成績分布試算(初稿，未計入EX#14)

 

成績分布試算(初稿，未計入EX#14)

EX#15-2 Engineering Visualization

Design engineering animation in multiple view. You can choose what you like. 

可以自訂主題或是從以下選擇

 F-16 戰機噴射氣流分析與動畫

2d Use fluid dynamics based on the Finite Element Method.

3d FEM

 

Turbofan Jet Engine

wrist watch

EX#15-1 Scientific Visualization

從以下任選2題，自選1題，總共三題

1 Animate Blue LED in lattice, PECVD fabrication, photon emission, or quantum mechanics

PECVD Fabrication , share 

Blue LED PECVD Chamber, share

lattice  share 1, share 2

blue light emission , share 

QW in lattice, share

quantum wells, share, simplified, share, merged

3. Design cat color calculator 

genetics

artifact  artifact 2 share 2

Google Gemini 3 Pro App (calling Banana Nano)

enhanced version

 

4. 科學模擬 3d 化(使用 three.js 模擬 3d )

Black hole-star binary system simulation 

黑洞與恆星雙星系統

黑洞撞擊

7. 蛋白質折疊 share Gemini 3 pro

8. MOF 在 CO2 捕捉的運用 (share) Gemini 3 pro, artifact by Claude

9. 金子如何形成?

EX#15 Comprehensive Exercise

 四選三

1. 設計基地台用高功率微波氮化鎵放大器，電路，數學模型，IC Die Chart

GaN, "Calibrated for 0.25 µm GaN-on-SiC RF process (Wolfspeed G2 / WIN NP25 class)" for base station

artifact (topology change, single device)

2. Build a city or a 3d landscape you choose. text to 3d model.

artifact, fractal

北車1, 北車2

花蓮鯉魚潭

中原電子系館

3. Build a Blue LED lattice model.

EX#14 Fractals

1. Generate fractals from text. You may choose two themes to present. The following are some examples and the prompts that generate them.

artifact (share)

 3d fractal cloud plain cloud

Clouds & lightning

artifact (share)

artifact (share)

artifact(share)

artifact, fly thru woods

Trees are fractals

 

2. identify hazards in a fractal 3d assessment display, first person perspective, according to a real world photo, more in photo gallery Choose any photo to proceed with.

依據照片重建三維碎形場景，辨識其中可能的危險部位，需考慮視角與觀測位置轉換以便可以瀏覽各處細節，提供影像庫選取一張照片(可使用自選)

樣本參考

share, artifact

樣本參考

1. add 3d model in three.js

2. fractal 3d trees

3. a node's label only resolves once the probe reaches it

4. faithful positioning (like the photo)

artifact

樣本參考

artifact

樣本參考

artifact

 3. Visualize fractals  

Make 2 fractals resembling natural 3d object such as clouds, lungs, blood vessels, ocean waves, and forests.

share (Build realistic trees)

share

share (Swiss Cheese)

share (Fractal Antenna)

Solid State Physics

Blue LED

artifact

Fractal Antenna

 

share

artifact

share (3d)

more

Follow up EX#13

Problem 1

Issue 1:

 You got to have a 3d model first. Then you do object detection and obstacle avoidance.

Refer to https://claude.ai/share/cf3e540d-c68d-40a4-a825-7bbd6b413fc3

Issue 2: 

未全部完成這題，要用溜冰場情境(如照片)，

如何套用 https://claude.ai/share/8ac9c5a7-4944-41e7-a1af-027635b14dac

Issue 3. add a Pathfinder  to react to obstacles which may have been inaccurately estimated.

artifact

Problem 2

Genuinely Voronoi Navigation

 "Inverse-distance-weighted" with Voronoi-based avoidance. (mixed)

EX#13 3D Models for Navigation

課堂練習 

Deadline:  Saturday at 23:59 (one more week)

Send all the share links to  me chang212@gmail.com by email with subject EX#13 [your id, your name]

1. 

參考Voronoi navigation app (this one is broken and stuck in the middle of journey. You got to fix it on your own.)

製作以下場景的導航（可使用前一次作業的3d model）

share

task 1: make an entrance/exit. make the auto-navigation route deliberately exit through this gate (e.g., a waypoint placed just outside on the brick path) and go to central woods as destination.

task 2: set FPV (first-person view) and maintain horizontal view angle

task 3: show Voronoi Waypoints for navigation

2. Implement Voroni-based navigation

Non-Voronoi Navigation