Difference between revisions of "User:Phoenix/GSoc2012/Reports"
From BRL-CAD
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* May 27 | * May 27 | ||
** Tested and examined the implemented brep conversions. Checked the current status of my work. | ** Tested and examined the implemented brep conversions. Checked the current status of my work. | ||
| + | |||
| + | == Week 2 == | ||
| + | * May 28 | ||
| + | ** Added the implicit -> brep conversion to conversion.sh, so that massive testing will be more convenient. | ||
= Original development timeline = | = Original development timeline = | ||
Revision as of 05:33, 28 May 2012
Log
Community Bonding
- May 2
- Downloaded the source code of the latest revision from svn checkout and got more familiar with subversion.
- Compiled and built the source both in Ubuntu and Windows (Visual Studio 2010) successfully.
- May 13
- Found and fixed a small bug in eto_brep (the rotation axis of eto is wrong), and submitted a patch on sourceforge.net.
- May 15
- Modified the eto_brep patch with the test case provided by Cliff.
- May 16
- Continued working on the conversion of eto.
- Tested the brep conversion of hyp, but found the raytrace result of implicit CSG hyp quite strange.
- May 17
- The raytrace of implicit hyp is wrong when H is not perpendicular to A.
- Fixed the conversion to brep of hyp (havn't commited yet).
- May 18
- My first SVN Commit: fixed the shearing direction of hyp.
Week 1
- May 21
- Fixed the bug of wrong id & od for pipe b-rep, by changing some prevp to curp.
- Dealt with duplicated points by deleting them from the linklist.
- May 22
- Added some control to deal with special cases in pipe_brep.cpp and add a few comments.
- May 23
- Read and tried to understood the code in revolve_brep.cpp, but got confused by the implicit definition.
- Changed the revolution axis and origin of the sketch plane of revolve_brep.
- May 24
- Changed the position of the sketch in extrude_brep according to the parameters.
- Fixed the plane direction of circle arcs in sketch_brep as well as in revolve_brep.
- May 25
- Dealt with non-full revolution of revolve_brep. It took a long time to get the expected result, but I got more familiar to NURBS/BREP during that procedure.
- May 27
- Tested and examined the implemented brep conversions. Checked the current status of my work.
Week 2
- May 28
- Added the implicit -> brep conversion to conversion.sh, so that massive testing will be more convenient.
Original development timeline
- - May 21 (~4 weeks)
- Study materials on NURBS/BREP etc
- Read the codes in librt/primitives
- Get familiar to OpenNURBS
- Fix some bugs and make patches
- Implement a method for convenient testing (finished)
- May 21 - June 10 (~3 weeks)
- Modify implemented conversions if not finished
- pipe
- sph, ell, tor, hyp
- eto, extrude, revolve, etc.
- Modify implemented conversions if not finished
- June 11 - June 18 (~1 week)
- Final examination week in our school
- June 19 - July 1 (~2 weeks)
- Still work on existing conversions
- Work on non-origin primitives
- Deduce transformation matrices
- Apply the transformation
- Test the results and write documents
- July 1 - July 29 (~4 weeks)
- Add new conversions to missing primitives
- Test whether it works well
- Write clear documents
- From easy ones to hard ones
- July 1 - July 8 (1 week)
- rec
- ars
- half
- ell1
- July 8 - July 15 (1 week)
- metaball
- pnts
- part
- grip
- July 15 - July 22 (1 week)
- superell
- cline
- July 22 - July 29 (1 week)
- hf
- other missing primitives
- Add new conversions to missing primitives
- July 29 - August 13 (~2 week)
- Write a convert for whole
- Write a function to walk the tree
- Add a command to MGED
- Discussions and documents
- Test the work and fix bugs
- Write a convert for whole
- August 13 - August 20 (~1 week)
- Pencil down data
- Improve documentation
- Evaluations
- Pencil down data
- Post-GSoc
- Further involvement with BRL-CAD :)
