public static ILightData ParseData(LightBuffer lightBuffer)
{
ILightData data = null;
LightDataType dataType = lightBuffer.ReadDataType();
switch (dataType)
{
case LightDataType.Object:
byte[] tempBuffer = new byte[lightBuffer.buffer.Length - lightBuffer.offset];
Buffer.BlockCopy(lightBuffer.buffer, lightBuffer.offset, tempBuffer, 0, tempBuffer.Length);
LightBuffer objectBuffer = new LightBuffer(tempBuffer);
LightObject tempObj = new LightObject();
tempObj.key = objectBuffer.ReadByte();
int dataCount = objectBuffer.ReadByte();
for (int i = 0; i < dataCount; i++)
{
tempObj.AddLightData(ParseData(objectBuffer));
}
data = tempObj;
lightBuffer.offset += objectBuffer.offset;
break;
case LightDataType.Int:
data = LightInt.Deserialize(lightBuffer);
break;
}
return(data);
}
serializableUnityARLightData(UnityARLightData lightData)
{
whichLight = lightData.arLightingType;
if (whichLight == LightDataType.DirectionalLightEstimate)
{
lightSHC = lightData.arDirectonalLightEstimate.sphericalHarmonicsCoefficients;
Vector3 lightDir = lightData.arDirectonalLightEstimate.primaryLightDirection;
float lightIntensity = lightData.arDirectonalLightEstimate.primaryLightIntensity;
primaryLightDirAndIntensity = new SerializableVector4(lightDir.x, lightDir.y, lightDir.z, lightIntensity);
}
else
{
ambientIntensity = lightData.arLightEstimate.ambientIntensity;
ambientColorTemperature = lightData.arLightEstimate.ambientColorTemperature;
}
}
public UnityARLightData(LightDataType ldt, UnityARLightEstimate ule, UnityARDirectionalLightEstimate udle)
{
arLightingType = ldt;
arLightEstimate = ule;
arDirectonalLightEstimate = udle;
}
public UnityMarshalLightData(LightDataType ldt, UnityARLightEstimate ule, MarshalDirectionalLightEstimate mdle)
{
arLightingType = ldt;
arLightEstimate = ule;
arDirectonalLightEstimate = mdle;
}
