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![まずはQtの依存関係を解決
$ cd /Applications/meshlab.app/Contents/MacOS
$ install_name_tool -add_rpath
> "@executable_path/../Frameworks" meshlabserver
$ ./meshlabserver
Usage:
meshlabserver [logargs] [args]
where logargs can be:
-d filename dump on a text file a list of all
filtering functions
-l filename log of the filters is ouput on a
where args can be:
-p filename meshlab project (.mlp) to be loaded
-w filename [-x] output meshlab project (.mlp) to
If -x flag is](https://image.slidesharecdn.com/slide-171109054533/75/Tango-Constructor-36-2048.jpg)
Tango Constructorから出力したモデルをちょこっと綺麗にする
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- 35. 環境 MacOS X HighSierra Mesh Lab v2016.12
- 36. まずはQtの依存関係を解決 $ cd /Applications/meshlab.app/Contents/MacOS $install_name_tool -add_rpath > "@executable_path/../Frameworks" meshlabserver $ ./meshlabserver Usage: meshlabserver [logargs] [args] where logargs can be: -d filename dump on a text file a list of all filtering functions -l filename log of the filters is ouput on a where args can be: -p filename meshlab project (.mlp) to be loaded -w filename [-x] output meshlab project (.mlp) to If -x flag is
- 37. 平滑化までの一通りの処理を スクリプトで保存 1. 一通りの処理を実行する マージ-> 平滑化 2.終わったら Filters > Show current lter script 3. 処理があっているか確認して Save Scriptで.mlxを書き出し
- 39. <!DOCTYPE FilterScript> <FilterScript> <filter name="RemoveDuplicate Vertices"/> <filter name="Laplacian Smooth"> <Param tooltip="The number of times that the whole algorithm ( <Param tooltip="If true the boundary edges are smoothed only b <Param tooltip="If true the cotangente weighting scheme is com <Param tooltip="If checked the filter is performed only on the </filter> </FilterScript>
- 40. 実行 $ /Applications/meshlab.app/Contents/MacOS/meshlabserver -i20170626154555/20170626154555.obj -o 20170626154555/output.obj -m wt -s merge_smoothing.mlx
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