tsiclient

import { Component } from "./Component-8ea21f2e"; import { ChartOptions } from "./ChartOptions-23377755"; import { TooltipMeasureFormat } from "./Enums-c244dc9e"; import { ChartComponentData } from "./ChartComponentData-cfbea0e5"; import { TemporalXAxisComponent } from "./TemporalXAxisComponent-852ce075"; declare class Marker extends Component { //DOM components private markerContainer; private timeLabel; private closeButton; private markerLabel; private x; private timestampMillis; private chartHeight; private chartMargins; private chartComponentData; private marginLeft; private colorMap; private yMap; onChange: any; private tooltipMap; private guid; private labelText; private markerIsDragging; private timeFormat; private isSeriesLabels; readonly ADDITIONALRIGHTSIDEOVERHANG = 12; constructor(renderTarget: any); getGuid(): string; setMillis(millis: number): void; getMillis(): number; // returns whether the string was trimmed to the max length setLabelText(labelText: string): boolean; getLabelText(): string; private setSeriesLabelText; protected tooltipFormat(d: any, text: any, measureFormat: TooltipMeasureFormat, xyrMeasures?: any, isSeriesLabelInFocus?: boolean): void; private getLeft; // check to see if any marker is being dragged private isMarkerDragOccuring; private bumpMarker; private renderMarker; private getValueOfVisible; private getTooltipKey; private findYatX; private positionToValue; private bisectionInterpolateValue; private getPath; private createNewDatum; private findGapPath; //check if a value is within the time constrained bounds of a path private inBounds; private getIntersectingPath; private interpolateValue; private getValuesAtTime; private setValueLabels; private calcTopOfValueLabel; private getTimeFormat; private setTimeLabel; focusCloseButton(): void; isMarkerInRange(millis?: number): boolean; destroyMarker(): void; render(timestampMillis: number, chartOptions: ChartOptions, chartComponentData: any, additionalMarkerFields: { chartMargins: any; x: any; marginLeft: number; colorMap: any; yMap: any; onChange: any; isDropping: boolean; chartHeight: number; labelText: string; isSeriesLabels: boolean; }): void; setPositionsAndLabels(millis: number): void; } declare class AxisState { axisType: any; yExtent: [ number, number ]; positionInGroup: number; constructor(axisType: any, yExtent: [ number, number ], positionInGroup: number); } declare class Plot extends Component { protected chartHeight: any; protected x: any; protected chartDataOptions: any; protected chartComponentData: any; protected yTop: any; protected height: any; protected aggregateGroup: any; protected backdropRect: any; protected plotDataType: string; constructor(renderTarget: Element); protected getVisibleSeries(aggKey: any): string[]; protected createGradientKey(d: any, splitByIndex: any, i: any): string; protected addGradientStops(d: any, gradient: any): void; protected createBackdropRect(isVisible: any): void; protected getColorForValue(value: any): any; protected getVisibleMeasures(measures: any): string[]; protected hasData(d: any): boolean; } declare class EventsPlot extends Plot { private defs; private hoverLine; private chartGroup; private discreteEventsMouseover; private discreteEventsMouseout; private splitBysGroup; private eventHeight; private gradientData; private aggKey; private gradientArray; constructor(svgSelection: any); private onMouseover; private onMouseout; private createHoverLine; private setEventHeight; private eventOnClick; private colorFunction; private createDateStringFunction; private createEventElements; private shouldDrawBackdrop; render(chartOptions: any, visibleAggI: any, agg: any, aggVisible: boolean, aggregateGroup: any, chartComponentData: any, yExtent: any, chartHeight: any, visibleAggCount: any, colorMap: any, previousAggregateData: any, x: any, areaPath: any, strokeOpacity: any, y: any, yMap: any, defs: any, chartDataOptions: any, previousIncludeDots: any, yTopAndHeight: any, chartGroup: any, discreteEventsMouseover: any, discreteEventsMouseout: any): void; } declare class CategoricalPlot extends Plot { private defs; private hoverRect; private chartGroup; private categoricalMouseover; private categoricalMouseout; private splitBysGroup; constructor(svgSelection: any); private onMouseover; private onMouseout; private createHoverRect; private getSeriesEndDate; private getBucketEndDate; render(chartOptions: any, visibleAggI: any, agg: any, aggVisible: boolean, aggregateGroup: any, chartComponentData: any, yExtent: any, chartHeight: any, visibleAggCount: any, colorMap: any, previousAggregateData: any, x: any, areaPath: any, strokeOpacity: any, y: any, yMap: any, defs: any, chartDataOptions: any, previousIncludeDots: any, yTopAndHeight: any, chartGroup: any, categoricalMouseover: any, categoricalMouseout: any): void; } declare class LinePlot extends Plot { private defs; private chartWidth; private y; private visibleAggCount; private strokeOpacity; private previousIncludeDots; private areaPath; private yAxisState; constructor(svgSelection: any); private getXPosition; private createAreaPath; // returns the next visibleAggI render(chartOptions: any, visibleAggI: any, agg: any, aggVisible: boolean, aggregateGroup: any, chartComponentData: any, yAxisState: AxisState, chartHeight: any, visibleAggCount: any, colorMap: any, previousAggregateData: any, x: any, areaPath: any, strokeOpacity: any, y: any, yMap: any, defs: any, chartDataOptions: any, previousIncludeDots: any, yTopAndHeight: any, svgSelection: any, categoricalMouseover: any, categoricalMouseout: any, yAxisOnClick: any): void; } declare class LineChartData extends ChartComponentData { timeMap: any; get yExtents(): Array<any>; private _yExtents; setYExtents(idx: number, value: [ number, number ]): void; resetYExtents(): void; setTimeMap(): void; constructor(); mergeDataToDisplayStateAndTimeArrays(data: any, aggregateExpressionOptions?: any): void; } declare function interpolatePath(a: string, b: string): (t: any) => any; declare var __esModule: boolean; declare class LineChart extends TemporalXAxisComponent { private targetElement; private focus; private horizontalValueBox; private verticalValueBox; private horizontalValueBar; private contextMenu; private brushContextMenu; private setDisplayStateFromData; private minBrushWidth; private strokeOpacity; private nonFocusStrokeOpactiy; chartComponentData: LineChartData; private surpressBrushTimeSet; private hasStackedButton; private stackedButton; private visibleAggCount; private swimLaneLabelGroup; private horizontalLabelOffset; private tooltip; private height; private xLowerBound; private xUpperBound; private y; private yMap; private line; private areaPath; private envelope; private voronoi; private possibleTimesArray; private colorMap; private markers; private seriesLabelsMarker; private markerGuidMap; private isDroppingMarker; private activeMarker; private brush; private brushElem; brushStartTime: Date; brushEndTime: Date; private brushStartPosition; private brushEndPosition; private hasBrush; private isClearingBrush; private previousAggregateData; private previousIncludeDots; private voronoiDiagram; private voronoiRegion; private mx; private my; private focusedAggKey; private focusedSplitby; private plotComponents; private isFirstMarkerDrop; private xOffset; private swimlaneYExtents; private swimLaneContents; private originalSwimLanes; private originalSwimLaneOptions; constructor(renderTarget: Element); LineChart(): void; //get the left and right positions of the brush getBrushPositions(): { leftPos: any; rightPos: any; }; private resetValueElementsFocus; private hideFocusElements; private voronoiMouseout; private createMarkerInstructions; private destroyMarkerInstructions; triggerLineFocus: (aggKey: string, splitBy: string) => void; private getMouseoverFunction; private getMouseoutFunction; private focusOnlyHoveredSeries; private discreteEventsMouseover; private discreteEventsMouseout; private mismatchingChartType; private categoricalMouseover; private categoricalMouseout; private setHorizontalValuePosAndText; private setVerticalValueAndPosition; private voronoiMouseover; //get the extent of an array of timeValues private getYExtent; private getFilteredValues; private getFilteredAndSticky; stickyOrUnstickySeries: (aggKey: any, splitBy: any) => void; unstickySeries: (aggKey: any, splitby?: any) => void; private stickySeries; private getHandleHeight; private getXPosition; setBrushStartTime(startTime: any): void; setBrushEndTime(endTime: any): void; setBrush(): void; private findClosestValidTime; private getMarkerMarginLeft; exportMarkers(): void; private createOnMarkerChange; private renderMarker; private sortMarkers; private getAllLinesTransitionsComplete; private importMarkers; private createSeriesLabelsMarker; private renderSeriesLabelsMarker; private renderAllMarkers; private focusOnEllipsis; private filteredValueExist; addMarker: () => void; private voronoiExists; private voronoiMousemove; private voronoiContextMenu; private voronoiClick; private getValueOfVisible; private brushBrush; private brushEnd; private focusMarkerLabel; labelMouseout: () => void; labelMouseover: (aggregateKey: string, splitBy?: string) => void; private drawBrushRange; private getSVGLeftOffset; updateBrushRange(): void; deleteBrushRange(): void; getYExtents(): any[]; private nextStackedState; private clearBrush; private getVisibleNumerics; private getSwimlaneOffsets; private setSwimLaneYExtents; private getEventsCollapsedSwimlaneHeight; //returns an array of tuples of y offset and height for each visible aggregate group private createYOffsets; private heightNonNumeric; private getGroupYExtent; private getAggAxisType; private adjustSwimLanes; private overwriteSwimLanes; private createSwimlaneLabels; render(data: any, options: any, aggregateExpressionOptions: any): void; private createPlot; } export { Marker as default, AxisState, LineChartData, interpolatePath, __esModule };