Graphics classes. More...

Classes
struct	AnimationData
class	Animation
class	CMatPhong
class	CMatTree
	Custom material for trees. More...
class	Color
	Color class. More...
class	Colorf
	In class rang ba 4 float hast. More...
class	CustomMaterial
	Custom material base class. More...
class	SimpleLightingCM
	Simple lighting. More...
class	DynamicHardwareBuffer
	Dynamic buffer for working with buffer witch to need change many times before rendering. More...
class	HardwareBuffer
class	Image
class	ImageData
	The image resource class. More...
class	Lighting
	In class interface asli kar ba nor ha hast. More...
class	Material
class	MaterialManager
class	MaterialParams
class	MeshManager
	This class is for working with meshes and changing their vertex. More...
class	Renderer
	The Renderer interface has functions to work with graphics card. More...
class	Shader
	This class is for using shaders. More...
class	ShaderInstance
struct	Vertex2
struct	Vertex3
	3D Vertex More...
struct	Vertex3C
	3D Vertex with color More...
struct	Vertex3T
	3D Vertex with One texture. More...
struct	Vertex3CT
	3D Vertex with color and texture coordinate. More...
struct	Vertex3TN
	3D Vertex with one texture and normal vector. More...
struct	Vertex3TTN
	3D Vertex with two texcoord and normal vector. More...
struct	Vertex3TNC
	3D vertex with texture, normal and color. More...
struct	VertexNTC
	Normal, texture and color. More...
struct	Vertex3I
	3D vertex with Bone ID More...
struct	TextureInfo
	Etelate marbot be texture haye load shode ke tavasote SceneManager zakhire mishe. More...
struct	LightData
	Light structure. More...
struct	KeyFrame
struct	Joint
class	Texture
class	Tile
	This class store tiles data for TileTexture class. More...
class	TileTexture
class	VertexDec
	Custom vertex declaration. More...
struct	CustomVertexElement
	Use an array of CustomVertexElement to create custom vertices. More...

Typedefs
typedef void(*	kgeRenderCallback )(KgeUnknown *Sender)
	standard callback function
typedef char *	ShaderHandle
	A handler for shader constant that you can change them with this handler.
typedef void *	CustomVertex
	Custom vertex pointer.

Enumerations
enum	RendererAPI { ERA_DirectX9, ERA_OpenGL }
	Renderer API type. More...
enum	AntiAliasingMode { EAAM_Off, EAAM_MSAA }
enum	TextureFormat { ETF_NONE = 0, ETF_A32B32G32R32F, ETF_R32F, ETF_R16G16F, ETF_A8R8G8B8, ETF_A8B8G8R8, ETF_X8R8G8B8, ETF_X8B8G8R8, ETF_A8L8, ETF_A8, ETF_DXT1, ETF_DXT2, ETF_DXT3, ETF_DXT4, ETF_DXT5, ETF_NULL }
	Texture formats. More...
enum	CustomMaterialType { ECMT_Unknown, ECMT_Lighting, ECMT_Tree, ECMT_PhongLighting }
enum	VertexShaderEntry { EVSE_Unknown = 0, EVSE_GetVertexShaderHandles, EVSE_ChangePosition, EVSE_Lighting }
enum	PixelShaderEntry { EPSE_Start = 0, EPSE_Lighting, EPSE_GetPixelShaderHandles }
enum	HardwareBufferType { EHBT_VertexBuffer = 0, EHBT_IndexBuffer }
	Hardware buffers types. More...
enum	IndexBufferType { EIBT_16Bit = 0, EIBT_32Bit }
	Index Buffer type 16 bit or 32 bit. More...
enum	ImageFormat { EIF_RGB, EIF_RGBA, EIF_BGR, EIF_BGRA, EIF_A }
	The image formats. More...
enum	LightingType { ELIT_UnLit, ELIT_Simple, ELIT_Phong, ELIT_Custom }
enum	LightingMode { ELM_Unknown, ELM_PerVertex, ELM_PerPixel }
enum	CustomMaterialOrder { ECMO_AtBeginning, ECMO_AtEnd, ECMO_Count }
enum	ParamUsage { EPU_Position, EPU_Texcoord, EPU_Normal, EPU_Color, EPU_Tangent, EPU_BiNormal, EPU_Count }
enum	ParamType { EPT_Float, EPT_Float2, EPT_Float3, EPT_Float4, EPT_Float3x3, EPT_Float4x4, EPT_Int, EPT_Int2, EPT_Int3, EPT_Int4, EPT_Count }
enum	TransformMode { ETM_World, ETM_View, ETM_Projection, ETM_ViewProjection }
	Noe matrixi ke mikhahid taghir bedid. More...
enum	RenderFlags { ERF_2D = 0, ERF_Lighting, ERF_AlphaBlending, ERF_AdditiveBlending, ERF_AlphaTest, ERF_StencilBuffer, ERF_DepthBuffer, ERF_ZWrite, ERF_VSync, ERF_WireFrame, ERF_Culling, ERF_ColorRendering, ERF_Scissor, ERF_Count }
	Khasiat haye engine ke baraye render estefade mishe. More...
enum	TextureParams { ETP_Point = 0, ETP_Linear, ETP_Anisotropic, ETP_Wrap, ETP_BorderColor, ETP_Clamp, ETP_Mirror }
	Anvae tanzim ha baraye Texture ha. More...
enum	GraphicCardCaps { EGCC_VertexShader1_1, EGCC_FragmentShader1_1, EGCC_FragmentShader1_4, EGCC_VertexShader2, EGCC_FragmentShader2, EGCC_VertexShader3, EGCC_FragmentShader3, EGCC_ShaderObject, EGCC_GeometryShader4, EGCC_ShaderModel4, EGCC_ShaderModel3, EGCC_ShaderModel2, EGCC_OpenGL2, EGCC_OpenGL3, EGCC_OpenGL4, EGCC_DXT1, EGCC_DXT3, EGCC_DXT5, EGCC_INTZ, EGCC_Count }
	Ghabeliat haye cart graphic. More...
enum	ShaderVersion { ESV_VS1_1, ESV_VS2, ESV_VS3, ESV_PS1_1, ESV_PS1_4, ESV_PS2, ESV_PS3 }
	Shader versions. More...
enum	CullMode { ECM_None, ECM_CCW, ECM_CW }
enum	RendererPipeline { ERP_Forward, ERP_Deferred }
enum	DepthTestMode { EDTM_LessEqual, EDTM_Greater }
enum	VertexType { EVT_V2 = 0, EVT_V3, EVT_V3C, EVT_V3T, EVT_V3CT, EVT_V3TN, EVT_V3TNC, EVT_V3TTN, EVT_P0NT1BT2I3, EVT_P0NTC1BT2, EVT_PJ0NT1BT2I3, EVT_Count }
	The Vertex Type. More...
enum	LightType { ELT_Directional, ELT_Point, ELT_Spot }
	Light Type. More...
enum	FogType { EFT_NONE, EFT_LINEAR, EFT_EXP, EFT_EXP2 }
	Fog type. More...
enum	CompressType { ECT_None, ECT_DXT1, ECT_DXT3, ECT_DXT5 }
enum	TileType { ETT_BackTile = 0, ETT_FrontTile }
	The tile type. currently we have two tile type one for back tiles and one for front tile. More...
enum	VertexElementType { EVET_Float1 = 0, EVET_Float2 = 1, EVET_Float3 = 2, EVET_Float4 = 3, EVET_Color = 4, EVET_UByte4 = 5, EVET_Short2 = 6, EVET_Short4 = 7, EVET_UByte4N = 8, EVET_Short2N = 9, EVET_Short4N = 10, EVET_UShort2N = 11, EVET_UShort4N = 12, EVET_UDec3 = 13, EVET_Dec3N = 14, EVET_Float16_2 = 15, EVET_Float16_4 = 16, EVET_Unused = 17 }
	Vertex Element Type enum. More...
enum	VertexElementMethod { EVEM_Default = 0, EVEM_PartialU = 1, EVEM_PartialV = 2, EVEM_CrossUV = 3, EVEM_UV = 4, EVEM_LookUp = 5, EVEM_LookUpPreSampled = 6 }
	Vertex Element Method enum. More...
enum	VertexElementUsage { EVEU_Position = 0, EVEU_BlendWeight, EVEU_BlendIndices, EVEU_Normal, EVEU_PSize, EVEU_TexCoord, EVEU_Tangent, EVEU_Binormal, EVEU_TessFactor, EVEU_PositionT, EVEU_Color, EVEU_Fog, EVEU_Depth, EVEU_Sample }
	Vertex Element Usage enum. More...
enum	ImageType { E_IT_UnKnown, E_IT_BMP, E_IT_JPEG }
	Noe imagei ke mikhahid load shavad. More...

Functions
int	GetKey (float fTime, const kge::gfx::KeyFrame *p, int num)
template<class VType >
void	RecalculateNormals_Smooth (VType verts, u32 numVerts, u16 idx, u32 numIdx)
	Recalculate the normals.
template<class VposType , class VnorType >
void	RecalculateNormals_Smooth (VposType pos, VnorType normals, u32 numVerts, u16 *idx, u32 numIdx)
	Recalculate the normals.
template<class VnorType >
void	RecalculateNormals_Smooth (Vertex3 pos, VnorType normals, u32 numVerts, u16 *idx, u32 numIdx)
	Recalculate the normals.
template<class VnorType >
void	RecalculateNormals_Smooth32 (Vertex3 pos, VnorType normals, u32 numVerts, u32 *idx, u32 numIdx)
	Recalculate the normals.
void	RecalculateNormals_Smooth (Vertex3 pos, Vertex3T NorTex, u32 numVerts, u16 *idx, u32 numIdx)
	Recalculate the normals.
template<class VType >
void	RecalculateNormals_Flat (VType verts, u32 numVerts, u16 idx, u32 numIdx)
	Recalculate the normals.
template<class VType >
void	CalcBinormalsTangents (VType verts, Vertex3 TangentBinormal, u32 numVerts, u16 *idx, u32 numIdx)
	Calculate Binormal & Tangent.
template<class VType >
void	CalcBinormalsTangents32 (VType verts, Vertex3 TangentBinormal, u32 numVerts, u32 *idx, u32 numIdx)
	Calculate Binormal & Tangent.
void	CalcTangent (Vertex3 &normal, Vertex3 &tangent, Vertex3 &binormal, Vertex3 &vt1, Vertex3 &vt2, Vertex3 &vt3, Vertex2 &tc1, Vertex2 &tc2, Vertex2 &tc3)
void	CalcBinormalsTangents (Vertex3 Pos, Vertex3T NorTex, Vertex3 TangentBinormal, u32 numVerts, u16 idx, u32 numIdx)
	Calculate Binormal & Tangent.
void	CalcBinormalsTangents32 (Vertex3 Pos, Vertex3T NorTex, Vertex3 TangentBinormal, u32 numVerts, u32 idx, u32 numIdx)
	Calculate Binormal & Tangent.
void	CalcBinormalsTangents (Vertex3 Pos, VertexNTC NorTex, Vertex3 TangentBinormal, u32 numVerts, u16 idx, u32 numIdx)
	Calculate Binormal & Tangent.
void	CalcBinormalsTangents32 (Vertex3 Pos, VertexNTC NorTex, Vertex3 TangentBinormal, u32 numVerts, u32 idx, u32 numIdx)
	Calculate Binormal & Tangent.

Variables
static const char *	TextureFormatName []
	Texture formats name.
static const char *	ParamUsageNames []
static const char *	ParamTypeNames []
struct kge::gfx::KeyFrame	PACK_STRUCT

Detailed Description

Graphics classes.

Typedef Documentation

typedef void* kge::gfx::CustomVertex

Custom vertex pointer.

Definition at line 17 of file VertexDec.h.

typedef void(* kge::gfx::kgeRenderCallback)(KgeUnknown *Sender)

standard callback function

Definition at line 139 of file Renderer.h.

typedef char* kge::gfx::ShaderHandle

A handler for shader constant that you can change them with this handler.

Definition at line 25 of file Shader.h.

Enumeration Type Documentation

enum kge::gfx::AntiAliasingMode

Enumerator:

EAAM_Off
EAAM_MSAA

Definition at line 16 of file enums.h.

enum kge::gfx::CompressType

Enumerator:

ECT_None	Don't use any compression
ECT_DXT1	Use DXT1 compress format
ECT_DXT3	Use DXT3 compress format
ECT_DXT5	Use DXT5 compress format

Definition at line 18 of file Texture.h.

enum kge::gfx::CullMode

Enumerator:

ECM_None
ECM_CCW
ECM_CW

Definition at line 119 of file Renderer.h.

enum kge::gfx::CustomMaterialOrder

Enumerator:

ECMO_AtBeginning
ECMO_AtEnd
ECMO_Count

Definition at line 41 of file MaterialParams.h.

enum kge::gfx::CustomMaterialType

Enumerator:

ECMT_Unknown
ECMT_Lighting
ECMT_Tree
ECMT_PhongLighting

Definition at line 19 of file CustomMaterial.h.

enum kge::gfx::DepthTestMode

Enumerator:

EDTM_LessEqual
EDTM_Greater

Definition at line 132 of file Renderer.h.

enum kge::gfx::FogType

Fog type.

Enumerator:

EFT_NONE
EFT_LINEAR
EFT_EXP
EFT_EXP2

Definition at line 284 of file Structs.h.

enum kge::gfx::GraphicCardCaps

Ghabeliat haye cart graphic.

Enumerator:

EGCC_VertexShader1_1	Vertex Shader 1.1
EGCC_FragmentShader1_1	Fragment/Pixel Shader 1.1
EGCC_FragmentShader1_4	Fragment/Pixel Shader 1.4
EGCC_VertexShader2	Vertex Shader 2
EGCC_FragmentShader2	Fragment/Pixel Shader 2
EGCC_VertexShader3	Vertex Shader 3
EGCC_FragmentShader3	Fragment/Pixel Shader 3
EGCC_ShaderObject	Shader object
EGCC_GeometryShader4	Geometry shaders 4
EGCC_ShaderModel4	Shader model 4
EGCC_ShaderModel3	Shader model 3
EGCC_ShaderModel2	Shader model 2
EGCC_OpenGL2	OpenGL version 2.x
EGCC_OpenGL3	OpenGL version 3.x
EGCC_OpenGL4	OpenGL version 4.x
EGCC_DXT1	Can device support DXT1 compression texture type.
EGCC_DXT3	Can device support DXT3 compression texture type.
EGCC_DXT5	Can device support DXT5 compression texture type.
EGCC_INTZ	INTZ allows a 24-bit depth buffer previously used for rendering to be bound as a texture
EGCC_Count	Don't use it

Definition at line 81 of file Renderer.h.

enum kge::gfx::HardwareBufferType

Hardware buffers types.

Enumerator:

EHBT_VertexBuffer
EHBT_IndexBuffer

Definition at line 16 of file HardwareBuffer.h.

enum kge::gfx::ImageFormat

The image formats.

Enumerator:

EIF_RGB
EIF_RGBA
EIF_BGR
EIF_BGRA
EIF_A

Definition at line 17 of file Image.h.

enum kge::gfx::ImageType

Noe imagei ke mikhahid load shavad.

Enumerator:

E_IT_UnKnown

E_IT_BMP

Agar ke mikhahid khode engine format tasvir ra peyda konad in meghdar ra benevisid(engine az roye pasvand format tasvir ra moshakhas mikonad.

E_IT_JPEG

BMP Image.

JPEG Image

Definition at line 30 of file SceneManager.h.

enum kge::gfx::IndexBufferType

Index Buffer type 16 bit or 32 bit.

Enumerator:

EIBT_16Bit
EIBT_32Bit

Definition at line 24 of file HardwareBuffer.h.

enum kge::gfx::LightingMode

Enumerator:

ELM_Unknown
ELM_PerVertex
ELM_PerPixel

Definition at line 33 of file MaterialParams.h.

enum kge::gfx::LightingType

Enumerator:

ELIT_UnLit
ELIT_Simple
ELIT_Phong
ELIT_Custom

Definition at line 24 of file MaterialParams.h.

enum kge::gfx::LightType

Light Type.

Enumerator:

ELT_Directional	Directional Light.
ELT_Point	Point Light.
ELT_Spot	Spot Light.

Definition at line 247 of file Structs.h.

enum kge::gfx::ParamType

Enumerator:

EPT_Float
EPT_Float2
EPT_Float3
EPT_Float4
EPT_Float3x3
EPT_Float4x4
EPT_Int
EPT_Int2
EPT_Int3
EPT_Int4
EPT_Count

Definition at line 71 of file MaterialParams.h.

enum kge::gfx::ParamUsage

Enumerator:

EPU_Position
EPU_Texcoord
EPU_Normal
EPU_Color
EPU_Tangent
EPU_BiNormal
EPU_Count

Definition at line 48 of file MaterialParams.h.

enum kge::gfx::PixelShaderEntry

Enumerator:

EPSE_Start
EPSE_Lighting
EPSE_GetPixelShaderHandles

Definition at line 36 of file CustomMaterial.h.

enum kge::gfx::RendererAPI

Renderer API type.

Enumerator:

ERA_DirectX9
ERA_OpenGL

Definition at line 9 of file enums.h.

enum kge::gfx::RendererPipeline

Enumerator:

ERP_Forward
ERP_Deferred

Definition at line 126 of file Renderer.h.

enum kge::gfx::RenderFlags

Khasiat haye engine ke baraye render estefade mishe.

Enumerator:

ERF_2D
ERF_Lighting	Dorbine 2 bodi.
ERF_AlphaBlending	Nor Pardazi.
ERF_AdditiveBlending	Alpha blending.
ERF_AlphaTest	Additive blending.
ERF_StencilBuffer
ERF_DepthBuffer	Stencil buffer for shadows and mirrors.
ERF_ZWrite	Z buffer.
ERF_VSync	Writing to the depth buffer.
ERF_WireFrame	VSync.
ERF_Culling	Wire frame view.
ERF_ColorRendering	Culling. Rendering to color buffer
ERF_Scissor	Scissor.
ERF_Count	This is only for counting.

Definition at line 50 of file Renderer.h.

enum kge::gfx::ShaderVersion

Shader versions.

Enumerator:

ESV_VS1_1	Vertex Shader 1.1
ESV_VS2	Vertex Shader 2
ESV_VS3	Vertex Shader 3
ESV_PS1_1	Pixel Shader 1.1
ESV_PS1_4	Pixel Shader 1.4
ESV_PS2	Pixel Shader 2
ESV_PS3	Pixel Shader 3

Definition at line 107 of file Renderer.h.

enum kge::gfx::TextureFormat

Texture formats.

Enumerator:

ETF_NONE
ETF_A32B32G32R32F
ETF_R32F
ETF_R16G16F
ETF_A8R8G8B8
ETF_A8B8G8R8
ETF_X8R8G8B8
ETF_X8B8G8R8
ETF_A8L8
ETF_A8
ETF_DXT1	Use DXT1 compress format
ETF_DXT2	Use DXT2 compress format
ETF_DXT3	Use DXT3 compress format
ETF_DXT4	Use DXT4 compress format
ETF_DXT5	Use DXT5 compress format
ETF_NULL	The NULL texture format is useful when you only want depth buffer.

Definition at line 24 of file enums.h.

enum kge::gfx::TextureParams

Anvae tanzim ha baraye Texture ha.

Enumerator:

ETP_Point
ETP_Linear	Kamtarin Keifiyat bishtarin Sorat (Filtering).
ETP_Anisotropic	Keifiyate monaseb va sorate monesab baraye axar computer haye emroozi (Filtering).
ETP_Wrap	Behtarin keyfiyat kamtarin sorat (Filtering).
ETP_BorderColor	Texture baghale ham namayesh miyaband (Addressing).
ETP_Clamp	Border color (Addressing).
ETP_Mirror	Clamp Mode (Addressing). Mirror mode (Addressing).

Definition at line 69 of file Renderer.h.

enum kge::gfx::TileType

The tile type. currently we have two tile type one for back tiles and one for front tile.

Enumerator:

ETT_BackTile
ETT_FrontTile

Definition at line 25 of file Tile.h.

enum kge::gfx::TransformMode

Noe matrixi ke mikhahid taghir bedid.

Enumerator:

ETM_World
ETM_View	World matrix.
ETM_Projection	View matrix.
ETM_ViewProjection	Projection matrix.

Definition at line 41 of file Renderer.h.

enum kge::gfx::VertexElementMethod

Vertex Element Method enum.

Enumerator:

EVEM_Default
EVEM_PartialU
EVEM_PartialV
EVEM_CrossUV
EVEM_UV
EVEM_LookUp
EVEM_LookUpPreSampled

Definition at line 51 of file VertexElement.h.

enum kge::gfx::VertexElementType

Vertex Element Type enum.

Enumerator:

EVET_Float1
EVET_Float2
EVET_Float3
EVET_Float4
EVET_Color
EVET_UByte4
EVET_Short2
EVET_Short4
EVET_UByte4N
EVET_Short2N
EVET_Short4N
EVET_UShort2N
EVET_UShort4N
EVET_UDec3
EVET_Dec3N
EVET_Float16_2
EVET_Float16_4
EVET_Unused

Definition at line 23 of file VertexElement.h.

enum kge::gfx::VertexElementUsage

Vertex Element Usage enum.

Enumerator:

EVEU_Position
EVEU_BlendWeight
EVEU_BlendIndices
EVEU_Normal
EVEU_PSize
EVEU_TexCoord
EVEU_Tangent
EVEU_Binormal
EVEU_TessFactor
EVEU_PositionT
EVEU_Color
EVEU_Fog
EVEU_Depth
EVEU_Sample

Definition at line 64 of file VertexElement.h.

enum kge::gfx::VertexShaderEntry

Enumerator:

EVSE_Unknown
EVSE_GetVertexShaderHandles
EVSE_ChangePosition
EVSE_Lighting

Definition at line 28 of file CustomMaterial.h.

enum kge::gfx::VertexType

The Vertex Type.

Enumerator:

EVT_V2	2D Vertex.
EVT_V3	3D Vertex.
EVT_V3C	3D Vertex with color.
EVT_V3T	3D Vertex with texture.
EVT_V3CT	3D Vertex with color and texture coordinate.
EVT_V3TN	3D Vertex with texture and normal vector.
EVT_V3TNC	3D Vertex with texture and normal vector and color.
EVT_V3TTN	3D Vertex with two texcoord and normal vector.
EVT_P0NT1BT2I3	Vertex3 + Normal vector + Texture coord + Tangent + Binormal in multi stream mode.
EVT_P0NTC1BT2	Vertex3 + Normal vector + Texture coord + Color + Tangent + Binormal in multi stream mode.
EVT_PJ0NT1BT2I3	Vertex3 + Joint index for hardware skinning + Normal vector + Texture coord + Tangent + Binormal + Instanced data in multi stream mode.
EVT_Count	For internal use

Definition at line 20 of file Structs.h.

Function Documentation

template<class VType >

void kge::gfx::CalcBinormalsTangents	(	VType *	verts,
		Vertex3 *	TangentBinormal,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

Calculate Binormal & Tangent.

Definition at line 236 of file MeshManager.h.

References CalcTangent().

void kge::gfx::CalcBinormalsTangents	(	Vertex3 *	Pos,
		Vertex3T *	NorTex,
		Vertex3 *	TangentBinormal,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

inline

Calculate Binormal & Tangent.

Definition at line 361 of file MeshManager.h.

References CalcTangent().

void kge::gfx::CalcBinormalsTangents	(	Vertex3 *	Pos,
		VertexNTC *	NorTex,
		Vertex3 *	TangentBinormal,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

inline

Calculate Binormal & Tangent.

Definition at line 451 of file MeshManager.h.

References CalcTangent().

template<class VType >

void kge::gfx::CalcBinormalsTangents32	(	VType *	verts,
		Vertex3 *	TangentBinormal,
		u32	numVerts,
		u32 *	idx,
		u32	numIdx
	)

Calculate Binormal & Tangent.

Definition at line 282 of file MeshManager.h.

References CalcTangent().

void kge::gfx::CalcBinormalsTangents32	(	Vertex3 *	Pos,
		Vertex3T *	NorTex,
		Vertex3 *	TangentBinormal,
		u32	numVerts,
		u32 *	idx,
		u32	numIdx
	)

inline

Calculate Binormal & Tangent.

Definition at line 406 of file MeshManager.h.

References CalcTangent().

void kge::gfx::CalcBinormalsTangents32	(	Vertex3 *	Pos,
		VertexNTC *	NorTex,
		Vertex3 *	TangentBinormal,
		u32	numVerts,
		u32 *	idx,
		u32	numIdx
	)

inline

Calculate Binormal & Tangent.

Definition at line 496 of file MeshManager.h.

References CalcTangent().

void kge::gfx::CalcTangent	(	Vertex3 &	normal,
		Vertex3 &	tangent,
		Vertex3 &	binormal,
		Vertex3 &	vt1,
		Vertex3 &	vt2,
		Vertex3 &	vt3,
		Vertex2 &	tc1,
		Vertex2 &	tc2,
		Vertex2 &	tc3
	)

inline

Definition at line 327 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::gfx::Vertex3::Normalize(), kge::gfx::Vertex2::X, and kge::gfx::Vertex2::Y.

Referenced by CalcBinormalsTangents(), and CalcBinormalsTangents32().

int kge::gfx::GetKey	(	float	fTime,
		const kge::gfx::KeyFrame *	p,
		int	num
	)

Referenced by kge::gfx::AnimationData::GetRotateKey(), and kge::gfx::AnimationData::GetTransKey().

template<class VType >

void kge::gfx::RecalculateNormals_Flat	(	VType *	verts,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

Recalculate the normals.

Definition at line 208 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::math::Vector::Normalize(), kge::math::Vector::x, kge::math::Vector::y, and kge::math::Vector::z.

template<class VType >

void kge::gfx::RecalculateNormals_Smooth	(	VType *	verts,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

Recalculate the normals.

Definition at line 19 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::math::Vector::Normalize(), kge::math::Vector::x, kge::math::Vector::y, and kge::math::Vector::z.

template<class VposType , class VnorType >

void kge::gfx::RecalculateNormals_Smooth	(	VposType *	pos,
		VnorType *	normals,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

Recalculate the normals.

Definition at line 57 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::math::Vector::Normalize(), kge::math::Vector::x, kge::math::Vector::y, and kge::math::Vector::z.

template<class VnorType >

void kge::gfx::RecalculateNormals_Smooth	(	Vertex3 *	pos,
		VnorType *	normals,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

Recalculate the normals.

Definition at line 95 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::math::Vector::Normalize(), kge::math::Vector::x, kge::math::Vector::y, and kge::math::Vector::z.

void kge::gfx::RecalculateNormals_Smooth	(	Vertex3 *	pos,
		Vertex3T *	NorTex,
		u32	numVerts,
		u16 *	idx,
		u32	numIdx
	)

inline

Recalculate the normals.

Definition at line 170 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::math::Vector::Normalize(), kge::gfx::Vertex3::Normalize(), kge::gfx::Vertex3T::pos, kge::math::Vector::x, kge::gfx::Vertex3::X, kge::math::Vector::y, kge::gfx::Vertex3::Y, kge::math::Vector::z, and kge::gfx::Vertex3::Z.

template<class VnorType >

void kge::gfx::RecalculateNormals_Smooth32	(	Vertex3 *	pos,
		VnorType *	normals,
		u32	numVerts,
		u32 *	idx,
		u32	numIdx
	)

Recalculate the normals.

Definition at line 133 of file MeshManager.h.

References kge::math::Vector::Cross(), kge::math::Vector::Normalize(), kge::math::Vector::x, kge::math::Vector::y, and kge::math::Vector::z.

Variable Documentation

struct kge::gfx::Joint kge::gfx::PACK_STRUCT

const char* kge::gfx::ParamTypeNames[]

static

Initial value:

{
        "float",
        "float2",
        "float3",
        "float4",
        "float3x3",
        "float4x4",
        "int",
        "int2",
        "int3",
        "int4"
}

Definition at line 87 of file MaterialParams.h.

const char* kge::gfx::ParamUsageNames[]

static

Initial value:

{
                "POSITION",
                "TEXCOORD",
                "NORMAL",
                "COLOR",
                "TANGENT",
                "BINORMAL"
}

Definition at line 61 of file MaterialParams.h.

const char* kge::gfx::TextureFormatName[]

static

Initial value:

 
                {
                        "ETF_NONE",
                        "ETF_A32B32G32R32F",
                        "ETF_R32F",
                        "ETF_R16G16F",
                        "ETF_A8R8G8B8",
                        "ETF_A8B8G8R8",
                        "ETF_X8R8G8B8",
                        "ETF_X8B8G8R8",
                        "ETF_A8L8",
                        "ETF_A8",
                        "ETF_DXT1",
                        "ETF_DXT2",
                        "ETF_DXT3",
                        "ETF_DXT4",
                        "ETF_DXT5",
                        "ETF_NULL"
                }

Texture formats name.

Definition at line 46 of file enums.h.

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