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骨架提取
- 对彩色图像先进行二值化，然后可以提取出骨架并且骨架简化(The color image is first binarized, then the skeleton can be extracted and the skeleton simplified)
线性插值
- 采用能量等值法计算骨架曲线的屈服荷载及位移等(Calculating yield load and displacement of skeleton curve by energy equivalent method)
细化算法-ThinnerRosenfeld
- Rosenfeld细化算法是一种并行细化算法，所得的骨架形态是8－连接的，使用于0－1二值图像。(Rosenfeld thinning algorithm is a parallel thinning algorithm. The skeleton shape obtained is 8-connected and used in 0-1 binary image.)
CHE
- 利用matlab绘制骨架曲线与滞回曲线并求解累积滞回耗能刚度退化和强度退化等(Drawing skeleton curve and hysteresis curve)
cs266_final_src
- 运用正反向动力学来坐上楼梯动画，包括骨骼，蒙皮。(The implementation of an OpenGL based C++ program to animate a humanoid walking up stairs and across an incline. Forward kinematics is used to walk up stairs, by setting the root to the torso when lifting the leg and to the f
r6s
- 内存自瞄，平滑，透视吗，骨骼，人物上色，瞬移(Memory self aiming, smoothing, perspective, skeleton, character coloring, blinking)
pytorch-openpose-master
- 本例程是我研究生阶段做的一个小项目，该项目用pytorch的深度学习框架来进行人体姿态识别，能够实现头部和身体的骨架识别！图像处理方面加入了OpenCV包进行相关的处理，希望能帮助大家！(175/5000 This routine is a small project that I did in the graduate stage. The project uses pytorch's deep learning framework to recognize human body postu
ExtractSkeleton
- 从滞回曲线中提取骨架曲线，程序使用matlab，生成数据导入表格绘图(extract skeleton curve)
Vessel diameter血管直径检测
- 采用mom方法结合Hessian和曲线拟合的方法计算出血管的直径并输出测量图像，采用图像处理方法获得图像骨架，经调试代码可用。(The diameter of blood vessel is calculated by mom method combined with Hessian and curve fitting method, and the measured image is output. The image skeleton is obtained by image process
Hysteresis-to-Backbone
- 该代码将提取抗震试验的滞回曲线，形成骨架曲线，大大简化了数据的处理过程。可将其添加到MATLAB 的APP 中直接使用。还有几个命令流是ANSYS中提取结构刚度矩阵的代码。(This code will extract the hysteresis curve of the seismic test to form a skeleton curve, which greatly simplifies the data processing process. It can be added to
求面积
- 可以快速实现从滞回曲线中提取到骨架曲线的一种算法，运行速度快，且稳定。(This algorithm can extract skeleton curve from hysteretic curve quickly and stably.)
骨架提取m文件
- 以冠状动脉血管为例,用MATLAB进行血管骨架提取,包括血管分割技术,去除背景(Taking the coronary artery as an example, using MATLAB to extract the vascular skeleton, including vascular segmentation technology, background removal)