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geodesicactivecontours
- 测地线123456789098765432
改进的求曲面上精确最短路径算法
- 提供了一种精确计算曲面上最短测地线路径的方法，比现有方法速度快
Geodesic.rar
- vc 求三维模型的测地线距离的算法，希望对大家有帮助,vc for three-dimensional model of the geodesic distance algorithm, we want to help
superficie.tar
- 用来计算任何拓扑形状的模型的离散测地线算法。-geodesic distance calculation
geodesic_matalab
- 三角网格表面测地线的计算，matlab源码-Geodesic triangular surface grid computing, matlab source
gac_myself
- 基于变分水平集的测地线活动轮廓，是Ohah的最新理论-Variational level set-based geodesic active contour, is the latest theoretical Ohah
GAC_upwind
- 本程序用matlab语言实现了测地线活动轮廓模型，采用了迎风离散方案。-The matlab language to implement the program with the geodesic active contour model, using the upwind discretization scheme.
geom3d_2011.06.30
- 这是一个基于三角曲面网格实现测地线算法的matlab程序源码-This is an implementation of geodesic (shortest path) algorithm for triangular mesh (triangulated surface) first described by Mitchell, Mount and Papadimitriou in 1987[1] with some minor improvements, extensions and sim
gsc-1.2
- 基于Graphcut的分割程序，使用matlab封装，并使用了测地线距离，程序界面有好，有助于二次开发-segmentation based on Graph cuts and using geodiesic distance,the UI is friendly,and one can add own code on it
g_visual
- 本程序是实现对一个分段表达的测地线活动轮廓模型的边缘函数的可视化显示1.计算分段边缘函数2.显示输出可视化图像 -This program is a visual display to achieve the function of the edge of a piecewise expression of the geodesic active contour model calculation segmented edge function display output visualiz
Fast-Matching-Code
- Fast Matching 算法的实现，快速计算三维模型任意两点之间的测地线距离-Implementation of Fast Matching algorithm. Use for computing geodesic distance between any pair of vertices on a 3d mesh.
geodesic_cpp_03_02_2008
- 测地线 c语言应用，计算最短距离的函数，最短距离计算-Geodesic is good
test_geodesic
- 测地线又名 测地线又称大地线或短程线，可以定义为空间中两点的局域最短或最长路径。测地线(geodesic)的名字来自于对于地球尺寸与形状的大地测量学(geodesy)。-Aka geodesic geodesic lines or short lines, also known as the earth, the space can be defined as the local minimum or maximum two paths. Geodesic (geodesic) takes it
geodes
- 求复杂网络节点之间的最短距离，也叫做测地线，对复杂网络的拓扑性质的分析很重要-Complex networks seeking the shortest distance between nodes, also called geodesic network topological properties of complex analysis is very important
classical-image-segmentation-
- 图像处理中经典的C-V（无边缘活动轮廓）模型和GAR（测地线活动区域）模型！- classic CV ( active contour without edge ) model and GAR (geodesic active region) model in Image processing!
geodesic_cpp
- C++计算测地距离，求三维模型的测地线距离的算法-C++ geodesic distance calculation algorithm, seeking a three-dimensional model of the geodesic distance of
Variational_Geodesic_Active_Contour
- 为了解决测地线活动轮廓模型分割有凹边界的对象时，将可能陷入非理想局部极小的缺点，自适应测地线活动轮廓模型被提出。新的模型可以通过添加在原始模型的加速度项调整曲线基于曲线和图像的梯度的曲率的演变速度。此外，为了消除噪声或伪边缘的影响，新的前处理Sobel算子结合高斯滤波器和测地线活动轮廓模型梯度的计算方法。-In order to solve the shortcoming of Geodesic Active Contour model that would possibly sink into
GAC_upwind
- 测地线主动轮廓边缘提取算法，基于梯度下降流方法实现常见机械零件的边缘轮廓提取-Geodisic Active Contour
Reconstruction
- 于对基于测地线的的三维重建,非常好用,运行demo即可看到结果-Based on three-dimensional reconstruction of the geodesic, very easy to use, you can see the results run the demo
测地线算法
- 完整的网格上求最短路径线算法，带工程文件，可以直接编译通过(The shortest path line algorithm is obtained on a complete grid, with engineering files, which can be compiled and passed directly.)