2#include "Vesper/Core/Base.h"
11 void Serialize(
const std::string& filepath);
#define VZ_CORE_ASSERT(x,...)
Definition Asserts.h:20
#define VZ_BIND_EVENT_FN(fn)
Binds a member function as an event handler.
Definition Defines_Macros.h:17
#define EVENT_CLASS_TYPE(type)
Macro to define event type in event subclasses.
Definition Defines_Macros.h:25
#define EVENT_CLASS_CATEGORY(category)
Macro to define event category in event subclasses.
Definition Defines_Macros.h:31
#define BIT(x)
Macro to shift 1 by x positions to create a bitmask.
Definition Defines_Macros.h:13
static const uint32_t s_MapHeight
Definition EditorLayer.cpp:13
static const char * s_MapTiles
Definition EditorLayer.cpp:14
static const uint32_t s_MapWidth
Definition EditorLayer.cpp:12
#define VZ_PROFILE
Definition Instrumentor.h:211
#define VZ_FUNC_SIG
Definition Instrumentor.h:231
#define VZ_PROFILE_SCOPE_LINE2(name, line)
Definition Instrumentor.h:236
#define VZ_PROFILE_FUNCTION()
Definition Instrumentor.h:240
#define VZ_PROFILE_SCOPE(name)
Definition Instrumentor.h:239
#define VZ_PROFILE_SCOPE_LINE(name, line)
Definition Instrumentor.h:238
#define VZ_CORE_INFO(...)
info: general information about application flow
Definition Log.h:37
#define VZ_CORE_ERROR(...)
error: indicates an error that has occurred
Definition Log.h:41
Event for registering application render.
Definition ApplicationEvent.h:82
AppRenderEvent()
Definition ApplicationEvent.h:84
Event for registering application tick.
Definition ApplicationEvent.h:60
AppTickEvent()
Definition ApplicationEvent.h:62
Event for registering application update.
Definition ApplicationEvent.h:71
AppUpdateEvent()
Definition ApplicationEvent.h:73
The core application class that manages the main loop, window, layers, and event handling.
Definition Application.h:35
static Application * s_Instance
Definition Application.h:92
void OnEvent(Event &e)
Handles incoming events and dispatches them to the appropriate handlers.
Definition Application.cpp:60
float m_LastFrameTime
Time of the last frame, used for calculating timestep.
Definition Application.h:89
bool OnWindowResize(WindowResizeEvent &e)
Event handler for window resize events.
Definition Application.cpp:118
static Application & Get()
Retrieves the singleton instance of the Application.
Definition Application.h:67
ImGuiLayer * m_ImGuiLayer
ImGui layer for rendering GUI elements.
Definition Application.h:81
bool m_Running
Flag indicating whether the application is running.
Definition Application.h:83
bool OnWindowClose(WindowCloseEvent &e)
Event handler for window close events.
Definition Application.cpp:111
ImGuiLayer * GetImGuiLayer()
Retrieves the ImGui layer.
Definition Application.h:64
void Run()
Starts the main application loop.
Definition Application.cpp:77
void PushLayer(Layer *layer)
Adds a layer to the application layer stack.
Definition Application.cpp:41
Application(const std::string &name="")
Constructs the Application with the given name.
Definition Application.cpp:17
LayerStack m_LayerStack
Stack of layers managed by the application.
Definition Application.h:87
void PushOverlay(Layer *overlay)
Adds an overlay layer to the application layer stack.
Definition Application.cpp:48
virtual ~Application()
Definition Application.cpp:37
Scope< Window > m_Window
Scoped pointer to the applications underlying window.
Definition Application.h:79
bool m_Minimized
Flag indicating whether the application is minimized.
Definition Application.h:85
void Close()
Closes the application.
Definition Application.cpp:55
Window & GetWindow()
Retrieves the application window.
Definition Application.h:70
Represents the layout of a buffer, consisting of multiple BufferElements.
Definition Buffer.h:84
uint32_t m_Stride
Definition Buffer.h:125
const std::vector< BufferElement > & GetElements() const
Returns the list of BufferElements in the layout.
Definition Buffer.h:100
uint32_t GetStride() const
Returns the stride (total size in bytes) of the buffer layout.
Definition Buffer.h:102
BufferLayout(const std::initializer_list< BufferElement > &elements)
Constructs a BufferLayout with the given list of BufferElements.
Definition Buffer.h:92
BufferLayout()
Definition Buffer.h:86
const glm::mat4 & GetProjection() const
Definition Camera.h:15
glm::mat4 m_Projection
Definition Camera.h:17
Camera(const glm::mat4 &projection)
Definition Camera.h:10
Definition EditorCamera.h:13
const glm::mat4 & GetViewProjection() const
Definition EditorCamera.h:26
void SetViewportSize(float width, float height)
Definition EditorCamera.h:23
float m_ViewportHeight
Definition EditorCamera.h:70
void MousePan(const glm::vec2 &delta)
Definition EditorCamera.cpp:95
glm::vec3 GetForwardDirection() const
Definition EditorCamera.cpp:133
void UpdateView()
Definition EditorCamera.cpp:77
void SetYaw(float yaw)
Definition EditorCamera.h:40
const glm::mat4 & GetViewMatrix() const
Definition EditorCamera.h:25
float m_NearClip
Definition EditorCamera.h:59
glm::vec3 m_Position
Definition EditorCamera.h:62
float m_Yaw
Definition EditorCamera.h:68
float m_Pitch
Definition EditorCamera.h:68
float GetDistance() const
Definition EditorCamera.h:20
void SetPitch(float pitch)
Definition EditorCamera.h:37
void OnUpdate(Timestep ts)
Definition EditorCamera.cpp:46
float m_FarClip
Definition EditorCamera.h:59
void SetDistance(float distance)
Definition EditorCamera.h:21
const glm::vec3 & GetPosition() const
Definition EditorCamera.h:33
std::pair< float, float > PanSpeed() const
Definition EditorCamera.cpp:21
float m_Distance
Definition EditorCamera.h:67
glm::vec2 m_InitialMousePosition
Definition EditorCamera.h:65
glm::mat4 m_ViewMatrix
Definition EditorCamera.h:61
float m_FOV
Definition EditorCamera.h:59
glm::quat GetOrientation() const
Definition EditorCamera.cpp:137
float GetYaw() const
Definition EditorCamera.h:39
bool OnMouseScroll(MouseScrolledEvent &e)
Definition EditorCamera.cpp:87
void MouseZoom(float delta)
Definition EditorCamera.cpp:109
void SetPosition(const glm::vec3 &position)
float m_AspectRatio
Definition EditorCamera.h:59
EditorCamera()
Definition EditorCamera.cpp:12
float m_ViewportWidth
Definition EditorCamera.h:70
float ZoomSpeed() const
Definition EditorCamera.cpp:37
glm::vec3 CalculatePosition() const
Definition EditorCamera.cpp:119
float GetPitch() const
Definition EditorCamera.h:36
void OnEvent(Event &e)
Definition EditorCamera.cpp:65
void MouseRotate(const glm::vec2 &delta)
Definition EditorCamera.cpp:102
glm::vec3 GetRightDirection() const
Definition EditorCamera.cpp:129
float RotationSpeed() const
Definition EditorCamera.cpp:32
glm::vec3 GetUpDirection() const
Definition EditorCamera.cpp:124
glm::vec3 m_FocalPoint
Definition EditorCamera.h:63
EditorCamera(float fov, float aspectRation, float nearClip, float farClip)
Definition EditorCamera.cpp:15
void UpdateProjection()
Definition EditorCamera.cpp:71
Definition EditorLayer.h:14
glm::vec4 m_SpecialQuadColor
Definition EditorLayer.h:98
bool m_ViewportFocused
Definition EditorLayer.h:44
float m_RotationSnap
Definition EditorLayer.h:51
std::unordered_map< char, Ref< SubTexture2D > > s_TextureMap
Definition EditorLayer.h:101
Ref< Shader > m_FlatColorShader
Definition EditorLayer.h:60
void OpenScene()
Definition EditorLayer.cpp:728
glm::vec4 m_TextureTintColor1
Definition EditorLayer.h:94
float lastFrameTime
Definition EditorLayer.h:55
ParticleProps m_ParticleProps
Definition EditorLayer.h:87
glm::vec4 m_ClearColor
Definition EditorLayer.h:97
SceneState
Definition EditorLayer.h:39
@ Simulate
Definition EditorLayer.h:40
@ Edit
Definition EditorLayer.h:40
@ Play
Definition EditorLayer.h:40
bool scene3
Definition EditorLayer.h:90
Ref< SubTexture2D > m_SubTextureSmoke
Definition EditorLayer.h:71
Ref< Texture2D > m_SpriteSheetCursedLands
Definition EditorLayer.h:68
int m_GizmoType
Definition EditorLayer.h:50
bool scene4
Definition EditorLayer.h:90
ParticleSystem m_ParticleSystem
Definition EditorLayer.h:86
EditorLayer()
Definition EditorLayer.cpp:37
EditorCamera m_EditorCamera
Definition EditorLayer.h:79
Ref< Texture2D > m_SpriteSheetCrystals
Definition EditorLayer.h:66
float m_ScaleSnap
Definition EditorLayer.h:51
void NewScene()
Definition EditorLayer.cpp:721
float m_TranslationSnap
Definition EditorLayer.h:51
glm::vec4 m_SquareColor
Definition EditorLayer.h:93
glm::vec2 m_ViewportSize
Definition EditorLayer.h:45
bool OnKeyPressed(KeyPressedEvent &e)
Definition EditorLayer.cpp:669
bool m_PrimaryCamera
Definition EditorLayer.h:47
float m_squareRotation
Definition EditorLayer.h:82
OrthographicCameraController m_CameraController
Definition EditorLayer.h:53
Ref< Scene > m_ActiveScene
Definition EditorLayer.h:35
glm::vec4 m_TextureTintColor2
Definition EditorLayer.h:95
Ref< SubTexture2D > m_SubTextureTown
Definition EditorLayer.h:72
bool m_UseSpecialQuadColor
Definition EditorLayer.h:99
Ref< Scene > m_EditorScene
Definition EditorLayer.h:36
glm::vec4 m_BackgroundColor
Definition EditorLayer.h:96
Ref< Texture2D > m_CheckerboardTexture
Definition EditorLayer.h:61
Entity m_CameraEntity
Definition EditorLayer.h:48
Ref< VertexArray > m_SquareVA
Definition EditorLayer.h:59
virtual void OnEvent(Event &e) override
Called when an event is dispatched to the layer.
Definition EditorLayer.cpp:657
int ParticleEmitCount
Definition EditorLayer.h:84
SceneState m_SceneState
Definition EditorLayer.h:42
virtual void OnUpdate(Timestep ts) override
Called every frame to update the layer with the given timestep.
Definition EditorLayer.cpp:234
float m_textureScale
Definition EditorLayer.h:81
SceneHierarchyPanel m_SceneHierarchyPanel
Definition EditorLayer.h:33
Ref< Texture2D > m_SpriteSheetRocks
Definition EditorLayer.h:67
Ref< SubTexture2D > m_SubTextureFire
Definition EditorLayer.h:70
float m_specialQuadRotation
Definition EditorLayer.h:83
virtual void OnAttach() override
Called when the layer is attached to the application.
Definition EditorLayer.cpp:45
bool scene1
Definition EditorLayer.h:90
void SaveSceneAs()
Definition EditorLayer.cpp:744
bool useEntityScene
Definition EditorLayer.h:91
Entity m_SmokeEntity
Definition EditorLayer.h:56
bool scene2
Definition EditorLayer.h:90
Entity m_FireEntity
Definition EditorLayer.h:56
Ref< Framebuffer > m_Framebuffer
Definition EditorLayer.h:77
bool m_ViewportHovered
Definition EditorLayer.h:44
Ref< Texture2D > m_SpriteSheetFire
Definition EditorLayer.h:63
virtual ~EditorLayer()=default
Ref< Texture2D > m_SpriteSheetSmoke
Definition EditorLayer.h:64
virtual void OnDetach() override
Called when the layer is detached from the application.
Definition EditorLayer.cpp:229
virtual void OnImGuiRender() override
Called when the layer should render its ImGui components.
Definition EditorLayer.cpp:425
Ref< Texture2D > m_SpriteSheetTown
Definition EditorLayer.h:65
void ResetScene()
Definition EditorLayer.cpp:755
Represents an entity in a scene.
Definition Entity.h:14
T & GetComponent()
Definition Entity.h:70
Entity(entt::entity handle, Scene *scene)
Constructs an Entity with the given handle and scene.
Definition Entity.cpp:6
const std::string & GetName()
Definition Entity.h:112
T & GetOrAddComponent(Args &&... args)
Definition Entity.h:83
T & AddComponent(Args &&... args)
Definition Entity.h:45
const UUID & GetID()
Definition Entity.h:104
T & AddOrReplaceComponent(Args &&... args)
Definition Entity.h:60
bool HasComponent() const
Definition Entity.h:33
Scene * m_Scene
Pointer to the scene that contains the entity.
Definition Entity.h:128
operator bool() const
Definition Entity.h:118
Entity(const Entity &other)=default
Copy constructor for Entity.
void RemoveComponent()
Definition Entity.h:95
Stack-based templated event dispatcher.
Definition Event.h:68
EventDispatcher(Event &event)
Construct an EventDispatcher for a specific event.
Definition Event.h:78
Event & m_Event
The event to be dispatched.
Definition Event.h:100
bool Dispatch(EventFn< T > func)
Dispatch the event to the appropriate handler if the types match.
Definition Event.h:89
Abstract base class for all events.
Definition Event.h:37
bool IsInCategory(EventCategory category)
Check if the event is in a specific category.
Definition Event.h:55
virtual int GetCategoryFlags() const =0
Get the category flags of the event.
virtual EventType GetEventType() const =0
Get the type of the event.
virtual std::string ToString() const
Convert the event to a string representation.
Definition Event.h:52
bool Handled
Indicates whether the event has been handled.
Definition Event.h:62
virtual const char * GetName() const =0
Get the name of the event.
Cross-platform file dialog utilities.
Definition PlatformUtils.h:10
static std::string SaveFile(const char *filter)
Opens a file dialog to select a location to save a file.
Definition WindowsPlatformUtils.cpp:29
static std::string OpenFile(const char *filter)
Opens a file dialog to select a file to open.
Definition WindowsPlatformUtils.cpp:12
Definition PlatformUtils.h:28
static void Initialize()
Definition WindowsPlatformUtils.cpp:66
static std::string m_RootEditorDirectory
Definition PlatformUtils.h:38
static std::string m_ProjectsDirectory
Definition PlatformUtils.h:41
static std::string GetCurrentWorkingDirectory()
Definition WindowsPlatformUtils.cpp:97
static std::string m_AssetsDirectory
Definition PlatformUtils.h:40
static std::string m_ResourcesDirectory
Definition PlatformUtils.h:39
static std::string GetTravelingUpPath(const std::string &path)
Definition WindowsPlatformUtils.cpp:112
static std::string m_RootEngineDirectory
Definition PlatformUtils.h:37
static std::string m_CurrentProjectDirectory
Definition PlatformUtils.h:42
static std::string GetAbsolutePath(const std::string &relativePath)
Definition WindowsPlatformUtils.cpp:104
static bool m_Initialized
Definition PlatformUtils.h:36
static bool IsInitialized()
Definition PlatformUtils.h:34
Abstract class representing a framebuffer.
Definition Framebuffer.h:21
static Ref< Framebuffer > Create(const FramebufferSpecification &spec)
Creates a framebuffer with the given specification.
Definition Framebuffer.cpp:9
virtual void Resize(uint32_t width, uint32_t height)=0
Resizes the framebuffer to the given width and height.
virtual uint32_t GetColorAttachmentRendererID() const =0
Returns the renderer ID of the color attachment texture.
virtual const FramebufferSpecification & GetSpecification() const =0
Returns the specification used to create the framebuffer.
Definition ImGuiLayer.h:13
~ImGuiLayer()
Definition ImGuiLayer.cpp:25
virtual void OnEvent(Event &e) override
Called when an event is dispatched to the layer.
Definition ImGuiLayer.cpp:86
ImGuiLayer()
Definition ImGuiLayer.cpp:21
virtual void Begin()
Definition ImGuiLayer.cpp:95
virtual void OnDetach() override
Called when the layer is detached from the application.
Definition ImGuiLayer.cpp:69
virtual void OnImGuiRender() override
Called when the layer should render its ImGui components.
Definition ImGuiLayer.cpp:81
virtual void SetDarkThemeColors()
Definition ImGuiLayer.cpp:120
float m_Time
Definition ImGuiLayer.h:30
bool m_BlockEvents
Definition ImGuiLayer.h:29
virtual void End()
Definition ImGuiLayer.cpp:104
virtual void OnAttach() override
Called when the layer is attached to the application.
Definition ImGuiLayer.cpp:29
virtual void SetBlockEvents(bool block)
Definition ImGuiLayer.h:26
Abstract base class for an index buffer.
Definition Buffer.h:154
virtual void Bind() const =0
virtual uint32_t GetCount() const =0
virtual void Unbind() const =0
virtual ~IndexBuffer()
Definition Buffer.h:156
static Ref< IndexBuffer > Create(uint32_t *indices, uint32_t count)
Definition Buffer.cpp:33
Base class for keyboard events.
Definition KeyEvent.h:16
int m_KeyCode
Definition KeyEvent.h:31
int GetKeyCode() const
Get the key code associated with the event.
Definition KeyEvent.h:20
KeyEvent(int keycode)
Construct a KeyEvent with the specified key code.
Definition KeyEvent.h:29
Event for registering key press.
Definition KeyEvent.h:37
int m_RepeatCount
Definition KeyEvent.h:60
int GetRepeatCount() const
Get the repeat count of the key press event.
Definition KeyEvent.h:48
std::string ToString() const override
Convert the event to a string representation.
Definition KeyEvent.h:51
KeyPressedEvent(int keycode, int repeatCount)
Construct a KeyPressedEvent with the specified key code and repeat count.
Definition KeyEvent.h:44
Event for registering key release.
Definition KeyEvent.h:66
std::string ToString() const override
Convert the event to a string representation.
Definition KeyEvent.h:75
KeyReleasedEvent(int keycode)
Construct a KeyReleasedEvent with the specified key code.
Definition KeyEvent.h:71
Event for registering key typing.
Definition KeyEvent.h:88
KeyTypedEvent(int keycode)
Construct a KeyTypedEvent with the specified key code.
Definition KeyEvent.h:93
std::string ToString() const override
Convert the event to a string representation.
Definition KeyEvent.h:98
Represents a reusable application layer that receives lifecycle callbacks (attach,...
Definition Layer.h:17
virtual void OnEvent(Event &event)
Called when an event is dispatched to the layer.
Definition Layer.h:41
const std::string & GetName() const
Retrieves the name of the layer for debugging purposes.
Definition Layer.h:53
virtual void OnDetach()
Called when the layer is detached from the application.
Definition Layer.h:31
virtual void OnUpdate(Timestep ts)
Called every frame to update the layer with the given timestep.
Definition Layer.h:36
virtual void OnImGuiRender()
Called when the layer should render its ImGui components.
Definition Layer.h:50
Layer(const std::string &name="Layer")
Constructs a Layer with an optional name for debugging purposes.
Definition Layer.cpp:6
virtual ~Layer()
Definition Layer.cpp:11
std::string m_DebugName
The name of the layer assigned at creation, used for debugging.
Definition Layer.h:57
virtual void OnAttach()
Called when the layer is attached to the application.
Definition Layer.h:28
virtual void OnRender()
Called when the layer should render its contents.
Definition Layer.h:47
Manages an ordered stack of Layer pointers. Layers can be pushed or popped and the stack can be itera...
Definition LayerStack.h:16
LayerStack()
Definition LayerStack.cpp:6
void PopOverlay(Layer *overlay)
Removes the specified overlay layer from the stack.
Definition LayerStack.cpp:42
unsigned int m_LayerInsertIndex
Index indicating where to insert new layers (before overlays).
Definition LayerStack.h:55
void PushLayer(Layer *layer)
Adds the layer to the stack at the position before the first overlay.
Definition LayerStack.cpp:19
void PushOverlay(Layer *overlay)
Pushes the overlay layer on top of all other layers.
Definition LayerStack.cpp:26
~LayerStack()
Definition LayerStack.cpp:10
void PopLayer(Layer *layer)
Removes the specified layer from the stack.
Definition LayerStack.cpp:32
Event for registering mouse movement.
Definition MouseEvent.h:16
std::string ToString() const override
Convert the event to a string representation.
Definition MouseEvent.h:33
float m_MouseX
Definition MouseEvent.h:43
float m_MouseY
Definition MouseEvent.h:43
float GetX() const
Get the x coordinate of the mouse.
Definition MouseEvent.h:28
MouseMovedEvent(float x, float y)
Construct a MouseMovedEvent with the specified x and y coordinates.
Definition MouseEvent.h:23
float GetY() const
Get the y coordinate of the mouse.
Definition MouseEvent.h:30
Definition OrthographicCameraController.h:26
void SetAspectRatio(float aspectRatio)
Definition OrthographicCameraController.cpp:128
void SetRotationSpeed(float speed)
Definition OrthographicCameraController.cpp:118
float GetZoomLevel() const
Definition OrthographicCameraController.h:57
void OnResize(float width, float height)
Definition OrthographicCameraController.cpp:56
void CalculateView()
Definition OrthographicCameraController.cpp:95
float m_CameraRotation
Definition OrthographicCameraController.h:75
void SetMoveSpeed(float speed)
Definition OrthographicCameraController.cpp:107
OrthographicCameraController(float aspectRatio, bool rotation=false)
Definition OrthographicCameraController.cpp:13
bool m_Rotation
Definition OrthographicCameraController.h:73
void OnEvent(Event &e)
Definition OrthographicCameraController.cpp:47
glm::vec3 m_CameraPosition
Definition OrthographicCameraController.h:74
float m_CameraMoveSpeed
Definition OrthographicCameraController.h:76
void OnUpdate(Timestep ts)
Definition OrthographicCameraController.cpp:21
void SetZoomLevel(float level)
Definition OrthographicCameraController.h:56
void SetCanRotate(bool canRotate)
Definition OrthographicCameraController.h:54
void UpdateCameraBounds()
Definition OrthographicCameraController.cpp:81
bool CanRotate() const
Definition OrthographicCameraController.h:53
bool OnMouseScrolled(MouseScrolledEvent &e)
Definition OrthographicCameraController.cpp:65
void OnImGuiRender()
TODO: move to an editor component that can be attached to any system (EditorAbstractionComp).
Definition OrthographicCameraController.cpp:136
float m_ZoomLevel
Definition OrthographicCameraController.h:69
void OnUpdateBounds()
Definition OrthographicCameraController.cpp:90
float GetAspectRatio() const
Definition OrthographicCameraController.cpp:123
const OrthographicCamera & GetCamera() const
Definition OrthographicCameraController.h:35
OrthographicCameraBounds GetBounds() const
Definition OrthographicCameraController.h:36
float GetRotationSpeed() const
Definition OrthographicCameraController.h:48
float GetMoveSpeed() const
Definition OrthographicCameraController.h:42
glm::vec3 GetPosition() const
Definition OrthographicCameraController.h:38
OrthographicCameraBounds m_Bounds
Definition OrthographicCameraController.h:71
float m_CameraRotationSpeed
Definition OrthographicCameraController.h:76
void SetPosition(float x, float y)
Definition OrthographicCameraController.cpp:101
float m_AspectRatio
Definition OrthographicCameraController.h:68
OrthographicCamera & GetCamera()
Definition OrthographicCameraController.h:34
float GetRotation() const
Definition OrthographicCameraController.h:45
OrthographicCamera camera
Definition OrthographicCameraController.h:70
bool OnWindowResized(WindowResizeEvent &e)
Definition OrthographicCameraController.cpp:74
void SetRotation(float rotation)
Definition OrthographicCameraController.cpp:112
Definition OrthographicCamera.h:7
glm::mat4 m_ViewProjectionMatrix
Definition OrthographicCamera.h:28
void SetProjection(float left, float right, float bottom, float top)
Definition OrthographicCamera.cpp:15
void SetPosition(const glm::vec3 &position)
Definition OrthographicCamera.h:13
void RecalculateViewMatrix()
Definition OrthographicCamera.cpp:22
glm::mat4 m_ViewMatrix
Definition OrthographicCamera.h:27
const glm::mat4 & GetViewMatrix() const
Definition OrthographicCamera.h:21
const glm::mat4 & GetViewProjectionMatrix() const
Definition OrthographicCamera.h:22
glm::mat4 m_ProjectionMatrix
Definition OrthographicCamera.h:26
const float GetRotation() const
Definition OrthographicCamera.h:17
float m_Rotation
Definition OrthographicCamera.h:31
const glm::vec3 & GetPosition() const
Definition OrthographicCamera.h:14
const glm::mat4 & GetProjectionMatrix() const
Definition OrthographicCamera.h:20
void SetRotation(float rotation)
Definition OrthographicCamera.h:16
OrthographicCamera(float left, float right, float bottom, float top)
Definition OrthographicCamera.cpp:8
glm::vec3 m_Position
Definition OrthographicCamera.h:30
Definition ParticleSystem.h:25
float LifeRemaining
Definition ParticleSystem.h:44
ParticleSystem()
Definition ParticleSystem.cpp:12
void SetParticleProps(const ParticleProps &particleProps)
Definition ParticleSystem.h:33
ParticleSystem(uint32_t maxParticles)
Definition ParticleSystem.cpp:18
uint32_t m_PoolIndex
Definition ParticleSystem.h:48
glm::vec4 ColorBegin
Definition ParticleSystem.h:40
float Rotation
Definition ParticleSystem.h:42
glm::vec3 Position
Definition ParticleSystem.h:38
glm::vec4 ColorEnd
Definition ParticleSystem.h:40
float SizeEnd
Definition ParticleSystem.h:41
float SizeBegin
Definition ParticleSystem.h:41
glm::vec3 Velocity
Definition ParticleSystem.h:39
float LifeTime
Definition ParticleSystem.h:43
void OnRender(OrthographicCamera &camera)
Definition ParticleSystem.cpp:43
void Emit(const ParticleProps &particleProps)
Definition ParticleSystem.cpp:63
std::vector< Particle > m_ParticlePool
Definition ParticleSystem.h:47
void OnUpdate(Timestep ts)
Definition ParticleSystem.cpp:24
ParticleProps m_Props
Definition ParticleSystem.h:49
bool Active
Definition ParticleSystem.h:45
Definition ParticleSystem.h:37
A static class that provides an interface for issuing rendering commands.
Definition RenderCommand.h:10
static void SetClearColor(const glm::vec4 &color)
Sets the clear color for the renderer.
Definition RenderCommand.h:26
static RendererAPI * s_RendererAPI
Definition RenderCommand.h:44
static void SetViewport(uint32_t x, uint32_t y, uint32_t width, uint32_t height)
Sets the viewport dimensions for the renderer.
Definition RenderCommand.h:20
static void Clear()
Clears the rendering buffers.
Definition RenderCommand.h:32
static void DrawIndexed(const Ref< VertexArray > &vertexArray, uint32_t indexCount=0)
Draws indexed geometry using the specified vertex array and index count.
Definition RenderCommand.h:38
static void Init()
Initializes the rendering API.
Definition RenderCommand.h:14
A 2D renderer for drawing quads and sprites.
Definition Renderer2D.h:17
static void FlushAndReset()
Definition Renderer2D.cpp:507
static Ref< Texture2D > GetWhiteTexture()
Returns a reference to the default white texture that allows for coloring.
Definition Renderer2D.cpp:492
static void ResetStats()
Resets the rendering statistics.
Definition Renderer2D.cpp:497
static void DrawQuadWithTexture(const glm::vec2 &position, const glm::vec2 &size, const Ref< Texture2D > &texture, float tilingFactor, const glm::vec4 tintColor)
Draws a textured quad at the specified position and size.
Definition Renderer2D.cpp:262
static void BeginScene(const OrthographicCamera &camera)
Begins a new scene with the given orthographic camera.
Definition Renderer2D.cpp:148
static void DrawQuadRotatedWithTexture(const glm::mat4 &transform, const Ref< Texture2D > &texture, float tilingFactor, const glm::vec4 tintColor)
Draws a rotated textured quad with the given transform, texture, tiling factor, and tint color.
Definition Renderer2D.cpp:368
static void BeginScene(const EditorCamera &camera)
Begins a new scene with the given editor camera.
Definition Renderer2D.cpp:138
static void EndScene()
Ends the current scene.
Definition Renderer2D.cpp:160
static void BeginScene(const Camera &camera, const glm::mat4 &transform)
Begins a new scene with the given camera and transform.
Definition Renderer2D.cpp:123
static void Init()
Initializes the 2D renderer.
Definition Renderer2D.cpp:55
static void DrawQuadRotated(const glm::vec2 &position, const glm::vec2 &size, float rotationRads, const glm::vec4 &color)
Draws a rotated colored quad at the specified position, size, and rotation.
Definition Renderer2D.cpp:356
static void DrawQuadRotatedWithTexture(const glm::vec2 &position, const glm::vec2 &size, const Ref< Texture2D > &texture, float rotationRads, float tilingFactor, const glm::vec4 tintColor)
Draws a rotated textured quad at the specified position, size, and rotation.
Definition Renderer2D.cpp:409
static void Shutdown()
Shuts down the 2D renderer.
Definition Renderer2D.cpp:116
static void DrawQuad(const glm::vec2 &position, const glm::vec2 &size, const glm::vec4 &color)
Draws a colored quad at the specified position and size.
Definition Renderer2D.cpp:207
static void StartBatch()
Definition Renderer2D.cpp:515
static void DrawQuad(const glm::mat4 &transform, const glm::vec4 &color)
Draws a colored quad with the given transform and color.
Definition Renderer2D.cpp:180
static Statistics GetStats()
Retrieves the current rendering statistics.
Definition Renderer2D.cpp:502
static void DrawQuadRotated(const glm::mat4 &transform, const glm::vec4 &color)
Draws a rotated colored quad with the given transform and color.
Definition Renderer2D.cpp:330
static void Flush()
Flushes the current batch of rendering commands.
Definition Renderer2D.cpp:169
static void DrawQuadWithTexture(const glm::mat4 &transform, const Ref< Texture2D > &texture, float tilingFactor, const glm::vec4 tintColor)
Draws a textured quad with the given transform, texture, tiling factor, and tint color.
Definition Renderer2D.cpp:218
An abstract class defining the interface for a rendering API.
Definition RendererAPI.h:11
static API s_API
Definition RendererAPI.h:36
virtual void DrawIndexed(const Ref< VertexArray > &vertexArray, uint32_t indexCount=0)=0
Draws indexed geometry using the provided vertex array.
virtual void SetViewport(uint32_t x, uint32_t y, uint32_t width, uint32_t height)=0
Sets the viewport dimensions.
virtual void SetClearColor(const glm::vec4 &color)=0
Sets the clear color for the rendering API.
virtual void Clear()=0
Clears the rendering buffers.
virtual void Init()=0
Initializes the rendering API.
virtual ~RendererAPI()=default
API
API.
Definition RendererAPI.h:14
@ None
Definition RendererAPI.h:15
@ OpenGL
Definition RendererAPI.h:16
static API GetAPI()
Returns the current rendering API.
Definition RendererAPI.h:34
The main renderer class responsible for managing rendering operations.
Definition Renderer.h:11
static SceneData * s_SceneData
Pointer to the current scene data.
Definition Renderer.h:50
static void Submit(const Ref< Shader > &shader, const Ref< VertexArray > &vertexArray, const glm::mat4 &transform=glm::mat4(1.0f))
Submits a draw call with the specified shader, vertex array, and transform.
Definition Renderer.cpp:39
static void OnWindowResize(uint32_t width, uint32_t height)
Handles window resize events by resizing the viewport.
Definition Renderer.cpp:21
static void EndScene()
Ends the current scene.
Definition Renderer.cpp:33
static void Init()
Initializes the renderer.
Definition Renderer.cpp:13
static void BeginScene(OrthographicCamera &camera)
Begins a new scene with the given orthographic camera.
Definition Renderer.cpp:27
static RendererAPI::API GetAPI()
Retrieves the current rendering API.
Definition Renderer.h:40
glm::mat4 ViewProjectionMatrix
The combined view-projection matrix for the scene.
Definition Renderer.h:46
Scene data structure containing view-projection matrix.
Definition Renderer.h:44
Definition SceneCamera.h:7
float GetPerspectiveNearClip() const
Definition SceneCamera.h:21
float m_AspectRatio
Definition SceneCamera.h:46
virtual ~SceneCamera()=default
float m_OrthographicFar
Definition SceneCamera.h:44
void SetPerspectiveFarClip(float farClip)
Definition SceneCamera.h:24
float GetOrthographicNearClip() const
Definition SceneCamera.h:28
void SetPerspective(float verticalFOV, float nearClip, float farClip)
Definition SceneCamera.cpp:14
SceneCamera()
Definition SceneCamera.cpp:9
float GetPerspectiveFarClip() const
Definition SceneCamera.h:23
ProjectionType m_ProjectionType
Definition SceneCamera.h:38
void SetViewportSize(uint32_t width, uint32_t height)
Definition SceneCamera.cpp:31
void RecalculateProjection()
Definition SceneCamera.cpp:37
float GetOrthographicSize() const
Definition SceneCamera.h:26
void SetOrthographicSize(float size)
Definition SceneCamera.h:27
float GetOrthographicFarClip() const
Definition SceneCamera.h:30
void SetProjectionType(ProjectionType type)
Definition SceneCamera.h:34
ProjectionType GetProjectionType() const
Definition SceneCamera.h:33
float m_PerspectiveNear
Definition SceneCamera.h:41
void SetPerspectiveNearClip(float nearClip)
Definition SceneCamera.h:22
ProjectionType
Definition SceneCamera.h:9
@ Orthographic
Definition SceneCamera.h:9
@ Perspective
Definition SceneCamera.h:9
float m_OrthographicNear
Definition SceneCamera.h:44
void SetPerspectiveVerticalFOV(float verticalFov)
Definition SceneCamera.h:20
float m_PerspectiveFOV
Definition SceneCamera.h:40
float GetPerspectiveVerticalFOV() const
Definition SceneCamera.h:19
float m_PerspectiveFar
Definition SceneCamera.h:41
float m_OrthographicSize
Definition SceneCamera.h:43
void SetOrthographicNearClip(float nearClip)
Definition SceneCamera.h:29
void SetOrthographic(float size, float nearClip, float farClip)
Definition SceneCamera.cpp:23
void SetOrthographicFarClip(float farClip)
Definition SceneCamera.h:31
Entity CreateEntity(const std::string &name, const std::string &uuid)
Definition Scene.cpp:38
const std::string & GetName() const
Definition Scene.h:43
void DestroyEntity(Entity entity)
Definition Scene.cpp:49
uint32_t m_ViewportHeight
Definition Scene.h:35
uint32_t m_ViewportWidth
Definition Scene.h:35
entt::registry m_Registry
Definition Scene.h:34
Entity GetPrimaryCameraEntity()
Definition Scene.cpp:208
void OnUpdateRuntime(Timestep ts)
Definition Scene.cpp:55
std::string m_Name
Definition Scene.h:33
~Scene()
Definition Scene.cpp:23
Scene(const std::string &name)
Definition Scene.cpp:18
void SetName(const std::string &name)
Definition Scene.h:42
Entity CreateEntity(const std::string &name=std::string())
Definition Scene.cpp:27
void OnUpdateEditor(Timestep ts, EditorCamera &camera)
Definition Scene.cpp:150
Scene()
Definition Scene.cpp:11
void OnComponentAdded(Entity entity, T &component)
Definition Scene.cpp:226
void OnViewportResize(uint32_t width, uint32_t height)
Definition Scene.cpp:193
Definition SceneSerializer.h:7
bool Deserialize(const std::string &filepath)
Definition SceneSerializer.cpp:206
void Serialize(const std::string &filepath)
Definition SceneSerializer.cpp:179
SceneSerializer(const Ref< Scene > &scene)
Definition SceneSerializer.cpp:116
void SerializeRuntime(const std::string &filepath)
Definition SceneSerializer.cpp:201
Ref< Scene > m_Scene
Definition SceneSerializer.h:17
bool DeserializeRuntime(const std::string &filepath)
Definition SceneSerializer.cpp:263
Base class for scriptable entities within a scene.
Definition ScriptableEntity.h:11
virtual void OnCreate()
Sets the entity associated with this scriptable entity.
Definition ScriptableEntity.h:31
virtual ~ScriptableEntity()
Definition ScriptableEntity.h:13
Entity m_Entity
Definition ScriptableEntity.h:45
virtual void OnDestroy()
Called when the entity is destroyed.
Definition ScriptableEntity.h:37
T & GetComponent()
Retrieves a reference to a component of type T attached to the entity.
Definition ScriptableEntity.h:21
virtual void OnUpdate(Timestep ts)
Called every frame to update the entity.
Definition ScriptableEntity.h:43
An abstraction for a shader program.
Definition Shader.h:12
virtual void SetInt(const std::string &name, int value)=0
Sets a single integer uniform in the shader.
virtual void SetIntArray(const std::string &name, int *values, uint32_t count)=0
Sets an array of integers uniform in the shader.
virtual void Bind() const =0
connects the shader program for use.
virtual void SetFloat4(const std::string &name, const glm::vec4 &value)=0
Sets a 4-component float vector uniform in the shader.
static Ref< Shader > Create(const std::string &name, const std::string &vertexSrc, const std::string &fragmentSrc)
Definition Shader.cpp:20
static Ref< Shader > Create(const std::string &filepath)
Definition Shader.cpp:9
virtual ~Shader()=default
virtual void Unbind() const =0
disconnects the shader program.
virtual const std::string & GetName() const =0
virtual void SetFloat3(const std::string &name, const glm::vec3 &value)=0
Sets a 3-component float vector uniform in the shader.
virtual void SetMat4(const std::string &name, const glm::mat4 &value)=0
Sets a 4x4 matrix uniform in the shader.
virtual void SetFloat(const std::string &name, float value)=0
Sets a single float uniform in the shader.
A library for managing and storing shaders.
Definition Shader.h:46
Ref< Shader > Load(const std::string &name, const std::string &filepath)
Loads a shader from the specified filepath and adds it to the library with the given name.
Definition Shader.cpp:53
void Add(const Ref< Shader > &shader)
Adds a shader to the library using its own name.
Definition Shader.cpp:38
Ref< Shader > Get(const std::string &name)
Retrieves a shader from the library by name.
Definition Shader.cpp:61
void Add(const std::string &name, const Ref< Shader > &shader)
Adds a shader to the library with the specified name.
Definition Shader.cpp:31
bool Exists(const std::string &name) const
Checks if a shader with the specified name exists in the library.
Definition Shader.cpp:67
std::unordered_map< std::string, Ref< Shader > > m_Shaders
Definition Shader.h:62
Ref< Shader > Load(const std::string &filepath)
Loads a shader from the specified filepath and adds it to the library.
Definition Shader.cpp:45
Represents a sub-region of a 2D texture, useful for sprite sheets.
Definition SubTexture2D.h:13
Ref< Texture2D > m_Texture
The underlying texture of the sub-texture.
Definition SubTexture2D.h:36
const Ref< Texture2D > GetTexture()
Returns the underlying texture of the sub-texture.
Definition SubTexture2D.h:23
SubTexture2D(const Ref< Texture2D > &texture, const glm::vec2 &min, const glm::vec2 &max)
Constructs a SubTexture2D from the given texture and texture coordinates.
Definition SubTexture2D.cpp:8
glm::vec2 * GetTexCoords()
Returns the texture coordinates of the sub-texture.
Definition SubTexture2D.h:25
static Ref< SubTexture2D > CreateFromCoords(const Ref< Texture2D > &texture, const glm::vec2 &coords, const glm::vec2 &cellSize, const glm::vec2 &spriteSize={1, 1})
Creates a SubTexture2D from a grid of cells within the given texture.
Definition SubTexture2D.cpp:17
An abstraction for a 2D texture.
Definition Texture.h:37
static Ref< Texture2D > Create(const std::string &path)
Definition Texture.cpp:21
static Ref< Texture2D > Create(uint32_t width, uint32_t height)
Definition Texture.cpp:10
An abstraction for a texture.
Definition Texture.h:10
virtual uint32_t GetWidth() const =0
Returns the width of the texture.
virtual bool operator==(const Texture2D &other) const =0
virtual std::string GetName() const =0
virtual uint32_t GetHeight() const =0
Returns the height of the texture.
virtual uint32_t GetRendererID() const =0
Returns the renderer ID of the texture.
virtual void SetData(void *data, uint32_t size)=0
Sets the data of the texture.
virtual ~Texture()=default
virtual void Bind(uint32_t slot=0) const =0
Binds the texture to the specified slot for use.
A library for managing and storing textures.
Definition Texture.h:49
void Add(const Ref< Texture2D > &texture)
Adds a texture to the library using its own name.
Definition Texture.cpp:39
Ref< Texture2D > Get(const std::string &name) const
Retrieves a texture from the library by name.
Definition Texture.cpp:62
bool Exists(const std::string &name) const
Checks if a texture with the specified name exists in the library.
Definition Texture.cpp:69
void Add(const std::string &name, const Ref< Texture2D > &texture)
Adds a texture to the library with the specified name.
Definition Texture.cpp:32
Ref< Texture2D > Load(const std::string &name, const std::string &filepath)
Loads a texture from the specified filepath and adds it to the library with the given name.
Definition Texture.cpp:54
std::unordered_map< std::string, Ref< Texture2D > > m_Textures
Definition Texture.h:64
Ref< Texture2D > Load(const std::string &filepath)
Loads a texture from the specified filepath and adds it to the library.
Definition Texture.cpp:46
Represents a time step in seconds.
Definition Timestep.h:12
float GetSeconds() const
Returns the time in seconds.
Definition Timestep.h:26
float m_Time
Definition Timestep.h:30
float GetMilliseconds() const
Returns the time in milliseconds.
Definition Timestep.h:28
operator float() const
Definition Timestep.h:23
Timestep(float time=0.0f)
Constructs a Timestep with the given time in seconds.
Definition Timestep.h:18
An abstraction for a vertex array object (VAO).
Definition VertexArray.h:11
virtual void SetIndexBuffer(const Ref< IndexBuffer > &indexBuffer)=0
Sets the index buffer for the vertex array.
virtual const std::vector< Ref< VertexBuffer > > & GetVertexBuffers()=0
static Ref< VertexArray > Create()
Definition VertexArray.cpp:7
virtual void AddVertexBuffer(const Ref< VertexBuffer > &vertexBuffer)=0
Adds a vertex buffer to the vertex array.
virtual const Ref< IndexBuffer > & GetIndexBuffer() const =0
virtual ~VertexArray()
Definition VertexArray.h:13
virtual void Unbind() const =0
virtual void Bind() const =0
Abstract base class for a vertex buffer.
Definition Buffer.h:132
virtual ~VertexBuffer()
Definition Buffer.h:134
virtual void SetLayout(const BufferLayout &layout)=0
static Ref< VertexBuffer > Create(float *vertices, uint32_t size)
Definition Buffer.cpp:22
virtual void Bind() const =0
virtual void Unbind() const =0
virtual const BufferLayout & GetLayout() const =0
virtual void SetData(const void *data, uint32_t size)=0
static Ref< VertexBuffer > Create(uint32_t size)
Definition Buffer.cpp:11
Event for registering window close.
Definition ApplicationEvent.h:49
WindowCloseEvent()
Definition ApplicationEvent.h:51
Abstract interface representing an application window.
Definition Window.h:43
virtual uint32_t GetWidth() const =0
Retrieves the width of the window.
virtual ~Window()
Definition Window.h:47
virtual void * GetNativeWindow() const =0
Retrieves the native window handle.
static Scope< Window > Create(const WindowProps &props=WindowProps())
Creates a window instance with the specified properties.
Definition WindowsWindow.cpp:20
virtual void SetEventCallback(const EventCallbackFn &callback)=0
Sets the callback function for window events.
virtual void OnUpdate()=0
Called every frame to update the window.
virtual bool IsVSync() const =0
Checks if vertical synchronization (VSync) is enabled.
virtual void SetVSync(bool enabled)=0
Sets whether vertical synchronization (VSync) is enabled.
virtual uint32_t GetHeight() const =0
Retrieves the height of the window.
Event for registering window resize.
Definition ApplicationEvent.h:16
unsigned int GetHeight() const
Get the new height of the window.
Definition ApplicationEvent.h:29
unsigned int m_Height
Definition ApplicationEvent.h:43
WindowResizeEvent(unsigned int width, unsigned int height)
Construct a WindowResizeEvent with the specified width and height.
Definition ApplicationEvent.h:23
std::string ToString() const override
Convert the event to a string representation.
Definition ApplicationEvent.h:32
unsigned int GetWidth() const
Get the new width of the window.
Definition ApplicationEvent.h:27
unsigned int m_Width
Definition ApplicationEvent.h:43
static glm::vec4 Blue()
Returns a vec4 representing the color blue.
Definition Color.h:31
static glm::vec4 Pink()
Returns a vec4 representing the color pink.
Definition Color.h:42
static glm::vec4 Black()
Returns a vec4 representing the color black.
Definition Color.h:18
static glm::vec4 Indigo()
Returns a vec4 representing the color indigo.
Definition Color.h:33
static glm::vec4 White()
Returns a vec4 representing the color white.
Definition Color.h:16
static glm::vec4 Yellow()
Returns a vec4 representing the color yellow.
Definition Color.h:27
static glm::vec4 Magenta()
Returns a vec4 representing the color magenta.
Definition Color.h:40
static glm::vec4 Cyan()
Returns a vec4 representing the color cyan.
Definition Color.h:38
static glm::vec4 Brown()
Returns a vec4 representing the color brown.
Definition Color.h:44
static glm::vec4 Green()
Returns a vec4 representing the color green.
Definition Color.h:29
static glm::vec4 Transparent()
Returns a vec4 representing a fully transparent color.
Definition Color.h:46
static glm::vec4 Orange()
Returns a vec4 representing the color orange.
Definition Color.h:25
static glm::vec4 StripAlpha(const glm::vec4 &color)
Strips the alpha component from the given color, setting it to 1.0 (fully opaque).
Definition Color.h:49
static glm::vec4 SetAlpha(const glm::vec4 &color, float alpha=0.0f)
Sets the alpha component of the given color to the specified value.
Definition Color.h:51
static glm::vec4 Purple()
Returns a vec4 representing the color purple.
Definition Color.h:35
static glm::vec4 Red()
Returns a vec4 representing the color red.
Definition Color.h:23
static glm::vec4 Gray()
Returns a vec4 representing the color gray.
Definition Color.h:20
@ Up
Definition KeyCodes.h:83
@ D6
Definition KeyCodes.h:30
@ Y
Definition KeyCodes.h:62
@ RightAlt
Definition KeyCodes.h:145
@ PageUp
Definition KeyCodes.h:84
@ P
Definition KeyCodes.h:53
@ D1
Definition KeyCodes.h:25
@ F15
Definition KeyCodes.h:107
@ Apostrophe
Definition KeyCodes.h:18
@ Z
Definition KeyCodes.h:63
@ Right
Definition KeyCodes.h:80
@ L
Definition KeyCodes.h:49
@ LeftAlt
Definition KeyCodes.h:141
@ D4
Definition KeyCodes.h:28
@ Space
Definition KeyCodes.h:17
@ KP_ENTER
Definition KeyCodes.h:135
@ F5
Definition KeyCodes.h:97
@ Period
Definition KeyCodes.h:21
@ KP_2
Definition KeyCodes.h:122
@ KP_ADD
Definition KeyCodes.h:134
@ F6
Definition KeyCodes.h:98
@ RightShift
Definition KeyCodes.h:143
@ KP_7
Definition KeyCodes.h:127
@ Down
Definition KeyCodes.h:82
@ I
Definition KeyCodes.h:46
@ F9
Definition KeyCodes.h:101
@ Minus
Definition KeyCodes.h:20
@ D5
Definition KeyCodes.h:29
@ F11
Definition KeyCodes.h:103
@ KP_MULTIPLY
Definition KeyCodes.h:132
@ Escape
Definition KeyCodes.h:74
@ Pause
Definition KeyCodes.h:92
@ F
Definition KeyCodes.h:43
@ KP_1
Definition KeyCodes.h:121
@ Backspace
Definition KeyCodes.h:77
@ F23
Definition KeyCodes.h:115
@ KP_DECIMAL
Definition KeyCodes.h:130
@ KP_8
Definition KeyCodes.h:128
@ B
Definition KeyCodes.h:39
@ F13
Definition KeyCodes.h:105
@ KP_EQUAL
Definition KeyCodes.h:136
@ K
Definition KeyCodes.h:48
@ Slash
Definition KeyCodes.h:22
@ RightSuper
Definition KeyCodes.h:146
@ RightControl
Definition KeyCodes.h:144
@ Q
Definition KeyCodes.h:54
@ F17
Definition KeyCodes.h:109
@ F7
Definition KeyCodes.h:99
@ KP_3
Definition KeyCodes.h:123
@ C
Definition KeyCodes.h:40
@ V
Definition KeyCodes.h:59
@ KP_9
Definition KeyCodes.h:129
@ D7
Definition KeyCodes.h:31
@ Home
Definition KeyCodes.h:86
@ F19
Definition KeyCodes.h:111
@ ScrollLock
Definition KeyCodes.h:89
@ KP_6
Definition KeyCodes.h:126
@ F18
Definition KeyCodes.h:110
@ KP_4
Definition KeyCodes.h:124
@ F25
Definition KeyCodes.h:117
@ D0
Definition KeyCodes.h:24
@ D3
Definition KeyCodes.h:27
@ O
Definition KeyCodes.h:52
@ F16
Definition KeyCodes.h:108
@ D8
Definition KeyCodes.h:32
@ KP_0
Definition KeyCodes.h:120
@ A
Definition KeyCodes.h:38
@ F14
Definition KeyCodes.h:106
@ J
Definition KeyCodes.h:47
@ D
Definition KeyCodes.h:41
@ F20
Definition KeyCodes.h:112
@ End
Definition KeyCodes.h:87
@ H
Definition KeyCodes.h:45
@ LeftShift
Definition KeyCodes.h:139
@ F3
Definition KeyCodes.h:95
@ LeftSuper
Definition KeyCodes.h:142
@ PrintScreen
Definition KeyCodes.h:91
@ LeftControl
Definition KeyCodes.h:140
@ Insert
Definition KeyCodes.h:78
@ F21
Definition KeyCodes.h:113
@ W
Definition KeyCodes.h:60
@ G
Definition KeyCodes.h:44
@ LeftBracket
Definition KeyCodes.h:65
@ F12
Definition KeyCodes.h:104
@ PageDown
Definition KeyCodes.h:85
@ Enter
Definition KeyCodes.h:75
@ Backslash
Definition KeyCodes.h:66
@ E
Definition KeyCodes.h:42
@ F1
Definition KeyCodes.h:93
@ T
Definition KeyCodes.h:57
@ F10
Definition KeyCodes.h:102
@ D9
Definition KeyCodes.h:33
@ F8
Definition KeyCodes.h:100
@ X
Definition KeyCodes.h:61
@ CapsLock
Definition KeyCodes.h:88
@ World2
Definition KeyCodes.h:71
@ U
Definition KeyCodes.h:58
@ Comma
Definition KeyCodes.h:19
@ F4
Definition KeyCodes.h:96
@ Equal
Definition KeyCodes.h:36
@ M
Definition KeyCodes.h:50
@ RightBracket
Definition KeyCodes.h:67
@ KP_DIVIDE
Definition KeyCodes.h:131
@ F22
Definition KeyCodes.h:114
@ R
Definition KeyCodes.h:55
@ Tab
Definition KeyCodes.h:76
@ GraveAccent
Definition KeyCodes.h:68
@ World1
Definition KeyCodes.h:70
@ F24
Definition KeyCodes.h:116
@ Delete
Definition KeyCodes.h:79
@ F2
Definition KeyCodes.h:94
@ D2
Definition KeyCodes.h:26
@ KP_5
Definition KeyCodes.h:125
@ Semicolon
Definition KeyCodes.h:35
@ Menu
Definition KeyCodes.h:147
@ N
Definition KeyCodes.h:51
@ KP_SUBTRACT
Definition KeyCodes.h:133
@ Left
Definition KeyCodes.h:81
@ NumLock
Definition KeyCodes.h:90
@ S
Definition KeyCodes.h:56
bool DecomposeTransform(const glm::mat4 &transform, glm::vec3 &translation, glm::vec3 &rotation, glm::vec3 &scale)
Decomposes a transformation matrix into its translation, rotation, and scale components.
Definition Math.cpp:10
@ Button4
Definition MouseButtonCodes.h:20
@ Button3
Definition MouseButtonCodes.h:19
@ ButtonMiddle
Definition MouseButtonCodes.h:28
@ Button6
Definition MouseButtonCodes.h:22
@ ButtonRight
Definition MouseButtonCodes.h:27
@ Button7
Definition MouseButtonCodes.h:23
@ ButtonLeft
Definition MouseButtonCodes.h:26
@ Button2
Definition MouseButtonCodes.h:18
@ ButtonLast
Definition MouseButtonCodes.h:25
@ Button5
Definition MouseButtonCodes.h:21
@ Button0
Definition MouseButtonCodes.h:16
@ Button1
Definition MouseButtonCodes.h:17
glm::vec3 Float3()
Definition Random.h:121
std::string HexString(size_t length)
Definition Random.h:57
glm::vec3 RangeF3(const glm::vec2 &range1, const glm::vec2 &range2, const glm::vec2 &range3)
Definition Random.h:136
float RangeF1_Inclusive(float min, float max)
Definition Random.h:92
glm::vec2 RangeF2(const glm::vec2 &minRange, const glm::vec2 &maxRange)
Definition Random.h:115
std::mt19937 & GetRNG()
Definition Random.h:16
bool Bool1(float trueChance)
Definition Random.h:31
glm::vec4 Float4()
Definition Random.h:141
glm::vec2 RangeF2(float min, float max)
Definition Random.h:105
float Float1()
Definition Random.h:76
void Seed(uint32_t seed)
Definition Random.h:21
float RangeF1(float min, float max)
Definition Random.h:84
glm::vec4 RangeF4(float min, float max)
Definition Random.h:146
std::string UUID()
Definition Random.h:70
glm::vec2 RangeF2(float min1, float max1, float min2, float max2)
Definition Random.h:110
unsigned char Char()
Definition Random.h:37
glm::vec3 RangeF3(float min, float max)
Definition Random.h:126
glm::vec2 Float2()
Definition Random.h:100
glm::vec3 RangeF3(float min1, float max1, float min2, float max2, float min3, float max3)
Definition Random.h:131
std::string String(size_t length)
Definition Random.h:43
uint32_t UInt1(uint32_t max)
Definition Random.h:25
TEMPORARY.
Definition WindowsInput.cpp:7
std::string WorkingDirectory
Definition Application.h:22
WindowMode Mode
Definition Application.h:26
float LifetimeVariation
Definition ParticleSystem.h:21
std::string format_as(const Event &e)
Format an event as a string.
Definition Event.h:104
constexpr Ref< T > CreateRef(Args &&... args)
Creates a Ref (shared_ptr) for the given type and constructor arguments.
Definition Defines_Macros.h:72
uint32_t Width
Definition Application.h:24
constexpr Scope< T > CreateScope(Args &&... args)
Creates a Scope (unique_ptr) for the given type and constructor arguments.
Definition Defines_Macros.h:52
float LifeTime
Definition ParticleSystem.h:20
Application * CreateApplication()
Definition VesperEditorApp.cpp:23
bool EnableImGui
Definition Application.h:27
uint8_t MouseCode
Alias for mouse button code type.
Definition MouseButtonCodes.h:6
glm::vec4 ColorEnd
Definition ParticleSystem.h:14
uint32_t Samples
Definition Framebuffer.h:12
WindowMode
WIP.
Definition Window.h:16
@ Fullscreen
Definition Window.h:18
@ Borderless
Definition Window.h:19
@ Windowed
Definition Window.h:17
float SizeVariation
Definition ParticleSystem.h:17
float RotationVariation
Definition ParticleSystem.h:19
uint32_t Height
Definition Framebuffer.h:10
float SizeBegin
Definition ParticleSystem.h:15
bool SwapChainTarget
Definition Framebuffer.h:14
uint32_t Width
Definition Framebuffer.h:10
bool EnableVSync
Definition Application.h:28
float SizeEnd
Definition ParticleSystem.h:16
uint16_t KeyCode
Alias for keyboard key code type.
Definition KeyCodes.h:6
std::string ApplicationName
Definition Application.h:21
static void DisplayVesperInfo_ImGui()
Definition VesperImGui.h:7
static uint32_t ShaderDataTypeSize(ShaderDataType type)
Returns the size in bytes of the given ShaderDataType.
Definition Buffer.h:19
glm::vec4 ColorBegin
Definition ParticleSystem.h:13
glm::vec3 Position
Definition ParticleSystem.h:10
uint32_t Height
Definition Application.h:25
EventCategory
Enumeration of event categories.
Definition Event.h:24
@ EventCategoryMouseButton
Definition Event.h:30
@ EventCategoryMouse
Definition Event.h:29
@ EventCategoryApplication
Definition Event.h:26
@ None
Definition Event.h:25
@ EventCategoryInput
Definition Event.h:27
@ EventCategoryKeyboard
Definition Event.h:28
EventType
Enumeration of event types.
Definition Event.h:14
@ WindowLostFocus
Definition Event.h:16
@ WindowFocus
Definition Event.h:16
@ KeyReleased
Definition Event.h:18
@ AppRender
Definition Event.h:17
@ MouseScrolled
Definition Event.h:19
@ AppTick
Definition Event.h:17
@ None
Definition Event.h:15
@ MouseButtonPressed
Definition Event.h:19
@ MouseButtonReleased
Definition Event.h:19
@ KeyTyped
Definition Event.h:18
@ WindowResize
Definition Event.h:16
@ WindowMoved
Definition Event.h:16
@ AppUpdate
Definition Event.h:17
@ KeyPressed
Definition Event.h:18
@ MouseMoved
Definition Event.h:19
@ WindowClose
Definition Event.h:16
glm::vec3 VelocityVariation
Definition ParticleSystem.h:12
glm::vec3 Velocity
Definition ParticleSystem.h:11
ShaderDataType
The different data types that can be used in shaders.
Definition Buffer.h:6
@ Int
Definition Buffer.h:10
@ Int4
Definition Buffer.h:10
@ Float
Definition Buffer.h:8
@ Mat3
Definition Buffer.h:9
@ Float4
Definition Buffer.h:8
@ Int2
Definition Buffer.h:10
@ Int3
Definition Buffer.h:10
@ Float2
Definition Buffer.h:8
@ None
Definition Buffer.h:7
@ Mat4
Definition Buffer.h:9
@ Float3
Definition Buffer.h:8
@ Bool
Definition Buffer.h:11
float Rotation
Definition ParticleSystem.h:18
WIP.
Definition Application.h:20
Specification for creating a Framebuffer.
Definition Framebuffer.h:9
Definition ParticleSystem.h:9
Represents a single element in a buffer layout.
Definition Buffer.h:39
BufferElement()
Definition Buffer.h:51
ShaderDataType Type
The data type of the buffer element.
Definition Buffer.h:43
std::string Name
The name of the buffer element.
Definition Buffer.h:41
BufferElement(ShaderDataType type, const std::string &name, bool normalized=false)
Constructs a BufferElement with the given type, name, and normalization flag.
Definition Buffer.h:57
uint32_t GetComponentCount() const
Returns the number of components in the buffer element based on its ShaderDataType.
Definition Buffer.h:63
uint32_t Size
The size in bytes of the buffer element.
Definition Buffer.h:45
uint32_t Offset
The offset in bytes of the buffer element from the start of the buffer.
Definition Buffer.h:47
bool Normalized
Whether the buffer element is normalized.
Definition Buffer.h:49
Definition OrthographicCameraController.h:15
float Right
Definition OrthographicCameraController.h:16
float GetHeight() const
Definition OrthographicCameraController.h:20
float Left
Definition OrthographicCameraController.h:16
float GetWidth() const
Definition OrthographicCameraController.h:19
float Bottom
Definition OrthographicCameraController.h:17
float Top
Definition OrthographicCameraController.h:17
2D Renderer Statistics
Definition Renderer2D.h:205
uint32_t DrawCalls
The number of draw calls being made.
Definition Renderer2D.h:207
uint32_t GetTotalVertexCount()
Calculates the total number of vertices drawn.
Definition Renderer2D.h:211
uint32_t GetTotalIndexCount()
Calculates the total number of indices drawn.
Definition Renderer2D.h:213
uint32_t QuadCount
The number of quads being drawn.
Definition Renderer2D.h:209
Holds the data for window configuration.
Definition Window.h:23
uint32_t Height
Definition Window.h:26
uint32_t Width
Definition Window.h:25
std::string Title
Definition Window.h:24
1.16.1