ex1.c: Tests solving linear system on 0 by 0 matrix
ex3.c: Bilinear elements on the unit square for Laplacian
ex4.c: Bilinear elements on the unit square for the Laplacian
ex6.c: Reads a PETSc matrix and vector from a file and solves a linear system
ex7.c: Reads a PETSc matrix and vector from a file and solves a linear system
ex10.c: Linear elastiticty with dimensions using 20 node serendipity elements
ex11.c: Solves a Q1-P0 Stokes problem from Underworld
ex14.c: Solves a nonlinear system in parallel with a user-defined Newton method
ex15.c: KSP linear solver on an operator with a null space
ex17.c: Solves a linear system with KSP
ex18.c: Reads a PETSc matrix and vector from a file and solves a linear system
ex19.c: Solvers Laplacian with multigrid, bad way
ex20.c: Bilinear elements on the unit square for Laplacian
ex21.c: Tests MatGetSchurComplement\n
ex22.c: Test MatNest solving a linear system\n\n
ex24.c: Tests CG, MINRES and SYMMLQ on symmetric matrices with SBAIJ format
ex25.c: Tests CG, MINRES and SYMMLQ on the symmetric indefinite matrices: afiro and golan\n\
ex26.c: Solvers Laplacian with multigrid, bad way
ex27.c: Reads a PETSc matrix and vector from a file and solves a linear system
ex28.c: Test procedural KSPSetFromOptions() or at runtime
ex29.c: Tests ML interface
ex30.c: Reads a PETSc matrix and vector from a file and solves a linear system
ex31.c: Test partition
ex32.c: Solves 3D Laplacian using wirebasket based multigrid
ex33.c: Test MatGetInertia()
ex34.c: Demonstrates PetscHMPIMerge() usage\n\n
ex35.c: Used for Solving a linear system where the matrix has all zeros
ex36.c: Test MatGetInertia() for Hermitian matrix
ex37.c: Test MatGetMultiProcBlock() \n\
ex38.c: Solves the PDE (in 2D) -laplacian(u) + gamma x dot grad(u) + beta u = 1\n\
ex39.c: Solves the PDE (in 3D) - laplacian(u) + gamma x dot grad(u) + beta u = 1\n\
ex40.c: Solves a linear system in parallel with KSP
ex41.c: Tests sequential and parallel MatMatMatMult() and MatPtAP()
ex42.c: Solves a linear system in parallel with MINRES
ex43-aijcusparse.c: Reads a PETSc matrix from a file and solves a linear system \n\
ex44.c: Solves a tridiagonal linear system
makefile