fcppt::container::grid Namespace Reference

Contains fcppt::container::grid::object and helper types/functions for it. More...

Classes
struct	dim
class	exception
class	object
	A simple n dimensional arraySee the module description for more information. More...
class	out_of_range
	Thrown by the grid's at function. More...

Typedefs
typedef unsigned	size_type

Functions
template<typename T , size_type N, typename A >
bool	operator== (object< T, N, A > const &_a, object< T, N, A > const &_b)
template<typename T , size_type N, typename A >
bool	operator!= (object< T, N, A > const &_a, object< T, N, A > const &_b)
template<typename T , size_type N, typename A >
bool	operator< (object< T, N, A > const &_a, object< T, N, A > const &_b)
template<typename T , size_type N, typename A >
bool	operator> (object< T, N, A > const &_a, object< T, N, A > const &_b)
template<typename T , size_type N, typename A >
bool	operator<= (object< T, N, A > const &_a, object< T, N, A > const &_b)
template<typename T , size_type N, typename A >
bool	operator>= (object< T, N, A > const &_a, object< T, N, A > const &_b)
template<typename T , fcppt::container::grid::size_type N, typename A , typename Fn >
void	fill (object< T, N, A > &g, Fn const &f)
	Fills a grid using a functor.
template<typename T , fcppt::container::grid::size_type N, typename A >
bool	in_range (grid::object< T, N, A > const &_grid, typename grid::object< T, N, A >::dim const &_pos)
	Checks if the given position _pos is out of bounds.
template<typename Grid , typename Vector , typename Interpolator >
Grid::value_type const	interpolate (Grid const &grid, Vector const &floating_point_position, Interpolator const &interpolator)
	Interpolates a value inside the grid cells.
template<typename T , grid::size_type N>
bool	is_square (grid::object< T, N > const &g)
	Checks if a grid is a square or a rectangle.
template<typename Grid , typename Iterator >
Grid::dim const	iterator_position (Grid const &grid, Iterator const it)
	Returns the position of an iterator.
template<typename T , size_type N, typename A >
void	swap (object< T, N, A > &, object< T, N, A > &)
template<typename Ch , typename Traits , typename T , fcppt::container::grid::size_type N, typename A >
std::basic_ostream< Ch, Traits > &	operator<< (std::basic_ostream< Ch, Traits > &_stream, grid::object< T, N, A > const &_object)
	Outputs a grid.
template<typename T , fcppt::container::grid::size_type N, typename A >
void	resize_preserve (grid::object< T, N, A > &_result, typename grid::object< T, N, A >::dim const &_new_size)
	Resizes _result to _newsize and preserves all elements possible For every p where every component of p is less than every component of _new_size, _result[p] will be preserved.
template<typename T , fcppt::container::grid::size_type N, typename A >
void	resize_preserve_init (grid::object< T, N, A > &_result, typename grid::object< T, N, A >::dim const &_new_size, typename grid::object< T, N, A >::const_reference _value)
	Like resize_preserve but also initializes new elements For every p where every component of p is greater or equal to _new_size _result[p] will be assigned from _value.

Detailed Description

Contains fcppt::container::grid::object and helper types/functions for it.

Typedef Documentation

typedef unsigned fcppt::container::grid::size_type

Function Documentation

template<typename T , size_type N, typename A >

bool fcppt::container::grid::operator!=	(	object< T, N, A > const &	_a,
		object< T, N, A > const &	_b
	)

template<typename T , size_type N, typename A >

bool fcppt::container::grid::operator<	(	object< T, N, A > const &	_a,
		object< T, N, A > const &	_b
	)

template<typename T , size_type N, typename A >

bool fcppt::container::grid::operator<=	(	object< T, N, A > const &	_a,
		object< T, N, A > const &	_b
	)

template<typename T , size_type N, typename A >

bool fcppt::container::grid::operator==	(	object< T, N, A > const &	_a,
		object< T, N, A > const &	_b
	)

template<typename T , size_type N, typename A >

bool fcppt::container::grid::operator>	(	object< T, N, A > const &	_a,
		object< T, N, A > const &	_b
	)

template<typename T , size_type N, typename A >

bool fcppt::container::grid::operator>=	(	object< T, N, A > const &	_a,
		object< T, N, A > const &	_b
	)

template<typename T , fcppt::container::grid::size_type N, typename A >

void fcppt::container::grid::resize_preserve	(	grid::object< T, N, A > &	_result,
		typename grid::object< T, N, A >::dim const &	_new_size
	)

Resizes _result to _newsize and preserves all elements possible For every p where every component of p is less than every component of _new_size, _result[p] will be preserved.

template<typename T , fcppt::container::grid::size_type N, typename A >

void fcppt::container::grid::resize_preserve_init	(	grid::object< T, N, A > &	_result,
		typename grid::object< T, N, A >::dim const &	_new_size,
		typename grid::object< T, N, A >::const_reference	_value
	)

Like resize_preserve but also initializes new elements For every p where every component of p is greater or equal to _new_size _result[p] will be assigned from _value.

template<typename T , size_type N, typename A >

void fcppt::container::grid::swap	(	object< T, N, A > &	_a,
		object< T, N, A > &	_b
	)