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World_Wind_1.3.2_src
- 地球放大镜(NASA World Wind)源码 NASA World Wind俗称地球放大镜，是NASA(美国)国家航空和宇宙航行局联合出品，类似Earthview 3D的鸟瞰工具，更加权威而且目前完全免费。透过这套程序的3D引擎，可以让你从外太空看见地球上的任何一个角落。-Earth magnifier (NASA World Wind) source NASA World Wind commonly known as the Earth magnifier, NASA (USA) Na
birdseye
- 鸟瞰图校正，基于OPENCV的应用，可以把鸟瞰图校正为平面图。-Aerial view of the correction, based on the application of OPENCV, bird' s eye view can be corrected for the plan.
SimpleMove
- 主要是编辑地势的凹凸，在初始状态下地面的大小为10000平方米，基准平面为xoy平面，摄像机在西南50米上空鸟瞰坐标系原点位置。鸟瞰位置可由用户任意指定。-Is editor of the convex-concave terrain, the ground state in the initial size of 10,000 square meters, the base plane to plane xoy, cameras over 50 meters in the south-west
chengshi
- 城市鸟瞰程序，可以看到整个城市的三维地形地貌，是测绘学者的好帮手-City bird' s eye view program, you can see three-dimensional topography of the city, is a good helper mapping scholars
lam_hongye_a3
- OpenGL FPS sample. + bird eye view-OpenGL FPS sample.+ bird eye view
VESTA
- 用于晶体结构建模，数据可视化。可以直接读取vasp的电荷密度文件，可视化自旋电荷密度图。-VESTA is a successor to two 3D visualization programs, VICS and VEND in the VENUS package. Atoms can be drawn as ball & stick, space filling, polyhedral, stick, wireframe, thermal ellipspoids. Mouse click
GraphicsHomework
- 课程设计的主要内容为开发一个实时绘制大规模三维场景的程序系统，应老师要求，完成的主要功能如下。 必做部分： 1. 采用3DS Max对三维场景进行了建模。场景中包含了建筑物、道路、天空等基本元素，实现了场景的纹理贴图功能。（见图1,2） 2. 实现了通过3DS Loader读取场景数据。 3. 使用了OpenGL和GLUT扩展库来实时绘制上述场景，画面生成速度达到36帧/秒。 4. 提供了友善的用户界面，并实现了多角度场景的交互漫游，可以以第一人称行走的方式漫游场景
Camera-Calibration
- 基于定标版的摄像机定标算法的实现，显示特征点检测结果，并根据标定得到的数据生成鸟瞰图-Calibration based version of the camera calibration algorithm, shows the results of feature point detection, and according to calibration data generated by the bird' s eye view
swing111
- 1. 全景与鸟瞰的切换； 2. 日景夜景以及四季效果模拟演示以及雨天以及下雪天的切换； 3. 建筑内部以及样板房的展示； 4. 碰撞检测功能； 5. 三维场景漫游（人行和车行）； -1 panoramic and bird' s eye view of the switch 2 daytime and night and seasonal effects of simulated rain, and snow days demo switch 3 inside th
niaokanchengxu
- 软件环境是opencv和DEV-C++，可以实现鸟瞰效果，要接入摄像头，还可以修改程序里的参数来实现不同效果。-Software environment is opencv and DEV-C++, the effect can be achieved bird' s eye view, to access the camera, you can modify the program' s parameters to achieve different effects.
hw3
- 实现相机calibration，图像角点检测以及鸟瞰图转化-camera calibration and bird view
cilibration_test
- :用OPENCV实现的 输入图片,进行标定,并转换成鸟瞰图的程序-: With OPENCV realized input images, calibration, and converted into a bird' s eye view of the program
bird-eye
- 鸟瞰图代码,介绍opencv中鸟瞰图是如何实现的，这段代码很实用-Aerial view of the code, describes how opencv in bird s-eye view is achieved, this code is very useful
inverse-with-Calibration-parameters
- 利用摄像头工具箱标定得到的内部参数还原透视图像为“鸟瞰图”。本例中使用的图像时棋盘格。-Using the internal parameters obtained from the camera calibration toolbox. reducting perspective images as the "bird s eye view". In this case, use the image of the checkerboard.
fish2bird
- 鱼眼图像校正并将校正后的图像转换成鸟瞰图，即俯视图，纯C代码，没有调用其它库-fish eye image correction,then change it to bird s eye view
birdview
- 根据棋牌标定摄像头，并根据棋盘的斜视图生成鸟瞰图视角的图像-bird view of the chessbox
worldimage
- transfer image to a bird view in matlab
birdseye
- 一个对输入的图片生成鸟瞰图的程序，一些需要的图片已经在rar文件中，用户可以根据代码上传自己拍摄的图片-A program to generate a bird s-eye view of the input image
IPM
- 该算法实现了将一幅图像进行透视变换，并生成鸟瞰图。-The algorithm to achieve the perspective transformation to an image, and generate a bird s-eye view.
Bird_eye_view
- 鸟瞰图矫正，从倾斜角度矫正成正面图像，实现平面图像的鸟瞰矫正(bird-view,from tilt angel to jiaozheng image)