User:Anuragmurty

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Revision as of 15:55, 25 May 2012 by Anuragmurty (talk | contribs) (community bonding period)

Personal information

About me

  • Name: Anurag Murty
  • E-mail address: anuragmurty@gmail.com
  • IRC username: anuragmurty
I am an MTech student of Computational Science at IISc Bangalore

About The GSoc Project

Brief Description of my project on the GSoC page

Development Log

community bonding period

1.First task is compilation of BRL-CAD

BRL-CAD succesfully built from source

2.Learning to use the Software / Explore the code

Have Completed the tutorial on BRL-CAD available on the site(Basically mged commands and USING the software)

3 Raytracing Commands related to my project work

having learnt to use rt , rtweight from a USERs perspective, going through the respective codes and understanding the modules now

4. Wrote a small patch for bitv.c in src/libbu.Waiting for feedback:)

5. Going through the gqa program as I have been asked to learn to use and understand it too

6. patch for ctype.c also submitted. waiting for reviews. had some problem with the previous patch too. Turned out that it wasnt in the unified diff format as required.

[ PS: Some problem with IRC. Unable to join the brlcad channel. Should be fixed in a while hopefully.]

7. 21st to 23rd -- done understanding code for rtexample.c. discussed with mentor(d_rossberg) about how to extend rt_shootray for getting the voxels. parameters to be used : size of voxels,rays to be shot per voxel, minimum volume to be considered as threshold for considering. have started with implementation of a first , very basic program to get voxels.(one ray per voxel for now, simple shapes also).

8. first patch accepted.. test_bitv.c!! second patch i submitted test_ctype has to be modified according to hacking guidelines...

9. working on rt_shootray for 3 views, which will be submitted today, but in a little while.

10. Written rtexample_3view.c that uses the midpoints of the faces of the bounding rectangular parallelopiped to shoot three rays in three perpendicular directions and gives data of the partitions encountered(the hit code is exactly taken from rtexample.c). the same is being submitted as a patch.