Vp::ColoredObject

#include "Viewport/entity/ColoredObject.h"

Inherits from Vp::GameObject, Vp::Entity

Public Functions

	Name
	ColoredObject(Core::Mesh * mesh, ColorShader * shader)
const glm::vec3 &	getColor() const
virtual void	prepareRenderContext(RenderContext & context, const DisplayOptions & displayOptions) override
void	setColor(const glm::vec3 & color)
void	setColor(const glm::vec3 * color)

Public Attributes

	Name
glm::vec3	m_singleColor
bool	m_useSingleColor

Additional inherited members

Public Functions inherited from Vp::GameObject

	Name
	GameObject() =default<br>Creates an empty GameObject.
	GameObject(Core::Mesh * mesh, ObjectShader * shader)
virtual void	dispose() override
void	render(const glm::mat4 & model, const glm::mat4 & view, const glm::mat4 & projection, const DisplayOptions & displayOptions)<br>Renders the entity with default rendering parameters.
virtual void	render(const glm::mat4 & model, const glm::mat4 & view, const glm::mat4 & projection, const RenderContext & context) override<br>IMPLEMENTATION NOTE: Derived entity classes should expect a certain kind of shader and be able to directly static cast to it.
virtual void	render(const glm::mat4 & model, const glm::mat4 & view, const glm::mat4 & projection, const RenderContext & context)<br>IMPLEMENTATION NOTE: Derived entity classes should expect a certain kind of shader and be able to directly static cast to it.
virtual void	update(Scene & scene) override

Public Attributes inherited from Vp::GameObject

	Name
Core::Mesh *	m_mesh
float	m_opacity

Public Classes inherited from Vp::Entity

	Name
struct	RenderContext

Public Types inherited from Vp::Entity

	Name
enum class	RenderType { NORMAL, CUSTOM, SILHOUETTE}

Public Functions inherited from Vp::Entity

	Name
	Entity()
virtual	~Entity() =default
RenderContext	createRenderContext(const DisplayOptions & displayOptions)
virtual void	dispose() =0
DisplayType	getDisplayType() const
glm::vec3	getHighlightColor() const
bool	isHighlighted() const
virtual void	onSceneAdd(Scene & scene)<br>Called when the entity is added to a scene.
virtual void	onSceneRemove(Scene & scene)<br>Called when the entity is removed from a scene.
void	render(const glm::mat4 & model, const glm::mat4 & view, const glm::mat4 & projection, const DisplayOptions & displayOptions)<br>Renders the entity with default rendering parameters.
virtual void	render(const glm::mat4 & model, const glm::mat4 & view, const glm::mat4 & projection, const RenderContext & context) =0<br>IMPLEMENTATION NOTE: Derived entity classes should expect a certain kind of shader and be able to directly static cast to it.
void	setDisplayType(DisplayType type)
void	setHighlightColor(glm::vec3 highlightColor)
void	setHighlighted(bool highlight)
virtual void	update(Scene & scene) =0

Public Attributes inherited from Vp::Entity

	Name
bool	m_backFaceCull
unsigned int	m_explicitTransparencyOrder <br>Explicit order for ordered transparency.
bool	m_highlight <br>Whether to paint this entity with an outline, can be used for selection or just highlighting.
glm::vec3	m_highlightColor
bool	m_highlightUseDepth <br>Whether the highlight outline should respect the scene's depth buffer.
bool	m_ignoreReferenceSpace <br>When true, the "global"/"reference space" model matrix passed to viewport drawing methods is ignored.
bool	m_ignoreUserClipping <br>Whether to ignore user clip planes defined in DisplayOptions.
glm::mat4	m_lastModelMatrix <br>Potentially modifed model matrix last passed to the shader.
glm::mat4	m_modelMatrix <br>Model "world" transformation of the entity.
glm::mat4	m_modMatrix <br>Modification transformation, precedes any other transformations, modifies entity vertex data as if the modified data came directly from a source (model file).
bool	m_opaque
bool	m_selectable <br>Whether this entity should be written into the selection stencil buffer.
int	m_selectionId <br>Id of the object, -1 if not assigned, for selection purposes.
Shader *	m_shader
bool	m_visible
bool	m_wboit <br>Whether this entity should be rendered using order independent transparency, relevant if using a shader that supports wboit.
int	m_wboitFunc <br>Index of the weight function to be used in wboit.

Protected Attributes inherited from Vp::Entity

	Name
DisplayType	m_displayType

Public Functions Documentation

function ColoredObject

cpp

ColoredObject(
    Core::Mesh * mesh,
    ColorShader * shader
)

ColoredObject(
    Core::Mesh * mesh,
    ColorShader * shader
)

function getColor

cpp

const glm::vec3 & getColor() const

const glm::vec3 & getColor() const

function prepareRenderContext

cpp

virtual void prepareRenderContext(
    RenderContext & context,
    const DisplayOptions & displayOptions
) override

virtual void prepareRenderContext(
    RenderContext & context,
    const DisplayOptions & displayOptions
) override

Reimplements: Vp::Entity::prepareRenderContext

Reimplemented by: Vp::FrustumObject::prepareRenderContext

function setColor

cpp

void setColor(
    const glm::vec3 & color
)

void setColor(
    const glm::vec3 & color
)

function setColor

cpp

void setColor(
    const glm::vec3 * color
)

void setColor(
    const glm::vec3 * color
)

Public Attributes Documentation

variable m_singleColor

cpp

glm::vec3 m_singleColor {1.0f, 0.0f, 1.0f};

glm::vec3 m_singleColor {1.0f, 0.0f, 1.0f};

variable m_useSingleColor

cpp

bool m_useSingleColor {false};

bool m_useSingleColor {false};

Updated on 2026-05-21 at 15:39:35 +0000

Vp::ColoredObject ​

Public Functions ​

Public Attributes ​

Additional inherited members ​

Public Functions Documentation ​

function ColoredObject ​

function getColor ​

function prepareRenderContext ​

function setColor ​

function setColor ​

Public Attributes Documentation ​

variable m_singleColor ​

variable m_useSingleColor ​

Vp::ColoredObject

Public Functions

Public Attributes

Additional inherited members

Public Functions Documentation

function ColoredObject

function getColor

function prepareRenderContext

function setColor

function setColor

Public Attributes Documentation

variable m_singleColor

variable m_useSingleColor