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Describe FrontPage/CreativeApps201602 here. #pragma section-numbers 2

= Creative Apps 201602 (NOT OPERATIONAL YET !!!) =

<<TableOfContents>>

== Planning ==
  {{attachment:schedule.png}}

 * Week 1: Installation Processing with Android Mode, initial programming for Android
 * Week 2: Sensors, user interfaces
 * Week 3: Database access / networking??
 * Week 4: Installation XDK, initial programming with XDK
 * Week 5: User interfaces
 * Week 6: Android Native Apps II

== Week 1 ==
 * Presentations
  * [[attachment:DG241-Processing-part1.pdf]]
 * Code
  * [[attachment:Code-week1.zip]]

 * Homework and deliverables
  * If you have no experience with Processing, you are advised to follow [[attachment:GetStartedWithProcessing.pdf]] to learn the basics (password protected PDF. if you need the password, send p.j.f.peters(at)tue.nl an email);
  * Try out some examples from the Processing programming environment, to see how these examples would behave on the emulator or on your Android phone.
  * Create full screen visual art on Android, using Processing. See below some examples. (To get inspired, you may want to have a look at http://openprocessing.org)
  * Create an Android app, display "Hello Eindhoven" in the center of the screen.
  * What to be delivered (as one single ZIP file)
    * working source code
    * screen copy of the output
  * {{attachment:examples.jpg}}

== Week 2 ==
 * Presentations
  * [[attachment:DG241-Processing-part2.pdf]]
 * Code
  * [[attachment:week2.zip]]
 * Homework and deliverables
  * Try out some examples using the Ketai library on the emulator or on your Android phone.
  * Android phone owners: Create an interactive app using one (or more) sensors.
  * Emulator only: Create an interactive app using touch (=mouse) input
  * What to be delivered (as one single ZIP file)
    * source code
    * screen copy of the output

== Week 3 ==

 * Presentations
  * HTML5 Basics: [[attachment:DG241-HTML5Basics.pdf]]
 * Code: https://github.com/iddi/creativeapps

 * Homework and deliverables
  * Try out some HTML5 examples on the emulator or on your Android phone.
  * Create an interactive app using one (or more) sensors.
  * What to be delivered (as one single ZIP file)
   * source code
   * screen copy of the output


== Week 4 ==
 * Presentations
  * User Interfaces for HTML5 apps: [[attachment:DG241-UI4HTML5.pdf]]
 * The code can be found in the GitHub repository at: https://github.com/iddi/creativeapps

== Week 5 ==
 * Presentation: [[attachment:DG241-AndroidNativeApps.pdf]]
 * Homework:
  * Follow the tutorial and try out the examples at: http://www.vogella.com/tutorials/Android/article.html
  * Try to create a Currency Converter (USDEUR)
   * Hint: learn from “Temperature Converter” from the tutorial.
  * If the Currency is too easy for you: (not required)
   *Create a simple calculator.

== Week 6 ==
 * Tutorial: Accelerometer. see http://www.vogella.com/tutorials/AndroidSensor/article.html
  * Source code: [[attachment:SensorAcc.zip]]
 * Tutorial: Socket connections
  * Andorid code: [[attachment:SocketClient.zip]]
  * Processing code: [[attachment:server.zip]]
 * Homework:
  * Improve the SocketClient example, by implementing a GUI for configuring the server ip and port.
    {{attachment:SocketClient.jpg}}
  * Combining SensorAcc and SocketClient, to shuffle the background of the Processing stage by shaking the mobile phone.
   * You might want to Google for "java socket printwriter" for sending a line of text, and check out how to readString and readStringUntil in Processing (https://processing.org/reference/libraries/net/Client.html).


== Deliverables ==
 * Every week you will get homework and you are supposed to compete the work before the next lecture.
 * Deliver your work to creativeapps.submission@gmail.com, with your full name in the subject (so that we can find all your work later easily).
 * Deliver your work always in one ZIP file attached to your email.
 * You don't have to deliver every week. It can be delayed, until one week after the last lecture.
 * Please send your feedback request to one (not all) of the lectures according to this spreadsheet. [[attachment:Registrations.xls]]

== Installation ==

=== Processing installation ===
 * Download and unpack processing from https://processing.org/download/

=== Intel XDK Installation ===
 * TBD

=== An alternative emulator ===
 * If you are fed up by the slow emulator, you may want to try this one:
  * https://www.genymotion.com

  

Creative Apps 201602 (NOT OPERATIONAL YET !!!)

Contents

  1. Planning
  2. Week 1
  3. Week 2
  4. Week 3
  5. Week 4
  6. Week 5
  7. Week 6
  8. Deliverables
  9. Installation
    1. Processing installation
    2. Intel XDK Installation
    3. An alternative emulator

1. Planning

  • schedule.png

  • Week 1: Installation Processing with Android Mode, initial programming for Android
  • Week 2: Sensors, user interfaces
  • Week 3: Database access / networking??
  • Week 4: Installation XDK, initial programming with XDK
  • Week 5: User interfaces
  • Week 6: Android Native Apps II

2. Week 1

  • Presentations
  • Code
  • Homework and deliverables

    • If you have no experience with Processing, you are advised to follow GetStartedWithProcessing.pdf to learn the basics (password protected PDF. if you need the password, send p.j.f.peters(at)tue.nl an email);

    • Try out some examples from the Processing programming environment, to see how these examples would behave on the emulator or on your Android phone.

    • Create full screen visual art on Android, using Processing. See below some examples. (To get inspired, you may want to have a look at http://openprocessing.org)

    • Create an Android app, display "Hello Eindhoven" in the center of the screen.
    • What to be delivered (as one single ZIP file)
      • working source code
      • screen copy of the output

3. Week 2

  • Presentations
  • Code
  • Homework and deliverables
    • Try out some examples using the Ketai library on the emulator or on your Android phone.
    • Android phone owners: Create an interactive app using one (or more) sensors.
    • Emulator only: Create an interactive app using touch (=mouse) input
    • What to be delivered (as one single ZIP file)
      • source code
      • screen copy of the output

4. Week 3

  • Presentations

  • Code: https://github.com/iddi/creativeapps

  • Homework and deliverables
    • Try out some HTML5 examples on the emulator or on your Android phone.
    • Create an interactive app using one (or more) sensors.
    • What to be delivered (as one single ZIP file)
      • source code
      • screen copy of the output

5. Week 4

6. Week 5

7. Week 6

8. Deliverables

  • Every week you will get homework and you are supposed to compete the work before the next lecture.

  • Deliver your work to creativeapps.submission@gmail.com, with your full name in the subject (so that we can find all your work later easily).

  • Deliver your work always in one ZIP file attached to your email.
  • You don't have to deliver every week. It can be delayed, until one week after the last lecture.

  • Please send your feedback request to one (not all) of the lectures according to this spreadsheet. Registrations.xls

9. Installation

9.1. Processing installation

9.2. Intel XDK Installation

  • TBD

9.3. An alternative emulator

CreApps: FrontPage/CreativeApps201602 (last edited 2016-04-18 14:57:55 by PeterPeters)