On this page you will find links to several programs (DOS .exe) written by Reuben Reyes that convert
3D files from one format to another. All the programs here run in DOS from the command line and will
only work on older Winodows computers. Most of the programs listed convert 3D files that have facets
into another format that also has facets.
One program (stl2igs1.exe) takes a binary STL files and converts it to an IGES file with a wire frame.
The last three programs listed here take point clouds that are in an ASCII format and converts the same
point cloud into a VRML format. Point clouds come from many sources. The most common point cloud sources
are: LiDAR, Sonar, and Photogrammetry.
DXF (Data eXchange Format) by AutoCAD from AutoDeskInc.
AutoCAD DXF convert to Open Inventor
dxf2iv.exe
AutoCAD DXF convert to WaveFront OBJ
dxf2obj.exe
AutoCAD DXF convert to Stereolithography
dxf2stl.exe
IV Open Inventor file developed by SGI.
Open Inventor convert to AutoCAD DXF
iv2dxf.exe
Open Inventor convert to WaveFront OBJ
iv2obj.exe
Open Inventor convert to Stereolithography
iv2stl.exe
Stanford PLY convert to VRML, IV, and STL
ply2vis.exe
Stanford PLY convert to VRML, IV, and STL
ply3vis.exe
Stanford PLY swap endian (no color)
PLYswapN.exe
Stanford PLY swap endian (color)
PLYswapR.exe
Stanford PLY swap endian (color & tristrips)
PLYswapT.exe
STL Stereolithography developed by 3D systems.
Stereolithography convet to AutoCAD DXF
stl2dxf.exe
Stereolithography to IGES wireframe
stl2igs1.exe
Stereolithography to IGES surface
stl2igs2.exe
Stereolithography to Open Inventor
stl2iv.exe
Stereolithography to Neutral File Format
stl2nff.exe
Stereolithography to WaveFront OBJ
stl2obj.exe
Stereolithography to VRML / WRL
stl2vrml.exe
Stereolithography to Visualization ToolKit
stl2vtk.exe
Stereolithography to VRML 2.0
stl2wrl2.exe
ASCII Pointclouds.
Pointcloud xyz & intensity convert to VRML pointcloud
xyzi2vrml.exe
Pointcloud xyz convert to VRML
xyz2vrml.exe
Pointcloud xyz (color) RGB convert to VRML
xyzRGB2vrml.exe
Note: If you want to create a surface or grid from a point cloud use MeshLab. Meshlab will read VRML point clouds and convert to a surface, then ouput in many formats including STL for 3D printing.
Programs written by Reuben Reyes
(Previous affiliation with The Univerity of Texas at Austin)
Questions? email: hitechmex@gmail.com
In this section below is a list of 5 papers that used Stereolithography to Open Inventor program iv2stl.exe written by Reuben Reyes.
Included in each section is the name of the paper published and the REFERENCE in capital letters within each numbered paper (1 to 5).
Each secion is a different paper numbered 1 to 5 that includes the reference to Stereolithography to Open Inventor program iv2stl.exe.
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Paper 1
Fast three-dimensional superimposition of cone beam computed tomography for orthopaedics and orthognathic surgery evaluation
A. Weissheimer, L. M. Menezes, L. Koerich, J. Pham, and L. H. S. Cevidanes
Published online 2015 Apr 29. doi: 10.1016/j.ijom.2015.04.001 Link to Paper 1
REFERENCE
The 3D virtual surface model of the skull generated was then exported as a stereolithography file (STL) using the ITK-SNAP programme
and converted to an Open Inventor file (IV) using STL to SGI Inventor 2.0 Utility Beta programme (developed by Reuben Reyes, rr.nitsua@xamhcetih. com).
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Paper 2
Métodos de avaliação tridimensional do complexo craniofacial em tomografia cone beam
(Methods of Three Dimensional Complex in Craniofacial Tomography Cone Beam)
André Weissheimer
Thesis Pontifícia Universidade Católica do Rio Grande do Sul (Pontifical Catholic University of Rio Grande do Sul)
28 de novembro de 2013 (November 28, 2013) Link to Paper 2 Link to Paper 2
REFERENCE
The segmentation was then exported as a stereo lithography file (STL) and converted to an Open Inventor file (IV)
using STL to SGI Inventor 2.0 Utility Beta (developed by Reuben Reyes, hitechmax@austin.rr.com).
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Paper 3
Three-dimensional evaluation of changes in lip position from before to after orthodontic appliance removal
Lindsey Eidson, Lucia H. S. Cevidanes, Leonardo Koerich de Paula, H. Garland Hershey, Gregory Welch, and P. Emile Rossouwf
Am J Orthod Dentofacial Orthop. 2012 Sep; 142(3): 410–418.
doi: 10.1016/j.ajodo.2012.01.018 Link to Paper 3
REFERENCE
The registered files were exported as open format, binary .STL files, and subsequently converted to open inventor .IV files by
using .STL to .SGI open inventor (version 2.0, utility beta; Reuben Reyes, School of Geosciences, University of Texas, Austin).
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Paper 4
Digital live–tracking 3–dimensional minisensors for recording head orientation during image acquisition
Leonardo Koerich de Paula, James L. Ackerman, Felipe de Assis Ribeiro Carvalho, Lindsey Eidson, and Lucia Helena Soares Cevidanese
Am J Orthod Dentofacial Orthop. 2012 Jan; 141(1): 116–123. doi: 10.1016/j.ajodo.2011.07.016 Link to Paper 4
REFERENCE
After acquisition, each image was loaded into the software 3dMD Patient (3dMD) and exported as a stereolithography (STL) binary file.
All STL files were converted to .IV extension by using the STL to SGI Inventor 2.0 (IV) Utility Beta (developed by Reuben Reyes, hitechmex@austin.rr.com).
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Paper 5
Three Dimensional Evaluation of Lip Position Changes after Orthodontic Appliance Removal
Lindsey Eidson, DDS
Thesis University of North Carolina at Chapel Hill 2011 Link to Paper 5
REFERENCE
The registered files were exported as open format, binary STL files and subsequently converted to open inventor .IV files
using STL to SGI Open Inventor 2.0 Utility Beta (Reuben Reyes, hitechmix@austin.rr.com).
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