class csPolygonTemplate

A csPolygonTemplate is used by a ThingTemplate to describe a template for a polygon

Public Methods

void	AddVertex (int v)
	csPolygonTemplate (csThingTemplate* parent, char* name, csTextureHandle* texture = NULL)
csColor&	GetFlatColor () Get the flat color for this polygon.
int	GetMaxVertices ()
char*	GetName ()
int	GetNumVertices ()
csTextureHandle*	GetTexture ()
csMatrix3&	GetTextureMatrix ()
csVector3&	GetTextureVector ()
csVector2*	GetUVCoords () Get the pointer to the vertex uv coordinates.
int*	GetVerticesIdx ()
int	IsLighted ()
int	IsMipmapped ()
void	PlaneNormal (float* A, float* B, float* C) Compute the plane normal of this polygon.
void	ResetFlatColor () Reset flat color (i.e. use texturing again).
void	ResetUV () Reset UV coordinate array.
void	SetFlatColor (csColor& fc) Set the flat color for this polygon.
void	SetFlatColor (float r, float g, float b) Set the flat color for this polygon.
void	SetGouraud () Enable gouraud shading.
void	SetLighting (int yes)
void	SetMipmapping (int yes)
void	SetTexture (csTextureHandle* texture)
void	SetTextureSpace (csMatrix3& tx_matrix, csVector3& tx_vector) Set the transformation from object to texture space.
void	SetUV (int i, float u, float v) Set UV coordinate for specified vertex.
void	Transform (csMatrix3& m, csVector3& v) Transform the texture tranformation using the given matrix/vector.
bool	UseFlatColor () Return true if flat color is used (instead of texture).
bool	UseGouraud () Is gouraud shading used?
virtual	~csPolygonTemplate ()

Private Fields

csColor	flat_color Flat color to use instead of texture map.
csMatrix3	m_obj2tex The transformation from object space to texture space.
int	max_vertices Maximum number of vertices.
char	name [30]
int	no_lighting Should this polygon be lighted?
int	no_mipmap Should mipmapping be used for this polygon?
int	num_vertices Number of vertices for this polygon.
csThingTemplate*	parent
csTextureHandle*	texture The texture used for this polygon.
bool	use_flat_color True if flat_color should be used.
bool	use_gouraud True if gouraud shading used.
csVector2*	uv_coords Optional uv coordinates.
csVector3	v_obj2tex The transformation from object space to texture space.
int*	vertices_idx A table of indices into the vertices of the parent Polygon

int* vertices_idx

A table of indices into the vertices of the parent Polygon

int num_vertices

Number of vertices for this polygon.

int max_vertices

Maximum number of vertices.

char name[30]

int no_mipmap

Should mipmapping be used for this polygon?

int no_lighting

Should this polygon be lighted?

csTextureHandle* texture

The texture used for this polygon.

csMatrix3 m_obj2tex

The transformation from object space to texture space.

csVector3 v_obj2tex

The transformation from object space to texture space.

csVector2* uv_coords

Optional uv coordinates.

csThingTemplate* parent

csColor flat_color

Flat color to use instead of texture map.

bool use_flat_color

True if flat_color should be used.

bool use_gouraud

True if gouraud shading used.

csPolygonTemplate(csThingTemplate* parent, char* name, csTextureHandle* texture = NULL)

virtual ~csPolygonTemplate()

int GetMaxVertices()

int GetNumVertices()

int* GetVerticesIdx()

void AddVertex(int v)

char* GetName()

void SetUV(int i, float u, float v)

Set UV coordinate for specified vertex.

void ResetUV()

Reset UV coordinate array.

csVector2* GetUVCoords()

Get the pointer to the vertex uv coordinates.

bool UseFlatColor()

Return true if flat color is used (instead of texture).

csColor& GetFlatColor()

Get the flat color for this polygon.

void SetGouraud()

Enable gouraud shading.

bool UseGouraud()

Is gouraud shading used?

void SetFlatColor(float r, float g, float b)

Set the flat color for this polygon.

void SetFlatColor(csColor& fc)

Set the flat color for this polygon.

void ResetFlatColor()

Reset flat color (i.e. use texturing again).

void PlaneNormal(float* A, float* B, float* C)

Compute the plane normal of this polygon.

void SetTexture(csTextureHandle* texture)

void SetTextureSpace(csMatrix3& tx_matrix, csVector3& tx_vector)

Set the transformation from object to texture space.

void Transform(csMatrix3& m, csVector3& v)

Transform the texture tranformation using the given matrix/vector.

csTextureHandle* GetTexture()

csMatrix3& GetTextureMatrix()

csVector3& GetTextureVector()

void SetLighting(int yes)

void SetMipmapping(int yes)

int IsLighted()

int IsMipmapped()

alphabetic index hierarchy of classes

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