🧠 3DMR

VTK-based Medical 3D Image Reconstruction System

Key Features • How To Use • Credits • License

3DMR.mp4

🚩Key Features

• 2D Image Reading
  • Supports reading of various 2D image formats, including BMP, JPG, and DICOM formats.
• Image Information Reading and Grayscale Processing
  • For the DICOM images read, patient information can be accessed.
  • The images can be zoomed in and out, and BMP and JPG color images can be converted to grayscale.
  • For DICOM images, a slider can be used to display different grayscale value transformations.
• 2D Sequence Image Reading
  • Supports reading DICOM sequence images and extracting patient information.
  • Allows reading of sequence images page by page, with page numbers adjusted via buttons or sliders for display.
• 3D Reconstruction Based on Sequence Images
  • For the acquired sequence images, 3D models are reconstructed using volume rendering and surface rendering methods.
  • Allows viewing and extracting the region of interest (ROI) in the reconstructed 3D model, with options to select and view the aorta and skin in different blocks.
• Volume and Surface Area Calculation of 3D Models
  • Computes the volume and surface area of the reconstructed tissue model and displays the results in a label box.

🔧How To Use

# Clone this repository
$ git clone https://github.com/researchxr/3DMR.git

# Unzip the file	
$ unrar x BuildFile.rar
$ 7z x data_example.7z

# Compile
$ g++ -o 3DMR main.cpp -fPIC -I/path/to/qt/include -L/path/to/qt/lib -lQt5Core -lQt5Gui -lQt5Widgets

# Run the project
$ ./Project

🌏Credits

This software uses the following open source packages:

• VTK
• Qt designer
• Microsoft Visual Studio

📜 License

This software is licensed under the MIT © NHN Cloud.