# vertices: 0 edges: 0 faces: 0 # Connectivity statistics # incompatible faces: 0 # duplicate faces: 0 # boundary edges: 0 # duplicate edges: 0 # non-manifold edges: 0 # edges per vertex: min: 0 mean: 0 | 0 max: 0 # faces per edge: min: 0 mean: 0 | 0 max: 0 # Geometric statistics # face quality: min: 0 mean: 0 | 0 max: 0 # face area : min: 0 mean: 0 | 0 max: 0 # edge length : min: 0 mean: 0 | 0 max: 0 scalar min: 0.000000 max: 1.000000 OFF 0 0 0

Usage: gts2oogl [OPTION]... < input.srf > output.oogl Convert a GTS file (surface file format generated by the Gts Library) to OOGL file format (Geomview). -G --gnuplot writes isolines in gnuplot format --component color faces according to the component they belong too --quality color faces according to their quality --area color faces according to their area --incomp color incompatible faces -f VAL --fold=VAL color faces which make an angle smaller than VAL degrees with any of their neighbors -t --faces output individual faces --epv color vertices according to number of edges per vertex -H C --height=C color vertices according to their C coordinate -g --gaussian color vertices according to Gaussian curvature -C --curvature color vertices according to mean curvature --boundary output boundary edges -e A --feature=A output `feature' edges defined by angle A --non-manifold output non-manifold edges --duplicate output duplicate edges -i N --isolines=N draw N isolines (levels of constant altitude) -I L --isolines=L draw isoline at level L --cmap=FILE load FILE as colormap -m VAL, --min=VAL use VAL as minimum scaling value -M VAL, --max=VAL use VAL as maximum scaling value -r, --reverse reverse colormap -n --nosurface do not output surface -F C --flatten=C set C coordinate to average value -v, --verbose display surface statistics -h, --help display this help and exit Report bugs to popinet@users.sourceforge.net