private void createDigitalGauges()
{
MPHModel mphM = MPHModel.Instance;
RPMModel rpmM = RPMModel.Instance;
ODOModel odoM = ODOModel.Instance;
TEMPModel tempM = TEMPModel.Instance;
FUELModel fuelM = FUELModel.Instance;
OILModel oilM = OILModel.Instance;
TRIPModel tripM = TRIPModel.Instance;
BATModel batM = BATModel.Instance;
TimeModel timeM = TimeModel.Instance;
GEARModel gearM = GEARModel.Instance;
SolidColorBrush brush1 = new SolidColorBrush(Colors.Black);
SolidColorBrush brush2 = new SolidColorBrush(Colors.LightSteelBlue);
DigitalMPH digitalmph = new DigitalMPH(mphM, canvasMPH, brush1, 90, 75, 25, 20,2,true);
DigitalRPM digitalrpm = new DigitalRPM(rpmM, canvasRPM, brush1, 9, 75, 25, 20, 2, true);
DigitalFUEL digitalfuel = new DigitalFUEL(fuelM, canvasFuel, brush1, 20, 61, 12, 12, 1, false);
DigitalOIL digitaloil = new DigitalOIL(oilM, canvasOil, brush1, 25, 12, 12, 12, 1, false);
DigitalBAT digitalbat = new DigitalBAT(batM, canvasBat, brush1, 20, 12, 12, 12, 1, false);
DigitalTEMP digitaltemp = new DigitalTEMP(tempM, canvasTemperature, brush1, 22, 61, 12, 12, 1, false);
DigitalClock digitalclock = new DigitalClock(timeM, canvasTime, brush1, 0, 28, 12, 12, 1, false, true);
DigitalOdometer odo = new DigitalOdometer(odoM, canvasODO, brush2, 20, 10, 7, 7, 1, false);
DigitalTripometer trip = new DigitalTripometer(tripM, canvasTRIP, brush2, 20, 10, 7, 7, 1, false);
//Note values are negative to trick the gauge into working backwards.
GearIndicator gearLight = new GearIndicator();
gearLight.addGearIndicator(gearPark, 0);
gearLight.addGearIndicator(gearReverse, 1);
gearLight.addGearIndicator(gearNeutral, 2);
gearLight.addGearIndicator(gearDrive, 3);
gearLight.addGearIndicator(gearThird, 4);
gearLight.addGearIndicator(gearSecond, 5);
gearM.RegisterObserver(gearLight);
// gaugeMPH.update(15);
// gaugeRPM.update(3.75);
// gaugeFuel.update(80);
// gaugeTemperature.update((-1 * 200));
// gaugeOil.update(70);
// gaugeBat.update((-1 * 67));
// mphM.RegisterObserver(digitalmph);
// rpmM.RegisterObserver(gaugeRPM);
// tempM.RegisterObserver(gaugeTemperature);
// fuelM.RegisterObserver(gaugeFuel);
// oilM.RegisterObserver(gaugeOil);
// batM.RegisterObserver(gaugeBat);
// timeM.RegisterObserver(gaugeTimeHour);
// timeM.RegisterObserver(gaugeTimeMinute);
// gearM.RegisterObserver(gearLight);
}
private void createAnalogGauges()
{
MPHModel mphM = MPHModel.Instance;
RPMModel rpmM = RPMModel.Instance;
ODOModel odoM = ODOModel.Instance;
TEMPModel tempM = TEMPModel.Instance;
FUELModel fuelM = FUELModel.Instance;
OILModel oilM = OILModel.Instance;
TRIPModel tripM = TRIPModel.Instance;
BATModel batM = BATModel.Instance;
TimeModel timeM = TimeModel.Instance;
GEARModel gearM = GEARModel.Instance;
AnalogGauge gaugeMPH = new AnalogGauge(canvasMPH, 75, (Math.PI / 4), 0, 120, 12, true, true);
AnalogGauge gaugeKMPH = new AnalogGauge(canvasKMPH, 70, (Math.PI / 4), 0, 180, 9, true, false);
AnalogGauge gaugeRPM = new AnalogGauge(canvasRPM, 75, (Math.PI / 4), 0, 9, 9, true, true, RPMEllipse1,6, 7, 7, 10, Colors.White, Colors.Lime, Colors.OrangeRed);
AnalogGauge gaugeFuel = new AnalogGauge(canvasFuel, 25, (Math.PI / 4), 0, 15, 2, false, true, fuelEllipse1, 0, .25, 5, 15, Colors.White, Colors.Orange, Colors.LightYellow);
AnalogGauge gaugeOil = new AnalogGauge(canvasOil, 25, (Math.PI / 4), 0, 100, 2, false, true, oilEllipse1, 0, 20, 80, 100, Colors.White, Colors.OrangeRed, Colors.OrangeRed);
AnalogGauge gaugeTimeHour = new AnalogGauge(canvasTime, 100, (-Math.PI / 2), 0, 12, 12, true, true);
AnalogGauge gaugeTimeMinute = new AnalogGauge(canvasTime, 100, (-Math.PI / 2), 0, 60, 0, false, false);
//Note values are negative to trick the gauge into working backwards.
AnalogGauge gaugeTemperature = new AnalogGauge(canvasTemperature, 25, ((5 * Math.PI) / 4), -250, -100, 2, false, true, temperatureEllipse1, -120, -100, -250, -200, Colors.White, Colors.LightBlue, Colors.OrangeRed);
AnalogGauge gaugeBat = new AnalogGauge(canvasBat, 25, ((5 * Math.PI) / 4), -26, 0, 1, false, false);
DigitalOdometer odo = new DigitalOdometer(odoM, canvasODO);
DigitalTripometer trip = new DigitalTripometer(tripM, canvasTRIP);
GearIndicator gearLight = new GearIndicator();
gearLight.addGearIndicator(gearPark, 0);
gearLight.addGearIndicator(gearReverse, 1);
gearLight.addGearIndicator(gearNeutral, 2);
gearLight.addGearIndicator(gearDrive, 3);
gearLight.addGearIndicator(gearThird, 4);
gearLight.addGearIndicator(gearSecond, 5);
gaugeMPH.update(15);
gaugeRPM.update(3.75);
gaugeFuel.update(80);
gaugeTemperature.update((-1 * 200));
gaugeOil.update(70);
gaugeBat.update((-1 * 67));
mphM.RegisterObserver(gaugeMPH);
rpmM.RegisterObserver(gaugeRPM);
tempM.RegisterObserver(gaugeTemperature);
fuelM.RegisterObserver(gaugeFuel);
oilM.RegisterObserver(gaugeOil);
batM.RegisterObserver(gaugeBat);
timeM.RegisterObserver(gaugeTimeHour);
timeM.RegisterObserver(gaugeTimeMinute);
gearM.RegisterObserver(gearLight);
}