public void Write(Quaternion data, FloatCompressionTypeShort compressionType)
{
Write(data.x, compressionType);
Write(data.y, compressionType);
Write(data.z, compressionType);
Write(data.w, compressionType);
}
public Vector2 ReadVector2(FloatCompressionTypeShort compressionType)
{
var result = new Vector2();
result.x = ReadSingle(compressionType);
result.y = ReadSingle(compressionType);
return(result);
}
public Quaternion ReadQuaternion(FloatCompressionTypeShort compressionType)
{
var result = new Quaternion();
result.x = ReadSingle(compressionType);
result.y = ReadSingle(compressionType);
result.z = ReadSingle(compressionType);
result.w = ReadSingle(compressionType);
return(result);
}
private static short GetMultiplayer(FloatCompressionTypeShort compressionType)
{
switch (compressionType)
{
case FloatCompressionTypeShort.Short_One_Decimal:
return(10);
case FloatCompressionTypeShort.Short_Two_Decimals:
return(100);
case FloatCompressionTypeShort.Short_Three_Decimals:
return(1000);
case FloatCompressionTypeShort.None:
default:
return(1);
}
}
public static float DecompressFromShort(short value, FloatCompressionTypeShort compressionType)
{
var multi = GetMultiplayer(compressionType);
return((float)value / multi);
}
public static short CompressToShort(float value, FloatCompressionTypeShort compressionType)
{
var multi = GetMultiplayer(compressionType);
return((short)(value * multi));
}
public float ReadSingle(FloatCompressionTypeShort compressionType)
{
return(CompressionUtils.DecompressFromShort(ReadInt16(), compressionType));
}
public void Write(Vector2 data, FloatCompressionTypeShort compressionType)
{
Write(data.x, compressionType);
Write(data.y, compressionType);
}
public void Write(float value, FloatCompressionTypeShort compressionType)
{
Write(CompressionUtils.CompressToShort(value, compressionType));
}
