private LAEAnswer CalculateKramerMethodAsync(out List <LAEVariable> lAEVariables)
{
bool systemCompatible = this.CheckLinearAlgebraicEquationSystemCompatibility();
if (!systemCompatible)
{
lAEVariables = null;
return(LAEAnswer.NoSolutions);
}
double matrixDeterminant = MatrixT <double> .GetMatrixDeterminant(this.Matrix);
ConcurrentBag <LAEVariable> result = new ConcurrentBag <LAEVariable>();
Parallel.For(0, this.Matrix.Columns, (i) =>
{
MatrixT <double> currentMatrix = MatrixT <double> .SubstituteMatrixColumn(this.Matrix, i, this.RightPartEquations);
double currentDeterminant = MatrixT <double> .GetMatrixDeterminant(currentMatrix);
result.Add(new LAEVariable(this.Variables[i].Name, currentDeterminant / matrixDeterminant));
});
lAEVariables = result.Cast <LAEVariable>().ToList();
return(LAEAnswer.OneSolution);
}
private LAEAnswer CalculateKramerMethod(out List <LAEVariable> lAEVariables)
{
bool systemCompatible = this.CheckLinearAlgebraicEquationSystemCompatibility();
if (!systemCompatible)
{
lAEVariables = null;
return(LAEAnswer.NoSolutions);
}
double matrixDeterminant = MatrixT <double> .GetMatrixDeterminant(this.Matrix);
List <LAEVariable> result = new List <LAEVariable>();
for (int i = 0; i < this.Matrix.Columns; i++)
{
MatrixT <double> currentMatrix = MatrixT <double> .SubstituteMatrixColumn(this.Matrix, i, this.RightPartEquations);
double currentDeterminant = MatrixT <double> .GetMatrixDeterminant(currentMatrix);
result.Add(new LAEVariable(this.Variables[i].Name, currentDeterminant / matrixDeterminant));
}
lAEVariables = result;
return(LAEAnswer.OneSolution);
}
