Mesh Class Reference

Public Member Functions
	Mesh (std::vector< glm::vec3 > &v, std::vector< glm::vec3 > &n, std::vector< Face * > &f, std::vector< glm::vec2 > &uv, Shader *shader, glm::mat4 &model_m)
virtual void	update (float delta_t)
void	rotateLocally (float delta_t, glm::vec3 axis)
void	rotateAroundCenter (glm::vec3 &world_center, float angle, glm::vec3 axis)
std::vector< glm::vec3 >	getNormals ()
std::vector< glm::vec3 >	getVertices ()
std::vector< GLuint >	getIndices ()
void	zBufferPass (ZBufferShader *z, glm::mat4 &vp)
void	setUniformsForZBufferPass (ZBufferShader *z, glm::mat4 &vp)
void	renderToZBuffer ()
void	renderPass (const CutawaySurface *c, glm::mat4 &vp, glm::vec3 cam, float clip)
void	setUniformsForRenderPass (glm::mat4 &vp, glm::vec3 cam, float clip)
virtual void	draw ()
void	setLighting (std::vector< std::shared_ptr< PointLight >> *allLights)
void	setCutawayDimension (glm::vec2 dim)
void	setShader (Shader *s)
BoundingBox *	calcBoundingBoxWithApplying ()
BoundingBox *	calcBoundingBoxWithOutApplying ()
glm::vec3	getRelativePosition (glm::vec3 p)

Public Attributes
glm::mat4	model_matrix
GLuint	f_count

Member Function Documentation

void Mesh::draw ( )

virtual

Draw mesh triangles in current OpenGL context.

void Mesh::renderPass	(	const CutawaySurface *	c,
		glm::mat4 &	vp,
		glm::vec3	cam,
		float	clip
	)

Render the given mesh (on screen). Clip against cutaway surface if wished.

Parameters

c	cutaway surface
vp	view projection matrix
cam	camera position
clip	true to clip mesh against cutaway surface

void Mesh::renderToZBuffer

(

)

Actual OpenGL render call to draw elements to z buffer.

void Mesh::setUniformsForRenderPass	(	glm::mat4 &	vp,
		glm::vec3	cam,
		float	clip
	)

Set model matrix, view projection matrix, camera position and clipping against cutaway surface in shader.

Parameters

vp	view projection matrix
cam	camera position
clip	true to clip mesh against cutaway surface

void Mesh::setUniformsForZBufferPass	(	ZBufferShader *	z,
		glm::mat4 &	vp
	)

Set model and view projection matrix in z buffer shader.

Parameters

z	z buffer shader
vp	view projection matrix

void Mesh::update ( float  delta_t )

virtual

Update mesh according to time passed.

Parameters

delta_t

time passed since last update

void Mesh::zBufferPass	(	ZBufferShader *	z,
		glm::mat4 &	vp
	)

Render depth values to z buffer.

Parameters

z	z buffer shader
vp	view projection matrix

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

• Scene/Mesh.h
• Scene/Mesh.cpp