CSC 658 | Main

Computer Graphics CSC 658
General
  • Add Me
  • Course Outline
  • Online Class
  • Announcement
    Those who have issue with note taking please compose your note in a notepad and submit that to: almari.fhy@gmail.com
  • Test
    • Test 1
      • Date: 19 May 2022
      • Duration: 1 Hour 30 Minutes
      • Mode: Online
      • Cover: Lecture 1 to Lecture 5
      • Format:
        Part A - 10 Q Multiple Choice.
        Part B - 5 Question Short Answer.
        Part C - 2 Question Calculation (Surface Normal and Transformation).
      • Marks: 10% or 15% of total subject to Covid-19 policy arrangement.
    • Test 2
      • Date: 14 July 2022
      • Duration: 1 Hours 30 Minutes
      • Mode: Online
      • Cover: Lecture 6 to Lecture 10
      • Format:
        Part A - 10 Q Multiple Choice.
        Part B - 5 Question Short Answer.
        Part C - Calculation on Bezier and its theory.
      • Marks: 10% or 15% of total subject to Covid-19 policy arrangement.
    • Final Assessment
      • Date: TBA
      • Duration: 3 Hours (215 pm -515 pm)
      • Mode: Online
      • Cover: Selected Slides
      • Format:
        Part A (20 Marks) - 20 Q Multiple Choice.
        Part B (50 Marks) - 10 Question Short Answer.
        Part C (30 Marks)
        - 2 Question Essay Answer.
        - 1 Calculations.
      • Marks: 40% of total.
Materials
Class Video
  • Lecture 1 31 Mar 2022 Pass: eHBunJT3
  • Lab 1 (old video) Pass: WybnJ8vJ
  • Lecture 2 7 Apr 2022 Pass: pSGHPTi3
  • Lab 2 8 Apr 2022 Pass: xEFXSsD3
  • Lecture 3 14 Apr 2022 Pass: pMMPEKC3
  • Lab 3 15 Apr 2022 Pass: dRzNdeH5
  • Lecture 4 21 Apr 2022 Pass: tQpjU6vs
  • Lab 4 21 Apr 2022 Pass: XbibXRb8
  • Lecture 5 28 Apr 2022 Pass: Vv9UjdMb
  • Lab 5 28 Apr 2022 Pass: NyfqeiC2
  • Lab 6 12 May 2022 Pass:nNSi36Cm
  • Test 1 Brief 19 May 2022Pass:AnxUwCw4
  • Lab 7 19 May 2022 Pass:CdyuNGH6
  • Lecture 6 26 May 2022 Pass:mGUaipZ2
  • Lab 8 26 May 2022 Pass:mZGgG6GP
  • Lecture 7 & 8 9 June 2022 Pass:Ygmsafp9
  • Lab 9 - Adding Texture 9 June 2022 Pass:SvESUR6C
  • Lecture 8 & 9 16 Jun 2022 Pass:wFJaP2GM
  • Lab 10 - Animation 16 June 2022 Pass:nSjPkif3
  • Lecture 9 & 10 23 Jun 2022 Pass:4PtMpmsQ
  • Lecture 11 & 12 30 June 2022 Pass:Qg3aVQRN
  • Lecture 11 & 12 7 Jul 2022 Pass:MzAUesn2
    		•
    Materials & Samples
    Lab Activities
    1. To combine all the materials and come up with one complete drawing of a beach scene.
      Due Date: Week 7
    Final Project (Individual)
    • You are to create a 3D model scene of a village to be displayed on three.js
    • You must have at least 20 different complete object in your village. (A tree is considered as one complete object, the branch alone is not considered as one complete object).
    • You are allowed to download upto 20% of all objects from Internet. If your total objects are 20 then 4 of it can come from Internet.
    • After you have composed it in a .blend format, you have to export it to glTF2.0 and display it inside html file using three.js library.
    • Write up a 5 pages report detailing your project.
    • The format is as follows:
      • Introduction: Explaining about the overall concept of your modeling.
      • Object Detail: Inside this section you will show all the object used individually and describe how you create it. If it is downloaded from the Internet just mention the source.
      • Conclusion: Some conclusion remark
      • References: List of reference you use.
    • Send it to almari.fhy@gmail.com
    • Due Date: Week 14

    Some Results

    Test 1

    CS2533A
       
    2022755503 36
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    2022786189 39
    2022793305 46
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    2022905837 31
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    2022942887 37
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    2022977995 41
    2022978297 37
       
    CS2533B
       
    2019268068 36
    2021849312 37
    2021898062 42
    2022745861 31
    2022758045 39
    2022758179 22
    2022758179 31
    2022758651 41
    2022771539 44
    2022772019 39
    2022780367 29
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    2022970813 35
    2022978131 41
    2022981825 39
    2022987837 38
    2022988107 36
    2022996771 43
       
    CS2533C
       
    2022736361 35
    2022736425 34
    2022736465 43
    2022747921 38
    2022755777 42
    2022758113 46
    2022758301 44
    2022765207 37
    2022771777 43
    2022786085 41
    2022786147 41
    2022787457 38
    2022900883 38
    2022919843 40
    2022920073 38
    2022923161 39
    2022923389 36
    2022923593 38
    2022931129 35
    2022937703 43
    2022949911 43
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    2022970393 37
    2022972749 39
    2022981359 46
    2022981481 38
    2022981605 41
    2022996517 38
    2022996763 44
    Software Required
    This class is using Blender 3D Software. You can get it here
     
    Tools
    Gridbox

    Ufuture UiTM
    Go to UFUTURE

    Class Survey
    Please Fill the forms in ufuture (The EES and SUFO)