geometry.cpp File Reference

Calculation of basic, and less basic, constants in each geometry. More...

#include "hyper.h"

Classes
struct	hr::usershapelayer
struct	hr::usershape
struct	hr::hpcshape
struct	hr::floorshape
struct	hr::plain_floorshape
struct	hr::escher_floorshape
struct	hr::basic_textureinfo
struct	hr::geometry_information
struct	hr::geometry_information::cellrotation_t
struct	hr::geometry_information::gpdata_t

Namespaces
	hr

Macros
#define	SIDE_SLEV   0
#define	SIDE_WTS3   3
#define	SIDE_WALL   4
#define	SIDE_LAKE   5
#define	SIDE_LTOB   6
#define	SIDE_BTOI   7
#define	SIDE_SKY   8
#define	SIDE_HIGH   9
#define	SIDE_HIGH2   10
#define	SIDE_ASHA   11
#define	SIDE_BSHA   12
#define	SIDEPARS   13
#define	BADMODEL   0
#define	cgi   (*cgip)

Typedefs
typedef array< hpcshape, WINGS+1 >	hr::hpcshape_animated

Functions
EX bool	hr::scale_used ()
EX transmatrix	hr::xspinpush (ld dir, ld dist)
ld	hr::geom3::abslev_to_projection (ld abslev)
ld	hr::geom3::projection_to_abslev (ld proj)
ld	hr::geom3::lev_to_projection (ld lev)
ld	hr::geom3::projection_to_factor (ld proj)
EX ld	hr::geom3::factor_to_projection (ld fac)
EX ld	hr::geom3::lev_to_factor (ld lev)
EX ld	hr::geom3::factor_to_lev (ld fac)
EX void	hr::geom3::do_auto_eye ()
EX ld	hr::geom3::scale_at_lev (ld lev)
EX ld	hr::geom3::actual_wall_height ()
EX void	hr::geom3::apply_always3 ()
EX void	hr::geom3::switch_always3 ()
EX void	hr::geom3::switch_tpp ()
EX void	hr::geom3::switch_fpp ()
EX void	hr::check_cgi ()
void	hr::clear_cgis ()

Variables
int	hr::usershape_changes
vector< hpcshape >	hr::shPlainWall3D
vector< hpcshape >	hr::shWireframe3D
vector< hpcshape >	hr::shWall3D
vector< hpcshape >	hr::shMiniWall3D
vector< ld >	hr::equal_weights
EX purehookset	hr::hooks_swapdim
EX string	hr::geom3::invalid
EX geometry_information *	hr::cgip
EX map< string, geometry_information >	hr::cgis
EX int	hr::last_texture_step
int	hr::ntimestamp
auto	hr::ah_clear_geo = addHook(hooks_clear_cache, 0, clear_cgis)

Detailed Description

Calculation of basic, and less basic, constants in each geometry.