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Reindend, add also the 'coarse values' calculation 

Former-commit-id: 2dc73a2875823cae187585787bd4d344dea232f9
This commit is contained in:
Marek Nečada 2019-08-27 20:41:30 +03:00
parent 5471367aad
commit 1aa9890155
1 changed files with 101 additions and 100 deletions
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23
qpms/beyn.c
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@ -97,8 +97,8 @@ BeynSolver *CreateBeynSolver(int M, int L)
#if 0 #if 0
// internal workspace: need storage for 2 MxL matrices // internal workspace: need storage for 2 MxL matrices
// plus 3 LxL matrices // plus 3 LxL matrices
#define MLBUFFERS 2 #define MLBUFFERS 2
#define LLBUFFERS 3 #define LLBUFFERS 3
size_t ML = MLMax*L, LL = L*L; size_t ML = MLMax*L, LL = L*L;
#endif #endif
@ -347,7 +347,7 @@ int BeynSolve(BeynSolver *Solver, beyn_function_M_t M_function,
printf("Applying Beyn method with z0=%s,R=%e,N=%i...\n",z2s(z0),Rx,N); printf("Applying Beyn method with z0=%s,R=%e,N=%i...\n",z2s(z0),Rx,N);
else else
printf("Applying Beyn method with z0=%s,Rx=%e,Ry=%e,N=%i...\n",z2s(z0),Rx,Ry,N); printf("Applying Beyn method with z0=%s,Rx=%e,Ry=%e,N=%i...\n",z2s(z0),Rx,Ry,N);
*/ */
const int M = Solver->M; const int M = Solver->M;
const int L = Solver->L; const int L = Solver->L;
gsl_matrix_complex *A0 = Solver->A0; gsl_matrix_complex *A0 = Solver->A0;
@ -417,21 +417,22 @@ int BeynSolve(BeynSolver *Solver, beyn_function_M_t M_function,
} }
gsl_vector_complex *Eigenvalues = Solver->Eigenvalues; gsl_vector_complex *Eigenvalues = Solver->Eigenvalues;
//gsl_vector_complex *EVErrors = Solver->EVErrors; gsl_vector_complex *EVErrors = Solver->EVErrors;
gsl_matrix_complex *Eigenvectors = Solver->Eigenvectors; gsl_matrix_complex *Eigenvectors = Solver->Eigenvectors;
int K = ProcessAMatrices(Solver, M_function, Params, A0, A1, z0, Eigenvalues, Eigenvectors); int K = ProcessAMatrices(Solver, M_function, Params, A0, A1, z0, Eigenvalues, Eigenvectors);
//int KCoarse = ProcessAMatrices(Solver, UserFunc, Params, A0Coarse, A1Coarse, z0, EVErrors, Eigenvectors); int KCoarse = ProcessAMatrices(Solver, M_function, Params, A0Coarse, A1Coarse, z0, EVErrors, Eigenvectors);
// Log("{K,KCoarse}={%i,%i}",K,KCoarse); // Log("{K,KCoarse}={%i,%i}",K,KCoarse);
/* gsl_blas_zaxpy(gsl_complex_rect(-1,0), Eigenvalues, EVErrors);
for(int k=0; k<EVErrors->N && k<Eigenvalues->N; k++) #if 0
{ EVErrors->ZV[k] -= Eigenvalues->ZV[k]; for(size_t k = 0; k < EVErrors->size && k < Eigenvalues->size; ++k) {
EVErrors->ZV[k] -= Eigenvalues->ZV[k];
EVErrors->ZV[k] = cdouble( fabs(real(EVErrors->ZV[k])), EVErrors->ZV[k] = cdouble( fabs(real(EVErrors->ZV[k])),
fabs(imag(EVErrors->ZV[k])) fabs(imag(EVErrors->ZV[k]))
); );
} }
#endif
*/
return K; return K;
} }