Collaboration diagram for tools::sg::state:

[legend]

Public Member Functions
	state ()

virtual	~state ()

	state (const state &a_from)

state &	operator= (const state &a_from)

bool	project_point (float &a_x, float &a_y, float &a_z, float &a_w) const

void	screen2ndc (int a_x, int a_y, float &a_wcx, float &a_wcy, float &a_wcz, float &a_wcw) const

bool	screen2wc (int a_x, int a_y, float &a_wcx, float &a_wcy, float &a_wcz) const

bool	screen2pwc (int a_x, int a_y, float &a_wcx, float &a_wcy, float &a_wcz) const

void	camera_proj_only (mat4f &a_mtx) const

Public Attributes
unsigned int	m_ww

unsigned int	m_wh

mat4f	m_proj

mat4f	m_model

bool	m_GL_DEPTH_TEST

bool	m_GL_LIGHTING

bool	m_GL_CULL_FACE

bool	m_GL_POLYGON_OFFSET_FILL

bool	m_GL_TEXTURE_2D

bool	m_GL_POINT_SMOOTH

bool	m_GL_LINE_SMOOTH

bool	m_GL_BLEND

bool	m_use_gsto

winding_type	m_winding

colorf	m_color

vec3f	m_normal

unsigned int	m_light

draw_type	m_draw_type

shade_type	m_shade_model

float	m_line_width

unsigned short	m_line_pattern

float	m_point_size

bool	m_camera_ortho

float	m_camera_znear

float	m_camera_zfar

vec3f	m_camera_position

rotf	m_camera_orientation

vec4f	m_camera_lrbt

Detailed Description

Definition at line 25 of file state.

Constructor & Destructor Documentation

◆ state() [1/2]

tools::sg::state::state ( )

inline

Definition at line 30 of file state.

   :m_ww(0)
   ,m_wh(0)
  
   ,m_GL_DEPTH_TEST(true)
   ,m_GL_LIGHTING(false)
   ,m_GL_CULL_FACE(true)
   ,m_GL_POLYGON_OFFSET_FILL(false)
   ,m_GL_TEXTURE_2D(false)
   ,m_GL_POINT_SMOOTH(false)
   ,m_GL_LINE_SMOOTH(false)
   ,m_GL_BLEND(false)
  
   ,m_use_gsto(false)
  
   ,m_winding(winding_ccw)
   ,m_color(1,1,1,1)
   ,m_normal(0,0,1)
  
   ,m_light(0)
  
   ,m_draw_type(sg::draw_filled)
   ,m_shade_model(sg::shade_flat)
  
   ,m_line_width(1)
   ,m_line_pattern(sg::line_solid)
   ,m_point_size(1)
  
   ,m_camera_ortho(true)
   ,m_camera_znear(1)
   ,m_camera_zfar(10)
   ,m_camera_position(vec3f(0,0,1))
   ,m_camera_orientation(rotf(vec3f(0,0,1),0))
   //,m_camera_near_height(0)
   ,m_camera_lrbt(0,0,0,0)
   {
 #ifdef TOOLS_MEM
     mem::increment(s_class().c_str());
 #endif
     //m_proj.set_identity();
     //m_model.set_identity();
   }

◆ ~state()

virtual tools::sg::state::~state ( )

inlinevirtual

Definition at line 73 of file state.

                   {
 #ifdef TOOLS_MEM
     mem::decrement(s_class().c_str());
 #endif
   }

◆ state() [2/2]

tools::sg::state::state ( const state & a_from )

inline

Definition at line 79 of file state.

   :m_ww(a_from.m_ww)
   ,m_wh(a_from.m_wh)
  
   ,m_proj(a_from.m_proj)
   ,m_model(a_from.m_model)
  
   ,m_GL_DEPTH_TEST(a_from.m_GL_DEPTH_TEST)
   ,m_GL_LIGHTING(a_from.m_GL_LIGHTING)
   ,m_GL_CULL_FACE(a_from.m_GL_CULL_FACE)
   ,m_GL_POLYGON_OFFSET_FILL(a_from.m_GL_POLYGON_OFFSET_FILL)
   ,m_GL_TEXTURE_2D(a_from.m_GL_TEXTURE_2D)
   ,m_GL_POINT_SMOOTH(a_from.m_GL_POINT_SMOOTH)
   ,m_GL_LINE_SMOOTH(a_from.m_GL_LINE_SMOOTH)
   ,m_GL_BLEND(a_from.m_GL_BLEND)
  
   ,m_use_gsto(a_from.m_use_gsto)
  
   ,m_winding(a_from.m_winding)
   ,m_color(a_from.m_color)
   ,m_normal(a_from.m_normal)
  
   ,m_light(a_from.m_light)
  
   ,m_draw_type(a_from.m_draw_type)
   ,m_shade_model(a_from.m_shade_model)
  
   ,m_line_width(a_from.m_line_width)
   ,m_line_pattern(a_from.m_line_pattern)
   ,m_point_size(a_from.m_point_size)
  
   ,m_camera_ortho(a_from.m_camera_ortho)
   ,m_camera_znear(a_from.m_camera_znear)
   ,m_camera_zfar(a_from.m_camera_zfar)
   ,m_camera_position(a_from.m_camera_position)
   ,m_camera_orientation(a_from.m_camera_orientation)
   //,m_camera_near_height(a_from.m_camera_near_height)
   ,m_camera_lrbt(a_from.m_camera_lrbt)
   {
 #ifdef TOOLS_MEM
     mem::increment(s_class().c_str());
 #endif
   }

Member Function Documentation

◆ camera_proj_only()

void tools::sg::state::camera_proj_only ( mat4f & a_mtx ) const

inline

Definition at line 226 of file state.

                                             {
     float l = m_camera_lrbt[0];
     float r = m_camera_lrbt[1];
     float b = m_camera_lrbt[2];
     float t = m_camera_lrbt[3];
     float n = m_camera_znear;
     float f = m_camera_zfar;
     if(m_camera_ortho) {
       a_mtx.set_ortho(l,r,b,t,n,f);
     } else {
       a_mtx.set_frustum(l,r,b,t,n,f);
     }
   }

◆ operator=()

state& tools::sg::state::operator= ( const state & a_from )

inline

Definition at line 122 of file state.

                                        {
     m_ww = a_from.m_ww;
     m_wh = a_from.m_wh;
  
     m_proj = a_from.m_proj;
     m_model = a_from.m_model;
  
     m_GL_DEPTH_TEST = a_from.m_GL_DEPTH_TEST;
     m_GL_LIGHTING = a_from.m_GL_LIGHTING;
     m_GL_CULL_FACE = a_from.m_GL_CULL_FACE;
     m_GL_POLYGON_OFFSET_FILL = a_from.m_GL_POLYGON_OFFSET_FILL;
     m_GL_TEXTURE_2D = a_from.m_GL_TEXTURE_2D;
     m_GL_POINT_SMOOTH = a_from.m_GL_POINT_SMOOTH;
     m_GL_LINE_SMOOTH = a_from.m_GL_LINE_SMOOTH;
     m_GL_BLEND = a_from.m_GL_BLEND;
  
     m_use_gsto = a_from.m_use_gsto;
  
     m_winding = a_from.m_winding;
     m_color = a_from.m_color;
     m_normal = a_from.m_normal;
  
     m_light = a_from.m_light;
  
     m_draw_type = a_from.m_draw_type;
     m_shade_model = a_from.m_shade_model;
  
     m_line_width = a_from.m_line_width;
     m_line_pattern = a_from.m_line_pattern;
     m_point_size = a_from.m_point_size;
  
     m_camera_ortho = a_from.m_camera_ortho;
     m_camera_znear = a_from.m_camera_znear;
     m_camera_zfar = a_from.m_camera_zfar;
     m_camera_position = a_from.m_camera_position;
     m_camera_orientation = a_from.m_camera_orientation;
     //m_camera_near_height = a_from.m_camera_near_height;
     m_camera_lrbt = a_from.m_camera_lrbt;
  
     return *this;
   }

◆ project_point()

bool tools::sg::state::project_point	(	float &	a_x,
		float &	a_y,
		float &	a_z,
		float &	a_w
	)		const

inline

Definition at line 164 of file state.

                                                                         {
     a_w = 1;
     m_model.mul_4f(a_x,a_y,a_z,a_w);
     m_proj.mul_4f(a_x,a_y,a_z,a_w);
     if(a_w==0.0F) return false;
     a_x /= a_w;
     a_y /= a_w;
     a_z /= a_w;
     return true;
   }

◆ screen2ndc()

void tools::sg::state::screen2ndc	(	int	a_x,
		int	a_y,
		float &	a_wcx,
		float &	a_wcy,
		float &	a_wcz,
		float &	a_wcw
	)		const

inline

Definition at line 175 of file state.

                                                                              {
     // a proj point in near plane has (z,w) :
     //   ortho -1,1   -> z/w = -1    and xy in [-1,1][-1,1]
     //   persp -n,n   -> z/w = -1    and xy in [-n,n][-n,n]
  
     a_wcx = 2*(float(a_x)/float(m_ww)-0.5f); //in [-1,1]
     a_wcy = 2*(float(a_y)/float(m_wh)-0.5f);
     a_wcz = -1;
  
     if(m_camera_ortho) {
       a_wcw = 1;
     } else {
       float t = m_camera_znear;
       a_wcx *= t;
       a_wcy *= t;
       a_wcz *= t;
       a_wcw = t;
     }
   }

◆ screen2pwc()

bool tools::sg::state::screen2pwc	(	int	a_x,
		int	a_y,
		float &	a_wcx,
		float &	a_wcy,
		float &	a_wcz
	)		const

inline

Definition at line 211 of file state.

                                                                 {
     mat4f mtx = m_proj;
     //mtx.mul_mtx(m_model);
     mat4f inv;
     if(!mtx.invert(inv)) {a_wcx = 0;a_wcy = 0;a_wcz = 0;return false;}
     float w;
     screen2ndc(a_x,a_y,a_wcx,a_wcy,a_wcz,w);
     inv.mul_4f(a_wcx,a_wcy,a_wcz,w);
     if(w==0.0F) return false;
     a_wcx /= w;
     a_wcy /= w;
     a_wcz /= w;
     return true;
   }

◆ screen2wc()

bool tools::sg::state::screen2wc	(	int	a_x,
		int	a_y,
		float &	a_wcx,
		float &	a_wcy,
		float &	a_wcz
	)		const

inline

Definition at line 196 of file state.

                                                                {
     mat4f mtx = m_proj;
     mtx.mul_mtx(m_model);
     mat4f inv;
     if(!mtx.invert(inv)) {a_wcx = 0;a_wcy = 0;a_wcz = 0;return false;}
     float w;
     screen2ndc(a_x,a_y,a_wcx,a_wcy,a_wcz,w);
     inv.mul_4f(a_wcx,a_wcy,a_wcz,w);
     if(w==0.0F) return false;
     a_wcx /= w;
     a_wcy /= w;
     a_wcz /= w;
     return true;
   }

Member Data Documentation

◆ m_camera_lrbt

vec4f tools::sg::state::m_camera_lrbt

Definition at line 278 of file state.

◆ m_camera_orientation

rotf tools::sg::state::m_camera_orientation

Definition at line 276 of file state.

◆ m_camera_ortho

bool tools::sg::state::m_camera_ortho

Definition at line 272 of file state.

◆ m_camera_position

vec3f tools::sg::state::m_camera_position

Definition at line 275 of file state.

◆ m_camera_zfar

float tools::sg::state::m_camera_zfar

Definition at line 274 of file state.

◆ m_camera_znear

float tools::sg::state::m_camera_znear

Definition at line 273 of file state.

◆ m_color

colorf tools::sg::state::m_color

Definition at line 259 of file state.

◆ m_draw_type

draw_type tools::sg::state::m_draw_type

Definition at line 264 of file state.

◆ m_GL_BLEND

bool tools::sg::state::m_GL_BLEND

Definition at line 254 of file state.

◆ m_GL_CULL_FACE

bool tools::sg::state::m_GL_CULL_FACE

Definition at line 249 of file state.

◆ m_GL_DEPTH_TEST

bool tools::sg::state::m_GL_DEPTH_TEST

Definition at line 247 of file state.

◆ m_GL_LIGHTING

bool tools::sg::state::m_GL_LIGHTING

Definition at line 248 of file state.

◆ m_GL_LINE_SMOOTH

bool tools::sg::state::m_GL_LINE_SMOOTH

Definition at line 253 of file state.

◆ m_GL_POINT_SMOOTH

bool tools::sg::state::m_GL_POINT_SMOOTH

Definition at line 252 of file state.

◆ m_GL_POLYGON_OFFSET_FILL

bool tools::sg::state::m_GL_POLYGON_OFFSET_FILL

Definition at line 250 of file state.

◆ m_GL_TEXTURE_2D

bool tools::sg::state::m_GL_TEXTURE_2D

Definition at line 251 of file state.

◆ m_light

unsigned int tools::sg::state::m_light

Definition at line 262 of file state.

◆ m_line_pattern

unsigned short tools::sg::state::m_line_pattern

Definition at line 268 of file state.

◆ m_line_width

float tools::sg::state::m_line_width

Definition at line 267 of file state.

◆ m_model

mat4f tools::sg::state::m_model

Definition at line 245 of file state.

◆ m_normal

vec3f tools::sg::state::m_normal

Definition at line 260 of file state.

◆ m_point_size

float tools::sg::state::m_point_size

Definition at line 269 of file state.

◆ m_proj

mat4f tools::sg::state::m_proj

Definition at line 244 of file state.

◆ m_shade_model

shade_type tools::sg::state::m_shade_model

Definition at line 265 of file state.

◆ m_use_gsto

bool tools::sg::state::m_use_gsto

Definition at line 256 of file state.

◆ m_wh

unsigned int tools::sg::state::m_wh

Definition at line 242 of file state.

◆ m_winding

winding_type tools::sg::state::m_winding

Definition at line 258 of file state.

◆ m_ww

unsigned int tools::sg::state::m_ww

Definition at line 241 of file state.

The documentation for this class was generated from the following file:

/Users/barrand/private/dev/softinex/g4tools/g4tools/tools/sg/state

Public Member Functions

Public Attributes

Detailed Description

Constructor & Destructor Documentation

◆ state() [1/2]

◆ ~state()

◆ state() [2/2]

Member Function Documentation

◆ camera_proj_only()

◆ operator=()

◆ project_point()

◆ screen2ndc()

◆ screen2pwc()

◆ screen2wc()

Member Data Documentation

◆ m_camera_lrbt

◆ m_camera_orientation

◆ m_camera_ortho

◆ m_camera_position

◆ m_camera_zfar

◆ m_camera_znear

◆ m_color

◆ m_draw_type

◆ m_GL_BLEND

◆ m_GL_CULL_FACE

◆ m_GL_DEPTH_TEST

◆ m_GL_LIGHTING

◆ m_GL_LINE_SMOOTH

◆ m_GL_POINT_SMOOTH

◆ m_GL_POLYGON_OFFSET_FILL

◆ m_GL_TEXTURE_2D

◆ m_light

◆ m_line_pattern

◆ m_line_width

◆ m_model

◆ m_normal

◆ m_point_size

◆ m_proj

◆ m_shade_model

◆ m_use_gsto

◆ m_wh

◆ m_winding

◆ m_ww