Serialization, i.e. More...

Namespaces
namespace	Async
	Multi-threading and Resource streaming.

namespace	Audio
	System for doing audio related stuff.

namespace	Core

namespace	Ext

namespace	GUI
	Immediate mode GUI system.

namespace	implementation

namespace	Language
	Localization services.

namespace	Loader
	WorldCell streaming.

namespace	Physics

namespace	Platform

namespace	Render
	High-level Render system API.

namespace	Script
	Scripting API.

namespace	ScriptableType

namespace	Settings
	Application setting management and CLI command parser.

namespace	Stats
	Resource usage statistics.

namespace	System
	System tracking.

namespace	UI
	User interface system.

Classes
class	AABBTree

class	AnimationComponent
	Plays back Animations. More...

class	AudioComponent
	Plays back Sounds. More...

class	Component
	Wrapper for an EntityComponent pointer. More...

class	ControllerComponent
	Provides an API for character controllers. More...

class	Crate
	3D Model with a rigidbody attached to it. More...

class	DecalComponent
	Projects decals onto the scene. More...

class	Decoration
	3D Model with an AnimationComponent attached to it. More...

class	DiskReader

class	DiskWriter

struct	Edge

class	Entity
	Entity base class. More...

class	EntityComponent
	Component base class. More...

struct	EntityTypeInfo

struct	Event
	Event data. More...

class	EventListener
	Smart wrapper class for Event listeners. More...

struct	File
	Very fast file reader/writer. More...

class	FileReader

class	FileReaderParser

struct	FileSource

class	FileWriter

class	FileWriterParser

class	FPSControllerComponent
	Implementation of an FPS-style character controller. More...

class	Graph

class	Hashmap

class	Light
	LightComponent wrapper. More...

class	LightComponent
	Provides a real-time illumination for the scene. More...

struct	ListenerInfo

class	Marker
	Functionally inert. More...

struct	Message
	Message data. More...

class	Navmesh
	Not fully implemented yet. More...

struct	NavmeshNode

struct	Node

class	Octree

class	ParticleComponent
	Provides amusing graphical effects. More...

class	Path
	Base class for graphs. More...

struct	PathEdgeInfo

class	PathFollower
	Point constrained to a Path. More...

class	PhysicsComponent
	Rigidbody wrapper. More...

class	Player
	ControllerComponent with a PlayerComponent attached to it. More...

class	PlayerComponent
	Translates keyboard/mouse inputs into inputs for ControllerComponent. More...

class	Pool

class	PoolProxy

class	PoolPtr

class	Queue
	Simple queue implementation. More...

class	RaycastControllerComponent
	Implementation of a simple character controller. More...

class	RenderComponent
	Renders a Model. More...

class	Resource

class	ResourceProxy

class	Scriptable
	Provides script language subclassing. More...

struct	SharedEntityData
	Basic Entity parameters. More...

struct	Signal
	Message template. More...

class	SignalTable
	List of Message templates. More...

class	Sound
	AudioComponent wrapper. More...

class	Spinlock

class	SpriteComponent
	Provides amusing graphical effects. More...

class	Stack

class	StackPool
	Allocator. More...

class	StaticWorldObject
	Worldspawn. More...

class	TemplateComponent

class	TextReaderParser

class	TextWriterParser

class	Transition
	Connects WorldCells together. More...

class	Trigger
	TriggerComponent wrapper. More...

class	TriggerComponent
	Trigger wrapper. More...

struct	UID
	Interned string type. More...

class	Value
	Generic, type-safe union. More...

class	ValueArray

class	ValuePtr

struct	WorldCell
	World streaming unit. More...

Typedefs
typedef void(*	collision_callback) (TriggerComponent *, Physics::Collision)

typedef bool(*	filter_callback) (TriggerComponent , PhysicsComponent )

typedef uint32_t	id_t

typedef Entity (	entity_make) (const SharedEntityData &, const ValueArray &)

typedef void(*	entity_clear) (Entity *)

typedef uint16_t	event_t

typedef uint32_t	listener_t

typedef Value	value_t

typedef glm::vec3	vec3

typedef glm::quat	quat

typedef glm::mat2	mat2

typedef glm::mat4	mat4

typedef glm::vec4	vec4

typedef glm::vec2	vec2

typedef glm::ivec3	ivec3

typedef glm::ivec4	ivec4

typedef glm::uvec3	uvec3

typedef glm::uvec4	uvec4

typedef uint32_t	message_t

typedef uint32_t	node_id_t

typedef uint32_t	signal_t

typedef UID	name_t

typedef ValueArray	valuearray_t

template<typename T >
using	PoopProxy = PoolProxy< T >

Enumerations
enum	{ FIELD_MODEL , FIELD_COLLMODEL }

enum	: uint32_t { FLAG_LOCKED = 1 }

enum	{ FIELD_FLAGS , FIELD_MODEL , FIELD_ANIMATION }

enum	{ FIELD_COLOR , FIELD_DISTANCE , FIELD_DIRECTION , FIELD_EXPONENT }

enum	{ SOUND_LOOPING = 1 , SOUND_START_ON_LOAD = 2 }

enum	{ FIELD_FLAGS , FIELD_SOUND , FIELD_VOLUME }

enum	{ FIELD_MODEL , FIELD_LIGHTMAP }

enum	: uint32_t { TRIGGER_DISABLED = 1 }

enum	{ FIELD_FLAGS , FIELD_COLLISION_MASK , FIELD_MODEL }

enum class	Severity { INFO , WARNING , ERROR , CRITICAL_ERROR , DEFAULT }

enum	PathType { PATH_STRAIGHT , PATH_LEFT , PATH_RIGHT , PATH_LINEAR , PATH_CURVE }

enum	Type : uint32_t { TYPE_UNDEFINED , TYPE_BOOL , TYPE_NAME , TYPE_STRING , TYPE_INT8 , TYPE_INT16 , TYPE_INT32 , TYPE_UINT8 , TYPE_UINT16 , TYPE_UINT32 , TYPE_FLOAT32 , TYPE_VEC2 , TYPE_VEC3 , TYPE_VEC4 , TYPE_QUAT }
	Type enumeration for serialization, etc. More...

enum class	FileStatus { IO_ERROR , READY }

enum class	FileMedium { DISK , USER , ARCHIVE , HTTP }

Functions
id_t	GenerateID ()
	Generates a unique ID number. More...

uint32_t	GetTick ()
	Returns the current tick. More...

uint32_t	GetFrame ()
	Returns the current frame. More...

uint32_t	GetDeltaTick ()
	Returns the tick delta. More...

double	GetTickTime ()
	Same as GetFrameTime() More...

double	GetFrameTime ()
	Returns the time at the start of the current frame. More...

float	GetDeltaTime ()
	Returns the time passed between frames. More...

const char *	GetVersion ()
	Returns the version identifier of the runtime. More...

void	SetSystemLoggingSeverity (System::system_t system, Severity min_severity)
	Sets the logging severity filter. More...

void	SetDisplayLogCallback (void(callback)(int, const char ))
	Sets the display log callback. More...

void	SetConsoleLogCallback (void(callback)(int, const char ))
	Sets the console log callback. More...

void	SetDisplayLogCallback (void(int, const char *))

void	SetConsoleLogCallback (void(int, const char *))

template<typename... Args>
void	Log (Severity severity, System::system_t system, const std::string_view &format, Args &&... args)

template<typename... Args>
void	Log (System::system_t system, const std::string_view &format, Args &&... args)

template<typename... Args>
void	Log (const std::string_view &format, Args &&... args)

template<typename... Args>
void	DisplayLog (int time, const std::string_view &format, Args &&... args)

void	QuatLookAt (quat &quaternion, const vec3 &from, const vec3 &to)
	Rotates a quaternion to face a point. More...

void	ProjectLine (vec3 &point, const vec3 &from, const vec3 &to)
	Projects a point on a line. More...

vec3	RayTriangleIntersection (vec3 ray_pos, vec3 ray_dir, vec3 point1, vec3 point2, vec3 point3)
	Finds the intersection between a ray and a triangle. More...

vec3	MergeAABBMin (vec3 a, vec3 b)
	Merges the min component of an AABB. More...

vec3	MergeAABBMax (vec3 a, vec3 b)
	Merges the max component of an AABB. More...

void	RotateAABB (vec3 &min, vec3 &max, quat rotation)
	Rotates an AABB box by the given rotation. More...

void	RotateAABB (vec3 &min, vec3 &max, mat4 rotation)

mat4	PositionRotationToMatrix (const vec3 &position, const quat &rotation)
	Generates a transform matrix. More...

mat4	PositionRotationScaleToMatrix (const vec3 &position, const quat &rotation, const vec3 &scale)
	Generates a transform matrix. More...

const vec3	DIRECTION_FORWARD (0.0f, 0.0f, -1.0f)

const vec3	DIRECTION_SIDE (1.0f, 0.0f, 0.0f)

const vec3	DIRECTION_UP (0.0f, 1.0f, 0.0f)

const vec3	IDENTITY_POSITION (0.0f, 0.0f, 0.0f)

const quat	IDENTITY_ROTATION (1.0f, 0.0f, 0.0f, 0.0f)

const vec3	IDENTITY_SCALE (1.0f, 1.0f, 1.0f)

const char *	TypeToString (Type type)
	Converts type enum to string. More...

Variables
const uint32_t	MAX_MATERIAL_TYPES = 20

const uint32_t	MAX_VERTEX_FORMATS = 20

const uint32_t	MAX_VERTEX_SHADERS = 20

const uint32_t	MAX_FRAGMENT_SHADERS = 20

const uint32_t	MAX_LINKED_SHADERS = 40

const float	TICK_RATE = 1.0f / 60.0f

const float	CAMERA_MULTIPLIER = 1.0f / 8.0f

const float	PHYSICS_GROUND_PLANE = -9.0f

const float	PHYSICS_GRAVITY = -9.8f

const uint32_t	RESOURCE_LIMIT_SOUND = 100

const uint32_t	RESOURCE_LIMIT_MODEL = 100

const uint32_t	RESOURCE_LIMIT_PATH = 100

const uint32_t	RESOURCE_LIMIT_COLLISION_MODEL = 500

const uint32_t	RESOURCE_LIMIT_MATERIAL = 500

const uint32_t	RESOURCE_LIMIT_SPRITE = 500

const uint32_t	RESOURCE_LIMIT_LIGHT_GRAPH = 250

const uint32_t	RESOURCE_LIMIT_SOUND_GRAPH = 250

const uint32_t	COMPONENT_LIMIT_ANIMATION = 50

const uint32_t	COMPONENT_LIMIT_AUDIO = 150

const uint32_t	COMPONENT_LIMIT_CONTROLLER = 25

const uint32_t	COMPONENT_LIMIT_LIGHT = 250

const uint32_t	COMPONENT_LIMIT_PARTICLE = 100

const uint32_t	COMPONENT_LIMIT_PHYSICS = 500

const uint32_t	COMPONENT_LIMIT_PLAYER = 5

const uint32_t	COMPONENT_LIMIT_RENDER = 1000

const uint32_t	COMPONENT_LIMIT_SPRITE = 100

const uint32_t	COMPONENT_LIMIT_DECAL = 100

const uint32_t	COMPONENT_LIMIT_TRIGGER = 50

const size_t	PATH_LIMIT = 200

const size_t	SYSTEM_LIMIT = 128

const uint32_t	SCRIPTABLE_ENTITY_TYPE_LIMIT = 50

const uint32_t	ENTITY_TYPE_LIMIT = 50

const uint32_t	RESOURCE_LOADER_QUEUE_LIMIT = 1000

const uint32_t	RESOURCE_LOADER_REQUEST_LIMIT = 1750

const uint32_t	ENTITY_LIMIT = 5000

const uint32_t	NAMED_ENTITY_LIMIT = 500

const uint32_t	LANUGAGE_STRING_CHARACTER_LIMIT = 10000

const uint32_t	LANGUAGE_STRING_LIMIT = 500

const uint32_t	MESSAGE_QUEUE_LIMIT = 500

const uint32_t	MESSAGE_PRIORITY_QUEUE_LIMIT = 250

const uint32_t	MESSAGE_DATA_LIMIT = 2000

const uint32_t	MESSAGE_TYPE_LIMIT = 100

const uint32_t	SIGNAL_TYPE_LIMIT = 100

const uint32_t	WORLDCELL_TRANSITION_LIMIT = 250

const uint32_t	KEYBOARDACTION_LIMIT = 100

const uint32_t	UID_CHARACTER_LIMIT = 20000

const uint32_t	UID_LIMIT = 2000

const uint32_t	WORLDCELL_LIMIT = 250

const uint32_t	RIGIDBODY_LIMIT = 500

const uint32_t	EXT_KITCHENSINK_ANIMATIONTABLE_LIMIT = 100

const uint32_t	EXT_KITCHENSINK_SOUNDTABLE_LIMIT = 100

const float	collision_width = 0.35f

const float	collision_height = 1.85f

const float	collision_height_crouch = 0.5f

const uint32_t	collision_group = Physics::COLL_PLAYER

const size_t	MAX_EVENT_TYPES = 100

Detailed Description

Serialization, i.e.

saving application state is not implemented yet.

I will probably get around to it sometime.

Typedef Documentation

◆ collision_callback

typedef void(* tram::collision_callback) (TriggerComponent *, Physics::Collision)

◆ entity_clear

typedef void(* tram::entity_clear) (Entity *)

◆ entity_make

typedef Entity *(* tram::entity_make) (const SharedEntityData &, const ValueArray &)

◆ event_t

typedef uint16_t tram::event_t

◆ filter_callback

typedef bool(* tram::filter_callback) (TriggerComponent *, PhysicsComponent *)

◆ id_t

typedef uint32_t tram::id_t

◆ ivec3

typedef glm::ivec3 tram::ivec3

◆ ivec4

typedef glm::ivec4 tram::ivec4

◆ listener_t

typedef uint32_t tram::listener_t

◆ mat2

typedef glm::mat2 tram::mat2

◆ mat4

typedef glm::mat4 tram::mat4

◆ message_t

typedef uint32_t tram::message_t

◆ name_t

typedef UID tram::name_t

◆ node_id_t

typedef uint32_t tram::node_id_t

◆ PoopProxy

template<typename T >

using tram::PoopProxy = typedef PoolProxy<T>

◆ quat

typedef glm::quat tram::quat

◆ signal_t

typedef uint32_t tram::signal_t

◆ uvec3

typedef glm::uvec3 tram::uvec3

◆ uvec4

typedef glm::uvec4 tram::uvec4

◆ value_t

typedef Value tram::value_t

◆ valuearray_t

typedef ValueArray tram::valuearray_t

◆ vec2

typedef glm::vec2 tram::vec2

◆ vec3

typedef glm::vec3 tram::vec3

◆ vec4

typedef glm::vec4 tram::vec4

Enumeration Type Documentation

◆ anonymous enum

anonymous enum

Enumerator
FIELD_FLAGS
FIELD_MODEL
FIELD_ANIMATION

◆ anonymous enum

anonymous enum

Enumerator
FIELD_COLOR
FIELD_DISTANCE
FIELD_DIRECTION
FIELD_EXPONENT

◆ anonymous enum

anonymous enum

Enumerator
SOUND_LOOPING
SOUND_START_ON_LOAD

◆ anonymous enum

anonymous enum

Enumerator
FIELD_FLAGS
FIELD_SOUND
FIELD_VOLUME

◆ anonymous enum

anonymous enum

Enumerator
FIELD_MODEL
FIELD_LIGHTMAP

◆ anonymous enum

anonymous enum : uint32_t

Enumerator
TRIGGER_DISABLED

◆ anonymous enum

anonymous enum

Enumerator
FIELD_FLAGS
FIELD_COLLISION_MASK
FIELD_MODEL

◆ anonymous enum

anonymous enum

Enumerator
FIELD_MODEL
FIELD_COLLMODEL

◆ anonymous enum

anonymous enum : uint32_t

Enumerator
FLAG_LOCKED

◆ FileMedium

enum class tram::FileMedium

strong

Enumerator
DISK
USER
ARCHIVE
HTTP

◆ FileStatus

enum class tram::FileStatus

strong

Enumerator
IO_ERROR
READY

◆ PathType

enum tram::PathType

Enumerator
PATH_STRAIGHT
PATH_LEFT
PATH_RIGHT
PATH_LINEAR
PATH_CURVE

◆ Severity

enum class tram::Severity

strong

Enumerator
INFO
WARNING
ERROR
CRITICAL_ERROR
DEFAULT

◆ Type

enum tram::Type : uint32_t

Type enumeration for serialization, etc.

Enumerator
TYPE_UNDEFINED
TYPE_BOOL
TYPE_NAME
TYPE_STRING
TYPE_INT8
TYPE_INT16
TYPE_INT32
TYPE_UINT8
TYPE_UINT16
TYPE_UINT32
TYPE_FLOAT32
TYPE_VEC2
TYPE_VEC3
TYPE_VEC4
TYPE_QUAT

Function Documentation

◆ DIRECTION_FORWARD()

const vec3 tram::DIRECTION_FORWARD	(	0.	0f,
		0.	0f,
		-1.	0f
	)

◆ DIRECTION_SIDE()

const vec3 tram::DIRECTION_SIDE	(	1.	0f,
		0.	0f,
		0.	0f
	)

◆ DIRECTION_UP()

const vec3 tram::DIRECTION_UP	(	0.	0f,
		1.	0f,
		0.	0f
	)

◆ DisplayLog()

template<typename... Args>

void tram::DisplayLog	(	int	time,
		const std::string_view &	format,
		Args &&...	args
	)

◆ GenerateID()

id_t tram::GenerateID ( )

Generates a unique ID number.

◆ GetDeltaTick()

uint32_t tram::GetDeltaTick ( )

Returns the tick delta.

If multiple ticks have occured between calls to Core::Update(), this value will reflect that.

◆ GetDeltaTime()

float tram::GetDeltaTime ( )

Returns the time passed between frames.

This value changes only when Core::Update() is called.

Returns: Time, in seconds, that has passed between the start of the previous and the start of the current frame.

◆ GetFrame()

uint32_t tram::GetFrame ( )

Returns the current frame.

Returns: The number of times Core::Update() has been called.

◆ GetFrameTime()

double tram::GetFrameTime ( )

Returns the time at the start of the current frame.

This value changes only when Core::Update() is called.

Returns: Time, in seconds, since the application was started.

◆ GetTick()

uint32_t tram::GetTick ( )

Returns the current tick.

This value gets incremented at a rate of 60 ticks per second.

Note: Tick rate of 60 ticks per second is only the default. The actual value might have been changed in the runtime configuration.

Returns: Count of ticks since the application was started.

◆ GetTickTime()

double tram::GetTickTime ( )

Same as GetFrameTime()

◆ GetVersion()

const char * tram::GetVersion ( )

Returns the version identifier of the runtime.

◆ IDENTITY_POSITION()

const vec3 tram::IDENTITY_POSITION	(	0.	0f,
		0.	0f,
		0.	0f
	)

◆ IDENTITY_ROTATION()

const quat tram::IDENTITY_ROTATION	(	1.	0f,
		0.	0f,
		0.	0f,
		0.	0f
	)

◆ IDENTITY_SCALE()

const vec3 tram::IDENTITY_SCALE	(	1.	0f,
		1.	0f,
		1.	0f
	)

◆ Log() [1/3]

template<typename... Args>

void tram::Log	(	const std::string_view &	format,
		Args &&...	args
	)

◆ Log() [2/3]

template<typename... Args>

void tram::Log	(	Severity	severity,
		System::system_t	system,
		const std::string_view &	format,
		Args &&...	args
	)

◆ Log() [3/3]

template<typename... Args>

void tram::Log	(	System::system_t	system,
		const std::string_view &	format,
		Args &&...	args
	)

◆ MergeAABBMax()

vec3 tram::MergeAABBMax	(	vec3	a,
		vec3	b
	)

Merges the max component of an AABB.

◆ MergeAABBMin()

vec3 tram::MergeAABBMin	(	vec3	a,
		vec3	b
	)

Merges the min component of an AABB.

◆ PositionRotationScaleToMatrix()

mat4 tram::PositionRotationScaleToMatrix	(	const vec3 &	position,
		const quat &	rotation,
		const vec3 &	scale
	)

Generates a transform matrix.

◆ PositionRotationToMatrix()

mat4 tram::PositionRotationToMatrix	(	const vec3 &	position,
		const quat &	rotation
	)

Generates a transform matrix.

◆ ProjectLine()

void tram::ProjectLine	(	vec3 &	point,
		const vec3 &	from,
		const vec3 &	to
	)

Projects a point on a line.

Parameters

[in,out]	point	Point that will be projected.
[in]	from	First endpoint of the line.
[in]	to	Second endpoint of the line.

◆ QuatLookAt()

void tram::QuatLookAt	(	quat &	quaternion,
		const vec3 &	from,
		const vec3 &	to
	)

Rotates a quaternion to face a point.

Useful for pointing objects at things.

◆ RayTriangleIntersection()

vec3 tram::RayTriangleIntersection	(	vec3	ray_pos,
		vec3	ray_dir,
		vec3	point1,
		vec3	point2,
		vec3	point3
	)

Finds the intersection between a ray and a triangle.

If the ray intersects the triangle, the returned vector will be the 3D coordinates of the intersection. If the ray does not intersect the triangle, the function will return a vector with all of its components set to the floating-point INFINITY.

Parameters

ray_pos	Ray origin, 3D coordinate.
ray_dir	Ray direction, normal vector. Needs to be normalized.
point1,point2,point3	Triangle vertex coordinates.

◆ RotateAABB() [1/2]

void tram::RotateAABB	(	vec3 &	min,
		vec3 &	max,
		mat4	rotation
	)

◆ RotateAABB() [2/2]

void tram::RotateAABB	(	vec3 &	min,
		vec3 &	max,
		quat	rotation
	)

Rotates an AABB box by the given rotation.

◆ SetConsoleLogCallback() [1/2]

void tram::SetConsoleLogCallback ( void(*)(int, const char *) callback )

Sets the console log callback.

Whenever a message is written to console, it will alos be passed to the console log callback.

◆ SetConsoleLogCallback() [2/2]

void tram::SetConsoleLogCallback ( void(int, const char *) )

◆ SetDisplayLogCallback() [1/2]

void tram::SetDisplayLogCallback ( void(*)(int, const char *) callback )

Sets the display log callback.

When a message is logged by calling DisplayLog(), it will be formatted and then the result will be passed in to the display log callback.

◆ SetDisplayLogCallback() [2/2]

void tram::SetDisplayLogCallback ( void(int, const char *) )

◆ SetSystemLoggingSeverity()

void tram::SetSystemLoggingSeverity	(	System::system_t	system,
		Severity	min_severity
	)

Sets the logging severity filter.

Parameters

system	System for which the filter will apply.
min_severity	The lowest severity which the filter will let through All lower severities will be filtered out.

◆ TypeToString()

const char * tram::TypeToString ( Type type )

Converts type enum to string.

Variable Documentation

◆ CAMERA_MULTIPLIER

const float tram::CAMERA_MULTIPLIER = 1.0f / 8.0f

◆ collision_group

const uint32_t tram::collision_group = Physics::COLL_PLAYER

◆ collision_height

const float tram::collision_height = 1.85f

◆ collision_height_crouch

const float tram::collision_height_crouch = 0.5f

◆ collision_width

const float tram::collision_width = 0.35f

◆ COMPONENT_LIMIT_ANIMATION

const uint32_t tram::COMPONENT_LIMIT_ANIMATION = 50

◆ COMPONENT_LIMIT_AUDIO

const uint32_t tram::COMPONENT_LIMIT_AUDIO = 150

◆ COMPONENT_LIMIT_CONTROLLER

const uint32_t tram::COMPONENT_LIMIT_CONTROLLER = 25

◆ COMPONENT_LIMIT_DECAL

const uint32_t tram::COMPONENT_LIMIT_DECAL = 100

◆ COMPONENT_LIMIT_LIGHT

const uint32_t tram::COMPONENT_LIMIT_LIGHT = 250

◆ COMPONENT_LIMIT_PARTICLE

const uint32_t tram::COMPONENT_LIMIT_PARTICLE = 100

◆ COMPONENT_LIMIT_PHYSICS

const uint32_t tram::COMPONENT_LIMIT_PHYSICS = 500

◆ COMPONENT_LIMIT_PLAYER

const uint32_t tram::COMPONENT_LIMIT_PLAYER = 5

◆ COMPONENT_LIMIT_RENDER

const uint32_t tram::COMPONENT_LIMIT_RENDER = 1000

◆ COMPONENT_LIMIT_SPRITE

const uint32_t tram::COMPONENT_LIMIT_SPRITE = 100

◆ COMPONENT_LIMIT_TRIGGER

const uint32_t tram::COMPONENT_LIMIT_TRIGGER = 50

◆ ENTITY_LIMIT

const uint32_t tram::ENTITY_LIMIT = 5000

◆ ENTITY_TYPE_LIMIT

const uint32_t tram::ENTITY_TYPE_LIMIT = 50

◆ EXT_KITCHENSINK_ANIMATIONTABLE_LIMIT

const uint32_t tram::EXT_KITCHENSINK_ANIMATIONTABLE_LIMIT = 100

◆ EXT_KITCHENSINK_SOUNDTABLE_LIMIT

const uint32_t tram::EXT_KITCHENSINK_SOUNDTABLE_LIMIT = 100

◆ KEYBOARDACTION_LIMIT

const uint32_t tram::KEYBOARDACTION_LIMIT = 100

◆ LANGUAGE_STRING_LIMIT

const uint32_t tram::LANGUAGE_STRING_LIMIT = 500

◆ LANUGAGE_STRING_CHARACTER_LIMIT

const uint32_t tram::LANUGAGE_STRING_CHARACTER_LIMIT = 10000

◆ MAX_EVENT_TYPES

const size_t tram::MAX_EVENT_TYPES = 100

◆ MAX_FRAGMENT_SHADERS

const uint32_t tram::MAX_FRAGMENT_SHADERS = 20

◆ MAX_LINKED_SHADERS

const uint32_t tram::MAX_LINKED_SHADERS = 40

◆ MAX_MATERIAL_TYPES

const uint32_t tram::MAX_MATERIAL_TYPES = 20

◆ MAX_VERTEX_FORMATS

const uint32_t tram::MAX_VERTEX_FORMATS = 20

◆ MAX_VERTEX_SHADERS

const uint32_t tram::MAX_VERTEX_SHADERS = 20

◆ MESSAGE_DATA_LIMIT

const uint32_t tram::MESSAGE_DATA_LIMIT = 2000

◆ MESSAGE_PRIORITY_QUEUE_LIMIT

const uint32_t tram::MESSAGE_PRIORITY_QUEUE_LIMIT = 250

◆ MESSAGE_QUEUE_LIMIT

const uint32_t tram::MESSAGE_QUEUE_LIMIT = 500

◆ MESSAGE_TYPE_LIMIT

const uint32_t tram::MESSAGE_TYPE_LIMIT = 100

◆ NAMED_ENTITY_LIMIT

const uint32_t tram::NAMED_ENTITY_LIMIT = 500

◆ PATH_LIMIT

const size_t tram::PATH_LIMIT = 200

◆ PHYSICS_GRAVITY

const float tram::PHYSICS_GRAVITY = -9.8f

◆ PHYSICS_GROUND_PLANE

const float tram::PHYSICS_GROUND_PLANE = -9.0f

◆ RESOURCE_LIMIT_COLLISION_MODEL

const uint32_t tram::RESOURCE_LIMIT_COLLISION_MODEL = 500

◆ RESOURCE_LIMIT_LIGHT_GRAPH

const uint32_t tram::RESOURCE_LIMIT_LIGHT_GRAPH = 250

◆ RESOURCE_LIMIT_MATERIAL

const uint32_t tram::RESOURCE_LIMIT_MATERIAL = 500

◆ RESOURCE_LIMIT_MODEL

const uint32_t tram::RESOURCE_LIMIT_MODEL = 100

◆ RESOURCE_LIMIT_PATH

const uint32_t tram::RESOURCE_LIMIT_PATH = 100

◆ RESOURCE_LIMIT_SOUND

const uint32_t tram::RESOURCE_LIMIT_SOUND = 100

◆ RESOURCE_LIMIT_SOUND_GRAPH

const uint32_t tram::RESOURCE_LIMIT_SOUND_GRAPH = 250

◆ RESOURCE_LIMIT_SPRITE

const uint32_t tram::RESOURCE_LIMIT_SPRITE = 500

◆ RESOURCE_LOADER_QUEUE_LIMIT

const uint32_t tram::RESOURCE_LOADER_QUEUE_LIMIT = 1000

◆ RESOURCE_LOADER_REQUEST_LIMIT

const uint32_t tram::RESOURCE_LOADER_REQUEST_LIMIT = 1750

◆ RIGIDBODY_LIMIT

const uint32_t tram::RIGIDBODY_LIMIT = 500

◆ SCRIPTABLE_ENTITY_TYPE_LIMIT

const uint32_t tram::SCRIPTABLE_ENTITY_TYPE_LIMIT = 50

◆ SIGNAL_TYPE_LIMIT

const uint32_t tram::SIGNAL_TYPE_LIMIT = 100

◆ SYSTEM_LIMIT

const size_t tram::SYSTEM_LIMIT = 128

◆ TICK_RATE

const float tram::TICK_RATE = 1.0f / 60.0f

◆ UID_CHARACTER_LIMIT

const uint32_t tram::UID_CHARACTER_LIMIT = 20000

◆ UID_LIMIT

const uint32_t tram::UID_LIMIT = 2000

◆ WORLDCELL_LIMIT

const uint32_t tram::WORLDCELL_LIMIT = 250

◆ WORLDCELL_TRANSITION_LIMIT

const uint32_t tram::WORLDCELL_TRANSITION_LIMIT = 250

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ collision_callback

◆ entity_clear

◆ entity_make

◆ event_t

◆ filter_callback

◆ id_t

◆ ivec3

◆ ivec4

◆ listener_t

◆ mat2

◆ mat4

◆ message_t

◆ name_t

◆ node_id_t

◆ PoopProxy

◆ quat

◆ signal_t

◆ uvec3

◆ uvec4

◆ value_t

◆ valuearray_t

◆ vec2

◆ vec3

◆ vec4

Enumeration Type Documentation

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

◆ FileMedium

◆ FileStatus

◆ PathType

◆ Severity

◆ Type

Function Documentation

◆ DIRECTION_FORWARD()

◆ DIRECTION_SIDE()

◆ DIRECTION_UP()

◆ DisplayLog()

◆ GenerateID()

◆ GetDeltaTick()

◆ GetDeltaTime()

◆ GetFrame()

◆ GetFrameTime()

◆ GetTick()

◆ GetTickTime()

◆ GetVersion()

◆ IDENTITY_POSITION()

◆ IDENTITY_ROTATION()

◆ IDENTITY_SCALE()

◆ Log() [1/3]

◆ Log() [2/3]

◆ Log() [3/3]

◆ MergeAABBMax()

◆ MergeAABBMin()

◆ PositionRotationScaleToMatrix()

◆ PositionRotationToMatrix()

◆ ProjectLine()

◆ QuatLookAt()

◆ RayTriangleIntersection()

◆ RotateAABB() [1/2]

◆ RotateAABB() [2/2]

◆ SetConsoleLogCallback() [1/2]

◆ SetConsoleLogCallback() [2/2]

◆ SetDisplayLogCallback() [1/2]

◆ SetDisplayLogCallback() [2/2]

◆ SetSystemLoggingSeverity()