Difference between revisions of "Android Controller"

Revision as of 20:34, 4 June 2011

Android Controller

Jeanne Wang

Objective

Create an intuitive and novel approach to a tablet based multi-touch and sensor-enabled controller for a real-time 3D visualization on a 2D platform. Using camera pose information relative to a 3D model displayed on a screen, we can display virtual camera shots in the 3D model space on the tablet.

Android Basics:

• Sandboxed in a linux environment, each application is actually a user

• Model View Controller setup
  • Model - Content providers
  • View - XML
  • Controller - Activity, or Service

• UI Components
  • Buttons
  • Sliders

<math>SeekBar seekbar=(SeekBar)findViewById(R.id.seekBar1);

       seekbar.setOnSeekBarChangeListener(sbar);</math>

• Camera

Hardware + Emulator

• using-adp1-without-sim-card
• register g1
• update g1 firmware

Network

• server

• client

• socket issues

ARToolkit

• detect marker
• pose

Android

OpenCover

• display marker
• display dataset

Tips

• Tip: An easy way to add import packages to your project is to press Ctrl-Shift-O (Cmd-Shift-O, on Mac). This is an Eclipse shortcut that identifies missing packages based on your code and adds them for you.
• To get cpuinfo on a particular machine look in: /proc/cpuinfo
• To get ipaddress on a particular machine call /sbin/ifconfig

Other possibilities

• Corona Sdk [[1]]
• HTML5 DeviceMotionEvent [[2]]
• PhoneGap [[3]]