StokesAnalysisWidgetStore

Hierarchy

• RegionWidgetStore
  • StokesAnalysisWidgetStore

Index

Constructors

• constructor

Properties

• channel
• colorMap
• colorPixel
• equalAxes
• fileId
• fractionalPolVisible
• invertedColorMap
• isMouseMoveIntoLinePlots
• isMouseMoveIntoScatterPlots
• linePlotPointSize
• linePlotcursorX
• lineWidth
• plotType
• pointTransparency
• polAngleMaxY
• polAngleMinY
• polIntensityMaxY
• polIntensityMinY
• primaryLineColor
• quMaxY
• quMinY
• quScatterMaxX
• quScatterMaxY
• quScatterMinX
• quScatterMinY
• regionIdMap
• scatterChartArea
• scatterOutRangePointsZIndex
• scatterPlotCursorX
• scatterPlotCursorY
• scatterPlotPointSize
• secondaryLineColor
• settingsTabId
• sharedMaxX
• sharedMinX
• smoothingStore
• statsType
• type

Accessors

• effectiveFrame
• effectiveRegion
• effectiveRegionId
• effectiveRegionInfo
• frameOptions
• isEffectiveFrameEqualToActiveFrame
• isLinePlotsAutoScaledX
• isPolAngleAutoScaledY
• isPolIntensityAutoScaledY
• isQULinePlotAutoScaledY
• isQUScatterPlotAutoScaledX
• isQUScatterPlotAutoScaledY
• matchesSelectedRegion

Methods

• clearFrameEntry
• clearLinePlotsXYBounds
• clearPolIntensityYBounds
• clearRegionMap
• clearScatterPlotXYBounds
• clearSharedXBounds
• clearXYBounds
• init
• setChannel
• setColormap
• setEqualAxesValue
• setFileId
• setFractionalPolVisible
• setInvertedColorMap
• setLinePlotPointSize
• setLineWidth
• setMouseMoveIntoLinePlots
• setMouseMoveIntoScatterPlots
• setPlotType
• setPointTransparency
• setPolAngleXYBounds
• setPolAngleYBounds
• setPolIntensityXYBounds
• setPolIntensityYBounds
• setPrimaryLineColor
• setQULinePlotYBounds
• setQULinePlotsXYBounds
• setQUScatterPlotXBounds
• setQUScatterPlotXYBounds
• setQUScatterPlotYBounds
• setRegionId
• setScatterChartAres
• setScatterPlotCursor
• setScatterPlotPointSize
• setSecondaryLineColor
• setSettingsTabId
• setSharedXBounds
• setSpectralCoordinate
• setSpectralSystem
• setStatsType
• setlinePlotCursorX
• toConfig
• CalculateRequirementsArray
• addToRequirementsMap

Constructors

constructor

• new StokesAnalysisWidgetStore(): StokesAnalysisWidgetStore

• Overrides RegionWidgetStore.constructor

  Returns StokesAnalysisWidgetStore

Properties

channel

channel: number

colorMap

colorMap: string

colorPixel

colorPixel: { color: Uint8ClampedArray; size: number }

Type declaration

• color: Uint8ClampedArray

• size: number

equalAxes

equalAxes: boolean

fileId

fileId: number

Inherited from RegionWidgetStore.fileId

fractionalPolVisible

fractionalPolVisible: boolean

invertedColorMap

invertedColorMap: boolean

isMouseMoveIntoLinePlots

isMouseMoveIntoLinePlots: boolean

isMouseMoveIntoScatterPlots

isMouseMoveIntoScatterPlots: boolean

linePlotPointSize

linePlotPointSize: number

linePlotcursorX

linePlotcursorX: number

lineWidth

lineWidth: number

plotType

plotType: PlotType

pointTransparency

pointTransparency: number

polAngleMaxY

polAngleMaxY: number

polAngleMinY

polAngleMinY: number

polIntensityMaxY

polIntensityMaxY: number

polIntensityMinY

polIntensityMinY: number

primaryLineColor

primaryLineColor: string

quMaxY

quMaxY: number

quMinY

quMinY: number

quScatterMaxX

quScatterMaxX: number

quScatterMaxY

quScatterMaxY: number

quScatterMinX

quScatterMinX: number

quScatterMinY

quScatterMinY: number

regionIdMap

regionIdMap: Map<number, number>

Inherited from RegionWidgetStore.regionIdMap

scatterChartArea

scatterChartArea: ChartArea

scatterOutRangePointsZIndex

scatterOutRangePointsZIndex: number[]

scatterPlotCursorX

scatterPlotCursorX: number

scatterPlotCursorY

scatterPlotCursorY: number

scatterPlotPointSize

scatterPlotPointSize: number

secondaryLineColor

secondaryLineColor: string

settingsTabId

settingsTabId: StokesAnalysisSettingsTabs

sharedMaxX

sharedMaxX: number

sharedMinX

sharedMinX: number

readonlysmoothingStore

smoothingStore: ProfileSmoothingStore

statsType

statsType: StatsType

type

type: RegionsType

Inherited from RegionWidgetStore.type

Accessors

effectiveFrame

• get effectiveFrame(): FrameStore

• Inherited from RegionWidgetStore.effectiveFrame

  Returns FrameStore

effectiveRegion

• get effectiveRegion(): RegionStore

• Inherited from RegionWidgetStore.effectiveRegion

  Returns RegionStore

effectiveRegionId

• get effectiveRegionId(): number

• Inherited from RegionWidgetStore.effectiveRegionId

  Returns number

effectiveRegionInfo

• get effectiveRegionInfo(): string

• Inherited from RegionWidgetStore.effectiveRegionInfo

  Returns string

frameOptions

• get frameOptions(): IOptionProps[]

• Inherited from RegionWidgetStore.frameOptions

  Returns IOptionProps[]

isEffectiveFrameEqualToActiveFrame

• get isEffectiveFrameEqualToActiveFrame(): boolean

• Inherited from RegionWidgetStore.isEffectiveFrameEqualToActiveFrame

  Returns boolean

isLinePlotsAutoScaledX

• get isLinePlotsAutoScaledX(): boolean

• Returns boolean

isPolAngleAutoScaledY

• get isPolAngleAutoScaledY(): boolean

• Returns boolean

isPolIntensityAutoScaledY

• get isPolIntensityAutoScaledY(): boolean

• Returns boolean

isQULinePlotAutoScaledY

• get isQULinePlotAutoScaledY(): boolean

• Returns boolean

isQUScatterPlotAutoScaledX

• get isQUScatterPlotAutoScaledX(): boolean

• Returns boolean

isQUScatterPlotAutoScaledY

• get isQUScatterPlotAutoScaledY(): boolean

• Returns boolean

matchesSelectedRegion

• get matchesSelectedRegion(): boolean

• Inherited from RegionWidgetStore.matchesSelectedRegion

  Returns boolean

Methods

clearFrameEntry

• clearFrameEntry(fileId: number): void

• Inherited from RegionWidgetStore.clearFrameEntry

  Parameters

  • fileId: number

  Returns void

clearLinePlotsXYBounds

• clearLinePlotsXYBounds(): void

• Returns void

clearPolIntensityYBounds

• clearPolIntensityYBounds(): void

• Returns void

clearRegionMap

• clearRegionMap(): void

• Inherited from RegionWidgetStore.clearRegionMap

  Returns void

clearScatterPlotXYBounds

• clearScatterPlotXYBounds(): void

• Returns void

clearSharedXBounds

• clearSharedXBounds(): void

• Returns void

clearXYBounds

• clearXYBounds(): void

• Returns void

publicinit

• init(widgetSettings: any): void

• Parameters

  • widgetSettings: any

  Returns void

setChannel

• setChannel(channel: number): void

• Parameters

  • channel: number

  Returns void

setColormap

• setColormap(colormap: string): void

• Parameters

  • colormap: string

  Returns void

setEqualAxesValue

• setEqualAxesValue(val: boolean): void

• Parameters

  • val: boolean

  Returns void

setFileId

• setFileId(fileId: number): void

• Inherited from RegionWidgetStore.setFileId

  Parameters

  • fileId: number

  Returns void

setFractionalPolVisible

• setFractionalPolVisible(val: boolean): void

• Parameters

  • val: boolean

  Returns void

setInvertedColorMap

• setInvertedColorMap(invertedColorMap: boolean): void

• Parameters

  • invertedColorMap: boolean

  Returns void

setLinePlotPointSize

• setLinePlotPointSize(val: number): void

• Parameters

  • val: number

  Returns void

setLineWidth

• setLineWidth(val: number): void

• Parameters

  • val: number

  Returns void

setMouseMoveIntoLinePlots

• setMouseMoveIntoLinePlots(val: boolean): void

• Parameters

  • val: boolean

  Returns void

setMouseMoveIntoScatterPlots

• setMouseMoveIntoScatterPlots(val: boolean): void

• Parameters

  • val: boolean

  Returns void

setPlotType

• setPlotType(val: PlotType): void

• Parameters

  • val: PlotType

  Returns void

setPointTransparency

• setPointTransparency(val: number): void

• Parameters

  • val: number

  Returns void

setPolAngleXYBounds

• setPolAngleXYBounds(minX: number, maxX: number, minY: number, maxY: number): void

• Parameters

  • minX: number

  • maxX: number

  • minY: number

  • maxY: number

  Returns void

setPolAngleYBounds

• setPolAngleYBounds(minVal: number, maxVal: number): void

• Parameters

  • minVal: number

  • maxVal: number

  Returns void

setPolIntensityXYBounds

• setPolIntensityXYBounds(minX: number, maxX: number, minY: number, maxY: number): void

• Parameters

  • minX: number

  • maxX: number

  • minY: number

  • maxY: number

  Returns void

setPolIntensityYBounds

• setPolIntensityYBounds(minVal: number, maxVal: number): void

• Parameters

  • minVal: number

  • maxVal: number

  Returns void

setPrimaryLineColor

• setPrimaryLineColor(color: string): void

• Parameters

  • color: string

  Returns void

setQULinePlotYBounds

• setQULinePlotYBounds(minVal: number, maxVal: number): void

• Parameters

  • minVal: number

  • maxVal: number

  Returns void

setQULinePlotsXYBounds

• setQULinePlotsXYBounds(minX: number, maxX: number, minY: number, maxY: number): void

• Parameters

  • minX: number

  • maxX: number

  • minY: number

  • maxY: number

  Returns void

setQUScatterPlotXBounds

• setQUScatterPlotXBounds(minVal: number, maxVal: number): void

• Parameters

  • minVal: number

  • maxVal: number

  Returns void

setQUScatterPlotXYBounds

• setQUScatterPlotXYBounds(minX: number, maxX: number, minY: number, maxY: number): void

• Parameters

  • minX: number

  • maxX: number

  • minY: number

  • maxY: number

  Returns void

setQUScatterPlotYBounds

• setQUScatterPlotYBounds(minVal: number, maxVal: number): void

• Parameters

  • minVal: number

  • maxVal: number

  Returns void

setRegionId

• setRegionId(fileId: number, regionId: number): void

• Overrides RegionWidgetStore.setRegionId

  Parameters

  • fileId: number

  • regionId: number

  Returns void

setScatterChartAres

• setScatterChartAres(chartArea: ChartArea): void

• Parameters

  • chartArea: ChartArea

  Returns void

setScatterPlotCursor

• setScatterPlotCursor(cursorVal: { x: number; y: number }): void

• Parameters

  • cursorVal: { x: number; y: number }

  Returns void

setScatterPlotPointSize

• setScatterPlotPointSize(val: number): void

• Parameters

  • val: number

  Returns void

setSecondaryLineColor

• setSecondaryLineColor(color: string): void

• Parameters

  • color: string

  Returns void

setSettingsTabId

• setSettingsTabId(tabId: StokesAnalysisSettingsTabs): void

• Parameters

  • tabId: StokesAnalysisSettingsTabs

  Returns void

setSharedXBounds

• setSharedXBounds(minVal: number, maxVal: number): void

• Parameters

  • minVal: number

  • maxVal: number

  Returns void

setSpectralCoordinate

• setSpectralCoordinate(coordStr: string): void

• Parameters

  • coordStr: string

  Returns void

setSpectralSystem

• setSpectralSystem(specsys: SpectralSystem): void

• Parameters

  • specsys: SpectralSystem

  Returns void

setStatsType

• setStatsType(statsType: StatsType): void

• Parameters

  • statsType: StatsType

  Returns void

setlinePlotCursorX

• setlinePlotCursorX(cursorVal: number): void

• Parameters

  • cursorVal: number

  Returns void

publictoConfig

• toConfig(): { colorMap: string; equalAxes: boolean; linePlotPointSize: number; lineWidth: number; plotType: PlotType; pointTransparency: number; primaryLineColor: string; scatterPlotPointSize: number; secondaryLineColor: string }

• Returns { colorMap: string; equalAxes: boolean; linePlotPointSize: number; lineWidth: number; plotType: PlotType; pointTransparency: number; primaryLineColor: string; scatterPlotPointSize: number; secondaryLineColor: string }

  • colorMap: string

  • equalAxes: boolean

  • linePlotPointSize: number

  • lineWidth: number

  • plotType: PlotType

  • pointTransparency: number

  • primaryLineColor: string

  • scatterPlotPointSize: number

  • secondaryLineColor: string

publicstaticCalculateRequirementsArray

• CalculateRequirementsArray(widgetsMap: Map<string, RegionWidgetStore>): Map<number, number[]>

• Inherited from RegionWidgetStore.CalculateRequirementsArray

  Parameters

  • widgetsMap: Map<string, RegionWidgetStore>

  Returns Map<number, number[]>

publicstaticaddToRequirementsMap

• addToRequirementsMap(updatedRequirements: Map<number, Map<number, SetSpectralRequirements>>, widgetsMap: Map<string, StokesAnalysisWidgetStore>): Map<number, Map<number, SetSpectralRequirements>>

• Parameters

  • updatedRequirements: Map<number, Map<number, SetSpectralRequirements>>

  • widgetsMap: Map<string, StokesAnalysisWidgetStore>

  Returns Map<number, Map<number, SetSpectralRequirements>>