\V (O |R |P /A |L |I |N |E
(C) Bruno Levy, INRIA - ALICE, 2012-2014
Vorpaline 0.9.0 (rev:1017, built:2014-09-18 11:35:04)
*** internal version - never expires ***
_________________________________________________________________________________________________________________________
| |
| Usage: orpaline inputfile <outputfile> <parameter=value>* |
| Showing all parameters (*:advanced parameters) |
____________________
_/ =====[global]===== \__________________________________________________________________________________________________
| |
| profile (=scan) : Vorpaline mode (scan, convert, repair, heal, cad) |
| *debug (=false) : Toggles debug mode |
| *pre (=true) : Toggles pre-processing phase |
| *remesh (=true) : Toggles remeshing phase |
| *post (=true) : Toggles post-processing phase |
| *co3ne (=false) : Use reconstruction |
____________________________________
_/ ==[*sys]====[System fine tuning]== \__________________________________________________________________________________
| |
| sys:assert (=throw) : Assertion behavior (abort, throw) |
| sys:multithread (=true) : Enables multi-threaded computations |
| sys:FPE (=false) : Enables floating-point exceptions |
| sys:cancel (=false) : Enables interruption of cancelable tasks |
| sys:max_threads (=12) : Maximum number of concurrent threads |
| sys:use_doubles (=false) : Uses double precision in output .mesh files |
| sys:lowmem (=false) : Reduces RAM consumption (but slower) |
| sys:stats (=false) : Display statistics on exit |
_________________________________
_/ ==[*log]====[Logger settings]== \_____________________________________________________________________________________
| |
| log:quiet (=false) : Turns logging on/off |
| log:pretty (=true) : Turns console pretty output on/off |
| log:file_name (=) : Logs output to the specified file |
| log:features (=*) : Semicolon separated list of features selected for log |
| log:features_exclude (=) : Semicolon separated list of features excluded from log |
____________________________________
_/ ==[pre]====[Preprocessing phase]== \__________________________________________________________________________________
| |
| *pre:Nsmooth_iter (=3) : Number of iterations for normals smoothing |
| *pre:margin (=0%) : Expand border (in % of bounding box diagonal) |
| pre:repair (=true) : Repair input mesh |
| *pre:epsilon (=0%) : Colocate tolerance (in % of bounding box diagonal) |
| pre:max_hole_area (=10%) : Fill holes smaller than (in % total area) |
| pre:max_hole_edges (=2000) : Fill holes with a smaller nb. of edges |
| pre:min_comp_area (=3%) : Remove small components (in % total area) |
| pre:vcluster_bins (=0) : Number of bins for vertex clustering |
___________________________________
_/ ==[remesh]====[Remeshing phase]== \___________________________________________________________________________________
| |
| remesh:nb_pts (=30000) : Number of vertices |
| remesh:anisotropy (=1) : Anisotropy factor |
| *remesh:by_parts (=false) : Part by part remeshing |
| remesh:gradation (=0) : Mesh gradation exponent |
| *remesh:lfs_samples (=10000) : Number of samples for lfs (gradation) |
| *remesh:sharp_edges (=false) : Reconstruct sharp edges |
| *remesh:Nfactor (=5) : For sharp_edges |
| *remesh:multi_nerve (=true) : Insert new vertices to preserve topology |
| *remesh:RVC_centroids (=true) : Use centroids of restricted Voronoi cells |
_____________________________
_/ ==[*algo]====[Algorithms]== \_________________________________________________________________________________________
| |
| algo:nn_search (=BNN) : Nearest neighbors search (ANN, BNN) |
| algo:delaunay (=NN) : Delaunay algorithm |
| algo:hole_filling (=loop_split) : Hole filling mode (loop_split, Nloop_split, ear_cut) |
| algo:predicates (=fast) : Geometric predicates (fast, exact) |
| algo:parallel (=true) : Use parallel standard algorithms |
______________________________________
_/ ==[post]====[Postprocessing phase]== \________________________________________________________________________________
| |
| post:repair (=false) : Repair output mesh |
| post:max_hole_area (=0%) : Fill holes smaller than (in % total area) |
| post:max_hole_edges (=2000) : Fill holes with a smaller nb. of edges than |
| post:min_comp_area (=3%) : Remove small components (in % total area) |
| post:max_deg3_dist (=0.1%) : Degree3 vertices threshold (in % bounding box diagonal) |
| post:isect (=false) : Tentatively remove self-intersections |
_______________________________________
_/ ==[*opt]====[Optimizer fine tuning]== \_______________________________________________________________________________
| |
| opt:nb_Lloyd_iter (=5) : Number of iterations for Lloyd pre-smoothing |
| opt:nb_Newton_iter (=30) : Number of iterations for Newton-CVT |
| opt:nb_LpCVT_iter (=10) : Number of iterations for LpCVT |
| opt:Newton_m (=7) : Number of evaluations for Hessian approximation |
__________________________________
_/ ==[*co3ne]====[Reconstruction]== \____________________________________________________________________________________
| |
| co3ne:nb_neighbors (=30) : Number of neighbors used in reconstruction |
| co3ne:Psmooth_iter (=0) : Number of smoothing iterations |
| co3ne:radius (=5%) : Search radius (in % bounding box diagonal) |
| co3ne:repair (=true) : Repair output surface |
| co3ne:max_N_angle (=60) : Filter bad triangles (in degrees) |
| co3ne:max_hole_area (=5%) : Fill holes smaller than (in % total area) |
| co3ne:max_hole_edges (=500) : Fill holes with a smaller nb. of edges |
| co3ne:min_comp_area (=0.01%) : Remove small components (in % total area) |
| co3ne:min_comp_facets (=10) : Remove small components (in facet nb.) |
| co3ne:T12 (=true) : Use also triangles seen from 1 and 2 seeds |
\_________________________________________________________________________________________________________________________/
In input :
sample.obj
sample.obj
allgo.log
\V (O |R |P /A |L |I |N |E
(C) Bruno Levy, INRIA - ALICE, 2012-2014
Vorpaline 0.9.0 (rev:1113, built:2014-12-16 14:55:57)
*** internal version - never expires ***
o-[I/O ] Output = out.meshb
Loading input file sample.obj...
nb_v:8 nb_f:12 nb_b:0 tri:1 dim:3
o-[Load ] Elapsed time: 0 s
=[preprocessing]=
o-[CmdLine ] using pre:epsilon=0(0%)
o-[Validate ] Mesh does not have any duplicated vertex (good)
Detected 0 duplicate and 0 degenerate facets
No degenerate nor duplicate facet (good)
No non-manifold vertex (good)
nb_v:8 nb_f:12 nb_b:0 tri:1 dim:3
o-[CmdLine ] using pre:min_comp_area=0.72(3%)
o-[Components ] Nb connected components=1
Mesh does not have small connected component (good)
o-[CmdLine ] using pre:max_hole_area=2.4(10%)
o-[Bridges ] Mesh has no bridge (good)
o-[FillHoles ] Mesh is closed (does not have any hole)
o-[Nsmooth ] Smoothing normals, 3 iteration(s)
o-[Validate ] Mesh does not have 0-area facets (good)
o-[CmdLine ] using pre:margin=0(0%)
o-[Pre ] Elapsed time: 0 s
=[remeshing]=
o-[RVD ] Using fast predicates
Creating 4 parts
Computing initial sampling on surface, using dimension=6
o-[Lloyd ] Elapsed time: 0.37s
o-[Newton ] Elapsed time: 2.87s
o-[Remesh ] Computing RVD...
o-[Validate ] Detected 0 duplicate and 0 degenerate facets
No non-manifold vertex (good)
nb_v:30000 nb_f:59996 nb_b:0 tri:1 dim:3
o-[Remesh ] Elapsed time: 3.46 s
=[postprocessing]=
o-[CmdLine ] using post:min_comp_area=0.714074(3%)
o-[Components ] Nb connected components=1
Mesh does not have small connected component (good)
o-[CmdLine ] using post:max_hole_area=0(0%)
using post:max_deg3_dist=0.0034647(0.1%)
o-[Degree3 ] Removing 0/1 degree 3 vertices (within max_deg3_dist)
o-[Post ] Elapsed time: 0.02 s
=[result]=
o-[FinalMesh ] nb_v:30000 nb_f:59996 nb_b:0 tri:1 dim:3
o-[I/O ] Saving file out.meshb...
o-[Total time ] Elapsed time: 3.52 s
In output :
out.meshb
allgo.log
\V (O |R |P /A |L |I |N |E
(C) Bruno Levy, INRIA - ALICE, 2012-2014
Vorpaline 0.9.0 (rev:1113, built:2014-12-16 14:55:57)
*** internal version - never expires ***
o-[I/O ] Output = out.meshb
Loading input file sample.obj...
nb_v:8 nb_f:12 nb_b:0 tri:1 dim:3
o-[Load ] Elapsed time: 0 s
=[preprocessing]=
o-[CmdLine ] using pre:epsilon=0(0%)
o-[Validate ] Mesh does not have any duplicated vertex (good)
Detected 0 duplicate and 0 degenerate facets
No degenerate nor duplicate facet (good)
No non-manifold vertex (good)
nb_v:8 nb_f:12 nb_b:0 tri:1 dim:3
o-[CmdLine ] using pre:min_comp_area=0.72(3%)
o-[Components ] Nb connected components=1
Mesh does not have small connected component (good)
o-[CmdLine ] using pre:max_hole_area=2.4(10%)
o-[Bridges ] Mesh has no bridge (good)
o-[FillHoles ] Mesh is closed (does not have any hole)
o-[Nsmooth ] Smoothing normals, 3 iteration(s)
o-[Validate ] Mesh does not have 0-area facets (good)
o-[CmdLine ] using pre:margin=0(0%)
o-[Pre ] Elapsed time: 0 s
=[remeshing]=
o-[RVD ] Using fast predicates
Creating 4 parts
Computing initial sampling on surface, using dimension=6
o-[Lloyd ] Elapsed time: 0.37s
o-[Newton ] Elapsed time: 2.87s
o-[Remesh ] Computing RVD...
o-[Validate ] Detected 0 duplicate and 0 degenerate facets
No non-manifold vertex (good)
nb_v:30000 nb_f:59996 nb_b:0 tri:1 dim:3
o-[Remesh ] Elapsed time: 3.46 s
=[postprocessing]=
o-[CmdLine ] using post:min_comp_area=0.714074(3%)
o-[Components ] Nb connected components=1
Mesh does not have small connected component (good)
o-[CmdLine ] using post:max_hole_area=0(0%)
using post:max_deg3_dist=0.0034647(0.1%)
o-[Degree3 ] Removing 0/1 degree 3 vertices (within max_deg3_dist)
o-[Post ] Elapsed time: 0.02 s
=[result]=
o-[FinalMesh ] nb_v:30000 nb_f:59996 nb_b:0 tri:1 dim:3
o-[I/O ] Saving file out.meshb...
o-[Total time ] Elapsed time: 3.52 s
03/08/2015 : Version 1.0, initial version
How to use our REST API :
Think to check your private token in your account first.
You can find more detail in our documentation tab.
This app id is : 17
This curl command will create a job, and return your job url, and also the average execution time
files and/or dataset are optionnal, think to remove them if not wanted
curl -H 'Authorization: Token token=<your_private_token>' -X POST
-F job[webapp_id]=17
-F job[param]=""
-F job[queue]=standard
-F files[0]=@test.txt
-F files[1]=@test2.csv
-F job[file_url]=<my_file_url>
-F job[dataset]=<my_dataset_name> https://allgo.inria.fr/api/v1/jobs
Then, check your job to get the url files with :
curl -H 'Authorization: Token token=<your_private_token>' -X GET https://allgo.inria.fr/api/v1/jobs/<job_id>
laurent.pierron@inria.fr