\-T (full) in projects: petsc - OpenGrok search results

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/petsc/include/petsc/private/
H A D	hashmap.txt	8 PetscHMap<T> - Hash table map with a key of <KeyType> 11 typedef khash_t(HMap<T>) PetscHMap<T>; 15 .seealso: `PETSC_HASH_MAP()`, `PetscHMap<T>Create()`, `PETSC_HASH_SET()`, `PetscHSet<T>Create()` 17 typedef struct _PetscHash<T> PetscHMap<T>; 20 PetscHMap<T>Create - Create a hash table 23 #include <petsc/private/hashmap<t>.h> 24 PetscErrorCode PetscHMap<T>Create(PetscHMap<T> ht) 27 . ht - The hash table 31 .seealso: `PetscHMap<T>CreateWithSize()`, `PetscHMap<T>Destroy()` 35 PetscHMap<T>CreateWithSize - Create a hash table with a given initial size [all …]
H A D	hashset.txt	8 PetscHSet<T> - Hash set with a key of <KeyType> 12 …ealso: `PETSC_HASH_SET()`, `PetscHSet<T>Create()`, `PetscHSet<T>Destroy()`, `PetscHSet<T>QueryAdd(… 13 …`PetscHSet<T>Add()`, `PetscHSet<T>Reset()`, `PETSC_HASH_MAP()`, `PetscHMap<T>Create()`, `PetscHSe… 15 typedef struct _PetscHash<T> PetscHSet<T>; 18 PetscHSet<T>Create - Create a hash set 21 #include <petsc/private/hashset<t>.h> 22 PetscErrorCode PetscHSet<T>Create(PetscHSet<T> *ht) 25 . ht - The hash set 29 .seealso: `PetscHSet<T>Destroy()` 33 PetscHSet<T>Destroy - Destroy a hash set [all …]
/petsc/src/ts/tests/output/
H A D	ex2_euler.out	1 At t = 0.000000e+00 u = 1.000000e+00 1.000000e+00 1.000000e+00 2 At t = 0.000000e+00 errors = 0.000000e+00 0.000000e+00 0.000000e+00 3 At t = 1.000000e-03 u = 1.003000e+00 1.004000e+00 1.003000e+00 4 At t = 1.000000e-03 errors = -5.005672e-06 -7.008007e-06 -5.005672e-06 5 At t = 2.000000e-03 u = 1.006010e+00 1.008014e+00 1.006010e+00 6 At t = 2.000000e-03 errors = -1.004541e-05 -1.406411e-05 -1.004541e-05 7 At t = 3.000000e-03 u = 1.009030e+00 1.012042e+00 1.009030e+00 8 At t = 3.000000e-03 errors = -1.511939e-05 -2.116855e-05 -1.511939e-05 9 At t = 4.000000e-03 u = 1.012060e+00 1.016084e+00 1.012060e+00 10 At t = 4.000000e-03 errors = -2.022779e-05 -2.832159e-05 -2.022779e-05 [all …]
H A D	ex2_be_adapt.out	1 At t = 0.000000e+00 u = 1.000000e+00 1.000000e+00 1.000000e+00 2 At t = 0.000000e+00 errors = 0.000000e+00 0.000000e+00 0.000000e+00 3 At t = 1.000000e-03 u = 1.003010e+00 1.004014e+00 1.003010e+00 4 At t = 1.000000e-03 errors = 5.028445e-06 7.040158e-06 5.028445e-06 5 At t = 2.000000e-03 u = 1.006030e+00 1.008042e+00 1.006030e+00 6 At t = 2.000000e-03 errors = 1.009117e-05 1.412871e-05 1.009117e-05 7 At t = 4.000000e-03 u = 1.012111e+00 1.016155e+00 1.012111e+00 8 At t = 4.000000e-03 errors = 3.052675e-05 4.274366e-05 3.052675e-05 9 At t = 8.000000e-03 u = 1.024437e+00 1.032612e+00 1.024437e+00 10 At t = 8.000000e-03 errors = 1.139107e-04 1.595211e-04 1.139107e-04 [all …]
H A D	ex2_beuler.out	1 At t = 0.000000e+00 u = 1.000000e+00 1.000000e+00 1.000000e+00 2 At t = 0.000000e+00 errors = 0.000000e+00 0.000000e+00 0.000000e+00 3 At t = 1.000000e-03 u = 1.003010e+00 1.004014e+00 1.003010e+00 4 At t = 1.000000e-03 errors = 5.028445e-06 7.040158e-06 5.028445e-06 5 At t = 2.000000e-03 u = 1.006030e+00 1.008042e+00 1.006030e+00 6 At t = 2.000000e-03 errors = 1.009117e-05 1.412871e-05 1.009117e-05 7 At t = 3.000000e-03 u = 1.009060e+00 1.012084e+00 1.009060e+00 8 At t = 3.000000e-03 errors = 1.518836e-05 2.126592e-05 1.518836e-05 9 At t = 4.000000e-03 u = 1.012101e+00 1.016141e+00 1.012101e+00 10 At t = 4.000000e-03 errors = 2.032017e-05 2.845202e-05 2.032017e-05 [all …]
H A D	ex2_rk.out	1 At t = 0.000000e+00 u = 1.000000e+00 1.000000e+00 1.000000e+00 2 At t = 0.000000e+00 errors = 0.000000e+00 0.000000e+00 0.000000e+00 3 …dapt basic rk 0:3bs step 0 accepted t=0 + 1.000e-03 dt=1.000e-02 wlte=4.09e-06 wltea=… 4 At t = 1.000000e-03 u = 1.003005e+00 1.004007e+00 1.003005e+00 5 At t = 1.000000e-03 errors = -4.836798e-12 -6.837864e-12 -4.836798e-12 6 …Adapt basic rk 0:3bs step 1 accepted t=0.001 + 1.000e-02 dt=5.597e-02 wlte=0.00416 wltea=… 7 At t = 1.100000e-02 u = 1.033613e+00 1.044858e+00 1.033613e+00 8 At t = 1.100000e-02 errors = -4.883664e-08 -6.904508e-08 -4.883664e-08 9 …SAdapt basic rk 0:3bs step 2 accepted t=0.011 + 5.597e-02 dt=5.465e-02 wlte=0.783 wltea= … 10 At t = 6.696691e-02 u = 1.225076e+00 1.301734e+00 1.225076e+00 [all …]
/petsc/src/tao/leastsquares/tutorials/
H A D	chwirut1.c	4 petsc.h - base PETSc routines petscvec.h - vectors 5 petscsys.h - system routines petscmat.h - matrices 6 petscis.h - index sets petscksp.h - Krylov subspace methods 7 petscviewer.h - viewers petscpc.h - preconditioners 23 static char help[] = "Finds the nonlinear least-squares solution to the model \n\ 24 y = exp[-b1x]/(b2+b3x) + e \n"; 29 /* User-defined application context / 32 PetscReal t[NOBSERVATIONS]; / array of independent variables of observation / member 45 /--------------------------------------------------------------------/ 54 AppCtx user; / user-defined work context */ in main() [all …]
H A D	chwirut2.c	4 petsc.h - base PETSc routines petscvec.h - vectors 5 petscsys.h - system routines petscmat.h - matrices 6 petscis.h - index sets petscksp.h - Krylov subspace methods 7 petscviewer.h - viewers petscpc.h - preconditioners 23 static char help[] = "Finds the nonlinear least-squares solution to the model \n\ 24 y = exp[-b1x]/(b2+b3x) + e \n"; 32 /* User-defined application context / 35 PetscReal t[NOBSERVATIONS]; / array of independent variables of observation / member 48 /--------------------------------------------------------------------/ 53 AppCtx user; / user-defined work context */ in main() [all …]
H A D	chwirut1f.F90	1 ! Program usage: mpiexec -n 1 chwirut1f [-help] [all TAO options] 4 ! nonlinear least-squares problem on a single processor. We minimize the 6 ! sum_{i=0}^{n/2-1} ( alpha*(x_{2i+1}-x_{2i}^2)^2 + (1-x_{2i})^2) 12 ! ---------------------------------------------------------------------- 19 PetscReal t(0:213) 25 ! -------------------------------------------------------------------- 26 ! FormFunction - Evaluates the function f(X) and gradient G(X) 29 ! tao - the Tao context 30 ! X - input vector 31 ! dummy - not used [all …]
H A D	chwirut2f.F90	1 ! Program usage: mpiexec -n 1 chwirut1f [-help] [all TAO options] 4 ! nonlinear least-squares problem on a single processor. We minimize the 6 ! sum_{i=0}^{n/2-1} ( alpha*(x_{2i+1}-x_{2i}^2)^2 + (1-x_{2i})^2) 14 PetscReal t(0:213) 28 y(i) = 92.9000; t(i) = 0.5000; i = i + 1 29 y(i) = 78.7000; t(i) = 0.6250; i = i + 1 30 y(i) = 64.2000; t(i) = 0.7500; i = i + 1 31 y(i) = 64.9000; t(i) = 0.8750; i = i + 1 32 y(i) = 57.1000; t(i) = 1.0000; i = i + 1 33 y(i) = 43.3000; t(i) = 1.2500; i = i + 1 [all …]
/petsc/src/tao/leastsquares/tests/
H A D	chwirut2.c	4 petsc.h - base PETSc routines petscvec.h - vectors 5 petscsys.h - system routines petscmat.h - matrices 6 petscis.h - index sets petscksp.h - Krylov subspace methods 7 petscviewer.h - viewers petscpc.h - preconditioners 24 static char help[] = "Finds the nonlinear least-squares solution to the model \n\ 25 y = exp[-b1x]/(b2+b3x) + e \n"; 30 /* User-defined application context / 33 PetscReal t[NOBSERVATIONS]; / array of independent variables of observation / member 46 /--------------------------------------------------------------------/ 61 AppCtx user; / user-defined work context */ in main() [all …]
/petsc/src/ts/event/tests/output/
H A D	ex3span_adaptmonitor.out	1 TSAdapt none beuler 0: step 0 accepted t=0.01 + 9.900e-02 dt=5.050e-02 2 TSAdapt none beuler 0: step 1 accepted t=0.109 + 5.050e-02 dt=5.050e-02 3 TSAdapt none beuler 0: step 2 accepted t=0.1595 + 5.050e-02 dt=9.900e-02 4 TSAdapt none beuler 0: step 3 accepted t=0.21 + 9.900e-02 dt=9.900e-02 5 TSAdapt none beuler 0: step 4 accepted t=0.309 + 9.900e-02 dt=9.900e-02 6 TSAdapt none beuler 0: step 5 accepted t=0.408 + 9.900e-02 dt=9.900e-02 7 TSAdapt none beuler 0: step 6 accepted t=0.507 + 9.900e-02 dt=9.900e-02 8 TSAdapt none beuler 0: step 7 accepted t=0.606 + 9.900e-02 dt=9.900e-02 9 TSAdapt none beuler 0: step 8 accepted t=0.705 + 9.900e-02 dt=9.900e-02 10 TSAdapt none beuler 0: step 9 accepted t=0.804 + 9.900e-02 dt=5.350e-02 [all …]
/petsc/src/ts/tutorials/output/
H A D	ex31_4_alt_2.out	2 …pt glee glee 0:35 step 0 accepted t=0 + 1.000e-02 dt=1.000e-01 wlte=1.44e-06 wltea=2.… 3 …TSAdapt glee glee 0:35 step 1 accepted t=0.01 + 1.000e-01 dt=2.296e-01 wlte=0.0112 wltea… 4 …TSAdapt glee glee 0:35 step 2 accepted t=0.11 + 2.296e-01 dt=3.604e-01 wlte=0.0451 wltea… 5 …TSAdapt glee glee 0:35 step 3 rejected t=0.33956 + 3.604e-01 dt=1.899e-01 wlte= 2.93 wltea=… 6 …TSAdapt glee glee 0:35 step 3 accepted t=0.33956 + 1.899e-01 dt=2.195e-01 wlte=0.138 wltea=… 7 …TSAdapt glee glee 0:35 step 4 rejected t=0.529423 + 2.195e-01 dt=1.604e-01 wlte=0.773 wltea=… 8 …TSAdapt glee glee 0:35 step 4 accepted t=0.529423 + 1.604e-01 dt=1.473e-01 wlte=0.319 wltea=… 9 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.473e-01 dt=1.196e-01 wlte=0.487 wltea=… 10 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.196e-01 dt=1.025e-01 wlte=0.397 wltea=… 11 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.025e-01 dt=8.995e-02 wlte=0.364 wltea=… [all …]
H A D	ex31_4.out	2 …pt glee glee 0:35 step 0 accepted t=0 + 1.000e-02 dt=1.000e-01 wlte=1.44e-06 wltea=2.… 3 …TSAdapt glee glee 0:35 step 1 accepted t=0.01 + 1.000e-01 dt=2.296e-01 wlte=0.0112 wltea… 4 …TSAdapt glee glee 0:35 step 2 accepted t=0.11 + 2.296e-01 dt=3.604e-01 wlte=0.0451 wltea… 5 …TSAdapt glee glee 0:35 step 3 rejected t=0.33956 + 3.604e-01 dt=1.899e-01 wlte= 2.93 wltea=… 6 …TSAdapt glee glee 0:35 step 3 accepted t=0.33956 + 1.899e-01 dt=2.195e-01 wlte=0.138 wltea=… 7 …TSAdapt glee glee 0:35 step 4 rejected t=0.529423 + 2.195e-01 dt=1.604e-01 wlte=0.773 wltea=… 8 …TSAdapt glee glee 0:35 step 4 accepted t=0.529423 + 1.604e-01 dt=1.473e-01 wlte=0.319 wltea=… 9 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.473e-01 dt=1.196e-01 wlte=0.487 wltea=… 10 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.196e-01 dt=1.025e-01 wlte=0.397 wltea=… 11 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.025e-01 dt=8.995e-02 wlte=0.364 wltea=… [all …]
H A D	ex31_4_alt.out	2 …pt glee glee 0:35 step 0 accepted t=0 + 1.000e-02 dt=1.000e-01 wlte=1.44e-06 wltea=2.… 3 …TSAdapt glee glee 0:35 step 1 accepted t=0.01 + 1.000e-01 dt=2.296e-01 wlte=0.0112 wltea… 4 …TSAdapt glee glee 0:35 step 2 accepted t=0.11 + 2.296e-01 dt=3.604e-01 wlte=0.0451 wltea… 5 …TSAdapt glee glee 0:35 step 3 rejected t=0.33956 + 3.604e-01 dt=1.899e-01 wlte= 2.93 wltea=… 6 …TSAdapt glee glee 0:35 step 3 accepted t=0.33956 + 1.899e-01 dt=2.195e-01 wlte=0.138 wltea=… 7 …TSAdapt glee glee 0:35 step 4 rejected t=0.529423 + 2.195e-01 dt=1.604e-01 wlte=0.773 wltea=… 8 …TSAdapt glee glee 0:35 step 4 accepted t=0.529423 + 1.604e-01 dt=1.473e-01 wlte=0.319 wltea=… 9 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.473e-01 dt=1.196e-01 wlte=0.487 wltea=… 10 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.196e-01 dt=1.025e-01 wlte=0.397 wltea=… 11 …TSAdapt glee glee 0:35 step 5 rejected t=0.689836 + 1.025e-01 dt=8.995e-02 wlte=0.364 wltea=… [all …]
H A D	ex41_a.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex41_f.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex41_b.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex41_g.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex41_d.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex41_e.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex41_c.out	1 Ball hit the ground at t = 4.08 seconds -> Processor[0] 2 Ball hit the ground at t = 4.08 seconds -> Processor[0] 3 Ball hit the ground at t = 4.13 seconds -> Processor[1] 4 Ball hit the ground at t = 4.13 seconds -> Processor[1] 5 Ball hit the ground at t = 7.76 seconds -> Processor[0] 6 Ball hit the ground at t = 7.76 seconds -> Processor[0] 7 Ball hit the ground at t = 7.95 seconds -> Processor[1] 8 Ball hit the ground at t = 7.95 seconds -> Processor[1] 9 Ball hit the ground at t = 11.06 seconds -> Processor[0] 10 Ball hit the ground at t = 11.06 seconds -> Processor[0] [all …]
H A D	ex24_2.out	1 0 t= 0.0e+00 dt= 1.0e-05 f= 2.0e+06 df= 2.6e+05 it=( 0, 0) 2 1 t= 1.0e-05 dt= 1.1e-05 f= 1.5e+06 df= 2.1e+05 it=( 3, 3) 3 2 t= 2.1e-05 dt= 1.5e-05 f= 1.2e+06 df= 1.7e+05 it=( 3, 3) 4 3 t= 3.6e-05 dt= 2.0e-05 f= 8.5e+05 df= 1.4e+05 it=( 3, 3) 5 4 t= 5.6e-05 dt= 2.9e-05 f= 6.0e+05 df= 1.0e+05 it=( 3, 3) 6 5 t= 8.6e-05 dt= 4.4e-05 f= 4.0e+05 df= 7.7e+04 it=( 3, 3) 7 6 t= 1.3e-04 dt= 6.9e-05 f= 2.4e+05 df= 5.4e+04 it=( 3, 3) 8 7 t= 2.0e-04 dt= 1.2e-04 f= 1.4e+05 df= 3.5e+04 it=( 3, 3) 9 8 t= 3.2e-04 dt= 2.1e-04 f= 6.9e+04 df= 2.1e+04 it=( 3, 3) 10 9 t= 5.3e-04 dt= 4.3e-04 f= 3.0e+04 df= 1.1e+04 it=( 4, 4) [all …]
/petsc/include/petsc/private/valgrind/
H A D	valgrind.h	1 /* -- c -- 2 ---------------------------------------------------------------- 4 Notice that the following BSD-style license applies to this one 10 ---------------------------------------------------------------- 15 Copyright (C) 2000-2017 Julian Seward. All rights reserved. 48 ---------------------------------------------------------------- 50 Notice that the above BSD-style license applies to this one file 55 ---------------------------------------------------------------- 71 -DNVALGRIND) so that client requests are not even compiled in. / 77 / ------------------------------------------------------------------ */ [all …]
/petsc/src/ts/interface/
H A D	tscreate.c	7 …TSCreate - This function creates an empty timestepper. The problem type can then be set with `TSSe… 13 . comm - The communicator 16 . ts - The `TS` 22 unfortunate and should be fixed at some point. The flag snes->usessnes indicates if the 31 TS t; in TSCreate() local 37 PetscCall(PetscHeaderCreate(t, TS_CLASSID, "TS", "Time stepping", "TS", comm, TSDestroy, TSView)); in TSCreate() 40 t->problem_type = TS_NONLINEAR; in TSCreate() 41 t->equation_type = TS_EQ_UNSPECIFIED; in TSCreate() 43 t->ptime = 0.0; in TSCreate() 44 t->time_step = 0.1; in TSCreate() [all …]

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