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 /!\ Starting date: Nov 3, Week 44
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||1 ||Hello You ||Rene Ahn (April 14) ||Rene Ahn, Sjriek Alers (April 19) ||[[attachment:Week1_Presentation.pdf]] ||[[attachment:Week1_Examples.zip]] ||[[attachment:Week1_Tasks.pdf]] ||
||2 ||Variables, Operators, Conditionals and Loops ||Sjriek Alers, Jun Hu (April 21) ||Sjriek Alers, (April 26)||[[attachment:Week2_Presentation.pdf]] ||[[attachment:Week2_Examples.zip]] ||[[attachment:Week2_Tasks.pdf]] ||
||3 ||Arrays and Functions ||Peter Peters (April 28) ||Loe Feijs, Sjriek Alers (May 3)||[[attachment:Week3_Presentation1.pdf]] ||[[attachment:Week3_Examples2.zip]] ||[[attachment:Week3_Exercises.pdf]] ||
||4 ||Algorithms and Data structures ||Loe Feijs (May 12) ||Peter Peters, Rene Ahn (May 17) ||[[attachment:Week4_Presentation.pdf]] ||[[attachment:Week4_Examples.zip]] ||[[attachment:Week4_Tasks.pdf]] ||
||5 ||Objects ||Rene Ahn (May 19) ||Peter Peters, Jun Hu (May 21 /!\ Friday) ||[[attachment:Week5_Presentation.pdf]] ||[[attachment:Week5_Examples.zip]] ||[[attachment:Week5_Tasks.pdf]] ||
||6 ||GUI ||Sjriek Alers (May 26) ||Jun Hu, Peter Peters (May 31) ||[[attachment:Week6_Presentation.pdf]] ||[[attachment:Week6_Examples.zip]] ||[[attachment:Week6_Tasks.pdf]] ||
||7 ||Java and Arduino ||Jun Hu (June 2) ||Peter Peters, Rene Ahn (June 7) || Hands-on. No presentation. ||[[attachment:Week7_Examples.zip]] || No Homework from this week ||
||44 ||Hello You ||Rene Ahn (April 14) ||Rene Ahn, Sjriek Alers (April 19) ||[[attachment:Week1_Presentation.pdf]] ||[[attachment:Week1_Examples.zip]] ||[[attachment:Week1_Tasks.pdf]] ||
||45 ||Variables, Operators, Conditionals and Loops ||Sjriek Alers, Jun Hu (April 21) ||Sjriek Alers, (April 26)||[[attachment:Week2_Presentation.pdf]] ||[[attachment:Week2_Examples.zip]] ||[[attachment:Week2_Tasks.pdf]] ||
||46 ||Arrays and Functions ||Peter Peters (April 28) ||Loe Feijs, Sjriek Alers (May 3)||[[attachment:Week3_Presentation1.pdf]] ||[[attachment:Week3_Examples2.zip]] ||[[attachment:Week3_Exercises.pdf]] ||
||47 ||Algorithms and Data structures ||Loe Feijs (May 12) ||Peter Peters, Rene Ahn (May 17) ||[[attachment:Week4_Presentation.pdf]] ||[[attachment:Week4_Examples.zip]] ||[[attachment:Week4_Tasks.pdf]] ||
||48 ||Objects ||Rene Ahn (May 19) ||Peter Peters, Jun Hu (May 21 /!\ Friday) ||[[attachment:Week5_Presentation.pdf]] ||[[attachment:Week5_Examples.zip]] ||[[attachment:Week5_Tasks.pdf]] ||
||49 ||GUI ||Sjriek Alers (May 26) ||Jun Hu, Peter Peters (May 31) ||[[attachment:Week6_Presentation.pdf]] ||[[attachment:Week6_Examples.zip]] ||[[attachment:Week6_Tasks.pdf]] ||
||50 ||Java and Arduino ||Jun Hu (June 2) ||Peter Peters, Rene Ahn (June 7) || Hands-on. No presentation. ||[[attachment:Week7_Examples.zip]] || No Homework from this week ||

Creative Programming Assignment 201011 (Q2)

Schedule

Lectures
  • Location: AUD.15
  • Time: Wednesdays, 08.45 - 10.30
  • Hands-on help
  • Location: ID Cafe
  • Time: Mondays, 14:00 - 15:00

    /!\ Starting date: Nov 3, Week 44

  • Week

    Content

    Lecture

    Monday Help

    Presentation

    Examples

    Homework

    44

    Hello You

    Rene Ahn (April 14)

    Rene Ahn, Sjriek Alers (April 19)

    Week1_Presentation.pdf

    Week1_Examples.zip

    Week1_Tasks.pdf

    45

    Variables, Operators, Conditionals and Loops

    Sjriek Alers, Jun Hu (April 21)

    Sjriek Alers, (April 26)

    Week2_Presentation.pdf

    Week2_Examples.zip

    Week2_Tasks.pdf

    46

    Arrays and Functions

    Peter Peters (April 28)

    Loe Feijs, Sjriek Alers (May 3)

    Week3_Presentation1.pdf

    Week3_Examples2.zip

    Week3_Exercises.pdf

    47

    Algorithms and Data structures

    Loe Feijs (May 12)

    Peter Peters, Rene Ahn (May 17)

    Week4_Presentation.pdf

    Week4_Examples.zip

    Week4_Tasks.pdf

    48

    Objects

    Rene Ahn (May 19)

    Peter Peters, Jun Hu (May 21 /!\ Friday)

    Week5_Presentation.pdf

    Week5_Examples.zip

    Week5_Tasks.pdf

    49

    GUI

    Sjriek Alers (May 26)

    Jun Hu, Peter Peters (May 31)

    Week6_Presentation.pdf

    Week6_Examples.zip

    Week6_Tasks.pdf

    50

    Java and Arduino

    Jun Hu (June 2)

    Peter Peters, Rene Ahn (June 7)

    Hands-on. No presentation.

    Week7_Examples.zip

    No Homework from this week

    Deliverables

    • Every week you will be given some tasks as individual homework. One of these tasks is obligatory and the result of this task must be delivered.

      • /!\ Deadline: 5 PM, the following Tuesday.

      • Zip the results(sketchbook, data files, images etc) all together into one single zip file, name it as follows:
        week<weeknumber of assignment>_<IDNR>.zip
        For example:
        week3_0732290.zip

        Once the file is uploaded, you will not be able to remove it or to change it. So please try to upload the latest version in one go. If by any chance you wish to update the submission, please make a new zip file, add _v<version number> to the file name. For example if you wish to send in a new version for week3_0732290.zip, name it as week3_0732290_v2.zip.

        • All letters in the name must be in lowercases.
        • Please use your IDNR (instead of the s number). If you don't know your IDNR, check it out in the registration list.

        • Using this naming scheme is important, or your submission will be ignored.. Also see Windows Help for how to zip and unzip files in Windows.

        • For StudyWeb to work, you'd better use Microsoft Internet Explorer.

      • Upload the zip file to
    • Voluntary task: You are challenged to deliver a demonstration with the robot (if you prefer, and with visuals) to show what you have learned from the assignment, to show your capability of reading and understanding the documentations, and to show your creativity. (You'd better start earlier during the assignment, so that you can see it evolving, and get the help from other students, possibly as well as the student assistants):
      • /!\ Deadline: one day before the exhibition (Jan 6, 2010).

      • You are expected to work in pairs.

      • No lectures will be given specially for the robot. You are challenged to read and understand the documentations. These documents are available on the assignment wiki.
      • If you manage to deliver such a demo, AdMoVeo must be used.

      • Examples of things (these are just examples!) you can do with AdMoVeo:

        • Let AdMoVeo dance with your hand.

        • Let AdMoVeo dance with music.

        • Let AdMoVeo follow a line.

        • Use AdMoVeo LEDs as disco lights

        • Let AdMoVeo follow a light.

        • Let AdMoVeo read a map and plot the map on the screen

        • … anything else not in this list. Check out AdMoVeo video clips on YouTube for inspiration.

      • What you are expected to deliver: a word document to studyweb, named after Robot_<IDNR>.doc that contains

        • A link to a YouTube video that shows the behavior of the robot. The video must be titled as CreaPro 2009 AdMoVeo: <your title> by <your name> and <your name>. In the description you should briefly explain your creation.

        • The source code
      • Selected videos will be shown on the WallOfFame of the assignment and on AdMoVeo.nl

      • You may show your demo as part of your exhibition, but you don’t have to. It is up to you.

    If you have questions

    • We will be happy to answer your questions, but please try not to email your questions to teachers. Instead, bring your questions to the help sessions.
    • Please try to solve the problems by yourself -- this is important part of learning experience.
    • If you could not solve the problems after trying hard for at least half a day, seek for help from your fellows.
    • Again, Please try not to email your questions to teachers.

    CreaPro: CreativeProgrammingAssignment201011 (last edited 2011-01-07 10:33:20 by JunHu)