View source for SoC 2008/PanoramaViewing

= Google Summer of Code 2008 =
== Panorama Viewing ==
Also on this wiki: [[SoC_2008#QuickTimeVR_Playing]]

Technically this project is about writing an output module for viewing frames projected onto the inside of an OpenGL with the added possibility of user manipulation of the viewpoint.
=== My Commitment ===
I'm committed to work at least 40 hours per week for the duration of the GSoC on this project except for the first week in April when I will be busy with final exams.

=== Plan ===
This plan is based on the dates in the [http://code.google.com/opensource/gsoc/2008/faqs.html#0.1_timeline GSoC 2008 timeline]
* '''March 31''' - week 1
* study for exams and finish school assignments
* look into modifying VLC to detect QTVRs
* look into writing output modules for VLC
* '''April 7''' - week 2
* get an understanding of the QTVR format (possible start: http://developer.apple.com/documentation/QuickTime/InsideQT_QTVR/6Chap/chapter_6_section_1.html and the [http://freepv.sourceforge.net/ FreePV] code)
* make a list of QTVR functionality present in FreePV - aim to replicate this list in VLC
* identify which parts of FreePV can be used as a VLC module
* by now I should have a good idea of how things fit together
* '''April 14''' week 3
* '''April 21''' - week 4
* write a module that would render "frames" onto an OpenGL sphere
* add user interaction
* '''April 28''' - week 5
* implement proper equirectangular projection
* '''May 5''' - week 6
* '''May 12''' - week 7
* '''May 19''' - week 8
* '''May 26''' - week 9
* start support for simple QTVRs
* '''June 2''' - week 10
* '''June 9''' - week 11
* '''June 16''' - week 12
* '''June 23''' - week 13
* '''June 30''' - week 14
* '''July 7''' - week 15
* '''July 14''' - week 16 - Mid-term evaluations deadline;
* '''July 21''' - week 17
* '''July 28''' - week 18
* '''August 4''' - week 19
* '''August 11''' - week 20
* '''August 18'''

=== Module Options ===
* type of panorama: equirectangular,cylindrical,littleplanet,cubic...
* default FOV aka zoom