67     if (ipmP->me > 0) PetscCall(VecCopy(ipmP->rpe, ipmP->rhs_lambdae));  in TaoSolve_IPM()
96     if (ipmP->me > 0) PetscCall(VecCopy(ipmP->lambdae, ipmP->save_lambdae));  in TaoSolve_IPM()
103     if (ipmP->me > 0) PetscCall(VecAXPY(ipmP->lambdae, alpha, ipmP->dlambdae));  in TaoSolve_IPM()
121     if (ipmP->me > 0) PetscCall(VecCopy(ipmP->save_lambdae, ipmP->lambdae));  in TaoSolve_IPM()
172       if (ipmP->me > 0) PetscCall(VecAXPY(ipmP->lambdae, alpha, ipmP->dlambdae));  in TaoSolve_IPM()
175       if (ipmP->me > 0) PetscCall(VecCopy(ipmP->lambdae, tao->DE));  in TaoSolve_IPM()
196   ipmP->nb = ipmP->mi = ipmP->me = 0;  in TaoSetup_IPM()
208     PetscCall(VecGetSize(tao->constraints_equality, &ipmP->me));  in TaoSetup_IPM()
271   bigsize = ipmP->n + 2 * ipmP->nb + ipmP->me;  in IPMInitializeBounds()
274   PetscCall(PetscMalloc1(ipmP->me, &uceind));  in IPMInitializeBounds()
401       stepind[i - sstart] = i + ipmP->n + ipmP->me;  in IPMInitializeBounds()
410   if (ipmP->me > 0) {  in IPMInitializeBounds()
432       stepind[i - sstart] = i + ipmP->n + ipmP->nb + ipmP->me;  in IPMInitializeBounds()
572   if (ipmP->me > 0) {  in IPMComputeKKT()
595   if (ipmP->me > 0) {  in IPMComputeKKT()
623   if (ipmP->me > 0) {  in IPMEvaluate()
651   if (ipmP->me > 0) {  in IPMPushInitialPoint()
821   subsize = PetscMax(ipmP->me, subsize);  in IPMUpdateK()
827   r2      = r1 + ipmP->me;  in IPMUpdateK()
831   bigsize = ipmP->n + 2 * ipmP->nb + ipmP->me;  in IPMUpdateK()
843           nonzeros[i] += ipmP->me + ipmP->nb;  in IPMUpdateK()
864           d_nonzeros[i - kstart] = PetscMin(ipmP->n + ipmP->me + ipmP->nb, kend - kstart);  in IPMUpdateK()
865 …       o_nonzeros[i - kstart] = PetscMin(ipmP->n + ipmP->me + ipmP->nb, bigsize - (kend - kstart));  in IPMUpdateK()
896   if (ipmP->me > 0) {  in IPMUpdateK()
984   if (ipmP->me > 0 && X2) {  in IPMGatherRHS()
1019   if (X3 && ipmP->me > 0) {  in IPMScatterStep()