Public Types
using	testbed_type = vtb::core::Testbed< T, 3 >

using	testbed_gui_type = TestbedGUI< T >

using	clock_type = std::chrono::high_resolution_clock

using	time_point = clock_type::time_point

using	duration = clock_type::duration

using	float_duration = std::chrono::duration< T >

using	mutex_type = std::recursive_mutex

using	thread_type = std::thread

using	statistics_type = vtb::core::Statistics< T >

using	Record = typename statistics_type::Record

using	callback_type = std::function< void(testbed_type &)>

using	gui_callback_type = std::function< void(testbed_gui_type &)>

using	callback_array = std::vector< callback_type >

using	gui_callback_array = std::vector< gui_callback_type >

using	lock_type = std::lock_guard< mutex_type >

Public Member Functions
void	start ()

void	stop ()

void	reset ()

void	wait ()

bool	initial () const

bool	stopped () const

bool	started () const

void	testbed_gui (testbed_gui_type *rhs)

testbed_gui_type *	testbed_gui ()

void	testbed (testbed_type &&rhs)

testbed_type *	testbed ()

T	min_time_step () const

void	min_time_step (T rhs)

T	max_time_step () const

void	max_time_step (T rhs)

T	speed () const

void	speed (T rhs)

T	time_step () const

void	fixed_time_step (bool rhs)

bool	fixed_time_step () const

T	frame_rate () const

void	accumulate_dt (T dt)
	Accumulate FPS using exponential moving average.

template<class Callback >
void	call (Callback &&cb)
	Insert computational callback. More...

template<class Callback >
void	gui_call (Callback &&cb)
	Insert computational and graphical callbacks. More...

void	do_gui_callbacks ()

Detailed Description

Definition at line 17 of file TestbedPipeline.hh.

Member Function Documentation

template<class T >

template<class Callback >

void vtb::gui::TestbedPipeline< T >::call ( Callback && cb )

inline

Insert computational callback.

The callback will be called before the next computational step in the thread of the pipeline (a thread that computes everything). The argument to this function is non-constant reference to object, using which you can copy-in simulation parameters (e.g. change wavy surface size).

Definition at line 116 of file TestbedPipeline.hh.

template<class T >

template<class Callback >

void vtb::gui::TestbedPipeline< T >::gui_call ( Callback && cb )

inline

Insert computational and graphical callbacks.

The callback will be called before the next rendering step in OpenGL thread. The argument to this function is non-constant reference to object using which you can copy-out simulation results (e.g. wavy surface) from the previous step.

Definition at line 132 of file TestbedPipeline.hh.