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DLT_photogramettery
- 通过使用两张以上照片以及 至少六个控制点的物方坐标和像点坐标，来确定相片上其它任意点的物方坐标，常用于古建筑的复原-Through the use of two or more photographs and at least six control points coordinates and the object side as the point coordinates, to determine the photo on the other side were arbitrary poi
832658matlab
- 832658matlab编的特征匹配（控制点）,做这方面的朋友不妨参考。-832658matlab series of feature matching (control point), make friends in this area may wish to reference.
houfangjiaohui
- 单张像片后方交会，输入4个以上的控制点，反算外方位元素 -Photo leaflet resection, type of control for more than four points, inverse elements of exterior orientation
snake
- 在数字图像中虹膜位置的有效定位是虹膜识别的关键问题。用一种基于主动轮廓线模型的方法定位虹膜的位置，先用灰度投影法检测出瞳孔内的一点作为瞳孔的伪圆心，该圆心只要能落在瞳孔内部即可。然后以该伪圆心为中心，在其周围等角度间隔地取N个点作为初始的snake基准点，按照snake 的运行机制不断进化，直到虹膜的内边界为止。最后，计算进化后的snake形心和snake上的控制点与该形心的距离，取其平均值作为瞳孔的半径，动态轮廓模型的形心作为瞳孔的圆心，即可准确定位出虹膜内边界的位置。实验表明，与常见的定位方
orientationelementsofphotos
- 摄影测量利用后方交会原理解算相片外方位元素， 已知四个控制点坐标-Photogrammetric resection of the original understanding of the use of exterior orientation elements of photos count of known coordinates of the four control points
Bezier
- 在c++builder下实现贝塞尔曲线，可以通过输入控制点来改变曲线的形状-In the c++ builder achieve Bezier curves, you can enter the control point to change the shape of the curve
creatorroadkeypoint
- 生成creator中道路模型的控制点，自己编写的，一般人用不到 -Build creator of the control points in the road model, have written, it is generally less than哈哈
matlabhoujiao
- 航空影像的空间后方交会程序,用共线方程,已知地面控制点的情况下,解求像点坐标matlab完成矩阵运算，程序简洁实用-Aerial Images of the space resection procedure, with a total line equation, known ground control points of the case, the solution coordinates matlab order to complete the image point matrix op
Click
- 本程序为鼠标点击器，可以记录鼠标坐标，控制点击次数及间隔时间-This procedure device for the mouse clicks, you can record mouse coordinates, control, clicks, and time interval
Bezier
- 自己画的一条简单的Bezier曲线，通过四个控制点（控制点可自行选取）-She painted a simple Bezier curve through four control points (control points can be selected as their own)
Close-Shot
- 近景摄影测量中三维控制点的计算程序，内含一个“测量数据.txt”文件，为某控制场控制点的经纬仪角度测量记录，编写程序解算该控制场所有控制点的三维坐标并输出。-Close-range photogrammetry control points in the three-dimensional computer program, includes a " measured data. Txt" file control field for a control point of
resection
- 输入地面控制点坐标和像点坐标 可实现单片空间后方交会-resection in space
Baseline-Estimation-Algorithm
- ：为有效减少大面积、多套干涉数据基线估计所需的地面控制点数量、降低接边处反演高程的差异，提出考虑干涉 相位偏置的犐狀犛犃犚区域网平差基线估计方法。采用中国科学院电子学研究所机载犐狀犛犃犚系统获取的多套干涉数据进行 了区域网平差基线估计试验，利用少量地面控制点完成了各套干涉数据的基线估计，减小接边处反演高程的差异，验证 该基线估计方法的有效性。-Baseline Estimation is important for deriving accurate heights in proce
Bezier
- 实现贝赛尔曲线算法, 可手动增加或删除控制点, 可拖动控制点实时改变曲线.-Bezier curve algorithm, you can manually increase or delete control points can be changed in real time curve by dragging the control points.
Housing-Fair-monolithic-space
- 航空影像单像空间后方交会是利用影像所覆盖地面范围内若干控制点的已知地面坐标和相应点的像点坐标，根据共线方程，在最小二乘法的原则下，计算航空影像的外方位元素。 本文采用VS2008.NET 编译平台和C#语言编写了单像空间后方交会的参数计算程序。利用相关文献中的实验数据与结果，证明本程序运行良好，参数解算精确，可以满足工程项目要求。 关键词：摄影测量与遥感；外方位元素；共线方程；最小二乘原则；空间后方交会；-Aviation image space resection alone is the u
space-resection
- 空间后方交会的源码，基于VC6.0实现；根据影像坐标和对应的地面控制点坐标，求出外方位元素，并给出求解的相应精度-the source code of space resection based on VC6.0 based on some image coordinates and their corresponding control points, compute the elements of exterior orientation and evaluate the accurac
B
- 通过qt，绘制bezier曲线，曲线的控制点可以随意的拖动。-Through the QT, Bezier curve, control point of the curve can drag.
qiangdaqia
- 简易的抢答器，实现了最基础的抢答功能89c51控制点抢答器，有主持人控制和客户控制-Simple answer, to achieve the most basic function of 89c51 control points Responder Responder, a host control and customer control
BEZIER
- 程序在VC6.0下编写的 程序功能：绘制两条Bezier曲线，并观察曲线之间的拼接，可通过改变控制点，来显示不同的曲线-Programs written in VC6.0 program features: Draw two Bezier curves, and observe the stitching between the curves can be controlled by changing the point, to show the different curves
dianxianghoufangjiaohui
- 实现的是基础摄影测量中单向空间后方交会的算法，根据三个以上的控制点坐标信息同时解求一张相片的六个外方位元素。-Implementation is based on photogrammetry unidirectional space resection algorithm, based on three or more control point coordinate information simultaneously to Solve a photo six exterior orient