Options |
Description |
-p |
Triangulates a Planar Straight
Line Graph (.poly file). |
-r |
Refines a previously generated
mesh. |
-q |
Quality mesh generation. A minimum angle may be
specified. |
-a |
Applies a maximum triangle
area constraint. |
-u |
Applies a user-defined
triangle constraint. |
-A |
Applies attributes to identify
triangles in certain regions. |
-c |
Encloses the convex hull with
segments. |
-w |
Weighted Delaunay
triangulation. |
-W |
Regular triangulation (lower
hull of a height field). |
-j |
Jettison unused vertices from
output .node file. |
-e |
Generates an edge
list. |
-v |
Generates a Voronoi
diagram. |
-n |
Generates a list of triangle
neighbors. |
-g |
Generates an .off file for
Geomview. |
-B |
Suppresses output of boundary
information. |
-P |
Suppresses output of .poly
file. |
-N |
Suppresses output of .node
file. |
-E |
Suppresses output of .ele
file. |
-I |
Suppresses mesh iteration
numbers. |
-O |
Ignores holes in .poly
file. |
-X |
Suppresses use of exact
arithmetic. |
-z |
Numbers all items starting
from zero (rather than one). |
-o2 |
Generates second-order
subparametric elements. |
-Y |
Suppresses boundary segment
splitting. |
-S |
Specifies maximum number of
added Steiner points. |
-L |
Uses equatorial circles, not
equatorial lenses. |
-i |
Uses incremental method,
rather than divide-and-conquer. |
-F |
Uses Fortune's sweepline
algorithm, rather than d-and-c. |
-l |
Uses vertical cuts only,
rather than alternating cuts. |
-s |
Force segments into mesh by
splitting (instead of using CDT). |
-L |
Uses Ruppert's diametral
spheres, not diametral lenses. |
-C |
Check consistency of final
mesh. |
-Q |
Quiet: No terminal output except
errors. |
-V |
Verbose: Detailed information on what I'm
doing. |
-h |
Help: Detailed instructions for
Triangle. |