# you can set options for the nonlinear solver

#-snes_converged_reason
#-snes_type newtonls
#-snes_monitor
#-snes_atol 1.e-12

# you can set options for the linear solver

#-ksp_converged_reason
#-ksp_monitor
-pc_type jacobi

# These are some of the methods you can test
# Consult the PETSc manual and the web page for many other

#-ts_type beuler # Backward Euler
-ts_type bdf # Backward Differentiation Formulas
#-ts_type rosw # Rosenbrock-W

# Using SDIRK of order 5 with adaptive time stepping

#-ts_type arkimex
#-ts_arkimex_type 5
#-ts_arkimex_fully_implicit
#-ts_adapt_type basic

# Used only when using the Mult method for the ODE
#-ts_view

-ts_monitor

# Dumps log of PETSc code
# For 3D runs with large number of local elements you'll notice
# that TSJacobianEval will take a large portion of the computation
# this is because in this example we are providing both RHS and
# I jacobians, and PETSc has to sum them up when using fully
# implicit methods

-log_view