Automation 3. Code Review & Approve 4. Multi environment 5. CI/CD 6. Use Repository 7. Agile & Iteration DevOps 1. IaC 讓⼀切都成為 Code 2. Automation 盡可能⾃動化 如果不成，就紀錄它！ 3. Code Review & Approve 4. Multi environment 運⽤在所有的環境！ 5. CI/CD ⾃動化的唯⼀觸發點！ 6. Use Repository 分⽀策略、Flow、Workflow 7. Agile & Iteration ⼩粒度、多迭代 Tools VCS CI CD Container Registry CM IaC Container orchestration

Cloud “Serverless”/ FaaS On-premise Middleware / PaaS ● ● Cloud Native Hybrid ● ● ● Up Agile Portable Elastic Transform Efficient Secure Pay for use Out ● ● Migrate Move up, out or both

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated select images and by consequence their associated strip. Second it can move strips using the same principles as the Move tool. Using the shortcut W, will cycle between this tool and other sub-tools described Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated select images and by consequence their associated strip. Second it can move strips using the same principles as the Move tool. Using the shortcut W, will cycle between this tool and other sub-tools described Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated select images and by consequence their associated strip. Second it can move strips using the same principles as the Move tool. Using the shortcut W, will cycle between this tool and other sub-tools described Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated select images and by consequence their associated strip. Second it can move strips using the same principles as the Move tool. Using the shortcut W, will cycle between this tool and other sub-tools described Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated select images and by consequence their associated strip. Second it can move strips using the same principles as the Move tool. Using the shortcut W, will cycle between this tool and other sub-tools described Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside (1.0 to 2.0). The yellow curve represents the mapping between input and output. The Extrapolate principles. Extrapolate disabled: the output values are bounded inside the (1.0 to 2.0) range. Extrapolate

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated select images and by consequence their associated strip. Second it can move strips using the same principles as the Move tool. Using the shortcut W, will cycle between this tool and other sub-tools described Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside

but by learning and practicing subjects such as human anatomy, composition, lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated Selected face. During extrude. Set to Z axis. Details Although the process is quite intuitive, the principles behind Extrude are fairly elaborate as discussed below: First, the algorithm determines the outside input and corresponding output values. Let us illustrate that with two graphs Fig. The Extrapolate principles.. In these pictures, the input range (in abscissa) is set to (1.0 to 4.0), and its corresponding