcesSinks>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardRead(requestParameters: SimulationsEventsSourcesSinksRastersLizardReadRequest): Promise<LizardRasterSourcesSinks>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardUpdateRaw(requestParameters: SimulationsEventsSourcesSinksRastersLizardUpdateRequest): Promise<runtime.ApiResponse<LizardRasterSourcesSinks>>;
    /**
     * A simple ViewSet for viewing lizardRasterRain
     */
    simulationsEventsSourcesSinksRastersLizardUpdate(requestParameters: SimulationsEventsSourcesSinksRastersLizardUpdateRequest): Promise<LizardRasterSourcesSinks>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfCreateRaw(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfCreate(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksRastersNetcdfDeleteRaw(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksRastersNetcdfDelete(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfDeleteRequest): Promise<void>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfListRaw(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfListRequest): Promise<runtime.ApiResponse<InlineResponse20041>>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfList(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfListRequest): Promise<InlineResponse20041>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksRastersNetcdfPartialUpdateRaw(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksRastersNetcdfPartialUpdate(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfPartialUpdateRequest): Promise<void>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfReadRaw(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfReadRequest): Promise<runtime.ApiResponse<NetCDFRasterSourcesSinks>>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfRead(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfReadRequest): Promise<NetCDFRasterSourcesSinks>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfUpdateRaw(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfUpdateRequest): Promise<runtime.ApiResponse<NetCDFRasterSourcesSinks>>;
    /**
     * NetCDF 4 raster sources & sinks
     */
    simulationsEventsSourcesSinksRastersNetcdfUpdate(requestParameters: SimulationsEventsSourcesSinksRastersNetcdfUpdateRequest): Promise<NetCDFRasterSourcesSinks>;
    /**
     * Example payload: ```     {       \"offset\": 0,       \"values\": [         [           0,           0.0005         ],         [           300,           0.0002         ]       ],       \"units\": \"m/s\"     } ```
     */
    simulationsEventsSourcesSinksTimeseriesCreateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesCreateRequest): Promise<runtime.ApiResponse<TimeseriesSourcesSinks>>;
    /**
     * Example payload: ```     {       \"offset\": 0,       \"values\": [         [           0,           0.0005         ],         [           300,           0.0002         ]       ],       \"units\": \"m/s\"     } ```
     */
    simulationsEventsSourcesSinksTimeseriesCreate(requestParameters: SimulationsEventsSourcesSinksTimeseriesCreateRequest): Promise<TimeseriesSourcesSinks>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksTimeseriesDeleteRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksTimeseriesDelete(requestParameters: SimulationsEventsSourcesSinksTimeseriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesSourcesSinks
     */
    simulationsEventsSourcesSinksTimeseriesListRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesListRequest): Promise<runtime.ApiResponse<InlineResponse20042>>;
    /**
     * A simple ViewSet for viewing TimeseriesSourcesSinks
     */
    simulationsEventsSourcesSinksTimeseriesList(requestParameters: SimulationsEventsSourcesSinksTimeseriesListRequest): Promise<InlineResponse20042>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardCreateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardCreateRequest): Promise<runtime.ApiResponse<LizardTimeseriesSourcesSinks>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardCreate(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardCreateRequest): Promise<LizardTimeseriesSourcesSinks>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksTimeseriesLizardDeleteRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksTimeseriesLizardDelete(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardListRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardListRequest): Promise<runtime.ApiResponse<InlineResponse20043>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardList(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardListRequest): Promise<InlineResponse20043>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksTimeseriesLizardPartialUpdateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksTimeseriesLizardPartialUpdate(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardReadRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardReadRequest): Promise<runtime.ApiResponse<LizardTimeseriesSourcesSinks>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardRead(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardReadRequest): Promise<LizardTimeseriesSourcesSinks>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardUpdateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardUpdateRequest): Promise<runtime.ApiResponse<LizardTimeseriesSourcesSinks>>;
    /**
     * A simple ViewSet for viewing LizardTimeseriesRain
     */
    simulationsEventsSourcesSinksTimeseriesLizardUpdate(requestParameters: SimulationsEventsSourcesSinksTimeseriesLizardUpdateRequest): Promise<LizardTimeseriesSourcesSinks>;
    /**
     * NetCDF 4 timeseries sources & sinks
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfCreateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfCreateRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * NetCDF 4 timeseries sources & sinks
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfCreate(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfCreateRequest): Promise<Upload>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfDeleteRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfDelete(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfDeleteRequest): Promise<void>;
    /**
     * NetCDF 4 timeseries sources & sinks
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfListRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfListRequest): Promise<runtime.ApiResponse<InlineResponse20044>>;
    /**
     * NetCDF 4 timeseries sources & sinks
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfList(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfListRequest): Promise<InlineResponse20044>;
    /**
     * NetCDF 4 timeseries sources & sinks
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfReadRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfReadRequest): Promise<runtime.ApiResponse<NetCDFTimeseriesSourcesSinks>>;
    /**
     * NetCDF 4 timeseries sources & sinks
     */
    simulationsEventsSourcesSinksTimeseriesNetcdfRead(requestParameters: SimulationsEventsSourcesSinksTimeseriesNetcdfReadRequest): Promise<NetCDFTimeseriesSourcesSinks>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksTimeseriesPartialUpdateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsSourcesSinksTimeseriesPartialUpdate(requestParameters: SimulationsEventsSourcesSinksTimeseriesPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimeseriesSourcesSinks
     */
    simulationsEventsSourcesSinksTimeseriesReadRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesReadRequest): Promise<runtime.ApiResponse<TimeseriesSourcesSinks>>;
    /**
     * A simple ViewSet for viewing TimeseriesSourcesSinks
     */
    simulationsEventsSourcesSinksTimeseriesRead(requestParameters: SimulationsEventsSourcesSinksTimeseriesReadRequest): Promise<TimeseriesSourcesSinks>;
    /**
     * A simple ViewSet for viewing TimeseriesSourcesSinks
     */
    simulationsEventsSourcesSinksTimeseriesUpdateRaw(requestParameters: SimulationsEventsSourcesSinksTimeseriesUpdateRequest): Promise<runtime.ApiResponse<TimeseriesSourcesSinks>>;
    /**
     * A simple ViewSet for viewing TimeseriesSourcesSinks
     */
    simulationsEventsSourcesSinksTimeseriesUpdate(requestParameters: SimulationsEventsSourcesSinksTimeseriesUpdateRequest): Promise<TimeseriesSourcesSinks>;
    /**
     * The supplied filename should be include the extension, for example \"bergermeer_controls.json\".  `bergermeer_controls.json`  The response provides a put_url which may be used to upload a file containing one or more controls. These controls are divided in memory, table and timed structure controls. See the respective endpoints for the required fields of these controls.  The uploaded file should be a JSON-file containing an array of controls per control type. Example of the content of such a file: ``` {     \"timed\": [         {             \"offset\": 0,             \"duration\": 100,             \"value\": [                 0.4, 0.8             ],             \"type\": \"set_discharge_coefficients\",             \"structure_id\": 21,             \"structure_type\": \"v2_weir\"         }     ],     \"memory\": [         {             \"offset\": 0,             \"duration\": 3600,             \"measure_specification\": {                 \"name\": \"Measurement location\",                 \"locations\": [                     {                         \"weight\": \"1.00\",                         \"content_type\": \"v2_connection_node\",                         \"content_pk\": 356,                     }                 ],                 \"variable\": \"s1\",                 \"operator\": \"<\"             },             \"structure_id\": 10250,             \"structure_type\": \"v2_weir\",             \"type\": \"set_crest_level\",             \"value\": [                 9.05             ],             \"upper_threshold\": 0.3,             \"lower_threshold\": 0.1,             \"is_active\": false,             \"is_inverse\": false         }     ],     \"table\": [         {             \"offset\": 0,             \"duration\": 3600,             \"measure_specification\": {                 \"name\": \"Measurement location\",                 \"locations\": [                     {                         \"weight\": \"1.00\",                         \"content_type\": \"v2_connection_node\",                         \"content_pk\": 356,                     }                 ],                 \"variable\": \"s1\",                 \"operator\": \"<\"             },             \"structure_id\": 10249,             \"structure_type\": \"v2_weir\",             \"type\": \"set_crest_level\",             \"values\": [                 [                     9.05,                     -1.45                 ],             ]         }     ] } ```  If there are only controls of one category, the other arrays can be omitted, like for example: ``` {     \"timed\": [         {             \"offset\": 0,             \"duration\": 100,             \"value\": [                 0.4, 0.8             ],             \"type\": \"set_discharge_coefficients\",             \"structure_id\": 21,             \"structure_type\": \"v2_weir\"         }     ] } ```  The `offset` supplied in the request body will be applied on top of each individual structure control offset in the uploaded file.
     * Endpoint for uploading a file with one or more structure controls.
     */
    simulationsEventsStructureControlFileCreateRaw(requestParameters: SimulationsEventsStructureControlFileCreateRequest): Promise<runtime.ApiResponse<UploadEventFile>>;
    /**
     * The supplied filename should be include the extension, for example \"bergermeer_controls.json\".  `bergermeer_controls.json`  The response provides a put_url which may be used to upload a file containing one or more controls. These controls are divided in memory, table and timed structure controls. See the respective endpoints for the required fields of these controls.  The uploaded file should be a JSON-file containing an array of controls per control type. Example of the content of such a file: ``` {     \"timed\": [         {             \"offset\": 0,             \"duration\": 100,             \"value\": [                 0.4, 0.8             ],             \"type\": \"set_discharge_coefficients\",             \"structure_id\": 21,             \"structure_type\": \"v2_weir\"         }     ],     \"memory\": [         {             \"offset\": 0,             \"duration\": 3600,             \"measure_specification\": {                 \"name\": \"Measurement location\",                 \"locations\": [                     {                         \"weight\": \"1.00\",                         \"content_type\": \"v2_connection_node\",                         \"content_pk\": 356,                     }                 ],                 \"variable\": \"s1\",                 \"operator\": \"<\"             },             \"structure_id\": 10250,             \"structure_type\": \"v2_weir\",             \"type\": \"set_crest_level\",             \"value\": [                 9.05             ],             \"upper_threshold\": 0.3,             \"lower_threshold\": 0.1,             \"is_active\": false,             \"is_inverse\": false         }     ],     \"table\": [         {             \"offset\": 0,             \"duration\": 3600,             \"measure_specification\": {                 \"name\": \"Measurement location\",                 \"locations\": [                     {                         \"weight\": \"1.00\",                         \"content_type\": \"v2_connection_node\",                         \"content_pk\": 356,                     }                 ],                 \"variable\": \"s1\",                 \"operator\": \"<\"             },             \"structure_id\": 10249,             \"structure_type\": \"v2_weir\",             \"type\": \"set_crest_level\",             \"values\": [                 [                     9.05,                     -1.45                 ],             ]         }     ] } ```  If there are only controls of one category, the other arrays can be omitted, like for example: ``` {     \"timed\": [         {             \"offset\": 0,             \"duration\": 100,             \"value\": [                 0.4, 0.8             ],             \"type\": \"set_discharge_coefficients\",             \"structure_id\": 21,             \"structure_type\": \"v2_weir\"         }     ] } ```  The `offset` supplied in the request body will be applied on top of each individual structure control offset in the uploaded file.
     * Endpoint for uploading a file with one or more structure controls.
     */
    simulationsEventsStructureControlFileCreate(requestParameters: SimulationsEventsStructureControlFileCreateRequest): Promise<UploadEventFile>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlFileDeleteRaw(requestParameters: SimulationsEventsStructureControlFileDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlFileDelete(requestParameters: SimulationsEventsStructureControlFileDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    simulationsEventsStructureControlFileDownloadRaw(requestParameters: SimulationsEventsStructureControlFileDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    simulationsEventsStructureControlFileDownload(requestParameters: SimulationsEventsStructureControlFileDownloadRequest): Promise<Download>;
    /**
     */
    simulationsEventsStructureControlFileListRaw(requestParameters: SimulationsEventsStructureControlFileListRequest): Promise<runtime.ApiResponse<InlineResponse20045>>;
    /**
     */
    simulationsEventsStructureControlFileList(requestParameters: SimulationsEventsStructureControlFileListRequest): Promise<InlineResponse20045>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlFilePartialUpdateRaw(requestParameters: SimulationsEventsStructureControlFilePartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlFilePartialUpdate(requestParameters: SimulationsEventsStructureControlFilePartialUpdateRequest): Promise<void>;
    /**
     */
    simulationsEventsStructureControlFileProcessedRaw(requestParameters: SimulationsEventsStructureControlFileProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     */
    simulationsEventsStructureControlFileProcessed(requestParameters: SimulationsEventsStructureControlFileProcessedRequest): Promise<void>;
    /**
     */
    simulationsEventsStructureControlFileReadRaw(requestParameters: SimulationsEventsStructureControlFileReadRequest): Promise<runtime.ApiResponse<FileStructureControl>>;
    /**
     */
    simulationsEventsStructureControlFileRead(requestParameters: SimulationsEventsStructureControlFileReadRequest): Promise<FileStructureControl>;
    /**
     */
    simulationsEventsStructureControlFileUpdateRaw(requestParameters: SimulationsEventsStructureControlFileUpdateRequest): Promise<runtime.ApiResponse<FileStructureControl>>;
    /**
     */
    simulationsEventsStructureControlFileUpdate(requestParameters: SimulationsEventsStructureControlFileUpdateRequest): Promise<FileStructureControl>;
    /**
     * See tables structure endpoint for more information.
     */
    simulationsEventsStructureControlMemoryCreateRaw(requestParameters: SimulationsEventsStructureControlMemoryCreateRequest): Promise<runtime.ApiResponse<MemoryStructureControl>>;
    /**
     * See tables structure endpoint for more information.
     */
    simulationsEventsStructureControlMemoryCreate(requestParameters: SimulationsEventsStructureControlMemoryCreateRequest): Promise<MemoryStructureControl>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlMemoryDeleteRaw(requestParameters: SimulationsEventsStructureControlMemoryDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlMemoryDelete(requestParameters: SimulationsEventsStructureControlMemoryDeleteRequest): Promise<void>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryListRaw(requestParameters: SimulationsEventsStructureControlMemoryListRequest): Promise<runtime.ApiResponse<InlineResponse20046>>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryList(requestParameters: SimulationsEventsStructureControlMemoryListRequest): Promise<InlineResponse20046>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlMemoryPartialUpdateRaw(requestParameters: SimulationsEventsStructureControlMemoryPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlMemoryPartialUpdate(requestParameters: SimulationsEventsStructureControlMemoryPartialUpdateRequest): Promise<void>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryProcessedRaw(requestParameters: SimulationsEventsStructureControlMemoryProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryProcessed(requestParameters: SimulationsEventsStructureControlMemoryProcessedRequest): Promise<void>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryReadRaw(requestParameters: SimulationsEventsStructureControlMemoryReadRequest): Promise<runtime.ApiResponse<MemoryStructureControl>>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryRead(requestParameters: SimulationsEventsStructureControlMemoryReadRequest): Promise<MemoryStructureControl>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryUpdateRaw(requestParameters: SimulationsEventsStructureControlMemoryUpdateRequest): Promise<runtime.ApiResponse<MemoryStructureControl>>;
    /**
     * ViewSet for viewing MemoryStructureControls
     */
    simulationsEventsStructureControlMemoryUpdate(requestParameters: SimulationsEventsStructureControlMemoryUpdateRequest): Promise<MemoryStructureControl>;
    /**
     * A table structure control can used to apply a certain action, e.g increase the pump capacity of a pump station, based on the measured values of one or more locations.  **type**  *for weirs and orifices*  - set_crest_level - set_discharge_coefficients  *for culverts, channels and pipes*  - set_discharge_coefficients  *for pumps*  - set_pump_capacity (m3/s)  **values**  The action table consists of one or more value pairs (threshold, action_value)  To close/open or partially close/open a structure using the `set_discharge_coefficients` type the values must contain **three** values. For example `[[1.2, 0.5, 0.7]]`,  where     1.2 is the threshold value     0.5 the action value for the left flow direction     0.7 action value for the right flow direction  Please note: action values for `set_discharge_coefficients` type must be > 0.  For ALL operators threshold values must be ascending,  In most cases the measure location will be of type `v2_connection_node`. For this location type only the variables `s1` and `vol1` apply. If your measure location, however, is of any other type the variable must either be `q` or `u1`.   For both the target structure as well as for the measure location it is allowed to use a grid id as input directly. In this case we will check if the structure type associated with the given id matches with the grid administration data.  Nonetheless, we encourage you to use the structure id (that is the id of the structure in the model sqlite database) as input data. We will look up the corresponding grid id for you. If the validation holds, the state of the resource will be updated from `processing` to `valid`. Using the structure id will enable you to re-use the structure control resource after a model revision as a grid id will most likely change with every new grid generation.
     */
    simulationsEventsStructureControlTableCreateRaw(requestParameters: SimulationsEventsStructureControlTableCreateRequest): Promise<runtime.ApiResponse<TableStructureControl>>;
    /**
     * A table structure control can used to apply a certain action, e.g increase the pump capacity of a pump station, based on the measured values of one or more locations.  **type**  *for weirs and orifices*  - set_crest_level - set_discharge_coefficients  *for culverts, channels and pipes*  - set_discharge_coefficients  *for pumps*  - set_pump_capacity (m3/s)  **values**  The action table consists of one or more value pairs (threshold, action_value)  To close/open or partially close/open a structure using the `set_discharge_coefficients` type the values must contain **three** values. For example `[[1.2, 0.5, 0.7]]`,  where     1.2 is the threshold value     0.5 the action value for the left flow direction     0.7 action value for the right flow direction  Please note: action values for `set_discharge_coefficients` type must be > 0.  For ALL operators threshold values must be ascending,  In most cases the measure location will be of type `v2_connection_node`. For this location type only the variables `s1` and `vol1` apply. If your measure location, however, is of any other type the variable must either be `q` or `u1`.   For both the target structure as well as for the measure location it is allowed to use a grid id as input directly. In this case we will check if the structure type associated with the given id matches with the grid administration data.  Nonetheless, we encourage you to use the structure id (that is the id of the structure in the model sqlite database) as input data. We will look up the corresponding grid id for you. If the validation holds, the state of the resource will be updated from `processing` to `valid`. Using the structure id will enable you to re-use the structure control resource after a model revision as a grid id will most likely change with every new grid generation.
     */
    simulationsEventsStructureControlTableCreate(requestParameters: SimulationsEventsStructureControlTableCreateRequest): Promise<TableStructureControl>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlTableDeleteRaw(requestParameters: SimulationsEventsStructureControlTableDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlTableDelete(requestParameters: SimulationsEventsStructureControlTableDeleteRequest): Promise<void>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableListRaw(requestParameters: SimulationsEventsStructureControlTableListRequest): Promise<runtime.ApiResponse<InlineResponse20047>>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableList(requestParameters: SimulationsEventsStructureControlTableListRequest): Promise<InlineResponse20047>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlTablePartialUpdateRaw(requestParameters: SimulationsEventsStructureControlTablePartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlTablePartialUpdate(requestParameters: SimulationsEventsStructureControlTablePartialUpdateRequest): Promise<void>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableProcessedRaw(requestParameters: SimulationsEventsStructureControlTableProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableProcessed(requestParameters: SimulationsEventsStructureControlTableProcessedRequest): Promise<void>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableReadRaw(requestParameters: SimulationsEventsStructureControlTableReadRequest): Promise<runtime.ApiResponse<TableStructureControl>>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableRead(requestParameters: SimulationsEventsStructureControlTableReadRequest): Promise<TableStructureControl>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableUpdateRaw(requestParameters: SimulationsEventsStructureControlTableUpdateRequest): Promise<runtime.ApiResponse<TableStructureControl>>;
    /**
     * ViewSet for viewing TableStructureControls
     */
    simulationsEventsStructureControlTableUpdate(requestParameters: SimulationsEventsStructureControlTableUpdateRequest): Promise<TableStructureControl>;
    /**
     * A timed structure control allows for actively altering parameters of structures at a given point in time of the simulation for a given period of time. The ``type`` parameter specifies which action should be applied to the structure. Not all valid action types can be applied to every structure. An overview of valid combinations:     set_discharge_coefficients: v2_orifice, v2_weir, v2_pipe,                                v2_channel, v2_culvert    set_crest_level: v2_orifice, v2_weir    set_pump_capacity: v2_pumpstation  The value parameter must contain 1 value, except for the ``set_discharge_coefficients``action that expects a value for both flow directions.  Example payload:  ```     {       \"offset\": 0,       \"duration\": 100,       \"value\": [         0.4, 0.8       ],       \"type\": \"set_discharge_coefficients\",       \"structure_id\": 21,       \"structure_type\": \"v2_weir\"     } ```  **v2_channel and v2_pipe are for internal use only. They expect a grid_id instead of a structure_id!**
     */
    simulationsEventsStructureControlTimedCreateRaw(requestParameters: SimulationsEventsStructureControlTimedCreateRequest): Promise<runtime.ApiResponse<TimedStructureControl>>;
    /**
     * A timed structure control allows for actively altering parameters of structures at a given point in time of the simulation for a given period of time. The ``type`` parameter specifies which action should be applied to the structure. Not all valid action types can be applied to every structure. An overview of valid combinations:     set_discharge_coefficients: v2_orifice, v2_weir, v2_pipe,                                v2_channel, v2_culvert    set_crest_level: v2_orifice, v2_weir    set_pump_capacity: v2_pumpstation  The value parameter must contain 1 value, except for the ``set_discharge_coefficients``action that expects a value for both flow directions.  Example payload:  ```     {       \"offset\": 0,       \"duration\": 100,       \"value\": [         0.4, 0.8       ],       \"type\": \"set_discharge_coefficients\",       \"structure_id\": 21,       \"structure_type\": \"v2_weir\"     } ```  **v2_channel and v2_pipe are for internal use only. They expect a grid_id instead of a structure_id!**
     */
    simulationsEventsStructureControlTimedCreate(requestParameters: SimulationsEventsStructureControlTimedCreateRequest): Promise<TimedStructureControl>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlTimedDeleteRaw(requestParameters: SimulationsEventsStructureControlTimedDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * destroy resource only if the event has not yet been applied to the associated simulation
     */
    simulationsEventsStructureControlTimedDelete(requestParameters: SimulationsEventsStructureControlTimedDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedListRaw(requestParameters: SimulationsEventsStructureControlTimedListRequest): Promise<runtime.ApiResponse<InlineResponse20048>>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedList(requestParameters: SimulationsEventsStructureControlTimedListRequest): Promise<InlineResponse20048>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlTimedPartialUpdateRaw(requestParameters: SimulationsEventsStructureControlTimedPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * when the simulation has started only the duration parameter might be patched
     */
    simulationsEventsStructureControlTimedPartialUpdate(requestParameters: SimulationsEventsStructureControlTimedPartialUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedProcessedRaw(requestParameters: SimulationsEventsStructureControlTimedProcessedRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedProcessed(requestParameters: SimulationsEventsStructureControlTimedProcessedRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedReadRaw(requestParameters: SimulationsEventsStructureControlTimedReadRequest): Promise<runtime.ApiResponse<TimedStructureControl>>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedRead(requestParameters: SimulationsEventsStructureControlTimedReadRequest): Promise<TimedStructureControl>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedUpdateRaw(requestParameters: SimulationsEventsStructureControlTimedUpdateRequest): Promise<runtime.ApiResponse<TimedStructureControl>>;
    /**
     * A simple ViewSet for viewing TimedStructureControls
     */
    simulationsEventsStructureControlTimedUpdate(requestParameters: SimulationsEventsStructureControlTimedUpdateRequest): Promise<TimedStructureControl>;
    /**
     * A constant wind event allows for wind forcing at a given point in time of the simulation for a given period of time. No distinction is made (yet) between the 1D and 2D model domain.  The ``units`` parameter is the wind speed unit (\'m/s\' or \'km/h\').  The ``direction_value`` parameter is the wind direction in degrees (0-360) from the north - meteorological standard. Thus, a direction_value of 180 represents a south wind (which comes from the south and blows your hat towards the north.  The ``speed_value`` parameter as well as the ``direction_value`` must contain 1 value. Behind the the scenes these are converted into nested array [time, speed_value, direction_value]. This means that this payload (example):  ``` {     \"offset\": 100,     \"duration\": 400,     \"units\": \"m/s\",     \"speed_value\": 80,     \"direction_value\": 220 } ```  becomes an Timeseries object with values:  ``` {     \"values\": [         [ 0, 80, 220],    # time, speed, direction         [ 400, 0, 0]      # time, speed, direction     ], } ```  Note that the (dimensionless) ``drag-coefficient`` is not part of a simulation event, but part of simulation initial condition.
     */
    simulationsEventsWindConstantCreateRaw(requestParameters: SimulationsEventsWindConstantCreateRequest): Promise<runtime.ApiResponse<ConstantWind>>;
    /**
     * A constant wind event allows for wind forcing at a given point in time of the simulation for a given period of time. No distinction is made (yet) between the 1D and 2D model domain.  The ``units`` parameter is the wind speed unit (\'m/s\' or \'km/h\').  The ``direction_value`` parameter is the wind direction in degrees (0-360) from the north - meteorological standard. Thus, a direction_value of 180 represents a south wind (which comes from the south and blows your hat towards the north.  The ``speed_value`` parameter as well as the ``direction_value`` must contain 1 value. Behind the the scenes these are converted into nested array [time, speed_value, direction_value]. This means that this payload (example):  ``` {     \"offset\": 100,     \"duration\": 400,     \"units\": \"m/s\",     \"speed_value\": 80,     \"direction_value\": 220 } ```  becomes an Timeseries object with values:  ``` {     \"values\": [         [ 0, 80, 220],    # time, speed, direction         [ 400, 0, 0]      # time, speed, direction     ], } ```  Note that the (dimensionless) ``drag-coefficient`` is not part of a simulation event, but part of simulation initial condition.
     */
    simulationsEventsWindConstantCreate(requestParameters: SimulationsEventsWindConstantCreateRequest): Promise<ConstantWind>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantDeleteRaw(requestParameters: SimulationsEventsWindConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantDelete(requestParameters: SimulationsEventsWindConstantDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantListRaw(requestParameters: SimulationsEventsWindConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20049>>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantList(requestParameters: SimulationsEventsWindConstantListRequest): Promise<InlineResponse20049>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantPartialUpdateRaw(requestParameters: SimulationsEventsWindConstantPartialUpdateRequest): Promise<runtime.ApiResponse<ConstantWind>>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantPartialUpdate(requestParameters: SimulationsEventsWindConstantPartialUpdateRequest): Promise<ConstantWind>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantReadRaw(requestParameters: SimulationsEventsWindConstantReadRequest): Promise<runtime.ApiResponse<ConstantWind>>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantRead(requestParameters: SimulationsEventsWindConstantReadRequest): Promise<ConstantWind>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantUpdateRaw(requestParameters: SimulationsEventsWindConstantUpdateRequest): Promise<runtime.ApiResponse<ConstantWind>>;
    /**
     * A simple ViewSet for viewing Wind.
     */
    simulationsEventsWindConstantUpdate(requestParameters: SimulationsEventsWindConstantUpdateRequest): Promise<ConstantWind>;
    /**
     * Same as constant wind event but now without separate fields for ``speed_value`` and ``direction_value``. Instead - to avoid time-mapping issues - the field ``values`` holds the speed and direction values: ``` [     [time, speed1, direction1],     [time, speed2, direction2], ] ```  example payload: ``` {     \"offset\": 2,     \"values\": [         [0, 40, 180],         [60, 35, 181]     ],     \"units\": \"m/s\", } ```  becomes an Timeseries object with values: ``` {     \"values\": [         [ 0, 40, 180 ],         [60, 35, 181 ]     ] } ```
     */
    simulationsEventsWindTimeseriesCreateRaw(requestParameters: SimulationsEventsWindTimeseriesCreateRequest): Promise<runtime.ApiResponse<TimeseriesWind>>;
    /**
     * Same as constant wind event but now without separate fields for ``speed_value`` and ``direction_value``. Instead - to avoid time-mapping issues - the field ``values`` holds the speed and direction values: ``` [     [time, speed1, direction1],     [time, speed2, direction2], ] ```  example payload: ``` {     \"offset\": 2,     \"values\": [         [0, 40, 180],         [60, 35, 181]     ],     \"units\": \"m/s\", } ```  becomes an Timeseries object with values: ``` {     \"values\": [         [ 0, 40, 180 ],         [60, 35, 181 ]     ] } ```
     */
    simulationsEventsWindTimeseriesCreate(requestParameters: SimulationsEventsWindTimeseriesCreateRequest): Promise<TimeseriesWind>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesDeleteRaw(requestParameters: SimulationsEventsWindTimeseriesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesDelete(requestParameters: SimulationsEventsWindTimeseriesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesListRaw(requestParameters: SimulationsEventsWindTimeseriesListRequest): Promise<runtime.ApiResponse<InlineResponse20050>>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesList(requestParameters: SimulationsEventsWindTimeseriesListRequest): Promise<InlineResponse20050>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesPartialUpdateRaw(requestParameters: SimulationsEventsWindTimeseriesPartialUpdateRequest): Promise<runtime.ApiResponse<TimeseriesWind>>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesPartialUpdate(requestParameters: SimulationsEventsWindTimeseriesPartialUpdateRequest): Promise<TimeseriesWind>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesReadRaw(requestParameters: SimulationsEventsWindTimeseriesReadRequest): Promise<runtime.ApiResponse<TimeseriesWind>>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesRead(requestParameters: SimulationsEventsWindTimeseriesReadRequest): Promise<TimeseriesWind>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesUpdateRaw(requestParameters: SimulationsEventsWindTimeseriesUpdateRequest): Promise<runtime.ApiResponse<TimeseriesWind>>;
    /**
     * A simple ViewSet for viewig Wind.
     */
    simulationsEventsWindTimeseriesUpdate(requestParameters: SimulationsEventsWindTimeseriesUpdateRequest): Promise<TimeseriesWind>;
    /**
     * There are two options to specify the desired duration for the new simulation, either by using the ``end_datetime`` **or** the ``duration`` parameter.  {   \"template\":                  # source simulation template resource id   \"name\":                      # name for the new simulation.   \"tags\":                      # extra tags, added to existing simulation template tags.   \"organisation\":              # uuid of the organisation for which the                                  simulation is run   \"start_datetime\":            # datetime (in ISO 8601 (UTC) format) for the                                  simulation start, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"end_datetime\":              # datetime (in ISO 8601 (UTC) format) for the                                  simulation end, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"duration\":                  # in seconds, can be used instead of end_datetime   \"clone_events\":              # if true, clone events like rain/sources & sinks etc.   \"clone_initials\":            # if true, clone initial waterlevels   \"clone_settings\":            # if true, clone simulation settings, like physical settings etc.   \"threedimodel_id\":           # copy simulation template to threedimodel }
     * Create a (new/cloned) simulation from a simulation template.
     */
    simulationsFromTemplateRaw(requestParameters: SimulationsFromTemplateRequest): Promise<runtime.ApiResponse<Simulation>>;
    /**
     * There are two options to specify the desired duration for the new simulation, either by using the ``end_datetime`` **or** the ``duration`` parameter.  {   \"template\":                  # source simulation template resource id   \"name\":                      # name for the new simulation.   \"tags\":                      # extra tags, added to existing simulation template tags.   \"organisation\":              # uuid of the organisation for which the                                  simulation is run   \"start_datetime\":            # datetime (in ISO 8601 (UTC) format) for the                                  simulation start, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"end_datetime\":              # datetime (in ISO 8601 (UTC) format) for the                                  simulation end, e.g. \"YYYY-MM-DDThh:mm:ss\"   \"duration\":                  # in seconds, can be used instead of end_datetime   \"clone_events\":              # if true, clone events like rain/sources & sinks etc.   \"clone_initials\":            # if true, clone initial waterlevels   \"clone_settings\":            # if true, clone simulation settings, like physical settings etc.   \"threedimodel_id\":           # copy simulation template to threedimodel }
     * Create a (new/cloned) simulation from a simulation template.
     */
    simulationsFromTemplate(requestParameters: SimulationsFromTemplateRequest): Promise<Simulation>;
    /**
     * Start the simulation with a global 1D water level
     */
    simulationsInitial1dWaterLevelConstantCreateRaw(requestParameters: SimulationsInitial1dWaterLevelConstantCreateRequest): Promise<runtime.ApiResponse<OneDWaterLevel>>;
    /**
     * Start the simulation with a global 1D water level
     */
    simulationsInitial1dWaterLevelConstantCreate(requestParameters: SimulationsInitial1dWaterLevelConstantCreateRequest): Promise<OneDWaterLevel>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantDeleteRaw(requestParameters: SimulationsInitial1dWaterLevelConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantDelete(requestParameters: SimulationsInitial1dWaterLevelConstantDeleteRequest): Promise<void>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantListRaw(requestParameters: SimulationsInitial1dWaterLevelConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20051>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantList(requestParameters: SimulationsInitial1dWaterLevelConstantListRequest): Promise<InlineResponse20051>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantPartialUpdateRaw(requestParameters: SimulationsInitial1dWaterLevelConstantPartialUpdateRequest): Promise<runtime.ApiResponse<OneDWaterLevel>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantPartialUpdate(requestParameters: SimulationsInitial1dWaterLevelConstantPartialUpdateRequest): Promise<OneDWaterLevel>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantReadRaw(requestParameters: SimulationsInitial1dWaterLevelConstantReadRequest): Promise<runtime.ApiResponse<OneDWaterLevel>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantRead(requestParameters: SimulationsInitial1dWaterLevelConstantReadRequest): Promise<OneDWaterLevel>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantUpdateRaw(requestParameters: SimulationsInitial1dWaterLevelConstantUpdateRequest): Promise<runtime.ApiResponse<OneDWaterLevel>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelConstantUpdate(requestParameters: SimulationsInitial1dWaterLevelConstantUpdateRequest): Promise<OneDWaterLevel>;
    /**
     * Start the simulation with a 1D water levels from a file. Applies the given values to the predefined nodes subset \"1D\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitial1dWaterLevelFileCreateRaw(requestParameters: SimulationsInitial1dWaterLevelFileCreateRequest): Promise<runtime.ApiResponse<OneDWaterLevelFile>>;
    /**
     * Start the simulation with a 1D water levels from a file. Applies the given values to the predefined nodes subset \"1D\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitial1dWaterLevelFileCreate(requestParameters: SimulationsInitial1dWaterLevelFileCreateRequest): Promise<OneDWaterLevelFile>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileDeleteRaw(requestParameters: SimulationsInitial1dWaterLevelFileDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileDelete(requestParameters: SimulationsInitial1dWaterLevelFileDeleteRequest): Promise<void>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileListRaw(requestParameters: SimulationsInitial1dWaterLevelFileListRequest): Promise<runtime.ApiResponse<InlineResponse20052>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileList(requestParameters: SimulationsInitial1dWaterLevelFileListRequest): Promise<InlineResponse20052>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFilePartialUpdateRaw(requestParameters: SimulationsInitial1dWaterLevelFilePartialUpdateRequest): Promise<runtime.ApiResponse<OneDWaterLevelFile>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFilePartialUpdate(requestParameters: SimulationsInitial1dWaterLevelFilePartialUpdateRequest): Promise<OneDWaterLevelFile>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileReadRaw(requestParameters: SimulationsInitial1dWaterLevelFileReadRequest): Promise<runtime.ApiResponse<OneDWaterLevelFile>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileRead(requestParameters: SimulationsInitial1dWaterLevelFileReadRequest): Promise<OneDWaterLevelFile>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileUpdateRaw(requestParameters: SimulationsInitial1dWaterLevelFileUpdateRequest): Promise<runtime.ApiResponse<OneDWaterLevelFile>>;
    /**
     * Initial 1D water levels
     */
    simulationsInitial1dWaterLevelFileUpdate(requestParameters: SimulationsInitial1dWaterLevelFileUpdateRequest): Promise<OneDWaterLevelFile>;
    /**
     * For threedimodels that came from a repository on models.lizard.net: Start the simulation with predefined 1D water levels. That is, use the initial water levels that have been specified in the ``v2_connection_nodes`` schema.  For threedimodels that came from a schematisation in this API, there might be a threedimodels/{}/initial_waterlevels 1D resource. If such a resource exists, there will also be a /file initial condition created. The /predefined resource will still be created but is ignored by the simulation.
     * This endpoint is pending deprecation.
     */
    simulationsInitial1dWaterLevelPredefinedCreateRaw(requestParameters: SimulationsInitial1dWaterLevelPredefinedCreateRequest): Promise<runtime.ApiResponse<OneDWaterLevelPredefined>>;
    /**
     * For threedimodels that came from a repository on models.lizard.net: Start the simulation with predefined 1D water levels. That is, use the initial water levels that have been specified in the ``v2_connection_nodes`` schema.  For threedimodels that came from a schematisation in this API, there might be a threedimodels/{}/initial_waterlevels 1D resource. If such a resource exists, there will also be a /file initial condition created. The /predefined resource will still be created but is ignored by the simulation.
     * This endpoint is pending deprecation.
     */
    simulationsInitial1dWaterLevelPredefinedCreate(requestParameters: SimulationsInitial1dWaterLevelPredefinedCreateRequest): Promise<OneDWaterLevelPredefined>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedDeleteRaw(requestParameters: SimulationsInitial1dWaterLevelPredefinedDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedDelete(requestParameters: SimulationsInitial1dWaterLevelPredefinedDeleteRequest): Promise<void>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedListRaw(requestParameters: SimulationsInitial1dWaterLevelPredefinedListRequest): Promise<runtime.ApiResponse<InlineResponse20053>>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedList(requestParameters: SimulationsInitial1dWaterLevelPredefinedListRequest): Promise<InlineResponse20053>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedPartialUpdateRaw(requestParameters: SimulationsInitial1dWaterLevelPredefinedPartialUpdateRequest): Promise<runtime.ApiResponse<OneDWaterLevelPredefined>>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedPartialUpdate(requestParameters: SimulationsInitial1dWaterLevelPredefinedPartialUpdateRequest): Promise<OneDWaterLevelPredefined>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedReadRaw(requestParameters: SimulationsInitial1dWaterLevelPredefinedReadRequest): Promise<runtime.ApiResponse<OneDWaterLevelPredefined>>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedRead(requestParameters: SimulationsInitial1dWaterLevelPredefinedReadRequest): Promise<OneDWaterLevelPredefined>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedUpdateRaw(requestParameters: SimulationsInitial1dWaterLevelPredefinedUpdateRequest): Promise<runtime.ApiResponse<OneDWaterLevelPredefined>>;
    /**
     * initial predefined 1D water levels
     */
    simulationsInitial1dWaterLevelPredefinedUpdate(requestParameters: SimulationsInitial1dWaterLevelPredefinedUpdateRequest): Promise<OneDWaterLevelPredefined>;
    /**
     * Start the simulation with a global 2D water level. Applies the given value to the predefined nodes subset \"2D_OPEN_WATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitial2dWaterLevelConstantCreateRaw(requestParameters: SimulationsInitial2dWaterLevelConstantCreateRequest): Promise<runtime.ApiResponse<TwoDWaterLevel>>;
    /**
     * Start the simulation with a global 2D water level. Applies the given value to the predefined nodes subset \"2D_OPEN_WATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitial2dWaterLevelConstantCreate(requestParameters: SimulationsInitial2dWaterLevelConstantCreateRequest): Promise<TwoDWaterLevel>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantDeleteRaw(requestParameters: SimulationsInitial2dWaterLevelConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantDelete(requestParameters: SimulationsInitial2dWaterLevelConstantDeleteRequest): Promise<void>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantListRaw(requestParameters: SimulationsInitial2dWaterLevelConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20054>>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantList(requestParameters: SimulationsInitial2dWaterLevelConstantListRequest): Promise<InlineResponse20054>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantPartialUpdateRaw(requestParameters: SimulationsInitial2dWaterLevelConstantPartialUpdateRequest): Promise<runtime.ApiResponse<TwoDWaterLevel>>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantPartialUpdate(requestParameters: SimulationsInitial2dWaterLevelConstantPartialUpdateRequest): Promise<TwoDWaterLevel>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantReadRaw(requestParameters: SimulationsInitial2dWaterLevelConstantReadRequest): Promise<runtime.ApiResponse<TwoDWaterLevel>>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantRead(requestParameters: SimulationsInitial2dWaterLevelConstantReadRequest): Promise<TwoDWaterLevel>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantUpdateRaw(requestParameters: SimulationsInitial2dWaterLevelConstantUpdateRequest): Promise<runtime.ApiResponse<TwoDWaterLevel>>;
    /**
     * Initial 2D water levels
     */
    simulationsInitial2dWaterLevelConstantUpdate(requestParameters: SimulationsInitial2dWaterLevelConstantUpdateRequest): Promise<TwoDWaterLevel>;
    /**
     * Start the simulation with 2D water levels derived from the raster by using the aggregation method. Applies the resulting levels to the predefined nodes subset \"2D_OPEN_WATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitial2dWaterLevelRasterCreateRaw(requestParameters: SimulationsInitial2dWaterLevelRasterCreateRequest): Promise<runtime.ApiResponse<TwoDWaterRaster>>;
    /**
     * Start the simulation with 2D water levels derived from the raster by using the aggregation method. Applies the resulting levels to the predefined nodes subset \"2D_OPEN_WATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitial2dWaterLevelRasterCreate(requestParameters: SimulationsInitial2dWaterLevelRasterCreateRequest): Promise<TwoDWaterRaster>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterDeleteRaw(requestParameters: SimulationsInitial2dWaterLevelRasterDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterDelete(requestParameters: SimulationsInitial2dWaterLevelRasterDeleteRequest): Promise<void>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterListRaw(requestParameters: SimulationsInitial2dWaterLevelRasterListRequest): Promise<runtime.ApiResponse<InlineResponse20055>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterList(requestParameters: SimulationsInitial2dWaterLevelRasterListRequest): Promise<InlineResponse20055>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterPartialUpdateRaw(requestParameters: SimulationsInitial2dWaterLevelRasterPartialUpdateRequest): Promise<runtime.ApiResponse<TwoDWaterRaster>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterPartialUpdate(requestParameters: SimulationsInitial2dWaterLevelRasterPartialUpdateRequest): Promise<TwoDWaterRaster>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterReadRaw(requestParameters: SimulationsInitial2dWaterLevelRasterReadRequest): Promise<runtime.ApiResponse<TwoDWaterRaster>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterRead(requestParameters: SimulationsInitial2dWaterLevelRasterReadRequest): Promise<TwoDWaterRaster>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterUpdateRaw(requestParameters: SimulationsInitial2dWaterLevelRasterUpdateRequest): Promise<runtime.ApiResponse<TwoDWaterRaster>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitial2dWaterLevelRasterUpdate(requestParameters: SimulationsInitial2dWaterLevelRasterUpdateRequest): Promise<TwoDWaterRaster>;
    /**
     * Start the simulation with a global 2D groundwater level. Applies the given value to the predefined nodes subset \"2D_GROUNDWATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitialGroundwaterLevelConstantCreateRaw(requestParameters: SimulationsInitialGroundwaterLevelConstantCreateRequest): Promise<runtime.ApiResponse<GroundWaterLevel>>;
    /**
     * Start the simulation with a global 2D groundwater level. Applies the given value to the predefined nodes subset \"2D_GROUNDWATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitialGroundwaterLevelConstantCreate(requestParameters: SimulationsInitialGroundwaterLevelConstantCreateRequest): Promise<GroundWaterLevel>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantDeleteRaw(requestParameters: SimulationsInitialGroundwaterLevelConstantDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantDelete(requestParameters: SimulationsInitialGroundwaterLevelConstantDeleteRequest): Promise<void>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantListRaw(requestParameters: SimulationsInitialGroundwaterLevelConstantListRequest): Promise<runtime.ApiResponse<InlineResponse20056>>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantList(requestParameters: SimulationsInitialGroundwaterLevelConstantListRequest): Promise<InlineResponse20056>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantPartialUpdateRaw(requestParameters: SimulationsInitialGroundwaterLevelConstantPartialUpdateRequest): Promise<runtime.ApiResponse<GroundWaterLevel>>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantPartialUpdate(requestParameters: SimulationsInitialGroundwaterLevelConstantPartialUpdateRequest): Promise<GroundWaterLevel>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantReadRaw(requestParameters: SimulationsInitialGroundwaterLevelConstantReadRequest): Promise<runtime.ApiResponse<GroundWaterLevel>>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantRead(requestParameters: SimulationsInitialGroundwaterLevelConstantReadRequest): Promise<GroundWaterLevel>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantUpdateRaw(requestParameters: SimulationsInitialGroundwaterLevelConstantUpdateRequest): Promise<runtime.ApiResponse<GroundWaterLevel>>;
    /**
     * Initial groundwater levels.
     */
    simulationsInitialGroundwaterLevelConstantUpdate(requestParameters: SimulationsInitialGroundwaterLevelConstantUpdateRequest): Promise<GroundWaterLevel>;
    /**
     * Start the simulation with groundwaterlevels derived from the raster by using the aggregation method. Applies the given value to the predefined nodes subset \"2D_GROUNDWATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitialGroundwaterLevelRasterCreateRaw(requestParameters: SimulationsInitialGroundwaterLevelRasterCreateRequest): Promise<runtime.ApiResponse<GroundWaterRaster>>;
    /**
     * Start the simulation with groundwaterlevels derived from the raster by using the aggregation method. Applies the given value to the predefined nodes subset \"2D_GROUNDWATER\" as described in the [threedigrid documentation] [ref]  [ref]: https://threedigrid.readthedocs.io/en/latest/api.html#subsets
     */
    simulationsInitialGroundwaterLevelRasterCreate(requestParameters: SimulationsInitialGroundwaterLevelRasterCreateRequest): Promise<GroundWaterRaster>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterDeleteRaw(requestParameters: SimulationsInitialGroundwaterLevelRasterDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterDelete(requestParameters: SimulationsInitialGroundwaterLevelRasterDeleteRequest): Promise<void>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterListRaw(requestParameters: SimulationsInitialGroundwaterLevelRasterListRequest): Promise<runtime.ApiResponse<InlineResponse20057>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterList(requestParameters: SimulationsInitialGroundwaterLevelRasterListRequest): Promise<InlineResponse20057>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterPartialUpdateRaw(requestParameters: SimulationsInitialGroundwaterLevelRasterPartialUpdateRequest): Promise<runtime.ApiResponse<GroundWaterRaster>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterPartialUpdate(requestParameters: SimulationsInitialGroundwaterLevelRasterPartialUpdateRequest): Promise<GroundWaterRaster>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterReadRaw(requestParameters: SimulationsInitialGroundwaterLevelRasterReadRequest): Promise<runtime.ApiResponse<GroundWaterRaster>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterRead(requestParameters: SimulationsInitialGroundwaterLevelRasterReadRequest): Promise<GroundWaterRaster>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterUpdateRaw(requestParameters: SimulationsInitialGroundwaterLevelRasterUpdateRequest): Promise<runtime.ApiResponse<GroundWaterRaster>>;
    /**
     * Initial 2D water raster
     */
    simulationsInitialGroundwaterLevelRasterUpdate(requestParameters: SimulationsInitialGroundwaterLevelRasterUpdateRequest): Promise<GroundWaterRaster>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateCreateRaw(requestParameters: SimulationsInitialSavedStateCreateRequest): Promise<runtime.ApiResponse<InitialSavedState>>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateCreate(requestParameters: SimulationsInitialSavedStateCreateRequest): Promise<InitialSavedState>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateDeleteRaw(requestParameters: SimulationsInitialSavedStateDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateDelete(requestParameters: SimulationsInitialSavedStateDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateListRaw(requestParameters: SimulationsInitialSavedStateListRequest): Promise<runtime.ApiResponse<InlineResponse20058>>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateList(requestParameters: SimulationsInitialSavedStateListRequest): Promise<InlineResponse20058>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStatePartialUpdateRaw(requestParameters: SimulationsInitialSavedStatePartialUpdateRequest): Promise<runtime.ApiResponse<InitialSavedState>>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStatePartialUpdate(requestParameters: SimulationsInitialSavedStatePartialUpdateRequest): Promise<InitialSavedState>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateReadRaw(requestParameters: SimulationsInitialSavedStateReadRequest): Promise<runtime.ApiResponse<InitialSavedState>>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateRead(requestParameters: SimulationsInitialSavedStateReadRequest): Promise<InitialSavedState>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateUpdateRaw(requestParameters: SimulationsInitialSavedStateUpdateRequest): Promise<runtime.ApiResponse<InitialSavedState>>;
    /**
     * A simple ViewSet for initial SavedState\'s
     */
    simulationsInitialSavedStateUpdate(requestParameters: SimulationsInitialSavedStateUpdateRequest): Promise<InitialSavedState>;
    /**
     * Start the simulation with a global wind drag-coefficient. This (dimensionless) ``drag-coefficient`` translates the wind speed on a 10 m elevation to the speed on the ground (default=0.005). Currently the drag-coefficient works as a global factor for the entire model: 1D lines and 2D lines if exists
     */
    simulationsInitialWindDragCoefficientCreateRaw(requestParameters: SimulationsInitialWindDragCoefficientCreateRequest): Promise<runtime.ApiResponse<WindDragCoefficient>>;
    /**
     * Start the simulation with a global wind drag-coefficient. This (dimensionless) ``drag-coefficient`` translates the wind speed on a 10 m elevation to the speed on the ground (default=0.005). Currently the drag-coefficient works as a global factor for the entire model: 1D lines and 2D lines if exists
     */
    simulationsInitialWindDragCoefficientCreate(requestParameters: SimulationsInitialWindDragCoefficientCreateRequest): Promise<WindDragCoefficient>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientDeleteRaw(requestParameters: SimulationsInitialWindDragCoefficientDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientDelete(requestParameters: SimulationsInitialWindDragCoefficientDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientListRaw(requestParameters: SimulationsInitialWindDragCoefficientListRequest): Promise<runtime.ApiResponse<InlineResponse20059>>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientList(requestParameters: SimulationsInitialWindDragCoefficientListRequest): Promise<InlineResponse20059>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientPartialUpdateRaw(requestParameters: SimulationsInitialWindDragCoefficientPartialUpdateRequest): Promise<runtime.ApiResponse<WindDragCoefficient>>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientPartialUpdate(requestParameters: SimulationsInitialWindDragCoefficientPartialUpdateRequest): Promise<WindDragCoefficient>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientReadRaw(requestParameters: SimulationsInitialWindDragCoefficientReadRequest): Promise<runtime.ApiResponse<WindDragCoefficient>>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientRead(requestParameters: SimulationsInitialWindDragCoefficientReadRequest): Promise<WindDragCoefficient>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientUpdateRaw(requestParameters: SimulationsInitialWindDragCoefficientUpdateRequest): Promise<runtime.ApiResponse<WindDragCoefficient>>;
    /**
     * A simple ViewSet for initial Wind drag coefficient
     */
    simulationsInitialWindDragCoefficientUpdate(requestParameters: SimulationsInitialWindDragCoefficientUpdateRequest): Promise<WindDragCoefficient>;
    /**
     * The reverse this order  ```     ?created ``` In general it is possible to specify reverse orderings by prefixing the field name with \'-\', like so:  ```     ?-id ``` Other fields that can be used to order the results are `name` and `id`.  Several filter are available, for instance the creation date of the resource. Some usage examples:  To get all simulation resources that have been created on Guido van Rossum\'s birthday  ```     ?created__date=1956-01-31 ```  To get all simulation resources that have been created during the 1988 UEFA European Football Championship ```    ?created__date__gte=1988-06-10&created__date__lte=1988-06-25 ```  To get all simulation resources that have been created in the month of the Carnation Revolution ```     ?created__year=1974&created__month=04 ```
     * List all simulations resources. By default the results are sorted from newest to oldest.
     */
    simulationsListRaw(requestParameters: SimulationsListRequest): Promise<runtime.ApiResponse<InlineResponse20017>>;
    /**
     * The reverse this order  ```     ?created ``` In general it is possible to specify reverse orderings by prefixing the field name with \'-\', like so:  ```     ?-id ``` Other fields that can be used to order the results are `name` and `id`.  Several filter are available, for instance the creation date of the resource. Some usage examples:  To get all simulation resources that have been created on Guido van Rossum\'s birthday  ```     ?created__date=1956-01-31 ```  To get all simulation resources that have been created during the 1988 UEFA European Football Championship ```    ?created__date__gte=1988-06-10&created__date__lte=1988-06-25 ```  To get all simulation resources that have been created in the month of the Carnation Revolution ```     ?created__year=1974&created__month=04 ```
     * List all simulations resources. By default the results are sorted from newest to oldest.
     */
    simulationsList(requestParameters: SimulationsListRequest): Promise<InlineResponse20017>;
    /**
     */
    simulationsPartialUpdateRaw(requestParameters: SimulationsPartialUpdateRequest): Promise<runtime.ApiResponse<SimulationUpdate>>;
    /**
     */
    simulationsPartialUpdate(requestParameters: SimulationsPartialUpdateRequest): Promise<SimulationUpdate>;
    /**
     * Read-only API endpoint for viewing simulations that need to be post-processed by Lizard (post-processing status is \'requested\').
     */
    simulationsPostProcessingLizardQueueListRaw(requestParameters: SimulationsPostProcessingLizardQueueListRequest): Promise<runtime.ApiResponse<InlineResponse20018>>;
    /**
     * Read-only API endpoint for viewing simulations that need to be post-processed by Lizard (post-processing status is \'requested\').
     */
    simulationsPostProcessingLizardQueueList(requestParameters: SimulationsPostProcessingLizardQueueListRequest): Promise<InlineResponse20018>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsProgressListRaw(requestParameters: SimulationsProgressListRequest): Promise<runtime.ApiResponse<Progress>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsProgressList(requestParameters: SimulationsProgressListRequest): Promise<Progress>;
    /**
     */
    simulationsReadRaw(requestParameters: SimulationsReadRequest): Promise<runtime.ApiResponse<Simulation>>;
    /**
     */
    simulationsRead(requestParameters: SimulationsReadRequest): Promise<Simulation>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesCreateRaw(requestParameters: SimulationsResultsFilesCreateRequest): Promise<runtime.ApiResponse<ResultFile>>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesCreate(requestParameters: SimulationsResultsFilesCreateRequest): Promise<ResultFile>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesDeleteRaw(requestParameters: SimulationsResultsFilesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesDelete(requestParameters: SimulationsResultsFilesDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    simulationsResultsFilesDownloadRaw(requestParameters: SimulationsResultsFilesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    simulationsResultsFilesDownload(requestParameters: SimulationsResultsFilesDownloadRequest): Promise<Download>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesListRaw(requestParameters: SimulationsResultsFilesListRequest): Promise<runtime.ApiResponse<InlineResponse20060>>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesList(requestParameters: SimulationsResultsFilesListRequest): Promise<InlineResponse20060>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesPartialUpdateRaw(requestParameters: SimulationsResultsFilesPartialUpdateRequest): Promise<runtime.ApiResponse<ResultFile>>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesPartialUpdate(requestParameters: SimulationsResultsFilesPartialUpdateRequest): Promise<ResultFile>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesReadRaw(requestParameters: SimulationsResultsFilesReadRequest): Promise<runtime.ApiResponse<ResultFile>>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesRead(requestParameters: SimulationsResultsFilesReadRequest): Promise<ResultFile>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesUpdateRaw(requestParameters: SimulationsResultsFilesUpdateRequest): Promise<runtime.ApiResponse<ResultFile>>;
    /**
     * Retrieve simulation results
     */
    simulationsResultsFilesUpdate(requestParameters: SimulationsResultsFilesUpdateRequest): Promise<ResultFile>;
    /**
     * Endpoint for uploading a result file
     */
    simulationsResultsFilesUploadRaw(requestParameters: SimulationsResultsFilesUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Endpoint for uploading a result file
     */
    simulationsResultsFilesUpload(requestParameters: SimulationsResultsFilesUploadRequest): Promise<Upload>;
    /**
     * A Custom ViewSet for creating, listing or deleting an ArrivalTimePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one ArrivalTimePostProcessing object. An ArrivalTimePostProcessing resource is created with an empty POST.  Three conditions are validated when creating an resource: - The simulation may not already have an ArrivalTimePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.
     */
    simulationsResultsPostProcessingLizardArrivalCreateRaw(requestParameters: SimulationsResultsPostProcessingLizardArrivalCreateRequest): Promise<runtime.ApiResponse<ArrivalTimePostProcessing>>;
    /**
     * A Custom ViewSet for creating, listing or deleting an ArrivalTimePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one ArrivalTimePostProcessing object. An ArrivalTimePostProcessing resource is created with an empty POST.  Three conditions are validated when creating an resource: - The simulation may not already have an ArrivalTimePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.
     */
    simulationsResultsPostProcessingLizardArrivalCreate(requestParameters: SimulationsResultsPostProcessingLizardArrivalCreateRequest): Promise<ArrivalTimePostProcessing>;
    /**
     * A Custom ViewSet for creating, listing or deleting an ArrivalTimePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one ArrivalTimePostProcessing object. An ArrivalTimePostProcessing resource is created with an empty POST.  Three conditions are validated when creating an resource: - The simulation may not already have an ArrivalTimePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.
     */
    simulationsResultsPostProcessingLizardArrivalDeleteRaw(requestParameters: SimulationsResultsPostProcessingLizardArrivalDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A Custom ViewSet for creating, listing or deleting an ArrivalTimePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one ArrivalTimePostProcessing object. An ArrivalTimePostProcessing resource is created with an empty POST.  Three conditions are validated when creating an resource: - The simulation may not already have an ArrivalTimePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.
     */
    simulationsResultsPostProcessingLizardArrivalDelete(requestParameters: SimulationsResultsPostProcessingLizardArrivalDeleteRequest): Promise<void>;
    /**
     * A Custom ViewSet for creating, listing or deleting an ArrivalTimePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one ArrivalTimePostProcessing object. An ArrivalTimePostProcessing resource is created with an empty POST.  Three conditions are validated when creating an resource: - The simulation may not already have an ArrivalTimePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.
     */
    simulationsResultsPostProcessingLizardArrivalListRaw(requestParameters: SimulationsResultsPostProcessingLizardArrivalListRequest): Promise<runtime.ApiResponse<ArrivalTimePostProcessing>>;
    /**
     * A Custom ViewSet for creating, listing or deleting an ArrivalTimePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one ArrivalTimePostProcessing object. An ArrivalTimePostProcessing resource is created with an empty POST.  Three conditions are validated when creating an resource: - The simulation may not already have an ArrivalTimePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.
     */
    simulationsResultsPostProcessingLizardArrivalList(requestParameters: SimulationsResultsPostProcessingLizardArrivalListRequest): Promise<ArrivalTimePostProcessing>;
    /**
     * A Custom ViewSet for creating, listing or deleting a BasicPostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a BasicPostProcessing resource. - Lizard may not already have been triggered to processing this simulation. - The Simulation must hold a \'dem_raw_file\' in case parameter \'process_basic_results\' is True.  The ``scenario_name`` parameter is optional (max 50 chars). If not provided it becomes an empty string.  THe ``result_uuid`` can be defined for e.g. operational models. Defaults to an uuid4 if not provided.  If ``process_basic_results`` (boolean) is False then: - It is not possible to have ArrivalTimePostProcessing and DamagePostProcessing. - Only raw_results (.nc, .log, etc) are uploaded to Lizard.  If ``process_basic_results`` (boolean) is True then: - It is possible to have ArrivalTimePostProcessing and DamagePostProcessing. - raw_results are uploaded to Lizard and additional WMS layers are available on Lizard.  Payload example ``` {     \"scenario_name\": \"my_scenario_name\",     \"process_basic_results\": True, } ```
     */
    simulationsResultsPostProcessingLizardBasicCreateRaw(requestParameters: SimulationsResultsPostProcessingLizardBasicCreateRequest): Promise<runtime.ApiResponse<BasicPostProcessing>>;
    /**
     * A Custom ViewSet for creating, listing or deleting a BasicPostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a BasicPostProcessing resource. - Lizard may not already have been triggered to processing this simulation. - The Simulation must hold a \'dem_raw_file\' in case parameter \'process_basic_results\' is True.  The ``scenario_name`` parameter is optional (max 50 chars). If not provided it becomes an empty string.  THe ``result_uuid`` can be defined for e.g. operational models. Defaults to an uuid4 if not provided.  If ``process_basic_results`` (boolean) is False then: - It is not possible to have ArrivalTimePostProcessing and DamagePostProcessing. - Only raw_results (.nc, .log, etc) are uploaded to Lizard.  If ``process_basic_results`` (boolean) is True then: - It is possible to have ArrivalTimePostProcessing and DamagePostProcessing. - raw_results are uploaded to Lizard and additional WMS layers are available on Lizard.  Payload example ``` {     \"scenario_name\": \"my_scenario_name\",     \"process_basic_results\": True, } ```
     */
    simulationsResultsPostProcessingLizardBasicCreate(requestParameters: SimulationsResultsPostProcessingLizardBasicCreateRequest): Promise<BasicPostProcessing>;
    /**
     * A Custom ViewSet for creating, listing or deleting a BasicPostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a BasicPostProcessing resource. - Lizard may not already have been triggered to processing this simulation. - The Simulation must hold a \'dem_raw_file\' in case parameter \'process_basic_results\' is True.  The ``scenario_name`` parameter is optional (max 50 chars). If not provided it becomes an empty string.  THe ``result_uuid`` can be defined for e.g. operational models. Defaults to an uuid4 if not provided.  If ``process_basic_results`` (boolean) is False then: - It is not possible to have ArrivalTimePostProcessing and DamagePostProcessing. - Only raw_results (.nc, .log, etc) are uploaded to Lizard.  If ``process_basic_results`` (boolean) is True then: - It is possible to have ArrivalTimePostProcessing and DamagePostProcessing. - raw_results are uploaded to Lizard and additional WMS layers are available on Lizard.  Payload example ``` {     \"scenario_name\": \"my_scenario_name\",     \"process_basic_results\": True, } ```
     */
    simulationsResultsPostProcessingLizardBasicDeleteRaw(requestParameters: SimulationsResultsPostProcessingLizardBasicDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A Custom ViewSet for creating, listing or deleting a BasicPostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a BasicPostProcessing resource. - Lizard may not already have been triggered to processing this simulation. - The Simulation must hold a \'dem_raw_file\' in case parameter \'process_basic_results\' is True.  The ``scenario_name`` parameter is optional (max 50 chars). If not provided it becomes an empty string.  THe ``result_uuid`` can be defined for e.g. operational models. Defaults to an uuid4 if not provided.  If ``process_basic_results`` (boolean) is False then: - It is not possible to have ArrivalTimePostProcessing and DamagePostProcessing. - Only raw_results (.nc, .log, etc) are uploaded to Lizard.  If ``process_basic_results`` (boolean) is True then: - It is possible to have ArrivalTimePostProcessing and DamagePostProcessing. - raw_results are uploaded to Lizard and additional WMS layers are available on Lizard.  Payload example ``` {     \"scenario_name\": \"my_scenario_name\",     \"process_basic_results\": True, } ```
     */
    simulationsResultsPostProcessingLizardBasicDelete(requestParameters: SimulationsResultsPostProcessingLizardBasicDeleteRequest): Promise<void>;
    /**
     * A Custom ViewSet for creating, listing or deleting a BasicPostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a BasicPostProcessing resource. - Lizard may not already have been triggered to processing this simulation. - The Simulation must hold a \'dem_raw_file\' in case parameter \'process_basic_results\' is True.  The ``scenario_name`` parameter is optional (max 50 chars). If not provided it becomes an empty string.  THe ``result_uuid`` can be defined for e.g. operational models. Defaults to an uuid4 if not provided.  If ``process_basic_results`` (boolean) is False then: - It is not possible to have ArrivalTimePostProcessing and DamagePostProcessing. - Only raw_results (.nc, .log, etc) are uploaded to Lizard.  If ``process_basic_results`` (boolean) is True then: - It is possible to have ArrivalTimePostProcessing and DamagePostProcessing. - raw_results are uploaded to Lizard and additional WMS layers are available on Lizard.  Payload example ``` {     \"scenario_name\": \"my_scenario_name\",     \"process_basic_results\": True, } ```
     */
    simulationsResultsPostProcessingLizardBasicListRaw(requestParameters: SimulationsResultsPostProcessingLizardBasicListRequest): Promise<runtime.ApiResponse<BasicPostProcessing>>;
    /**
     * A Custom ViewSet for creating, listing or deleting a BasicPostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a BasicPostProcessing resource. - Lizard may not already have been triggered to processing this simulation. - The Simulation must hold a \'dem_raw_file\' in case parameter \'process_basic_results\' is True.  The ``scenario_name`` parameter is optional (max 50 chars). If not provided it becomes an empty string.  THe ``result_uuid`` can be defined for e.g. operational models. Defaults to an uuid4 if not provided.  If ``process_basic_results`` (boolean) is False then: - It is not possible to have ArrivalTimePostProcessing and DamagePostProcessing. - Only raw_results (.nc, .log, etc) are uploaded to Lizard.  If ``process_basic_results`` (boolean) is True then: - It is possible to have ArrivalTimePostProcessing and DamagePostProcessing. - raw_results are uploaded to Lizard and additional WMS layers are available on Lizard.  Payload example ``` {     \"scenario_name\": \"my_scenario_name\",     \"process_basic_results\": True, } ```
     */
    simulationsResultsPostProcessingLizardBasicList(requestParameters: SimulationsResultsPostProcessingLizardBasicListRequest): Promise<BasicPostProcessing>;
    /**
     * A Custom ViewSet for creating, listing or deleting a DamagePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a DamagePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.  The ``cost_type`` parameter choices are: \'min\', \'avg\', \'max\'.  The ``flood_month`` parameter choices are: \'jan\', \'feb\', etc  The ``inundation_period`` parameter is ime in hours (float), min_value=1.0  The ``repair_time_infrastructure`` parameter is time in hours (integer), min_value=1, max_value=240  The ``repair_time_buildings`` parameter is time in hours (integer), min_value=1, max_value=240  Payload example ``` {     \"cost_type\": \"min\",     \"flood_month\": \"jan\",     \"inundation_period\": 12.0,     \"repair_time_infrastructure\": 120,     \"repair_time_buildings\": 240 } ```
     */
    simulationsResultsPostProcessingLizardDamageCreateRaw(requestParameters: SimulationsResultsPostProcessingLizardDamageCreateRequest): Promise<runtime.ApiResponse<DamagePostProcessing>>;
    /**
     * A Custom ViewSet for creating, listing or deleting a DamagePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a DamagePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.  The ``cost_type`` parameter choices are: \'min\', \'avg\', \'max\'.  The ``flood_month`` parameter choices are: \'jan\', \'feb\', etc  The ``inundation_period`` parameter is ime in hours (float), min_value=1.0  The ``repair_time_infrastructure`` parameter is time in hours (integer), min_value=1, max_value=240  The ``repair_time_buildings`` parameter is time in hours (integer), min_value=1, max_value=240  Payload example ``` {     \"cost_type\": \"min\",     \"flood_month\": \"jan\",     \"inundation_period\": 12.0,     \"repair_time_infrastructure\": 120,     \"repair_time_buildings\": 240 } ```
     */
    simulationsResultsPostProcessingLizardDamageCreate(requestParameters: SimulationsResultsPostProcessingLizardDamageCreateRequest): Promise<DamagePostProcessing>;
    /**
     * A Custom ViewSet for creating, listing or deleting a DamagePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a DamagePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.  The ``cost_type`` parameter choices are: \'min\', \'avg\', \'max\'.  The ``flood_month`` parameter choices are: \'jan\', \'feb\', etc  The ``inundation_period`` parameter is ime in hours (float), min_value=1.0  The ``repair_time_infrastructure`` parameter is time in hours (integer), min_value=1, max_value=240  The ``repair_time_buildings`` parameter is time in hours (integer), min_value=1, max_value=240  Payload example ``` {     \"cost_type\": \"min\",     \"flood_month\": \"jan\",     \"inundation_period\": 12.0,     \"repair_time_infrastructure\": 120,     \"repair_time_buildings\": 240 } ```
     */
    simulationsResultsPostProcessingLizardDamageDeleteRaw(requestParameters: SimulationsResultsPostProcessingLizardDamageDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A Custom ViewSet for creating, listing or deleting a DamagePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a DamagePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.  The ``cost_type`` parameter choices are: \'min\', \'avg\', \'max\'.  The ``flood_month`` parameter choices are: \'jan\', \'feb\', etc  The ``inundation_period`` parameter is ime in hours (float), min_value=1.0  The ``repair_time_infrastructure`` parameter is time in hours (integer), min_value=1, max_value=240  The ``repair_time_buildings`` parameter is time in hours (integer), min_value=1, max_value=240  Payload example ``` {     \"cost_type\": \"min\",     \"flood_month\": \"jan\",     \"inundation_period\": 12.0,     \"repair_time_infrastructure\": 120,     \"repair_time_buildings\": 240 } ```
     */
    simulationsResultsPostProcessingLizardDamageDelete(requestParameters: SimulationsResultsPostProcessingLizardDamageDeleteRequest): Promise<void>;
    /**
     * A Custom ViewSet for creating, listing or deleting a DamagePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a DamagePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.  The ``cost_type`` parameter choices are: \'min\', \'avg\', \'max\'.  The ``flood_month`` parameter choices are: \'jan\', \'feb\', etc  The ``inundation_period`` parameter is ime in hours (float), min_value=1.0  The ``repair_time_infrastructure`` parameter is time in hours (integer), min_value=1, max_value=240  The ``repair_time_buildings`` parameter is time in hours (integer), min_value=1, max_value=240  Payload example ``` {     \"cost_type\": \"min\",     \"flood_month\": \"jan\",     \"inundation_period\": 12.0,     \"repair_time_infrastructure\": 120,     \"repair_time_buildings\": 240 } ```
     */
    simulationsResultsPostProcessingLizardDamageListRaw(requestParameters: SimulationsResultsPostProcessingLizardDamageListRequest): Promise<runtime.ApiResponse<DamagePostProcessing>>;
    /**
     * A Custom ViewSet for creating, listing or deleting a DamagePostProcessing resource. It includes a custom destroy action (with detail=False) as a BasicPostProcessing object can have only one DamagePostProcessing object.  Three conditions are validated when creating an resource: - The simulation may not already have a DamagePostProcessing resource. - The simulation must have a BasicPostProcessing resource with \'process_basic_results\'=True. - Lizard may not already have been triggered to processing this simulation.  The ``cost_type`` parameter choices are: \'min\', \'avg\', \'max\'.  The ``flood_month`` parameter choices are: \'jan\', \'feb\', etc  The ``inundation_period`` parameter is ime in hours (float), min_value=1.0  The ``repair_time_infrastructure`` parameter is time in hours (integer), min_value=1, max_value=240  The ``repair_time_buildings`` parameter is time in hours (integer), min_value=1, max_value=240  Payload example ``` {     \"cost_type\": \"min\",     \"flood_month\": \"jan\",     \"inundation_period\": 12.0,     \"repair_time_infrastructure\": 120,     \"repair_time_buildings\": 240 } ```
     */
    simulationsResultsPostProcessingLizardDamageList(requestParameters: SimulationsResultsPostProcessingLizardDamageListRequest): Promise<DamagePostProcessing>;
    /**
     * Custom list that provides overview of post-processing configuration. Below a format specification is provided. All keys always exists, regardless post-processing config:  ``` {   \"username\": str,   \"external_user_id\": Optional[str],   \"metadata_version\": float,   \"start_time_sim\": datetime (UTC),   \"end_time_sim\": datetime (UTC),   \"results\": {     \"basic\": bool,     \"damage_estimation\": bool,     \"arrival_time\": bool   },   \"settings\": {     \"damage_estimation\": {         \"damage_table\": str,         \"elevation_raster_uuid\": str,         \"landcover_raster_uuid\": str,         \"road_rail_raster_uuid\": str,         \"cost_type\": int,         \"flood_month\": int,         \"inundation_period\": int,         \"repair_time_infrastructure\": int,         \"repair_time_buildings\": int         },   },   \"model_name\": str, (=threedimodel_slug)   \"simulation_name\": str, (=simulation_slug)   \"scenario_name\": str,   \"model_id\": int,   \"model_revision_id\": str,   \"email\": str,   \"result_uuid\": str,   \"organisation_uuid\": str,   \"simulation\": int } ```
     */
    simulationsResultsPostProcessingLizardOverviewListRaw(requestParameters: SimulationsResultsPostProcessingLizardOverviewListRequest): Promise<runtime.ApiResponse<PostProcessingOverview>>;
    /**
     * Custom list that provides overview of post-processing configuration. Below a format specification is provided. All keys always exists, regardless post-processing config:  ``` {   \"username\": str,   \"external_user_id\": Optional[str],   \"metadata_version\": float,   \"start_time_sim\": datetime (UTC),   \"end_time_sim\": datetime (UTC),   \"results\": {     \"basic\": bool,     \"damage_estimation\": bool,     \"arrival_time\": bool   },   \"settings\": {     \"damage_estimation\": {         \"damage_table\": str,         \"elevation_raster_uuid\": str,         \"landcover_raster_uuid\": str,         \"road_rail_raster_uuid\": str,         \"cost_type\": int,         \"flood_month\": int,         \"inundation_period\": int,         \"repair_time_infrastructure\": int,         \"repair_time_buildings\": int         },   },   \"model_name\": str, (=threedimodel_slug)   \"simulation_name\": str, (=simulation_slug)   \"scenario_name\": str,   \"model_id\": int,   \"model_revision_id\": str,   \"email\": str,   \"result_uuid\": str,   \"organisation_uuid\": str,   \"simulation\": int } ```
     */
    simulationsResultsPostProcessingLizardOverviewList(requestParameters: SimulationsResultsPostProcessingLizardOverviewListRequest): Promise<PostProcessingOverview>;
    /**
     * Empty post to start Lizard post-processing for one Simulation result.
     */
    simulationsResultsPostProcessingLizardStartCreateRaw(requestParameters: SimulationsResultsPostProcessingLizardStartCreateRequest): Promise<runtime.ApiResponse<object>>;
    /**
     * Empty post to start Lizard post-processing for one Simulation result.
     */
    simulationsResultsPostProcessingLizardStartCreate(requestParameters: SimulationsResultsPostProcessingLizardStartCreateRequest): Promise<object>;
    /**
     * Will only re-trigger the post-processing if the post-processing status is in `archiving_failed`.
     * Retry the Lizard post-processing
     */
    simulationsResultsPostProcessingLizardStartRetryRaw(requestParameters: SimulationsResultsPostProcessingLizardStartRetryRequest): Promise<runtime.ApiResponse<object>>;
    /**
     * Will only re-trigger the post-processing if the post-processing status is in `archiving_failed`.
     * Retry the Lizard post-processing
     */
    simulationsResultsPostProcessingLizardStartRetry(requestParameters: SimulationsResultsPostProcessingLizardStartRetryRequest): Promise<object>;
    /**
     * Endpoint to keep track of post-processing status (done by Lizard) per Simulation result. Status is updated internal by 3Di, and once processing starts it is updated by Lizard backend.
     */
    simulationsResultsPostProcessingLizardStatusCreateRaw(requestParameters: SimulationsResultsPostProcessingLizardStatusCreateRequest): Promise<runtime.ApiResponse<PostProcessingStatus>>;
    /**
     * Endpoint to keep track of post-processing status (done by Lizard) per Simulation result. Status is updated internal by 3Di, and once processing starts it is updated by Lizard backend.
     */
    simulationsResultsPostProcessingLizardStatusCreate(requestParameters: SimulationsResultsPostProcessingLizardStatusCreateRequest): Promise<PostProcessingStatus>;
    /**
     * Endpoint to keep track of post-processing status (done by Lizard) per Simulation result. Status is updated internal by 3Di, and once processing starts it is updated by Lizard backend.
     */
    simulationsResultsPostProcessingLizardStatusDeleteRaw(requestParameters: SimulationsResultsPostProcessingLizardStatusDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Endpoint to keep track of post-processing status (done by Lizard) per Simulation result. Status is updated internal by 3Di, and once processing starts it is updated by Lizard backend.
     */
    simulationsResultsPostProcessingLizardStatusDelete(requestParameters: SimulationsResultsPostProcessingLizardStatusDeleteRequest): Promise<void>;
    /**
     */
    simulationsResultsPostProcessingLizardStatusHistoryListRaw(requestParameters: SimulationsResultsPostProcessingLizardStatusHistoryListRequest): Promise<runtime.ApiResponse<InlineResponse20061>>;
    /**
     */
    simulationsResultsPostProcessingLizardStatusHistoryList(requestParameters: SimulationsResultsPostProcessingLizardStatusHistoryListRequest): Promise<InlineResponse20061>;
    /**
     * Show the latest post-processing status of one simulation.
     */
    simulationsResultsPostProcessingLizardStatusListRaw(requestParameters: SimulationsResultsPostProcessingLizardStatusListRequest): Promise<runtime.ApiResponse<PostProcessingStatus>>;
    /**
     * Show the latest post-processing status of one simulation.
     */
    simulationsResultsPostProcessingLizardStatusList(requestParameters: SimulationsResultsPostProcessingLizardStatusListRequest): Promise<PostProcessingStatus>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationCreateRaw(requestParameters: SimulationsSettingsAggregationCreateRequest): Promise<runtime.ApiResponse<AggregationSettings>>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationCreate(requestParameters: SimulationsSettingsAggregationCreateRequest): Promise<AggregationSettings>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationDeleteRaw(requestParameters: SimulationsSettingsAggregationDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationDelete(requestParameters: SimulationsSettingsAggregationDeleteRequest): Promise<void>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationListRaw(requestParameters: SimulationsSettingsAggregationListRequest): Promise<runtime.ApiResponse<InlineResponse20062>>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationList(requestParameters: SimulationsSettingsAggregationListRequest): Promise<InlineResponse20062>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationPartialUpdateRaw(requestParameters: SimulationsSettingsAggregationPartialUpdateRequest): Promise<runtime.ApiResponse<AggregationSettings>>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationPartialUpdate(requestParameters: SimulationsSettingsAggregationPartialUpdateRequest): Promise<AggregationSettings>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationReadRaw(requestParameters: SimulationsSettingsAggregationReadRequest): Promise<runtime.ApiResponse<AggregationSettings>>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationRead(requestParameters: SimulationsSettingsAggregationReadRequest): Promise<AggregationSettings>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationUpdateRaw(requestParameters: SimulationsSettingsAggregationUpdateRequest): Promise<runtime.ApiResponse<AggregationSettings>>;
    /**
     * For a consistent water balance often the results of various snap shots - as provided by the results_3di.nc file - are not enough. Especially in case of an time step setting that is larger than the computational time step. For this purpose, an aggregated results file is available called aggregate_results_3di.nc. The structure of the file is very similar to the other result file. Each Mesh variable (s1, u1, etc.) described in the results section can be aggregated.
     * Simulation aggregation settings.
     */
    simulationsSettingsAggregationUpdate(requestParameters: SimulationsSettingsAggregationUpdateRequest): Promise<AggregationSettings>;
    /**
     * create a numerical settings resource
     */
    simulationsSettingsNumericalCreateRaw(requestParameters: SimulationsSettingsNumericalCreateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * create a numerical settings resource
     */
    simulationsSettingsNumericalCreate(requestParameters: SimulationsSettingsNumericalCreateRequest): Promise<void>;
    /**
     * delete the numerical settings resource
     */
    simulationsSettingsNumericalDeleteRaw(requestParameters: SimulationsSettingsNumericalDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * delete the numerical settings resource
     */
    simulationsSettingsNumericalDelete(requestParameters: SimulationsSettingsNumericalDeleteRequest): Promise<void>;
    /**
     * update the numerical settings resource
     */
    simulationsSettingsNumericalPartialUpdateRaw(requestParameters: SimulationsSettingsNumericalPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * update the numerical settings resource
     */
    simulationsSettingsNumericalPartialUpdate(requestParameters: SimulationsSettingsNumericalPartialUpdateRequest): Promise<void>;
    /**
     * update the numerical settings resource
     */
    simulationsSettingsNumericalUpdateRaw(requestParameters: SimulationsSettingsNumericalUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * update the numerical settings resource
     */
    simulationsSettingsNumericalUpdate(requestParameters: SimulationsSettingsNumericalUpdateRequest): Promise<void>;
    /**
     * Overview of the the simulation settings.
     */
    simulationsSettingsOverviewRaw(requestParameters: SimulationsSettingsOverviewRequest): Promise<runtime.ApiResponse<SimulationSettingsOverview>>;
    /**
     * Overview of the the simulation settings.
     */
    simulationsSettingsOverview(requestParameters: SimulationsSettingsOverviewRequest): Promise<SimulationSettingsOverview>;
    /**
     * Create a general settings resource.
     */
    simulationsSettingsPhysicalCreateRaw(requestParameters: SimulationsSettingsPhysicalCreateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Create a general settings resource.
     */
    simulationsSettingsPhysicalCreate(requestParameters: SimulationsSettingsPhysicalCreateRequest): Promise<void>;
    /**
     * Delete the general settings resource.
     */
    simulationsSettingsPhysicalDeleteRaw(requestParameters: SimulationsSettingsPhysicalDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Delete the general settings resource.
     */
    simulationsSettingsPhysicalDelete(requestParameters: SimulationsSettingsPhysicalDeleteRequest): Promise<void>;
    /**
     * Update the general settings resource.
     */
    simulationsSettingsPhysicalPartialUpdateRaw(requestParameters: SimulationsSettingsPhysicalPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Update the general settings resource.
     */
    simulationsSettingsPhysicalPartialUpdate(requestParameters: SimulationsSettingsPhysicalPartialUpdateRequest): Promise<void>;
    /**
     * Update the general settings resource.
     */
    simulationsSettingsPhysicalUpdateRaw(requestParameters: SimulationsSettingsPhysicalUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Update the general settings resource.
     */
    simulationsSettingsPhysicalUpdate(requestParameters: SimulationsSettingsPhysicalUpdateRequest): Promise<void>;
    /**
     * create a time step settings resource
     */
    simulationsSettingsTimeStepCreateRaw(requestParameters: SimulationsSettingsTimeStepCreateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * create a time step settings resource
     */
    simulationsSettingsTimeStepCreate(requestParameters: SimulationsSettingsTimeStepCreateRequest): Promise<void>;
    /**
     * delete the time step settings resource
     */
    simulationsSettingsTimeStepDeleteRaw(requestParameters: SimulationsSettingsTimeStepDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * delete the time step settings resource
     */
    simulationsSettingsTimeStepDelete(requestParameters: SimulationsSettingsTimeStepDeleteRequest): Promise<void>;
    /**
     * update the time step settings resource
     */
    simulationsSettingsTimeStepPartialUpdateRaw(requestParameters: SimulationsSettingsTimeStepPartialUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * update the time step settings resource
     */
    simulationsSettingsTimeStepPartialUpdate(requestParameters: SimulationsSettingsTimeStepPartialUpdateRequest): Promise<void>;
    /**
     * update the time step settings resource
     */
    simulationsSettingsTimeStepUpdateRaw(requestParameters: SimulationsSettingsTimeStepUpdateRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * update the time step settings resource
     */
    simulationsSettingsTimeStepUpdate(requestParameters: SimulationsSettingsTimeStepUpdateRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusCreateRaw(requestParameters: SimulationsStatusCreateRequest): Promise<runtime.ApiResponse<SimulationStatus>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusCreate(requestParameters: SimulationsStatusCreateRequest): Promise<SimulationStatus>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusDeleteRaw(requestParameters: SimulationsStatusDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusDelete(requestParameters: SimulationsStatusDeleteRequest): Promise<void>;
    /**
     */
    simulationsStatusHistoryListRaw(requestParameters: SimulationsStatusHistoryListRequest): Promise<runtime.ApiResponse<InlineResponse20063>>;
    /**
     */
    simulationsStatusHistoryList(requestParameters: SimulationsStatusHistoryListRequest): Promise<InlineResponse20063>;
    /**
     */
    simulationsStatusHistoryReadRaw(requestParameters: SimulationsStatusHistoryReadRequest): Promise<runtime.ApiResponse<SimulationStatus>>;
    /**
     */
    simulationsStatusHistoryRead(requestParameters: SimulationsStatusHistoryReadRequest): Promise<SimulationStatus>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusListRaw(requestParameters: SimulationsStatusListRequest): Promise<runtime.ApiResponse<CurrentStatus>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusList(requestParameters: SimulationsStatusListRequest): Promise<CurrentStatus>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusPartialUpdateRaw(requestParameters: SimulationsStatusPartialUpdateRequest): Promise<runtime.ApiResponse<SimulationStatus>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusPartialUpdate(requestParameters: SimulationsStatusPartialUpdateRequest): Promise<SimulationStatus>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusPatchRaw(requestParameters: SimulationsStatusPatchRequest): Promise<runtime.ApiResponse<SimulationStatus>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusPatch(requestParameters: SimulationsStatusPatchRequest): Promise<SimulationStatus>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusUpdateRaw(requestParameters: SimulationsStatusUpdateRequest): Promise<runtime.ApiResponse<SimulationStatus>>;
    /**
     * A simple ViewSet for viewing simulations
     */
    simulationsStatusUpdate(requestParameters: SimulationsStatusUpdateRequest): Promise<SimulationStatus>;
    /**
     */
    simulationsUpdateRaw(requestParameters: SimulationsUpdateRequest): Promise<runtime.ApiResponse<SimulationUpdate>>;
    /**
     */
    simulationsUpdate(requestParameters: SimulationsUpdateRequest): Promise<SimulationUpdate>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp, breach_width, breach_depth, q (discharge), au (wet cross-sectional area) as float32 data.  The values are alternated like: [timestamp, breach_width, breach_depth, q, au ...  timestamp_N, breach_width_N, breach_depth_N, q_N, au_N]
     * Get a websocket URL returning breaches (graph) data
     */
    simulationsVisualisationsBreachGraphCreateRaw(requestParameters: SimulationsVisualisationsBreachGraphCreateRequest): Promise<runtime.ApiResponse<BreachGraph>>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp, breach_width, breach_depth, q (discharge), au (wet cross-sectional area) as float32 data.  The values are alternated like: [timestamp, breach_width, breach_depth, q, au ...  timestamp_N, breach_width_N, breach_depth_N, q_N, au_N]
     * Get a websocket URL returning breaches (graph) data
     */
    simulationsVisualisationsBreachGraphCreate(requestParameters: SimulationsVisualisationsBreachGraphCreateRequest): Promise<BreachGraph>;
    /**
     */
    simulationsVisualisationsProfileListRaw(requestParameters: SimulationsVisualisationsProfileListRequest): Promise<runtime.ApiResponse<Profile>>;
    /**
     */
    simulationsVisualisationsProfileList(requestParameters: SimulationsVisualisationsProfileListRequest): Promise<Profile>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp, q_pump (discharge) float32 data. The values are alternated like: [timestamp, q_pump, timestamp_2, q_pump_2... timestamp_N, q_pump_N]
     * Get a websocket URL returning pump discharge (graph) data
     */
    simulationsVisualisationsPumpDischargeGraphCreateRaw(requestParameters: SimulationsVisualisationsPumpDischargeGraphCreateRequest): Promise<runtime.ApiResponse<PumpDischargeGraph>>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp, q_pump (discharge) float32 data. The values are alternated like: [timestamp, q_pump, timestamp_2, q_pump_2... timestamp_N, q_pump_N]
     * Get a websocket URL returning pump discharge (graph) data
     */
    simulationsVisualisationsPumpDischargeGraphCreate(requestParameters: SimulationsVisualisationsPumpDischargeGraphCreateRequest): Promise<PumpDischargeGraph>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp and rain float32 data. The values are alternated like: [timestamp, rain, timestamp_2, rain_2... timestamp_N, rain_N]
     * Get a websocket URL returning node rain (graph) data.
     */
    simulationsVisualisationsRainGraphCreateRaw(requestParameters: SimulationsVisualisationsRainGraphCreateRequest): Promise<runtime.ApiResponse<RainGraph>>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp and rain float32 data. The values are alternated like: [timestamp, rain, timestamp_2, rain_2... timestamp_N, rain_N]
     * Get a websocket URL returning node rain (graph) data.
     */
    simulationsVisualisationsRainGraphCreate(requestParameters: SimulationsVisualisationsRainGraphCreateRequest): Promise<RainGraph>;
    /**
     */
    simulationsVisualisationsTmsListRaw(requestParameters: SimulationsVisualisationsTmsListRequest): Promise<runtime.ApiResponse<TMS>>;
    /**
     */
    simulationsVisualisationsTmsList(requestParameters: SimulationsVisualisationsTmsListRequest): Promise<TMS>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp, u1 (velocity), q (discharge) float32 data. The values are alternated like: [timestamp, u1, q, timestamp_2, u1_2, q_2... timestamp_N, u1_N, q_N]
     * Get a websocket URL returning line flow (graph) data.
     */
    simulationsVisualisationsWaterFlowGraphCreateRaw(requestParameters: SimulationsVisualisationsWaterFlowGraphCreateRequest): Promise<runtime.ApiResponse<WaterGraph>>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp, u1 (velocity), q (discharge) float32 data. The values are alternated like: [timestamp, u1, q, timestamp_2, u1_2, q_2... timestamp_N, u1_N, q_N]
     * Get a websocket URL returning line flow (graph) data.
     */
    simulationsVisualisationsWaterFlowGraphCreate(requestParameters: SimulationsVisualisationsWaterFlowGraphCreateRequest): Promise<WaterGraph>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp and waterlevel float32 data. The values are alternated like: [timestamp, s1, timestamp_2, s1_2... timestamp_N, s1_N]
     * Get a websocket URL returning node waterlevel (graph) data.
     */
    simulationsVisualisationsWaterLevelGraphCreateRaw(requestParameters: SimulationsVisualisationsWaterLevelGraphCreateRequest): Promise<runtime.ApiResponse<WaterGraph>>;
    /**
     * The websocket-url in the response returns binary data messages consisting of timestamp and waterlevel float32 data. The values are alternated like: [timestamp, s1, timestamp_2, s1_2... timestamp_N, s1_N]
     * Get a websocket URL returning node waterlevel (graph) data.
     */
    simulationsVisualisationsWaterLevelGraphCreate(requestParameters: SimulationsVisualisationsWaterLevelGraphCreateRequest): Promise<WaterGraph>;
    /**
     * The websocket returns binary data messages consisting of timestep and waterlevel float32 values in one message like: timestep, waterlevel, waterlevel, waterlevel, waterlevel  Groundwater waterlevel values are automatically added (after open water) if groundwater is present. The returned waterlevel values have length \'points_limit\' * 2 in this case.
     * Get a websocket URL returning waterlevel profile data.
     */
    simulationsVisualisationsWaterLevelProfileCreateRaw(requestParameters: SimulationsVisualisationsWaterLevelProfileCreateRequest): Promise<runtime.ApiResponse<WaterLevelProfile>>;
    /**
     * The websocket returns binary data messages consisting of timestep and waterlevel float32 values in one message like: timestep, waterlevel, waterlevel, waterlevel, waterlevel  Groundwater waterlevel values are automatically added (after open water) if groundwater is present. The returned waterlevel values have length \'points_limit\' * 2 in this case.
     * Get a websocket URL returning waterlevel profile data.
     */
    simulationsVisualisationsWaterLevelProfileCreate(requestParameters: SimulationsVisualisationsWaterLevelProfileCreateRequest): Promise<WaterLevelProfile>;
    /**
     */
    simulationsVisualisationsWaterdepthListRaw(requestParameters: SimulationsVisualisationsWaterdepthListRequest): Promise<runtime.ApiResponse<Waterdepth>>;
    /**
     */
    simulationsVisualisationsWaterdepthList(requestParameters: SimulationsVisualisationsWaterdepthListRequest): Promise<Waterdepth>;
    /**
     * List active websocket connections for a given simulation
     */
    simulationsWebsocketsListRaw(requestParameters: SimulationsWebsocketsListRequest): Promise<runtime.ApiResponse<InlineResponse20064>>;
    /**
     * List active websocket connections for a given simulation
     */
    simulationsWebsocketsList(requestParameters: SimulationsWebsocketsListRequest): Promise<InlineResponse20064>;
    /**
     * List all simulations that ever have finished successfully  ``` ?name=finished ```  List all simulations that have finished successfully during the week of the 1988 UEFA European Football Championship ``` ?name=finished&created__date__gte=1988-06-10&created__date__lte=1988-06-25 ```  The `created` field is of type date-time in ISO 8601 (UTC) format. To get all crashed simulations since St Nicolas 2018  ``` ?name=crashed&created__gte=2018-12-05T00:00:00Z ```
     * Show the latest status off all simulations.
     */
    statusesListRaw(requestParameters: StatusesListRequest): Promise<runtime.ApiResponse<InlineResponse20063>>;
    /**
     * List all simulations that ever have finished successfully  ``` ?name=finished ```  List all simulations that have finished successfully during the week of the 1988 UEFA European Football Championship ``` ?name=finished&created__date__gte=1988-06-10&created__date__lte=1988-06-25 ```  The `created` field is of type date-time in ISO 8601 (UTC) format. To get all crashed simulations since St Nicolas 2018  ``` ?name=crashed&created__gte=2018-12-05T00:00:00Z ```
     * Show the latest status off all simulations.
     */
    statusesList(requestParameters: StatusesListRequest): Promise<InlineResponse20063>;
    /**
     */
    statusesReadRaw(requestParameters: StatusesReadRequest): Promise<runtime.ApiResponse<SimulationStatus>>;
    /**
     */
    statusesRead(requestParameters: StatusesReadRequest): Promise<SimulationStatus>;
    /**
     * For example, to get a count of finished simulations in 2020  ``` ?name=finished&created__year=2020
     * Count of (latest/final) simulation statuses. Combine with filters to get your weekly/monthly etc statistics
     */
    statusesStatisticsRaw(requestParameters: StatusesStatisticsRequest): Promise<runtime.ApiResponse<Array<SimulationStatusStatistics>>>;
    /**
     * For example, to get a count of finished simulations in 2020  ``` ?name=finished&created__year=2020
     * Count of (latest/final) simulation statuses. Combine with filters to get your weekly/monthly etc statistics
     */
    statusesStatistics(requestParameters: StatusesStatisticsRequest): Promise<Array<SimulationStatusStatistics>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsCreateRaw(requestParameters: ThreedimodelsBoundaryconditionsCreateRequest): Promise<runtime.ApiResponse<BoundaryCondition>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsCreate(requestParameters: ThreedimodelsBoundaryconditionsCreateRequest): Promise<BoundaryCondition>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsDeleteRaw(requestParameters: ThreedimodelsBoundaryconditionsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsDelete(requestParameters: ThreedimodelsBoundaryconditionsDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsListRaw(requestParameters: ThreedimodelsBoundaryconditionsListRequest): Promise<runtime.ApiResponse<InlineResponse20066>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsList(requestParameters: ThreedimodelsBoundaryconditionsListRequest): Promise<InlineResponse20066>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsPartialUpdateRaw(requestParameters: ThreedimodelsBoundaryconditionsPartialUpdateRequest): Promise<runtime.ApiResponse<BoundaryCondition>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsPartialUpdate(requestParameters: ThreedimodelsBoundaryconditionsPartialUpdateRequest): Promise<BoundaryCondition>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsReadRaw(requestParameters: ThreedimodelsBoundaryconditionsReadRequest): Promise<runtime.ApiResponse<BoundaryCondition>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsRead(requestParameters: ThreedimodelsBoundaryconditionsReadRequest): Promise<BoundaryCondition>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsUpdateRaw(requestParameters: ThreedimodelsBoundaryconditionsUpdateRequest): Promise<runtime.ApiResponse<BoundaryCondition>>;
    /**
     * A simple ViewSet for viewing boundary conditions
     */
    threedimodelsBoundaryconditionsUpdate(requestParameters: ThreedimodelsBoundaryconditionsUpdateRequest): Promise<BoundaryCondition>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsBreachesGeojsonUploadRaw(requestParameters: ThreedimodelsBreachesGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsBreachesGeojsonUpload(requestParameters: ThreedimodelsBreachesGeojsonUploadRequest): Promise<Upload>;
    /**
     */
    threedimodelsBulkPotentialbreachesCreateRaw(requestParameters: ThreedimodelsBulkPotentialbreachesCreateRequest): Promise<runtime.ApiResponse<Array<PotentialBreach>>>;
    /**
     */
    threedimodelsBulkPotentialbreachesCreate(requestParameters: ThreedimodelsBulkPotentialbreachesCreateRequest): Promise<Array<PotentialBreach>>;
    /**
     */
    threedimodelsBulkRastersCreateRaw(requestParameters: ThreedimodelsBulkRastersCreateRequest): Promise<runtime.ApiResponse<Array<Raster>>>;
    /**
     */
    threedimodelsBulkRastersCreate(requestParameters: ThreedimodelsBulkRastersCreateRequest): Promise<Array<Raster>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsCellsGeojsonUploadRaw(requestParameters: ThreedimodelsCellsGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsCellsGeojsonUpload(requestParameters: ThreedimodelsCellsGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsChannelsGeojsonUploadRaw(requestParameters: ThreedimodelsChannelsGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsChannelsGeojsonUpload(requestParameters: ThreedimodelsChannelsGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsCreateRaw(requestParameters: ThreedimodelsCreateRequest): Promise<runtime.ApiResponse<ThreediModel>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsCreate(requestParameters: ThreedimodelsCreateRequest): Promise<ThreediModel>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsCulvertsGeojsonUploadRaw(requestParameters: ThreedimodelsCulvertsGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsCulvertsGeojsonUpload(requestParameters: ThreedimodelsCulvertsGeojsonUploadRequest): Promise<Upload>;
    /**
     * If the model is already disabled and the user is a superuser, delete the threedimodel.
     * Soft-delete the threedimodel (sets disabled to True)
     */
    threedimodelsDeleteRaw(requestParameters: ThreedimodelsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * If the model is already disabled and the user is a superuser, delete the threedimodel.
     * Soft-delete the threedimodel (sets disabled to True)
     */
    threedimodelsDelete(requestParameters: ThreedimodelsDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsFlowlinesGeojsonUploadRaw(requestParameters: ThreedimodelsFlowlinesGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsFlowlinesGeojsonUpload(requestParameters: ThreedimodelsFlowlinesGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonBreachesDownloadRaw(requestParameters: ThreedimodelsGeojsonBreachesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonBreachesDownload(requestParameters: ThreedimodelsGeojsonBreachesDownloadRequest): Promise<Download>;
    /**
     * Note that this is the subset of 2d open_water cells
     */
    threedimodelsGeojsonCellsDownloadRaw(requestParameters: ThreedimodelsGeojsonCellsDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Note that this is the subset of 2d open_water cells
     */
    threedimodelsGeojsonCellsDownload(requestParameters: ThreedimodelsGeojsonCellsDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonChannelsDownloadRaw(requestParameters: ThreedimodelsGeojsonChannelsDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonChannelsDownload(requestParameters: ThreedimodelsGeojsonChannelsDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonCulvertsDownloadRaw(requestParameters: ThreedimodelsGeojsonCulvertsDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonCulvertsDownload(requestParameters: ThreedimodelsGeojsonCulvertsDownloadRequest): Promise<Download>;
    /**
     * Endpoint for downloading geojson file.
     */
    threedimodelsGeojsonDownloadRaw(requestParameters: ThreedimodelsGeojsonDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading geojson file.
     */
    threedimodelsGeojsonDownload(requestParameters: ThreedimodelsGeojsonDownloadRequest): Promise<Download>;
    /**
     * Note that this is a subset of all lines
     */
    threedimodelsGeojsonFlowlinesDownloadRaw(requestParameters: ThreedimodelsGeojsonFlowlinesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Note that this is a subset of all lines
     */
    threedimodelsGeojsonFlowlinesDownload(requestParameters: ThreedimodelsGeojsonFlowlinesDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonLeveesDownloadRaw(requestParameters: ThreedimodelsGeojsonLeveesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonLeveesDownload(requestParameters: ThreedimodelsGeojsonLeveesDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonManholesDownloadRaw(requestParameters: ThreedimodelsGeojsonManholesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonManholesDownload(requestParameters: ThreedimodelsGeojsonManholesDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonOrificesDownloadRaw(requestParameters: ThreedimodelsGeojsonOrificesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonOrificesDownload(requestParameters: ThreedimodelsGeojsonOrificesDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonPipesDownloadRaw(requestParameters: ThreedimodelsGeojsonPipesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonPipesDownload(requestParameters: ThreedimodelsGeojsonPipesDownloadRequest): Promise<Download>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonPumpsDownloadRaw(requestParameters: ThreedimodelsGeojsonPumpsDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonPumpsDownload(requestParameters: ThreedimodelsGeojsonPumpsDownloadRequest): Promise<Download>;
    /**
     * Endpoint for uploading the geojson file Replaces the geojson file if there already exists one.
     */
    threedimodelsGeojsonUploadRaw(requestParameters: ThreedimodelsGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Endpoint for uploading the geojson file Replaces the geojson file if there already exists one.
     */
    threedimodelsGeojsonUpload(requestParameters: ThreedimodelsGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonWeirsDownloadRaw(requestParameters: ThreedimodelsGeojsonWeirsDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsGeojsonWeirsDownload(requestParameters: ThreedimodelsGeojsonWeirsDownloadRequest): Promise<Download>;
    /**
     * Endpoint for downloading files.
     */
    threedimodelsGridadminDownloadRaw(requestParameters: ThreedimodelsGridadminDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    threedimodelsGridadminDownload(requestParameters: ThreedimodelsGridadminDownloadRequest): Promise<Download>;
    /**
     * Replaces the gridadmin if there already exists one.
     * Endpoint for uploading the gridadmin file
     */
    threedimodelsGridadminUploadRaw(requestParameters: ThreedimodelsGridadminUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Replaces the gridadmin if there already exists one.
     * Endpoint for uploading the gridadmin file
     */
    threedimodelsGridadminUpload(requestParameters: ThreedimodelsGridadminUploadRequest): Promise<Upload>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsCreateRaw(requestParameters: ThreedimodelsInitialWaterlevelsCreateRequest): Promise<runtime.ApiResponse<InitialWaterlevel>>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsCreate(requestParameters: ThreedimodelsInitialWaterlevelsCreateRequest): Promise<InitialWaterlevel>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsDeleteRaw(requestParameters: ThreedimodelsInitialWaterlevelsDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsDelete(requestParameters: ThreedimodelsInitialWaterlevelsDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    threedimodelsInitialWaterlevelsDownloadRaw(requestParameters: ThreedimodelsInitialWaterlevelsDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    threedimodelsInitialWaterlevelsDownload(requestParameters: ThreedimodelsInitialWaterlevelsDownloadRequest): Promise<Download>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsListRaw(requestParameters: ThreedimodelsInitialWaterlevelsListRequest): Promise<runtime.ApiResponse<InlineResponse20067>>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsList(requestParameters: ThreedimodelsInitialWaterlevelsListRequest): Promise<InlineResponse20067>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsPartialUpdateRaw(requestParameters: ThreedimodelsInitialWaterlevelsPartialUpdateRequest): Promise<runtime.ApiResponse<InitialWaterlevel>>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsPartialUpdate(requestParameters: ThreedimodelsInitialWaterlevelsPartialUpdateRequest): Promise<InitialWaterlevel>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsReadRaw(requestParameters: ThreedimodelsInitialWaterlevelsReadRequest): Promise<runtime.ApiResponse<InitialWaterlevel>>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsRead(requestParameters: ThreedimodelsInitialWaterlevelsReadRequest): Promise<InitialWaterlevel>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsUpdateRaw(requestParameters: ThreedimodelsInitialWaterlevelsUpdateRequest): Promise<runtime.ApiResponse<InitialWaterlevel>>;
    /**
     * Initial waterlevels are determined for all nodes by aggregating the values in `source_raster` per node using max, min and mean operators. The resulting values are stored in a file linked under `file`.  This file can be inspected using Python (3.7 or higher) using the serializer in the asyncio_rpc package.(pip install asyncio_rpc)       from asyncio_rpc.serialization.msgpack import loadb      data = loadb(binary_file_data)
     */
    threedimodelsInitialWaterlevelsUpdate(requestParameters: ThreedimodelsInitialWaterlevelsUpdateRequest): Promise<InitialWaterlevel>;
    /**
     * Endpoint for uploading a raster.
     */
    threedimodelsInitialWaterlevelsUploadRaw(requestParameters: ThreedimodelsInitialWaterlevelsUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Endpoint for uploading a raster.
     */
    threedimodelsInitialWaterlevelsUpload(requestParameters: ThreedimodelsInitialWaterlevelsUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsLeveesGeojsonUploadRaw(requestParameters: ThreedimodelsLeveesGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsLeveesGeojsonUpload(requestParameters: ThreedimodelsLeveesGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsListRaw(requestParameters: ThreedimodelsListRequest): Promise<runtime.ApiResponse<InlineResponse20065>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsList(requestParameters: ThreedimodelsListRequest): Promise<InlineResponse20065>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsManholesGeojsonUploadRaw(requestParameters: ThreedimodelsManholesGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsManholesGeojsonUpload(requestParameters: ThreedimodelsManholesGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsOrificesGeojsonUploadRaw(requestParameters: ThreedimodelsOrificesGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsOrificesGeojsonUpload(requestParameters: ThreedimodelsOrificesGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsPartialUpdateRaw(requestParameters: ThreedimodelsPartialUpdateRequest): Promise<runtime.ApiResponse<ThreediModel>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsPartialUpdate(requestParameters: ThreedimodelsPartialUpdateRequest): Promise<ThreediModel>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsPipesGeojsonUploadRaw(requestParameters: ThreedimodelsPipesGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsPipesGeojsonUpload(requestParameters: ThreedimodelsPipesGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesCreateRaw(requestParameters: ThreedimodelsPotentialbreachesCreateRequest): Promise<runtime.ApiResponse<PotentialBreach>>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesCreate(requestParameters: ThreedimodelsPotentialbreachesCreateRequest): Promise<PotentialBreach>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesDeleteRaw(requestParameters: ThreedimodelsPotentialbreachesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesDelete(requestParameters: ThreedimodelsPotentialbreachesDeleteRequest): Promise<void>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesListRaw(requestParameters: ThreedimodelsPotentialbreachesListRequest): Promise<runtime.ApiResponse<InlineResponse20068>>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesList(requestParameters: ThreedimodelsPotentialbreachesListRequest): Promise<InlineResponse20068>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesPartialUpdateRaw(requestParameters: ThreedimodelsPotentialbreachesPartialUpdateRequest): Promise<runtime.ApiResponse<PotentialBreach>>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesPartialUpdate(requestParameters: ThreedimodelsPotentialbreachesPartialUpdateRequest): Promise<PotentialBreach>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesReadRaw(requestParameters: ThreedimodelsPotentialbreachesReadRequest): Promise<runtime.ApiResponse<PotentialBreach>>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesRead(requestParameters: ThreedimodelsPotentialbreachesReadRequest): Promise<PotentialBreach>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesUpdateRaw(requestParameters: ThreedimodelsPotentialbreachesUpdateRequest): Promise<runtime.ApiResponse<PotentialBreach>>;
    /**
     * A simple ViewSet for viewing breaches
     */
    threedimodelsPotentialbreachesUpdate(requestParameters: ThreedimodelsPotentialbreachesUpdateRequest): Promise<PotentialBreach>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsPumpsGeojsonUploadRaw(requestParameters: ThreedimodelsPumpsGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsPumpsGeojsonUpload(requestParameters: ThreedimodelsPumpsGeojsonUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsRasterOptionsRaw(requestParameters: ThreedimodelsRasterOptionsRequest): Promise<runtime.ApiResponse<RasterOptions>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsRasterOptions(requestParameters: ThreedimodelsRasterOptionsRequest): Promise<RasterOptions>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersCreateRaw(requestParameters: ThreedimodelsRastersCreateRequest): Promise<runtime.ApiResponse<Raster>>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersCreate(requestParameters: ThreedimodelsRastersCreateRequest): Promise<Raster>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersDeleteRaw(requestParameters: ThreedimodelsRastersDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersDelete(requestParameters: ThreedimodelsRastersDeleteRequest): Promise<void>;
    /**
     * Endpoint for downloading files.
     */
    threedimodelsRastersDownloadRaw(requestParameters: ThreedimodelsRastersDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading files.
     */
    threedimodelsRastersDownload(requestParameters: ThreedimodelsRastersDownloadRequest): Promise<Download>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersListRaw(requestParameters: ThreedimodelsRastersListRequest): Promise<runtime.ApiResponse<InlineResponse20069>>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersList(requestParameters: ThreedimodelsRastersListRequest): Promise<InlineResponse20069>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersPartialUpdateRaw(requestParameters: ThreedimodelsRastersPartialUpdateRequest): Promise<runtime.ApiResponse<Raster>>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersPartialUpdate(requestParameters: ThreedimodelsRastersPartialUpdateRequest): Promise<Raster>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersReadRaw(requestParameters: ThreedimodelsRastersReadRequest): Promise<runtime.ApiResponse<Raster>>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersRead(requestParameters: ThreedimodelsRastersReadRequest): Promise<Raster>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersUpdateRaw(requestParameters: ThreedimodelsRastersUpdateRequest): Promise<runtime.ApiResponse<Raster>>;
    /**
     * View rasters for threedimodel
     */
    threedimodelsRastersUpdate(requestParameters: ThreedimodelsRastersUpdateRequest): Promise<Raster>;
    /**
     * Endpoint for uploading a raster.
     */
    threedimodelsRastersUploadRaw(requestParameters: ThreedimodelsRastersUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Endpoint for uploading a raster.
     */
    threedimodelsRastersUpload(requestParameters: ThreedimodelsRastersUploadRequest): Promise<Upload>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsReadRaw(requestParameters: ThreedimodelsReadRequest): Promise<runtime.ApiResponse<ThreediModel>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsRead(requestParameters: ThreedimodelsReadRequest): Promise<ThreediModel>;
    /**
     * View saved states created for this 3Di model
     */
    threedimodelsSavedStatesDeleteRaw(requestParameters: ThreedimodelsSavedStatesDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * View saved states created for this 3Di model
     */
    threedimodelsSavedStatesDelete(requestParameters: ThreedimodelsSavedStatesDeleteRequest): Promise<void>;
    /**
     * View saved states created for this 3Di model
     */
    threedimodelsSavedStatesListRaw(requestParameters: ThreedimodelsSavedStatesListRequest): Promise<runtime.ApiResponse<InlineResponse20070>>;
    /**
     * View saved states created for this 3Di model
     */
    threedimodelsSavedStatesList(requestParameters: ThreedimodelsSavedStatesListRequest): Promise<InlineResponse20070>;
    /**
     * View saved states created for this 3Di model
     */
    threedimodelsSavedStatesReadRaw(requestParameters: ThreedimodelsSavedStatesReadRequest): Promise<runtime.ApiResponse<ThreediModelSavedState>>;
    /**
     * View saved states created for this 3Di model
     */
    threedimodelsSavedStatesRead(requestParameters: ThreedimodelsSavedStatesReadRequest): Promise<ThreediModelSavedState>;
    /**
     * Endpoint for downloading tables files.
     */
    threedimodelsTablesDownloadRaw(requestParameters: ThreedimodelsTablesDownloadRequest): Promise<runtime.ApiResponse<Download>>;
    /**
     * Endpoint for downloading tables files.
     */
    threedimodelsTablesDownload(requestParameters: ThreedimodelsTablesDownloadRequest): Promise<Download>;
    /**
     * Replaces the tables file if there already exists one.
     * Endpoint for uploading the tables.h5 file
     */
    threedimodelsTablesUploadRaw(requestParameters: ThreedimodelsTablesUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * Replaces the tables file if there already exists one.
     * Endpoint for uploading the tables.h5 file
     */
    threedimodelsTablesUpload(requestParameters: ThreedimodelsTablesUploadRequest): Promise<Upload>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksCreateRaw(requestParameters: ThreedimodelsTasksCreateRequest): Promise<runtime.ApiResponse<ThreediModelTask>>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksCreate(requestParameters: ThreedimodelsTasksCreateRequest): Promise<ThreediModelTask>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksDeleteRaw(requestParameters: ThreedimodelsTasksDeleteRequest): Promise<runtime.ApiResponse<void>>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksDelete(requestParameters: ThreedimodelsTasksDeleteRequest): Promise<void>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksListRaw(requestParameters: ThreedimodelsTasksListRequest): Promise<runtime.ApiResponse<InlineResponse20071>>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksList(requestParameters: ThreedimodelsTasksListRequest): Promise<InlineResponse20071>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksPartialUpdateRaw(requestParameters: ThreedimodelsTasksPartialUpdateRequest): Promise<runtime.ApiResponse<ThreediModelTask>>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksPartialUpdate(requestParameters: ThreedimodelsTasksPartialUpdateRequest): Promise<ThreediModelTask>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksReadRaw(requestParameters: ThreedimodelsTasksReadRequest): Promise<runtime.ApiResponse<ThreediModelTask>>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksRead(requestParameters: ThreedimodelsTasksReadRequest): Promise<ThreediModelTask>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksUpdateRaw(requestParameters: ThreedimodelsTasksUpdateRequest): Promise<runtime.ApiResponse<ThreediModelTask>>;
    /**
     * View threedimodel tasks
     */
    threedimodelsTasksUpdate(requestParameters: ThreedimodelsTasksUpdateRequest): Promise<ThreediModelTask>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsUpdateRaw(requestParameters: ThreedimodelsUpdateRequest): Promise<runtime.ApiResponse<ThreediModel>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsUpdate(requestParameters: ThreedimodelsUpdateRequest): Promise<ThreediModel>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsWeirsGeojsonUploadRaw(requestParameters: ThreedimodelsWeirsGeojsonUploadRequest): Promise<runtime.ApiResponse<Upload>>;
    /**
     * A simple ViewSet for viewing threedimodels
     */
    threedimodelsWeirsGeojsonUpload(requestParameters: ThreedimodelsWeirsGeojsonUploadRequest): Promise<Upload>;
    /**
     * Only displays finished/crashed simulations.
     * View to display overview of ran simulations.
     */
    usageListRaw(requestParameters: UsageListRequest): Promise<runtime.ApiResponse<InlineResponse20072>>;
    /**
     * Only displays finished/crashed simulations.
     * View to display overview of ran simulations.
     */
    usageList(requestParameters: UsageListRequest): Promise<InlineResponse20072>;
    /**
     * Only displays finished/crashed simulations.
     * View to display overview of ran simulations.
     */
    usageReadRaw(requestParameters: UsageReadRequest): Promise<runtime.ApiResponse<Usage>>;
    /**
     * Only displays finished/crashed simulations.
     * View to display overview of ran simulations.
     */
    usageRead(requestParameters: UsageReadRequest): Promise<Usage>;
    /**
     * This endpoint comes in handy if you want to aggregate usage number over a certain period of time, for a given user or organisation.  It is also possible to limit the result to a certain simulation type, e.g. to \"live\" sessions. Use the `simulation__type__live` filter with either `true` or `false` as input values.
     * Usage statistics like total session count, average session duration and such.
     */
    usageStatisticsRaw(requestParameters: UsageStatisticsRequest): Promise<runtime.ApiResponse<UsageStatistics>>;
    /**
     * This endpoint comes in handy if you want to aggregate usage number over a certain period of time, for a given user or organisation.  It is also possible to limit the result to a certain simulation type, e.g. to \"live\" sessions. Use the `simulation__type__live` filter with either `true` or `false` as input values.
     * Usage statistics like total session count, average session duration and such.
     */
    usageStatistics(requestParameters: UsageStatisticsRequest): Promise<UsageStatistics>;
}