Manual Unity
- Unity User Manual 2022.1 (beta)
- Packages and feature sets
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- 2D game development quickstart guide
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- Render pipelines introduction
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- How to get, set, and configure the active render pipeline
- Choosing and configuring a render pipeline and lighting solution
- Using the Built-in Render Pipeline
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- Introduction to lighting
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- The Lighting window
- Lighting Settings Asset
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- Lightmapping: Getting started
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- Cache Management for Virtual Texturing
- Marking textures as "Virtual Texturing Only"
- Virtual Texturing error material
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- Loading texture and mesh data
- Shaders
- Shaders core concepts
- Built-in shaders
- Standard Shader
- Standard Particle Shaders
- Autodesk Interactive shader
- Legacy Shaders
- Using Shader Graph
- Writing shaders
- Writing shaders overview
- ShaderLab
- ShaderLab: defining a Shader object
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- ShaderLab: adding shader programs
- ShaderLab: specifying package requirements
- ShaderLab: commands
- ShaderLab: grouping commands with the Category block
- ShaderLab command: AlphaToMask
- ShaderLab command: Blend
- ShaderLab command: BlendOp
- ShaderLab command: ColorMask
- ShaderLab command: Conservative
- ShaderLab command: Cull
- ShaderLab command: Offset
- ShaderLab command: Stencil
- ShaderLab command: UsePass
- ShaderLab command: GrabPass
- ShaderLab command: ZClip
- ShaderLab command: ZTest
- ShaderLab command: ZWrite
- ShaderLab legacy functionality
- HLSL in Unity
- GLSL in Unity
- Example shaders
- Writing Surface Shaders
- Writing shaders for different graphics APIs
- Understanding shader performance
- Materials
- Visual effects
- Post-processing and full-screen effects
- Particle systems
- Choosing your particle system solution
- Built-in Particle System
- Using the Built-in Particle System
- Particle System vertex streams and Standard Shader support
- Particle System GPU Instancing
- Particle System C# Job System integration
- Components and Modules
- Particle System
- Particle System modules
- Main module
- Emission module
- Shape module
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- Noise module
- Limit Velocity over Lifetime module
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- Lifetime by Emitter Speed module
- Force over Lifetime module
- Color over Lifetime module
- Color by Speed module
- Size over Lifetime module
- Size by Speed module
- Rotation over Lifetime module
- Rotation by Speed module
- External Forces module
- Collision module
- Triggers module
- Sub Emitters module
- Texture Sheet Animation module
- Lights module
- Trails module
- Custom Data module
- Renderer module
- Particle System Force Field
- Visual Effect Graph
- Decals and projectors
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- Color
- Graphics API support
- Graphics performance and profiling
- Render pipelines
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- Setting Up Your Scripting Environment
- Scripting concepts
- Important Classes
- Important Classes - GameObject
- Important Classes - MonoBehaviour
- Important Classes - Object
- Important Classes - Transform
- Important Classes - Vectors
- Important Classes - Quaternion
- ScriptableObject
- Important Classes - Time
- Important Classes - Mathf
- Important Classes - Random
- Important Classes - Debug
- Important Classes - Gizmos & Handles
- Unity architecture
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- C# Job System
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- Multiplayer Overview
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- Converting a single-player game to Unity Multiplayer
- Debugging Information
- The Multiplayer High Level API
- Multiplayer Component Reference
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- UnityWebRequest
- Audio
- Audio Overview
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- Audio High Pass Simple Effect
- Reverb Zones
- Microphone
- Audio Settings
- Video overview
- Animation
- Animation System Overview
- Rotation in animations
- Animation Clips
- Animator Controllers
- Retargeting of Humanoid animations
- Performance and optimization
- Animation Reference
- Animation FAQ
- Playables API
- A Glossary of animation terms
- Create user interfaces (UI)
- Comparison of UI systems in Unity
- UI Toolkit
- Get started with UI Toolkit
- The Visual Tree
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- Examples
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- Inner Workings of the Navigation System
- Building a NavMesh
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- Advanced NavMesh Bake Settings
- Creating a NavMesh Agent
- Creating a NavMesh Obstacle
- Creating an Off-mesh Link
- Building Off-Mesh Links Automatically
- Building Height Mesh for Accurate Character Placement
- Navigation Areas and Costs
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- Navigation Reference
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- Unity Cloud Build
- Setting up Cloud Build
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- Unity Collaborate
- Setting up Unity Collaborate
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- Getting started with AR development in Unity
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- Introducing Android
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- Integrating Unity into native iOS applications
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- UnityWebRequest
UnityWebRequest
UnityWebRequest menyediakan sistem modular untuk membandingkan permintaan HTTP dan menangani respon HTTP. Tujuan utama dari sistem UnityWebRequest adalah untuk memungkinkan permainan Unity untuk berinteraksi dengan back-end browser web. Ini juga mendukung fitur high-demand seperti permintaan HTTP chunked, operasi POST / PUT, dan kontrol penuh atas header HTTP dan kata kerja.
Sistem terdiri dari dua lapisan:
- A API (HLAPI) membungkus API Tingkat Rendah dan menyediakan antarmuka yang nyaman untuk melakukan operasi umum
- A API (LLAPI) menyediakan fleksibilitas maksimum untuk pengguna yang lebih maju
Platform yang didukung
Sistem UnityWebRequest mendukung sebagian besar platform Unity:
- Semua versi dari pemain Editor dan Standalone
- WebGL
- Platform seluler: iOS, Android
- Windows Server
Architecture
ekosistem UnityWebRequest memecah transaksi HTTP menjadi tiga operasi yang berbeda:
- Menyediakan data ke server
- Menerima data dari server
- Kontrol aliran HTTP (misalnya, pengalihan dan penanganan kesalahan)
Untuk menyediakan antarmuka yang lebih baik untuk pengguna canggih, operasi ini masing-masing diatur oleh objek mereka sendiri:
- Objek
UploadHandlermenangani transmisi data ke server - Objek
DownloadHandlermenangani penerimaan, penyangga dan pasca proses data yang diterima dari server - Objek
UnityWebRequestmengelola dua objek lain, dan juga menangani kontrol aliran HTTP. Objek ini adalah di mana header dan URL kustom didefinisikan, dan di mana kesalahan dan informasi pengalihan disimpan.
Untuk setiap transaksi HTTP, aliran kode normal adalah:
- Buat objek Permintaan Web
- Mengkonfigurasi objek Permintaan Web
- Mengatur header kustom
- Mengatur verba HTTP (seperti GET, POST, HEAD - verba kustom diizinkan pada semua platform kecuali untuk Android)
- Set URL
- (Pilihan) Buat pengganggu Unggah dan tempelkan ke Web Request
- Memberikan data untuk diunggah
- Memberikan formulir HTTP untuk diunggah
- (Opsional) Membuat Pegangan Unduh dan melampirkan ke Permintaan Web
- Kirim Permintaan Web
- Jika di dalam koroutine, Anda mungkin Hasil dari panggilan
Send()untuk menunggu permintaan untuk menyelesaikan
- Jika di dalam koroutine, Anda mungkin Hasil dari panggilan
- (Opsional) Baca menerima data dari Download Handler
- (Opsional) Baca informasi kesalahan, kode status HTTP dan header respons dari objek UnityWebRequest
© 2022 Unity Technologies. Tanggal Publikasi: 2022-04-04.