cfms-lab/tomo_tse2023

tomo_TSE2023

support structure tomography, modified version submitted for Textile Science Engineering (2023)

1. Download and upzip all the files of this repository to your PC ("Code"->"Download Zip")

2. Install software

(1) Install Visual Studio Code (VSCode)

(2) Install Python 3 (preferably Version 3.7.8)

(3) Install Python packages using "requirements.txt".

pip install -r requirements.txt

혹시 패키지 설치가 잘 안될 경우에는, requirements.txt안에 적힌 각 패키지를 하나씩 설치하세요 ( ==1.2.14 와 같은 번호는 개발 당시에 사용한 버전입니다. 일단 적힌 버전 대로 설치하시고, 잘 안되면 최신 버전을 설치하세요).

pip install numpy==1.21.4

(4) Install VC++ 2015, 2017, 2019, and 2022 Redistributable package

( https://learn.microsoft.com/en-us/cpp/windows/latest-supported-vc-redist?view=msvc-170 ).

3. Open the downloaded folder in VSCode (Main menu->"File"->"Open Folder").

4. Modify mesh filename, initial orientation and angle interval(=theta_YP) in "tomo_TSE2023.py". Run the "tomo_TSE2023.py" (shortcut key, F5)

(1) To search optimal orientation, input "theta_yp" value as "360 / N " (where N = integer).

#=========================================================================================
DataSet= [( 'MeshData\\(4)Bunny_69k.stl', 0, 0, 0)
theta_YP = 30
#=========================================================================================

(2) To see the support structure information for the given (yaw, pitch, roll), set "theta_YP" as zero.

#=========================================================================================
DataSet= [( 'MeshData\\(4)Bunny_69k.stl', 60, 120, 0) #1st optimal of Bunny
theta_YP = 0
#=========================================================================================