Explore MATLAB source code curated for "三维重建" with clean implementations, documentation, and examples.
Dual-view 3D facial reconstruction using frontal projection and horizontal rotation views under orthographic projection model, with getfeature function for landmark annotation on facial images
MATLAB-based implementation of Marching Cubes algorithm for surface rendering 3D reconstruction of human brain MRI images, incorporating 3D rotation transformations and animation functions for dynamic brain visualization with enhanced rendering techniques.
Comprehensive MATLAB-based multi-view geometry 3D reconstruction program implementing classical algorithms, providing significant assistance for 3D reconstruction tasks with robust implementation and versatile functionality.
A straightforward yet efficient 3D reconstruction methodology for CT images, implemented through MATLAB programming to achieve both surface rendering and volume rendering of medical imaging data.
This classic MATLAB-based solution provides robust image matching capabilities essential for 3D reconstruction applications, featuring sophisticated algorithms and practical implementation frameworks.
The source code for 3D reconstruction in machine vision consists of 4 key files, where the .c file is specifically designed for generating image feature point matrices using pixel processing algorithms.
A MATLAB-based Torr3D 3D reconstruction toolbox designed for image processing enthusiasts and learners, featuring comprehensive algorithms for point cloud generation, surface reconstruction, and texture mapping.
This is a highly interesting MRI example program designed to demonstrate the fundamental approach to performing basic 3D reconstruction
An implementation of 3D medical image reconstruction based on the Marching Cubes algorithm, featuring practical code examples for volumetric data processing and surface extraction
Performing stereo matching on binocular vision image pairs to obtain disparity maps, laying the foundation for subsequent 3D reconstruction through depth estimation algorithms.