/// <summary>
/// Converts the string representation of a number to its <typeparamref name="T"/> equivalent. A return value indicates whether the conversion succeeded or failed.
/// </summary>
/// <param name="value">The number string representation</param>
/// <param name="provider">An object that supplies culture-specific formatting information</param>
/// <param name="result">Result of conversion</param>
/// <returns>true if conversion successed; otherwise, false</returns>
public override bool TryParse(string value, IFormatProvider provider, out Complex result)
{
string[] values = value.Split(';');
if (values.Length != 2)
{
throw new Exception(string.Format("Cannot parse value {0}", value));
}
double real, imaginary;
result = new Block2x2();
bool returnValue = double.TryParse(values[0], NumberStyles.AllowLeadingWhite | NumberStyles.AllowTrailingWhite | NumberStyles.AllowLeadingSign | NumberStyles.AllowDecimalPoint | NumberStyles.AllowThousands | NumberStyles.AllowExponent, provider, out real);
returnValue &= double.TryParse(values[0], NumberStyles.AllowLeadingWhite | NumberStyles.AllowTrailingWhite | NumberStyles.AllowLeadingSign | NumberStyles.AllowDecimalPoint | NumberStyles.AllowThousands | NumberStyles.AllowExponent, provider, out imaginary);
if (!returnValue)
{
result = default(Complex);
}
else
{
result = new Complex(real, imaginary);
}
return(returnValue);
}
unsafe internal static void Multiply(Block2x2 *value1, Block2x2 value2, Block2x2 *result, int length, int value1Index = 0, int value2Index = 0, int resultIndex = 0)
{
double f00 = value2.f00;
double f01 = value2.f01;
double f10 = value2.f10;
double f11 = value2.f11;
double *ptrValue1 = (double *)(value1 + value1Index);
double *ptrResult = (double *)(result + resultIndex);
double *ptrEnd = (double *)(result + length) - 31;
// Main loop, pointers for row values
while (ptrResult < ptrEnd)
{
*ptrResult = *ptrValue1 * f00 + ptrValue1[1] * f10;
ptrResult[1] = *ptrValue1 * f01 + ptrValue1[1] * f11;
ptrResult[2] = ptrValue1[2] * f00 + ptrValue1[3] * f10;
ptrResult[3] = ptrValue1[2] * f01 + ptrValue1[3] * f11;
ptrResult[4] = ptrValue1[4] * f00 + ptrValue1[5] * f10;
ptrResult[5] = ptrValue1[4] * f01 + ptrValue1[5] * f11;
ptrResult[6] = ptrValue1[6] * f00 + ptrValue1[7] * f10;
ptrResult[7] = ptrValue1[6] * f01 + ptrValue1[7] * f11;
ptrResult[8] = ptrValue1[8] * f00 + ptrValue1[9] * f10;
ptrResult[9] = ptrValue1[8] * f01 + ptrValue1[9] * f11;
ptrResult[10] = ptrValue1[10] * f00 + ptrValue1[11] * f10;
ptrResult[11] = ptrValue1[10] * f01 + ptrValue1[11] * f11;
ptrResult[12] = ptrValue1[12] * f00 + ptrValue1[13] * f10;
ptrResult[13] = ptrValue1[12] * f01 + ptrValue1[13] * f11;
ptrResult[14] = ptrValue1[14] * f00 + ptrValue1[15] * f10;
ptrResult[15] = ptrValue1[14] * f01 + ptrValue1[15] * f11;
ptrResult[16] = ptrValue1[16] * f00 + ptrValue1[17] * f10;
ptrResult[17] = ptrValue1[16] * f01 + ptrValue1[17] * f11;
ptrResult[18] = ptrValue1[18] * f00 + ptrValue1[19] * f10;
ptrResult[19] = ptrValue1[18] * f01 + ptrValue1[19] * f11;
ptrResult[20] = ptrValue1[20] * f00 + ptrValue1[21] * f10;
ptrResult[21] = ptrValue1[20] * f01 + ptrValue1[21] * f11;
ptrResult[22] = ptrValue1[22] * f00 + ptrValue1[23] * f10;
ptrResult[23] = ptrValue1[22] * f01 + ptrValue1[23] * f11;
ptrResult[24] = ptrValue1[24] * f00 + ptrValue1[25] * f10;
ptrResult[25] = ptrValue1[24] * f01 + ptrValue1[25] * f11;
ptrResult[26] = ptrValue1[26] * f00 + ptrValue1[27] * f10;
ptrResult[27] = ptrValue1[26] * f01 + ptrValue1[27] * f11;
ptrResult[28] = ptrValue1[28] * f00 + ptrValue1[29] * f10;
ptrResult[29] = ptrValue1[28] * f01 + ptrValue1[29] * f11;
ptrResult[30] = ptrValue1[30] * f00 + ptrValue1[31] * f10;
ptrResult[31] = ptrValue1[30] * f01 + ptrValue1[31] * f11;
ptrResult += 32;
ptrValue1 += 32;
}
ptrEnd += 16;
if (ptrResult < ptrEnd)
{
*ptrResult = *ptrValue1 * f00 + ptrValue1[1] * f10;
ptrResult[1] = *ptrValue1 * f01 + ptrValue1[1] * f11;
ptrResult[2] = ptrValue1[2] * f00 + ptrValue1[3] * f10;
ptrResult[3] = ptrValue1[2] * f01 + ptrValue1[3] * f11;
ptrResult[4] = ptrValue1[4] * f00 + ptrValue1[5] * f10;
ptrResult[5] = ptrValue1[4] * f01 + ptrValue1[5] * f11;
ptrResult[6] = ptrValue1[6] * f00 + ptrValue1[7] * f10;
ptrResult[7] = ptrValue1[6] * f01 + ptrValue1[7] * f11;
ptrResult[8] = ptrValue1[8] * f00 + ptrValue1[9] * f10;
ptrResult[9] = ptrValue1[8] * f01 + ptrValue1[9] * f11;
ptrResult[10] = ptrValue1[10] * f00 + ptrValue1[11] * f10;
ptrResult[11] = ptrValue1[10] * f01 + ptrValue1[11] * f11;
ptrResult[12] = ptrValue1[12] * f00 + ptrValue1[13] * f10;
ptrResult[13] = ptrValue1[12] * f01 + ptrValue1[13] * f11;
ptrResult[14] = ptrValue1[14] * f00 + ptrValue1[15] * f10;
ptrResult[15] = ptrValue1[14] * f01 + ptrValue1[15] * f11;
ptrResult += 16;
ptrValue1 += 16;
}
ptrEnd += 8;
if (ptrResult < ptrEnd)
{
*ptrResult = *ptrValue1 * f00 + ptrValue1[1] * f10;
ptrResult[1] = *ptrValue1 * f01 + ptrValue1[1] * f11;
ptrResult[2] = ptrValue1[2] * f00 + ptrValue1[3] * f10;
ptrResult[3] = ptrValue1[2] * f01 + ptrValue1[3] * f11;
ptrResult[4] = ptrValue1[4] * f00 + ptrValue1[5] * f10;
ptrResult[5] = ptrValue1[4] * f01 + ptrValue1[5] * f11;
ptrResult[6] = ptrValue1[6] * f00 + ptrValue1[7] * f10;
ptrResult[7] = ptrValue1[6] * f01 + ptrValue1[7] * f11;
ptrResult += 8;
ptrValue1 += 8;
}
ptrEnd += 4;
if (ptrResult < ptrEnd)
{
*ptrResult = *ptrValue1 * f00 + ptrValue1[1] * f10;
ptrResult[1] = *ptrValue1 * f01 + ptrValue1[1] * f11;
ptrResult[2] = ptrValue1[2] * f00 + ptrValue1[3] * f10;
ptrResult[3] = ptrValue1[2] * f01 + ptrValue1[3] * f11;
ptrResult += 4;
ptrValue1 += 4;
}
}
static Block2x2()
{
Unit = new Block2x2(1, 0, 0, 1);
}