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Usage: miller [options] input Millers 59 Icosahedra Stellations. Plus additional stellations discovered since. input may be Miller list number from 1 to 75. Or m_string where string consists of one or more cell names: A,B,C,D,E,F,G,H,e1,f1,f1',g1,e2,f2,g2 e.g m_De1f1g1 model string can be followed by I or Ih symmetry. e.g. m_e1f1',I std_ may precede input string to output a raw model Options -h,--help this help message (run 'off_util -H help' for general help) --version version information -L list models only -M merge stellation facelets -r rebuild compound model to separate vertices -O <args> output s - stellation, d - diagram (default: s) -l <lim> minimum distance for unique vertex locations as negative exponent (default: 12 giving 1e-12) -o <file> write output to file (default: write to standard output) Coloring Options (run 'off_util -H color' for help on color formats) -F <opt> face coloring method. d - from diagram, s - symmetry c - color by compound (default: 255,193,37, if compound then c) C - face/face connection count using map n colors keyword: none - sets no color -E <col> edge color. f - from faces (default: invisible) C - edge/face connection count using map n colors keyword: none - sets no color -V <col> vertex color. e - from edges (default: invisible) keyword: none - sets no color -T <tran> face transparency. valid range from 0 (invisible) to 255 (opaque) -m <maps> color maps. stellation diagram or face symmetry (default: compound)
miller 9 | antiview
miller m_E -F C -E C -V e | antiview -v 0.05
It is based on Miller's 59 stellations of the icosahedron. But it also adds further discoveries and possibilities.
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