/* PUBLIC METHODS */
public Vector3 ComputeResult(RaycastHit _hit, ComputationMethod _computationMethod)
{
Vector3 targetSize = GetWorldSpaceTargetSize(_hit);
Vector3 unscaledResultWorld = GetWorldSpaceVector(_hit);
Vector3 unscaledResultLocal;
if (_computationMethod == ComputationMethod.Euler)
{
unscaledResultLocal = GetLocalSpaceVector_Euler(unscaledResultWorld, _hit.transform.parent.rotation);
}
else if (_computationMethod == ComputationMethod.Quaternion)
{
unscaledResultLocal = GetLocalSpaceVector_Quaternion(unscaledResultWorld, _hit.transform.parent.rotation);
}
else if (_computationMethod == ComputationMethod.Quaternion2)
{
unscaledResultLocal = GetLocalSpaceVector_Quaternion2(unscaledResultWorld, _hit.transform.parent.rotation);
}
else
{
unscaledResultLocal = Vector3.zero;
}
Vector3 relativeError = new Vector3(unscaledResultLocal.x / (targetSize.x * 0.5f), unscaledResultLocal.y / (targetSize.z * 0.5f), unscaledResultLocal.z / (targetSize.x * 0.5f));
//Debug.Log("Final result " + "(" + _hit.transform.parent.name + "): " + relativeError.ToString());
return(relativeError);
}
public ComputedField(ComputationMethod compFunc)
{
_computationFunction = compFunc;
}
private double calculation1(ComputationMethod computationMethod)
{
return computationMethod(5.0);
}
/// <summary>Creates a <see cref="IMklCurveDataFitting"/> object that represents the implementation of the interpolation approach. /// </summary> /// <param name="computationMethod">The computation method with respect to the MKL data fitting routines.</param> /// <returns>A <see cref="IMklCurveDataFitting"/> object that represents the implementation of the interpolation approach.</returns> /// <remarks>The current release of Intel's Math Kernel Library (11.0, Update 5) does support exactly one computation method.</remarks> public abstract IMklCurveDataFitting Create(ComputationMethod computationMethod);
