verbosity (0:low) number_of_dimensions (1/2/3) spatial_metric (Realfunctionnd, e.g. 1dproduct 2 constant 1.0 constant 1.0 for 2D planar) number_of_materials For each: name material_data (mat_type) number_of_graphics_specifications For each: x_pixels y_pixels auto_flag (0: inline / 1: graphics_data_files) wx1 wx2 wy1 wy2 (fractional range of window to use) sx1 sx2 sy1 sy2 (corresponding range of "real" parameter) fred fgreen fblue (foreground colour) bred bgreen bblue (background colour) output_file_stem first_dump_index number_of_plot_objects (drawn in the order they are specified) For each: type parameters (see below) pause_after_flag (0/1: yes/no) clear_before_flag (0/1: yes/no) Repeated until command is "end": command parameters (see below)
Notes:
Realfunctionnd
is the maths class library type.
mat_type
is the ARIADNE class library type.
mesh
red green blue (colour) xoffset yoffset (offset of this plot in subject units of window)
boundary
red green blue (colour) xoffset yoffset (offset of this plot in subject units of window)
scalar_field_colored
parameter_name (pressure / mass_density / temperature / divu / csqv / velocity_x / velocity_y / velocity_z / artificial_viscosity / material / region / grain) colormap_type (thermal / greyscale / spectral) vmin vmax (map range) number_of_colors xoffset yoffset (offset of this plot in subject units of window)
vector_field
parameter_name (velocity) scale_vector red green blue (colour) head_length head_angle xoffset yoffset (offset of this plot in subject units of window)
generate
dump_file For each dimension: Dxi dxi (spatial extent, zone size) origin_vector node_position_perturbation_amplitude If >1D: mesh_type (rectilinear / triangulated / tetrahedral) number_of_foreground_regions For each: name type parameters (see below) number_of_detonics_regions For each: boundary_accuracy number_of_velocity_constraints For each: type parameters: applied enclosing_surface (Surface) amplitude (Realfunction1d of time) orientation_vector normal enclosing_surface (Surface) amplitude (Realfunction1d of time) translation enclosing_surface (Surface) translation_vector number_of_stress_constraints For each: type parameters: applied enclosing_surface (Surface) pressure (Realfunction1d of time) deviatoric stress components (each Realfunction1d of time) s11 s22 s33 s23 s31 s12 mirror enclosing_surface (Surface) translation enclosing_surface (Surface) translation_vector number_of_propellors For each: enclosing_surface (Surface) orientation_vector pressure (Realfunction1d of magnitude of velocity) number_of_material_sources For each: location velocity material_name material_state amplitude (Realfunction1d of time) number_of_heat_sources For each: location heating_rate (power / volume) number_of_detonics_sources For each: location time number_of_detonics_inert_boundary_nodes For each: node_index inner_node_index
How to define a location: location_type_name parameters
Either: index cell_or_node_index Or: nearest_position position_vector Or: region surface (Surface type)
read
dump_file
integrate
dump_file Courant_factor divergence_factor artificial_viscosity_factor evolution_factor detonation_factor (timestep safety factors) qquad qlin (artificial viscosity parameters) q_evolution_cutoff (max q/p for evolution to be allowed) evolution_update_mode (1/2 for once/twice per time step) initial_timestep growth_factor min_timestep min_timestep_action (set / abort) max_timestep max_timestep_action (set / abort) eps_min eps_max (general small and large numerical cutoffs) imaginary_sound_treatment (raw / abs) detonics_flag (0/1 for off/on) psi_store_u trigger_delay psi_trigger_disable psi_wake psi_dead start_time end_time max_timesteps number_of_stop_sensors For each: location parameter comparison value dump_frequency dump_filename_stem first_dump_index node_plot_interval node_plot_filename_stem first_node_plot_index cell_plot_interval cell_plot_filename_stem first_cell_plot_index shock_location_file artificial_viscosity_sensitivity graphics_time_interval number_of_history_files For each:
rezone
dump_file
Contents of dump file:
background_node_array background_cell_array position_offset_vector velocity_offset_vector enclosing_surface (Surface) number_of_foreground_regions For each: node_array cell_array enclosing_surface position_offset_vector velocity_offset_vector