cad2022 <<
Previous Next >> cd2023
cad-syllabus
課程評分:
w3 建立 TCExam 帳號, 進行模擬考試.
w4 Exam1 (5%)
w8 Exam2 (5%)
w9 Exam3 (5%)
w12 Exam4 (5%)
w16 Exam5 (5%)
w18 Exam6 (5%)
Github Repository and Pages (70%)
個人簡歷與課程進度心得
課程內容操作影片 (Wink3)
期中設計專案
期末設計專案
課程內容:
Design a Foosball Table:
期中設計專案:
請在個人網頁中, 建立一個 Foosball 頁面, 以 MCAD 套件建立所需的所有零組件檔案:
How To Make a Desktop Foosball Table
Foosball Table with 3d printing
The Study of Semi-Automated Football Table
https://2019wcm.blogspot.com/2019/04/table-foosball.html
評分項目 (Github Pages, pdf, reveal, pelican):
專案摘要
專案目錄
設計簡介與目標
相關文獻探討
專利:
Game Apparatus (1939)
Simulated Hockey Game (1950)
Table soccer or football game structure (1973)
Table soccer or football game structure (1975)
Rod Bearing for Table Soccer or Fussball Game Structure (1983)
Sectional Rod Bearing for Fussball Game Structure (1991)
Table Soccer or Fussball Game Playing Ball (1991)
Table Soccer Game Bumper Structure (1991)
Table Soccer Playing Figure (1994)
Soccer Table (1994)
Convertible Game Table (1997)
Bracing Structure of Rotary Rod (2000)
Structure of a Soccer Game Table (2001)
Player Structure in a Fooz Ball Game (2002)
Retractable Rotating Rod for Football Table (2002)
Double Sided Soccer Man (2010)
Support Device for Slidable Shafts of Table Soccer Games (2012)
課程報告:
https://mdecadp2018.github.io/site-40623128
https://mdecadp2018.github.io/site-40623130
https://mdecadp2018.github.io/site-40623224
https://mdecadp2018.github.io/site-40623242
大學部專題:
The Study of Semi-Automated Football Table
研究報告:
foosball keyword searching on IEEE
Development Of Robotic Foosball As A Versatile Platform For Robotics Research and Contests (2003)
Kiro (2006)
Space Foosball: Coupling Tangible Interfaces with a Real-time Game Physics Engine (2009)
Automated Foosball Table (2013)
https://2019wcm.blogspot.com/search/label/foosball
https://www.ximea.com/en/corporate-news/foosball-table-robot-camera
Foosball tracking (2012)
Foose (2012)
https://cduck.me/2015/robotic-foosball-table/ (2015)
https://www.siliconrepublic.com/machines/chess-go-and-now-foosball-ai-is-coming-for-you (2016)
https://www.thestar.com/news/insight/2016/05/12/can-a-computer-beat-you-at-foosball-yes-yes-it-can.html (2016)
Low latency vision-based control for robotics (2018)
KIcker (2021)
https://youtu.be/Hu7LFrP43tA
https://forum.allaboutcircuits.com/threads/automated-foosball-hardware-advice-for-crazy-speeds.137860/
設計方法與工具 (Solvespace, Onshape, NX 分屬三種不同類型的 MCAD 套件)
可自行編譯延伸的 MCAD (Solvespace, Web version, CADtron) 套件
可直接在雲端上執行的 MCAD (Onshape) 套件
可放入 USB 連網啟動的高階 MCAD (NX2206 revB) 套件
https://me5763.github.io/lab/
NX Tips Video
設計結果
設計討論
附錄
期末設計專案:
請根據期中專案所完成的設計零組件, 轉入 CoppeliaSim 4.3.0 rev3 以上版本後, 透過網路連線, 建立可讓 Human 與 Human 對打, Human 與 Computer 對打, 以及 Computer 與 Computer 對打的 Foosball 線上遊戲.
https://www.coppeliarobotics.com/
https://forum.coppeliarobotics.com/
https://mde.tw/pjcopsim
https://github.com/CoppeliaRobotics
評分項目:
專案摘要
專案目錄
設計簡介與目標
相關文獻探討
CoppeliaSim Overview
CoppeliaSim Tutorials
設計方法與工具
自行編譯 CoppeliaSim: https://github.com/CoppeliaRobotics
Building a Clean Model
Joints
Kinematics
Desiging Dynamic Simulations
Writing Code
RemoteAPI
Web-browser based Front-end
設計結果
設計討論
附錄
期末簡報
cad2022 <<
Previous Next >> cd2023