vtb::core::Testbed< T, N > Class Template Reference

Main class for interacting with virtual testbed. More...

#include <testbed.hh>

Public Types
using	value_type = T
using	ship_type = Ship< T >
using	ship_motion_solver_type = Ship_motion_solver< T >
using	ship_motion_solver_ptr = std::unique_ptr< ship_motion_solver_type >
using	wavy_surface_generator_type = Wavy_surface_generator< T, N >
using	wavy_surface_generator_ptr = std::unique_ptr< wavy_surface_generator_type >
using	velocity_potential_solver_type = Velocity_potential_solver< T, N >
using	velocity_potential_solver_ptr = std::unique_ptr< velocity_potential_solver_type >
using	vertex_field_3d = blitz::Array< blitz::TinyVector< T, 3 >, 3 >
typedef Wave_pressure_solver< T >	wave_pressure_solver_type
typedef std::unique_ptr< wave_pressure_solver_type >	wave_pressure_solver_ptr
using	gerstner_solver_type = Gerstner_solver< T, 3 >
typedef std::unique_ptr< gerstner_solver_type >	gerstner_solver_ptr
using	grid2 = Grid< T, N-1 >
using	grid3 = Grid< T, N >
using	grid4 = Grid< T, N+1 >
using	array_type = Array< T, N >
using	phi_array_type = Array< T, N+1 >
using	domain3 = blitz::RectDomain< N >
using	domain4 = blitz::RectDomain< N+1 >
using	statistics_type = Statistics< T >
using	array2 = Array< T, 2 >
using	array3 = Array< T, 3 >
using	vec3 = Vector3< T >
using	wetted_surface_solver_type = Wetted_surface_solver< T, N >
using	wetted_surface_solver_ptr = std::unique_ptr< wetted_surface_solver_type >
using	arma_wind_solver_type = ARMA_wind_solver< T >
using	arma_wind_solver_ptr = std::unique_ptr< arma_wind_solver_type >
using	anlt_wind_solver_type = ANLT_wind_solver< T >
using	anlt_wind_solver_ptr = std::unique_ptr< anlt_wind_solver_type >
using	panel_type = typename wetted_surface_solver_type::panel_type
using	panel_array = typename wetted_surface_solver_type::panel_array
using	waterline_type = typename wetted_surface_solver_type::waterline_type
using	irregular_surface_type = Array< vec3, 3 >
using	irregular_surface_type_2d = Array< vec3, 2 >

Public Member Functions
	Testbed (Testbed &&)=default
Testbed &	operator= (Testbed &&)=default
	Testbed (const Testbed &)=delete
Testbed &	operator= (const Testbed &)=delete
void	set_solver_type (Solver_type type)
Solver_type	get_solver_type () const
const ship_type &	ship () const
ship_type &	ship ()
void	ship (ship_type &&rhs)
void	ship (const ship_type &rhs)
void	gerstner_solver (gerstner_solver_ptr &&rhs)
gerstner_solver_type *	gerstner_solver ()
const gerstner_solver_type *	gerstner_solver () const
void	wavy_surface_generator (wavy_surface_generator_ptr &&rhs)
const wavy_surface_generator_type *	wavy_surface_generator () const noexcept
wavy_surface_generator_type *	wavy_surface_generator () noexcept
void	velocity_potential_solver (velocity_potential_solver_ptr &&rhs)
const velocity_potential_solver_type *	velocity_potential_solver () const noexcept
velocity_potential_solver_type *	velocity_potential_solver () noexcept
void	wave_pressure_solver (wave_pressure_solver_ptr &&rhs)
const wave_pressure_solver_type *	wave_pressure_solver () const noexcept
wave_pressure_solver_type *	wave_pressure_solver () noexcept
void	wetted_surface_solver (wetted_surface_solver_ptr &&rhs)
wetted_surface_solver_type *	wetted_surface_solver ()
const wetted_surface_solver_type *	wetted_surface_solver () const
const array_type &	wavy_surface () const noexcept
const grid4	grid () const
array2	wavy_surface_2d () const noexcept
irregular_surface_type	irregular_wavy_surface ()
irregular_surface_type_2d	irregular_wavy_surface_2d () const
const phi_array_type &	velocity_potential () const noexcept
array3	velocity_potential_3d () const noexcept
void	step (T dt)
void	reset ()
	Reset simulation to the initial state and retain solver configuration. More...
ship_motion_solver_type *	ship_motion_solver ()
const ship_motion_solver_type *	ship_motion_solver () const
void	wavy_surface_grid (const grid2 &rhs) noexcept
grid3	wavy_surface_grid () const noexcept
grid2	wavy_surface_grid_2d () const noexcept
grid4	velocity_potential_grid () const noexcept
grid3	velocity_potential_grid_3d () const noexcept
T	time_instant () const noexcept
	Current time instant in seconds.
const grid4 &	grid_txyz () const
const panel_array &	wetted_panels () const noexcept
	Wetted ship hull faces that comprise underwater part of the hull.
const panel_array &	dry_panels () const noexcept
bool	has_wetted_panels () const noexcept
bool	has_wave_pressure_domain () const noexcept
void	record_statistics (statistics_type &stats)
const statistics_type &	statistics () const
statistics_type &	statistics ()
const vertex_field_3d &	wind_field () const
const grid3 &	wind_grid () const
const vertex_field_3d &	water_velocity_field () const
void	arma_wind_solver (arma_wind_solver_ptr &&rhs)
void	anlt_wind_solver (anlt_wind_solver_ptr &&rhs)
const anlt_wind_solver_type *	wind_solver () const
const waterline_type &	waterline () const
void	openmp_solvers ()
void	opencl_solvers ()
void	opencl_context (void *ptr)

Friends
bstream &	operator<< (bstream &out, const Testbed &rhs)
bstream &	operator>> (bstream &in, Testbed &rhs)

Detailed Description

template<class T, int N>
class vtb::core::Testbed< T, N >

Main class for interacting with virtual testbed.

Date

2018-08-13

Author

Ivan Gankevich

Definition at line 33 of file testbed.hh.

Member Function Documentation

reset()

template<class T , int N>

void vtb::core::Testbed< T, N >::reset

(

)

Reset simulation to the initial state and retain solver configuration.

• Sets current time to 0.
• Clears statistics and re-opens statistics.log.
• Resets ship position.
• Removes wetted panels.

Definition at line 128 of file core/testbed.cc.

velocity_potential()

template<class T, int N>

const phi_array_type& vtb::core::Testbed< T, N >::velocity_potential ( ) const

inlinenoexcept

\(N+1\) dimensional velocity potential. The first dimension is time, the second is \(z\), the rest are \(x\) and \(y\).

Definition at line 227 of file testbed.hh.

velocity_potential_grid()

template<class T, int N>

grid4 vtb::core::Testbed< T, N >::velocity_potential_grid ( ) const

inlinenoexcept

\(N\)-dimensional spatio-temporal grid for velocity potential field. The dimensions are \((t,z,x,y)\).

Definition at line 297 of file testbed.hh.

wavy_surface()

template<class T, int N>

const array_type& vtb::core::Testbed< T, N >::wavy_surface ( ) const

inlinenoexcept

\(N\)-dimensional wavy surface. The first dimension is time, the rest are spatial.

Definition at line 197 of file testbed.hh.

wavy_surface_grid() [1/2]

template<class T, int N>

void vtb::core::Testbed< T, N >::wavy_surface_grid ( const grid2 &  rhs )

inlinenoexcept

Set \((x,y)\) dimensions of the grid.

Definition at line 264 of file testbed.hh.

wavy_surface_grid() [2/2]

template<class T, int N>

grid3 vtb::core::Testbed< T, N >::wavy_surface_grid ( ) const

inlinenoexcept

\(N\)-dimensional spatio-temporal grid for wavy surface generation. The first dimension is time, the rest are spatial.

Definition at line 280 of file testbed.hh.

wavy_surface_grid_2d()

template<class T, int N>

grid2 vtb::core::Testbed< T, N >::wavy_surface_grid_2d ( ) const

inlinenoexcept

Two-dimensional spatial wavy surface grid.

Definition at line 288 of file testbed.hh.