/// <param name="quaternionBitLength">10 per "smallest 3" is good enough for most people</param>
public QuaternionPacker(int quaternionBitLength = 10)
{
// (this.BitLength - 1) because pack sign by itself
bitCountPerElement = quaternionBitLength;
totalBitCount = 2 + (quaternionBitLength * 3);
floatPacker = new FloatPacker(MaxValue, quaternionBitLength);
readMask = (uint)BitMask.Mask(bitCountPerElement);
}
/// <param name="quaternionBitLength">10 per "smallest 3" is good enough for most people</param>
public QuaternionPacker(int quaternionBitLength = 10)
{
// (this.BitLength - 1) because pack sign by itself
_bitCountPerElement = quaternionBitLength;
_totalBitCount = 2 + (quaternionBitLength * 3);
_floatPacker = new FloatPacker(MAX_VALUE, quaternionBitLength);
_readMask = (uint)BitMask.Mask(_bitCountPerElement);
}
public Vector3Packer(Vector3 max, Vector3 precision)
{
xPacker = new FloatPacker(max.x, precision.x);
yPacker = new FloatPacker(max.y, precision.y);
zPacker = new FloatPacker(max.z, precision.z);
}
public Vector3Packer(float xMax, float yMax, float zMax, float xPrecision, float yPrecision, float zPrecision)
{
xPacker = new FloatPacker(xMax, xPrecision);
yPacker = new FloatPacker(yMax, yPrecision);
zPacker = new FloatPacker(zMax, zPrecision);
}
public Vector3Packer(float xMax, float yMax, float zMax, int xBitCount, int yBitCount, int zBitCount)
{
xPacker = new FloatPacker(xMax, xBitCount);
yPacker = new FloatPacker(yMax, yBitCount);
zPacker = new FloatPacker(zMax, zBitCount);
}
public Vector2Packer(Vector2 max, Vector2 precision)
{
xPacker = new FloatPacker(max.x, precision.x);
yPacker = new FloatPacker(max.y, precision.y);
}
public Vector2Packer(float xMax, float yMax, float xPrecision, float yPrecision)
{
xPacker = new FloatPacker(xMax, xPrecision);
yPacker = new FloatPacker(yMax, yPrecision);
}
public Vector2Packer(float xMax, float yMax, int xBitCount, int yBitCount)
{
xPacker = new FloatPacker(xMax, xBitCount);
yPacker = new FloatPacker(yMax, yBitCount);
}
