steelseries_flutter library

Classes

AltimeterGauge
Creates a AltimeterGauge.
BatteryGauge
Creates a BatteryGauge.
ClockGauge
Creates a ClockGauge.
ClockParameters
ColorDef
CompassGauge
Creates a CompassGauge.
CompassInit
GradientWrapper
HorizonGauge
Creates a HorizonGauge.
LEDWidget
Creates a LEDWidget.
LevelGauge
Creates a LevelGauge.
LightBulbWidget
Creates a LightBulbWidget.
LinearBargraphGauge
Creates a LinearBargraphGauge.
LinearGauge
Creates a LinearGauge.
OdometerGauge
Creates a OdometerGauge.
OdometerParameters
Parameters
RadialBargraphGauge
Creates a RadialBargraphGauge.
RadialGauge
Creates a RadialGauge.
RadialVerticalGauge
Creates a RadialVerticalGauge.
Section
SectionRange
SingleLCDGauge
Creates a SingleLCDGauge.
StopwatchGauge
Creates a StopWatchGauge.
TrafficLightWidget
Creates a TrafficLightWidget.
WindDirectionGauge
Creates a WindDirectionGauge.

Constants

DEG_FACTOR → const double
HALF_PI → const double
PI → const double
RAD_FACTOR → const double
TWO_PI → const double

Properties

backgroundCache ↔ Map<String, Picture>
getter/setter pair
drawFrameCache ↔ Map<String, Picture>
getter/setter pair
foregroundCache ↔ Map<String, Picture>
getter/setter pair
knobImageCache ↔ Map<String, Picture>
getter/setter pair
lcdBackgroundImageCache ↔ Map<String, Picture>
getter/setter pair
ledCache ↔ Map<String, Picture>
getter/setter pair
linearBackgroundImageCache ↔ Map<String, Picture>
getter/setter pair
linearForegroundImageCache ↔ Map<String, Picture>
getter/setter pair
linearFrameImageCache ↔ Map<String, Picture>
getter/setter pair
measuredValueImageCache ↔ Map<String, Picture>
getter/setter pair
pointerImageCache ↔ Map<String, Picture>
getter/setter pair
trendIndicatorCache ↔ Map<String, Picture>
getter/setter pair

Functions

calcNiceNumber(double range, bool round) → double
carbonBuffer() → Image?
carbonBufferInit({double width = 12.0, double height = 12.0}) → Future<Image>
colorFromHex(String hexRGB, {double opacity = 1.0}) → Color
createKnobImage(double size, KnobTypeEnum knob, KnobStyleEnum style) → Picture
createLcdBackgroundImage(double width, double height, LcdColorEnum lcdColor) → Picture
createLedImage(double size, int state, LedColorEnum ledColor) → Picture
createMeasuredValueImage(double size, Color indicatorColor, bool radial, bool vertical) → Picture
createTrendIndicator(double width, TrendStateEnum onSection, List<LedColorEnum> colors) → Picture
customColorDef(Color color) → ColorDef
darker(Color color, double fraction) → Color
drawAltimeter(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawBackground(BackgroundColorEnum backgroundColor, double centerX, double centerY, double imageWidth, double imageHeight) → Picture
drawBattery(Canvas canvas, Size size, Parameters parameters) → void
drawClock(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawCompass(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawDisplaySingle(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawForeground(ForegroundTypeEnum foregroundType, double imageWidth, double imageHeight, bool withCenterKnob, KnobTypeEnum knob, KnobStyleEnum style, GaugeTypeEnum gaugeType, OrientationEnum orientation) → Picture
drawFrame(FrameDesignEnum frameDesign, double centerX, double centerY, double imageWidth, double imageHeight) → Picture
drawHorizon(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawLed(Canvas canvas, Size size, int state, Parameters parameters) → void
drawLevel(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawLightbulb(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawLinear(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawLinearBackgroundImage(BackgroundColorEnum backgroundColor, double imageWidth, double imageHeight, bool vertical) → Picture
drawLinearBargraph(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawLinearForegroundImage(double imageWidth, double imageHeight, bool vertical) → Picture
drawLinearFrameImage(FrameDesignEnum frameDesign, double imageWidth, double imageHeight, bool vertical) → Picture
drawOdometer(Canvas canvas, OdometerParameters parameters) → void
drawPointerImage(double size, PointerTypeEnum ptrType, ColorDef ptrColor, Color lblColor) → Picture
drawRadial(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawRadialBargraph(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawRadialCustomImage(Canvas ctx, Image? img, double centerX, double centerY, double imageWidth, double imageHeight) → void
drawRadialVertical(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawRoseImage(Canvas ctx, double centerX, double centerY, double imageWidth, double imageHeight, BackgroundColorEnum backgroundColor) → void
drawStopwatch(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawTitleImage(Canvas ctx, double imageWidth, double imageHeight, String titleString, String unitString, BackgroundColorEnum backgroundColor, bool vertical, bool radial, bool altPos, GaugeTypeEnum? gaugeTypeVal) → void
drawTrafficlight(Canvas canvas, Size canvasSize, Parameters parameters) → void
drawWindDirection(Canvas canvas, Size canvasSize, Parameters parameters) → void
getColorFromFraction(Color sourceColor, Color destinationColor, double range, double fraction, bool returnRawData) → Color
getColorFromFractionRaw(Color sourceColor, Color destinationColor, double range, double fraction, bool returnRawData) → List<double>
getFont(double fontHeight, Color color, {FontTypeEnum fontType = FontTypeEnum.RobotoMono, FontWeight? fontWeight}) → TextStyle
getShortestAngle(double from, double to) → double
hatchBuffer() → Image?
hatchBufferInit({double width = 2.0, double height = 2.0}) → Future<Image>
hsbToRgb(double hue, double saturation, double brightness) → List<int>
initBuffers() → Future<bool>
lighter(Color color, double fraction) → Color
log10(double value) → double
odometerWidth(double height, int digits, int decimals) → double
punchedSheetBuffer() → Image?
punchedSheetBufferInit({double width = 15.0, double height = 15.0}) → Future<Image>
range(int value, int limit) → int
rangeDouble(double value, double limit) → double
rgbToHsb(double r, double g, double b) → List<double>
rgbToHsl(double red, double green, double blue) → List<double>
roundedRectangle(double x, double y, double w, double h, double radius) → Path
wrap(double value, double lower, double upper) → double