C++ (Cpp) phi_Mixed_FB Examples

Example #1

File: MCP_FischerBurmeister.c Project: radarsat1/siconos

// Must corresponds to a NewtonFunctionPtr
void FischerFunc_MCP(int size, double* z, double* phi, int dummy)
{
  // This function uses a user-defined function, set in the problem, to compute
  // the Fisher function

  int sizeEq = localProblem->sizeEqualities;
  int sizeIneq = localProblem->sizeInequalities;
  /* First call user-defined function to compute Fmcp function, */
  localProblem->computeFmcp(sizeEq + sizeIneq, z, localProblem->Fmcp) ;
  /* and compute the corresponding Fischer function */
  phi_Mixed_FB(sizeEq, sizeIneq, z, localProblem->Fmcp, phi) ;
}

Example #2

File: mlcp_FB.c Project: bremond/siconos

void F_MCPFischerBurmeister(int size, double* z, double* FBz, int a)
{

  computeFz(z);
  phi_Mixed_FB(sN, sM, z, sFz, FBz);
}

Example #3

File: mcp_newton_FBLSA.c Project: radarsat1/siconos

void mcp_FB(void* data_opaque, double* z, double* F, double* F_FB)
{
  MixedComplementarityProblem2* data = (MixedComplementarityProblem2 *)data_opaque;
  phi_Mixed_FB(data->n1, data->n2, z, F, F_FB);
}

Example #4

File: mlcp_newton_FB.c Project: siconos/siconos

void mlcp_mixed_FB(void* data_opaque, double* z, double* F, double* F_FB)
{
  phi_Mixed_FB(((MixedLinearComplementarityProblem *)data_opaque)->n, ((MixedLinearComplementarityProblem *)data_opaque)->m, z, F, F_FB);
}