Difference between revisions of "Python Geometry"
From BRL-CAD
m |
m |
||
| Line 5: | Line 5: | ||
primitives using libwdb. | primitives using libwdb. | ||
| − | To complete the goal of this GSOC task, the rest of the primitives which | + | To complete the goal of this GSOC task, the rest of the primitives which are not yet implemented would need to be done: |
ARS, BINUNIF, BOT, BREP, CLINE, DSP, EBM, GRIP, HALF, HF, METABALL, NURB, PG, SUBMODEL, SUPERELL, VOL, PNTS, ANNOTATION, HRT, CONSTRAINT | ARS, BINUNIF, BOT, BREP, CLINE, DSP, EBM, GRIP, HALF, HF, METABALL, NURB, PG, SUBMODEL, SUPERELL, VOL, PNTS, ANNOTATION, HRT, CONSTRAINT | ||
Revision as of 12:27, 3 March 2014
python-brlcad is an on-going effort to wrap BRL-CAD functionality with python code (see References).
The project is in its early development stage, the source code allows for now the scripting (read/modify/write) of only a selected set of primitives using libwdb.
To complete the goal of this GSOC task, the rest of the primitives which are not yet implemented would need to be done:
ARS, BINUNIF, BOT, BREP, CLINE, DSP, EBM, GRIP, HALF, HF, METABALL, NURB, PG, SUBMODEL, SUPERELL, VOL, PNTS, ANNOTATION, HRT, CONSTRAINT
The following primitives are already wrapped, and can serve as example for the rest:
ARBN, ARB, EHY, ELL, ELL, EPA, ETO, EXTRUDE, HYP, PIPE, PARTICLE, REVOLVE, RHC, RPC, SKETCH, TGC, REC, TOR, COMBINATION
References
Requirements
- Familiarity with C;
- Strong familiarity with python
