stash

Author: dalekopera

src/sbls/sblsdt.output

@@ -16,7 +16,7 @@ Z: residual =  7.0e-310 status = 0
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 10, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 10, 15
@@ -28,7 +28,7 @@ Z: residual =  7.0e-310 status = 0
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 10, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 10, 15
@@ -40,19 +40,19 @@ Z: residual =  7.0e-310 status = 0
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 15, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 15, 15
- time to form and factorize explicit preconditioner   0.00
+ time to form and factorize explicit preconditioner   0.01
 
  n = 3, m = 2
  preconditioner = 2, factorization = 2, solver = ssids
  augmented matrix used 
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 11, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 11, 15
@@ -64,31 +64,31 @@ Z: residual =  7.0e-310 status = 0
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 11, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 11, 15
- time to form and factorize explicit preconditioner   0.00
+ time to form and factorize explicit preconditioner   0.01
 
  n = 3, m = 2
  preconditioner = 2, factorization = 2, solver = ssids
  augmented matrix used 
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 11, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 11, 15
- time to form and factorize explicit preconditioner   0.00
+ time to form and factorize explicit preconditioner   0.01
 
  n = 3, m = 2
  preconditioner = 2, factorization = 2, solver = ssids
  augmented matrix used 
  preconditioner: G = H 
 
  Using SLS(ssids) to factorize the augmented matrix
- SLS: analysis complete: status = 0, ordering = 3
+ SLS: analysis complete: status = 0, ordering = 7
  K n = 5, nnz(prec,predicted factors) = 9, 15
  SLS: factorization complete: status = 0, pivoting = 1
  K nnz(prec,factors) = 9, 15