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Klseis
- 地震采集工程软件系统KLSeis是用于地震勘探采集的大型工程软件系统，它涵盖了地震勘探野外数据采集的全过程。包含的具体内容有：⑴采集参数分析；⑵二维、三维观测系统设计；⑶测量数据处理；⑷试验资料分析；⑸二维、三维静校正处理；⑹二维、三维地质模型分析；⑺勘探标准辅助格式处理。 是进行地震二维或三维观测系统设计与应用的好工具，这是其完备的电子手册。-seismic acquisition system KLSeis engineering software for seismic acquisi
photomachinenewalgorithm
- 针对摄像机固定和共面约束条件下进行目标定位,提出了一种简单可行的全新算法。该算法避开了烦琐的摄像机标定这一过程,也不用精确地求解单应性矩阵。只是运用射影几何的性质,通过简单的几何关系,对非标定单摄像机拍摄的单幅图像,求解其从2D图像平面到真实的3D平面的非线性单映射关系。该算法为解决计算机视觉的测量、定位、三维重建等问题,提供一种全新的思路。 -against cameras fixed and coplanar binding conditions for target location,
opengl456
- 使用OpenGL来做三维测量与重建，推荐一下吧，还行！-make use OpenGL 3D measurement and reconstruction recommend it, is also OK!
M3GExport
- M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D - the leading performanc
shapefromfocus
- 由散焦和聚焦进行形状测量和3D对象的恢复和重建是一种很重要的3D测量和3D建模技术。发几篇有关的文章来介绍相关技术-By the defocusing and focusing to carry out measurements and 3D object shape recovery and reconstruction is a very important 3D measurement and 3D modeling technology. Made several relevant ar
3DGraph
- 用VC++和Measurement Studio下的3D Graph控件实现的三维绘图功能-Using VC++ and Measurement Studio 3D Graph under control to achieve the three-dimensional graphics
Spherical
- 在VC++平台下用MFC和Measurement Studio 6.0中的3D Graph三维曲线控件绘制了一个自动旋转的小球-Platform in VC++ Measurement Studio 6.0 with MFC and the 3D Graph Drawing three-dimensional curve control automatically rotation of a ball
3Ddataregistrationmethodforvisionmeasurementbasedo
- 针对大型物体三维形貌视觉测量,提出了一种新的视觉测量三维数据拼接方法。以一台高分辨率数码相 机作为全局测量设备,在测量过程中固定不动,并以数码相机坐标系作为全局坐标系。视觉传感器流动到不同位置对物 体各子区域进行测量,获得局部坐标系下的三维数据。以一平面靶标为中介将视觉传感器在各位置的局部坐标系统一 到全局坐标系下,从而将三维数据统一到全局坐标系下,完成三维拼接。-A new 3D data registration method for large surface vision m
3d
- 三维测量与重建,该文章详细介绍了如何用OpenGL进行三维的重建-Three-dimensional measurement and reconstruction, the article details how to use OpenGL for three-dimensional reconstruction
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- 一篇有用的论文《视觉图像三维测量教学实验平台设计与开发》.-A useful paper.Title is Teaching Equipment Design for 3D Visual Measurement
Robot(OpenNIPKinect)
- 我们把Kinect相机作为3D测量设备来分析，试验性的研究深度测量分辨率和错误属性，并将Kinect与SLP相机和一个3D-TOF相机就立体重建的准确性做定量比较。我们提出了Kinect几何模型、Kinect相机的标定步骤和Kinect 3D测量的准确标定流程。我们展示了Kinect标定的功能-通过将它融入到一条SfM Pipeline中，在这里从动态的Kinect相机获得的3D测量数据通过计算彩色相机中与之相匹配的位姿被变换到普通坐标系。 -We put the Kinect came
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- 摄像机标定中光心图像坐标确定方法，由所提出的两种方法求得的光心图像坐标在进行标定与三维测量时可达到较高的精度并且优于直 接用图像中心坐标进行标定与三维测量的精度-Experiment and simulation results show that accuracy of two improved methods in calibration and 3D measurement is higher than that obtained from using image cent
m3dmap
- MIL图像库3D测量校正和体积计算过程，同时包括深度图像的融合。-MIL Image Library 3D measurement calibration and volume calculation process, including the integration of the depth of the image simultaneously.
3d-measurement
- 关于立体三维测量的多篇文献，包括硕士论文和期刊论文，以及光栅投影的文章。是做三维测量以及三维重构比较好的资料-it is about three-dimensional measurements of many papers, including the Master s thesis and journal articles, as well as raster projection article. It is good for doing three-dimensional measure
Multi-frequency-heterodyne
- 多频外差相移三维测量关键技术,详细介绍了多频外差的原理-Multi frequency heterodyne phase shift key technology of 3D measurement
3D-graph-CWgraph3D-component-work
- NI measurement studio 3D graph 用 Delphi 呼叫的 example-Example NI measurement studio 3D graph with Delphi calls
3d-measurement
- 基于sift算子的双目视觉三维测量技术 双目标定 摄像机标定-sift 3c-measurement
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- 结构光三维视觉测量关键技术的研究，讲述了结构光三维测量的过程与步骤，有很好的实现价值。-Structure light 3D vision measurement key technologies about the process and the structured light 3D measurement step, a very good time to value.
中心线提取
- 在激光三维测量中，提取每一张图片的激光条纹中心坐标得到激光中心线。(In the laser 3D measurement, the central coordinates of the laser stripe are extracted from each image to obtain the central line of the laser.)
LightStripe_Calibration_Reconstruction
- 采用线结构光技术对摄像机进行标定、光平面标定和三维重建。Include camera intrinsic calibration, light plane calibration and reconstruction in 3D measurement using light stripe technique.(Include camera intrinsic calibration, light plane calibration and reconstruction in 3D measur