void UpdateTest()
{
FloatCompression FloatCompression = FloatCompressor.TotalCompression(TestFloat, TestCompressionSettings);
TestFloatAfterDecompression = FloatCompressor.TotalUnCompression(FloatCompression);
if (TestCompressionSettings.Min < TestFloatAfterDecompression && TestFloatAfterDecompression < TestCompressionSettings.Max)
{
CompressionDiffrence = TestFloat - TestFloatAfterDecompression;
CompressedBits = FloatCompression._bits;
Debug.Log("Uncompressed float was:" + TestFloat + " | Compressed uint: " + FloatCompression._compressed + " | Decompressed float: " + TestFloatAfterDecompression);
Debug.Log("This was a difference of:" + CompressionDiffrence + " | This is a total bit size of:" + CompressedBits);
PreviewUncompressed.position = new Vector3(TestFloat, 0, 0);
PreviewCubeCompressed.position = new Vector3(TestFloatAfterDecompression, 0, 0);
}
else
{
if (TestCompressionSettings.Min > TestFloatAfterDecompression)
{
Debug.LogWarning("The TestFloat is lower then TestCompressionSettings.Min here is the result:" + TestFloatAfterDecompression);
}
else
{
Debug.LogWarning("The TestFloat is higher then TestCompressionSettings.mac here is the result:" + TestFloatAfterDecompression);
}
}
}
public static float TotalDecompression(FloatCompression compressed)
{
return(Clamp((compressed._compressed * compressed._accuracy) + compressed._min, compressed._min, compressed._max));
}
