tram::Render Namespace Reference

High-level Render system API. More...

Namespaces
namespace	AABB
namespace	API
	Rendering backend API.
namespace	LightTree
	Scene light tree.
namespace	SceneTree
	Scene tree.

Classes
struct	AABBTriangle
class	Animation
	Skeletal animation for a 3D model. More...
struct	Bone
	Bone for a 3D models skeleton. More...
struct	BucketMapping
struct	drawlistentry_t
struct	DynamicModelData
struct	DynamicModelVertex
struct	indexarray_t
struct	IndexRange
struct	Keyframe
	Keyframe for a skeletal animation. More...
struct	KeyframeHeader
struct	light_t
struct	LineVertex
class	Material
	Material resource. More...
class	Model
struct	ModelAABB
struct	ModelData
struct	Pose
struct	RegisteredVertexDefinition
class	Sprite
	Sprite resource. More...
struct	spritearray_t
struct	SpriteFrame
struct	SpritePoint
struct	SpriteVertex
struct	StaticModelData
struct	StaticModelVertex
struct	texturehandle_t
struct	Triangle
struct	TriangleBucket
struct	vertexarray_t
struct	VertexAttribute
	Atributes for vertex buffer vertices. More...
struct	VertexDefinition

Typedefs
typedef std::pair< name_t, uint64_t >	NameCount
typedef vec3	color_t
typedef uint32_t	layer_t
typedef uint32_t	vertexformat_t
typedef uint32_t	materialtype_t
typedef void *	aabbleaf_t

Enumerations
enum	MaterialProperty {   PROPERTY_METAL , PROPERTY_METAL_THIN , PROPERTY_SLIME , PROPERTY_TILE ,   PROPERTY_GRATE , PROPERTY_WOOD , PROPERTY_COMPUTER , PROPERTY_GLASS ,   PROPERTY_SNOW , PROPERTY_GRASS , PROPERTY_CONCRETE , PROPERTY_FLESH }
enum	TextureType { TEXTURE_NONE , TEXTURE_SAME , TEXTURE_SOURCE }
enum	VertexFormats : vertexformat_t {   VERTEX_STATIC , VERTEX_DYNAMIC , VERTEX_SPRITE , VERTEX_LINE ,   VERTEX_LAST }
enum	MaterialTypes : materialtype_t {   MATERIAL_TEXTURE , MATERIAL_TEXTURE_ALPHA , MATERIAL_LIGHTMAP , MATERIAL_MSDF ,   MATERIAL_GLYPH , MATERIAL_WATER , MATERIAL_FLAT_COLOR , MATERIAL_LAST }
enum	MaterialFilter { FILTER_NEAREST , FILTER_LINEAR }
enum	renderflags : uint32_t {   FLAG_NO_RENDER = 0 , FLAG_RENDER = 1 , FLAG_DRAW_INDEXED = 4 , FLAG_REVERSE_SORT = 8 ,   FLAG_TRANSPARENT = 16 , FLAG_NO_DEPTH_TEST = 32 , FLAG_NO_DIRECTIONAL = 64 , FLAG_DRAW_LINES = 128 ,   FLAG_DISABLE_LIGHTING = 256 , FLAG_NO_DEBUG = 512 , FLAG_USE_AABB = 1024 }
	Flags for DrawListObjects. More...
enum	ColorMode { COLORMODE_R , COLORMODE_RG , COLORMODE_RGB , COLORMODE_RGBA }
	Texture color mode. More...
enum	TextureFilter { TEXTUREFILTER_NEAREST , TEXTUREFILTER_LINEAR , TEXTUREFILTER_LINEAR_MIPMAPPED }
	Texture filters. More...

Functions
Hashmap< Animation * >	animation_list ("model name list", 500)
uint8_t *	MakeNewErrorTexture (vec3 color1, vec3 color2)
	Generates a new error texture. More...
StaticModelData *	MakeNewErrorModel ()
	Generates a new error model. More...
void	Init ()
	Initializes the rendering system. More...
void	Render ()
	Renders a single frame. More...
void	SetSunDirection (color_t direction, layer_t layer)
	Sets the sun direction. More...
void	SetSunColor (color_t color, layer_t layer)
	Sets the sun color. More...
void	SetAmbientColor (color_t color, layer_t layer)
	Sets the ambient color. More...
void	SetScreenSize (float width, float height)
void	SetViewFov (float fov, layer_t layer)
float	GetViewFov (layer_t layer)
void	SetOrthoRatio (float ratio, layer_t layer)
void	SetViewDistance (float dist, layer_t layer)
float	GetViewDistance (layer_t layer)
void	SetViewPosition (vec3 position, layer_t layer)
	Sets the view position. More...
void	SetViewRotation (quat rotation, layer_t layer)
	Sets the view rotation. More...
vec3	GetViewPosition (layer_t layer)
	Returns the view position for a given layer. More...
quat	GetViewRotation (layer_t layer)
	Returns the view rotation for a given layer. More...
void	AddLine (vec3 from, vec3 to, vec3 color)
	Draws a line for a single frame. More...
void	AddLineMarker (vec3 location, vec3 color)
	Draws a cross marker for a single frame. More...
void	AddLineAABB (vec3 min, vec3 max, vec3 center, quat rotation, vec3 color)
	Draws an AABB box for a single frame. More...
void	AddSphere (vec3 pos, float radius, color_t color)
	Draws a sphere for a single frame. More...
void	AddCylinder (vec3 pos, float height, float radius, color_t color)
	Draws a cylinder for a single frame. More...
void	AddCube (vec3 pos, float height, float radius, color_t color)
	Draws a cube for a single frame. More...
void	AddText (vec3 pos, const char *text, color_t color)
	Draws text, in 3D space, for a single frame. More...
void	AddText (float x, float y, const char *text, color_t color)
	Draws text, on the screen, for a single frame. More...
void	Project (const vec3 &point, vec3 &result, layer_t layer)
	Projects a point into screen coordinates. More...
vec3	ProjectInverse (vec3 point, layer_t layer)
	Reverses screen coordinates into world coordinates. More...
vertexformat_t	RegisterVertexFormat (const char *name)
	Allocates a new vertex format. More...
materialtype_t	RegisterMaterialType (const char *name)
	Allocates a new material type. More...
vertexformat_t	FindVertexFormat (const char *name)
	Finds an already allocated vertex format by its name. More...
materialtype_t	FindMaterialType (const char *name)
	Finds an already material type format by its name. More...
const char *	GetVertexFormatName (vertexformat_t type)
	Finds an allocated vertex format's name. More...
const char *	GetMaterialTypeName (materialtype_t type)
	Finds an allocated material type's name. More...
const color_t	COLOR_WHITE (1.0f, 1.0f, 1.0f)
const color_t	COLOR_RED (1.0f, 0.0f, 0.0f)
const color_t	COLOR_GREEN (0.0f, 1.0f, 0.0f)
const color_t	COLOR_BLUE (0.0f, 0.0f, 1.0f)
const color_t	COLOR_YELLOW (1.0f, 1.0f, 0.0f)
const color_t	COLOR_PINK (1.0f, 0.0f, 1.0f)
const color_t	COLOR_CYAN (0.0f, 1.0f, 1.0f)
const color_t	COLOR_BLACK (0.0f, 0.0f, 0.0f)
const color_t	COLOR_GRAY (0.3f, 0.3f, 0.3f)
void	RegisterVertexDefinition (vertexformat_t format, VertexDefinition definition)
	Registers a VertexDefinition for a specified vertex format. More...
VertexDefinition	GetVertexDefinition (vertexformat_t format)
	Returns a previously registered VertexDefinition. More...

Variables
StackPool< uint8_t >	animation_pool ("animation keyframe pool", 1024 *1024)
const size_t	BONE_COUNT = 30
struct {
vec3   tram::Render::view_position = {0.0f, 0.0f, 0.0f}
quat   tram::Render::view_rotation = {1.0f, 0.0f, 0.0f, 0.0f}
float   tram::Render::view_fov = 60.0f
float   tram::Render::near_plane = 0.01f
float   tram::Render::far_plane = 250.0f
float   tram::Render::ortho_ratio = 1.0f
vec3   tram::Render::sun_direction = {0.0f, 1.0f, 0.0f}
vec3   tram::Render::sun_color = {1.0f, 1.0f, 1.0f}
vec3   tram::Render::ambient_color = {0.0f, 0.0f, 0.0f}
mat4   tram::Render::projection = mat4(1.0f)
mat4   tram::Render::view = mat4(1.0f)
}	view_properties [7]
bool	THIRD_PERSON = false
bool	DRAW_RENDER_DEBUG = false
vertexarray_t	colorlines_vertex_array = {}
drawlistentry_t	colorlines_entry
vertexarray_t	debugtext_vertex_array = {}
drawlistentry_t	debugtext_entry
Sprite *	font_debug = nullptr
std::vector< LineVertex >	colorlines
std::vector< SpriteVertex >	textvertices

Detailed Description

High-level Render system API.

Typedef Documentation

aabbleaf_t

typedef void* tram::Render::aabbleaf_t

color_t

typedef vec3 tram::Render::color_t

layer_t

typedef uint32_t tram::Render::layer_t

materialtype_t

typedef uint32_t tram::Render::materialtype_t

NameCount

typedef std::pair<name_t, uint64_t> tram::Render::NameCount

vertexformat_t

typedef uint32_t tram::Render::vertexformat_t

Enumeration Type Documentation

ColorMode

enum tram::Render::ColorMode

Texture color mode.

Enumerator
COLORMODE_R
COLORMODE_RG
COLORMODE_RGB
COLORMODE_RGBA

MaterialFilter

enum tram::Render::MaterialFilter

Enumerator
FILTER_NEAREST
FILTER_LINEAR

MaterialProperty

enum tram::Render::MaterialProperty

Enumerator
PROPERTY_METAL
PROPERTY_METAL_THIN
PROPERTY_SLIME
PROPERTY_TILE
PROPERTY_GRATE
PROPERTY_WOOD
PROPERTY_COMPUTER
PROPERTY_GLASS
PROPERTY_SNOW
PROPERTY_GRASS
PROPERTY_CONCRETE
PROPERTY_FLESH

MaterialTypes

enum tram::Render::MaterialTypes : materialtype_t

Enumerator
MATERIAL_TEXTURE
MATERIAL_TEXTURE_ALPHA
MATERIAL_LIGHTMAP
MATERIAL_MSDF
MATERIAL_GLYPH
MATERIAL_WATER
MATERIAL_FLAT_COLOR
MATERIAL_LAST

renderflags

enum tram::Render::renderflags : uint32_t

Flags for DrawListObjects.

Enumerator
FLAG_NO_RENDER
FLAG_RENDER
FLAG_DRAW_INDEXED
FLAG_REVERSE_SORT
FLAG_TRANSPARENT
FLAG_NO_DEPTH_TEST
FLAG_NO_DIRECTIONAL
FLAG_DRAW_LINES
FLAG_DISABLE_LIGHTING
FLAG_NO_DEBUG
FLAG_USE_AABB

TextureFilter

enum tram::Render::TextureFilter

Texture filters.

Enumerator
TEXTUREFILTER_NEAREST
TEXTUREFILTER_LINEAR
TEXTUREFILTER_LINEAR_MIPMAPPED

TextureType

enum tram::Render::TextureType

Enumerator
TEXTURE_NONE
TEXTURE_SAME
TEXTURE_SOURCE

VertexFormats

enum tram::Render::VertexFormats : vertexformat_t

Enumerator
VERTEX_STATIC
VERTEX_DYNAMIC
VERTEX_SPRITE
VERTEX_LINE
VERTEX_LAST

Function Documentation

AddCube()

void tram::Render::AddCube	(	vec3	pos,
		float	height,
		float	radius,
		color_t	color
	)

Draws a cube for a single frame.

Note

Not implmented.

AddCylinder()

void tram::Render::AddCylinder	(	vec3	pos,
		float	height,
		float	radius,
		color_t	color
	)

Draws a cylinder for a single frame.

Note

Not implmented.

AddLine()

void tram::Render::AddLine	(	vec3	from,
		vec3	to,
		vec3	color
	)

Draws a line for a single frame.

AddLineAABB()

void tram::Render::AddLineAABB	(	vec3	min,
		vec3	max,
		vec3	center,
		quat	rotation,
		vec3	color
	)

Draws an AABB box for a single frame.

AddLineMarker()

void tram::Render::AddLineMarker	(	vec3	location,
		vec3	color
	)

Draws a cross marker for a single frame.

AddSphere()

void tram::Render::AddSphere	(	vec3	pos,
		float	radius,
		color_t	color
	)

Draws a sphere for a single frame.

AddText() [1/2]

void tram::Render::AddText	(	float	x,
		float	y,
		const char *	text,
		color_t	color
	)

Draws text, on the screen, for a single frame.

AddText() [2/2]

void tram::Render::AddText	(	vec3	pos,
		const char *	text,
		color_t	color
	)

Draws text, in 3D space, for a single frame.

animation_list()

Hashmap< Animation * > tram::Render::animation_list	(	"model name list"	,
		500
	)

COLOR_BLACK()

const color_t tram::Render::COLOR_BLACK	(	0.	0f,
		0.	0f,
		0.	0f
	)

COLOR_BLUE()

const color_t tram::Render::COLOR_BLUE	(	0.	0f,
		0.	0f,
		1.	0f
	)

COLOR_CYAN()

const color_t tram::Render::COLOR_CYAN	(	0.	0f,
		1.	0f,
		1.	0f
	)

COLOR_GRAY()

const color_t tram::Render::COLOR_GRAY	(	0.	3f,
		0.	3f,
		0.	3f
	)

COLOR_GREEN()

const color_t tram::Render::COLOR_GREEN	(	0.	0f,
		1.	0f,
		0.	0f
	)

COLOR_PINK()

const color_t tram::Render::COLOR_PINK	(	1.	0f,
		0.	0f,
		1.	0f
	)

COLOR_RED()

const color_t tram::Render::COLOR_RED	(	1.	0f,
		0.	0f,
		0.	0f
	)

COLOR_WHITE()

const color_t tram::Render::COLOR_WHITE	(	1.	0f,
		1.	0f,
		1.	0f
	)

COLOR_YELLOW()

const color_t tram::Render::COLOR_YELLOW	(	1.	0f,
		1.	0f,
		0.	0f
	)

FindMaterialType()

materialtype_t tram::Render::FindMaterialType

(

const char *

name

)

Finds an already material type format by its name.

FindVertexFormat()

vertexformat_t tram::Render::FindVertexFormat

(

const char *

name

)

Finds an already allocated vertex format by its name.

GetMaterialTypeName()

const char * tram::Render::GetMaterialTypeName

(

materialtype_t

type

)

Finds an allocated material type's name.

GetVertexDefinition()

VertexDefinition tram::Render::GetVertexDefinition

(

vertexformat_t

format

)

Returns a previously registered VertexDefinition.

GetVertexFormatName()

const char * tram::Render::GetVertexFormatName

(

vertexformat_t

type

)

Finds an allocated vertex format's name.

GetViewDistance()

float tram::Render::GetViewDistance

(

layer_t

layer

)

GetViewFov()

float tram::Render::GetViewFov

(

layer_t

layer

)

GetViewPosition()

vec3 tram::Render::GetViewPosition

(

layer_t

layer

)

Returns the view position for a given layer.

GetViewRotation()

quat tram::Render::GetViewRotation

(

layer_t

layer

)

Returns the view rotation for a given layer.

Init()

void tram::Render::Init

(

)

Initializes the rendering system.

Note

Core and UI systems need to be initialized before initializing the render system.

MakeNewErrorModel()

StaticModelData * tram::Render::MakeNewErrorModel

(

)

Generates a new error model.

MakeNewErrorTexture()

uint8_t * tram::Render::MakeNewErrorTexture	(	vec3	color1,
		vec3	color2
	)

Generates a new error texture.

Returns

Buffer to a 3 channel, 64x64 texture.

Project()

void tram::Render::Project	(	const vec3 &	point,
		vec3 &	result,
		layer_t	layer
	)

Projects a point into screen coordinates.

ProjectInverse()

vec3 tram::Render::ProjectInverse	(	vec3	point,
		layer_t	layer
	)

Reverses screen coordinates into world coordinates.

RegisterMaterialType()

materialtype_t tram::Render::RegisterMaterialType

(

const char *

name

)

Allocates a new material type.

RegisterVertexDefinition()

void tram::Render::RegisterVertexDefinition	(	vertexformat_t	format,
		VertexDefinition	definition
	)

Registers a VertexDefinition for a specified vertex format.

Note

For the VertexDefinition's 'attributes' only the pointer will be copied, the underlying memory will not be copied – make sure that it doesn't point to stack memory, or other memory that could be overwritten.

RegisterVertexFormat()

vertexformat_t tram::Render::RegisterVertexFormat

(

const char *

name

)

Allocates a new vertex format.

Render()

void tram::Render::Render

(

)

Renders a single frame.

SetAmbientColor()

void tram::Render::SetAmbientColor	(	color_t	color,
		layer_t	layer
	)

Sets the ambient color.

Parameters

color	Ambient color.
layer	Rendering layer to which the ambient color will be applied.

SetOrthoRatio()

void tram::Render::SetOrthoRatio	(	float	ratio,
		layer_t	layer
	)

SetScreenSize()

void tram::Render::SetScreenSize	(	float	width,
		float	height
	)

SetSunColor()

void tram::Render::SetSunColor	(	color_t	color,
		layer_t	layer
	)

Sets the sun color.

Parameters

color	Color of the sun.
layer	Rendering layer to which the sun color will be applied.

SetSunDirection()

void tram::Render::SetSunDirection	(	color_t	direction,
		layer_t	layer
	)

Sets the sun direction.

Parameters

direction	Normal vector pointing towards the sun.
layer	Rendering layer to which the sun direction will be applied.

SetViewDistance()

void tram::Render::SetViewDistance	(	float	dist,
		layer_t	layer
	)

SetViewFov()

void tram::Render::SetViewFov	(	float	fov,
		layer_t	layer
	)

SetViewPosition()

void tram::Render::SetViewPosition	(	vec3	position,
		layer_t	layer
	)

Sets the view position.

Parameters

position	View position.
layer	Rendering layer to which the view position will be applied.

SetViewRotation()

void tram::Render::SetViewRotation	(	quat	rotation,
		layer_t	layer
	)

Sets the view rotation.

Parameters

rotation	View rotation.
layer	Rendering layer to which the view rotation will be applied.

Variable Documentation

ambient_color

vec3 tram::Render::ambient_color = {0.0f, 0.0f, 0.0f}

animation_pool

StackPool< uint8_t > tram::Render::animation_pool("animation keyframe pool", 1024 *1024)	(	"animation keyframe pool"	,
		1024 *	1024
	)

BONE_COUNT

const size_t tram::Render::BONE_COUNT = 30

colorlines

std::vector<LineVertex> tram::Render::colorlines

colorlines_entry

drawlistentry_t tram::Render::colorlines_entry

colorlines_vertex_array

vertexarray_t tram::Render::colorlines_vertex_array = {}

debugtext_entry

drawlistentry_t tram::Render::debugtext_entry

debugtext_vertex_array

vertexarray_t tram::Render::debugtext_vertex_array = {}

DRAW_RENDER_DEBUG

bool tram::Render::DRAW_RENDER_DEBUG = false

far_plane

float tram::Render::far_plane = 250.0f

font_debug

Sprite* tram::Render::font_debug = nullptr

near_plane

float tram::Render::near_plane = 0.01f

ortho_ratio

float tram::Render::ortho_ratio = 1.0f

projection

mat4 tram::Render::projection = mat4(1.0f)

sun_color

vec3 tram::Render::sun_color = {1.0f, 1.0f, 1.0f}

sun_direction

vec3 tram::Render::sun_direction = {0.0f, 1.0f, 0.0f}

textvertices

std::vector<SpriteVertex> tram::Render::textvertices

THIRD_PERSON

bool tram::Render::THIRD_PERSON = false

view

mat4 tram::Render::view = mat4(1.0f)

view_fov

float tram::Render::view_fov = 60.0f

view_position

vec3 tram::Render::view_position = {0.0f, 0.0f, 0.0f}

struct { ... } tram::Render::view_properties[7]

view_rotation

quat tram::Render::view_rotation = {1.0f, 0.0f, 0.0f, 0.0f}