#include <threaded_engine.h>

Public Types
using	engine_state_changed = util::event< size_t, size_t, state, double >

using	waveguide_node_positions_changed = util::event< waveguide::mesh_descriptor >

using	waveguide_node_pressures_changed = postprocessing_engine::waveguide_node_pressures_changed

using	raytracer_reflections_generated = postprocessing_engine::raytracer_reflections_generated

using	encountered_error = util::event< std::string >

using	begun = util::event<>

using	finished = util::event<>

Public Member Functions
void	run (core::compute_context compute_context, core::gpu_scene_data scene_data, model::persistent persistent, model::output output)

bool	is_running () const

void	cancel ()

engine_state_changed::connection	connect_engine_state_changed (engine_state_changed::callback_type)

waveguide_node_positions_changed::connection	connect_waveguide_node_positions_changed (waveguide_node_positions_changed::callback_type)

waveguide_node_pressures_changed::connection	connect_waveguide_node_pressures_changed (waveguide_node_pressures_changed::callback_type)

raytracer_reflections_generated::connection	connect_raytracer_reflections_generated (raytracer_reflections_generated::callback_type)

encountered_error::connection	connect_encountered_error (encountered_error::callback_type)

begun::connection	connect_begun (begun::callback_type)

finished::connection	connect_finished (finished::callback_type)

Detailed Description

Given a scene, and a collection of sources and receivers, For each source-receiver pair: Simulate the scene. Do microphone post-processing according to the receiver's capsules. Cache the results. Once all outputs have been calculated: Do global normalization. Write files out. If the engine encounters an error: Signal using a callback, and quit. If the user cancels early: Signal using a callback, and quit.

The documentation for this class was generated from the following files:

src/combined/include/combined/threaded_engine.h
src/combined/src/threaded_engine.cpp

Public Types

Public Member Functions

Detailed Description