public void LoadMatrices()
{
// fraction
_sfrA = _handler.LoadFractionMatrix(IO.PrefixFraction + IO.FileA, false).Item1;
_sfrB = _handler.LoadFractionMatrix(IO.PrefixFraction + IO.FileB, false).Item1;
_sfrC = _handler.LoadFractionMatrix(IO.PrefixFraction + IO.FileC, false).Item1;
_sfrX = _handler.LoadFractionVector(IO.PrefixFraction + IO.FileX, false).Item1;
// float
_sfA = _handler.LoadFloatMatrix(IO.PrefixFloat + IO.FileA, false).Item1;
_sfB = _handler.LoadFloatMatrix(IO.PrefixFloat + IO.FileB, false).Item1;
_sfC = _handler.LoadFloatMatrix(IO.PrefixFloat + IO.FileC, false).Item1;
_sfX = _handler.LoadFloatVector(IO.PrefixFloat + IO.FileX, false).Item1;
// double
_sdA = _handler.LoadDoubleMatrix(IO.PrefixDouble + IO.FileA, false).Item1;
_sdB = _handler.LoadDoubleMatrix(IO.PrefixDouble + IO.FileB, false).Item1;
_sdC = _handler.LoadDoubleMatrix(IO.PrefixDouble + IO.FileC, false).Item1;
_sdX = _handler.LoadDoubleVector(IO.PrefixDouble + IO.FileX, false).Item1;
}
public void ElementaryOperationsTimeComparison()
{
var fractionAx = _handler.LoadDoubleVector(IO.PrefixFraction + IO.ResultAx, true);
var fractionAbcx = _handler.LoadDoubleVector(IO.PrefixFraction + IO.ResultAbcx, true);
var fractionAbc = _handler.LoadDoubleMatrix(IO.PrefixFraction + IO.ResultAbc, true);
var doubleAx = _handler.LoadDoubleVector(IO.PrefixDouble + IO.ResultAx, true);
var doubleAbcx = _handler.LoadDoubleVector(IO.PrefixDouble + IO.ResultAbcx, true);
var doubleAbc = _handler.LoadDoubleMatrix(IO.PrefixDouble + IO.ResultAbc, true);
var floatAx = _handler.LoadDoubleVector(IO.PrefixFloat + IO.ResultAx, true);
var floatAbcx = _handler.LoadDoubleVector(IO.PrefixFloat + IO.ResultAbcx, true);
var floatAbc = _handler.LoadDoubleMatrix(IO.PrefixFloat + IO.ResultAbc, true);
var edoubleAx = _handler.LoadDoubleVector(IO.PrefixEigen + IO.PrefixDouble + IO.ResultAx, true);
var edoubleAbcx = _handler.LoadDoubleVector(IO.PrefixEigen + IO.PrefixDouble + IO.ResultAbcx, true);
var edoubleAbc = _handler.LoadDoubleMatrix(IO.PrefixEigen + IO.PrefixDouble + IO.ResultAbc, true);
var efloatAx = _handler.LoadDoubleVector(IO.PrefixEigen + IO.PrefixFloat + IO.ResultAx, true);
var efloatAbcx = _handler.LoadDoubleVector(IO.PrefixEigen + IO.PrefixFloat + IO.ResultAbcx, true);
var efloatAbc = _handler.LoadDoubleMatrix(IO.PrefixEigen + IO.PrefixFloat + IO.ResultAbc, true);
var timeHeader = string.Format
(
"{0};{1};{2};{3}",
"typ",
"A * X",
"(A + B + C) * X",
"A * (B * C)"
);
var timeFraction = string.Format
(
"{0};{1};{2};{3}",
"csh-fraction",
fractionAx.Item2,
fractionAbcx.Item2,
fractionAbc.Item2
);
var timeDouble = string.Format
(
"{0};{1};{2};{3}",
"csh-double",
doubleAx.Item2,
doubleAbcx.Item2,
doubleAbc.Item2
);
var timeFloat = string.Format
(
"{0};{1};{2};{3}",
"csh-float",
floatAx.Item2,
floatAbcx.Item2,
floatAbc.Item2
);
var timeEigenDouble = string.Format
(
"{0};{1};{2};{3}",
"eig-double",
edoubleAx.Item2,
edoubleAbcx.Item2,
edoubleAbc.Item2
);
var timeEigenFloat = string.Format
(
"{0};{1};{2};{3}",
"eig-float",
efloatAx.Item2,
efloatAbcx.Item2,
efloatAbc.Item2
);
var sb = new StringBuilder();
sb.AppendLine(timeHeader);
sb.AppendLine(timeEigenDouble);
sb.AppendLine(timeEigenFloat);
sb.AppendLine(timeDouble);
sb.AppendLine(timeFloat);
sb.AppendLine(timeFraction);
File.WriteAllText(IO.SummaryTimeElementary, sb.ToString());
}