quokka/inputs/GravRadParticle3D.in at 758531d827df3f23969b1956efd9ce1b13378a93 · quokka-astro/quokka · GitHub

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# *****************************************************************
# Problem size and geometry
# *****************************************************************
geometry.prob_lo     =  -2.0  -2.0  -2.0
geometry.prob_hi     =  2.0  2.0  2.0
quokka.bc = reflecting reflecting reflecting

# *****************************************************************
# VERBOSITY
# *****************************************************************
amr.v              = 0       # verbosity in Amr

# *****************************************************************
# Resolution and refinement
# *****************************************************************
amr.n_cell          = 64 64 64
amr.max_level       = 0     # number of levels = max_level + 1
amr.blocking_factor = 64     # grid size must be divisible by this
amr.max_grid_size   = 64    # at least 128 for GPUs
amr.n_error_buf     = 3     # minimum 3 cell buffer around tagged cells
amr.grid_eff        = 1.0

do_reflux = 0
do_subcycle = 0
suppress_output = 0

stop_time = 0.4
plotfile_interval = -1
checkpointtime_interval = -1

particles.use_luminosity_table = false

quokka.diagnostics = plt slice_z proj

quokka.plt.type = PlotFile         # pltfile for the whole box
quokka.plt.file = plt              # Output file prefix (default "plt", must end in "plt")
quokka.plt.int  = 2                # Output cadence (in number of coarse steps)
quokka.plt.particles = CICRad_particles CIC_particles # select particle types to output; default is all particles

quokka.slice_z.type = DiagFramePlane         # Diagnostic type
quokka.slice_z.file = slicez_plt             # Output file prefix (must end in "plt")
quokka.slice_z.normal = 2                    # Plane normal (0 == x, 1 == y, 2 == z)
quokka.slice_z.center = 0.001                # Coordinate in the normal direction (cannot lie *exactly* on domain boundary)
quokka.slice_z.int    = 2                   # Output cadence (in number of coarse steps)
quokka.slice_z.interpolation = Linear        # (Optional, default is Linear) Interpolation type: Linear or Quadratic
quokka.slice_z.field_names = gasDensity gasInternalEnergy x-GasMomentum y-GasMomentum z-GasMomentum # List of variables included in output

quokka.proj.type = ProjectionPlot   # Projection plot diagnostic
quokka.proj.file = proj_plt         # Output file prefix (must end in "plt")
quokka.proj.int  = 2                # Output cadence (in number of coarse steps)
quokka.proj.dirs = x                # Projection directions (x, y, z)
quokka.proj.particles = CIC_particles # List of particle types to include in output (default to none)

max_timesteps = 2

tiny_profiler.enabled = 0

density_floor = 1.0e-7
density_floor_expr = "1.0e-7 * (3.0 - sqrt(x*x + y*y + z*z) / 2.0)"