$ cd {MLSDK_DIR}
$ ./mabu -t lumin --create-cmake-toolchain magicleap.toolchain.cmake
mabu: Generated a cmake toolchain file to magicleap.toolchain.cmake.
This toolchain is entirely independent of mabu, but, depends on the current SDK location;
override the MLSDK cmake variable as needed.
mabu: Example usage:
del CMakeCache.txt
cmake -G"Unix Makefiles" -DCMAKE_TOOLCHAIN_FILE=magicleap.toolchain.cmake [-DMLSDK=...] ...
//Build static libraries
ENABLE_STATIC:BOOL=OFF //静的ライブラリの生成をOFFに
//Generate a fatal error if SIMD extensions are not available for
// this platform (default is to fall back to a non-SIMD build)
REQUIRE_SIMD:BOOL=OFF //SIMD extensionsをOFFに
littlewing@:armeabi-v7a$ readelf -h libjpegturbo.so
ELF Header:
Magic: 7f 45 4c 46 01 01 01 00 00 00 00 00 00 00 00 00
Class: ELF32
Data: 2's complement, little endian
Version: 1 (current)
OS/ABI: UNIX - System V
ABI Version: 0
Type: DYN (Shared object file)
Machine: ARM
Version: 0x1
Entry point address: 0x0
Start of program headers: 52 (bytes into file)
Start of section headers: 176736 (bytes into file)
Flags: 0x5000200, Version5 EABI, soft-float ABI
Size of this header: 52 (bytes)
Size of program headers: 32 (bytes)
Number of program headers: 9
Size of section headers: 40 (bytes)
Number of section headers: 27
Section header string table index: 26
Filters > [Normals,Curvatures and Orientation] > [Transform : Translate,Center, set Origin]
個別のモデル（レイヤー)の回転
Filters > [Normals,Curvatures and Orientation] > [Transform : Rotate]
個別のモデル（レイヤー)の拡縮
Filters > [Normals,Curvatures and Orientation] > [Transform : Scale,Normalize]
メッシュ編集
Merge(結合)
操作内容
操作方法
Mesh のレイヤーを結合する
Layerの上で右クリック > Flatten visible layers
Filter (スキャンデータをきれいにする)
操作内容
操作方法
穴埋め
Filters > [Remeshing simpleification and Reconstruction] > [Close Holoes] Manifoldのエラーが出る場合は事前に、[Cleaning and Repairing] > [Remove faces from Non Manifold Edges]などを実施
孤立したMeshを除去
Filters > Cleaning and Repairing > Remove Isolated Pieces (Diameter)
meshlabserver -i input.ply -o output.dae -m vc #頂点カラー付きで出力
[-m <opt>] the name of the file where to write the current mesh of the MeshLab document.
If -m is specified the specified mesh attributes will be saved in the output file. the param <opt> can be a
space separated list of the following attributes:
vc -> vertex colors, vf -> vertex flags,
vq -> vertex quality, vn-> vertex normals,
vt -> vertex texture coords,
fc -> face colors, ff -> face flags,
fq -> face quality, fn-> face normals,
wc -> wedge colors, wn-> wedge normals,
wt -> wedge texture coords
set PATH=%PATH%;C:\Program Files\VCG\MeshLab
for %%V in (*.ply) do (
meshlabserver -i %%V -o %%~nV.obj -s filter.mlx
)
pause
コマンドのヘルプ全文
C:\Program Files\VCG\MeshLab>meshlabserver
Usage:
meshlabserver [logargs] [args]
where logargs can be:
-d filename dump on a text file a list of all the
filtering functions
-l filename log of the filters is ouput on a file
where args can be:
-p filename meshlab project (.mlp) to be loaded
-w filename [-x] output meshlab project (.mlp) to be saved.
If -x flag is specified a 3D model meshfile.ext
contained in the input project will be overwritten,
otherwise it will be saved in the same directory of
input mesh as a new file called meshfile_out.ext.
All the mesh attributes will be exported in the
saved files
-i filename mesh that has to be loaded
-o filename [-m <opt>] the name of the file where to write the current mesh
of the MeshLab document.
If -m is specified the specified mesh attributes will
be saved in the output file. the param <opt> can be a
space separated list of the following attributes:
vc -> vertex colors, vf -> vertex flags,
vq -> vertex quality, vn-> vertex normals,
vt -> vertex texture coords,
fc -> face colors, ff -> face flags,
fq -> face quality, fn-> face normals,
wc -> wedge colors, wn-> wedge normals,
wt -> wedge texture coords
-s filename the script to be applied
Examples:
'meshlabserver -i input.obj -o output.ply -m vc fq wt -s meshclean.mlx'
the script contained in file 'meshclean.mlx' will be applied to the
mesh contained into 'input.obj'. The vertex coordinates and the
per-vertex-color, the per-face-quality and the per-wedge-texture
attributes will be saved into the output.ply file
'meshlabserver -i input0.obj -i input1.ply -w outproj.mlp -x -s meshclean.mlx'
the script file meshclean.mlx will be applied to the document
composed by input0.obj and input1.ply meshes.
The mesh input1.ply will become the current mesh of the document
(e.g. the mesh to which the filters operating on a single model will
be applied). A new output project outproj.mlp file will be generated
(containing references to the input0.obj an input1.ply).
The files input0.obj and input1.ply will be overwritten.
'meshlabserver -l logfile.txt -p proj.mlp -i input.obj -w outproj.mlp -s meshclean.mlx'
the mesh file input.obj will be added to the meshes referred by the
loaded meshlab project file proj.mlp. The mesh input.obj will become
the current mesh of the document, the script file meshclean.mlx will
be applied to the meshes contained into the resulting document.
the project file outproj.mlp will be generated
A 3D model meshfile.ext contained in the input project proj.mlp will
be saved in a new file called meshfile_out.ext
(if you want to overwrite the original files use the -v flag after
the outproject filename) all the attributes of the meshes will be
saved into the output files; the log info will be saved into the
file logfile.txt.
Notes:
There can be multiple meshes loaded and the order they are listed matters because
filters that use meshes as parameters choose the mesh based on the order.
The format of the output mesh is guessed by the used extension.
Script is optional and must be in the xml format saved by MeshLab.
Lock
