Sprout
Sprout converts curves and surfaces into forms 3d-printable.
This program is written in C++, powered by CGAL and boost
This program is written in C++, powered by CGAL and boost
Github repo is here
Binary file and sample file
(A Rhino file containing sample curves and surfaces and a Grasshopper file containing sample Python script to export the data according to the accepted input file format explained below are included.)
Accepted input file format
Sprout does not support comments. The comments below are placed only to explain the format.
Closed polyline is not supported so far…
G , 1.0 //Global scaling factor. Multiplied with coordinates, thickness and radius
S , 3321 , 6400 //Start definition of new triangulated mesh surface, number of vertices, number of faces
T , 1 //Thickness of the surface
V , 4.82873 , 36.6169 , -14.0 //Coordinates of the first vertex (#0)
V , 5.90731 , 36.7081 , -11.8870 //Coordinates of the second vertex (#1)
...
F , 0 , 41 , 42 //Corner node indices of the first triangle
F , 1 , 42 , 43 //Corner node indices of the second triangle
...
P , 55 //Start definition of new polyline, number of points
R , 0.5 //Radius of the curve
C , -19.7182035934 , 23.0 , -31.8169071714 //Coordinates of the first point
C , -13.7365478470 , 26.3485107422 , -24.3478167080 //Coordinates of the second point
...
page revision: 7, last edited: 01 May 2015 04:26
