async void SetLightColor(string iD, LightSequenceData lightSequenceData)
{
if (settingColorInternally || dragStarted)
{
return;
}
if (iD == BluetoothLights.Left_ID)
{
DmxLight.Left.SetColor(lightSequenceData.Hue, lightSequenceData.Saturation, lightSequenceData.Lightness);
SetColorPicker(lightSequenceData, leftLight);
}
else if (iD == BluetoothLights.Right_ID)
{
DmxLight.Right.SetColor(lightSequenceData.Hue, lightSequenceData.Saturation, lightSequenceData.Lightness);
SetColorPicker(lightSequenceData, rightLight);
}
else if (iD == BluetoothLights.Center_ID)
{
DmxLight.Center.SetColor(lightSequenceData.Hue, lightSequenceData.Saturation, lightSequenceData.Lightness);
SetColorPicker(lightSequenceData, centerLight);
}
else
{
System.Diagnostics.Debugger.Break(); // What Light is this?
}
}
private void SetColorPicker(LightSequenceData lightSequenceData, FrmColorPicker colorPicker)
{
settingColorInternally = true;
try
{
colorPicker.Hue = (int)lightSequenceData.Hue;
colorPicker.Saturation = (int)lightSequenceData.Saturation;
colorPicker.Lightness = (int)lightSequenceData.Lightness;
}
finally
{
settingColorInternally = false;
}
}
public IEnumerable <LightSequenceData> Decompress()
{
const double singleFrameDuration = 1d / 30d;
const double halfFrameDuration = singleFrameDuration / 2d;
List <LightSequenceData> result = new List <LightSequenceData>();
double totalDuration = Duration;
while (totalDuration >= halfFrameDuration)
{
LightSequenceData lightSequenceData = new LightSequenceData()
{
Hue = Hue, Saturation = Saturation, Lightness = Lightness, Duration = singleFrameDuration
};
result.Add(lightSequenceData);
totalDuration -= singleFrameDuration;
}
return(result);
}
public Light Compress()
{
Light result = new Light()
{
ID = ID
};
LightSequenceData lastSequenceData = null;
foreach (LightSequenceData lightSequenceData in SequenceData)
{
if (lastSequenceData == null || !lastSequenceData.SameColor(lightSequenceData))
{
LightSequenceData clonedSequence = lightSequenceData.Clone();
result.SequenceData.Add(clonedSequence);
lastSequenceData = clonedSequence;
}
else
{
lastSequenceData.Duration += lightSequenceData.Duration;
}
}
return(result);
}
private static void FrameAnimator_RenderLights(object sender, RenderFrameEventArgs ea)
{
if (sender is FrameAnimator frameAnimator && frameAnimator.Data is Light light)
{
if (frameAnimator.FrameIndex >= light.SequenceData.Count)
{
ea.ShouldStop = true;
return;
}
LightSequenceData lightData = light.SequenceData[frameAnimator.FrameIndex];
DmxLight dmxLight = null;
if (light.ID == BluetoothLights.Left_ID)
{
dmxLight = DmxLight.Left;
}
else if (light.ID == BluetoothLights.Center_ID)
{
dmxLight = DmxLight.Center;
}
else if (light.ID == BluetoothLights.Right_ID)
{
dmxLight = DmxLight.Right;
}
if (dmxLight == null)
{
return;
}
dmxLight.SetColor(lightData);
//Task.Run(async () => await bluetoothLight.SetAsync(lightData.Hue, lightData.Saturation, lightData.Lightness));
ea.Duration = lightData.Duration;
}
}
public void SetColor(LightSequenceData lightData)
{
SetColor(lightData.Hue, lightData.Saturation, lightData.Lightness);
}
public bool SameColor(LightSequenceData lightSequenceData)
{
return(Hue == lightSequenceData.Hue &&
Saturation == lightSequenceData.Saturation &&
Lightness == lightSequenceData.Lightness);
}
