tf_runtime.h File Reference

#include <stdio.h>
#include <tfSimulator.h>
#include <tf_bind.h>
#include <tf_util.h>
#include <tfCluster.h>
#include <tfFlux.h>
#include <event/tfParticleEventSingle.h>
#include <event/tfParticleTimeEvent.h>
#include <io/tfIO.h>
#include <rendering/tfClipPlane.h>
#include <rendering/tfKeyEvent.h>
#include <rendering/tfColorMapper.h>
#include <rendering/tfStyle.h>
#include <state/tfSpeciesValue.h>

Include dependency graph for tf_runtime.h:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Namespaces
namespace	TissueForge
	Include Python header, disable linking to pythonX_d.lib on Windows in debug mode.

Functions
std::string	TissueForge::version_str ()
	Installation version.
std::string	TissueForge::systemNameStr ()
	System name.
std::string	TissueForge::systemVersionStr ()
	System version.
std::string	TissueForge::compilerIdStr ()
	Compiler id.
std::string	TissueForge::compilerVersionStr ()
	Compiler version.
std::string	TissueForge::buildDate ()
	Build data.
std::string	TissueForge::buildTime ()
	Build time.
bool	TissueForge::hasCuda ()
	Flag for whether the installation supports CUDA.
HRESULT	TissueForge::initialize (int args)
	Initialization method that may be a mandatory first call, depending on the runtime scenario.
HRESULT	TissueForge::close ()
	Closes the main window, while the application / simulation continues to run.
HRESULT	TissueForge::show ()
	Shows any windows that were specified in the config. Does not start the universe time propagation unlike run.
HRESULT	TissueForge::init (const std::vector< std::string > &argv)
HRESULT	TissueForge::init (Simulator::Config &conf, const std::vector< std::string > &appArgv=std::vector< std::string >())
HRESULT	TissueForge::step (const FloatP_t &until=0, const FloatP_t &dt=0)
	Performs a single time step dt of the universe if no arguments are given. Optionally runs until until, and can use a different timestep of dt.
HRESULT	TissueForge::stop ()
	Stops the universe time evolution. This essentially freezes the universe, everything remains the same, except time no longer moves forward.
HRESULT	TissueForge::start ()
	Starts the universe time evolution, and advanced the universe forward by timesteps in dt. All methods to build and manipulate universe objects are valid whether the universe time evolution is running or stopped.
HRESULT	TissueForge::run (FloatP_t et=-1)
	Runs the event loop until all windows close or simulation time expires. Automatically performs universe time propogation.