Inheritance diagram for vtb::core::Wave_pressure_solver_opencl< T >:

Collaboration diagram for vtb::core::Wave_pressure_solver_opencl< T >:

Public Types
using	derivative_type = vtb::opencl::Derivative< T, 4 >

using	panel_type = Ship_hull_panel< T, 3 >

using	panel_array = std::vector< panel_type >

using	grid3 = Grid< T, 3 >

using	grid4 = Grid< T, 4 >

using	array3 = Array< T, 3 >

using	array4 = Array< T, 4 >

using	vec3 = Vector3< T >

Public Types inherited from vtb::core::Wave_pressure_solver< T >
using	panel_type = Ship_hull_panel< T, 3 >

using	panel_array = std::vector< panel_type >

using	grid3 = Grid< T, 3 >

using	grid4 = Grid< T, 4 >

using	array3 = Array< T, 3 >

using	array4 = Array< T, 4 >

using	vec3 = Vector3< T >

Public Member Functions
void	calculate_pressure (const grid4 &grid, const array4 &velocity_potential, const array3 &wavy_surface, Buffer< T > &pressure)

void	calculate_pressure_force (const grid4 &pressure_grid, Buffer< T > &pressure, panel_array &panels)

void	solve (const grid3 &wavy_surface_grid, array3 wavy_surface, const grid4 &phi_grid, array4 velocity_potential, panel_array &panels) override

void	context (Context *rhs) override

Public Member Functions inherited from vtb::core::Wave_pressure_solver< T >
virtual void	solve (const Grid< T, 3 > &wavy_surface_grid, Array< T, 3 > wavy_surface, const Grid< T, 4 > &velocity_potential_grid, Array< T, 4 > velocity_potential, panel_array &panels)=0
	Compute pressure force applied to the centre of each ship hull panel. More...

T	density () const noexcept
	Fluid density.

void	density (T rhs) noexcept

T	g () const noexcept
	Gravitational acceleration.

void	g (T rhs) noexcept

void	clip (bool b)

bool	clip () const
	Clamp grid to panels?

Public Member Functions inherited from vtb::opencl::Context_base
Context *	context ()

const Context *	context () const

Detailed Description

Definition at line 21 of file wave_pressure_opencl.cc.

Public Types