OpenGLMbs Namespace Reference

Classes
class	DefaultShapeRenderer
	DefaultShapeRenderer class is a default implementation of DefaultShapeRenderer. It implements the function of MbsShapeRenderer but do nothing. More...
class	DefaultWindowManager
	DefaultWindowManager is a default implementation of MbsWindowManager that do nothing. It is useful in association with VtkWorldRenderer. More...
class	DefaultWorldRenderer
	Implementation of MbsWorldRenderer class that do nothing. More...
class	GlfwWindowManager
	Implements a MbsWindowManager using the GLFW library. It may be used in association with OglWorldRenderer. More...
class	MbsBox
class	MbsCone
class	MbsCylinder
class	MbsInline
class	MbsShapeRenderer
	MbsShapeRenderer is an abstract class that defines the property need to render a MbsShape3D. Three implementation are currently available: More...
class	MbsSphere
class	MbsViewPointRenderer
	abstract class for specifying code to render the 3D scene to an image from a specific viepoint. More...
class	MbsWindowManager
	MbsWindowManager is an abstract class that defines the functionalities of a window manager. More...
class	MbsWorldRenderer
	MbsWorldRenderer class defines the general properties of an object that renders a MbsWorld3D.Three implementation are currently available (but other can be written if needed): More...
class	MpegFrameCaptureOptions
	MpegFrameCaptureOptions: save screenshots as video in the mpeg format. More...
class	OglOffscreenVpRenderer
	implementation of a MbsViewPointRenderer using OpenGL to render offscreen. It re-uses code of OglViewPointRenderer More...
class	OglShapeRenderer
	OglShapeRenderer class is an implementation of MbsShapeRenderer that render a MbsShape3D using Open GL. More...
class	OglViewPointRenderer
	implementation of a MbsViewPointRenderer using OpenGL to render directly to the screen More...
class	OglWorldRenderer
	Implementation of MbsWorldRenderer class that render a MbsWorld3D using Open GL. More...
class	ShaderLight
	shader light class More...

Functions
void	shader_multisample (const char *mbs_filename, int &shader_flag, int &multi_samp)
bool	int_in_range (int x, int min, int max)
	check if integer is in range More...

Variables
GLdouble	tmp_vert_box [3 *NB_VERTICES_INIT]
GLfloat	tmp_coord_box [3 *NB_TRIANGLES_INIT]
GLdouble	tmp_vert_cone [3 *NB_VERTICES_INIT]
GLfloat	tmp_coord_cone [3 *NB_TRIANGLES_INIT]
GLdouble	tmp_vert_cylinder [3 *NB_VERTICES_INIT]
GLfloat	tmp_coord_cylinder [3 *NB_TRIANGLES_INIT]
GLdouble	tmp_vert_sphere [3 *NB_VERTICES_INIT]
GLfloat	tmp_coord_sphere [3 *NB_TRIANGLES_INIT]

Function Documentation

int_in_range()

bool OpenGLMbs::int_in_range ( int  x, int  min, int  max  )

inline

check if integer is in range

shader_multisample()

void OpenGLMbs::shader_multisample	(	const char *	mbs_filename,
		int &	shader_flag,
		int &	multi_samp
	)

Variable Documentation

tmp_coord_box

GLfloat tmp_coord_box[3 *NB_TRIANGLES_INIT]

Initial value:

= {
        5, 6, 1,
        6, 7, 2,
        7, 8, 3,
        8, 5, 4,
        1, 2, 4,
        8, 7, 5,
        6, 2, 1,
        7, 3, 2,
        8, 4, 3,
        5, 1, 4,
        2, 3, 4,
        7, 6, 5
    }

tmp_coord_cone

GLfloat tmp_coord_cone[3 *NB_TRIANGLES_INIT]

tmp_coord_cylinder

GLfloat tmp_coord_cylinder[3 *NB_TRIANGLES_INIT]

tmp_coord_sphere

GLfloat tmp_coord_sphere[3 *NB_TRIANGLES_INIT]

tmp_vert_box

GLdouble tmp_vert_box[3 *NB_VERTICES_INIT]

Initial value:

= {
        -1.0, -1.0,  1.0,
        -1.0, -1.0, -1.0,
         1.0, -1.0, -1.0,
         1.0, -1.0,  1.0,
        -1.0,  1.0,  1.0,
        -1.0,  1.0, -1.0,
         1.0,  1.0, -1.0,
         1.0,  1.0,  1.0
    }

tmp_vert_cone

GLdouble tmp_vert_cone[3 *NB_VERTICES_INIT]

tmp_vert_cylinder

GLdouble tmp_vert_cylinder[3 *NB_VERTICES_INIT]

tmp_vert_sphere

GLdouble tmp_vert_sphere[3 *NB_VERTICES_INIT]