public void Solve()
{
mb = new MeshBuilder(Info.Points.Length);
NodeCount = mb.Build(Info.Mesh);
mb.BuildBoundary(Info.FB);
mb.BuildBoundary(Info.SB);
pb = new PortraitBuilder(NodeCount, Info.Mesh);
MatrixPortrait mp = new MatrixPortrait();
pb.Build(mp);
IMatrix A = new SymmetricSparseMatrix(NodeCount, mp);
double[] B = new double[NodeCount];
SLAEInfo slaeinfo = new SLAEInfo();
slaeinfo.Points = Info.Points;
slaeinfo.Mesh = Info.Mesh;
slaeinfo.F = Info.F;
sb = new SLAEBuilder(slaeinfo);
sb.Build(A, B);
sb.AddBoundary(A, B, Info.FB);
sb.AddBoundary(A, B, Info.SB);
Weights = Solver.Solve(A, B);
}
public void Solve()
{
mb = new MeshBuilder(Info.Points.Length);
NodeCount = mb.Build(Info.Mesh);
mb.BuildBoundary(Info.FB);
pb = new PortraitBuilder(NodeCount, Info.Mesh);
MatrixPortrait mp = new MatrixPortrait();
pb.Build(mp);
IMatrix A = new SymmetricSparseMatrix(NodeCount, mp);
double[] B = new double[NodeCount];
SLAEInfoDelta slaeinfo = new SLAEInfoDelta();
slaeinfo.Points = Info.Points;
slaeinfo.Mesh = Info.Mesh;
slaeinfo.R0 = Info.R0;
slaeinfo.Z0 = Info.Z0;
slaeinfo.DeltaCoefficient = Info.DeltaCoefficient;
sb = new SLAEBuilderDelta(slaeinfo);
sb.Build(A, B);
sb.AddBoundary(A, B, Info.FB);
Console.WriteLine("Start Solving SLAE");
Weights = Solver.Solve(A, B);
}
public void Solve()
{
Problem problem = new Problem(new ProblemInfo {
Mesh = LinearMesh, SolverType = Solver.SolverType
});
problem.Solve();
Q = problem.Q;
MatrixPortrait MP = new MatrixPortrait();
PB.Build(MP);
IMatrix A = new SymmetricSparseMatrix(Mesh.NodeCount, MP);
double[] B = new double[Mesh.NodeCount];
CurrentIter = 0;
Diff = 1.0;
QDiff = 1.0;
while (CurrentIter < MaxIters && Diff >= Eps && QDiff >= Delta)
{
// SLAE Solution
NSB.Build(A, B, Q);
prevQ = Q;
Q = Solver.Solve(A, B);
QDiff = VectorUtils.RelativeError(prevQ, Q);
A.Clear();
Array.Fill(B, 0.0);
if (DoOptimization)
{
// Optimization
double w = OptimizeQ(A, B);
// Calculating new Q
for (int i = 0; i < Q.Length; i++)
{
Q[i] = Q[i] * w + prevQ[i] * (1.0 - w);
}
}
// Calculate diff
NSB.Build(A, B, Q);
A.Multiply(Q, Aq);
Diff = VectorUtils.RelativeError(Aq, B);
CurrentIter++;
Console.WriteLine($"Iter: {CurrentIter}, Diff: {Diff}, QDiff: {QDiff}");
A.Clear();
Array.Fill(B, 0.0);
Array.Fill(Aq, 0.0);
}
}
public void Solve()
{
MatrixPortrait MP = new MatrixPortrait();
PB.Build(MP);
IMatrix A = new SymmetricSparseMatrix(Mesh.NodeCount, MP);
double[] B = new double[Mesh.NodeCount];
SB.Build(A, B);
Q = Solver.Solve(A, B);
}
public void Build(MatrixPortrait MP)
{
MP.IA = new int[NodeCount + 1];
MP.IA[0] = MP.IA[1] = 0;
for (int i = 2; i <= NodeCount; i++)
{
int col = MP.IA[i - 1];
MP.IA[i] = col + connections[i - 1].Count;
}
MP.JA = new int[MP.IA[NodeCount]];
for (int i = 1, k = 0; i < NodeCount; i++)
{
foreach (int j in connections[i])
{
MP.JA[k] = j;
k++;
}
}
}
