void UpdateColor()
{
JSONObject fixtureDef = FixtureLibrary.Instance.GetFixtureDef(libraryPath);
if (fixtureDef == null)
{
return;
}
Light fixtureLight = GetComponent <Light>();
for (int i = 0; i < wheelNames.Count; i++)
{
string wheelName = wheelNames[i];
Wheel wheel = wheelData[i];
JSONArray slots = fixtureDef["wheels"][wheelName]["slots"] as JSONArray;
int numSlots = slots.Count;
int slotIndex = (int)wheel.slot;
float t = wheel.slot - slotIndex;
JSONObject slotA = slots[Mod(slotIndex - 1, numSlots)] as JSONObject;
JSONObject slotB = slots[Mod(slotIndex, numSlots)] as JSONObject;
if (slotA["type"] == "Color")
{
Color colorA = FixtureLibrary.ParseColorArray(slotA["colors"] as JSONArray);
Color colorB = FixtureLibrary.ParseColorArray(slotB["colors"] as JSONArray);
Color color = (1 - t) * colorA + t * colorB;
_red = color.r;
_green = color.g;
_blue = color.b;
// TODO: color temperature
}
// wheel rotation
if (Application.isPlaying)
{
wheel.slot += wheel.speed * Time.deltaTime;
if (wheel.slot >= numSlots + 1)
{
wheel.slot -= numSlots;
}
if (wheel.slot < 1)
{
wheel.slot += numSlots;
}
}
}
// color temperature mode
if (_colorTemperature > 0)
{
fixtureLight.color = Color.white;
fixtureLight.colorTemperature = _colorTemperature;
}
else
{
if (isMatrix)
{
Color color = Color.black;
MeshRenderer[] pixels = GetComponentsInChildren <MeshRenderer>();
foreach (MeshRenderer pixel in pixels)
{
// TODO: white channel
color += pixel.sharedMaterial.color;
}
fixtureLight.color = color / pixels.Length;
}
else
{
fixtureLight.color = new Color(_red + _white, _green + _white, _blue + _white);
}
fixtureLight.colorTemperature = 6500;
}
}
void UpdateChannel(int channelIndex)
{
if (!useLibrary)
{
return;
}
string channelName = channelNames[channelIndex];
string channelKey = FixtureLibrary.ParseTemplateChannelKey(channelName);
string channelPixelKey = FixtureLibrary.ParseTemplatePixelKey(channelName);
JSONObject channel = GetChannelDef(channelKey, channelPixelKey);
if (channel == null)
{
return;
}
JSONObject capability = channel["capability"] as JSONObject;
if (capability == null)
{
JSONArray capabilities = channel["capabilities"] as JSONArray;
for (int i = 0; i < capabilities.Count; i++)
{
capability = capabilities[i] as JSONObject;
if (_values[channelIndex] <= capability["dmxRange"][1])
{
break;
}
}
}
if (capability == null)
{
return;
}
string capabilityType = capability["type"];
if (capabilityType == "Pan")
{
_panTarget = FixtureLibrary.GetFloatProperty(capability, "angle", FixtureLibrary.Entity.RotationAngle, _values[channelIndex]);
UpdateTransform();
}
else if (capabilityType == "Tilt")
{
_tiltTarget = FixtureLibrary.GetFloatProperty(capability, "angle", FixtureLibrary.Entity.RotationAngle, _values[channelIndex]);
UpdateTransform();
}
else if (capabilityType == "PanTiltSpeed")
{
_panSpeed = _tiltSpeed = FixtureLibrary.GetFloatProperty(capability, "speed", FixtureLibrary.Entity.Speed, _values[channelIndex]);
}
else if (capabilityType == "Intensity")
{
_intensity = FixtureLibrary.GetFloatProperty(capability, "brightness", FixtureLibrary.Entity.Brightness, _values[channelIndex]);
UpdateIntensity();
}
else if (capabilityType == "ColorIntensity")
{
string colorKey = capability["color"];
float intensity = FixtureLibrary.GetFloatProperty(capability, "brightness", FixtureLibrary.Entity.Brightness, _values[channelIndex]);
// TODO: not just for color channels
if (!string.IsNullOrEmpty(channelPixelKey))
{
Transform pixel = transform.Find(channelPixelKey);
if (pixel == null)
{
foreach (JSONString p in fixtureDef["matrix"]["pixelGroups"][channelPixelKey] as JSONArray)
{
pixel = transform.Find(p);
SetPixelColor(pixel, colorKey, intensity);
}
}
else
{
SetPixelColor(pixel, colorKey, intensity);
}
}
else
{
if (colorKey == "Red")
{
_red = intensity;
}
else if (colorKey == "Green")
{
_green = intensity;
}
else if (colorKey == "Blue")
{
_blue = intensity;
}
else if (colorKey == "White")
{
_white = intensity;
}
}
// TODO: more colors
UpdateColor();
}
else if (capabilityType == "Zoom")
{
_beamAngle = FixtureLibrary.GetFloatProperty(capability, "angle", FixtureLibrary.Entity.BeamAngle, _values[channelIndex]);
UpdateSpotAngle();
}
else if (capabilityType == "ShutterStrobe")
{
_shutterEffect = FixtureLibrary.ParseEffect(capability["shutterEffect"]);
_shutterSpeed = FixtureLibrary.GetFloatProperty(capability, "speed", FixtureLibrary.Entity.Speed, _values[channelIndex]);
UpdateShutter();
}
else if (capabilityType == "ColorTemperature")
{
_colorTemperature = FixtureLibrary.GetFloatProperty(capability, "colorTemperature", FixtureLibrary.Entity.ColorTemperature, _values[channelIndex]);
UpdateColor();
}
else if (capabilityType == "ColorPreset")
{
if (capability["colors"] != null)
{
Color color = FixtureLibrary.ParseColorArray(capability["colors"] as JSONArray);
_red = color.r;
_green = color.g;
_blue = color.b;
}
if (capability["colorsTemperature"] != null)
{
_colorTemperature = FixtureLibrary.GetFloatProperty(capability, "colorTemperature", FixtureLibrary.Entity.ColorTemperature, _values[channelIndex]);
}
UpdateColor();
}
else if (capabilityType == "WheelSlot")
{
string wheelName = channelKey;
if (capability["wheel"] != null)
{
wheelName = capability["wheel"];
}
Wheel wheel = GetWheel(wheelName);
if (wheel != null)
{
wheel.slot = FixtureLibrary.GetFloatProperty(capability, "slotNumber", FixtureLibrary.Entity.SlotNumber, _values[channelIndex]);
wheel.speed = 0;
}
UpdateColor();
}
else if (capabilityType == "WheelRotation")
{
string wheelName = channelKey;
if (capability["wheel"] != null)
{
wheelName = capability["wheel"];
}
Wheel wheel = GetWheel(wheelName);
if (wheel != null)
{
wheel.speed = FixtureLibrary.GetFloatProperty(capability, "speed", FixtureLibrary.Entity.Speed, _values[channelIndex]);
}
}
else if (capabilityType == "NoFunction")
{
// TODO this is a hack for some bad ficture defs
if (channelKey == "Strobe")
{
_shutterEffect = FixtureLibrary.ShutterEffect.Open;
}
UpdateShutter();
}
}