Index

A

add_attribute() (pyclaw.data.Data method) add_dimension() (pyclaw.solution.Grid method) add_GaugeData() (pyclaw.data.ClawRunData method) AmrclawInputData (class in pyclaw.data)

arora_roe() (in module pyclaw.evolve.limiters) aux (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) aux_global (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute)

B

beta_limiter() (in module pyclaw.evolve.limiters)

C

c_center (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) c_edge (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) cada_torrilhon_limiter() (in module pyclaw.evolve.limiters) cada_torrilhon_limiter_nonlinear() (in module pyclaw.evolve.limiters) capa (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) center (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) cfl (pyclaw.evolve.solver.Solver attribute) cfl_superbee() (in module pyclaw.evolve.limiters) cfl_superbee_theta() (in module pyclaw.evolve.limiters) ClawInputData (class in pyclaw.data) ClawPlotAxes (built-in class) ClawPlotData (built-in class) ClawPlotFigure (built-in class) ClawPlotItem (built-in class)

ClawRunData (class in pyclaw.data) ClawSolver (class in pyclaw.evolve.clawpack) ClawSolver1D (class in pyclaw.evolve.clawpack) clearfigures() clearframes() compile_library() (in module pyclaw.util) compute_c_center() (pyclaw.solution.Grid method) compute_c_edge() (pyclaw.solution.Grid method) compute_p_center() (pyclaw.solution.Grid method) compute_p_edge() (pyclaw.solution.Grid method) construct_function_handle() (in module pyclaw.util) Controller (class in pyclaw.controller) convert_fort_double_to_float() (in module pyclaw.util) create_topo_func() (in module pyclaw.util)

D

d (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) Data (class in pyclaw.data) data_write() (in module pyclaw.data) Dimension (class in pyclaw.solution)

dimensions (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) dt (pyclaw.evolve.solver.Solver attribute) dt_variable (pyclaw.evolve.solver.Solver attribute)

E

edge (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) empty_aux() (pyclaw.solution.Grid method)

empty_q() (pyclaw.solution.Grid method) evolve_to_time() (pyclaw.evolve.solver.Solver method)

F

FrameCounter (class in pyclaw.util) frames (pyclaw.controller.Controller attribute)

fwave (pyclaw.evolve.clawpack.ClawSolver attribute)

G

GaugeData (class in pyclaw.data) GeoclawInputData (class in pyclaw.data) get_counter() (pyclaw.util.FrameCounter method) get_data() (pyclaw.controller.Controller method) get_dim_attribute() (pyclaw.solution.Grid method) get_owner() (pyclaw.data.Data method) get_owners() (pyclaw.data.Data method) getaxes()

getfigure() getframe(), [1] gethandle(), [1], [2] getitem() Grid (class in pyclaw.solution) grid (pyclaw.solution.Solution attribute) gridno (pyclaw.solution.Grid attribute) grids (pyclaw.solution.Solution attribute)

H

has_attribute() (pyclaw.data.Data method) homogeneous_step() (pyclaw.evolve.clawpack.ClawSolver method) (pyclaw.evolve.clawpack.ClawSolver1D method)

hyperbee_limiter() (in module pyclaw.evolve.limiters)

I

increment() (pyclaw.util.FrameCounter method) iplotclaw()

is_valid() (pyclaw.evolve.solver.Solver method) (pyclaw.solution.Grid method) (pyclaw.solution.Solution method) iteritems() (pyclaw.data.Data method)

K

keep_copy (pyclaw.controller.Controller attribute)

L

level (pyclaw.solution.Grid attribute) limit() (in module pyclaw.evolve.limiters) list_riemann_solvers() (pyclaw.evolve.clawpack.ClawSolver method) (pyclaw.evolve.clawpack.ClawSolver1D method)

logger (pyclaw.evolve.solver.Solver attribute) lower (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute)

M

make_amrclawdatafile() (in module pyclaw.data) make_clawdatafile() (in module pyclaw.data) make_setgauges_datafile() (in module pyclaw.data) make_sharpclawdatafile() (in module pyclaw.data) make_userdatafile() (in module pyclaw.data) mapc2p (pyclaw.solution.Grid attribute) maux (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) max_steps (pyclaw.evolve.solver.Solver attribute)

mbc (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) mc_limiter() (in module pyclaw.evolve.limiters) meqn (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) minmod_limiter() (in module pyclaw.evolve.limiters) mthbc_lower (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) mthbc_upper (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) mthlim (pyclaw.evolve.clawpack.ClawSolver attribute)

N

n (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) name (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) ndim (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) new_plotaxes() new_plotfigure()

new_plotitem() new_UserData() (pyclaw.data.ClawRunData method) nout (pyclaw.controller.Controller attribute) nstepout (pyclaw.controller.Controller attribute)

O

ones_aux() (pyclaw.solution.Grid method) ones_q() (pyclaw.solution.Grid method) open_datafile() (in module pyclaw.data) order (pyclaw.evolve.clawpack.ClawSolver attribute) out_times (pyclaw.controller.Controller attribute) outdir (pyclaw.controller.Controller attribute)

output_file_prefix (pyclaw.controller.Controller attribute) output_format (pyclaw.controller.Controller attribute) output_options (pyclaw.controller.Controller attribute) outstyle (pyclaw.controller.Controller attribute) overwrite (pyclaw.controller.Controller attribute)

P

p_center (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) p_edge (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) plot() (pyclaw.solution.Solution method) plotdata (pyclaw.controller.Controller attribute) plotframe() printframes() pyclaw.data (module) pyclaw.evolve.clawpack (module) pyclaw.evolve.limiters (module) pyclaw.evolve.rp.rp_acoustics (module)

pyclaw.evolve.rp.rp_advection (module) pyclaw.evolve.rp.rp_burgers (module) pyclaw.evolve.rp.rp_euler (module) pyclaw.evolve.rp.rp_shallow (module) pyclaw.evolve.solver (module) pyclaw.io.ascii (module) pyclaw.io.hdf5 (module) pyclaw.io.netcdf (module) pyclaw.util (module)

Q

q (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) qbc() (pyclaw.solution.Grid method)

qbc_lower() (pyclaw.solution.Dimension method) qbc_upper() (pyclaw.solution.Dimension method)

R

read() (pyclaw.data.Data method) (pyclaw.solution.Solution method) read_ascii() (in module pyclaw.io.ascii) read_ascii_t() (in module pyclaw.io.ascii) read_data() (pyclaw.controller.Controller method) read_data_line() (in module pyclaw.util) read_hdf5() (in module pyclaw.io.hdf5) read_netcdf() (in module pyclaw.io.netcdf) read_topo_file() (in module pyclaw.util) remove_attributes() (pyclaw.data.Data method) remove_dimension() (pyclaw.solution.Grid method) reset_counter() (pyclaw.util.FrameCounter method) rp (pyclaw.evolve.clawpack.ClawSolver1D attribute)

rp_acoustics_1d() (in module pyclaw.evolve.rp.rp_acoustics) rp_advection_1d() (in module pyclaw.evolve.rp.rp_advection) rp_burgers_1d() (in module pyclaw.evolve.rp.rp_burgers) rp_euler_roe_1d() (in module pyclaw.evolve.rp.rp_euler) rp_shallow_exact_1d() (in module pyclaw.evolve.rp.rp_shallow) rp_shallow_hll_1d() (in module pyclaw.evolve.rp.rp_shallow) rp_shallow_roe_1d() (in module pyclaw.evolve.rp.rp_shallow) run() (pyclaw.controller.Controller method) rundir (pyclaw.controller.Controller attribute) runmake (pyclaw.controller.Controller attribute) runxclaw() (pyclaw.controller.Controller method)

S

savecode (pyclaw.controller.Controller attribute) set_all_grids() (pyclaw.solution.Solution method) set_aux_global() (pyclaw.solution.Grid method) set_counter() (pyclaw.util.FrameCounter method) set_owner() (pyclaw.data.Data method) set_riemann_solver() (pyclaw.evolve.clawpack.ClawSolver method) (pyclaw.evolve.clawpack.ClawSolver1D method) setup() (pyclaw.evolve.clawpack.ClawSolver method) (pyclaw.evolve.solver.Solver method) SharpclawInputData (class in pyclaw.data) showitems() Solution (class in pyclaw.solution) Solver (class in pyclaw.evolve.solver)

solver (pyclaw.controller.Controller attribute) src (pyclaw.evolve.clawpack.ClawSolver attribute) src() (in module pyclaw.evolve.clawpack) src_split (pyclaw.evolve.clawpack.ClawSolver attribute) start_step (pyclaw.evolve.clawpack.ClawSolver attribute) start_step() (in module pyclaw.evolve.clawpack) status (pyclaw.evolve.solver.Solver attribute) step() (pyclaw.evolve.clawpack.ClawSolver method) (pyclaw.evolve.solver.Solver method) superbee_limiter() (in module pyclaw.evolve.limiters) superpower_limiter() (in module pyclaw.evolve.limiters) svn_revision() (in module pyclaw.util)

T

t (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) t0 (pyclaw.controller.Controller attribute) tfinal (pyclaw.controller.Controller attribute)

theta_limiter() (in module pyclaw.evolve.limiters) times (pyclaw.evolve.solver.Solver attribute)

U

units (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) upper (pyclaw.solution.Dimension attribute) (pyclaw.solution.Grid attribute) (pyclaw.solution.Solution attribute) upper_bound_limiter() (in module pyclaw.evolve.limiters)

user_bc_lower (pyclaw.solution.Dimension attribute) user_bc_upper (pyclaw.solution.Dimension attribute) UserData (class in pyclaw.data)

V

van_leer_klein_sharpening_limiter() (in module pyclaw.evolve.limiters) verbosity (pyclaw.controller.Controller attribute)

viewable_attributes (pyclaw.controller.Controller attribute)

W

write() (pyclaw.data.Data method) (pyclaw.solution.Solution method) write_ascii() (in module pyclaw.io.ascii) write_aux_always (pyclaw.controller.Controller attribute) write_aux_init (pyclaw.controller.Controller attribute)

write_hdf5() (in module pyclaw.io.hdf5) write_netcdf() (in module pyclaw.io.netcdf) write_topo_file() (in module pyclaw.util)

X

xclawcmd (pyclaw.controller.Controller attribute) xclawerr (pyclaw.controller.Controller attribute)

xclawout (pyclaw.controller.Controller attribute) xdir (pyclaw.controller.Controller attribute)

Z

zeros_aux() (pyclaw.solution.Grid method)

zeros_q() (pyclaw.solution.Grid method)