/**

* Represents the base class of linear and oval gauges.

*/

interface BaseGauge

{

/**

* Registers a single event listener on the element.

* @param {string} eventName The name of the event. See a list of supported events here.

* @param {Function} handler Represents the method that will handle the event specified with eventName.

*/

addEventListener(eventName: string, handler: any, element?: HTMLCanvasElement | any): void;

/**

* Removes a single event listener attached to the element.

* @param {string} eventName The name of the event. See a list of supported events here.

* @param {Function} handler Represents the method that handles the event specified with eventName.

*/

removeEventListener(eventName: string, handler: any, element?: HTMLCanvasElement): void;

repaint(): void;

setWidth(value: number): void;

setHeight(value: number): void;

handleMouse(action: MouseAction, point: Point): void;

/**

* Returns the VisualElement object corresponding to the specified name.

* @param {String} name The name of the object to find.

* @return {VisualElement} The VisualElement object.

*/

getElementByName(name: string): VisualElement;

/**

* A list of scale objects.

* @type {MindFusion.Gauges.BaseScale}

*/

scales: BaseScale[];

stopRepaint: boolean;

/**

* Adds a scale to the gauge.

* @param {MindFusion.Gauges.BaseScale} scale The scale to add.

*/

addScale(scale: BaseScale): void;

/**

* Removes a scale from the gauge.

* @param {MindFusion.Gauges.BaseScale} scale The scale to remove.

*/

removeScale(scale: BaseScale): void;

fromJson(json: any): void;

toJson(): any;

}

/**

* Represents a linear gauge control.

*/

interface LinearGauge extends BaseGauge

{

/**

* Creates and initializes a new LinearGauge from the specified element.

* This method is static and can be called without creating an instance of the class.

* @param {Object} element The DOM element that the LinearGauge should be attached to.

* @returns {MindFusion.Gauges.LinearGauge} A LinearGauge object that represents

* the newly created gauge.

*/

create(element: HTMLCanvasElement, parentEvents: boolean): LinearGauge;

/**

* Gets the orientation of the gauge.

* @returns {MindFusion.Gauges.Orientation} The orientation of the gauge.

*/

getOrientation(): Orientation;

/**

* Sets the orientation of the gauge.

* @param {MindFusion.Gauges.Orientation} value The orientation of the gauge.

*/

setOrientation(value: Orientation): void;

/**

* Returns the specified LinearGauge object. This member is static and can be

* invoked without creating an instance of the class.

* @param {String} id A string that contains the ID of the LinearGauge to find.

* @param {Object} [parent] The component or element that contains the LinearGauge to find.

* @returns {MindFusion.Gauges.LinearGauge} A LinearGauge object that contains

* the gauge requested by id, if found; otherwise, null.

*/

find(id: string, parent?: Object): LinearGauge;

}

/**

* Represents a circular gauge control.

*/

interface OvalGauge extends BaseGauge

{

/**

* Creates and initializes a new OvalGauge from the specified element.

* This method is static and can be called without creating an instance of the class.

* @param {Object} element The DOM element that the OvalGauge should be attached to.

* @returns {MindFusion.Gauges.OvalGauge} A OvalGauge object that represents

* the newly created gauge.

*/

create(element: HTMLCanvasElement, parentEvents: boolean): OvalGauge;

/**

* Gets the visual style of the gauge.

* @returns {MindFusion.Gauges.OvalGaugeStyle} The visual style of the gauge.

*/

getStyle(): OvalGaugeStyle;

/**

* Sets the visual style of the gauge.

* @param {MindFusion.Gauges.OvalGaugeStyle} value The visual style of the gauge.

*/

setStyle(style: OvalGaugeStyle): void;

/**

* Returns the specified OvalGauge object. This member is static and can be

* invoked without creating an instance of the class.

* @param {String} id A string that contains the ID of the OvalGauge to find.

* @param {Object} [parent] The component or element that contains the OvalGauge to find.

* @returns {MindFusion.Gauges.OvalGauge} A OvalGauge object that contains

* the gauge requested by id, if found; otherwise, null.

*/

find(id: string, parent?: Object): OvalGauge;

}

/**

* Represents a scale within a gauge control.

*/

interface BaseScale extends VisualElement

{

/**

* Adds a Pointer object to the pointers collection.

* @param {MindFusion.Gauges.Pointer} pointer The pointer to add.

*/

addPointer(pointer: Pointer): void;

/**

* Removes a Pointer object from the pointers collection.

* @param {MindFusion.Gauges.Pointer} pointer The pointer to remove.

*/

removePointer(pointer: Pointer): void;

/**

* Adds a Range object to the ranges collection.

* @param {MindFusion.Gauges.Range} range The ranges to add.

*/

addRange(pointer: Range): void;

/**

* Removes a Range object from the ranges collection.

* @param {MindFusion.Gauges.Range} range The ranges to remove.

*/

removeRange(pointer: Range): void;

/**

* Gets the settings for the major ticks and their associated labels.

* @returns {MindFusion.Gauges.MajorTickSettings} The settings for the major ticks and their associated labels.

*/

majorTickSettings: TickSettings;

/**

* Gets the settings for the middle ticks and their associated labels.

* @returns {MindFusion.Gauges.MiddleTickSettings} The settings for the middle ticks and their associated labels.

*/

middleTickSettings: TickSettings;

/**

* Gets the settings for the minor ticks and their associated labels.

* @returns {MindFusion.Gauges.MinorTickSettings} The settings for the minor ticks and their associated labels.

*/

minorTickSettings: TickSettings;

fill: Object;

stroke: string;

/**

* A list of pointer objects.

* @type {MindFusion.Gauges.Pointer}

*/

pointers: Pointer[];

/**

* A list of range objects.

* @type {MindFusion.Gauges.Range}

*/

ranges: Range[];

/**

* Gets the minimal value displayed by the scale.

* @returns {Number} The minimal value displayed by the scale.

*/

getMinValue(): number;

/**

* Sets the minimal value displayed by the scale.

* @param {Number} value The minimal value displayed by the scale.

*/

setMinValue(value: number): void;

/**

* Gets the maximal value displayed by the scale.

* @returns {Number} The maximal value displayed by the scale.

*/

getMaxValue(): number;

/**

* Sets the maximal value displayed by the scale.

* @param {Number} value The maximal value displayed by the scale.

*/

setMaxValue(value: number): void;

/**

* Gets the width of the scale at its beginning.

* @returns {MindFusion.Gauges.Length} The width of the scale at its beginning.

*/

getStartWidth(): Length;

/**

* Sets the width of the scale at its beginning.

* @param {MindFusion.Gauges.Length} value The width of the scale at its beginning.

*/

setStartWidth(value: Length): void;

/**

* Gets the width of the scale at its end.

* @returns {MindFusion.Gauges.Length} The width of the scale at its end.

*/

getEndWidth(): Length;

/**

* Sets the width of the scale at its end.

* @param {MindFusion.Gauges.Length} value The width of the scale at its end.

*/

setEndWidth(value: Length): void;

/**

* Gets the logarithm base when FunctionType is set to Logarithmic.

* @returns {Number} The logarithm base when functionType is set to Logarithmic.

*/

getLogarithmBase(): number;

/**

* Sets the logarithm base when FunctionType is set to Logarithmic.

* @param {Number} value The logarithm base when functionType is set to Logarithmic.

*/

setLogarithmBase(value: number): void;

/**

* Gets the type of the function used to calculate the distribution of values along the scale.

* @returns {MindFusion.Gauges.FunctionType} The type of the function used to calculate the distribution of values along the scale.

*/

getFunctionType(): FunctionType;

/**

* Sets the type of the function used to calculate the distribution of values along the scale.

* @param {MindFusion.Gauges.FunctionType} value The type of the function used to calculate the distribution of values along the scale.

*/

setFunctionType(value: FunctionType): void;

/**

* Gets the argument passed to custom functions.

* @returns {Number} The argument passed to custom functions.

*/

getFunctionArgument(): number;

/**

* Sets the argument passed to custom functions.

* @param {Number} value The argument passed to custom functions.

*/

setFunctionArgument(value: number): void;

/**

* Gets the function to be used for distribution of values along the scale when functionType is set to Custom.

* @returns {FunctionDelegate} The function to be used for distribution of values along the scale when functionType is set to Custom.

*/

getCustomFunction(): any;

/**

* Sets the function to be used for distribution of values along the scale when functionType is set to Custom.

* @param {FunctionDelegate} value The function to be used for distribution of values along the scale when functionType is set to Custom.

*/

setCustomFunction(value: any): void;

/**

* Gets the reversed version of the function specified through customFunction.

* @returns {FunctionDelegate} The reversed version of the function specified through CustomFunction.

*/

getReversedCustomFunction(): any;

/**

* Sets the reversed version of the function specified through customFunction.

* @param {FunctionDelegate} value The reversed version of the function specified through CustomFunction.

*/

setReversedCustomFunction(value: any): void;

updateTicksAndLabels(): void;

}

/**

* Represents a linear scale.

*/

interface LinearScale extends BaseScale

{

/**

* Creates an instance of LinearScale.

* @param {MindFusion.Gauges.LinearGauge} [parent] The gauge control this scale belongs to.

*/

new (parent?: LinearGauge): LinearScale;

/**

* Gets the length of the scale.

* @returns {MindFusion.Gauges.Length} The length of the scale.

*/

getScaleLength(): Length;

/**

* Sets the length of the scale.

* @param {MindFusion.Gauges.Length} value The length of the scale.

*/

setScaleLength(value: Length): void;

/**

* Gets the alignment of the scale.

* @returns {MindFusion.Gauges.Alignment} The alignment of the scale.

* @remarks All Inner* values align a vertical scale to the left side and a horizontal

* scale to the top side of the control. All Outer* values align a vertical

* scale to the right side and a horizontal scale to the bottom side of the

* control. All Center* values center the scale along its length.

*/

getScaleAlignment(): Alignment;

/**

* Sets the alignment of the scale.

* @param {MindFusion.Gauges.Alignment} value The alignment of the scale.

* @remarks All Inner* values align a vertical scale to the left side and a horizontal

* scale to the top side of the control. All Outer* values align a vertical

* scale to the right side and a horizontal scale to the bottom side of the

* control. All Center* values center the scale along its length.

*/

setScaleAlignment(value: Alignment): void;

/**

* Gets the orientation of the scale.

* @returns {MindFusion.Gauges.Orientation} The orientation of the scale.

*/

getOrientation(): Orientation;

/**

* Sets the orientation of the scale.

* @param {MindFusion.Gauges.Orientation} value The orientation of the scale.

*/

setOrientation(value: Orientation): void;

/**

* Gets the distance between the left of this scale and the left of its container.

* @returns {MindFusion.Gauges.Length} The distance between the left of this scale and the left of its container.

*/

getLeft(): Length;

/**

* Sets the distance between the left of this scale and the left of its container.

* @param {MindFusion.Gauges.Length} value The distance between the left of this scale and the left of its container.

*/

setLeft(value: Length): void;

/**

* Gets the distance between the top of this scale and the top of its container.

* @returns {MindFusion.Gauges.Length} The distance between the top of this scale and the top of its container.

*/

getTop(): Length;

/**

* Sets the distance between the top of this scale and the top of its container.

* @param {MindFusion.Gauges.Length} value The distance between the top of this scale and the top of its container.

*/

setTop(value: Length): void;

}

/**

* Represents a radial scale.

*/

interface OvalScale extends BaseScale

{

/**

* Creates an instance of OvalScale.

* @param {MindFusion.Gauges.OvalGauge} [parent] The gauge control this scale belongs to.

*/

new (parent?: OvalGauge): OvalScale;

/**

* Gets the center of the scale relative to the scale bounds.

* @returns {MindFusion.Drawing.Point} The center of the scale relative to the scale bounds.

* @remarks A value of (0.5, 0.5) indicates the center of the bounds, a value of (0, 0) indicates the top-left corner.

*/

getScaleRelativeCenter(): Point;

/**

* Sets the center of the scale relative to the scale bounds.

* @param {MindFusion.Drawing.Point} value The center of the scale relative to the scale bounds.

* @remarks A value of (0.5, 0.5) indicates the center of the bounds, a value of (0, 0) indicates the top-left corner.

*/

setScaleRelativeCenter(value: Point): void;

/**

* Gets the radius of the scale relative to the scale bounds.

* @returns {Number} The radius of the scale relative to the scale bounds.

* @remarks A value of 0.5 indicates that the radius is half the size of the scale.

*/

getScaleRelativeRadius(): number;

/**

* Sets the radius of the scale relative to the scale bounds.

* @param {Number} value The radius of the scale relative to the scale bounds.

* @remarks A value of 0.5 indicates that the radius is half the size of the scale.

*/

setScaleRelativeRadius(value: number): void;

/**

* Gets the start angle of the scale.

* @returns {Number} The start angle of the scale.

*/

getStartAngle(): number;

/**

* Sets the start angle of the scale.

* @param {Number} value The start angle of the scale.

*/

setStartAngle(value: number): void;

/**

* Gets the end angle of the scale.

* @returns {Number} The end angle of the scale.

*/

getEndAngle(): number;

/**

* Sets the end angle of the scale.

* @param {Number} value The end angle of the scale.

*/

setEndAngle(value: number): void;

}

/**

* Provides settings for the ticks and labels in a gauge scale.

*/

interface TickSettings

{

fill: Object;

stroke: Object;

fontFamily: string;

fontSize: Length;

fontStyle: string;

/**

* Gets the number of ticks and labels.

* @returns {Number} The number of ticks and labels.

* @remarks This property is mutually exclusive with the Step property. If both are specified the Step property will take precedence.

*/

getCount(): number;

/**

* Sets the number of ticks and labels.

* @param {Number} value The number of ticks and labels.

* @remarks This property is mutually exclusive with the Step property. If both are specified the Step property will take precedence.

*/

setCount(value: number): void;

/**

* Gets the value between adjacent ticks and labels.

* @returns {Number} The value between adjacent ticks and labels.

* @remarks This property is mutually exclusive with the Count property. If both are specified the Step property will take precedence.

*/

getStep(): number;

/**

* Sets the value between adjacent ticks and labels.

* @param {Number} value The value between adjacent ticks and labels.

* @remarks This property is mutually exclusive with the Count property. If both are specified the Step property will take precedence.

*/

setStep(value: number): void;

/**

* Gets the width of a tick.

* @returns {MindFusion.Gauges.Length} The width of a tick.

*/

getTickWidth(): Length;

/**

* Sets the width of a tick.

* @param {MindFusion.Gauges.Length} value The width of a tick.

*/

setTickWidth(value: Length): void;

/**

* Gets the height of a tick.

* @returns {MindFusion.Gauges.Length} The height of a tick.

*/

getTickHeight(): Length;

/**

* Sets the height of a tick.

* @param {MindFusion.Gauges.Length} value The height of a tick.

*/

setTickHeight(value: Length): void;

/**

* Gets the fill brush of the ticks.

* @returns {Object} The fill brush of the ticks.

*/

getFill(): Object;

/**

* Sets the fill brush of the ticks.

* @param {Object} value The fill brush of the ticks.

*/

setFill(value: Object): void;

/**

* Gets the stroke brush of the ticks.

* @returns {Object} The stroke brush of the ticks.

*/

getStroke(): Object;

/**

* Sets the stroke brush of the ticks.

* @param {Object} value The stroke brush of the ticks.

*/

setStroke(value: Object): void;

/**

* Gets a value indicating whether the ticks are visible.

* @returns {Boolean} True if ticks are visible, otherwise false.

*/

getShowTicks(): boolean;

/**

* Sets a value indicating whether the ticks are visible.

* @param {Boolean} value True if ticks are visible, otherwise false.

*/

setShowTicks(value: boolean): void;

/**

* Gets a value indicating whether the labels are visible.

* @returns {Boolean} True if labels are visible, otherwise false.

*/

getShowLabels(): boolean;

/**

* Sets a value indicating whether the labels are visible.

* @param {Boolean} value True if labels are visible, otherwise false.

*/

setShowLabels(value: boolean): void;

/**

* Gets the shape of the ticks.

* @returns {MindFusion.Gauges.TickShape} The shape of the ticks.

*/

getTickShape(): TickShape;

/**

* Sets the shape of the ticks.

* @param {MindFusion.Gauges.TickShape} value The shape of the ticks.

*/

setTickShape(value: TickShape): void;

/**

* Gets the alignment of the ticks relative to the scale.

* @returns {MindFusion.Gauges.Alignment} The alignment of the ticks relative to the scale.

*/

getTickAlignment(): Alignment;

/**

* Sets the alignment of the ticks relative to the scale.

* @param {MindFusion.Gauges.Alignment} value The alignment of the ticks relative to the scale.

*/

setTickAlignment(value: Alignment): void;

/**

* Gets the offset of the ticks relative to their calculated position.

* @returns {MindFusion.Gauges.Length} The offset of the ticks relative to their calculated position.

*/

getTickOffset(): Length;

/**

* Sets the offset of the ticks relative to their calculated position.

* @param {MindFusion.Gauges.Length} value The offset of the ticks relative to their calculated position.

*/

setTickOffset(value: Length): void;

/**

* Gets the alignment of the labels relative to the scale.

* @returns {MindFusion.Gauges.Alignment} The alignment of the labels relative to the scale.

*/

getLabelAlignment(): Alignment;

/**

* Sets the alignment of the labels relative to the scale.

* @param {MindFusion.Gauges.Alignment} value The alignment of the labels relative to the scale.

*/

setLabelAlignment(value: Alignment): void;

/**

* Gets the offset of the labels relative to their calculated position.

* @returns {MindFusion.Gauges.Length} The offset of the labels relative to their calculated position.

*/

getLabelOffset(): Length;

/**

* Sets the offset of the labels relative to their calculated position.

* @param {MindFusion.Gauges.Length} value The offset of the labels relative to their calculated position.

*/

setLabelOffset(value: Length): void;

/**

* Gets the rotation mode of the labels.

* @returns {MindFusion.Gauges.LabelRotation} The rotation mode of the labels.

*/

getLabelRotation(): LabelRotation;

/**

* Sets the rotation mode of the labels.

* @param {MindFusion.Gauges.LabelRotation} value The rotation mode of the labels.

*/

setLabelRotation(value: LabelRotation): void;

/**

* Gets the number recision of the labels.

* @returns {Number} The number recision of the labels.

*/

getNumberPrecision(): number;

/**

* Sets the number recision of the labels.

* @param {Number} value The number recision of the labels.

*/

setNumberPrecision(value: number): void;

/**

* Gets the font family of the labels.

* @returns {String} The font family of the labels.

*/

getFontFamily(): string;

/**

* Sets the font family of the labels.

* @param {String} value The font family of the labels.

*/

setFontFamily(value: string): void;

/**

* Gets the font size of the labels.

* @returns {MindFusion.Gauges.Length} The font size of the labels.

*/

getFontSize(): Length;

/**

* Sets the font size of the labels.

* @param {MindFusion.Gauges.Length} value The font size of the labels.

*/

setFontSize(value: Length): void;

/**

* Gets the font style of the labels.

* @returns {String} The font style of the labels.

*/

getFontStyle(): string;

/**

* Sets the font style of the labels.

* @param {String} value The font style of the labels.

*/

setFontStyle(value: string): void;

/**

* Gets the brush used to paint label texts.

* @returns {Object} The brush used to paint label texts.

*/

getLabelForeground(): Object;

/**

* Sets the brush used to paint label texts.

* @param {Object} value The brush used to paint label texts.

*/

setLabelForeground(value: Object): void;

/**

* Gets a value indicating whether to display a tick for the maxValue of the scale.

* @returns {Boolean} True to display a tick for the maxValue, otherwise false.

*/

getShowMaxValueTick(): boolean;

/**

* Sets a value indicating whether to display a tick for the maxValue of the scale.

* @param {Boolean} value True to display a tick for the maxValue, otherwise false.

*/

setShowMaxValueTick(value: boolean): void;

/**

* Gets an array of CustomInterval objects, which can be used to customize the appearance of the ticks in a particular interval.

* @returns {Array<MindFusion.Gauges.CustomInterval>} An array of CustomInterval objects, which can be used to customize the appearance of the ticks in a particular interval.

*/

getCustomIntervals(): Array<CustomInterval>;

/**

* Adds a CustomInterval object to these settings' customIntervals collection.

* @param {MindFusion.Gauges.CustomInterval} interval The interval to add.

*/

addCustomInterval(value: CustomInterval): void;

/**

* Removes a CustomInterval object from these settings' customIntervals collection.

* @param {MindFusion.Gauges.CustomInterval} interval The interval to remove.

*/

removeCustomInterval(value: CustomInterval): void;

}

/**

* Represents an object with outline and fill, which can render itself to a canvas.

*/

interface VisualElement

{

fill: Object;

stroke: Object;

/**

* Gets the name of this element.

* @returns {String} The name of this element.

* @remarks The name can be used to obtain a reference to the element through a call to the getElementByName method.

*/

getName(): string;

/**

* Sets the name of this element.

* @param {String} value The name of this element.

* @remarks The name can be used to obtain a reference to the element through a call to the getElementByName method.

*/

setName(value: string): void;

/**

* Gets the fill of this element.

* @returns {Object} The fill of this element.

*/

getFill(): Object;

/**

* Sets the fill of this element.

* @param {Object} value The fill of this element.

*/

setFill(value: Object): void;

/**

* Gets the stroke of this element.

* @returns {Object} The stroke of this element.

*/

getStroke(): Object;

/**

* Sets the stroke of this element.

* @param {Object} value The stroke of this element.

*/

setStroke(value: Object): void;

/**

* Gets a value indicating whether this element is visible.

* @returns {Boolean} True if the element is visible, otherwise false.

*/

getIsVisible(): boolean;

/**

* Sets a value indicating whether this element is visible.

* @param {Boolean} value True if the element is visible, otherwise false.

*/

setIsVisible(value: boolean): void;

/**

* Gets the margin of this element.

* @returns {MindFusion.Gauges.Thickness} The margin of this element.

*/

getMargin(): Thickness;

/**

* Sets the margin of this element.

* @param {MindFusion.Gauges.Thickness} value The margin of this element.

*/

setMargin(value: Thickness): void;

/**

* Gets the normalized x position of this element, relative to its parent.

* @returns {Number} The normalized x position of this element, relative to its parent.

*/

getX(): number;

/**

* Sets the normalized x position of this element, relative to its parent.

* @param {Number} value The normalized x position of this element, relative to its parent.

*/

setX(value: number): void;

/**

* Gets the normalized y position of this element, relative to its parent.

* @returns {Number} The normalized y position of this element, relative to its parent.

*/

getY(): number;

/**

* Sets the normalized y position of this element, relative to its parent.

* @param {Number} value The normalized y position of this element, relative to its parent.

*/

setY(value: number): void;

/**

* Gets the bounding rectangle of this element.

* @returns {MindFusion.Drawing.Rect} The bounding rectangle of this element.

*/

getBounds(): Rect;

/**

* Sets the bounding rectangle of this element.

* @param {MindFusion.Drawing.Rect} value The bounding rectangle of this element.

*/

setBounds(value: Rect): void;

/**

* Gets the size of this element.

* @returns {MindFusion.Drawing.Size} The size of this element.

*/

getSize(): Size;

/**

* Gets a value indicating whether the metrics of this element are expressed as relative or absolute quantities.

* @returns {Boolean} True if the metrics are relative, otherwise false.

*/

getRelativeCoordinates(): boolean;

/**

* Sets a value indicating whether the metrics of this element are expressed as relative or absolute quantities.

* @param {Boolean} value True if the metrics are relative, otherwise false.

*/

setRelativeCoordinates(value: boolean): void;

/**

* Gets the rendering size of the element.

* @returns {MindFusion.Drawing.Size} The rendering size of the element.

*/

getRenderSize(): Size;

/**

* Sets the rendering size of the element.

* @param {MIndFusion.Drawing.Size} value The rendering size of the element.

*/

setRenderSize(value: Size): void;

}

/**

* Represents a needle (or arrow) within a gauge scale.

*/

interface Pointer extends VisualElement

{

/**

* Creates an instance of Pointer class.

*/

new (): Pointer;

isInteractive: boolean;

/**

* Gets the value this pointer points to.

* @returns {Number} The value this pointer points to.

*/

getValue(): number;

/**

* Sets the value this pointer points to.

* @param {Number} value The value this pointer points to.

*/

setValue(value: number): void;

/**

* Gets a value indicating whether the pointer position should be affected by user interactions.

* @returns {Boolean} True if the pointer is interactive, otherwise false.

*/

getIsInteractive(): boolean;

/**

* Sets a value indicating whether the pointer position should be affected by user interactions.

* @param {Boolean} value True if the pointer is interactive, otherwise false.

*/

setIsInteractive(value: boolean): void;

/**

* Gets the width of the pointer.

* @returns {MindFusion.Gauges.Length} The width of the pointer.

*/

getPointerWidth(): Length;

/**

* Sets the width of the pointer.

* @param {MindFusion.Gauges.Length} value The width of the pointer.

*/

setPointerWidth(value: Length): void;

/**

* Gets the height of the pointer.

* @returns {MindFusion.Gauges.Length} The height of the pointer.

*/

getPointerHeight(): Length;

/**

* Sets the height of the pointer.

* @param {MindFusion.Gauges.Length} value The height of the pointer.

*/

setPointerHeight(value: Length): void;

/**

* Gets the offset of the pointer along the direction it points to.

* @returns {MindFusion.Gauges.Length} The offset of the pointer along the direction it points to.

*/

getPointerOffset(): Length;

/**

* Sets the offset of the pointer along the direction it points to.

* @param {MindFusion.Gauges.Length} value The offset of the pointer along the direction it points to.

*/

setPointerOffset(value: Length): void;

/**

* Gets the alignment of the pointer relative to the scale.

* @returns {MindFusion.Gauges.Alignment} The alignment of the pointer relative to the scale.

* @remarks This property is ignored in oval gauges where the pointer is always pinned to the center of the gauge.

*/

getAlignment(): Alignment;

/**

* Sets the alignment of the pointer relative to the scale.

* @param {MindFusion.Gauges.Alignment} value The alignment of the pointer relative to the scale.

* @remarks This property is ignored in oval gauges where the pointer is always pinned to the center of the gauge.

*/

setAlignment(value: Alignment): void;

/**

* Gets a value indicating whether the pointer value can be changed only discretely(the pointer Value can be only integer).

* @returns {Boolean} True if the pointer is discrete, otherwise false.

*/

getIsDiscrete(): boolean;

/**

* Sets a value indicating whether the pointer value can be changed only discretely(the pointer Value can be only integer).

* @param {Boolean} value True if the pointer is discrete, otherwise false.

*/

setIsDiscrete(value: boolean): void;

/**

* Gets the shape of the pointer.

* @returns {MindFusion.Gauges.PointerShape} The shape of the pointer.

*/

getShape(): PointerShape;

/**

* Sets the shape of the pointer.

* @param {MindFusion.Gauges.PointerShape} value The shape of the pointer.

*/

setShape(value: PointerShape): void;

/**

* Gets the definition of the pointer shape when Shape is set to Custom.

* @returns {String} The definition of the pointer shape when Shape is set to Custom.

*/

getCustomShape(): string;

/**

* Sets the definition of the pointer shape when Shape is set to Custom.

* @param {String} value The definition of the pointer shape when Shape is set to Custom.

*/

setCustomShape(value: string): void;

}

/**

* Represents a range within a gauge scale.

*/

interface Range extends VisualElement

{

/**

* Creates an instance of Range class.

*/

new (): Range;

/**

* Gets the start value of this range.

* @returns {Number} The start value of this range.

*/

getMinValue(): number;

/**

* Sets the start value of this range.

* @param {Number} value The start value of this range.

*/

setMinValue(value: number): void;

/**

* Gets the end value of this range.

* @returns {Number} The end value of this range.

*/

getMaxValue(): number;

/**

* Sets the end value of this range.

* @param {Number} value The end value of this range.

*/

setMaxValue(value: number): void;

/**

* Gets the alignment of this range relative to the scale it is associated with.

* @returns {MindFusion.Gauges.Alignment} The alignment of this range relative to the scale it is associated with.

*/

getAlignment(): Alignment;

/**

* Sets the alignment of this range relative to the scale it is associated with.

* @param {MindFusion.Gauges.Alignment} value The alignment of this range relative to the scale it is associated with.

*/

setAlignment(value: Alignment): void;

/**

* Gets the width of this range at its start.

* @returns {MindFusion.Gauges.Length} The width of this range at its start.

*/

getStartWidth(): Length;

/**

* Sets the width of this range at its start.

* @param {MindFusion.Gauges.Length} value The width of this range at its start.

*/

setStartWidth(value: Length): void;

/**

* Gets the width of this range at its end.

* @returns {MindFusion.Gauges.Length} The width of this range at its end.

*/

getEndWidth(): Length;

/**

* Sets the width of this range at its end.

* @param {MindFusion.Gauges.Length} value The width of this range at its end.

*/

setEndWidth(value: Length): void;

/**

* Gets the offset of the range from the position calculated according to its alignment.

* @returns {MindFusion.Gauges.Length} The offset of the range from the position calculated according to its alignment.

*/

getOffset(): Length;

/**

* Sets the offset of the range from the position calculated according to its alignment.

* @param {MindFusion.Gauges.Length} value The offset of the range from the position calculated according to its alignment.

*/

setOffset(value: Length): void;

/**

* Gets a value indicating whether to draw a stroke in the beginning of this range.

* @returns {Boolean} True if there should be a stroke in the beginning of this range, otherwise false.

*/

getCapStart(): boolean;

/**

* Sets a value indicating whether to draw a stroke in the beginning of this range.

* @param {Boolean} value True if there should be a stroke in the beginning of this range, otherwise false.

*/

setCapStart(value: boolean): void;

/**

* Gets a value indicating whether to draw a stroke in the end of this range.

* @returns {Boolean} True if there should be a stroke in the end of this range, otherwise false.

*/

getCapEnd(): boolean;

/**

* Sets a value indicating whether to draw a stroke in the end of this range.

* @param {Boolean} value True if there should be a stroke in the end of this range, otherwise false.

*/

setCapEnd(value: boolean): void;

/**

* Gets a value indicating whether to draw a stroke at the inside of this range.

* @returns {Boolean} True if there should be a stroke at the inside of this range, otherwise false.

*/

getStrokeInside(): boolean;

/**

* Sets a value indicating whether to draw a stroke at the inside of this range.

* @param {Boolean} value True if there should be a stroke at the inside of this range, otherwise false.

*/

setStrokeInside(value: boolean): void;

/**

* Gets a value indicating whether to draw a stroke at the outside of this range.

* @returns {Boolean} True if there should be a stroke at the outside of this range, otherwise false.

*/

getStrokeOutside(): boolean;

/**

* Sets a value indicating whether to draw a stroke at the outside of this range.

* @param {Boolean} value True if there should be a stroke at the outside of this range, otherwise false.

*/

setStrokeOutside(value: boolean): void;

/**

* Gets a value indicating whether the start and end width of the range will be automatically adjusted to match the width of the scale.

* @returns {Boolean} True if the range is autosized, otherwise false.

* @remarks If this property is set to true the values of startWidth and endWidth properties are ignored.

*/

getAutoSize(): boolean;

/**

* Sets a value indicating whether the start and end width of the range will be automatically adjusted to match the width of the scale.

* @param {Boolean} value True if the range is autosized, otherwise false.

* @remarks If this property is set to true the values of startWidth and endWidth properties are ignored.

*/

setAutoSize(value: boolean): void;

}

/**

* pecifies distance expressed either absolutely, through pixels, or relatively, through a percentage of the container's size.

*/

interface Length

{

/**

* Creates an instance of Length class.

* @param {Number} value A number specifying the initial length value.

* @param {MindFusion.Gauges.LengthType} [type] A member of the LengthType enumeration specifying the length type.

*/

new (value: number, type?: LengthType): Length;

/**

* Calculates the absolute length corresponding to the specified argument, relative to the the specified area.

*/

getAbsoluteLength(space: number);

/**

* Gets the value representing this length.

* @returns {Number} The value representing this length.

*/

getValue(): number;

/**

* Sets the value representing this length.

* @param {Number} value The value representing this length.

*/

setValue(value: number): void;

/**

* Gets the type of this length.

* @returns {MindFusion.Gauges.LengthType} The type of this length.

*/

getType(): LengthType;

/**

* Sets the type of this length.

* @param {MindFusion.Gauges.LengthType} value The type of this length.

*/

setType(value: LengthType): void;