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scanalyze-1.0.3_source_code
- 斯坦福大学开发的一个三维点云重构生成网格,进一步生成NURBS曲面并加光照效果的系统。可以实现对生成的三维图形旋转,移动和多个角度图形的拼接-Stanford University in the development of a 3D point cloud generation reconfigurable mesh, NURBS surface generation further increases and the effect of illumination system. Genera
scatter3d_demo
- 一个三维演示程序,他可以打开多个用文本文件编辑的三维点数据。 同时可以以多种视图演示。可以用旋转,多视角察看-a 3D demo program, he can open up a number of editing text files with the 3D point data. Also able to view a variety of demonstrations. Can rotate more Perspective View
数字图象处理1.1
- 数字图像处理的课程设计,装起来有些麻烦,见附带的文本文档,可以做一些简单的栅格图像处理,但结合摄影测量获得的同名像点可以进行三维观测-digital image processing of curriculum design, and put up some trouble, see accompanying text documents, they can do some simple raster image processing, but the combination of photog
3D-TIN
- 读取点数据,构建三维TIN,再添加纹理显示三维地形-Read the point data to construct three-dimensional TIN, then add three-dimensional terrain textures show
sanjiaopoufen
- 在VS2008和opencv下,对2D/3D点(云)数据实现三角剖分,运算速度快,实时性好,计算精度高,并对三角剖分进行了优化,可以处理复杂点集的三角剖分,可以用于人脸识别的工作-In the VS2008 and opencv, the pairs of 2D/3D points (cloud) data to achieve triangulation, calculation speed, real-time performance is good, high precision, and
利用OpenGL实现三维地形
- 此资料介绍的是:利用OpenGL实现三维地形可 视化,采用Delaunay三角化法得到地形采样点,并用已知数据对三角曲面进行插值加密,生成规则格网(GRID)数据结构的方法,可得到高度真实感的三维地形可视化效果。 -The data presented are: the use of OpenGL for three-dimensional terrain visualization, using Delaunay triangulation method to be terrain
3D-Wave
- 纯VB代码实现的3D空间效果,投影三维坐标系中的点P到平面中-Pure VB code of the 3D space, a projection point of three-dimensional coordinate system to the plane P
3dmodeling
- this is a 3d program,it create a 3d object and it can rotate 360 degree.u can create any object with plotting point on it.-this is a 3d program, it create a 3d object and it can rotate 360 degree.u can create any object with plotting point on it.
scanalyze-1.0.3
- 3D point cloud Reconstruction!
3D
- 程序为一年前写作,本计划修完D3D后重新修改,但是由于GUI绘制效率太低,同时也没有任何应用价值。所以保持到现在。 程序采用SetPixel()为基础绘制出了彩色立方体。 消隐采用的是背面剔除,裁剪也是采用的简单方式。 同时附带有简单的摄象机类,可以移动到不同角度观看图形。 使用: 鼠标左右上下旋转观察角度(完全自由的摄象机)。 键盘上下左右控制移动方向。 在3D图形方面如果允许,个人完全可以实现D3D的渲染管线(硬件部分没办法)-Writin
chonggou
- 给出三维点云的X,Y,Z坐标,重构出三维图像,其中用到了三角网格法和规则化坐标法。-Given 3D point cloud X, Y, Z coordinates, three-dimensional reconstructed images, which uses a triangular coordinate grid method and rules of law.
PointCloud3DReconstruction
- 实现了点云的三维网格化重建,并附上了些测试点云数据-Realized three-dimensional grid point cloud reconstruction, along with some test point cloud data
main.cpp.tar
- QT and VTK test using Contour Filter to mesh 3D point cloud data set from file.
3D-reconstruction
- 。在单幅影像中,首 先将平行线分成分别平行于X 、Y、Z 坐标轴线的“三组”平行线,然后利用间接平差,求得它们的灭点X ∞、Y∞、Z ∞ 进而求取影像的内方位元素x0 、y0 、f 与三个角元素φ、ω、κ。并在假定房屋长度为L 基础上,同时解求影像的摄站 坐标XS 、YS 、ZS 与房屋的宽度W、高度H, 从而实现房屋的三维重建。-. In the single image, were first divided into parallel lines parallel to th
3D-point
- 在VC平台上采用OpenGL对三维点云数据进行处理。-In the VC platform using OpenGL three-dimensional point cloud data processing.
Triangle-of-Point-Cloud
- Matlab 三维点云三角化 不是平面域的三角化 是三维点云三角化 亲身测试绝对可用!-Triangle of Point Cloud
3d-pointcloud-view
- 基于MATLAB的三维彩色点云的显示,真彩色,支持.ply格式,内附.ply格式的点云,-MATLAB 3D Point Cloud Processing
3D茶壶旋转视点
- visual c++实现openGL3D茶壶旋转视点,语言简洁,入门(Visual c++ realizes the openGL3D teapot rotation point of view, the language is concise, the introduction)
OpenGL-3D框选
- OpenGL环境下读入3D点云,任意角度下鼠标对点云进行框选。(In the OpenGL environment, read the 3D point cloud, and at any angle the mouse can box the point cloud.)
PointSetAlign
- 3D点云拼接,实现旋转平台点云,ICP配准。点云格式ply,标定好旋转轴后实现拼接然后配准(3D point cloud splicing, rotating platform point cloud, ICP registration. Point cloud format ply, after calibrating the rotating axis, realize registration and registration.)