Template 每個元件都可能有自己的「樣板」 • Metadata 每個元件都可以標示「中繼資料」 • Data Binding 樣板與元件屬性、方法可以進行綁定 • Directive 將 DOM 轉換為多功能的「宣告命令」 • Service 由「服務」集中管理資料與運算邏輯 • Dependency Injection 由「相依注入」機制管理物件生命週期 20 快快樂樂建立 ANGULAR 標籤套用 #name 語法 – 會在範本內建立一個名為 name 的區域變數 – 該 name 區域變數將只能用於目前元件範本中 – 該 name 區域變數將會儲存該標籤的 DOM 物件 – 你可以透過「事件繫結」將任意 DOM 物件中的任意 屬性傳回元件類別中 ( Component class ) • 以下這兩種是完全相等的語法 ( 使用 # 是語法糖 ) – #name – ref-name 或 NgClass 指令就可讓你自由的變更樣式 • 結構型指令 (Structure Directives) – 這種指令會透過新增和刪除 DOM 元素來改變 DOM 結構 – 例如內建的 NgIf、NgFor 或 NgSwitch 就可以用來控制 DOM 結構 • 請注意 ngSwitch 前面不要加上 * 星號 • 請注意 ngIf 與 ngFor 與 ngSwitchDefault 與 ngSwitchCase

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Saving Defaults Loading Factory Settings See also See Preferences for a complete information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements

simulation, AI denoising, Grease Pencil improvements, and much more. 2.83 -- June 2020: 3D Viewport virtual reality scene inspection, new volume object type, Cycles adaptive sampling, Cycles viewport denoising File and Paths Save & Load Configuring Peripherals Displays Input Devices Head-Mounted Displays (Virtual Reality) Defaults Import Existing Settings Create New Settings Saving Defaults Loading Factory information on configuring peripherals. Head-Mounted Displays (Virtual Reality) HMDs make it possible to place users in an interactive, virtual environment. Attached to the head, they track head movements