import { Context } from "../imports/Context";
import { NativeObject } from "../imports/NativeObject";
import { Function } from "../imports/Function";
import { TransformResult } from "./TransformResult";

export declare class TransformPart {
  add(summand?: number): TransformPart;
  autocorrelate(): TransformPart;
  avg(): TransformPart;
  bottom(count?: number): TransformPart;
  ceil(precision?: number): TransformPart;
  collect(): TransformPart;
  constructor(
    cx?: Context,
    args?: any[],
    ctorObj?: Function,
    inNewExpr?: boolean
  );
  copyData(obj1?: any, obj2?: any): TransformPart;
  count(): TransformPart;
  decompose(_tags?: any): TransformPart;
  derivative(): TransformPart;
  deviation(predictedValues?: any, method?: string): TransformPart;
  div(divisor?: number): TransformPart;
  filter(_aggregator?: any, _window?: any): TransformPart;
  fit(_params?: NativeObject): TransformPart;
  floor(precision?: number): TransformPart;
  fractiles(_fractions?: any): TransformPart;
  getResult(): TransformResult;
  groupBy(field?: string): TransformPart;
  interpolate(countOrDuration?: any): TransformPart;
  iqr(): TransformPart;
  label(label?: string): TransformPart;
  limit(countOrDuration?: any): TransformPart;
  log(base?: number): TransformPart;
  max(): TransformPart;
  median(): TransformPart;
  metric(metricName?: string): TransformPart;
  min(): TransformPart;
  mul(factor?: any): TransformPart;
  partition(_aggregator?: string, _window?: any, _base?: any): TransformPart;
  predict(obj1?: any, obj2?: any): TransformPart;
  put(): void;
  resample(a1?: any, a2?: any, a3?: any): TransformPart;
  round(precision?: number): TransformPart;
  stddev(): TransformPart;
  sub(substrahend?: any): TransformPart;
  sum(): TransformPart;
  top(count?: number): TransformPart;
  where(obj?: any): TransformPart;
}