Please read and respect the license restrictions of these software packages.Ī dense point cloud can be exported in two ways: SURE -img img -ori ori -basepath t -scenario DEFAULT -pyr 1 -mesh_texturing_export -no_update -gpu To run SURE, open a command window in the SURE directory and issue the following commands: CD \Path\to\export\dir\SURE TextureMesh -i scene_dense.mvs -o scene_dense_mesh.mvs ReconstructMesh -i dense.mvs -o scene_dense.mvs To run OpenMVS, open a command window in the OpenMVS directory and issue the following commands: CD \Path\to\export\dir\OpenMVSĭensifyPointCloud -i scene.mvs -o dense.mvs MeshRecon_refine.exe output.sfm MESH_y MESH_y 0 To run MeshRecon, open a command window in the meshrecon directory and issue the following commands: CD \Path\to\export\dir\meshrecon For documentation of the parameters, see the README.txt and the default_README.txt in the ini-directory of the CMPMVS distribution. You can adjust the settings in the ini files. ![]() Issue the following commands: CD \Path\To\export\dirĬMPMVS.exe CMPMVS\02_mvs_limitedScale.ini ![]() To run CMPMVS, open a command window in the newly created directory, one above CMPMVS. Regard3D will create three directories below it, one is called "CMPMVS", one "meshrecon", and "OpenMVS". Select a directory, preferrably an empty one. To export the triangulation, select it in the project tree and click on "Export to external MVS". The last one, SURE, is a commercial tool, an evaluation license is available. The first three are free only for personal or research use, the first two only run on Windows and require a Nvidia graphics card. MeshRecon by Zhuoliang Kang, homepage: Mesh Reconstruction from Imagery.CMPMVS by Michal Jancosek and Tomas Pajdla, see this homepage: CMPMVS - Multi-View Reconstruction Software. ![]() Currently the following MVS tools are supported: Instead of the internal MVS algorithms (PMVS, MVE) also other MVS tools can be used.
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