pax_global_header00006660000000000000000000000064151067103100014504gustar00rootroot0000000000000052 comment=085d3c7f2b33c2306413990732c4b57ad7f059f0 SharpEngine.Core-2.3.0/000077500000000000000000000000001510671031000146005ustar00rootroot00000000000000SharpEngine.Core-2.3.0/.github/000077500000000000000000000000001510671031000161405ustar00rootroot00000000000000SharpEngine.Core-2.3.0/.github/workflows/000077500000000000000000000000001510671031000201755ustar00rootroot00000000000000SharpEngine.Core-2.3.0/.github/workflows/build.yml000066400000000000000000000024631510671031000220240ustar00rootroot00000000000000name: SonarCloud on: push: branches: - master pull_request: types: [opened, synchronize, reopened] jobs: build: name: Build and analyze runs-on: ubuntu-latest steps: - name: Set up JDK 17 uses: actions/setup-java@v4 with: java-version: '17' distribution: 'zulu' # Alternative distribution options are available. - uses: actions/checkout@v4 with: fetch-depth: 0 # Shallow clones should be disabled for a better relevancy of analysis - name: Setup .NET uses: actions/setup-dotnet@v4 - name: Install SonarCloud scanner if: steps.cache-sonar-scanner.outputs.cache-hit != 'true' run: | dotnet tool install --global dotnet-sonarscanner - name: Build and analyze env: GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }} # Needed to get PR information, if any SONAR_TOKEN: ${{ secrets.SONAR_TOKEN }} run: | dotnet-sonarscanner begin /k:"SharpEngine_SharpEngine.Core" /o:"sharpengine" /d:sonar.token="${{ secrets.SONAR_TOKEN }}" /d:sonar.host.url="https://sonarcloud.io" dotnet restore dotnet build SharpEngine.Core/SharpEngine.Core.csproj -c Release dotnet-sonarscanner end /d:sonar.token="${{ secrets.SONAR_TOKEN }}"SharpEngine.Core-2.3.0/.github/workflows/dotnet.yml000066400000000000000000000047411510671031000222230ustar00rootroot00000000000000# This workflow will build a .NET project # For more information see: https://docs.github.com/en/actions/automating-builds-and-tests/building-and-testing-net name: .NET on: workflow_dispatch: # Allow running the workflow manually from the GitHub UI release: types: - published # Run the workflow when a new GitHub release is published env: DOTNET_SKIP_FIRST_TIME_EXPERIENCE: 1 DOTNET_NOLOGO: true NuGetDirectory: ${{ github.workspace}}/nuget defaults: run: shell: pwsh jobs: create_nuget: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 with: fetch-depth: 0 - name: Setup .NET uses: actions/setup-dotnet@v4 - name: Restore run: dotnet restore - name: Build run: dotnet build SharpEngine.Core/SharpEngine.Core.csproj -c Release - name: Pack Nuget run: dotnet pack SharpEngine.Core/SharpEngine.Core.csproj -c Release --no-build --output ${{ env.NuGetDirectory }} - uses: actions/upload-artifact@v4 with: name: nuget if-no-files-found: error retention-days: 7 path: ${{ env.NuGetDirectory }}/*.nupkg validate_nuget: runs-on: ubuntu-latest needs: [ create_nuget ] steps: - name: Setup .NET uses: actions/setup-dotnet@v4 - uses: actions/download-artifact@v4 with: name: nuget path: ${{ env.NuGetDirectory }} - name: Install nuget validator run: dotnet tool update Meziantou.Framework.NuGetPackageValidation.Tool --global - name: Validate package run: meziantou.validate-nuget-package (Get-ChildItem "${{ env.NuGetDirectory }}/*.nupkg") continue-on-error: true run_test: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 - name: Setup .NET uses: actions/setup-dotnet@v4 - name: Run tests run: dotnet test --configuration Release deploy: runs-on: ubuntu-latest needs: [ validate_nuget, run_test ] steps: - uses: actions/download-artifact@v4 with: name: nuget path: ${{ env.NuGetDirectory }} - name: Setup .NET uses: actions/setup-dotnet@v4 - name: Publish NuGet package run: | foreach($file in (Get-ChildItem "${{ env.NuGetDirectory }}" -Recurse -Include *.nupkg)) { dotnet nuget push $file --api-key "${{ secrets.NUGET_APIKEY }}" --source https://api.nuget.org/v3/index.json --skip-duplicate } SharpEngine.Core-2.3.0/.gitignore000066400000000000000000000000751510671031000165720ustar00rootroot00000000000000bin/ obj/ /packages/ riderModule.iml /_ReSharper.Caches/ .vs/SharpEngine.Core-2.3.0/CHANGELOG.md000066400000000000000000000141641510671031000164170ustar00rootroot00000000000000# Changelog ### Caption [+] Add
[\~] Modification
[-] Suppression
[#] Bug Fixes
[.] Others ### V 2.3.0 - 17/11/2025 [+] SEImGuiConsole : History navigation with Up and Down arrows
[+] DebugVarCommand : CustomVariables
[.] Net : 10 ### V 2.2.4 - 31/10/2025 [.] Raylib-cs : 7.0.2 ### V 2.2.3 - 17/05/2025 [#] ControlComponent : Reset Direction when no movement ### V 2.2.2 - 11/05/2025 [\~] AutoComponent : Now check CollisionComponent when movements ### V 2.2.1 - 11/05/2025 [+] Window : OpenUrl, SetIcon
[+] ProgressBar, Slider : Horizontal
[#] ControlComponent : Error on position pass to collision CanGo
[#] CollisionComponent : Only one collision by entity is used ### V 2.2.0 - 07/05/2025 [\~] DataTableManager : Get will now get DataTable directly, not an object
[\~] IDataTable / JsonDataTable : Rework complete with Add, Remove and Get
[\~] SERender : Allow float on many render functions
[\~] SERender : Better manage of types
[#] LineInput : Caret is hide when text is empty
[#] MultiLineInput : Caret is hide when text is empty
[#] MultiLineInput : Caret is render outside input frame
[#] MultiLineInput : Fix Y Offset with empty last line (after return line) ### V 2.1.1 - 06/05/2025 [\~] TextureButton : Allow use empty text ### V 2.1.0 - 18/04/2025 [\~] TextureButton : Remove black background ### V 2.0.4 - 02/04/2025 [+] LineInput / MultiLineInput : Secret ### V 2.0.3 - 10/03/2025 [+] Window : Constructor parameters redirectLogs ### V 2.0.2 - 06/02/2025 [.] Raylib-cs : 7.0.1
[.] ImGui.NET : 1.91.6.1 ### V 2.0.1 - 11/01/2025 [#] ControlComponent : Fix using ClassicJump Control Type ### V 2.0.0 - 25/12/2024 [+] Entity : Children, AddChild, RemoveChild, Parent
[+] TransformComponent : LocalPosition, LocalRotation, LocalScale, LocalZLayer
[+] Animation : Loop
[\~] Animation : Indices, Timer are now modifiable
[\~] SpriteSheetComponent : CurrentImage is now publicly readable ### V 1.10.0 - 24/12/2024 [+] SEShader
[\~] ShaderManager : Use SEShader instead of Shader
[\~] SpriteComponent : Use SEShader instead of Shader ### V 1.9.3 - 23/12/2024 [+] SpriteSheetComponent : AnimationEnded
[\~] SpriteSheetComponent : currentAnim, internalTimer, currentImage are protected ### V 1.9.2 - 24/11/2024 [+] SpriteComponent : TintColor
[+] Rect : Intersect ### V 1.9.1 - 21/11/2024 [+] DebugManager : AddConsoleCommand
[#] Fix versions in DebugManager ### V 1.9.0 - 08/11/2024 [+] Manage resizing window
[.] Raylib-cs : 6.1.1
[.] ImGui.NET : 1.91.0.1 ### V 1.8.7 - 16/04/2024 [#] Widgets : Fix update when not displayed ### V 1.8.6 - 15/04/2024 [#] Fix all 1.8.5 ### V 1.8.5 - 15/04/2024 [+] DataTableManager : HasDataTable, RemoveDataTable
[+] FontManager : HasFont, RemoveFont
[+] ShaderManager : HasShader, RemoveShader
[+] TextureManager : HasTexture, RemoveTexture
[.] Improve comments ### V 1.8.4 - 15/04/2024 [#] Widgets : Fix activation without displaying ### v 1.8.3 - 21/01/2024 [.] Raylib-cs : 6.0.0 ### V 1.8.2 - 29/12/2023 [#] Resize Window doesn't resize imgui and camera render ### V 1.8.1 - 28/12/2023 [\~] Rename DefaultRenderImGui to SeRenderImGui and move it to DebugManager ### V 1.8.0 - 26/12/2023 [+] Console
[\~] Modification of ImGui systems (F7 for Debug Window - F8 for Console)
[.] ImGui.NET : 1.89.9.4 ### V 1.7.3 - 05/12/2023 [+] CameraManager : Position ### V 1.7.2 - 27/11/2023 [#] DebugManager : Other packages versions cannot be added ### V 1.7.1 - 27/11/2023 [#] ControlComponent : Keys inversed between Up and Down ### V 1.7.0 - 25/11/2023 [+] ParticleParameters
[+] ParticleEmitterParameters
[\~] Particle : Constructor use ParticleParameters
[\~] ParticleEmitter : Constructor use ParticleEmitterParameters
[-] SpriteSheetComponent : flipX and flipY in Constructor
[.] Refactor with SonarCloud
[.] ImGui.NET : 1.90.0.1 ### V 1.6.0 - 21/11/2023 [.] Net 8 ### V 1.5.2 - 19/11/2023 [#] SoundManager : Can't use functions without throwing exceptions
[#] MusicManager : Can't use functions without throwing exceptions ### V 1.5.1 - 18/11/2023 [.] Update Raylib-cs to 5.0.0
[.] Update ImGui.NET to 1.89.9.3 ### V 1.5.0 - 09/10/2023 [+] TimerManager, Timer
[+] InputManager : UpdateInput
[+] Window : Guard when no scene
[\~] Instructions : Move instructions into records
[#] ControlComponent : Fix MouseFollow
[#] DataTableManager : Remove null warning
[.] Reformat
[.] Refactor ### V 1.4.3 - 20/09/2023 [+] Color : FromVec4
[.] Update ImGui.NET to 1.89.9.1 ### V 1.4.2 - 17/09/2023 [+] Entity : Name
[+] Widget : Name ### V 1.4.1 - 16/09/2023 [+] SeImGui : ImageRenderTexture, ImageRect
[\~] Window : Make SeImGui public ### V 1.4.0 - 10/09/2023 [+] ShaderManager
[+] SERender : ShaderMode
[+] Color : ToVec4
[+] SpriteComponent : Shader ### V 1.3.3 - 04/09/2023 [+] CollisionComponent : Add DebugDraw ### V 1.3.2 - 16/08/2023 [#] Scene : Add Widget or Entity with delay doesn't make loading
[#] Scene : Delay removing or adding lists aren't clear ### V 1.3.1 - 26/08/2023 [+] Scene : delay parameter in AddWidget and AddEntity ### V 1.3.0 - 20/08/2023 [\~] Move some utils to own folder
[-] VecI
[-] RectI
[.] Refactor ### V 1.2.2 - 16/08/2023 [#] CollisionComponent : CanGo doesn't calculate all collisions ### V 1.2.1 - 16/08/2023 [\~] ControlComponent : Slide to collisions ### V 1.2.0 - 15/08/2023 [+] CollisionComponent ### V 1.1.4 - 14/08/2023 [#] JsonSave : Fix deserialization ### V 1.1.3 - 14/08/2023 [#] JsonSave : Fix casting
[#] BinarySave : Fix casting ### V 1.1.2 - 14/08/2023 [+] DebugManager : Versions
[\~] ControlComponent : Allow Moving and Direction modification by children
[-] DebugManager : SeVersion ### V 1.1.1 - 13/08/2023 [+] Scene : GetSceneSystem ### V 1.1.0 - 13/08/2023 [+] Scene : AddSceneSystem
[+] ISceneSystem
[\~] DebugManager : showAssemblyVersion in CreateSeImGuiWindow
[-] Internal
[.] Raylib-cs : Update to 4.5.0.4 ### V 1.0.0 - 13/08/2023 [.] First version (Created from http://github.com/AlexisHuvier/SharpEngine) SharpEngine.Core-2.3.0/CONTRIBUTING.md000066400000000000000000000017661510671031000170430ustar00rootroot00000000000000# How to contribute SharpEngine is a little project and I am happy to see that people want to contribute to it. So thanks ! To contribute efficiently, there is some things that you can do. ## Reporting bugs, proposing features or improvements You can simply make an issue with the template (soon). ## Contributing pull requests If you want to add your own features / bug fixes, please make sure that : - This features is usable in real projets. - You talked with other developer if somebody work on that already. - Your work follows code style and git guidelines If you want to add a feature / bug fixes, you can find some in issues of this projects. ### Git Guidelines - Try to make simple PRs (or issues) which target one specific topic. - Try to keep a clean git history. - Try to keep relevent and short branches names. Use dashes to separate words. - Try you work before pushing. ### Code Style Guidelines - Use CSharpier to format your work. It's already installed in every SharpEngine's Project. SharpEngine.Core-2.3.0/README.md000066400000000000000000000010131510671031000160520ustar00rootroot00000000000000# SharpEngine.Core [![Quality Gate Status](https://sonarcloud.io/api/project_badges/measure?project=SharpEngine_SharpEngine.Core&metric=alert_status)](https://sonarcloud.io/summary/new_code?id=SharpEngine_SharpEngine.Core) Core Package for SharpEngine - C# 2D Game Engine ## Installation, Download, Usage See Wiki ## Dependencies - Net 10 - Raylib.cs - ImGui.NET [![SonarCloud](https://sonarcloud.io/images/project_badges/sonarcloud-white.svg)](https://sonarcloud.io/summary/new_code?id=SharpEngine_SharpEngine.Core)SharpEngine.Core-2.3.0/SharpEngine.Core.sln000066400000000000000000000023701510671031000204120ustar00rootroot00000000000000 Microsoft Visual Studio Solution File, Format Version 12.00 Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "SharpEngine.Core", "SharpEngine.Core\SharpEngine.Core.csproj", "{66004721-4986-46E2-AD5B-D843D0FD3BE0}" EndProject Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "Testing", "Testing\Testing.csproj", "{A656DBCB-6308-4F81-8CCE-A7FA618F2AFA}" EndProject Global GlobalSection(SolutionConfigurationPlatforms) = preSolution Debug|Any CPU = Debug|Any CPU Release|Any CPU = Release|Any CPU EndGlobalSection GlobalSection(ProjectConfigurationPlatforms) = postSolution {66004721-4986-46E2-AD5B-D843D0FD3BE0}.Debug|Any CPU.ActiveCfg = Debug|Any CPU {66004721-4986-46E2-AD5B-D843D0FD3BE0}.Debug|Any CPU.Build.0 = Debug|Any CPU {66004721-4986-46E2-AD5B-D843D0FD3BE0}.Release|Any CPU.ActiveCfg = Release|Any CPU {66004721-4986-46E2-AD5B-D843D0FD3BE0}.Release|Any CPU.Build.0 = Release|Any CPU {A656DBCB-6308-4F81-8CCE-A7FA618F2AFA}.Debug|Any CPU.ActiveCfg = Debug|Any CPU {A656DBCB-6308-4F81-8CCE-A7FA618F2AFA}.Debug|Any CPU.Build.0 = Debug|Any CPU {A656DBCB-6308-4F81-8CCE-A7FA618F2AFA}.Release|Any CPU.ActiveCfg = Release|Any CPU {A656DBCB-6308-4F81-8CCE-A7FA618F2AFA}.Release|Any CPU.Build.0 = Release|Any CPU EndGlobalSection EndGlobal SharpEngine.Core-2.3.0/SharpEngine.Core.sln.DotSettings.user000066400000000000000000000006261510671031000236370ustar00rootroot00000000000000 TrueSharpEngine.Core-2.3.0/SharpEngine.Core/000077500000000000000000000000001510671031000176725ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Component/000077500000000000000000000000001510671031000216345ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Component/AutoComponent.cs000066400000000000000000000041161510671031000247600ustar00rootroot00000000000000using SharpEngine.Core.Math; namespace SharpEngine.Core.Component; /// /// Component which create automatic movements /// /// Direction /// Rotation public class AutoComponent(Vec2? direction = null, int rotation = 0) : Component { /// /// Automatic Direction /// public Vec2 Direction { get; set; } = direction ?? Vec2.Zero; /// /// Automatic Rotation /// public int Rotation { get; set; } = rotation; private TransformComponent? _transform; private CollisionComponent? _basicPhysics; /// public override void Load() { base.Load(); _transform = Entity?.GetComponentAs(); _basicPhysics = Entity?.GetComponentAs(); } /// public override void Update(float delta) { base.Update(delta); if (_transform == null) return; if (Direction.Length() != 0) { var newPos = new Vec2( _transform.LocalPosition.X + Direction.X * delta, _transform.LocalPosition.Y + Direction.Y * delta ); var newPosX = new Vec2(newPos.X, _transform.LocalPosition.Y); var newPosY = new Vec2(_transform.LocalPosition.X, newPos.Y); if (_basicPhysics == null || _basicPhysics.CanGo(newPos + (Entity?.Parent?.GetComponentAs()?.Position ?? Vec2.Zero))) _transform.LocalPosition = newPos; else if (Direction.X != 0 && _basicPhysics.CanGo(newPosX + (Entity?.Parent?.GetComponentAs()?.Position ?? Vec2.Zero))) _transform.LocalPosition = newPosX; else if (Direction.Y != 0 && _basicPhysics.CanGo(newPosY + (Entity?.Parent?.GetComponentAs()?.Position ?? Vec2.Zero))) _transform.LocalPosition = newPosY; } if (Rotation != 0) _transform.LocalRotation += Rotation; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/CollisionComponent.cs000066400000000000000000000101221510671031000257750ustar00rootroot00000000000000using System; using System.Diagnostics; using Raylib_cs; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using Color = SharpEngine.Core.Utils.Color; namespace SharpEngine.Core.Component; /// /// Component which adds basic collision functionality. /// /// The size of the collision. /// The offset of the collision (default: Vec2(0)). /// Determines if the collision is solid (default: true). /// The action to be called when a collision occurs (default: null). /// Determines if the collision should be drawn for debugging (default: false). public class CollisionComponent( Vec2 size, Vec2? offset = null, bool solid = true, Action? collisionCallback = null, bool drawDebug = false ) : Component { /// /// Gets or sets the size of the collision. /// public Vec2 Size { get; set; } = size; /// /// Gets or sets the offset of the collision. /// public Vec2 Offset { get; set; } = offset ?? Vec2.Zero; /// /// Gets or sets a value indicating whether the collision is solid. /// public bool Solid { get; set; } = solid; /// /// Gets or sets the collision callback action. /// public Action? CollisionCallback { get; set; } = collisionCallback; /// /// Gets or sets a value indicating whether the collision should be drawn for debugging. /// public bool DrawDebug { get; set; } = drawDebug; private TransformComponent? _transformComponent; /// /// Gets the collision rectangle. /// /// The position (or current position). /// The collision rectangle. public Rect GetCollisionRect(Vec2? position = null) { position ??= _transformComponent?.Position; return new Rect( position?.X + Offset.X - Size.X / 2 ?? 0, position?.Y + Offset.Y - Size.Y / 2 ?? 0, Size ); } /// /// Checks if the entity can go to the specified position. /// /// The position. /// True if the entity can go to the position; otherwise, false. public bool CanGo(Vec2 position) { var canGo = true; foreach (var entity in Entity?.Scene?.Entities!) { if (entity == Entity) continue; foreach (var entityPhysics in entity.GetComponentsAs()) { var entityRect = entityPhysics.GetCollisionRect(); var selfRect = GetCollisionRect(position); if (Raylib.CheckCollisionRecs(entityRect, selfRect)) { CollisionCallback?.Invoke(Entity, entity); entityPhysics.CollisionCallback?.Invoke(Entity, entity); if (canGo) canGo = !(Solid && entityPhysics.Solid); } } } return canGo; } /// public override void Load() { base.Load(); _transformComponent = Entity?.GetComponentAs(); } /// public override void Draw() { base.Draw(); if (_transformComponent == null) return; if (DrawDebug) SERender.DrawRectangleLines( new Rect( new Vec2( _transformComponent.Position.X - Size.X / 2 + Offset.X, _transformComponent.Position.Y - Size.Y / 2 + Offset.Y ), Size ), 2, Color.Red, InstructionSource.Entity, float.MaxValue ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/Component.cs000066400000000000000000000013401510671031000241230ustar00rootroot00000000000000namespace SharpEngine.Core.Component; /// /// Abstract Class for Components /// public abstract class Component { /// /// Entity to which the component is attached /// public Entity.Entity? Entity { get; set; } /// /// Load Component /// public virtual void Load() { } /// /// Unload Component /// public virtual void Unload() { } /// /// Update Component /// /// Time since last frame public virtual void Update(float delta) { } /// /// Draw Component /// public virtual void Draw() { } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/ControlComponent.cs000066400000000000000000000154431510671031000254750ustar00rootroot00000000000000using System; using System.Collections.Generic; using SharpEngine.Core.Input; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; namespace SharpEngine.Core.Component; /// /// Component which represents Controls /// public class ControlComponent : Component { /// /// Type of Control /// public ControlType ControlType { get; set; } /// /// Speed of Control /// public int Speed { get; set; } /// /// If Control use GamePad /// public bool UseGamePad { get; set; } /// /// Index of GamePad /// public int GamePadIndex { get; set; } /// /// Jump force /// public float JumpForce { get; set; } /// /// If Entity is moving /// public bool IsMoving { get; protected set; } /// /// If Entity can jump /// public bool CanJump { get; protected set; } /// /// Direction of Control /// public Vec2 Direction { get; protected set; } private readonly Dictionary _keys; private TransformComponent? _transform; private CollisionComponent? _basicPhysics; /// /// Create Control Component /// /// Control Type (FourDirection) /// Speed (300) /// Jump Force (3) /// Use Game Pad (false) /// Game Pad Index (1) public ControlComponent( ControlType controlType = ControlType.FourDirection, int speed = 300, float jumpForce = 2, bool useGamePad = false, int gamePadIndex = 1 ) { ControlType = controlType; Speed = speed; IsMoving = false; UseGamePad = useGamePad; GamePadIndex = gamePadIndex; JumpForce = jumpForce; CanJump = true; _keys = new Dictionary { { ControlKey.Up, Key.Up }, { ControlKey.Down, Key.Down }, { ControlKey.Left, Key.Left }, { ControlKey.Right, Key.Right } }; } /// /// Get Key for a Control /// /// Key Control /// Key public Key GetKey(ControlKey controlKey) => _keys[controlKey]; /// /// Set Key for a Control /// /// Key Control /// Key public void SetKey(ControlKey controlKey, Key key) => _keys[controlKey] = key; /// public override void Load() { base.Load(); _transform = Entity?.GetComponentAs(); _basicPhysics = Entity?.GetComponentAs(); } /// public override void Update(float delta) { base.Update(delta); IsMoving = false; if (_transform == null) return; var move = GetMovement(); if (move.IsZero()) { Direction = Vec2.Zero; return; } IsMoving = true; Direction = move.Normalized(); var newPos = new Vec2( _transform.LocalPosition.X + Direction.X * Speed * delta, _transform.LocalPosition.Y + Direction.Y * Speed * delta ); var newPosX = new Vec2( _transform.LocalPosition.X + Speed * delta * (Direction.X < 0 ? -1 : 1), _transform.LocalPosition.Y ); var newPosY = new Vec2( _transform.LocalPosition.X, _transform.LocalPosition.Y + Speed * delta * (Direction.Y < 0 ? -1 : 1) ); if (_basicPhysics == null || _basicPhysics.CanGo(newPos + (Entity?.Parent?.GetComponentAs()?.Position ?? Vec2.Zero))) _transform.LocalPosition = newPos; else if (Direction.X != 0 && _basicPhysics.CanGo(newPosX + (Entity?.Parent?.GetComponentAs()?.Position ?? Vec2.Zero))) { _transform.LocalPosition = newPosX; Direction = new Vec2(Direction.X < 0 ? -1 : 1, 0); } else if (Direction.Y != 0 && _basicPhysics.CanGo(newPosY + (Entity?.Parent?.GetComponentAs()?.Position ?? Vec2.Zero))) { _transform.LocalPosition = newPosY; Direction = new Vec2(0, Direction.Y < 0 ? -1 : 1); } else IsMoving = false; } private Vec2 GetMovement() { return ControlType switch { ControlType.MouseFollow => GetMouseFollowMovement(), ControlType.LeftRight => GetLeftRightMovement(), ControlType.UpDown => GetUpDownMovement(), ControlType.FourDirection => GetFourDirectionMovement(), ControlType.ClassicJump => Vec2.Zero, _ => throw new ArgumentException("Unknown Control Type") }; } private Vec2 GetMouseFollowMovement() { var mp = InputManager.GetMousePosition(); return mp - _transform!.Position; } private Vec2 GetFourDirectionMovement() { if (UseGamePad) return new Vec2(InputManager.GetGamePadAxis(GamePadIndex, GamePadAxis.LeftX), InputManager.GetGamePadAxis(GamePadIndex, GamePadAxis.LeftY)); else { var dirX = 0; var dirY = 0; if (InputManager.IsKeyDown(_keys[ControlKey.Left])) dirX--; if (InputManager.IsKeyDown(_keys[ControlKey.Right])) dirX++; if (InputManager.IsKeyDown(_keys[ControlKey.Up])) dirY--; if (InputManager.IsKeyDown(_keys[ControlKey.Down])) dirY++; return new Vec2(dirX, dirY); } } private Vec2 GetLeftRightMovement() { if (UseGamePad) return new Vec2(InputManager.GetGamePadAxis(GamePadIndex, GamePadAxis.LeftX), 0); else { var dirX = 0; if (InputManager.IsKeyDown(_keys[ControlKey.Left])) dirX--; if (InputManager.IsKeyDown(_keys[ControlKey.Right])) dirX++; return new Vec2(dirX, 0); } } private Vec2 GetUpDownMovement() { if (UseGamePad) return new Vec2(0, InputManager.GetGamePadAxis(GamePadIndex, GamePadAxis.LeftY)); else { var dirY = 0; if (InputManager.IsKeyDown(_keys[ControlKey.Up])) dirY--; if (InputManager.IsKeyDown(_keys[ControlKey.Down])) dirY++; return new Vec2(0, dirY); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/ParticleComponent.cs000066400000000000000000000020301510671031000256040ustar00rootroot00000000000000using System.Collections.Generic; using SharpEngine.Core.Particle; namespace SharpEngine.Core.Component; /// /// Component which can display particles /// public class ParticleComponent : Component { /// /// Particle Emitters /// public List ParticleEmitters { get; } = []; private TransformComponent? _transform; /// public override void Load() { base.Load(); _transform = Entity?.GetComponentAs(); } /// public override void Update(float delta) { base.Update(delta); if (_transform == null) return; foreach (var emitter in ParticleEmitters) emitter.Update(delta, _transform.Position); } /// public override void Draw() { base.Draw(); if (_transform == null) return; foreach (var emitter in ParticleEmitters) emitter.Draw(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/RectComponent.cs000066400000000000000000000036221510671031000247460ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; namespace SharpEngine.Core.Component; /// /// Component which draw rectangle /// /// Rectangle Color /// Rectangle Size /// If displayed /// Rectangle Offset /// Offset of zLayer public class RectComponent( Utils.Color color, Vec2 size, bool displayed = true, Vec2? offset = null, int zLayerOffset = 0 ) : Component { /// /// Color of Rectangle /// public Utils.Color Color { get; set; } = color; /// /// Size of Rectangle /// public Vec2 Size { get; set; } = size; /// /// If Rectangle is displayed /// public bool Displayed { get; set; } = displayed; /// /// Offset of Rectangle /// public Vec2 Offset { get; set; } = offset ?? Vec2.Zero; /// /// Offset of ZLayer of Rectangle /// public int ZLayerOffset { get; set; } = zLayerOffset; private TransformComponent? _transform; /// public override void Load() { base.Load(); _transform = Entity?.GetComponentAs(); } /// public override void Draw() { base.Draw(); if (_transform == null || !Displayed) return; var finalSize = Size * _transform.Scale; var position = _transform.GetTransformedPosition(Offset); SERender.DrawRectangle( new Rect(position.X, position.Y, finalSize.X, finalSize.Y), finalSize / 2, _transform.Rotation, Color, InstructionSource.Entity, _transform.ZLayer + ZLayerOffset ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/SpriteComponent.cs000066400000000000000000000073061510671031000253220ustar00rootroot00000000000000using System; using Raylib_cs; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Component; /// /// Component which display sprite /// /// Name Texture Displayed /// If Texture is Displayed (true) /// Offset (Vec2(0)) /// If Sprite is Flip Horizontally /// If Sprite is Flip Vertically /// Offset of zLayer /// Sprite Shader ("") public class SpriteComponent( string texture, bool displayed = true, Vec2? offset = null, bool flipX = false, bool flipY = false, int zLayerOffset = 0, string shader = "" ) : Component { /// /// Name of Texture which be displayed /// public string Texture { get; set; } = texture; /// /// Define if Sprite is displayed /// public bool Displayed { get; set; } = displayed; /// /// Offset of Sprite /// public Vec2 Offset { get; set; } = offset ?? Vec2.Zero; /// /// If Sprite is Flip Horizontally /// public bool FlipX { get; set; } = flipX; /// /// If Sprite is Flip Vertically /// public bool FlipY { get; set; } = flipY; /// /// Offset of ZLayer of Sprite /// public int ZLayerOffset { get; set; } = zLayerOffset; /// /// Shader of Sprite /// public string Shader { get; set; } = shader; /// /// Tint Color of Sprite /// public Utils.Color TintColor { get; set; } = Utils.Color.White; private TransformComponent? _transformComponent; /// public override void Load() { base.Load(); _transformComponent = Entity?.GetComponentAs(); } /// public override void Draw() { base.Draw(); var window = Entity?.Scene?.Window; if (_transformComponent == null || !Displayed || Texture.Length <= 0 || window == null) return; var finalTexture = window.TextureManager.GetTexture(Texture); var position = _transformComponent.GetTransformedPosition(Offset); if (Shader == "") DrawTexture(finalTexture, position); else { SERender.ShaderMode( window.ShaderManager.GetShader(Shader).GetInternalShader(), InstructionSource.Entity, _transformComponent.ZLayer + ZLayerOffset, () => DrawTexture(finalTexture, position) ); } } private void DrawTexture(Texture2D finalTexture, Vec2 position) { SERender.DrawTexture( finalTexture, new Rect( 0, 0, FlipX ? -finalTexture.Width : finalTexture.Width, FlipY ? -finalTexture.Height : finalTexture.Height ), new Rect( position.X, position.Y, finalTexture.Width * _transformComponent!.Scale.X, finalTexture.Height * _transformComponent.Scale.Y ), new Vec2( finalTexture.Width / 2f * _transformComponent.Scale.X, finalTexture.Height / 2f * _transformComponent.Scale.Y ), _transformComponent.Rotation, TintColor, InstructionSource.Entity, _transformComponent.ZLayer + ZLayerOffset ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/SpriteSheetComponent.cs000066400000000000000000000131511510671031000263060ustar00rootroot00000000000000using System; using System.Collections.Generic; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; using Color = SharpEngine.Core.Utils.Color; namespace SharpEngine.Core.Component; /// /// Component which draw animations with sprite sheet /// /// Texture Name /// Frame Size /// Animation List /// Current Animation /// If Displayed /// Offset /// Offset of zLayer public class SpriteSheetComponent( string texture, Vec2 spriteSize, List animations, string currentAnim = "", bool displayed = true, Vec2? offset = null, int zLayerOffset = 0 ) : Component { /// /// Name of Texture /// public string Texture { get; set; } = texture; /// /// Size of one frame /// public Vec2 SpriteSize { get; set; } = spriteSize; /// /// List of Animations /// public List Animations { get; set; } = animations; /// /// If component is displayed /// public bool Displayed { get; set; } = displayed; /// /// Offset /// public Vec2 Offset { get; set; } = offset ?? Vec2.Zero; /// /// If Sprite is Flip Horizontally /// public bool FlipX { get; set; } = false; /// /// If Sprite is Flip Vertically /// public bool FlipY { get; set; } = false; /// /// Offset of ZLayer of Sprite Sheet /// public int ZLayerOffset { get; set; } = zLayerOffset; /// /// Current animation /// public string Anim { get => currentAnim; set { currentAnim = value; CurrentImage = 0; internalTimer = GetAnimation(currentAnim)?.Timer ?? 0; } } /// /// Current image index /// public int CurrentImage { get; protected set; } /// /// Event triggered when animation ends /// public EventHandler? AnimationEnded; /// /// Current internal animation /// protected string currentAnim = currentAnim; /// /// Current internal timer /// protected float internalTimer; private TransformComponent? _transform; /// /// Return Animation by name /// /// Animation Name /// Animation or null public Animation? GetAnimation(string name) { foreach (var animation in Animations) { if (animation.Name == name) return animation; } return null; } /// /// Replay current animation /// public void Replay() { CurrentImage = 0; internalTimer = GetAnimation(currentAnim)?.Timer ?? 0; } /// public override void Load() { base.Load(); _transform = Entity?.GetComponentAs(); } /// public override void Update(float delta) { var anim = GetAnimation(currentAnim); if (anim == null) return; if (internalTimer <= 0) { if(CurrentImage == -1) return; if (CurrentImage >= anim.Value.Indices.Count - 1) { AnimationEnded?.Invoke(this, EventArgs.Empty); if (anim.Value.Loop) CurrentImage = 0; else CurrentImage = -1; } else CurrentImage++; internalTimer = anim.Value.Timer; } internalTimer -= delta; } /// public override void Draw() { base.Draw(); var window = Entity?.Scene?.Window; var anim = GetAnimation(currentAnim); if ( _transform == null || !Displayed || Texture.Length <= 0 || SpriteSize == Vec2.Zero || anim == null || window == null ) return; var currentImage = CurrentImage == -1 ? anim.Value.Indices.Count - 1 : CurrentImage; var finalTexture = window.TextureManager.GetTexture(Texture); var position = _transform.GetTransformedPosition(Offset); SERender.DrawTexture( finalTexture, new Rect( SpriteSize.X * (anim.Value.Indices[currentImage] % (finalTexture.Width / SpriteSize.X)), SpriteSize.Y * (int)( anim.Value.Indices[currentImage] / (int)(finalTexture.Width / SpriteSize.X) ), FlipX ? -SpriteSize.X : SpriteSize.X, FlipY ? -SpriteSize.Y : SpriteSize.Y ), new Rect( position.X, position.Y, SpriteSize.X * _transform.Scale.X, SpriteSize.Y * _transform.Scale.Y ), new Vec2( SpriteSize.X / 2f * _transform.Scale.X, SpriteSize.Y / 2f * _transform.Scale.Y ), _transform.Rotation, Color.White, InstructionSource.Entity, _transform.ZLayer + ZLayerOffset ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/TextComponent.cs000066400000000000000000000054001510671031000247710ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; namespace SharpEngine.Core.Component; /// /// Component which display Text /// /// Text /// Font Name (RAYLIB_DEFAULT) /// Color (Color.Black) /// If Text is Displayed (true) /// Font Size (null) /// Offset (Vec2(0)) /// Offset of zLayer public class TextComponent( string text, string font = "RAYLIB_DEFAULT", Utils.Color? color = null, bool displayed = true, int? fontSize = null, Vec2? offset = null, int zLayerOffset = 0 ) : Component { /// /// Text which be displayed /// public string Text { get; set; } = text; /// /// Name of Font /// public string Font { get; set; } = font; /// /// Color of Text /// public Utils.Color Color { get; set; } = color ?? Utils.Color.Black; /// /// Define if Text is displayed /// public bool Displayed { get; set; } = displayed; /// /// Offset of Text /// public Vec2 Offset { get; set; } = offset ?? Vec2.Zero; /// /// Font Size (can be null and use basic size of Font) /// public int? FontSize { get; set; } = fontSize; /// /// Offset of ZLayer of Text /// public int ZLayerOffset { get; set; } = zLayerOffset; private TransformComponent? _transformComponent; /// public override void Load() { base.Load(); _transformComponent = Entity?.GetComponentAs(); } /// public override void Draw() { base.Draw(); var window = Entity?.Scene?.Window; if ( _transformComponent == null || !Displayed || Text.Length <= 0 || Font.Length <= 0 || window == null ) return; var finalFont = window.FontManager.GetFont(Font); var finalFontSize = FontSize ?? finalFont.BaseSize; var position = _transformComponent.GetTransformedPosition(Offset); var textSize = Raylib.MeasureTextEx(finalFont, Text, finalFontSize, 2); SERender.DrawText( finalFont, Text, position, textSize / 2, _transformComponent.Rotation, finalFontSize, 2, Color, InstructionSource.Entity, _transformComponent.ZLayer + ZLayerOffset ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Component/TransformComponent.cs000066400000000000000000000040501510671031000260200ustar00rootroot00000000000000using SharpEngine.Core.Math; namespace SharpEngine.Core.Component; /// /// Component which define Transform (Position, Rotation, Scale) /// /// Position (Vec2(0)) /// Scale (Vec2(1)) /// Rotation (0) /// ZLayer (0) public class TransformComponent( Vec2? position = null, Vec2? scale = null, float rotation = 0, int zLayer = 0 ) : Component { /// /// Position of Component /// public Vec2 Position => Entity?.Parent?.GetComponentAs()?.Position + LocalPosition ?? LocalPosition; /// /// Scale of Component /// public Vec2 Scale => Entity?.Parent?.GetComponentAs()?.Scale * LocalScale ?? LocalScale; /// /// Rotation of Component /// public float Rotation => Entity?.Parent?.GetComponentAs()?.Rotation + LocalRotation ?? LocalRotation; /// /// ZLayer of Component /// public int ZLayer => Entity?.Parent?.GetComponentAs()?.ZLayer + LocalZLayer ?? LocalZLayer; /// /// Position of Component /// public Vec2 LocalPosition { get; set; } = position ?? Vec2.Zero; /// /// Scale of Component /// public Vec2 LocalScale { get; set; } = scale ?? Vec2.One; /// /// Rotation of Component /// public float LocalRotation { get; set; } = rotation; /// /// ZLayer of Component /// public int LocalZLayer { get; set; } = zLayer; /// /// Get transformed Position /// /// Offset (Vec2(0)) /// Transformed Position public Vec2 GetTransformedPosition(Vec2? offset = null) { return new Vec2(Position.X + (offset?.X ?? 0), Position.Y + (offset?.Y ?? 0)); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/000077500000000000000000000000001510671031000205435ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Data/DataTable/000077500000000000000000000000001510671031000223645ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Data/DataTable/IDataTable.cs000066400000000000000000000012111510671031000246400ustar00rootroot00000000000000using System; using System.Collections.Generic; namespace SharpEngine.Core.Data.DataTable; /// /// Table of Data /// public interface IDataTable where T : class { /// /// Add Object /// /// Object public void Add(T obj); /// /// Remove Object /// /// Object public void Remove(T obj); /// /// Get Object /// /// Predicate /// Objects public IEnumerable Get(Func predicate); } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/DataTable/JsonDataTable.cs000066400000000000000000000020601510671031000253640ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.IO; using System.Linq; using System.Text.Json; namespace SharpEngine.Core.Data.DataTable; /// /// Json Data Table /// /// Json File public class JsonDataTable(string jsonFile) : IDataTable where T : class { private List Objects { get; } = JsonSerializer.Deserialize>(File.ReadAllText(jsonFile))?.ToList() ?? []; /// public void Add(T obj) { ArgumentNullException.ThrowIfNull(obj); Objects.Add(obj); File.WriteAllText(jsonFile, JsonSerializer.Serialize(Objects)); } /// public IEnumerable Get(Func predicate) { ArgumentNullException.ThrowIfNull(predicate); return Objects.Where(obj => predicate(obj)); } /// public void Remove(T obj) { ArgumentNullException.ThrowIfNull(obj); Objects.Remove(obj); File.WriteAllText(jsonFile, JsonSerializer.Serialize(Objects)); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Lang/000077500000000000000000000000001510671031000214245ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Lang/ILang.cs000066400000000000000000000011751510671031000227510ustar00rootroot00000000000000namespace SharpEngine.Core.Data.Lang; /// /// Interface which represents Lang File /// public interface ILang { /// /// Get Translation for Key /// /// Translation Key /// Default Translation /// Translation or Default Translation if key not found public string GetTranslation(string key, string defaultTranslation); /// /// Reload Translations from File /// /// File Path public void Reload(string file); } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Lang/JsonLang.cs000066400000000000000000000015001510671031000234620ustar00rootroot00000000000000using System.Collections.Generic; using System.IO; using System.Text.Json; namespace SharpEngine.Core.Data.Lang; /// /// Class which represents Lang File with Json /// public class JsonLang : ILang { private Dictionary _translations = []; /// /// Create JsonLang /// /// Json Path public JsonLang(string file) { Reload(file); } /// public string GetTranslation(string key, string defaultTranslation) => _translations.GetValueOrDefault(key, defaultTranslation); /// public void Reload(string file) { _translations = JsonSerializer.Deserialize>(File.ReadAllText(file)) ?? []; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Lang/McLang.cs000066400000000000000000000025501510671031000231160ustar00rootroot00000000000000using System.Collections.Generic; using SharpEngine.Core.Manager; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Data.Lang; /// /// Class which represents Lang File with Minecraft Format (allow start line comments) /// public class McLang : ILang { private readonly Dictionary _translations = []; /// /// Create MC Lang /// /// MC Lang Path public McLang(string file) { Reload(file); } /// public string GetTranslation(string key, string defaultTranslation) => _translations.GetValueOrDefault(key, defaultTranslation); /// public void Reload(string file) { _translations.Clear(); foreach (var line in System.IO.File.ReadAllLines(file)) { var finalLine = line.Trim(); if (finalLine.StartsWith('#') || finalLine.Length == 0) continue; if (!finalLine.Contains('=')) { DebugManager.Log( LogLevel.LogWarning, $"SE_MCLANG: Cannot found '=' between key and value : {line} (Skip line)" ); continue; } _translations.Add(finalLine.Split("=")[0], finalLine.Split("=")[1]); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Save/000077500000000000000000000000001510671031000214415ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Save/BinarySave.cs000066400000000000000000000041701510671031000240350ustar00rootroot00000000000000using System.Collections.Generic; using System.IO; namespace SharpEngine.Core.Data.Save; /// /// Class which represents Save with binary data /// public class BinarySave : ISave { private readonly Dictionary _data = []; /// public void Read(string file) { _data.Clear(); using var bR = new BinaryReader(File.OpenRead(file)); try { while (bR.ReadString() is { } key) { var type = bR.ReadString(); object value = type switch { "b" => bR.ReadBoolean(), "i" => bR.ReadInt32(), "d" => bR.ReadDouble(), _ => bR.ReadString() }; _data.Add(key, value); } } catch (EndOfStreamException) { // Do nothing } } /// public void Write(string file) { using var bW = new BinaryWriter(File.Open(file, FileMode.Create)); foreach (var data in _data) { bW.Write(data.Key); switch (data.Value) { case bool v: bW.Write("b"); bW.Write(v); break; case int v: bW.Write("i"); bW.Write(v); break; case double v: bW.Write("d"); bW.Write(v); break; default: bW.Write("s"); bW.Write(data.Value.ToString() ?? string.Empty); break; } } } /// public object GetObject(string key, object defaultValue) => _data.GetValueOrDefault(key, defaultValue); /// public T GetObjectAs(string key, T defaultValue) => _data.TryGetValue(key, out var value) ? (T)value : defaultValue; /// public void SetObject(string key, object value) => _data[key] = value; } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Save/ISave.cs000066400000000000000000000023641510671031000230040ustar00rootroot00000000000000namespace SharpEngine.Core.Data.Save; /// /// Interface which represents Save /// public interface ISave { /// /// Read Save /// /// Save File public void Read(string file); /// /// Write Save /// /// Save File public void Write(string file); /// /// Get Object from Save /// /// Object Key /// Default Value /// Object or Default value if key not found public object GetObject(string key, object defaultValue); /// /// Get Object from Save and cast it /// /// Object Key /// Default Value /// Type of Object /// Object or Default value if key not found public T GetObjectAs(string key, T defaultValue); /// /// Define Object /// /// Object Key /// Object public void SetObject(string key, object value); } SharpEngine.Core-2.3.0/SharpEngine.Core/Data/Save/JsonSave.cs000066400000000000000000000021271510671031000235220ustar00rootroot00000000000000using System.Collections.Generic; using System.IO; using System.Text.Json; namespace SharpEngine.Core.Data.Save; /// /// Class which represents Save with json data /// public class JsonSave : ISave { private Dictionary _data = []; /// public void Read(string file) { _data = JsonSerializer.Deserialize>(File.ReadAllText(file)) ?? []; } /// public void Write(string file) => File.WriteAllText(file, JsonSerializer.Serialize(_data)); /// public object GetObject(string key, object defaultValue) => _data.GetValueOrDefault(key, defaultValue); /// public T GetObjectAs(string key, T defaultValue) { if(_data.TryGetValue(key, out var value)) return (value is JsonElement element ? element.Deserialize() : (T) value) ?? defaultValue; return defaultValue; } /// public void SetObject(string key, object value) => _data[key] = value; } SharpEngine.Core-2.3.0/SharpEngine.Core/Entity/000077500000000000000000000000001510671031000211465ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Entity/Entity.cs000066400000000000000000000101671510671031000227560ustar00rootroot00000000000000using System.Collections.Generic; using System.Linq; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Entity; /// /// Class which represents Entity /// public class Entity { /// /// How Entity must be updated when paused /// public PauseState PauseState { get; set; } = PauseState.Normal; /// /// Tag of Entity /// public string Tag { get; set; } = ""; /// /// Name of Entity /// public string Name { get; set; } = ""; /// /// Scene of Entity /// public Scene? Scene { get; set; } /// /// Get All Components of Entity /// public List Components { get; } = []; /// /// Get All Children of Entity /// public List Children { get; } = []; /// /// Parent of Entity /// public Entity? Parent { get; set; } /// /// Get All Components of one Type /// /// Type of Component /// Components of type T public List GetComponentsAs() where T : Component.Component => Components.OfType().ToList(); /// /// Get Component of one Type /// /// Type of Component /// Component of type T public T? GetComponentAs() where T : Component.Component => Components.OfType().FirstOrDefault(); /// /// Get Scene as T /// /// Scene Type /// Scene casted as T public T? GetSceneAs() where T : Scene => (T?)Scene; /// /// Add Child Entity /// /// /// /// public T AddChild(T entity) where T : Entity { Children.Add(entity); entity.Parent = this; entity.Scene = Scene; return entity; } /// /// Add Component and return it /// /// Component which be added /// Type of Component /// Component public T AddComponent(T component) where T : Component.Component { Components.Add(component); component.Entity = this; return component; } /// /// Remove Child /// /// Child public void RemoveChild(Entity entity) { entity.Parent = null; entity.Scene = null; Children.Remove(entity); } /// /// Remove Component /// /// Component will be removed public void RemoveComponent(Component.Component component) { component.Entity = null; Components.Remove(component); } /// /// Load Entity /// public virtual void Load() { foreach (var component in Components) component.Load(); foreach (var child in Children) child.Load(); } /// /// Unload Entity /// public virtual void Unload() { foreach (var component in Components) component.Unload(); foreach (var child in Children) child.Unload(); } /// /// Update Entity /// /// Time since last frame public virtual void Update(float delta) { foreach (var component in Components) component.Update(delta); foreach (var child in Children) child.Update(delta); } /// /// Draw Entity /// public virtual void Draw() { foreach (var component in Components) component.Draw(); foreach (var child in Children) child.Draw(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Extensions.cs000066400000000000000000000020351510671031000223600ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Input; using SharpEngine.Core.Utils; namespace SharpEngine.Core; internal static class Extensions { public static Raylib_cs.MouseButton ToRayLib(this Input.MouseButton button) => (Raylib_cs.MouseButton)button; public static KeyboardKey ToRayLib(this Key key) => (KeyboardKey)key; public static GamepadButton ToRayLib(this GamePadButton button) => (GamepadButton)button; public static GamepadAxis ToRayLib(this GamePadAxis axis) => (GamepadAxis)axis; public static TraceLogLevel ToRayLib(this LogLevel logLevel) => (TraceLogLevel)logLevel; public static Input.MouseButton ToSe(this Raylib_cs.MouseButton button) => (Input.MouseButton)button; public static Key ToSe(this KeyboardKey key) => (Key)key; public static GamePadButton ToSe(this GamepadButton button) => (GamePadButton)button; public static GamePadAxis ToSe(this GamepadAxis axis) => (GamePadAxis)axis; public static LogLevel ToSe(this TraceLogLevel logLevel) => (LogLevel)logLevel; } SharpEngine.Core-2.3.0/SharpEngine.Core/Input/000077500000000000000000000000001510671031000207715ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Input/ControlKey.cs000066400000000000000000000005571510671031000234200ustar00rootroot00000000000000namespace SharpEngine.Core.Input; /// /// Control Keys /// public enum ControlKey { /// /// Up Key /// Up, /// /// Down Key /// Down, /// /// Left Key /// Left, /// /// Right Key /// Right } SharpEngine.Core-2.3.0/SharpEngine.Core/Input/ControlType.cs000066400000000000000000000010561510671031000236040ustar00rootroot00000000000000namespace SharpEngine.Core.Input; /// /// Type of Controls /// public enum ControlType { /// /// Follow Mouse /// MouseFollow, /// /// Only Left and Right Movements /// LeftRight, /// /// Only Up and Down Movements /// UpDown, /// /// Up, Down, Left and Right Movements /// FourDirection, /// /// Classic Platformer Movements /// ClassicJump } SharpEngine.Core-2.3.0/SharpEngine.Core/Input/GamePadAxis.cs000066400000000000000000000011341510671031000234420ustar00rootroot00000000000000namespace SharpEngine.Core.Input; /// /// Enum which represents Axis of Gamepad /// public enum GamePadAxis { /// /// Left Stick X Axis /// LeftX, /// /// Left Stick Y Axis /// LeftY, /// /// Right Stick X Axis /// RightX, /// /// Right Stick Y Axis /// RightY, /// /// Left Trigger Axis /// LeftTrigger, /// /// Right Trigger Axis /// RightTrigger, } SharpEngine.Core-2.3.0/SharpEngine.Core/Input/GamePadButton.cs000066400000000000000000000030341510671031000240120ustar00rootroot00000000000000namespace SharpEngine.Core.Input; /// /// Enum which represents Button of Gamepad /// public enum GamePadButton { /// /// Unknown Button /// Unknown, /// /// Directional Cross Up Button /// DPadUp, /// /// Directional Cross Right Button /// DPadRight, /// /// Directional Cross Down Button /// DPadDown, /// /// Directional Cross Left Button /// DPadLeft, /// /// Y Button (Xbox) /// Y, /// /// X Button (Xbox) /// X, /// /// A Button (Xbox) /// A, /// /// B Button (Xbox) /// B, /// /// First Left Trigger /// LeftTrigger1, /// /// Second Left Trigger /// LeftTrigger2, /// /// First Right Trigger /// RightTrigger1, /// /// Second Right Trigger /// RightTrigger2, /// /// Back Button /// Back, /// /// Big Central Button /// BigButton, /// /// Start Button /// Start, /// /// Left Stick Button /// LeftStick, /// /// Right Stick Button /// RightStick, } SharpEngine.Core-2.3.0/SharpEngine.Core/Input/Key.cs000066400000000000000000000064721510671031000220610ustar00rootroot00000000000000namespace SharpEngine.Core.Input; /// /// Enum which represents Keys /// public enum Key { #pragma warning disable CS1591 None = 0, Back = 4, VolumeUp = 24, // 0x00000018 VolumeDown = 25, // 0x00000019 Space = 32, // 0x00000020 Apostrophe = 39, // 0x00000027 Comma = 44, // 0x0000002C Minus = 45, // 0x0000002D Period = 46, // 0x0000002E Slash = 47, // 0x0000002F Zero = 48, // 0x00000030 One = 49, // 0x00000031 Two = 50, // 0x00000032 Three = 51, // 0x00000033 Four = 52, // 0x00000034 Five = 53, // 0x00000035 Six = 54, // 0x00000036 Seven = 55, // 0x00000037 Eight = 56, // 0x00000038 Nine = 57, // 0x00000039 Semicolon = 59, // 0x0000003B Equal = 61, // 0x0000003D A = 65, // 0x00000041 B = 66, // 0x00000042 C = 67, // 0x00000043 D = 68, // 0x00000044 E = 69, // 0x00000045 F = 70, // 0x00000046 G = 71, // 0x00000047 H = 72, // 0x00000048 I = 73, // 0x00000049 J = 74, // 0x0000004A K = 75, // 0x0000004B L = 76, // 0x0000004C M = 77, // 0x0000004D N = 78, // 0x0000004E O = 79, // 0x0000004F P = 80, // 0x00000050 Q = 81, // 0x00000051 R = 82, // 0x00000052 S = 83, // 0x00000053 T = 84, // 0x00000054 U = 85, // 0x00000055 V = 86, // 0x00000056 W = 87, // 0x00000057 X = 88, // 0x00000058 Y = 89, // 0x00000059 Z = 90, // 0x0000005A LeftBracket = 91, // 0x0000005B Backslash = 92, // 0x0000005C RightBracket = 93, // 0x0000005D Grave = 96, // 0x00000060 Escape = 256, // 0x00000100 Enter = 257, // 0x00000101 Tab = 258, // 0x00000102 Backspace = 259, // 0x00000103 Insert = 260, // 0x00000104 Delete = 261, // 0x00000105 Right = 262, // 0x00000106 Left = 263, // 0x00000107 Down = 264, // 0x00000108 Up = 265, // 0x00000109 PageUp = 266, // 0x0000010A PageDown = 267, // 0x0000010B Home = 268, // 0x0000010C End = 269, // 0x0000010D CapsLock = 280, // 0x00000118 ScrollLock = 281, // 0x00000119 NumLock = 282, // 0x0000011A PrintScreen = 283, // 0x0000011B Pause = 284, // 0x0000011C F1 = 290, // 0x00000122 F2 = 291, // 0x00000123 F3 = 292, // 0x00000124 F4 = 293, // 0x00000125 F5 = 294, // 0x00000126 F6 = 295, // 0x00000127 F7 = 296, // 0x00000128 F8 = 297, // 0x00000129 F9 = 298, // 0x0000012A F10 = 299, // 0x0000012B F11 = 300, // 0x0000012C F12 = 301, // 0x0000012D Kp0 = 320, // 0x00000140 Kp1 = 321, // 0x00000141 Kp2 = 322, // 0x00000142 Kp3 = 323, // 0x00000143 Kp4 = 324, // 0x00000144 Kp5 = 325, // 0x00000145 Kp6 = 326, // 0x00000146 Kp7 = 327, // 0x00000147 Kp8 = 328, // 0x00000148 Kp9 = 329, // 0x00000149 KpDecimal = 330, // 0x0000014A KpDivide = 331, // 0x0000014B KpMultiply = 332, // 0x0000014C KpSubtract = 333, // 0x0000014D KpAdd = 334, // 0x0000014E KpEnter = 335, // 0x0000014F KpEqual = 336, // 0x00000150 LeftShift = 340, // 0x00000154 LeftControl = 341, // 0x00000155 LeftAlt = 342, // 0x00000156 LeftSuper = 343, // 0x00000157 RightShift = 344, // 0x00000158 RightControl = 345, // 0x00000159 RightAlt = 346, // 0x0000015A RightSuper = 347, // 0x0000015B KbMenu = 348 // 0x0000015C } SharpEngine.Core-2.3.0/SharpEngine.Core/Input/MouseButton.cs000066400000000000000000000012131510671031000236010ustar00rootroot00000000000000namespace SharpEngine.Core.Input; /// /// Enum which represents Mouse Buttons /// public enum MouseButton { /// /// Left Button /// Left = 0, /// /// Right Button /// Right = 1, /// /// Middle Button /// Middle = 2, /// /// Side Button /// Side = 3, /// /// Extra Button /// Extra = 4, /// /// Forward Button /// Forward = 5, /// /// Back Button /// Back = 6 } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/000077500000000000000000000000001510671031000212445ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/CameraManager.cs000066400000000000000000000057721510671031000242710ustar00rootroot00000000000000using System; using System.Numerics; using Raylib_cs; using SharpEngine.Core.Component; using SharpEngine.Core.Math; namespace SharpEngine.Core.Manager; /// /// Class which manager Camera information /// public class CameraManager { /// /// Entity followed on mode Follow and FollowSmooth /// /// public Entity.Entity? FollowEntity { get; set; } /// /// Camera Mode /// public Utils.CameraMode Mode { get; set; } /// /// Minimum Speed used when mode is FollowSmooth /// public float MinSpeed { get; set; } = 30; /// /// Minimum Effect Length used when mode is FollowSmooth /// public float MinEffectLength { get; set; } = 10; /// /// Fraction Speed used when mode is FollowSmooth /// public float FractionSpeed { get; set; } = 0.8f; /// /// Rotation of Camera /// public float Rotation { get => Camera2D.Rotation; set => Camera2D.Rotation = value; } /// /// Zoom of Camera /// public float Zoom { get => Camera2D.Zoom; set => Camera2D.Zoom = value; } /// /// Position of Camera /// public Vec2 Position { get => Camera2D.Target; set => Camera2D.Target = value; } internal Camera2D Camera2D; /// /// Create Camera Manager /// public CameraManager() { Camera2D = new Camera2D(Vector2.Zero, Vector2.Zero, 0, 1); Mode = Utils.CameraMode.Basic; } internal void SetScreenSize(Vec2 screenSize) { Camera2D.Offset = screenSize / 2; if (Mode == Utils.CameraMode.Basic) Camera2D.Target = Camera2D.Offset; } /// /// Update Camera Manager /// /// Delta frame public void Update(float delta) { switch (Mode) { case Utils.CameraMode.Follow: if (FollowEntity?.GetComponentAs() is { } transform) Camera2D.Target = transform.Position; break; case Utils.CameraMode.FollowSmooth: if (FollowEntity?.GetComponentAs() is { } transformSmooth) { var diff = transformSmooth.Position - (Vec2)Camera2D.Target; var length = diff.Length(); if (length > MinEffectLength) { var speed = MathF.Max(FractionSpeed * length, MinSpeed); Camera2D.Target += new Vector2( diff.X * (speed * delta / length), diff.Y * (speed * delta / length) ); } } break; } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/DataTableManager.cs000066400000000000000000000050221510671031000247060ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Data; using SharpEngine.Core.Data.DataTable; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Static Class which manage Data Tables /// public static class DataTableManager { private static readonly Dictionary DataTables = []; /// /// List of known data tables /// public static List DataTableNames => [.. DataTables.Keys]; /// /// Checks if a data table with the specified name exists. /// /// Name of the data table /// True if the data table exists, otherwise false public static bool HasDataTable(string name) => DataTables.ContainsKey(name); /// /// Removes the specified data table. /// /// Name of the data table public static void RemoveDataTable(string name) { if (!DataTables.ContainsKey(name)) { DebugManager.Log( LogLevel.LogError, $"SE_DATATABLEMANAGER: DataTable not found : {name}" ); throw new ArgumentException($"DataTable not found : {name}"); } DataTables.Remove(name); } /// /// Add a data table to the manager. /// /// Name of the data table /// Data table to add public static void AddDataTable(string name, IDataTable dataTable) where T : class { if (!DataTables.TryAdd(name, dataTable)) DebugManager.Log( LogLevel.LogWarning, $"SE_DATATABLEMANAGER: DataTable already exist : {name}" ); } /// /// Get specified data table. /// /// Type of the object /// Name of the data table /// The data table /// Thrown if the data table is not found public static IDataTable Get(string dataTable) where T : class { if (DataTables.TryGetValue(dataTable, out var dTable)) return (IDataTable)dTable; DebugManager.Log( LogLevel.LogError, $"SE_DATATABLEMANAGER: DataTable not found : {dataTable}" ); throw new ArgumentException($"DataTable not found : {dataTable}"); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/DebugManager.cs000066400000000000000000000044131510671031000241160ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Collections.Immutable; using System.Linq; using ImGuiNET; using Raylib_cs; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; using SharpEngine.Core.Utils.SeImGui; using SharpEngine.Core.Utils.SeImGui.ConsoleCommand; namespace SharpEngine.Core.Manager; /// /// Static class which manage debug information /// public static class DebugManager { /// /// Number of frame per seconds /// public static int FrameRate => Raylib.GetFPS(); /// /// Number of bytes in GC /// public static long GcMemory => GC.GetTotalMemory(false); /// /// Packages Versions /// public static Dictionary Versions { get; } = new() { { "Raylib-cs", "7.0.2" }, { "ImGui.NET", "1.91.6.1" }, { "SharpEngine.Core", "2.3.0" } }; /// /// Default Render ImGui for SharpEngine /// /// Window public static void SeRenderImGui(Window window) { if (window._imguiDisplayWindow) SeImGuiWindows.CreateSeImGuiWindow(window); if (window._imguiDisplayConsole) SeImGuiWindows.CreateSeImGuiConsole(window); if (InputManager.IsKeyPressed(Input.Key.F7)) window._imguiDisplayWindow = !window._imguiDisplayWindow; if (InputManager.IsKeyPressed(Input.Key.F8)) window._imguiDisplayConsole = !window._imguiDisplayConsole; } /// /// Add Console Command /// /// Console Command public static void AddConsoleCommand(ISeImGuiConsoleCommand command) => SeImGuiWindows.Console.Commands.Add(command); /// /// Log Message /// /// Level of Log /// Message public static void Log(LogLevel level, string message) => Raylib.TraceLog(level.ToRayLib(), message); /// /// Set Log Level /// /// Level of Log public static void SetLogLevel(LogLevel level) => Raylib.SetTraceLogLevel(level.ToRayLib()); } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/FontManager.cs000066400000000000000000000056561510671031000240100ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.IO; using Raylib_cs; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Class which manage font /// public class FontManager { private readonly Dictionary _fonts = []; /// /// Get All Fonts /// public List Fonts => new(_fonts.Values); /// /// Checks if the font with the specified name exists in the manager. /// /// The name of the font. /// true if the font exists; otherwise, false. public bool HasFont(string name) => _fonts.ContainsKey(name); /// /// Removes the font with the specified name from the manager. /// /// The name of the font to remove. public void RemoveFont(string name) { if (_fonts.TryGetValue(name, out var font)) { Raylib.UnloadFont(font); _fonts.Remove(name); return; } DebugManager.Log(LogLevel.LogError, $"SE_FONTMANAGER: Font not found : {name}"); throw new ArgumentException($"Font not found : {name}"); } /// /// Adds a font to the manager. /// /// The name of the font. /// The path to the font file. /// The size of the font (default is 25). /// Thrown if the font file is not found. public void AddFont(string name, string file, int fontSize = 25) { if (!File.Exists(file)) { DebugManager.Log(LogLevel.LogFatal, $"SE_FONTMANAGER: Font not found : {name}"); throw new FileNotFoundException($"Font not found : {file}"); } if (!_fonts.TryAdd(name, Raylib.LoadFontEx(file, fontSize, null, 250))) DebugManager.Log(LogLevel.LogWarning, $"SE_FONTMANAGER: Font already exist : {name}"); } /// /// Gets the font with the specified name from the manager. /// /// The name of the font. /// The font. /// Thrown if the font is not found. public Font GetFont(string name) { if (name == "RAYLIB_DEFAULT") return Raylib.GetFontDefault(); if (_fonts.TryGetValue(name, out var font)) return font; DebugManager.Log(LogLevel.LogError, $"SE_FONTMANAGER: Font not found : {name}"); throw new ArgumentException($"Font not found : {name}"); } /// /// Unloads all fonts from the manager. /// internal void Unload() { foreach (var font in _fonts.Values) Raylib.UnloadFont(font); _fonts.Clear(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/InputManager.cs000066400000000000000000000167631510671031000242020ustar00rootroot00000000000000using System.Collections.Generic; using System.Linq; using Raylib_cs; using SharpEngine.Core.Input; using SharpEngine.Core.Math; using MouseButton = SharpEngine.Core.Input.MouseButton; namespace SharpEngine.Core.Manager; /// /// Class which manage input interactions /// public static class InputManager { internal static List InternalPressedChars { get; } = []; internal static List InternalPressedKeys { get; set; } = []; internal static Window InternalWindow { get; set; } /// /// List of Pressed Chars in Frame /// public static List GetPressedChars() => InternalPressedChars.Select(x => (char)x).ToList(); /// /// List of Pressed Keys in Frame /// public static List GetPressedKeys() => InternalPressedKeys.Cast().ToList(); /// /// Check if key is down /// /// Key /// If Key is down public static bool IsKeyDown(Key key) => Raylib.IsKeyDown(key.ToRayLib()); /// /// Check if key is up /// /// Key /// If Key is up public static bool IsKeyUp(Key key) => Raylib.IsKeyUp(key.ToRayLib()); /// /// Check if key is pressed /// /// Key /// If Key is pressed public static bool IsKeyPressed(Key key) => Raylib.IsKeyPressed(key.ToRayLib()); /// /// Check if key is released /// /// Key /// If Key is released public static bool IsKeyReleased(Key key) => Raylib.IsKeyReleased(key.ToRayLib()); /// /// Check if Mouse is in Rect /// /// Rectangle /// If Mouse is in Rect public static bool IsMouseInRectangle(Rect rect) => rect.Contains(GetMousePosition()); /// /// Check if mouse button is down /// /// Mouse button /// If mouse button is down public static bool IsMouseButtonDown(MouseButton button) => Raylib.IsMouseButtonDown(button.ToRayLib()); /// /// Check if mouse button is up /// /// Mouse button /// If mouse button is up public static bool IsMouseButtonUp(MouseButton button) => Raylib.IsMouseButtonUp(button.ToRayLib()); /// /// Check if mouse button is pressed /// /// Mouse button /// If mouse button is pressed public static bool IsMouseButtonPressed(MouseButton button) => Raylib.IsMouseButtonPressed(button.ToRayLib()); /// /// Check if mouse button is released /// /// Mouse button /// If mouse button is released public static bool IsMouseButtonReleased(MouseButton button) => Raylib.IsMouseButtonReleased(button.ToRayLib()); /// /// Get Mouse position /// /// Position public static Vec2 GetMousePosition() { var realPosition = Raylib.GetMousePosition(); return new Vec2( (realPosition.X - (InternalWindow.ScreenSize.X - (InternalWindow.RenderSize.X * InternalWindow.RenderScale)) * 0.5f) / InternalWindow.RenderScale, (realPosition.Y - (InternalWindow.ScreenSize.Y - (InternalWindow.RenderSize.Y * InternalWindow.RenderScale)) * 0.5f) / InternalWindow.RenderScale ); } /// /// Get Real Mouse position /// /// Position public static Vec2 GetRealMousePosition() => Raylib.GetMousePosition(); /// /// Set Mouse Position /// /// Position public static void SetMousePosition(Vec2 position) { var x = position.X * InternalWindow.RenderScale + (InternalWindow.ScreenSize.X - (InternalWindow.RenderSize.X * InternalWindow.RenderScale)) * 0.5f; var y = position.Y * InternalWindow.RenderScale + (InternalWindow.ScreenSize.Y - (InternalWindow.RenderSize.Y * InternalWindow.RenderScale)) * 0.5f; Raylib.SetMousePosition((int)x, (int)y); } /// /// Set Real Mouse Position /// /// Position public static void SetRealMousePosition(Vec2 position) => Raylib.SetMousePosition((int)position.X, (int)position.Y); /// /// Get Mouse Wheel Movement Value /// /// Value public static float GetMouseWheelMove() => Raylib.GetMouseWheelMove(); /// /// Check if gamepad is connected /// /// Index of Gamepad /// If gamepad is connected public static bool IsGamePadConnected(int index) => Raylib.IsGamepadAvailable(index); /// /// Check if gamepad button is down /// /// Index of Gamepad /// Button of Gamepad /// If gamepad button is down public static bool IsGamePadButtonDown(int index, GamePadButton button) => Raylib.IsGamepadButtonDown(index, button.ToRayLib()); /// /// Check if gamepad button is up /// /// Index of Gamepad /// Button of Gamepad /// If gamepad button is up public static bool IsGamePadButtonUp(int index, GamePadButton button) => Raylib.IsGamepadButtonUp(index, button.ToRayLib()); /// /// Check if gamepad button is pressed /// /// Index of Gamepad /// Button of Gamepad /// If gamepad button is pressed public static bool IsGamePadButtonPressed(int index, GamePadButton button) => Raylib.IsGamepadButtonPressed(index, button.ToRayLib()); /// /// Check if gamepad button is released /// /// Index of Gamepad /// Button of Gamepad /// If gamepad button is released public static bool IsGamePadButtonReleased(int index, GamePadButton button) => Raylib.IsGamepadButtonReleased(index, button.ToRayLib()); /// /// Get Gamepad axis value /// /// Index of Gamepad /// Axis of Gamepad /// Value public static float GetGamePadAxis(int index, GamePadAxis axis) => Raylib.GetGamepadAxisMovement(index, axis.ToRayLib()); /// /// Updates the input. /// internal static void UpdateInput() { InternalPressedChars.Clear(); InternalPressedKeys.Clear(); var key = Raylib.GetKeyPressed(); while (key > 0) { InternalPressedKeys.Add(key); key = Raylib.GetKeyPressed(); } var charGot = Raylib.GetCharPressed(); while (charGot > 0) { InternalPressedChars.Add(charGot); charGot = Raylib.GetCharPressed(); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/LangManager.cs000066400000000000000000000042411510671031000237500ustar00rootroot00000000000000using System.Collections.Generic; using SharpEngine.Core.Data.Lang; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Static Class which manage Langs /// public static class LangManager { /// /// Current Language Used /// public static string CurrentLang { get; set; } = "default"; /// /// List of known languages /// public static List Langs => new(Languages.Keys); /// /// Add Language to Manager /// /// Language Name /// Language Object public static void AddLang(string name, ILang lang) { if (!Languages.TryAdd(name, lang)) DebugManager.Log(LogLevel.LogWarning, $"SE_LANGMANAGER: Lang already exist : {name}"); } /// /// Get Translation with current language /// /// Translation Key /// Default Translation /// Translation or Default Translation if key or language not found public static string GetTranslation(string key, string defaultTranslation) => GetTranslation(key, defaultTranslation, CurrentLang); /// /// Get Translation with specified language /// /// Translation Key /// Default Translation /// Language Name /// Translation or Default Translation if key or language not found public static string GetTranslation(string key, string defaultTranslation, string lang) { if (Languages.TryGetValue(lang, out var translation)) return translation.GetTranslation(key, defaultTranslation); if (lang != "default") DebugManager.Log( LogLevel.LogWarning, $"SE_LANGMANAGER: Lang not found : {lang} (pass default translation)" ); return defaultTranslation; } private static readonly Dictionary Languages = []; } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/MusicManager.cs000066400000000000000000000121741510671031000241530ustar00rootroot00000000000000using System; using System.Collections.Generic; using Raylib_cs; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Class which manage Music /// public class MusicManager { private readonly Dictionary _musics = []; /// /// Get All Musics /// public List Musics => new(_musics.Values); /// /// Add music to manager /// /// Music Name /// Music File public void AddMusic(string name, string file) { if (!_musics.TryAdd(name, Raylib.LoadMusicStream(file))) DebugManager.Log(LogLevel.LogWarning, $"SE_MUSICMANAGER: Music already exist : {name}"); } /// /// Play music /// /// Music Name /// Throws if music not found public void PlayMusic(string name) { if (_musics.TryGetValue(name, out var music)) { Raylib.PlayMusicStream(music); return; } DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Stop music /// /// Music Name /// Throws if music not found public void StopMusic(string name) { if (_musics.TryGetValue(name, out var music)) { Raylib.StopMusicStream(music); return; } DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Resume music /// /// Music Name /// Throws if music not found public void ResumeMusic(string name) { if (_musics.TryGetValue(name, out var music)) { Raylib.ResumeMusicStream(music); return; } DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Pause music /// /// Music Name /// Throws if music not found public void PauseMusic(string name) { if (_musics.TryGetValue(name, out var music)) { Raylib.PauseMusicStream(music); return; } DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Seek music to position /// /// Music Name /// Position in seconds /// Throws if music not found public void SeekMusic(string name, float position) { if (_musics.TryGetValue(name, out var music)) { Raylib.SeekMusicStream(music, position); return; } DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Get Music Length /// /// Music Name /// Length in seconds /// Throws if music not found public float GetMusicLength(string name) { if (_musics.TryGetValue(name, out var music)) return Raylib.GetMusicTimeLength(music); DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Get Music Current Time /// /// Music Name /// Current Time in seconds /// Throws if music not found public float GetMusicCurrentTime(string name) { if (_musics.TryGetValue(name, out var music)) return Raylib.GetMusicTimePlayed(music); DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } /// /// Check if music is playing /// /// Music Name /// If music is playing /// Throws if music not found public bool IsMusicPlaying(string name) { if (_musics.TryGetValue(name, out var music)) return Raylib.IsMusicStreamPlaying(music); DebugManager.Log(LogLevel.LogError, $"SE_MUSICMANAGER: Music not found : {name}"); throw new ArgumentException($"Music not found : {name}"); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/SaveManager.cs000066400000000000000000000025101510671031000237620ustar00rootroot00000000000000using System; using System.Collections.Generic; using SharpEngine.Core.Data.Save; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Static Class which manage Saves /// public static class SaveManager { /// /// List of known Saves /// public static List Saves => new(InternalSaves.Keys); /// /// Add Save to Manager /// /// Save Name /// Save Object public static void AddSave(string name, ISave save) { if (!InternalSaves.TryAdd(name, save)) DebugManager.Log(LogLevel.LogWarning, $"SE_SAVEMANAGER: Save already exist : {name}"); } /// /// Get Save from Manager /// /// Save Name /// Save /// Throws if save not found public static ISave GetSave(string name) { if (InternalSaves.TryGetValue(name, out var save)) return save; DebugManager.Log(LogLevel.LogError, $"SE_SAVEMANAGER: Save not found : {name}"); throw new ArgumentException($"Save not found : {name}"); } private static readonly Dictionary InternalSaves = []; } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/ShaderManager.cs000066400000000000000000000146611510671031000243040ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.IO; using System.Numerics; using Raylib_cs; using SharpEngine.Core.Math; using SharpEngine.Core.Utils; using Color = SharpEngine.Core.Utils.Color; namespace SharpEngine.Core.Manager; /// /// Class which manages Shaders /// public class ShaderManager { private readonly Dictionary _shaders = []; /// /// Gets all Shaders /// public List Shaders => new(_shaders.Values); /// /// Checks if a Shader exists /// /// The name of the Shader /// True if the Shader exists, otherwise false public bool HasShader(string name) => _shaders.ContainsKey(name); /// /// Removes a Shader from the manager /// /// The name of the Shader to remove /// Thrown if the Shader is not found public void RemoveShader(string name) { if (_shaders.TryGetValue(name, out var shader)) { Raylib.UnloadShader(shader.GetInternalShader()); _shaders.Remove(name); return; } DebugManager.Log(LogLevel.LogError, $"SE_SHADERMANAGER: Shader not found : {name}"); throw new ArgumentException($"Shader not found : {name}"); } /// /// Defines a float value for a Shader /// /// The name of the Shader /// The name of the uniform /// The float value public void SetShaderValue(string name, string uniform, float value) => SetShaderValue(name, uniform, value, ShaderUniformDataType.Float); /// /// Defines a vec2 value for a Shader /// /// The name of the Shader /// The name of the uniform /// The vec2 value public void SetShaderValue(string name, string uniform, Vec2 value) => SetShaderValue( name, uniform, new Vector2(value.X, value.Y), ShaderUniformDataType.Vec2 ); /// /// Defines a color value for a Shader /// /// The name of the Shader /// The name of the uniform /// The color value public void SetShaderValue(string name, string uniform, Color value) => SetShaderValue(name, uniform, value.ToVec4(), ShaderUniformDataType.Vec4); /// /// Defines an int value for a Shader /// /// The name of the Shader /// The name of the uniform /// The int value public void SetShaderValue(string name, string uniform, int value) => SetShaderValue(name, uniform, value, ShaderUniformDataType.Float); /// /// Defines a value for a Shader /// /// The type of the value /// The name of the Shader /// The name of the uniform /// The value /// The type of the uniform /// Thrown if the Shader is not found public void SetShaderValue( string name, string uniform, T value, ShaderUniformDataType uniformType ) where T : unmanaged { if (_shaders.TryGetValue(name, out var shader)) Raylib.SetShaderValue( shader.GetInternalShader(), Raylib.GetShaderLocation(shader.GetInternalShader(), uniform), value, uniformType ); else throw new ArgumentException($"Shader not found : {name}"); } /// /// Adds a Shader to the manager /// /// The name of the Shader /// The Shader to add public void AddShader(string name, SEShader shader) { if (!_shaders.TryAdd(name, shader)) DebugManager.Log( LogLevel.LogWarning, $"SE_SHADERMANAGER: Shader already exists : {name}" ); } /// /// Adds a Shader to the manager /// /// The name of the Shader /// The path to the vertex shader file /// The path to the fragment shader file public void AddShader(string name, string vertexFile, string fragmentFile) { if (!_shaders.TryAdd(name, new SEShader(File.ReadAllText(vertexFile), File.ReadAllText(fragmentFile)))) DebugManager.Log( LogLevel.LogWarning, $"SE_SHADERMANAGER: Shader already exists : {name}" ); } /// /// Adds a Shader to the manager /// /// The name of the Shader /// The code of the vertex shader /// The code of the fragment shader public void AddShaderFromCode(string name, string vertexCode, string fragmentCode) { if (!_shaders.TryAdd(name, new SEShader(vertexCode, fragmentCode))) DebugManager.Log( LogLevel.LogWarning, $"SE_SHADERMANAGER: Shader already exists : {name}" ); } /// /// Gets a Shader from the manager /// /// The name of the Shader /// The Shader /// Thrown if the Shader is not found public SEShader GetShader(string name) { if (_shaders.TryGetValue(name, out var shader)) return shader; DebugManager.Log(LogLevel.LogError, $"SE_SHADERMANAGER: Shader not found : {name}"); throw new ArgumentException($"Shader not found : {name}"); } internal void Unload() { foreach (var shader in _shaders.Values) Raylib.UnloadShader(shader.GetInternalShader()); _shaders.Clear(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/SoundManager.cs000066400000000000000000000065721510671031000241700ustar00rootroot00000000000000using System; using System.Collections.Generic; using Raylib_cs; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Class which manage Sound /// public class SoundManager { private readonly Dictionary _sounds = []; /// /// Get All Sounds /// public List Sounds => new(_sounds.Values); /// /// Add sound to manager /// /// Sound Name /// Sound File public void AddSound(string name, string file) { if (!_sounds.TryAdd(name, Raylib.LoadSound(file))) DebugManager.Log(LogLevel.LogWarning, $"SE_SOUNDMANAGER: Sound already exist : {name}"); } /// /// Play Sound /// /// Sound Name /// Throws if sound not found public void PlaySound(string name) { if (_sounds.TryGetValue(name, out var sound)) { Raylib.PlaySound(sound); return; } DebugManager.Log(LogLevel.LogError, $"SE_SOUNDMANAGER: Sound not found : {name}"); throw new ArgumentException($"Sound not found : {name}"); } /// /// Stop Sound /// /// Sound Name /// Throws if sound not found public void StopSound(string name) { if (_sounds.TryGetValue(name, out var sound)) { Raylib.StopSound(sound); return; } DebugManager.Log(LogLevel.LogError, $"SE_SOUNDMANAGER: Sound not found : {name}"); throw new ArgumentException($"Sound not found : {name}"); } /// /// Resume Sound /// /// Sound Name /// Throws if sound not found public void ResumeSound(string name) { if (_sounds.TryGetValue(name, out var sound)) { Raylib.ResumeSound(sound); return; } DebugManager.Log(LogLevel.LogError, $"SE_SOUNDMANAGER: Sound not found : {name}"); throw new ArgumentException($"Sound not found : {name}"); } /// /// Pause Sound /// /// Sound Name /// Throws if sound not found public void PauseSound(string name) { if (_sounds.TryGetValue(name, out var sound)) { Raylib.PauseSound(sound); return; } DebugManager.Log(LogLevel.LogError, $"SE_SOUNDMANAGER: Sound not found : {name}"); throw new ArgumentException($"Sound not found : {name}"); } /// /// Check if Sound is playing /// /// Sound Name /// If Sound is playing /// Throws if Sound not found public bool IsSoundPlaying(string name) { if (_sounds.TryGetValue(name, out var sound)) return Raylib.IsSoundPlaying(sound); DebugManager.Log(LogLevel.LogError, $"SE_SOUNDMANAGER: Sound not found : {name}"); throw new ArgumentException($"Sound not found : {name}"); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/TextureManager.cs000066400000000000000000000060631510671031000245330ustar00rootroot00000000000000using System; using System.Collections.Generic; using Raylib_cs; using SharpEngine.Core.Utils; using static System.Net.Mime.MediaTypeNames; namespace SharpEngine.Core.Manager; /// /// Class which manage textures /// public class TextureManager { private readonly Dictionary _texture2Ds = []; /// /// Get All Textures /// public List Textures => new(_texture2Ds.Values); /// /// Checks if the texture with the specified name exists in the manager. /// /// The name of the texture. /// True if the texture exists, otherwise false. public bool HasTexture(string name) => _texture2Ds.ContainsKey(name); /// /// Removes a texture from the manager. /// /// The name of the texture. /// Thrown if the texture is not found. public void RemoveTexture(string name) { if (_texture2Ds.TryGetValue(name, out var texture)) { Raylib.UnloadTexture(texture); _texture2Ds.Remove(name); return; } DebugManager.Log(LogLevel.LogError, $"SE_TEXTUREMANAGER: Texture not found : {name}"); throw new ArgumentException($"Texture not found : {name}"); } /// /// Adds a texture to the manager. /// /// The name of the texture. /// The texture to add. public void AddTexture(string name, Texture2D texture2D) { if (!_texture2Ds.TryAdd(name, texture2D)) DebugManager.Log( LogLevel.LogWarning, $"SE_TEXTUREMANAGER: Texture already exists : {name}" ); } /// /// Adds a texture to the manager. /// /// The name of the texture. /// The file path of the texture. public void AddTexture(string name, string file) { if (!_texture2Ds.TryAdd(name, Raylib.LoadTexture(file))) DebugManager.Log( LogLevel.LogWarning, $"SE_TEXTUREMANAGER: Texture already exists : {name}" ); } /// /// Gets a texture from the manager. /// /// The name of the texture. /// The texture. /// Thrown if the texture is not found. public Texture2D GetTexture(string name) { if (_texture2Ds.TryGetValue(name, out var texture)) return texture; DebugManager.Log(LogLevel.LogError, $"SE_TEXTUREMANAGER: Texture not found : {name}"); throw new ArgumentException($"Texture not found : {name}"); } internal void Unload() { foreach (var texture in _texture2Ds.Values) Raylib.UnloadTexture(texture); _texture2Ds.Clear(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Manager/TimerManager.cs000066400000000000000000000023521510671031000241500ustar00rootroot00000000000000using System.Collections.Generic; using System.Linq; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Manager; /// /// Class which manage timer /// public class TimerManager { private readonly Dictionary _timers = []; /// /// Get All Musics /// public List Timers => new(_timers.Values); /// /// Add Timer to manager /// /// Timer Name /// Timer public void AddTimer(string name, Timer timer) { if (!_timers.TryAdd(name, timer)) DebugManager.Log(LogLevel.LogWarning, $"SE_TIMERMANAGER: Timer already exist : {name}"); } /// /// Get Timer from Manager /// /// Timer Name /// Timer public Timer? GetTimer(string name) { return _timers.TryGetValue(name, out var timer) ? timer : null; } internal void Update(float delta) { for (var i = _timers.Count - 1; i > -1; i--) { if (_timers.ElementAt(i).Value.Update(delta)) _timers.Remove(_timers.ElementAt(i).Key); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Math/000077500000000000000000000000001510671031000205635ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Math/MathHelper.cs000066400000000000000000000045451510671031000231530ustar00rootroot00000000000000namespace SharpEngine.Core.Math; /// /// Class with some Math functions and values /// public static class MathHelper { /// /// E Value /// public const float E = 2.71828175F; /// /// Log10E Value /// public const float Log10E = 0.4342945F; /// /// Log2E Value /// public const float Log2E = 1.442695F; /// /// Pi Value /// public const float Pi = 3.14159274F; /// /// Pi/2 Value /// public const float PiOver2 = 1.57079637F; /// /// Pi/4 Value /// public const float PiOver4 = 0.7853982F; /// /// Tau Value /// public const float Tau = 6.28318548F; /// /// 2*Pi Value /// public const float TwoPi = 6.28318548F; /// /// Convert Radians to Degrees /// /// Radians Value /// Degrees Value public static float ToDegrees(float radians) => radians * 180 / Pi; /// /// Convert Degrees to Radians /// /// Degrees Value /// Radians Value public static float ToRadians(float degrees) => degrees * Pi / 180; /// /// Block value between two values (included) /// /// Current Value /// Min Value (included) /// Max Value (included) /// Clamped Value public static float Clamp(float value, float mini = float.MinValue, float maxi = float.MaxValue) { if (value < mini) return mini; return value > maxi ? maxi : value; } /// /// Block value between two values (included) /// /// Current Value /// Min Value (included) /// Max Value (included) /// Clamped Value public static int Clamp(int value, int mini = int.MinValue, int maxi = int.MaxValue) { if (value < mini) return mini; return value > maxi ? maxi : value; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Math/Rand.cs000066400000000000000000000033231510671031000217770ustar00rootroot00000000000000using System; namespace SharpEngine.Core.Math; /// /// Class for random numbers /// public static class Rand { private static readonly Random Random = new(); /// /// Get random integer between minimum and maximum values /// /// Minimum Value (included) /// Maximum Value (excluded) /// Random Number public static int GetRand(int min, int max) => Random.Next(min, max); /// /// Get random integer between 0 and maximum values /// /// Maximum Value (excluded) /// Random Number public static int GetRand(int max) => Random.Next(max); /// /// Get random non negative integer /// /// Random Number public static int GetRand() => Random.Next(); /// /// Get random float between minimum and maximum values /// /// Minimum Value (included) /// Maximum Value (excluded) /// Random Number public static float GetRandF(float min, float max) => Random.NextSingle() * (max - min) + min; /// /// Get random float between 0 and maximum values /// /// Maximum Value (excluded) /// Random Number public static float GetRandF(float max) => Random.NextSingle() * max; /// /// Get random float between 0 and 1 /// /// Random Number public static float GetRandF() => Random.NextSingle(); } SharpEngine.Core-2.3.0/SharpEngine.Core/Math/Rect.cs000066400000000000000000000072051510671031000220130ustar00rootroot00000000000000using System; using Raylib_cs; namespace SharpEngine.Core.Math; /// /// Struct which represents Rectangle /// /// X Position /// Y Position /// Width Size /// Height Size public struct Rect(float x, float y, float width, float height) { /// /// X Position /// public float X { get; set; } = x; /// /// Y Position /// public float Y { get; set; } = y; /// /// Width Size /// public float Width { get; set; } = width; /// /// Height Size /// public float Height { get; set; } = height; /// /// Rectangle /// /// Position /// Size public Rect(Vec2 position, Vec2 size) : this(position.X, position.Y, size.X, size.Y) { } /// /// Rectangle /// /// X Position /// Y Position /// Size public Rect(float x, float y, Vec2 size) : this(x, y, size.X, size.Y) { } /// /// Rectangle /// /// Position /// Width Size /// Height Size public Rect(Vec2 position, float width, float height) : this(position.X, position.Y, width, height) { } /// /// Return if position is in Rect /// /// Position /// if Position is in Rect public readonly bool Contains(Vec2 position) => X <= position.X && position.X <= X + Width && Y <= position.Y && position.Y <= Y + Height; /// /// Return if other Rect is in Rect /// /// Rect /// If intersect public readonly bool Intersect(Rect other) => X <= other.X + other.Width && X + Width >= other.X && Y <= other.Y + other.Height && Y + Height >= other.Y; /// public override readonly bool Equals(object? obj) { if (obj is Rect rect) return this == rect; return obj != null && obj.Equals(this); } /// public override readonly int GetHashCode() => HashCode.Combine(X, Y, Width, Height); /// public override readonly string ToString() => $"Rect(X={X}, Y={Y}, Width={Width}, Height={Height})"; /// /// Operator inequality /// /// First Rect /// Second Rect /// If first is not equals to second public static bool operator !=(Rect r1, Rect r2) => !(r1 == r2); /// /// Operator equality /// /// First Rect /// Second Rect /// If first is equals to second public static bool operator ==(Rect r1, Rect r2) => System.Math.Abs(r1.X - r2.X) < 0.001f && System.Math.Abs(r1.Y - r2.Y) < 0.001f && System.Math.Abs(r1.Width - r2.Width) < 0.001f && System.Math.Abs(r1.Height - r2.Height) < 0.001f; /// /// Convert Rect to Rectangle /// /// Rect /// Rect public static implicit operator Rectangle(Rect rect) => new(rect.X, rect.Y, rect.Width, rect.Height); } SharpEngine.Core-2.3.0/SharpEngine.Core/Math/Vec2.cs000066400000000000000000000145051510671031000217160ustar00rootroot00000000000000using System; using System.Numerics; namespace SharpEngine.Core.Math; /// /// Struct which represents Vector 2D /// public struct Vec2 { /// /// Vector 2D with 0 on X and Y /// public static readonly Vec2 Zero = new(0); /// /// Vector 2D with 1 on X and Y /// public static readonly Vec2 One = new(1); /// /// X Position /// public float X { get; set; } /// /// Y Position /// public float Y { get; set; } /// /// Vector 2D /// /// Value which be X and Y Positions public Vec2(float xy) { X = xy; Y = xy; } /// /// Vector 2D /// /// X Position /// Y Position public Vec2(float x, float y) { X = x; Y = y; } /// /// If Vector 2D is Zero /// /// If is Zero public readonly bool IsZero() => X == 0 && Y == 0; /// /// Length of Vector 2D /// /// Length public readonly float Length() => MathF.Sqrt(X * X + Y * Y); /// /// Squared Length of Vector 2D /// /// Squared Length public readonly float LengthSquared() => X * X + Y * Y; /// /// Normalized Vector 2D /// /// Normalized Vector public readonly Vec2 Normalized() { var length = MathF.Sqrt(X * X + Y * Y); return length == 0 ? Zero : new Vec2(X / length, Y / length); } /// /// Get Distance to go to Vector 2D /// /// Target /// Distance public readonly float DistanceTo(Vec2 vec2) { var x = vec2.X - X; var y = vec2.Y - Y; return MathF.Sqrt(x * x + y * y); } /// public override readonly bool Equals(object? obj) { if (obj is Vec2 vec) return this == vec; return obj != null && obj.Equals(this); } /// public override readonly int GetHashCode() => HashCode.Combine(X, Y); /// public override readonly string ToString() => $"Vec2(X={X}, Y={Y})"; /// /// Operator inequality /// /// First Vector 2D /// Second Vector 2D /// If first is not equals to second public static bool operator !=(Vec2 vec1, Vec2 vec2) => !(vec1 == vec2); /// /// Operator equality /// /// First Vector 2D /// Second Vector 2D /// If first is equals to second public static bool operator ==(Vec2 vec1, Vec2 vec2) => System.Math.Abs(vec1.X - vec2.X) < 0.001f && System.Math.Abs(vec1.Y - vec2.Y) < 0.001f; /// /// Operator Negation /// /// Vector 2D /// Negative Vector 2D public static Vec2 operator -(Vec2 vec) => new(-vec.X, -vec.Y); /// /// Operator Subtraction /// /// First Vector 2D /// Second Vector 2D /// Vector 2D with first values subtracted by second values public static Vec2 operator -(Vec2 vec, Vec2 vec2) => new(vec.X - vec2.X, vec.Y - vec2.Y); /// /// Operator Subtraction /// /// Vector 2D /// /// Vector 2D with values subtracted by factor public static Vec2 operator -(Vec2 vec, float factor) => new(vec.X - factor, vec.Y - factor); /// /// Operator Addition /// /// First Vector 2D /// Second Vector 2D /// Vector 2D with first values added with second values public static Vec2 operator +(Vec2 vec, Vec2 vec2) => new(vec.X + vec2.X, vec.Y + vec2.Y); /// /// Operator Addition /// /// Vector 2D /// /// Vector 2D with values added with factor public static Vec2 operator +(Vec2 vec, float factor) => new(vec.X + factor, vec.Y + factor); /// /// Operator Multiplication /// /// First Vector 2D /// Second Vector 2D /// Vector 2D with first values multiplied by second values public static Vec2 operator *(Vec2 vec, Vec2 vec2) => new(vec.X * vec2.X, vec.Y * vec2.Y); /// /// Operator Multiplication /// /// Vector 2D /// /// Vector 2D with values multiplied by factor public static Vec2 operator *(Vec2 vec, float factor) => new(vec.X * factor, vec.Y * factor); /// /// Operator Division /// /// First Vector 2D /// Second Vector 2D /// Vector 2D with first values divided by second values public static Vec2 operator /(Vec2 vec, Vec2 vec2) => new(vec.X / vec2.X, vec.Y / vec2.Y); /// /// Operator Division /// /// Vector 2D /// /// Vector 2D with values divided by factor public static Vec2 operator /(Vec2 vec, float factor) => new(vec.X / factor, vec.Y / factor); /// /// Convert Vector2 to Vec2 /// /// Vector2 /// Vec2 public static implicit operator Vec2(Vector2 vec) => new(vec.X, vec.Y); /// /// Convert Vec2 to Vector2 /// /// Vec2 /// Vector2 public static implicit operator Vector2(Vec2 vec) => new(vec.X, vec.Y); } SharpEngine.Core-2.3.0/SharpEngine.Core/Particle/000077500000000000000000000000001510671031000214355ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Particle/Particle.cs000066400000000000000000000103171510671031000235310ustar00rootroot00000000000000using System; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using Color = SharpEngine.Core.Utils.Color; namespace SharpEngine.Core.Particle; /// /// CLass which represents Particle /// /// Particle Parameters public class Particle(ParticleParameters parameters) { /// /// Position of Particle /// public Vec2 Position { get; set; } = parameters.Position; /// /// Velocity of Particle /// public Vec2 Velocity { get; set; } = parameters.Velocity; /// /// Acceleration of Particle /// public Vec2 Acceleration { get; set; } = parameters.Acceleration; /// /// Lifetime of Particle /// public float Lifetime { get; set; } = parameters.Lifetime; /// /// Time Since Start of Particle /// public float TimeSinceStart { get; set; } = 0; /// /// Size of Particle /// public float Size { get; set; } = parameters.SizeFunction == ParticleParametersFunction.Increase ? 0 : parameters.Size; /// /// Max Size of Particle /// public float MaxSize { get; set; } = parameters.Size; /// /// Rotation of Particle /// public float Rotation { get; set; } = parameters.Rotation; /// /// Rotation Speed of Particle /// public float RotationSpeed { get; set; } = parameters.RotationSpeed; /// /// Begin Color of Particle /// public Color BeginColor { get; set; } = parameters.BeginColor; /// /// Current Color of Particle /// public Color CurrentColor { get; set; } = parameters.BeginColor; /// /// End Color of Particle /// public Color EndColor { get; set; } = parameters.EndColor; /// /// Size Function of Particle /// public ParticleParametersFunction SizeFunction { get; set; } = parameters.SizeFunction; /// /// Size Function Value of Particle /// public float SizeFunctionValue { get; set; } = parameters.SizeFunctionValue; /// /// ZLayer of Particle /// public int ZLayer { get; set; } = parameters.ZLayer; /// /// Update Particle /// /// Frame Time /// throws if SizeFunction is unknown public void Update(float delta) { Velocity = new Vec2( Velocity.X + Acceleration.X * delta, Velocity.Y + Acceleration.Y * delta ); Position = new Vec2(Position.X + Velocity.X * delta, Position.Y + Velocity.Y * delta); Rotation += RotationSpeed * delta; switch (SizeFunction) { case ParticleParametersFunction.Increase when SizeFunctionValue == 0: Size = MaxSize * TimeSinceStart / Lifetime; break; case ParticleParametersFunction.Increase: Size += SizeFunctionValue; break; case ParticleParametersFunction.Decrease when SizeFunctionValue == 0: Size = MaxSize * (Lifetime - TimeSinceStart) / Lifetime; break; case ParticleParametersFunction.Decrease: Size -= SizeFunctionValue; break; case ParticleParametersFunction.Normal: break; default: throw new ArgumentException("Unknown Size Function"); } if (EndColor != BeginColor) CurrentColor = BeginColor.TranslateTo(EndColor, TimeSinceStart, Lifetime); TimeSinceStart += delta; } /// /// Draw Particle /// public void Draw() { if (Size == 0) return; SERender.DrawRectangle( new Rect(Position.X, Position.Y, Size, Size), new Vec2(Size / 2, Size / 2), Rotation, CurrentColor, InstructionSource.Entity, ZLayer ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Particle/ParticleEmitter.cs000066400000000000000000000177411510671031000250730ustar00rootroot00000000000000using System; using System.Collections.Generic; using SharpEngine.Core.Math; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Particle; /// /// Class which represents Particle Emitter /// /// Particle Emitter Parameters public class ParticleEmitter(ParticleEmitterParameters parameters) { /// /// new() of Particle Emitter /// public List Particles { get; } = []; /// /// BeginColors of Particle Emitter /// public Color[] BeginColors { get; set; } = parameters.BeginColors; /// /// EndColors of Particle Emitter /// public Color[]? EndColors { get; set; } = parameters.EndColors; /// /// Offset of Particle Emitter /// public Vec2 Offset { get; set; } = parameters.Offset; /// /// MinVelocity of Particle Emitter /// public float MinVelocity { get; set; } = parameters.MinVelocity; /// /// MaxVelocity of Particle Emitter /// public float MaxVelocity { get; set; } = parameters.MaxVelocity; /// /// MinAcceleration of Particle Emitter /// public float MinAcceleration { get; set; } = parameters.MinAcceleration; /// /// MaxAcceleration of Particle Emitter /// public float MaxAcceleration { get; set; } = parameters.MaxAcceleration; /// /// MinRotationSpeed of Particle Emitter /// public float MinRotationSpeed { get; set; } = parameters.MinRotationSpeed; /// /// MaxRotationSpeed of Particle Emitter /// public float MaxRotationSpeed { get; set; } = parameters.MaxRotationSpeed; /// /// MinRotation of Particle Emitter /// public float MinRotation { get; set; } = parameters.MinRotation; /// /// MaxRotation of Particle Emitter /// public float MaxRotation { get; set; } = parameters.MaxRotation; /// /// MinLifetime of Particle Emitter /// public float MinLifetime { get; set; } = parameters.MinLifetime; /// /// MaxLifetime of Particle Emitter /// public float MaxLifetime { get; set; } = parameters.MaxLifetime; /// /// MinDirection of Particle Emitter /// public float MinDirection { get; set; } = parameters.MinDirection; /// /// MaxDirection of Particle Emitter /// public float MaxDirection { get; set; } = parameters.MaxDirection; /// /// MinTimerBeforeSpawn of Particle Emitter /// public float MinTimerBeforeSpawn { get; set; } = parameters.MinTimerBeforeSpawn; /// /// MaxTimerBeforeSpawn of Particle Emitter /// public float MaxTimerBeforeSpawn { get; set; } = parameters.MaxTimerBeforeSpawn; /// /// MinNbParticlesPerSpawn of Particle Emitter /// public int MinNbParticlesPerSpawn { get; set; } = parameters.MinNbParticlesPerSpawn; /// /// MaxNbParticlesPerSpawn of Particle Emitter /// public int MaxNbParticlesPerSpawn { get; set; } = parameters.MaxNbParticlesPerSpawn; /// /// MinSize of Particle Emitter /// public float MinSize { get; set; } = parameters.MinSize; /// /// MaxSize of Particle Emitter /// public float MaxSize { get; set; } = parameters.MaxSize; /// /// SizeFunction of Particle Emitter /// public ParticleParametersFunction SizeFunction { get; set; } = parameters.SizeFunction; /// /// SizeFunctionValue of Particle Emitter /// public float SizeFunctionValue { get; set; } = parameters.SizeFunctionValue; /// /// SpawnSize of Particle Emitter /// public Vec2 SpawnSize { get; set; } = parameters.SpawnSize; /// /// MaxParticles of Particle Emitter /// public int MaxParticles { get; set; } = parameters.MaxParticles; /// /// Active of Particle Emitter /// public bool Active { get; set; } = parameters.Active; /// /// ZLayer of Particle Emitter /// public int ZLayer { get; set; } = parameters.ZLayer; private float _timerBeforeSpawn; /// /// Number of Particles /// public int ParticlesCount => Particles.Count; /// /// Spawn Particle /// /// Particle Position public void SpawnParticle(Vec2 objectPosition) { Vec2 position; if (SpawnSize == Vec2.Zero) position = new Vec2(Offset.X + objectPosition.X, Offset.Y + objectPosition.Y); else position = new Vec2( Rand.GetRandF(-SpawnSize.X / 2, SpawnSize.X / 2) + Offset.X + objectPosition.X, Rand.GetRandF(-SpawnSize.Y / 2, SpawnSize.Y / 2) + Offset.Y + objectPosition.Y ); var angle = Rand.GetRandF(MinDirection, MaxDirection); var velocity = new Vec2(MathF.Cos(MathHelper.ToRadians(angle)), MathF.Sin(MathHelper.ToRadians(angle))) * Rand.GetRandF(MinVelocity, MaxVelocity); var acceleration = new Vec2(MathF.Cos(MathHelper.ToRadians(angle)), MathF.Sin(MathHelper.ToRadians(angle))) * Rand.GetRandF(MinAcceleration, MaxAcceleration); var rotation = Rand.GetRandF(MinRotation, MaxRotation); var rotationSpeed = Rand.GetRandF(MinRotationSpeed, MaxRotationSpeed); var lifetime = Rand.GetRandF(MinLifetime, MaxLifetime); var size = Rand.GetRandF(MinSize, MaxSize); var beginColor = BeginColors[Rand.GetRand(0, BeginColors.Length - 1)]; var endColor = beginColor; if (EndColors != null) endColor = EndColors[Rand.GetRand(0, EndColors.Length - 1)]; var particle = new Particle( new ParticleParameters { Position = position, Velocity = velocity, Acceleration = acceleration, Lifetime = lifetime, Size = size, Rotation = rotation, RotationSpeed = rotationSpeed, BeginColor = beginColor, EndColor = endColor, SizeFunction = SizeFunction, SizeFunctionValue = SizeFunctionValue, ZLayer = ZLayer } ); Particles.Add(particle); } /// /// Update Emitter /// /// Frame Time /// Emitter Position public void Update(float delta, Vec2 objectPosition) { List mustBeDeleted = []; foreach (var particle in Particles) { particle.Update(delta); if (particle.TimeSinceStart >= particle.Lifetime) mustBeDeleted.Add(particle); } foreach (var particle in mustBeDeleted) Particles.Remove(particle); mustBeDeleted.Clear(); if (!Active) return; if (_timerBeforeSpawn <= 0) { if (MaxParticles == -1 || MaxParticles > Particles.Count) { var nbParticles = Rand.GetRand(MinNbParticlesPerSpawn, MaxNbParticlesPerSpawn); for (var i = 0; i < nbParticles; i++) SpawnParticle(objectPosition); } _timerBeforeSpawn = Rand.GetRandF(MinTimerBeforeSpawn, MaxTimerBeforeSpawn); } _timerBeforeSpawn -= delta; } /// /// Draw Particles of Emitter /// public void Draw() { foreach (var particle in Particles) particle.Draw(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Particle/ParticleEmitterParameters.cs000066400000000000000000000104751510671031000271140ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Particle { /// /// Struct which represents parameters to create Particle Emitter /// public struct ParticleEmitterParameters { /// /// Create Particle Emitter Parameters /// public ParticleEmitterParameters() { } /// /// BeginColors of Particle Emitter /// public Color[] BeginColors { get; set; } = []; /// /// EndColors of Particle Emitter /// public Color[]? EndColors { get; set; } = null; /// /// Offset of Particle Emitter /// public Vec2 Offset { get; set; } = Vec2.Zero; /// /// MinVelocity of Particle Emitter /// public float MinVelocity { get; set; } = 20; /// /// MaxVelocity of Particle Emitter /// public float MaxVelocity { get; set; } = 20; /// /// MinAcceleration of Particle Emitter /// public float MinAcceleration { get; set; } = 0; /// /// MaxAcceleration of Particle Emitter /// public float MaxAcceleration { get; set; } = 0; /// /// MinRotationSpeed of Particle Emitter /// public float MinRotationSpeed { get; set; } = 0; /// /// MaxRotationSpeed of Particle Emitter /// public float MaxRotationSpeed { get; set; } = 0; /// /// MinRotation of Particle Emitter /// public float MinRotation { get; set; } = 0; /// /// MaxRotation of Particle Emitter /// public float MaxRotation { get; set; } = 0; /// /// MinLifetime of Particle Emitter /// public float MinLifetime { get; set; } = 2; /// /// MaxLifetime of Particle Emitter /// public float MaxLifetime { get; set; } = 2; /// /// MinDirection of Particle Emitter /// public float MinDirection { get; set; } = 0; /// /// MaxDirection of Particle Emitter /// public float MaxDirection { get; set; } = 0; /// /// MinTimerBeforeSpawn of Particle Emitter /// public float MinTimerBeforeSpawn { get; set; } = 0.3f; /// /// MaxTimerBeforeSpawn of Particle Emitter /// public float MaxTimerBeforeSpawn { get; set; } = 0.3f; /// /// MinNbParticlesPerSpawn of Particle Emitter /// public int MinNbParticlesPerSpawn { get; set; } = 4; /// /// MaxNbParticlesPerSpawn of Particle Emitter /// public int MaxNbParticlesPerSpawn { get; set; } = 4; /// /// MinSize of Particle Emitter /// public float MinSize { get; set; } = 5; /// /// MaxSize of Particle Emitter /// public float MaxSize { get; set; } = 5; /// /// SizeFunction of Particle Emitter /// public ParticleParametersFunction SizeFunction { get; set; } = ParticleParametersFunction.Normal; /// /// SizeFunctionValue of Particle Emitter /// public float SizeFunctionValue { get; set; } = 0; /// /// SpawnSize of Particle Emitter /// public Vec2 SpawnSize { get; set; } = Vec2.Zero; /// /// MaxParticles of Particle Emitter /// public int MaxParticles { get; set; } = -1; /// /// Active of Particle Emitter /// public bool Active { get; set; } = false; /// /// ZLayer of Particle Emitter /// public int ZLayer { get; set; } = 0; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Particle/ParticleParameters.cs000066400000000000000000000033701510671031000255560ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Particle { /// /// Struct which represents parameters to create Particle /// public struct ParticleParameters { /// /// Position of Particle /// public Vec2 Position { get; set; } /// /// Velocity of Particle /// public Vec2 Velocity { get; set; } /// /// Acceleration of Particle /// public Vec2 Acceleration { get; set; } /// /// Lifetime of Particle /// public float Lifetime { get; set; } /// /// Size of Particle /// public float Size { get; set; } /// /// Rotation of Particle /// public float Rotation { get; set; } /// /// Rotation Speed of Particle /// public float RotationSpeed { get; set; } /// /// Begin Color of Particle /// public Color BeginColor { get; set; } /// /// End Color of Particle /// public Color EndColor { get; set; } /// /// Size Function of Particle /// public ParticleParametersFunction SizeFunction { get; set; } /// /// Size Function Value of Particle /// public float SizeFunctionValue { get; set; } /// /// ZLayer of Particle /// public int ZLayer { get; set; } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Particle/ParticleParametersFunction.cs000066400000000000000000000006071510671031000272640ustar00rootroot00000000000000namespace SharpEngine.Core.Particle; /// /// Enum which represents functions for particles /// public enum ParticleParametersFunction { /// /// Decrease function /// Decrease, /// /// Increase function /// Increase, /// /// Normal function /// Normal } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/000077500000000000000000000000001510671031000214405ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instruction.cs000066400000000000000000000011751510671031000243140ustar00rootroot00000000000000using System.Collections.Generic; namespace SharpEngine.Core.Renderer; /// /// Struct which represents renderer instruction /// internal abstract record Instruction { /// /// if Instruction is for entities or ui /// public InstructionSource Source; /// /// Z Layer of Instruction /// public float ZLayer; /// /// Parameters of Instruction /// public required List Parameters; /// /// Executes the instruction. /// internal virtual void Execute() { } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/InstructionSource.cs000066400000000000000000000005031510671031000254670ustar00rootroot00000000000000namespace SharpEngine.Core.Renderer; /// /// Enum which represents from what instruction come /// public enum InstructionSource { /// /// Instruction created by Entity /// Entity, /// /// Instruction created by UI /// UI } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/000077500000000000000000000000001510671031000241445ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawCircleLines.cs000066400000000000000000000007701510671031000275110ustar00rootroot00000000000000using Raylib_cs; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws circle lines. /// internal record class DrawCircleLines : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawCircleLines( Convert.ToInt32(Parameters[0]), Convert.ToInt32(Parameters[1]), Convert.ToSingle(Parameters[2]), (Utils.Color)Parameters[3] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawRectangle.cs000066400000000000000000000010741510671031000272170ustar00rootroot00000000000000using Raylib_cs; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws a rectangle. /// internal record class DrawRectangle : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawRectangle( Convert.ToInt32(Parameters[0]), // X Convert.ToInt32(Parameters[1]), // Y Convert.ToInt32(Parameters[2]), // Width Convert.ToInt32(Parameters[3]), // Height (Utils.Color)Parameters[4] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawRectangleLinesEx.cs000066400000000000000000000007631510671031000305130ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws rectangle lines extended. /// internal record class DrawRectangleLinesEx : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawRectangleLinesEx( (Rect)Parameters[0], Convert.ToInt32(Parameters[1]), (Utils.Color)Parameters[2] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawRectanglePro.cs000066400000000000000000000010251510671031000276740ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws a rectangle with pro parameters. /// internal record class DrawRectanglePro : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawRectanglePro( (Rect)Parameters[0], (Vec2)Parameters[1], Convert.ToSingle(Parameters[2]), (Utils.Color)Parameters[3] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawTextEx.cs000066400000000000000000000011411510671031000265270ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws text with extended parameters. /// internal record class DrawTextEx : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawTextEx( (Font)Parameters[0], Convert.ToString(Parameters[1]), (Vec2)Parameters[2], Convert.ToInt32(Parameters[3]), Convert.ToInt32(Parameters[4]), (Utils.Color)Parameters[5] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawTextPro.cs000066400000000000000000000012561510671031000267220ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws text with pro parameters. /// internal record class DrawTextPro : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawTextPro( (Font)Parameters[0], Convert.ToString(Parameters[1]), (Vec2)Parameters[2], (Vec2)Parameters[3], Convert.ToSingle(Parameters[4]), Convert.ToInt32(Parameters[5]), Convert.ToInt32(Parameters[6]), (Utils.Color)Parameters[7] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/DrawTexturePro.cs000066400000000000000000000011301510671031000274250ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using System; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws a texture with pro parameters. /// internal record class DrawTexturePro : Instruction { internal override void Execute() { base.Execute(); Raylib.DrawTexturePro( (Texture2D)Parameters[0], (Rect)Parameters[1], (Rect)Parameters[2], (Vec2)Parameters[3], Convert.ToSingle(Parameters[4]), (Utils.Color)Parameters[5] ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/ScissorMode.cs000066400000000000000000000013001510671031000267170ustar00rootroot00000000000000using System; using System.Linq; using Raylib_cs; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws in scissor mode. /// internal record class ScissorMode : Instruction { internal override void Execute() { base.Execute(); Raylib.BeginScissorMode( Convert.ToInt32(Parameters[0]), Convert.ToInt32(Parameters[1]), Convert.ToInt32(Parameters[2]), Convert.ToInt32(Parameters[3]) ); SERender.DrawInstructions( Parameters.GetRange(4, Parameters.Count - 4).Select(x => (Instruction)x).ToList() ); Raylib.EndScissorMode(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/Instructions/ShaderMode.cs000066400000000000000000000010341510671031000265040ustar00rootroot00000000000000using System.Linq; using Raylib_cs; namespace SharpEngine.Core.Renderer.Instructions; /// /// Draws in shader mode. /// internal record class ShaderMode : Instruction { /// internal override void Execute() { base.Execute(); Raylib.BeginShaderMode((Shader)Parameters[0]); SERender.DrawInstructions( Parameters.GetRange(1, Parameters.Count - 1).Select(x => (Instruction)x).ToList() ); Raylib.EndShaderMode(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Renderer/SERender.cs000066400000000000000000000252031510671031000234400ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Linq; using Raylib_cs; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer.Instructions; namespace SharpEngine.Core.Renderer; /// /// Static class which used to render textures, texts or rectangles /// public static class SERender { /// /// Number of Last Instructions /// public static int LastInstructionsNumber { get; set; } /// /// Number of Last Entity Instructions /// public static int LastEntityInstructionsNumber { get; set; } /// /// Number of Last UI Instructions /// public static int LastUIInstructionsNumber { get; set; } /// /// Current Instructions to be rendered /// private static List Instructions = []; internal static void DrawInstructions(List instructions) { foreach (var instruction in instructions) { LastInstructionsNumber++; if (instruction.Source == InstructionSource.Entity) LastEntityInstructionsNumber++; else LastUIInstructionsNumber++; instruction.Execute(); } } /// /// Draw all instructions in Window /// /// Window public static void Draw(Window window) { LastInstructionsNumber = 0; LastEntityInstructionsNumber = 0; LastUIInstructionsNumber = 0; List entityInstructions = []; List uiInstructions = []; foreach (var instruction in Instructions) { switch (instruction.Source) { case InstructionSource.Entity: entityInstructions.Add(instruction); break; case InstructionSource.UI: uiInstructions.Add(instruction); break; default: throw new ArgumentException("Unknown instruction source"); } } entityInstructions.Sort((i1, i2) => i1.ZLayer.CompareTo(i2.ZLayer)); uiInstructions.Sort((i1, i2) => i1.ZLayer.CompareTo(i2.ZLayer)); Raylib.BeginMode2D(window.CameraManager.Camera2D); DrawInstructions(entityInstructions); Raylib.EndMode2D(); DrawInstructions(uiInstructions); Instructions.Clear(); } /// /// Add Shader Mode Instructions /// /// Shader /// Instruction Source /// Z Layer /// Function which render in shader mode public static void ShaderMode( Shader shader, InstructionSource source, float zLayer, Action shaderAction ) { var instructions = new List(Instructions); Instructions.Clear(); shaderAction(); var instruction = new ShaderMode { Source = source, ZLayer = zLayer, Parameters = [shader] }; instruction.Parameters.AddRange(Instructions.Select(x => (object)x)); Instructions = instructions; Instructions.Add(instruction); } /// /// Add Scissor Mode Instructions /// /// Position X /// Position Y /// Width /// Height /// Instruction Source /// Z Layer /// Function which render in scissor mode public static void ScissorMode( float posX, float posY, float width, float height, InstructionSource source, float zLayer, Action scissorAction ) { var instructions = new List(Instructions); Instructions.Clear(); scissorAction(); var instruction = new ScissorMode { Source = source, ZLayer = zLayer, Parameters = [posX, posY, width, height] }; instruction.Parameters.AddRange(Instructions.Select(x => (object)x)); Instructions = instructions; Instructions.Add(instruction); } /// /// Add Draw Rectangle Pro Instruction /// /// Rectangle /// Origin /// Rotation /// Color /// Instruction Source /// Z Layer public static void DrawRectangle( Rect rectangle, Vec2 origin, float rotation, Utils.Color color, InstructionSource source, float zLayer ) { Instructions.Add( new DrawRectanglePro { Source = source, ZLayer = zLayer, Parameters = [rectangle, origin, rotation, color] } ); } /// /// Add Draw Rectangle Instruction /// /// Position X /// Position Y /// Width /// Height /// Color /// Instruction Source /// Z Layer public static void DrawRectangle( float posX, float posY, float width, float height, Utils.Color color, InstructionSource source, float zLayer ) { Instructions.Add( new DrawRectangle { Source = source, ZLayer = zLayer, Parameters = [posX, posY, width, height, color] } ); } /// /// Add Draw Rectangle Lines Ex Instruction /// /// Rectangle /// Border Size /// Border Color /// Instruction Source /// Z Layer public static void DrawRectangleLines( Rect rect, float borderSize, Utils.Color borderColor, InstructionSource source, float zLayer ) { Instructions.Add( new DrawRectangleLinesEx { Source = source, ZLayer = zLayer, Parameters = [rect, borderSize, borderColor] } ); } /// /// Add Draw Circle Lines Instruction /// /// Position X /// Position Y /// Radius /// Border Color /// Instruction Source /// Z Layer public static void DrawCircleLines( float posX, float posY, float radius, Utils.Color borderColor, InstructionSource source, float zLayer ) { Instructions.Add( new DrawCircleLines { Source = source, ZLayer = zLayer, Parameters = [posX, posY, radius, borderColor] } ); } /// /// Add Draw Texture Pro Instruction /// /// Texture /// Rectangle Source /// Rectangle Destination /// Origin /// Rotation /// Color Tint /// Instruction Source /// Z Layer public static void DrawTexture( Texture2D texture, Rect src, Rect dest, Vec2 origin, float rotation, Utils.Color tint, InstructionSource source, float zLayer ) { Instructions.Add( new DrawTexturePro { Source = source, ZLayer = zLayer, Parameters = [texture, src, dest, origin, rotation, tint] } ); } /// /// Add Draw Text Pro Instruction /// /// Font /// Text /// Position /// Origin /// Rotation /// Font Size /// Spacing /// Color /// Instruction Source /// Z Layer public static void DrawText( Font font, string text, Vec2 position, Vec2 origin, float rotation, float fontSize, float spacing, Utils.Color color, InstructionSource source, float zLayer ) { Instructions.Add( new DrawTextPro { Source = source, ZLayer = zLayer, Parameters = [ font, text, position, origin, rotation, fontSize, spacing, color ] } ); } /// /// Add Draw Text Ex Instruction /// /// Font /// Text /// Position /// Font Size /// Spacing /// Color /// Instruction Source /// Z Layer public static void DrawText( Font font, string text, Vec2 position, float fontSize, float spacing, Utils.Color color, InstructionSource source, float zLayer ) { Instructions.Add( new DrawTextEx { Source = source, ZLayer = zLayer, Parameters = [font, text, position, fontSize, spacing, color] } ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Scene.cs000066400000000000000000000156231510671031000212650ustar00rootroot00000000000000using System.Collections.Generic; using System.Linq; using SharpEngine.Core.Utils; namespace SharpEngine.Core; /// /// Class which represents a Scene /// public class Scene { /// /// Define if Scene is paused /// public bool Paused { get; set; } = false; /// /// Window which have this scene /// public Window? Window { get; set; } /// /// All Widgets of Scene /// public List Widgets { get; } = []; /// /// All Entities of Scene /// public List Entities { get; } = []; private readonly List _addEntities = []; private readonly List _addWidgets = []; private readonly List _removeEntities = []; private readonly List _removeWidgets = []; private readonly List _sceneSystems = []; /// /// Create Scene /// public Scene() { } /// /// Add Scene System /// /// Scene System public void AddSceneSystem(ISceneSystem system) => _sceneSystems.Add(system); /// /// Get Scene System /// /// Type of System /// System or null public T? GetSceneSystem() where T : ISceneSystem => _sceneSystems.OfType().FirstOrDefault(); /// /// Add Widget to Scene /// /// Widget which be added /// If adding must be delayed /// Type of Widget /// Widget public T AddWidget(T widget, bool delay = false) where T : Widget.Widget { if (delay) _addWidgets.Add(widget); else { widget.Scene = this; Widgets.Add(widget); } return widget; } /// /// Get All Widgets of one Type /// /// Type of Widgets /// Widgets public List GetWidgetsAs() where T : Widget.Widget => Widgets.OfType().ToList(); /// /// Remove Widget /// /// Widget which be removed /// If remove must be delayed public void RemoveWidget(Widget.Widget widget, bool delay = false) { if (delay) _removeWidgets.Add(widget); else { widget.Scene = null; Widgets.Remove(widget); } } /// /// Remove All Widgets /// public void RemoveAllWidgets() { foreach (var widget in Widgets) widget.Scene = null; Widgets.Clear(); } /// /// Add Entity To Scene /// /// Entity to be added /// If adding must be delayed /// Type of Widgets /// Entity public T AddEntity(T entity, bool delay = false) where T : Entity.Entity { if (delay) _addEntities.Add(entity); else { entity.Scene = this; Entities.Add(entity); } return entity; } /// /// Remove Entity From Scene /// /// Entity to be removed /// If remove must be delayed public void RemoveEntity(Entity.Entity entity, bool delay = false) { if (delay) _removeEntities.Add(entity); else { entity.Scene = null; Entities.Remove(entity); } } /// /// Remove all Entities /// public void RemoveAllEntities() { foreach (var entity in Entities) entity.Scene = null; Entities.Clear(); } /// /// Load Scene /// public virtual void Load() { foreach (var system in _sceneSystems) system.Load(); foreach (var entity in Entities) entity.Load(); foreach (var widget in Widgets) widget.Load(); } /// /// Unload Scene /// public virtual void Unload() { foreach (var entity in Entities) entity.Unload(); foreach (var widget in Widgets) widget.Unload(); foreach (var system in _sceneSystems) system.Unload(); } /// /// Update Scene /// /// Time since last update public virtual void Update(float delta) { foreach (var system in _sceneSystems) system.Update(delta); ProcessAddingAndRemoving(); for (var i = Entities.Count - 1; i > -1; i--) if ( Entities[i].PauseState is PauseState.Enabled || !Paused && Entities[i].PauseState is PauseState.Normal || Paused && Entities[i].PauseState is PauseState.WhenPaused ) Entities[i].Update(delta); for (var i = Widgets.Count - 1; i > -1; i--) if ( Widgets[i].PauseState is PauseState.Enabled || !Paused && Widgets[i].PauseState is PauseState.Normal || Paused && Widgets[i].PauseState is PauseState.WhenPaused ) Widgets[i].Update(delta); } private void ProcessAddingAndRemoving() { foreach (var removeEntity in _removeEntities) RemoveEntity(removeEntity); foreach (var removeWidget in _removeWidgets) RemoveWidget(removeWidget); foreach (var addEntity in _addEntities) AddEntity(addEntity).Load(); foreach (var addWidget in _addWidgets) AddWidget(addWidget).Load(); _removeEntities.Clear(); _removeWidgets.Clear(); _addEntities.Clear(); _addWidgets.Clear(); } /// /// Draw Scene /// public virtual void Draw() { foreach (var system in _sceneSystems) system.Draw(); foreach (var ent in Entities) ent.Draw(); foreach (var widget in Widgets) widget.Draw(); } /// /// Function call when Scene is opened /// public virtual void OpenScene() { foreach (var system in _sceneSystems) system.OpenScene(); } /// /// Function call when Scene is closed /// public virtual void CloseScene() { foreach (var system in _sceneSystems) system.CloseScene(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/SharpEngine.Core.csproj000066400000000000000000000025321510671031000242100ustar00rootroot00000000000000 net10.0 true Core Package of SharpEngine - 2D Game Engine LavaPower LavaPower Copyright (c) LavaPower 2021-2023 MIT https://github.com/SharpEngine/SharpEngine.Core 2.3.0 true README.md true true https://github.com/SharpEngine/SharpEngine.Core git Raylib,SharpEngine,Game,Engine enable SharpEngine.Core-2.3.0/SharpEngine.Core/SharpEngine.Core.csproj.user000066400000000000000000000002451510671031000251640ustar00rootroot00000000000000 SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/000077500000000000000000000000001510671031000207725ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/Animation.cs000066400000000000000000000015621510671031000232440ustar00rootroot00000000000000using System.Collections.Generic; namespace SharpEngine.Core.Utils; /// /// Struct which represents animation used by SpriteSheetComponent /// /// Animation /// Frame Indices /// Frame Timer /// If Animation Loop public struct Animation(string name, List indices, float timer, bool loop = true) { /// /// Name of Animation /// public string Name { get; } = name; /// /// Indices of frames /// public List Indices { get; set; } = indices; /// /// Timer between frames /// public float Timer { get; set; } = timer; /// /// Loop Animation /// public bool Loop { get; set; } = loop; } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/CameraMode.cs000066400000000000000000000006131510671031000233160ustar00rootroot00000000000000namespace SharpEngine.Core.Utils; /// /// Working mode of Camera Manager /// public enum CameraMode { /// /// Basic Camera /// Basic, /// /// Camera which follow entity /// Follow, /// /// Camera which follow entity with smooth movements /// FollowSmooth } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/Color.cs000066400000000000000000000350611510671031000224040ustar00rootroot00000000000000using System; using System.Numerics; using SharpEngine.Core.Math; namespace SharpEngine.Core.Utils; /// /// Struct which represents Color /// public struct Color { private int _r; private int _g; private int _b; private int _a; /// /// Get Red Component of Color /// public int R { readonly get => _r; set => _r = MathHelper.Clamp(value, 0, 255); } /// /// Get Green Component of Color /// public int G { readonly get => _g; set => _g = MathHelper.Clamp(value, 0, 255); } /// /// Get Blue Component of Color /// public int B { readonly get => _b; set => _b = MathHelper.Clamp(value, 0, 255); } /// /// Get Alpha Component of Color /// public int A { readonly get => _a; set => _a = MathHelper.Clamp(value, 0, 255); } /// /// Create Color with full opacity /// /// Red Component /// Green Component /// Blue Component public Color(int r, int g, int b) { R = r; G = g; B = b; A = 255; } /// /// Create Color /// /// Red Component /// Green Component /// Blue Component /// Alpha Component public Color(int r, int g, int b, int a) { R = r; G = g; B = b; A = a; } /// /// Return Vec4 /// /// Vec4 format public readonly Vector4 ToVec4() => new(_r / 255f, _g / 255f, _b / 255f, _a / 255f); /// /// Return Color from Vec4 /// /// Vector 4 /// Color public static Color FromVec4(Vector4 vector4) => new( (int)(vector4.X * 255), (int)(vector4.Y * 255), (int)(vector4.Z * 255), (int)(vector4.W * 255) ); /// /// Return Darker Color /// /// Force of Darker Color /// Darker Color public readonly Color Darker(int force = 1) => new(_r - 10 * force, _g - 10 * force, _b - 10 * force, _a); /// /// Return Lighter Color /// /// Force of Lighter Color /// Lighter Color public readonly Color Lighter(int force = 1) => new(_r + 10 * force, _g + 10 * force, _b + 10 * force, _a); /// /// Transition Color to target color /// /// Target Color /// Current Elapsed Time of Transition /// Duration of Transition /// Transited Color public readonly Color TranslateTo(Color endColor, float currentTime, float maxTime) { var stepR = (endColor.R - _r) * currentTime / maxTime; var stepG = (endColor.G - _g) * currentTime / maxTime; var stepA = (endColor.A - _a) * currentTime / maxTime; var stepB = (endColor.B - _b) * currentTime / maxTime; return new Color( _r + Convert.ToInt32(stepR), _g + Convert.ToInt32(stepG), _b + Convert.ToInt32(stepB), _a + Convert.ToInt32(stepA) ); } /// public override readonly bool Equals(object? obj) { if (obj is Color color) return this == color; return obj != null && obj.Equals(this); } /// public override readonly int GetHashCode() => base.GetHashCode(); /// public override readonly string ToString() => $"Color(R={R}, G={G}, B={B}, A={A})"; /// /// Operator Inequality /// /// First Color /// Second Color /// If first is not equals to second public static bool operator !=(Color color, Color color2) => !(color == color2); /// /// Operator Equality /// /// First Color /// Second Color /// If first is equals to second public static bool operator ==(Color color, Color color2) => color.R == color2.R && color.G == color2.G && color.B == color2.B && color.A == color2.A; /// /// Convert SharpEngine.Core Color to Raylib Color /// /// SharpEngine.Core Color /// Raylib public static implicit operator Raylib_cs.Color(Color color) => new(color.R, color.G, color.B, color.A); #pragma warning disable CS1591 public static readonly Color MediumAquamarine = new(102, 205, 170, 255); public static readonly Color MediumBlue = new(0, 0, 205, 255); public static readonly Color MediumOrquid = new(186, 85, 211, 255); public static readonly Color MediumPurple = new(147, 112, 219, 255); public static readonly Color MediumSeaGreen = new(60, 179, 113, 255); public static readonly Color MediumSlateBlue = new(123, 104, 238, 255); public static readonly Color MediumSpringGreen = new(0, 250, 154, 255); public static readonly Color MediumTurquoise = new(72, 209, 204, 255); public static readonly Color Moccasin = new(255, 228, 181, 255); public static readonly Color MidnightBlue = new(25, 25, 112, 255); public static readonly Color MintCream = new(245, 255, 250, 255); public static readonly Color MistyRose = new(255, 228, 225, 255); public static readonly Color Maroon = new(128, 0, 0, 255); public static readonly Color Theme = new(231, 60, 0, 255); public static readonly Color NavajoWhite = new(255, 222, 173, 255); public static readonly Color Navy = new(0, 0, 128, 255); public static readonly Color OldLace = new(253, 245, 230, 255); public static readonly Color MediumVioletRed = new(199, 21, 133, 255); public static readonly Color Magenta = new(255, 0, 255, 255); public static readonly Color LightSteelBlue = new(176, 196, 222, 255); public static readonly Color LimeGreen = new(50, 205, 50, 255); public static readonly Color LavenderBlush = new(255, 240, 245, 255); public static readonly Color LawnGreen = new(124, 252, 0, 255); public static readonly Color LemonChiffon = new(255, 250, 205, 255); public static readonly Color LightBlue = new(173, 216, 230, 255); public static readonly Color LightCoral = new(240, 128, 128, 255); public static readonly Color LightCyan = new(224, 255, 255, 255); public static readonly Color LightGoldenrodYellow = new(250, 250, 210, 255); public static readonly Color LightGray = new(211, 211, 211, 255); public static readonly Color LightGreen = new(144, 238, 144, 255); public static readonly Color LightPink = new(255, 182, 193, 255); public static readonly Color LightSalmon = new(255, 160, 122, 255); public static readonly Color LightSeaGreen = new(32, 178, 170, 255); public static readonly Color LightSkyBlue = new(135, 206, 250, 255); public static readonly Color LightSlateGray = new(119, 136, 153, 255); public static readonly Color Olive = new(128, 128, 0, 255); public static readonly Color LightYellow = new(255, 255, 224, 255); public static readonly Color Lime = new(0, 255, 0, 255); public static readonly Color Linen = new(250, 240, 230, 255); public static readonly Color OliveDrab = new(107, 142, 35, 255); public static readonly Color PaleGreen = new(152, 251, 152, 255); public static readonly Color OrangeRed = new(255, 69, 0, 255); public static readonly Color Silver = new(192, 192, 192, 255); public static readonly Color SkyBlue = new(135, 206, 235, 255); public static readonly Color SlateBlue = new(106, 90, 205, 255); public static readonly Color SlateGray = new(112, 128, 144, 255); public static readonly Color Snow = new(255, 250, 250, 255); public static readonly Color SpringGreen = new(0, 255, 127, 255); public static readonly Color SteelBlue = new(70, 130, 180, 255); public static readonly Color Tan = new(210, 180, 140, 255); public static readonly Color Teal = new(0, 128, 128, 255); public static readonly Color Thistle = new(216, 191, 216, 255); public static readonly Color Tomato = new(255, 99, 71, 255); public static readonly Color Turquoise = new(64, 224, 208, 255); public static readonly Color Violet = new(238, 130, 238, 255); public static readonly Color Wheat = new(245, 222, 179, 255); public static readonly Color White = new(255, 255, 255, 255); public static readonly Color WhiteSmoke = new(245, 245, 245, 255); public static readonly Color Yellow = new(255, 255, 0, 255); public static readonly Color Sienna = new(160, 82, 45, 255); public static readonly Color Orange = new(255, 165, 0, 255); public static readonly Color SeaShell = new(255, 245, 238, 255); public static readonly Color SandyBrown = new(244, 164, 96, 255); public static readonly Color Orchid = new(218, 112, 214, 255); public static readonly Color PaleGoldenrod = new(238, 232, 170, 255); public static readonly Color Lavender = new(230, 230, 250, 255); public static readonly Color PaleTurquoise = new(175, 238, 238, 255); public static readonly Color PaleVioletRed = new(219, 112, 147, 255); public static readonly Color PapayaWhip = new(255, 239, 213, 255); public static readonly Color PeachPuff = new(255, 218, 185, 255); public static readonly Color Peru = new(205, 133, 63, 255); public static readonly Color Pink = new(255, 192, 203, 255); public static readonly Color Plum = new(221, 160, 221, 255); public static readonly Color PowderBlue = new(176, 224, 230, 255); public static readonly Color Purple = new(128, 0, 128, 255); public static readonly Color Red = new(255, 0, 0, 255); public static readonly Color RosyBrown = new(188, 143, 143, 255); public static readonly Color RoyalBlue = new(65, 105, 225, 255); public static readonly Color SaddleBrown = new(139, 69, 19, 255); public static readonly Color Salmon = new(250, 128, 114, 255); public static readonly Color SeaGreen = new(46, 139, 87, 255); public static readonly Color Khaki = new(240, 230, 140, 255); public static readonly Color Honeydew = new(240, 255, 240, 255); public static readonly Color Indigo = new(75, 0, 130, 255); public static readonly Color DarkGray = new(169, 169, 169, 255); public static readonly Color DarkGoldenrod = new(184, 134, 11, 255); public static readonly Color DarkCyan = new(0, 139, 139, 255); public static readonly Color DarkBlue = new(0, 0, 139, 255); public static readonly Color Cyan = new(0, 255, 255, 255); public static readonly Color Crimson = new(220, 20, 60, 255); public static readonly Color Cornsilk = new(255, 248, 220, 255); public static readonly Color CornflowerBlue = new(100, 149, 237, 255); public static readonly Color Coral = new(255, 127, 80, 255); public static readonly Color Ivory = new(255, 255, 240, 255); public static readonly Color Chartreuse = new(127, 255, 0, 255); public static readonly Color CadetBlue = new(95, 158, 160, 255); public static readonly Color BurlyWood = new(222, 184, 135, 255); public static readonly Color Brown = new(165, 42, 42, 255); public static readonly Color BlueViolet = new(138, 43, 226, 255); public static readonly Color Blue = new(0, 0, 255, 255); public static readonly Color BlanchedAlmond = new(255, 235, 205, 255); public static readonly Color Black = new(0, 0, 0, 255); public static readonly Color Bisque = new(255, 228, 196, 255); public static readonly Color Beige = new(245, 245, 220, 255); public static readonly Color Azure = new(240, 255, 255, 255); public static readonly Color Aquamarine = new(127, 255, 212, 255); public static readonly Color Aqua = new(0, 255, 255, 255); public static readonly Color AntiqueWhite = new(250, 235, 215, 255); public static readonly Color AliceBlue = new(240, 248, 255, 255); public static readonly Color Transparent = new(0, 0, 0, 0); public static readonly Color DarkGreen = new(0, 100, 0, 255); public static readonly Color DarkKhaki = new(189, 183, 107, 255); public static readonly Color Chocolate = new(210, 105, 30, 255); public static readonly Color DarkOliveGreen = new(85, 107, 47, 255); public static readonly Color IndianRed = new(205, 92, 92, 255); public static readonly Color DarkMagenta = new(139, 0, 139, 255); public static readonly Color YellowGreen = new(154, 205, 50, 255); public static readonly Color GreenYellow = new(173, 255, 47, 255); public static readonly Color Green = new(0, 128, 0, 255); public static readonly Color Gray = new(128, 128, 128, 255); public static readonly Color Goldenrod = new(218, 165, 32, 255); public static readonly Color Gold = new(255, 215, 0, 255); public static readonly Color GhostWhite = new(248, 248, 255, 255); public static readonly Color Gainsboro = new(220, 220, 220, 255); public static readonly Color Fuchsia = new(255, 0, 255, 255); public static readonly Color ForestGreen = new(34, 139, 34, 255); public static readonly Color FloralWhite = new(255, 250, 240, 255); public static readonly Color HotPink = new(255, 105, 180, 255); public static readonly Color DodgerBlue = new(30, 144, 255, 255); public static readonly Color DimGray = new(105, 105, 105, 255); public static readonly Color DeepSkyBlue = new(0, 191, 255, 255); public static readonly Color DeepPink = new(255, 20, 147, 255); public static readonly Color DarkViolet = new(148, 0, 211, 255); public static readonly Color DarkTurquoise = new(0, 206, 209, 255); public static readonly Color DarkSlateGray = new(47, 79, 79, 255); public static readonly Color DarkSlateBlue = new(72, 61, 139, 255); public static readonly Color DarkSeaGreen = new(143, 188, 139, 255); public static readonly Color DarkSalmon = new(233, 150, 122, 255); public static readonly Color DarkRed = new(139, 0, 0, 255); public static readonly Color DarkOrchid = new(153, 50, 204, 255); public static readonly Color DarkOrange = new(255, 140, 0, 255); public static readonly Color Firebrick = new(178, 34, 34, 255); } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/EventArgs/000077500000000000000000000000001510671031000226705ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/EventArgs/BoolEventArgs.cs000066400000000000000000000004241510671031000257310ustar00rootroot00000000000000namespace SharpEngine.Core.Utils.EventArgs; /// /// Event Args which have a boolean result /// public class BoolEventArgs : System.EventArgs { /// /// Result of Event /// public bool Result { get; set; } = true; } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/EventArgs/ValueEventArgs.cs000066400000000000000000000006541510671031000261170ustar00rootroot00000000000000namespace SharpEngine.Core.Utils.EventArgs; /// /// Event Args which have old and new value /// /// Type of Value public class ValueEventArgs : System.EventArgs { /// /// Old Value /// public required T OldValue { get; init; } /// /// New Value /// public required T NewValue { get; init; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/LogLevel.cs000066400000000000000000000017041510671031000230340ustar00rootroot00000000000000namespace SharpEngine.Core.Utils; /// /// Enum which represents Log Levels /// public enum LogLevel { /// /// Display all logs /// LogAll, /// /// Trace logging, intended for internal use only /// LogTrace, /// /// Debug logging, used for internal debugging, it should be disabled on release builds /// LogDebug, /// /// Info logging, used for program execution info /// LogInfo, /// /// Warning logging, used on recoverable failures /// LogWarning, /// /// Error logging, used on unrecoverable failures /// LogError, /// /// Fatal logging, used to abort program: exit(EXIT_FAILURE) /// LogFatal, /// /// Disable logging /// LogNone, } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/PauseState.cs000066400000000000000000000010111510671031000233700ustar00rootroot00000000000000namespace SharpEngine.Core.Utils; /// /// Enum which represents how Entity or Widget must be updated when paused /// public enum PauseState { /// /// Will be updated only when not paused /// Normal, /// /// Will never be updated /// Disabled, /// /// Will always be updated /// Enabled, /// /// Will be updated only when paused /// WhenPaused } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SEShader.cs000066400000000000000000000024031510671031000227560ustar00rootroot00000000000000using Raylib_cs; using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils { /// /// Base Class which represents Shader /// public class SEShader { /// /// Internal Raylib Shader /// protected Shader internalShader; /// /// Create Shader from Vertex and Fragment Shader /// /// Vertex Shader /// Fragment Shader public SEShader(string? vertexShader, string? fragmentShader) { internalShader = Raylib.LoadShaderFromMemory(vertexShader, fragmentShader); } /// /// Create Shader from Raylib Shader /// /// Raylib Shader public SEShader(Shader internalShader) { this.internalShader = internalShader; } /// /// Get Internal Raylib Shader /// /// Raylib Shader public Shader GetInternalShader() => internalShader; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SceneSystem.cs000066400000000000000000000015671510671031000235740ustar00rootroot00000000000000namespace SharpEngine.Core.Utils; /// /// System which can be added to scene (useful for optional packages) /// public interface ISceneSystem { /// /// Function call when system is loaded /// public void Load(); /// /// Function call when system is unloaded /// public void Unload(); /// /// Function call when system is updated /// /// Time since last update public void Update(float delta); /// /// Function call when system draws /// public void Draw(); /// /// Function call when system is opened /// public void OpenScene(); /// /// Function call when system is closed /// public void CloseScene(); } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/000077500000000000000000000000001510671031000222745ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/ConsoleCommand/000077500000000000000000000000001510671031000251755ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/ConsoleCommand/DebugVarCommand.cs000066400000000000000000000043431510671031000305260ustar00rootroot00000000000000using ImGuiNET; using SharpEngine.Core.Manager; using System; using System.Collections.Generic; using System.Linq; using System.Reflection; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils.SeImGui.ConsoleCommand { /// /// Represents a console command that displays or manages debug variables for the application. /// /// The DebugVarCommand allows users to query specific debug-related variables, such as frame /// rate (fps) and version information, through the console interface. It can also be extended with custom variables /// via the CustomVariables dictionary. This command is typically used for diagnostic or development purposes within /// the application's debug console. public class DebugVarCommand : ISeImGuiConsoleCommand { /// /// A dictionary to hold custom debug variables. /// public static Dictionary CustomVariables = []; /// /// Gets the command name. /// public string Command => "debugvar"; /// /// Processes the debug variable command. /// /// The command arguments. /// The console instance. /// The window instance. public void Process(string[] args, SeImGuiConsole console, Window window) { if (args.Length == 0) console.AddText("Liste des variables disponible : fps, versions" + (CustomVariables.Keys.Any() ? ", " + string.Join(", ", CustomVariables.Keys) : "")); else if(CustomVariables.ContainsKey(args[0])) console.AddText($"{args[0]} : {CustomVariables[args[0]]}"); else if (args[0] == "fps") console.AddText($"FPS : {DebugManager.FrameRate}"); else if (args[0] == "versions") foreach (var version in DebugManager.Versions) console.AddText($"{version.Key} Version : {version.Value}"); else console.AddText("Liste des variables disponible : fps, versions"); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/ConsoleCommand/HelpCommand.cs000066400000000000000000000010101510671031000277030ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils.SeImGui.ConsoleCommand { internal class HelpCommand : ISeImGuiConsoleCommand { public string Command => "help"; public void Process(string[] args, SeImGuiConsole console, Window window) { console.AddText("Liste des commandes disponibles : " + string.Join(", ", console.Commands.Select(x => x.Command))); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/ConsoleCommand/SayCommand.cs000066400000000000000000000006731510671031000275650ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils.SeImGui.ConsoleCommand { internal class SayCommand : ISeImGuiConsoleCommand { public string Command => "say"; public void Process(string[] args, SeImGuiConsole console, Window window) { console.AddText(string.Join(" ", args)); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/ConsoleCommand/SeImGuiConsoleCommand.cs000066400000000000000000000013411510671031000316470ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils.SeImGui.ConsoleCommand { /// /// Interface for console command /// public interface ISeImGuiConsoleCommand { /// /// Command Name /// public string Command { get; } /// /// Process command /// /// Console Arguments /// Console /// Game Window public void Process(string[] args, SeImGuiConsole console, Window window); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/SEImGui.cs000066400000000000000000000413001510671031000240630ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.Numerics; using ImGuiNET; using Raylib_cs; using SharpEngine.Core.Input; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; namespace SharpEngine.Core.Utils.SeImGui; /// /// Class which control ImGui /// public class SeImGui : IDisposable { private readonly nint _context; private Texture2D _fontTexture; private readonly Vector2 _scaleFactor = Vector2.One; private static readonly Dictionary _keyMap = []; internal SeImGui() { _context = ImGui.CreateContext(); ImGui.SetCurrentContext(_context); } /// public void Dispose() { Dispose(true); GC.SuppressFinalize(this); } /// protected virtual void Dispose(bool disposing) { if (disposing) { ImGui.DestroyContext(_context); Raylib.UnloadTexture(_fontTexture); } } /// /// Creates a texture and loads the font data from ImGui. /// public void Load(int width, int height) { Resize(width, height); LoadFontTexture(); SetupInput(); ImGui.NewFrame(); } private unsafe void LoadFontTexture() { var io = ImGui.GetIO(); // Load as RGBA 32-bit (75% of the memory is wasted, but default font is so small) because it is more likely to be compatible with user's existing shaders. // If your ImTextureId represent a higher-level concept than just a GL texture id, consider calling GetTexDataAsAlpha8() instead to save on GPU memory. io.Fonts.GetTexDataAsRGBA32(out byte* pixels, out var width, out var height); // Upload texture to graphics system var data = new nint(pixels); var image = new Image { Data = (void*)data, Width = width, Height = height, Mipmaps = 1, Format = PixelFormat.UncompressedR8G8B8A8, }; _fontTexture = Raylib.LoadTextureFromImage(image); // Store texture id in imgui font io.Fonts.SetTexID(new nint(_fontTexture.Id)); // Clears font data on the CPU side io.Fonts.ClearTexData(); } private static void SetupInput() { var io = ImGui.GetIO(); // Setup config flags io.ConfigFlags |= ImGuiConfigFlags.NavEnableKeyboard; io.ConfigFlags |= ImGuiConfigFlags.DockingEnable; // Setup back-end capabilities flags io.BackendFlags |= ImGuiBackendFlags.HasMouseCursors; io.BackendFlags |= ImGuiBackendFlags.HasSetMousePos; _keyMap.Add(KeyboardKey.Apostrophe, ImGuiKey.Apostrophe); _keyMap.Add(KeyboardKey.Comma, ImGuiKey.Comma); _keyMap.Add(KeyboardKey.Minus, ImGuiKey.Minus); _keyMap.Add(KeyboardKey.Period, ImGuiKey.Period); _keyMap.Add(KeyboardKey.Slash, ImGuiKey.Slash); _keyMap.Add(KeyboardKey.Zero, ImGuiKey._0); _keyMap.Add(KeyboardKey.One, ImGuiKey._1); _keyMap.Add(KeyboardKey.Two, ImGuiKey._2); _keyMap.Add(KeyboardKey.Three, ImGuiKey._3); _keyMap.Add(KeyboardKey.Four, ImGuiKey._4); _keyMap.Add(KeyboardKey.Five, ImGuiKey._5); _keyMap.Add(KeyboardKey.Six, ImGuiKey._6); _keyMap.Add(KeyboardKey.Seven, ImGuiKey._7); _keyMap.Add(KeyboardKey.Eight, ImGuiKey._8); _keyMap.Add(KeyboardKey.Nine, ImGuiKey._9); _keyMap.Add(KeyboardKey.Semicolon, ImGuiKey.Semicolon); _keyMap.Add(KeyboardKey.Equal, ImGuiKey.Equal); _keyMap.Add(KeyboardKey.A, ImGuiKey.A); _keyMap.Add(KeyboardKey.B, ImGuiKey.B); _keyMap.Add(KeyboardKey.C, ImGuiKey.C); _keyMap.Add(KeyboardKey.D, ImGuiKey.D); _keyMap.Add(KeyboardKey.E, ImGuiKey.E); _keyMap.Add(KeyboardKey.F, ImGuiKey.F); _keyMap.Add(KeyboardKey.G, ImGuiKey.G); _keyMap.Add(KeyboardKey.H, ImGuiKey.H); _keyMap.Add(KeyboardKey.I, ImGuiKey.I); _keyMap.Add(KeyboardKey.J, ImGuiKey.J); _keyMap.Add(KeyboardKey.K, ImGuiKey.K); _keyMap.Add(KeyboardKey.L, ImGuiKey.L); _keyMap.Add(KeyboardKey.M, ImGuiKey.M); _keyMap.Add(KeyboardKey.N, ImGuiKey.N); _keyMap.Add(KeyboardKey.O, ImGuiKey.O); _keyMap.Add(KeyboardKey.P, ImGuiKey.P); _keyMap.Add(KeyboardKey.Q, ImGuiKey.Q); _keyMap.Add(KeyboardKey.R, ImGuiKey.R); _keyMap.Add(KeyboardKey.S, ImGuiKey.S); _keyMap.Add(KeyboardKey.T, ImGuiKey.T); _keyMap.Add(KeyboardKey.U, ImGuiKey.U); _keyMap.Add(KeyboardKey.V, ImGuiKey.V); _keyMap.Add(KeyboardKey.W, ImGuiKey.W); _keyMap.Add(KeyboardKey.X, ImGuiKey.X); _keyMap.Add(KeyboardKey.Y, ImGuiKey.Y); _keyMap.Add(KeyboardKey.Z, ImGuiKey.Z); _keyMap.Add(KeyboardKey.Space, ImGuiKey.Space); _keyMap.Add(KeyboardKey.Escape, ImGuiKey.Escape); _keyMap.Add(KeyboardKey.Enter, ImGuiKey.Enter); _keyMap.Add(KeyboardKey.Tab, ImGuiKey.Tab); _keyMap.Add(KeyboardKey.Backspace, ImGuiKey.Backspace); _keyMap.Add(KeyboardKey.Insert, ImGuiKey.Insert); _keyMap.Add(KeyboardKey.Delete, ImGuiKey.Delete); _keyMap.Add(KeyboardKey.Right, ImGuiKey.RightArrow); _keyMap.Add(KeyboardKey.Left, ImGuiKey.LeftArrow); _keyMap.Add(KeyboardKey.Down, ImGuiKey.DownArrow); _keyMap.Add(KeyboardKey.Up, ImGuiKey.UpArrow); _keyMap.Add(KeyboardKey.PageUp, ImGuiKey.PageUp); _keyMap.Add(KeyboardKey.PageDown, ImGuiKey.PageDown); _keyMap.Add(KeyboardKey.Home, ImGuiKey.Home); _keyMap.Add(KeyboardKey.End, ImGuiKey.End); _keyMap.Add(KeyboardKey.CapsLock, ImGuiKey.CapsLock); _keyMap.Add(KeyboardKey.ScrollLock, ImGuiKey.ScrollLock); _keyMap.Add(KeyboardKey.NumLock, ImGuiKey.NumLock); _keyMap.Add(KeyboardKey.PrintScreen, ImGuiKey.PrintScreen); _keyMap.Add(KeyboardKey.Pause, ImGuiKey.Pause); _keyMap.Add(KeyboardKey.F1, ImGuiKey.F1); _keyMap.Add(KeyboardKey.F2, ImGuiKey.F2); _keyMap.Add(KeyboardKey.F3, ImGuiKey.F3); _keyMap.Add(KeyboardKey.F4, ImGuiKey.F4); _keyMap.Add(KeyboardKey.F5, ImGuiKey.F5); _keyMap.Add(KeyboardKey.F6, ImGuiKey.F6); _keyMap.Add(KeyboardKey.F7, ImGuiKey.F7); _keyMap.Add(KeyboardKey.F8, ImGuiKey.F8); _keyMap.Add(KeyboardKey.F9, ImGuiKey.F9); _keyMap.Add(KeyboardKey.F10, ImGuiKey.F10); _keyMap.Add(KeyboardKey.F11, ImGuiKey.F11); _keyMap.Add(KeyboardKey.F12, ImGuiKey.F12); _keyMap.Add(KeyboardKey.LeftShift, ImGuiKey.LeftShift); _keyMap.Add(KeyboardKey.LeftControl, ImGuiKey.LeftCtrl); _keyMap.Add(KeyboardKey.LeftAlt, ImGuiKey.LeftAlt); _keyMap.Add(KeyboardKey.LeftSuper, ImGuiKey.LeftSuper); _keyMap.Add(KeyboardKey.RightShift, ImGuiKey.RightShift); _keyMap.Add(KeyboardKey.RightControl, ImGuiKey.RightCtrl); _keyMap.Add(KeyboardKey.RightAlt, ImGuiKey.RightAlt); _keyMap.Add(KeyboardKey.RightSuper, ImGuiKey.RightSuper); _keyMap.Add(KeyboardKey.KeyboardMenu, ImGuiKey.Menu); _keyMap.Add(KeyboardKey.LeftBracket, ImGuiKey.LeftBracket); _keyMap.Add(KeyboardKey.Backslash, ImGuiKey.Backslash); _keyMap.Add(KeyboardKey.RightBracket, ImGuiKey.RightBracket); _keyMap.Add(KeyboardKey.Grave, ImGuiKey.GraveAccent); _keyMap.Add(KeyboardKey.Kp0, ImGuiKey.Keypad0); _keyMap.Add(KeyboardKey.Kp1, ImGuiKey.Keypad1); _keyMap.Add(KeyboardKey.Kp2, ImGuiKey.Keypad2); _keyMap.Add(KeyboardKey.Kp3, ImGuiKey.Keypad3); _keyMap.Add(KeyboardKey.Kp4, ImGuiKey.Keypad4); _keyMap.Add(KeyboardKey.Kp5, ImGuiKey.Keypad5); _keyMap.Add(KeyboardKey.Kp6, ImGuiKey.Keypad6); _keyMap.Add(KeyboardKey.Kp7, ImGuiKey.Keypad7); _keyMap.Add(KeyboardKey.Kp8, ImGuiKey.Keypad8); _keyMap.Add(KeyboardKey.Kp9, ImGuiKey.Keypad9); _keyMap.Add(KeyboardKey.KpDecimal, ImGuiKey.KeypadDecimal); _keyMap.Add(KeyboardKey.KpDivide, ImGuiKey.KeypadDivide); _keyMap.Add(KeyboardKey.KpMultiply, ImGuiKey.KeypadMultiply); _keyMap.Add(KeyboardKey.KpSubtract, ImGuiKey.KeypadSubtract); _keyMap.Add(KeyboardKey.KpAdd, ImGuiKey.KeypadAdd); _keyMap.Add(KeyboardKey.KpEnter, ImGuiKey.KeypadEnter); _keyMap.Add(KeyboardKey.KpEqual, ImGuiKey.KeypadEqual); } /// /// Update imgui internals(input, frameData) /// /// public static void Update(float dt) { var io = ImGui.GetIO(); io.DisplayFramebufferScale = Vector2.One; io.DeltaTime = dt; UpdateKeyboard(); UpdateMouse(); ImGui.NewFrame(); } /// /// Resize imgui display /// public void Resize(int width, int height) { var io = ImGui.GetIO(); io.DisplaySize = new Vector2(width, height) / _scaleFactor; } private static void UpdateKeyboard() { var io = ImGui.GetIO(); // Key states foreach(var keys in _keyMap) { if(Raylib.IsKeyPressed(keys.Key)) io.AddKeyEvent(keys.Value, true); if (Raylib.IsKeyReleased(keys.Key)) io.AddKeyEvent(keys.Value, false); } // Key input foreach (var charGot in InputManager.InternalPressedChars) { if (charGot != 0) io.AddInputCharacter((uint)charGot); } } private static void UpdateMouse() { var io = ImGui.GetIO(); // Store button states for (var i = 0; i < io.MouseDown.Count; i++) { io.MouseDown[i] = Raylib.IsMouseButtonDown((Raylib_cs.MouseButton)i); } // Mouse scroll io.MouseWheel += Raylib.GetMouseWheelMove(); // Mouse position var mousePosition = io.MousePos; bool focused = Raylib.IsWindowFocused(); if (focused) { if (io.WantSetMousePos) InputManager.SetMousePosition(mousePosition); else io.MousePos = InputManager.GetMousePosition(); } // Mouse cursor state if ((io.ConfigFlags & ImGuiConfigFlags.NoMouseCursorChange) == 0 || Raylib.IsCursorHidden()) { var cursor = ImGui.GetMouseCursor(); if (cursor == ImGuiMouseCursor.None || io.MouseDrawCursor) Raylib.HideCursor(); else Raylib.ShowCursor(); } } /// /// Gets the geometry as set up by ImGui and sends it to the graphics device /// public static void Draw() { ImGui.Render(); RenderCommandLists(ImGui.GetDrawData()); } // Returns a Color struct from hexadecimal value private static Raylib_cs.Color GetColor(uint hexValue) { Raylib_cs.Color color = new( (byte)(hexValue & 0xFF), (byte)(hexValue >> 8 & 0xFF), (byte)(hexValue >> 16 & 0xFF), (byte)(hexValue >> 24 & 0xFF) ); return color; } private static void DrawTriangleVertex(ImDrawVertPtr idxVert) { var c = GetColor(idxVert.col); Rlgl.Color4ub(c.R, c.G, c.B, c.A); Rlgl.TexCoord2f(idxVert.uv.X, idxVert.uv.Y); Rlgl.Vertex2f(idxVert.pos.X, idxVert.pos.Y); } // Draw the imgui triangle data private static void DrawTriangles( uint count, int idxOffset, int vtxOffset, ImVector idxBuffer, ImPtrVector idxVert, nint textureId ) { if (Rlgl.CheckRenderBatchLimit((int)count * 3)) Rlgl.DrawRenderBatchActive(); Rlgl.Begin(DrawMode.Triangles); // RL_TRIANGLES Rlgl.SetTexture((uint)textureId); for (var i = 0; i <= count - 3; i += 3) { var index = idxBuffer[idxOffset + i]; var vertex = idxVert[vtxOffset + index]; DrawTriangleVertex(vertex); index = idxBuffer[idxOffset + i + 1]; vertex = idxVert[vtxOffset + index]; DrawTriangleVertex(vertex); index = idxBuffer[idxOffset + i + 2]; vertex = idxVert[vtxOffset + index]; DrawTriangleVertex(vertex); } Rlgl.End(); } private static void RenderCommandLists(ImDrawDataPtr data) { // Scale coordinates for retina displays (screen coordinates != framebuffer coordinates) var fbWidth = (int)(data.DisplaySize.X * data.FramebufferScale.X); var fbHeight = (int)(data.DisplaySize.Y * data.FramebufferScale.Y); // Avoid rendering if display is minimized or if the command list is empty if (fbWidth <= 0 || fbHeight <= 0 || data.CmdListsCount == 0) return; Rlgl.DrawRenderBatchActive(); Rlgl.DisableBackfaceCulling(); Rlgl.EnableScissorTest(); data.ScaleClipRects(ImGui.GetIO().DisplayFramebufferScale); for (var n = 0; n < data.CmdListsCount; n++) { var idxOffset = 0; var cmdList = data.CmdLists[n]; // Vertex buffer and index buffer generated by DearImGui var vtxBuffer = cmdList.VtxBuffer; var idxBuffer = cmdList.IdxBuffer; for (var cmdi = 0; cmdi < cmdList.CmdBuffer.Size; cmdi++) { var pcmd = cmdList.CmdBuffer[cmdi]; // Scissor rect var pos = data.DisplayPos; var rectX = (int)((pcmd.ClipRect.X - pos.X) * data.FramebufferScale.X); var rectY = (int)((pcmd.ClipRect.Y - pos.Y) * data.FramebufferScale.Y); var rectW = (int)((pcmd.ClipRect.Z - rectX) * data.FramebufferScale.Y); var rectH = (int)((pcmd.ClipRect.W - rectY) * data.FramebufferScale.Y); Rlgl.Scissor(rectX, (int)InputManager.InternalWindow.RenderSize.Y - (rectY + rectH), rectW, rectH); if (pcmd.UserCallback != nint.Zero) idxOffset += (int)pcmd.ElemCount; else { DrawTriangles( pcmd.ElemCount, idxOffset, (int)pcmd.VtxOffset, idxBuffer, vtxBuffer, pcmd.TextureId ); idxOffset += (int)pcmd.ElemCount; Rlgl.DrawRenderBatchActive(); } } } Rlgl.SetTexture(0); Rlgl.DisableScissorTest(); Rlgl.EnableBackfaceCulling(); } /// /// Render Raylib Texture2D to ImGui /// /// Raylib Texture2D /// Destination Width /// Destination Height /// Source Rectangle public static void ImageRect(Texture2D image, int width, int height, Rect source) { var uv0 = new Vec2(); var uv1 = new Vector2(); if (source.Width < 0) { uv0.X = -(source.X / image.Width); uv1.X = uv0.X - MathF.Abs(source.Width) / image.Width; } else { uv0.X = source.X / image.Width; uv1.X = uv0.X + source.Width / image.Width; } if (source.Height < 0) { uv0.Y = -(source.Y / image.Height); uv1.Y = uv0.Y - MathF.Abs(source.Height) / image.Height; } else { uv0.Y = source.Y / image.Height; uv1.Y = uv0.Y + source.Height / image.Height; } ImGui.Image(new nint(image.Id), new Vector2(width, height), uv0, uv1); } /// /// Render Raylib RenderTexture2D to ImGui /// /// Raylib RenderTexture2D /// Center RenderTexture2D public static void ImageRenderTexture(RenderTexture2D image, bool center = true) { var area = ImGui.GetContentRegionAvail(); var scale = area.X / image.Texture.Width; var y = image.Texture.Height * scale; if (y > area.Y) scale = area.Y / image.Texture.Height; var sizeX = (int)(image.Texture.Width * scale); var sizeY = (int)(image.Texture.Height * scale); if (center) { ImGui.SetCursorPosX(0); ImGui.SetCursorPosX(area.X / 2 - sizeX / 2f); ImGui.SetCursorPosY(ImGui.GetCursorPosY() + (area.Y / 2 - sizeY / 2f)); } ImageRect( image.Texture, sizeX, sizeY, new Rect(0, 0, image.Texture.Width, -image.Texture.Height) ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/SEImGuiConsole.cs000066400000000000000000000113541510671031000254140ustar00rootroot00000000000000using ImGuiNET; using SharpEngine.Core.Utils.SeImGui.ConsoleCommand; using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils.SeImGui { /// /// Class which represents Console for SharpEngine /// public class SeImGuiConsole { /// /// Texts of Console /// public List ConsoleTexts { get; } = []; /// /// History of Console /// public List History { get; } = []; /// /// Gets or sets the current position within the history sequence. /// /// A value of -1 typically indicates that there is no current history entry selected. /// The valid range and meaning of this property may depend on the context in which it is used. public int HistoryIndex { get; set; } = -1; /// /// Commands of Console /// public List Commands { get; } = [ new SayCommand(), new HelpCommand(), new DebugVarCommand() ]; /// /// Input of Console /// private string ConsoleInput = ""; /// /// Add Text to Console /// /// public void AddText(string text) => ConsoleTexts.Add(text); /// /// Display ImGui Console for SharpEngine /// public void Display(Window window) { ImGui.Begin("SharpEngine Console"); // Log Window var reserve = ImGui.GetStyle().ItemSpacing.Y + ImGui.GetFrameHeightWithSpacing(); if (ImGui.BeginChild("Console", new System.Numerics.Vector2(0, -reserve), ImGuiChildFlags.None, ImGuiWindowFlags.None)) { ImGui.PushTextWrapPos(); foreach (var command in ConsoleTexts) ImGui.TextUnformatted(command); ImGui.PopTextWrapPos(); ImGui.SetScrollHereY(1.0f); ImGui.EndChild(); } ImGui.Separator(); unsafe { if (ImGui.InputText("Input", ref ConsoleInput, 100, ImGuiInputTextFlags.EnterReturnsTrue | ImGuiInputTextFlags.CallbackHistory, (evt) => { if (ImGui.IsItemActive() && History.Count > 0) { ImGuiInputTextCallbackDataPtr evtPtr = (ImGuiInputTextCallbackDataPtr)evt; if (ImGui.IsKeyPressed(ImGuiKey.UpArrow)) { if (HistoryIndex < History.Count - 1) HistoryIndex++; evtPtr.DeleteChars(0, evtPtr.BufTextLen); evtPtr.InsertChars(0, History[HistoryIndex]); } else if (ImGui.IsKeyPressed(ImGuiKey.DownArrow)) { if (HistoryIndex >= 0) HistoryIndex--; if (HistoryIndex == -1) evtPtr.DeleteChars(0, evtPtr.BufTextLen); else { evtPtr.DeleteChars(0, evtPtr.BufTextLen); evtPtr.InsertChars(0, History[HistoryIndex]); } } } return 0; })) { if (ConsoleInput.Length > 0) ProcessCommand(window); ConsoleInput = ""; ImGui.SetKeyboardFocusHere(-1); } } ImGui.End(); } private void ProcessCommand(Window window) { AddText("> " + ConsoleInput); History.Insert(0, ConsoleInput); HistoryIndex = -1; var command = ConsoleInput.Split(" "); var commandName = command[0]; var commandArgs = Array.Empty(); if (command.Length > 1) commandArgs = command[1..]; var found = false; foreach (var commandObject in Commands) { if (commandObject.Command == commandName) { commandObject.Process(commandArgs, this, window); found = true; break; } } if (!found) AddText("Unknown command."); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/SeImGui/SeImGuiWindows.cs000066400000000000000000000067601510671031000255110ustar00rootroot00000000000000using ImGuiNET; using SharpEngine.Core.Manager; using SharpEngine.Core.Renderer; using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace SharpEngine.Core.Utils.SeImGui { /// /// Class which have imgui windows /// public static class SeImGuiWindows { internal static SeImGuiConsole Console { get; } = new(); /// /// Display ImGui Console for SharpEngine /// public static void CreateSeImGuiConsole(Window window) { Console.Display(window); } /// /// Create ImGui Window for SharpEngine /// public static void CreateSeImGuiWindow(Window window) { ImGui.Begin("SharpEngine Debug"); foreach (var version in DebugManager.Versions) ImGui.Text($"{version.Key} Version : {version.Value}"); ImGui.Separator(); ImGui.Text( $"FPS (from ImGui) : {1000.0 / ImGui.GetIO().Framerate:.000}ms/frame ({ImGui.GetIO().Framerate} FPS)" ); ImGui.Text($"FPS (from SE) : {1000.0 / DebugManager.FrameRate:.000}ms/frame ({DebugManager.FrameRate} FPS)"); ImGui.Text($"GC Memory : {DebugManager.GcMemory / 1000000.0:.000} mo"); ImGui.Separator(); ImGui.Text($"Screen Size : {window.ScreenSize}"); ImGui.Text($"Render Size : {window.RenderSize}"); ImGui.Text($"Render Scale : {window.RenderScale}"); ImGui.Separator(); ImGui.Text($"Textures Number : {window.TextureManager.Textures.Count}"); ImGui.Text($"Shaders Number : {window.ShaderManager.Shaders.Count}"); ImGui.Text($"Fonts Number : {window.FontManager.Fonts.Count}"); ImGui.Text($"Sounds Number : {window.SoundManager.Sounds.Count}"); ImGui.Text($"Musics Number : {window.MusicManager.Musics.Count}"); ImGui.Text($"Timers Number : {window.TimerManager.Timers.Count}"); ImGui.Text($"Langs Number : {LangManager.Langs.Count}"); ImGui.Text($"Saves Number : {SaveManager.Saves.Count}"); ImGui.Text($"DataTable Number : {DataTableManager.DataTableNames.Count}"); ImGui.Text($"Scenes Number : {window.Scenes.Count}"); ImGui.Text($"Entities Number : {window.Scenes.Select(x => x.Entities.Count).Sum()}"); ImGui.Text( $"Widgets (Without Child) Number : {window.Scenes.Select(x => x.Widgets.Count).Sum()}" ); ImGui.Text( $"Widgets (With Child) Number : {window.Scenes.Select(x => x.Widgets.Count).Sum() + window.Scenes.Select(x => x.Widgets).SelectMany(x => x).Select(x => x.GetAllChildren()).SelectMany(x => x).Count()}" ); ImGui.Separator(); ImGui.Text($"Camera Mode : {window.CameraManager.Mode}"); ImGui.Text($"Camera Position : {window.CameraManager.Camera2D.Target}"); ImGui.Text($"Camera Rotation : {window.CameraManager.Rotation}"); ImGui.Separator(); ImGui.Text($"Number of Render Instructions : {SERender.LastInstructionsNumber}"); ImGui.Text( $"Number of Entity Render Instructions : {SERender.LastEntityInstructionsNumber}" ); ImGui.Text($"Number of UI Render Instructions : {SERender.LastUIInstructionsNumber}"); ImGui.End(); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Utils/Timer.cs000066400000000000000000000024641510671031000224070ustar00rootroot00000000000000using System; namespace SharpEngine.Core.Utils; /// /// Class which represents Timer /// /// Time of Timer /// Function which be called at the end /// True if timer will loop public class Timer(float startTime, Action endFunction, bool loop = false) { /// /// Start Time of Timer /// public float StartTime { get; set; } = startTime; /// /// Current Time of Timer /// public float CurrentTime { get; set; } = startTime; /// /// Function which be called when time is ended /// public Action EndFunction { get; set; } = endFunction; /// /// True if timer will loop /// public bool Loop { get; set; } = loop; /// /// Update Timer with Time /// /// Passed Time /// True if ended, else false public bool Update(float delta) { CurrentTime -= delta; if (CurrentTime <= 0) { EndFunction(); if (Loop) CurrentTime = StartTime; else return true; } return false; } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/000077500000000000000000000000001510671031000211155ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Button.cs000066400000000000000000000113721510671031000227230ustar00rootroot00000000000000using System; using Raylib_cs; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using Color = SharpEngine.Core.Utils.Color; using MouseButton = SharpEngine.Core.Input.MouseButton; namespace SharpEngine.Core.Widget; /// /// Class which display Button /// /// Button Position /// Button Text /// Button Font /// Button Size /// Button Font Color /// Button Background Color /// Button Font Size /// Z Layer public class Button( Vec2 position, string text = "", string font = "", Vec2? size = null, Color? fontColor = null, Color? backgroundColor = null, int? fontSize = null, int zLayer = 0 ) : Widget(position, zLayer) { /// /// State of Button /// protected enum ButtonState { /// /// Waiting /// Idle, /// /// Pressed /// Down, /// /// Hover /// Hover } /// /// Text of Button /// public string Text { get; set; } = text; /// /// Font of Button /// public string Font { get; set; } = font; /// /// Size of Button /// public Vec2 Size { get; set; } = size ?? new Vec2(200, 40); /// /// Color of Button Font /// public Color FontColor { get; set; } = fontColor ?? Color.Black; /// /// Color of Button Background /// public Color BackgroundColor { get; set; } = backgroundColor ?? Color.Gray; /// /// Font Size of Button (or Null) /// public int? FontSize { get; set; } = fontSize; /// /// Event which trigger when button is clicked /// public event EventHandler? Clicked; /// /// State of Button /// protected ButtonState _state = ButtonState.Idle; /// public override void Update(float delta) { base.Update(delta); if (!RealDisplayed || !Active) return; if (InputManager.IsMouseInRectangle(new Rect(RealPosition - Size / 2, Size))) { _state = ButtonState.Hover; if (InputManager.IsMouseButtonPressed(MouseButton.Left)) Clicked?.Invoke(this, EventArgs.Empty); if (InputManager.IsMouseButtonDown(MouseButton.Left)) _state = ButtonState.Down; } else _state = ButtonState.Idle; } /// public override void Draw() { base.Draw(); var finalFont = Scene?.Window?.FontManager.GetFont(Font); if (!Displayed || Scene == null || Text.Length <= 0 || Font.Length <= 0 || finalFont == null) return; if (_state == ButtonState.Hover && Active) SERender.DrawRectangle( RealPosition.X - (Size.X + 4) / 2, RealPosition.Y - (Size.Y + 4) / 2, Size.X + 4, Size.Y + 4, Color.White, InstructionSource.UI, ZLayer ); SERender.DrawRectangle( RealPosition.X - Size.X / 2, RealPosition.Y - Size.Y / 2, Size.X, Size.Y, Color.Black, InstructionSource.UI, ZLayer + 0.00001f ); SERender.DrawRectangle( RealPosition.X - (Size.X - 4) / 2, RealPosition.Y - (Size.Y - 4) / 2, Size.X - 4, Size.Y - 4, BackgroundColor, InstructionSource.UI, ZLayer + 0.00002f ); var finalFontSize = FontSize ?? finalFont.Value.BaseSize; var textSize = Raylib.MeasureTextEx(finalFont.Value, Text, finalFontSize, 2); SERender.DrawText( finalFont.Value, Text, RealPosition, textSize / 2, 0, finalFontSize, 2, FontColor, InstructionSource.UI, ZLayer + 0.00003f ); if (_state == ButtonState.Down || !Active) SERender.DrawRectangle( RealPosition.X - Size.X / 2, RealPosition.Y - Size.Y / 2, Size.X, Size.Y, new Color(0, 0, 0, 128), InstructionSource.UI, ZLayer + 0.00004f ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Checkbox.cs000066400000000000000000000047521510671031000232020ustar00rootroot00000000000000using System; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils.EventArgs; using SharpEngine.Core.Utils; using SharpEngine.Core.Input; namespace SharpEngine.Core.Widget; /// /// Class which display Checkbox /// /// Checkbox Position /// Checkbox Size /// If Checkbox is Checked /// Z Layer public class Checkbox(Vec2 position, Vec2? size = null, bool isChecked = false, int zLayer = 0) : Widget(position, zLayer) { /// /// Size of Checkbox /// public Vec2 Size { get; set; } = size ?? new Vec2(20); /// /// If Checkbox is Checked /// public bool IsChecked { get; set; } = isChecked; /// /// Event trigger when value is changed /// public event EventHandler>? ValueChanged; /// public override void Update(float delta) { base.Update(delta); if (!RealDisplayed || !Active) return; if ( InputManager.IsMouseButtonPressed(MouseButton.Left) && InputManager.IsMouseInRectangle(new Rect(RealPosition - Size / 2, Size)) ) { IsChecked = !IsChecked; ValueChanged?.Invoke( this, new ValueEventArgs { OldValue = !IsChecked, NewValue = IsChecked } ); } } /// public override void Draw() { base.Draw(); if (!Displayed || Size == Vec2.Zero) return; SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X, Size.Y), Size / 2, 0, Color.Black, InstructionSource.UI, ZLayer ); SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X - 4, Size.Y - 4), (Size - 4) / 2, 0, Color.White, InstructionSource.UI, ZLayer + 0.00001f ); if (IsChecked) SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X - 6, Size.Y - 6), (Size - 6) / 2, 0, Color.Black, InstructionSource.UI, ZLayer + 0.00002f ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/ColorRect.cs000066400000000000000000000024761510671031000233510ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Widget; /// /// Class which display colored Rect /// /// Color Rect Position /// Color Rect Size /// Color Rect Color /// Color Rect Rotation /// Z Layer public class ColorRect( Vec2 position, Vec2? size = null, Color? color = null, int rotation = 0, int zLayer = 0 ) : Widget(position, zLayer) { /// /// Color of Rect /// public Color Color { get; set; } = color ?? Color.Black; /// /// Size of Rect /// public Vec2 Size { get; set; } = size ?? Vec2.One; /// /// Rotation of Rect /// public int Rotation { get; set; } = rotation; /// public override void Draw() { base.Draw(); if (!Displayed || Size == Vec2.Zero) return; SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X, Size.Y), Size / 2, Rotation, Color, InstructionSource.UI, ZLayer ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Frame.cs000066400000000000000000000036311510671031000225010ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Widget; /// /// Class which display frame /// /// Frame Position /// Frame Size /// Frame Border Size (3) /// Frame Border Color (Color.Black) /// Frame Background Color (null) /// Z Layer public class Frame( Vec2 position, Vec2 size, int borderSize = 3, Color? borderColor = null, Color? backgroundColor = null, int zLayer = 0 ) : Widget(position, zLayer) { /// /// Color of Frame Border /// public Color BorderColor { get; set; } = borderColor ?? Color.Black; /// /// Size of Frame /// public Vec2 Size { get; set; } = size; /// /// Size of Frame Border /// public int BorderSize { get; set; } = borderSize; /// /// Color of Frame Background /// public Color? BackgroundColor { get; set; } = backgroundColor; /// public override void Draw() { base.Draw(); if (!Displayed || Size == Vec2.Zero) return; if (BackgroundColor != null) SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X, Size.Y), Size / 2, 0, BackgroundColor.Value, InstructionSource.UI, ZLayer ); SERender.DrawRectangleLines( new Rect(RealPosition.X - Size.X / 2, RealPosition.Y - Size.Y / 2, Size.X, Size.Y), BorderSize, BorderColor, InstructionSource.UI, ZLayer + 0.00001f ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Image.cs000066400000000000000000000032371510671031000224730ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Widget; /// /// Class which display Image /// /// Image Position /// Image Texture ("") /// Image Scale (Vec2(1)) /// Image Rotation (0) /// Z Layer public class Image( Vec2 position, string texture = "", Vec2? scale = null, int rotation = 0, int zLayer = 0 ) : Widget(position, zLayer) { /// /// Name of Texture which be displayed /// public string Texture { get; set; } = texture; /// /// Scale of Image /// public Vec2 Scale { get; set; } = scale ?? Vec2.One; /// /// Rotation of Image /// public int Rotation { get; set; } = rotation; /// public override void Draw() { base.Draw(); var window = Scene?.Window; if (!Displayed || Texture.Length <= 0 || window == null) return; var finalTexture = window.TextureManager.GetTexture(Texture); SERender.DrawTexture( finalTexture, new Rect(0, 0, finalTexture.Width, finalTexture.Height), new Rect(RealPosition.X, RealPosition.Y, finalTexture.Width * Scale.X, finalTexture.Height * Scale.Y), new Vec2(finalTexture.Width / 2f * Scale.X, finalTexture.Height / 2f * Scale.Y), Rotation, Color.White, InstructionSource.UI, ZLayer ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Label.cs000066400000000000000000000072061510671031000224700ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Widget.Utils; using Color = SharpEngine.Core.Utils.Color; namespace SharpEngine.Core.Widget; /// /// Class which display Label /// /// Label Position /// Label Text /// Label Font /// Label Color /// Label Style /// Label Rotation /// If Label Lines is Centered /// Label Font Size (or null) /// Z Layer public class Label( Vec2 position, string text = "", string font = "", Color? color = null, LabelStyles style = LabelStyles.None, int rotation = 0, bool centerAllLines = false, int? fontSize = null, int zLayer = 0 ) : Widget(position, zLayer) { /// /// Text of Label /// public string Text { get; set; } = text; /// /// Font of Label /// public string Font { get; set; } = font; /// /// Color of Label /// public Color Color { get; set; } = color ?? Color.Black; /// /// If Lines is Centered /// public bool CenterAllLines { get; set; } = centerAllLines; /// /// Rotation of Label /// public int Rotation { get; set; } = rotation; /// /// Font Size of Label (or Null) /// public int? FontSize { get; set; } = fontSize; /// /// Style of Label /// public LabelStyles Style { get; set; } = style; /// public override void Draw() { base.Draw(); var finalFont = Scene?.Window?.FontManager.GetFont(Font); if (!Displayed || Scene == null || Text.Length <= 0 || Font.Length <= 0 || finalFont == null) return; var finalFontSize = FontSize ?? finalFont.Value.BaseSize; var textSize = Raylib.MeasureTextEx(finalFont.Value, Text, finalFontSize, 2); var lines = Text.Split("\n"); for (var i = 0; i < lines.Length; i++) { var lineSize = Raylib.MeasureTextEx(finalFont.Value, lines[i], finalFontSize, 2); var finalPosition = new Vec2( CenterAllLines ? RealPosition.X - lineSize.X / 2 : RealPosition.X - textSize.X / 2, RealPosition.Y - textSize.Y / 2 + i * lineSize.Y ); SERender.DrawText( finalFont.Value, lines[i], finalPosition, Vec2.Zero, Rotation, finalFontSize, 2, Color, InstructionSource.UI, ZLayer ); if (Style.HasFlag(LabelStyles.Strike)) SERender.DrawRectangle( finalPosition.X, (finalPosition.Y + lineSize.Y / 2), lineSize.X, 2, Color.Black, InstructionSource.UI, ZLayer + 0.00001f ); if (Style.HasFlag(LabelStyles.Underline)) SERender.DrawRectangle( finalPosition.X, (finalPosition.Y + lineSize.Y), lineSize.X, 2, Color.Black, InstructionSource.UI, ZLayer + 0.00001f ); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/LineInput.cs000066400000000000000000000136111510671031000233550ustar00rootroot00000000000000using System; using Raylib_cs; using SharpEngine.Core.Input; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils.EventArgs; using Color = SharpEngine.Core.Utils.Color; using MouseButton = SharpEngine.Core.Input.MouseButton; namespace SharpEngine.Core.Widget; /// /// Class which represents Line Input /// /// Line Edit Position /// Line Edit Text ("") /// Line Edit Font ("") /// Line Edit Size (Vec2(300, 50)) /// Line Edit Font Size (null) /// If Line Edit is Secret (false) /// Z Layer public class LineInput( Vec2 position, string text = "", string font = "", Vec2? size = null, int? fontSize = null, bool secret = false, int zLayer = 0 ) : Widget(position, zLayer) { /// /// Current Text of Line Input /// public string Text { get; set; } = text; /// /// Font of Line Input /// public string Font { get; set; } = font; /// /// Size of Line Input /// public Vec2 Size { get; set; } = size ?? new Vec2(300, 50); /// /// If Line Input is Focused /// public bool Focused { get; private set; } = false; /// /// Font Size of Line Input (or null) /// public int? FontSize { get; set; } = fontSize; /// /// If Line Input is Secret /// public bool Secret { get; set; } = secret; /// /// Event trigger when value is changed /// public event EventHandler>? ValueChanged; /// /// Invoke ValueChanged Event /// /// Event Args protected void InvokeValueChanged(ValueEventArgs args) => ValueChanged?.Invoke(this, args); /// public override void Update(float delta) { if (!RealDisplayed || !Active) { Focused = false; return; } if (InputManager.IsMouseButtonPressed(MouseButton.Left)) Focused = InputManager.IsMouseInRectangle(new Rect(RealPosition - Size / 2, Size)); if (!Focused) return; #region Text Processing if (InputManager.IsKeyPressed(Key.Backspace) && Text.Length >= 1) { var old = Text; Text = Text[..^1]; ValueChanged?.Invoke( this, new ValueEventArgs { OldValue = old, NewValue = Text } ); } var finalFont = Scene?.Window?.FontManager.GetFont(Font); if (finalFont != null) { foreach (var pressedChar in InputManager.GetPressedChars()) { if ( char.IsSymbol(pressedChar) || char.IsWhiteSpace(pressedChar) || char.IsLetterOrDigit(pressedChar) || char.IsPunctuation(pressedChar) ) { Text += pressedChar; ValueChanged?.Invoke( this, new ValueEventArgs { OldValue = Text, NewValue = Text[..^1] } ); } } } #endregion } /// public override void Draw() { base.Draw(); if (!Displayed || Scene == null) return; SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X, Size.Y), Size / 2, 0, Color.Black, InstructionSource.UI, ZLayer ); SERender.DrawRectangle( new Rect(RealPosition.X + 2, RealPosition.Y + 2, Size.X - 4, Size.Y - 4), Size / 2, 0, Color.White, InstructionSource.UI, ZLayer + 0.00001f ); var finalFont = Scene?.Window?.FontManager.GetFont(Font); if (Font.Length <= 0 || finalFont == null) return; var text = Secret ? new string('*', Text.Length) : Text; var finalFontSize = FontSize ?? finalFont.Value.BaseSize; var textSize = Raylib.MeasureTextEx(finalFont.Value, text, finalFontSize, 2); var offset = textSize.X - (Size.X - 20); if (text.Length > 0) { var finalPosition = new Vec2(RealPosition.X - Size.X / 2 + 4, RealPosition.Y - textSize.Y / 2); SERender.ScissorMode( finalPosition.X, finalPosition.Y, Size.X - 8, textSize.Y, InstructionSource.UI, ZLayer + 0.00002f, () => { SERender.DrawText( finalFont.Value, text, new Vec2(finalPosition.X - (offset > 0 ? offset : 0), finalPosition.Y), finalFontSize, 2, Color.Black, InstructionSource.UI, 0 ); } ); } if (Focused) { var potentielSize = Raylib.MeasureTextEx(finalFont.Value, "A", finalFontSize, 2); SERender.DrawRectangle( (RealPosition.X - Size.X / 2 + 10 + textSize.X - (offset > 0 ? offset : 0)), (RealPosition.Y - potentielSize.Y / 2 + 2), 5, potentielSize.Y - 4, Color.Black, InstructionSource.UI, ZLayer + 0.00003f ); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/MultiLineInput.cs000066400000000000000000000107311510671031000243700ustar00rootroot00000000000000using System; using Raylib_cs; using SharpEngine.Core.Input; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils.EventArgs; using MouseButton = SharpEngine.Core.Input.MouseButton; using Color = SharpEngine.Core.Utils.Color; using Microsoft.Win32.SafeHandles; namespace SharpEngine.Core.Widget; /// /// Class which represents Multi Line Input /// /// Multi Line Edit Position /// Multi Line Edit Text ("") /// Multi Line Edit Font ("") /// Multi Line Edit Size (Vec2(500, 200)) /// Multi Line Edit Font Size (null) /// If Multi Line Edit is Secret (false) /// Z Layer public class MultiLineInput( Vec2 position, string text = "", string font = "", Vec2? size = null, int? fontSize = null, bool secret = false, int zLayer = 0 ) : LineInput(position, text, font, size, fontSize, secret, zLayer) { /// public override void Update(float delta) { base.Update(delta); #region Text Processing if (InputManager.IsKeyPressed(Key.Enter)) { Text += '\n'; InvokeValueChanged(new ValueEventArgs { OldValue = Text[..^1], NewValue = Text }); } #endregion } /// public override void Draw() { if (!Displayed) return; foreach (var child in Children) child.Draw(); if (Scene == null) return; SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X, Size.Y), Size / 2, 0, Color.Black, InstructionSource.UI, ZLayer ); SERender.DrawRectangle( new Rect(RealPosition.X + 2, RealPosition.Y + 2, Size.X - 4, Size.Y - 4), Size / 2, 0, Color.White, InstructionSource.UI, ZLayer + 0.00001f ); var finalFont = Scene?.Window?.FontManager.GetFont(Font); if (Font.Length <= 0 || finalFont == null) return; var finalFontSize = FontSize ?? finalFont.Value.BaseSize; var textSize = Raylib.MeasureTextEx(finalFont.Value, Text.Split("\n")[^1], finalFontSize, 2); var realTextSize = Raylib.MeasureTextEx(finalFont.Value, "A", finalFontSize, 2); var finalPosition = new Vec2(RealPosition.X - Size.X / 2 + 4, RealPosition.Y - Size.Y / 2 + 4); var lines = Text.Split("\n"); var offsetX = textSize.X - (Size.X - 20); var offsetY = realTextSize.Y * lines.Length - (Size.Y - 8); SERender.ScissorMode( finalPosition.X, finalPosition.Y, Size.X - 8, Size.Y - 8, InstructionSource.UI, ZLayer + 0.00002f, () => { DrawLines(finalFont!.Value, finalFontSize, finalPosition, lines, offsetX, offsetY); if (Focused) { SERender.DrawRectangle( finalPosition.X + 6 + textSize.X - (offsetX > 0 ? offsetX : 0), finalPosition.Y + realTextSize.Y * (lines.Length == 0 ? 1 : lines.Length - 1) - (offsetY > 0 ? offsetY : 0), 5, realTextSize.Y, Color.Black, InstructionSource.UI, ZLayer + 0.00003f ); } } ); } private void DrawLines(Font finalFont, int finalFontSize, Vec2 finalPosition, string[] lines, float offsetX, float offsetY) { for (var i = 0; i < lines.Length; i++) { var text = Secret ? new string('*', lines[i].Length) : lines[i]; var lineSize = Raylib.MeasureTextEx(finalFont, text, finalFontSize, 2); var pos = new Vec2( finalPosition.X - (offsetX > 0 ? offsetX : 0), finalPosition.Y + i * lineSize.Y - (offsetY > 0 ? offsetY : 0) ); SERender.DrawText( finalFont, text, pos, finalFontSize, 2, Color.Black, InstructionSource.UI, 0 ); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/ProgressBar.cs000066400000000000000000000045421510671031000237020ustar00rootroot00000000000000using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Widget; /// /// Class which represents ProgressBar /// public class ProgressBar : Widget { private float _value; /// /// Value of Bar (0 to 100) /// public float Value { get => _value; set => _value = MathHelper.Clamp(value, 0, 100); } /// /// Size of Bar /// public Vec2 Size { get; set; } /// /// Color of Bar /// public Color Color { get; set; } /// /// If Bar is Horizontal /// public bool Horizontal { get; set; } = true; /// /// Create ProgressBar /// /// Position /// Size (Vec2(150, 60)) /// Color (Color.Green) /// Value (0) /// Horizontal (true) /// ZLayer (0) public ProgressBar( Vec2 position, Vec2? size = null, Color? color = null, float value = 0, bool horizontal = true, int zLayer = 0 ) : base(position, zLayer) { Size = size ?? new Vec2(150, 60); Color = color ?? Color.Green; Value = value; Horizontal = horizontal; } /// public override void Draw() { base.Draw(); if (!Displayed || Size == Vec2.Zero) return; SERender.DrawRectangle( new Rect(RealPosition, Size), Size / 2, 0, Color.Black, InstructionSource.UI, ZLayer ); SERender.DrawRectangle( new Rect(RealPosition, Size - 4), (Size - 4) / 2, 0, Color.White, InstructionSource.UI, ZLayer + 0.00001f ); SERender.DrawRectangle( Horizontal ? new Rect(RealPosition, (Size.X - 8) * Value / 100, Size.Y - 8) : new Rect(RealPosition, Size.X - 8, (Size.Y - 8) * Value / 100), (Size - 8) / 2, 0, Color, InstructionSource.UI, ZLayer + 0.00002f ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/ScrollFrame.cs000066400000000000000000000056361510671031000236670ustar00rootroot00000000000000using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Widget; /// /// Class which represents Scroll Frame /// /// Scroll Frame Position /// Scroll Frame Size /// Scroll Frame Scroll Frame (5) /// Scroll Frame Border Size (3) /// Scroll Frame Border Color (Color.Black) /// Scroll Frame Background Color (null) /// Z Layer public class ScrollFrame( Vec2 position, Vec2 size, int scrollFactor = 5, int borderSize = 3, Color? borderColor = null, Color? backgroundColor = null, int zLayer = 0 ) : Widget(position, zLayer) { /// /// Color of Scroll Frame Border /// public Color BorderColor { get; set; } = borderColor ?? Color.Black; /// /// Size of Scroll Frame /// public Vec2 Size { get; set; } = size; /// /// Size of Scroll Frame Border /// public int BorderSize { get; set; } = borderSize; /// /// Color of Scroll Frame Background /// public Color? BackgroundColor { get; set; } = backgroundColor; /// /// Scroll Factor of Scroll Frame /// public int ScrollFactor { get; set; } = scrollFactor; /// public override void Update(float delta) { base.Update(delta); if(!RealDisplayed) return; var move = InputManager.GetMouseWheelMove(); if (move != 0) { foreach (var child in Children) child.Position = new Vec2(child.Position.X, child.Position.Y + move * ScrollFactor); } } /// public override void Draw() { if (!Displayed || Scene == null) return; if (BackgroundColor != null) SERender.DrawRectangle( new Rect(RealPosition.X, RealPosition.Y, Size.X, Size.Y), Size / 2, 0, BackgroundColor.Value, InstructionSource.UI, ZLayer ); SERender.DrawRectangleLines( new Rect(RealPosition.X - Size.X / 2, RealPosition.Y - Size.Y / 2, Size.X, Size.Y), BorderSize, BorderColor, InstructionSource.UI, ZLayer + 0.00001f ); SERender.ScissorMode( (RealPosition.X - Size.X / 2), (RealPosition.Y - Size.Y / 2), Size.X, Size.Y, InstructionSource.UI, ZLayer + 0.00002f, () => { base.Draw(); } ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Selector.cs000066400000000000000000000100111510671031000232150ustar00rootroot00000000000000using System; using System.Collections.Generic; using Raylib_cs; using SharpEngine.Core.Math; using SharpEngine.Core.Utils.EventArgs; namespace SharpEngine.Core.Widget; /// /// CLass which display a selector /// public class Selector : Widget { /// /// Values of Selector /// public List Values { get; } /// /// Selected Index of Selector /// public int SelectedIndex { get; set; } /// /// Left Button of Selector /// public Button LeftButton { get; } /// /// Right Button of Selector /// public Button RightButton { get; } /// /// Label of Selector /// public Label LabelValue { get; } /// /// Font of Selector /// public string Font { get; set; } /// /// Font Size of Selector /// public int? FontSize { get; set; } /// /// Event trigger when value is changed /// public event EventHandler>? ValueChanged; /// /// Selected Value /// public string Selected => Values[SelectedIndex]; /// /// Create Selector /// /// Position /// Values of Selector /// Font of Selector /// Current Index of Selector /// Font Size of Selector /// Z Layer public Selector( Vec2 position, List? values = null, string font = "", int currentIndex = 0, int? fontSize = null, int zLayer = 0 ) : base(position, zLayer) { Values = values ?? []; SelectedIndex = currentIndex; Font = font; FontSize = fontSize; LabelValue = new Label(Vec2.Zero, Selected, font, fontSize: fontSize, zLayer: zLayer); LeftButton = new Button( Vec2.Zero, "<", font, new Vec2(30), fontSize: fontSize, zLayer: zLayer ); RightButton = new Button( Vec2.Zero, ">", font, new Vec2(30), fontSize: fontSize, zLayer: zLayer ); AddChild(LabelValue); AddChild(LeftButton).Clicked += LeftButtonClick; AddChild(RightButton).Clicked += RightButtonClick; } private void LeftButtonClick(object? sender, EventArgs e) { var old = Selected; if (SelectedIndex == 0) SelectedIndex = Values.Count - 1; else SelectedIndex--; LabelValue.Text = Selected; ValueChanged?.Invoke( this, new ValueEventArgs { OldValue = old, NewValue = Selected } ); } private void RightButtonClick(object? sender, EventArgs e) { var old = Selected; if (SelectedIndex == Values.Count - 1) SelectedIndex = 0; else SelectedIndex++; LabelValue.Text = Selected; ValueChanged?.Invoke( this, new ValueEventArgs { OldValue = old, NewValue = Selected } ); } /// public override void Load() { base.Load(); var font = Scene?.Window?.FontManager.GetFont(Font); if (font != null) { var fontSize = FontSize ?? font.Value.BaseSize; var maxSizeX = 0f; foreach (var value in Values) { var size = Raylib.MeasureTextEx(font.Value, value, fontSize, 2); if (maxSizeX < size.X) maxSizeX = size.X; } LeftButton.Position = new Vec2(-maxSizeX / 2 - 30, 0); RightButton.Position = new Vec2(maxSizeX / 2 + 30, 0); } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Slider.cs000066400000000000000000000036521510671031000226740ustar00rootroot00000000000000using System; using SharpEngine.Core.Input; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; using SharpEngine.Core.Utils.EventArgs; namespace SharpEngine.Core.Widget; /// /// Class which represents Slider /// /// Position /// Size (Vec2(150, 60)) /// Color (Color.Green) /// Value (0) /// Horizontal (true) /// ZLayer (0) public class Slider( Vec2 position, Vec2? size = null, Color? color = null, float value = 0, bool horizontal = true, int zLayer = 0 ) : ProgressBar(position, size, color, value, horizontal, zLayer) { /// /// Event trigger when value is changed /// public event EventHandler>? ValueChanged; /// public override void Update(float delta) { base.Update(delta); if (!RealDisplayed) return; if (InputManager.IsMouseButtonDown(MouseButton.Left)) { var finalPosition = RealPosition - Size / 2; if (!InputManager.IsMouseInRectangle(new Rect(finalPosition, Size))) return; var barSize = Horizontal ? Size.X : Size.Y; var point = Horizontal ? InputManager.GetMousePosition().X - finalPosition.X : InputManager.GetMousePosition().Y - finalPosition.Y; var temp = Value; Value = (int)System.Math.Round(point * 100 / barSize, MidpointRounding.AwayFromZero); if (System.Math.Abs(temp - Value) > 0.001f) { ValueChanged?.Invoke( this, new ValueEventArgs { OldValue = temp, NewValue = Value } ); } } } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/TextureButton.cs000066400000000000000000000073121510671031000243030ustar00rootroot00000000000000using System; using Raylib_cs; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using Color = SharpEngine.Core.Utils.Color; using MouseButton = SharpEngine.Core.Input.MouseButton; namespace SharpEngine.Core.Widget; /// /// Class which display Texture Button /// /// Texture Button Position /// Texture Button Text /// Texture Button Font /// Texture Button Texture /// Texture Button Size /// Texture Button Font Color /// Texture Button Font Size /// Z Layer public class TextureButton( Vec2 position, string texture = "", string text = "", string font = "RAYLIB_DEFAULT", Vec2? size = null, Color? fontColor = null, int? fontSize = null, int zLayer = 0 ) : Button(position, text, font, size, fontColor, null, fontSize, zLayer) { /// /// Texture of Texture Button /// public string Texture { get; set; } = texture; /// public override void Update(float delta) { if (Size == Vec2.Zero) { var finalTexture = Scene?.Window?.TextureManager.GetTexture(Texture); if (finalTexture != null) Size = new Vec2(finalTexture.Value.Width, finalTexture.Value.Height); } base.Update(delta); } /// public override void Draw() { if (!Displayed) return; foreach (var child in Children) child.Draw(); var finalFont = Scene?.Window?.FontManager.GetFont(Font); var finalTexture = Scene?.Window?.TextureManager.GetTexture(Texture); if (Size == Vec2.Zero && finalTexture != null) Size = new Vec2(finalTexture.Value.Width, finalTexture.Value.Height); if ( Scene == null || Font.Length <= 0 || finalFont == null || finalTexture == null ) return; if (_state == ButtonState.Hover && Active) SERender.DrawRectangle( (RealPosition.X - (Size.X + 4) / 2), (RealPosition.Y - (Size.Y + 4) / 2), (Size.X + 4), (Size.Y + 4), Color.White, InstructionSource.UI, ZLayer ); SERender.DrawTexture( finalTexture.Value, new Rect(0, 0, finalTexture.Value.Width, finalTexture.Value.Height), new Rect(RealPosition.X + 2, RealPosition.Y + 2, Size.X - 4, Size.Y - 4), Size / 2, 0, Color.White, InstructionSource.UI, ZLayer + 0.00002f ); var finalFontSize = FontSize ?? finalFont.Value.BaseSize; var textSize = Raylib.MeasureTextEx(finalFont.Value, Text, finalFontSize, 2); if(Text.Length > 0) SERender.DrawText( finalFont.Value, Text, RealPosition, textSize / 2, 0, finalFontSize, 2, FontColor, InstructionSource.UI, ZLayer + 0.00003f ); if (_state == ButtonState.Down || !Active) SERender.DrawRectangle( (RealPosition.X - Size.X / 2), (RealPosition.Y - Size.Y / 2), Size.X, Size.Y, new Color(0, 0, 0, 128), InstructionSource.UI, ZLayer + 0.00004f ); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Utils/000077500000000000000000000000001510671031000222155ustar00rootroot00000000000000SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Utils/LabelStyles.cs000066400000000000000000000005631510671031000247730ustar00rootroot00000000000000using System; namespace SharpEngine.Core.Widget.Utils; /// /// Style for Label /// [Flags] public enum LabelStyles { /// /// None Style /// None = 0, /// /// Underline Style /// Underline = 1, /// /// Strike Style /// Strike = 2, } SharpEngine.Core-2.3.0/SharpEngine.Core/Widget/Widget.cs000066400000000000000000000113311510671031000226660ustar00rootroot00000000000000using System.Collections.Generic; using System.Linq; using SharpEngine.Core.Math; using SharpEngine.Core.Utils; namespace SharpEngine.Core.Widget; /// /// Abstract Class which represents Widget /// public abstract class Widget { /// /// Position of Widget /// public Vec2 Position { get; set; } /// /// Z Layer of Widget /// public int ZLayer { get; set; } = 0; /// /// If Widget is Displayed /// public bool Displayed { get; set; } = true; /// /// If Widget is Active /// public bool Active { get; set; } = true; /// /// Parent of Widget (can be null) /// public Widget? Parent { get; set; } /// /// How Widget must be updated when paused /// public PauseState PauseState { get; set; } = PauseState.Normal; /// /// Name of Widget /// public string Name { get; set; } = ""; /// /// Get Real Position (Position + Parent RealPosition if widget has Parent) /// public Vec2 RealPosition => Parent != null ? Position + Parent.RealPosition : Position; /// /// If Widget is really displayed (considering parent's display state) /// public bool RealDisplayed => Displayed && (Parent == null || Parent.RealDisplayed); /// /// Get All Direct Children of Widget /// public List Children { get; } = []; /// /// Scene of Widget /// public Scene? Scene { get => _scene; set { _scene = value; foreach (var child in Children) child.Scene = value; } } private Scene? _scene; /// /// Initializes a new instance of the class. /// /// The position of the widget. /// The Z layer of the widget. protected Widget(Vec2 position, int zLayer = 0) { Position = position; ZLayer = zLayer; } /// /// Get All Direct Children of one Type /// /// Type of Children /// Children of type T public List GetChildrenAs() where T : Widget => Children.FindAll(w => w.GetType() == typeof(T)).Cast().ToList(); /// /// Get All Recursive Children /// /// All Children public List GetAllChildren() { var children = new List(Children); foreach (var child in Children) children.AddRange(child.GetAllChildren()); return children; } /// /// Get Scene as T /// /// Scene Type /// Scene casted as T public T? GetSceneAs() where T : Scene => (T?)Scene; /// /// Add Child and return it /// /// Widget which will be added /// Type of Widget /// Child public T AddChild(T widget) where T : Widget { if (_scene != null) widget.Scene = _scene; widget.Parent = this; Children.Add(widget); return widget; } /// /// Remove Child /// /// Child that will be removed public void RemoveChild(Widget widget) { widget.Scene = null; Children.Remove(widget); } /// /// Remove All Children /// public void RemoveAllChildren() { foreach (var child in Children) child.Scene = null; Children.Clear(); } /// /// Load Widget /// public virtual void Load() { foreach (var child in Children) child.Load(); } /// /// Unload Widget /// public virtual void Unload() { foreach (var child in Children) child.Unload(); } /// /// Update Widget /// /// Time since last frame public virtual void Update(float delta) { foreach (var child in Children) child.Update(delta); } /// /// Draw Widget /// public virtual void Draw() { if (!Displayed) return; foreach (var child in Children) child.Draw(); } } SharpEngine.Core-2.3.0/SharpEngine.Core/Window.cs000066400000000000000000000400241510671031000214700ustar00rootroot00000000000000using System; using System.Collections.Generic; using System.ComponentModel; using System.Diagnostics; using System.IO; using System.Linq; using System.Numerics; using System.Runtime.CompilerServices; using System.Runtime.InteropServices; using ImGuiNET; using Raylib_cs; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; using SharpEngine.Core.Utils.EventArgs; using SharpEngine.Core.Utils.SeImGui; using static System.Formats.Asn1.AsnWriter; using Color = SharpEngine.Core.Utils.Color; namespace SharpEngine.Core; /// /// Class which represents and create Window /// public class Window { /// /// Title of Window /// public string Title { get => _title; set { _title = value; Raylib.SetWindowTitle(value); } } /// /// Size of Window /// public Vec2 ScreenSize { get => _screenSize; set { _screenSize = value; Raylib.SetWindowSize((int)value.X, (int)value.Y); RenderScale = MathF.Min(_screenSize.X / _renderSize.X, _screenSize.Y / _renderSize.Y); } } /// /// Size of Render /// public Vec2 RenderSize { get => _renderSize; set { _renderSize = value; UpdateRenderSize(); } } /// /// Position of Window /// public static Vec2 Position { get => Raylib.GetWindowPosition(); set => Raylib.SetWindowPosition((int)value.X, (int)value.Y); } /// /// Background Color used in Window /// public Color BackgroundColor { get; set; } /// /// Event which be called in Start of Window (can stop start by set result to false) /// public event EventHandler? StartCallback; /// /// Event which be called in Stop of Window (can stop stop by set result to false) /// public event EventHandler? StopCallback; /// /// Function which be called to render something in ImGui /// public Action? RenderImGui { get; set; } /// /// Manage Debug Mode of Window /// public bool Debug { get => _debug; set { _debug = value; DebugManager.SetLogLevel(value ? LogLevel.LogAll : LogLevel.LogInfo); } } /// /// Camera Manager of Window /// public CameraManager CameraManager { get; } /// /// Texture Manager of Window /// public TextureManager TextureManager { get; } /// /// Shader Manager of Window /// public ShaderManager ShaderManager { get; } /// /// Font Manager of Window /// public FontManager FontManager { get; } /// /// Sound Manager of Window /// public SoundManager SoundManager { get; } /// /// Music Manager of Window /// public MusicManager MusicManager { get; } /// ///Timer Manager of Window /// public TimerManager TimerManager { get; } /// /// ImGui Management of Window /// public SeImGui SeImGui { get; } /// /// Scale of Render /// public float RenderScale { get; private set; } /// /// Index of Current Scene /// public int IndexCurrentScene { get => _internalIndexCurrentScene; set { if (_internalIndexCurrentScene != -1) Scenes[_internalIndexCurrentScene].CloseScene(); _internalIndexCurrentScene = value; Scenes[_internalIndexCurrentScene].OpenScene(); } } /// /// Current Scene /// public Scene CurrentScene { get => Scenes[_internalIndexCurrentScene]; set { if (_internalIndexCurrentScene != 1) Scenes[_internalIndexCurrentScene].CloseScene(); _internalIndexCurrentScene = Scenes.IndexOf(value); Scenes[_internalIndexCurrentScene].OpenScene(); } } /// /// Get All Scenes /// public List Scenes { get; } = []; private Vec2 _screenSize; private Vec2 _renderSize; private string _title; private bool _closeWindow; private int _internalIndexCurrentScene = -1; private bool _debug; private RenderTexture2D _targetTexture; internal bool _imguiDisplayWindow = false; internal bool _imguiDisplayConsole = false; private static bool ConsoleLog { get; set; } = true; private static bool FileLog { get; set; } = false; /// /// Create and Init Window /// /// Width of Window /// Height of Window /// Title of Window /// Background Color of Window (Black) /// Number of FPS (60) /// Debug Mode (false) /// Log in Console /// Log in File (log.txt) /// Redirect Logs public Window( int width, int height, string title, Color? backgroundColor = null, int? fps = 60, bool debug = false, bool consoleLog = true, bool fileLog = false, bool redirectLogs = true ) : this(new Vec2(width, height), title, backgroundColor, fps, debug, consoleLog, fileLog, redirectLogs) { } /// /// Create and Init Window /// /// Size of Window /// Title of Window /// Background Color of Window (Black) /// Number of FPS (60) /// Debug Mode (false) /// Log in Console /// Log in File (log.txt) /// Redirect Logs public Window( Vec2 screenSize, string title, Color? backgroundColor = null, int? fps = 60, bool debug = false, bool consoleLog = true, bool fileLog = false, bool redirectLogs = true ) { InputManager.InternalWindow = this; RenderImGui = DebugManager.SeRenderImGui; ConsoleLog = consoleLog; FileLog = fileLog; _title = title; _screenSize = screenSize; _renderSize = screenSize; BackgroundColor = backgroundColor ?? Color.Black; Debug = debug; if (FileLog && File.Exists("log.txt")) File.Delete("log.txt"); if (redirectLogs) { unsafe { Raylib.SetTraceLogCallback(&LogCustom); } } Raylib.InitWindow((int)screenSize.X, (int)screenSize.Y, title); Raylib.InitAudioDevice(); SeImGui = new SeImGui(); SeImGui.Load((int)screenSize.X, (int)screenSize.Y); TextureManager = new TextureManager(); ShaderManager = new ShaderManager(); FontManager = new FontManager(); CameraManager = new CameraManager(); SoundManager = new SoundManager(); MusicManager = new MusicManager(); TimerManager = new TimerManager(); CameraManager.SetScreenSize(screenSize); if (fps != null) Raylib.SetTargetFPS(fps.Value); _targetTexture = Raylib.LoadRenderTexture((int)screenSize.X, (int)screenSize.Y); RenderScale = MathF.Min(_screenSize.X / _renderSize.X, _screenSize.Y / _renderSize.Y); } /// /// Take a screenshot and save it /// /// Path of saved screenshot public static void TakeScreenshot(string path) => Raylib.TakeScreenshot(path); /// /// Open URL in default browser /// /// Url public static void OpenUrl(string url) { try { Process.Start(url); } catch { try { if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows)) { url = url.Replace("&", "^&"); Process.Start(new ProcessStartInfo(url) { UseShellExecute = true }); } else if (RuntimeInformation.IsOSPlatform(OSPlatform.Linux)) { Process.Start("xdg-open", url); } else if (RuntimeInformation.IsOSPlatform(OSPlatform.OSX)) { Process.Start("open", url); } } catch (Exception ex) { DebugManager.Log(LogLevel.LogError, $"SE: Failed to open URL {url} - {ex.Message}"); } } } /// /// Set master volume /// /// Volume (0 to 1) public static void SetMasterVolume(float volume) => Raylib.SetMasterVolume(volume); /// /// Set Icon of Window /// /// Image Path public void SetIcon(string path) { var icon = Raylib.LoadImage(path); Raylib.SetWindowIcon(icon); Raylib.UnloadImage(icon); } /// /// Add Scene to Window and Set Current Scene to it /// /// Scene which be added public void AddScene(Scene scene) { scene.Window = this; Scenes.Add(scene); _internalIndexCurrentScene = Scenes.Count - 1; } /// /// Get Scene by Index /// /// Index of Scene /// Scene public Scene GetScene(int index) => Scenes[index]; /// /// Get Scene cast as T /// /// Index of Scene /// Type as Scene /// Scene cast as T public T GetScene(int index) where T : Scene => (T)Scenes[index]; /// /// Get Current Scene cast as T /// /// Type as Scene /// Current Scene cast as T public T GetCurrentScene() where T : Scene => (T)Scenes[_internalIndexCurrentScene]; /// /// Run Window /// public void Run() { var args = new BoolEventArgs(); StartCallback?.Invoke(this, args); if (!args.Result) return; if (Scenes.Count == 0) { DebugManager.Log(LogLevel.LogError, "SE: There are no scenes in window."); return; } #region Load DebugManager.Log(LogLevel.LogInfo, "SE: Loading Scenes..."); foreach (var scene in Scenes) scene.Load(); DebugManager.Log(LogLevel.LogInfo, "SE: Scenes loaded !"); #endregion CurrentScene.OpenScene(); var firstFrame = true; while (!Raylib.WindowShouldClose() && !_closeWindow) { #region Update Input and ScreenSize InputManager.UpdateInput(); if (_screenSize.X != Raylib.GetScreenWidth() || _screenSize.Y != Raylib.GetScreenHeight()) { _screenSize = new Vec2(Raylib.GetScreenWidth(), Raylib.GetScreenHeight()); RenderScale = MathF.Min(_screenSize.X / _renderSize.X, _screenSize.Y / _renderSize.Y); } #endregion #region Update var delta = Raylib.GetFrameTime(); // This is a hack to fix ImGui assertions on the first frame if (firstFrame) { delta = 0.000001f; ImGui.Render(); firstFrame = false; } SeImGui.Update(delta); CurrentScene.Update(delta); CameraManager.Update(delta); TimerManager.Update(delta); #endregion #region Draw if (Debug) RenderImGui?.Invoke(this); CurrentScene.Draw(); { Raylib.BeginTextureMode(_targetTexture); Raylib.ClearBackground(BackgroundColor); SERender.Draw(this); if (Debug) SeImGui.Draw(); Raylib.EndTextureMode(); } { Raylib.BeginDrawing(); Raylib.ClearBackground(Color.Black); var dest = new Rectangle( (_screenSize.X - (_renderSize.X * RenderScale)) * 0.5f, (_screenSize.Y - (_renderSize.Y * RenderScale)) * 0.5f, _renderSize.X * RenderScale, _renderSize.Y * RenderScale ); Raylib.DrawTexturePro(_targetTexture.Texture, new Rectangle(0, 0, _targetTexture.Texture.Width, -_targetTexture.Texture.Height), dest, new Vector2(0, 0), 0, Color.White); Raylib.EndDrawing(); } #endregion } #region Unload DebugManager.Log(LogLevel.LogInfo, "SE: Unloading Scenes..."); foreach (var scene in Scenes) scene.Unload(); DebugManager.Log(LogLevel.LogInfo, "SE: Scenes unloaded !"); DebugManager.Log(LogLevel.LogInfo, "SE: Unloading Textures..."); Raylib.UnloadRenderTexture(_targetTexture); TextureManager.Unload(); DebugManager.Log(LogLevel.LogInfo, "SE: Textures unloaded !"); DebugManager.Log(LogLevel.LogInfo, "SE: Unloading Fonts..."); FontManager.Unload(); DebugManager.Log(LogLevel.LogInfo, "SE: Fonts unloaded !"); DebugManager.Log(LogLevel.LogInfo, "SE: Unloading Shaders..."); ShaderManager.Unload(); DebugManager.Log(LogLevel.LogInfo, "SE: Shaders unloaded !"); DebugManager.Log(LogLevel.LogInfo, "SE: Unloading SeImGui..."); SeImGui.Dispose(); DebugManager.Log(LogLevel.LogInfo, "SE: SeImGui unloaded !"); DebugManager.Log(LogLevel.LogInfo, "SE: Closing Window."); Raylib.CloseAudioDevice(); Raylib.CloseWindow(); #endregion } /// /// Stop Window /// public void Stop() { var args = new BoolEventArgs(); StopCallback?.Invoke(this, args); if (args.Result) _closeWindow = true; } private void UpdateRenderSize() { CameraManager.SetScreenSize(_renderSize); SeImGui.Resize((int)_renderSize.X, (int)_renderSize.Y); RenderScale = MathF.Min(_screenSize.X / _renderSize.X, _screenSize.Y / _renderSize.Y); } [UnmanagedCallersOnly(CallConvs = [typeof(CallConvCdecl)])] private static unsafe void LogCustom(int logLevel, sbyte* text, sbyte* args) { var message = Logging.GetLogMessage(new IntPtr(text), new IntPtr(args)); message = (LogLevel)logLevel switch { LogLevel.LogTrace => $"TRACE: {message}", LogLevel.LogAll => $"ALL: {message}", LogLevel.LogDebug => $"DEBUG: {message}", LogLevel.LogInfo => $"INFO: {message}", LogLevel.LogWarning => $"WARNING: {message}", LogLevel.LogError => $"ERROR: {message}", LogLevel.LogFatal => $"FATAL: {message}", _ => message }; message = $"{DateTime.Now:dd/MM/yyyy HH:mm:ss} - {message}"; if (ConsoleLog) Console.WriteLine(message); if (FileLog) File.AppendAllText("log.txt", message + "\n"); } } SharpEngine.Core-2.3.0/Testing/000077500000000000000000000000001510671031000162155ustar00rootroot00000000000000SharpEngine.Core-2.3.0/Testing/MyScene.cs000066400000000000000000000032521510671031000201110ustar00rootroot00000000000000using SharpEngine.Core; using SharpEngine.Core.Component; using SharpEngine.Core.Entity; using SharpEngine.Core.Input; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Renderer; using SharpEngine.Core.Utils; using SharpEngine.Core.Widget; namespace Testing; public class MyScene : Scene { private SpriteSheetComponent _sprite; private TextComponent _text; public MyScene() { var e = new Entity(); e.AddComponent(new TransformComponent(Vec2.Zero, Vec2.One, 0)); e.AddComponent(new RectComponent(Color.AliceBlue, new Vec2(50))); e.AddComponent(new ControlComponent()); e.AddComponent(new CollisionComponent(new Vec2(50), drawDebug: true)); AddEntity(e); var e2 = new Entity(); e2.AddComponent(new TransformComponent(new Vec2(300), Vec2.One, 0)); e2.AddComponent(new RectComponent(Color.Gray, new Vec2(100))); e2.AddComponent(new CollisionComponent(new Vec2(25), new Vec2(-25), drawDebug: true)); e2.AddComponent(new CollisionComponent(new Vec2(25), new Vec2(25), drawDebug: true)); e2.AddComponent(new CollisionComponent(new Vec2(25), new Vec2(-25, 25), drawDebug: true)); e2.AddComponent(new CollisionComponent(new Vec2(25), new Vec2(25, -25), drawDebug: true)); AddEntity(e2); var e3 = new Entity(); e3.AddComponent(new TransformComponent(new Vec2(800, 300), Vec2.One, 0)); e3.AddComponent(new RectComponent(Color.AliceBlue, new Vec2(50))); e3.AddComponent(new AutoComponent(new Vec2(-20, 0))); e3.AddComponent(new CollisionComponent(new Vec2(50), drawDebug: true)); AddEntity(e3); } } SharpEngine.Core-2.3.0/Testing/Program.cs000066400000000000000000000013631510671031000201560ustar00rootroot00000000000000using Raylib_cs; using SharpEngine.Core; using SharpEngine.Core.Manager; using SharpEngine.Core.Math; using SharpEngine.Core.Utils; using Color = SharpEngine.Core.Utils.Color; namespace Testing; internal static class Program { private static void Main() { Raylib.SetConfigFlags(ConfigFlags.ResizableWindow); var window = new Window( 1280, 920, "SE Raylib", Color.CornflowerBlue, null, true, true, true ); window.TextureManager.AddTexture("portal", "resources/portal.png"); window.AddScene(new MyScene()); DebugManager.AddConsoleCommand(new TestConsoleCommand()); window.Run(); } } SharpEngine.Core-2.3.0/Testing/TestConsoleCommand.cs000066400000000000000000000014571510671031000223140ustar00rootroot00000000000000using SharpEngine.Core; using SharpEngine.Core.Utils.SeImGui; using SharpEngine.Core.Utils.SeImGui.ConsoleCommand; using System; using System.Collections.Generic; using System.Diagnostics; using System.Linq; using System.Text; using System.Threading.Tasks; namespace Testing { internal class TestConsoleCommand : ISeImGuiConsoleCommand { public string Command => "test"; public void Process(string[] args, SeImGuiConsole console, Window window) { if(!DebugVarCommand.CustomVariables.ContainsKey("testvar")) DebugVarCommand.CustomVariables["testvar"] = 0; 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