This is an extremely primitive API for performing basic object layout. More...

Collaboration diagram for Layout API:

Classes
struct	layout::layout_info_t
struct	layout::object_t
Namespaces
namespace	layout
Typedefs
typedef std::vector< object_t >	layout::vec_obj_t
Functions
void	layout::layout_info_t::clear (void) throw ()
void	layout::object_t::clear (void) throw ()
void	layout::performLayout (const layout_info_t &info,vec_obj_t &objects)
	the only function in the 2D layout library!
Variables
eLayoutType	layout::layout_info_t::type
float	layout::layout_info_t::spacing
std::string	layout::object_t::id
float	layout::object_t::width
float	layout::object_t::height
float	layout::object_t::x
float	layout::object_t::y

Detailed Description

This is an extremely primitive API for performing basic object layout.

I only have 2D layouts for now and have no plans for higher dimensions :)

This isn't much code but felt better abstracted to a general library rather than put in the application.

Typedef Documentation

typedef std::vector<object_t> layout::vec_obj_t

Definition at line 95 of file layout_2d.h.

Function Documentation

void layout::layout_info_t::clear ( void ) throw () [inline, inherited]

Definition at line 68 of file layout_2d.h.

void layout::object_t::clear ( void ) throw () [inline, inherited]

Definition at line 82 of file layout_2d.h.

void layout::performLayout	(	const layout_info_t &	info,
		vec_obj_t &	objects
	)

the only function in the 2D layout library!

Given the layout instructions (layout_info_t object), and the list of objects to be laid out (vec_obj_t vector), this routine calculates the proper position for each object.