## Revision 1316

trunk/src/sparse/hs_sparse.cpp (revision 1316)
2636 2636
```  hs_symbolic S(st,1);         // Fill reducing row-col permutation
```
2637 2637
```  hs_smatrix * PL = new hs_smatrix(S);              // Allocates cholesky factor
```
2638 2638

2639
```  int ierr=chol(HS,S,*PL);                  // Does numeric factorization
```
2639
```  chol(HS,S,*PL);                  // Does numeric factorization
```
2640 2640

2641 2641
```  PL->set_symbolic(S);
```
2642 2642

......
2653 2653
```  hs_symbolic S(st,1);         // Fill reducing row-col permutation
```
2654 2654
```  dvar_hs_smatrix * PL = new dvar_hs_smatrix(S);              // Allocates cholesky factor
```
2655 2655

2656
```  int ierr=chol(HS,S,*PL);                  // Does numeric factorization
```
2656
```  chol(HS,S,*PL);                  // Does numeric factorization
```
2657 2657

2658 2658
```  PL->set_symbolic(S);
```
2659 2659

......
2670 2670
```  hs_symbolic S(st,1);         // Fill reducing row-col permutation
```
2671 2671
```  hs_smatrix L(S);              // Allocates cholesky factor
```
2672 2672

2673
```  int ierr=chol(HS,S,L);                  // Does numeric factorization
```
2673
```  chol(HS,S,L);                  // Does numeric factorization
```
2674 2674

2675 2675
```  dvector x(0,n-1);
```
2676 2676
```  eps.shift(0);
```
......
2897 2897
```  dvar_hs_smatrix H(n,VM);
```
2898 2898
```  //hs_symbolic S(VM,1);         // Fill reducing row-col permutation
```
2899 2899
```  dvar_hs_smatrix L(S);              // Allocates cholesky factor
```
2900
```  int ierr;
```
2900
```  int ierr = 0;
```
2901 2901
```  if (check_flag==0)
```
2902 2902
```  {
```
2903 2903
```    ierr=varchol(H,S,L,s);
```

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