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viewer3d_version12a

于 2021-04-12 发布
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代码说明：

说明：  实现多张图像的三维可视化过程，可以用于各类三维模型的建立过程。(Realize the 3D visualization process of multiple images)

文件列表：

viewer3d_version12a, 0 , 2021-04-12
viewer3d_version12a\ColorProfiles, 0 , 2021-04-12
viewer3d_version12a\ColorProfiles\CT_Blue_Red.mat, 530 , 2016-09-15
viewer3d_version12a\ColorProfiles\CT_Purple_White.mat, 604 , 2016-09-15
viewer3d_version12a\ExampleData, 0 , 2021-04-12
viewer3d_version12a\ExampleData\CommandlineData.mat, 4366913 , 2016-09-15
viewer3d_version12a\ExampleData\TestVolume.mat, 4596521 , 2016-09-15
viewer3d_version12a\Help, 0 , 2021-04-12
viewer3d_version12a\Help\help001.png, 4759 , 2016-09-15
viewer3d_version12a\Help\help002.png, 31417 , 2016-09-15
viewer3d_version12a\Help\help003.png, 29159 , 2016-09-15
viewer3d_version12a\Help\help004.png, 25424 , 2016-09-15
viewer3d_version12a\Help\help005.png, 12137 , 2016-09-15
viewer3d_version12a\Help\help006.png, 27208 , 2016-09-15
viewer3d_version12a\Help\help007.png, 15335 , 2016-09-15
viewer3d_version12a\Help\help008.png, 22261 , 2016-09-15
viewer3d_version12a\Help\help009.png, 33562 , 2016-09-15
viewer3d_version12a\Help\help010.png, 34676 , 2016-09-15
viewer3d_version12a\Help\help011.png, 23456 , 2016-09-15
viewer3d_version12a\Help\help012.png, 27957 , 2016-09-15
viewer3d_version12a\Help\help013.png, 34464 , 2016-09-15
viewer3d_version12a\Help\help014.png, 45576 , 2016-09-15
viewer3d_version12a\Help\help015.png, 45208 , 2016-09-15
viewer3d_version12a\Help\help016.png, 45213 , 2016-09-15
viewer3d_version12a\Help\help017.png, 43777 , 2016-09-15
viewer3d_version12a\Help\help018.png, 37980 , 2016-09-15
viewer3d_version12a\Help\help019.png, 35038 , 2016-09-15
viewer3d_version12a\Help\help020.png, 28865 , 2016-09-15
viewer3d_version12a\Help\help021.png, 36495 , 2016-09-15
viewer3d_version12a\Help\help022.png, 35873 , 2016-09-15
viewer3d_version12a\Help\help023.png, 79723 , 2016-09-15
viewer3d_version12a\Help\info.html, 8459 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code, 0 , 2021-04-12
viewer3d_version12a\Old_Viewer3D_with_c_code\help, 0 , 2021-04-12
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help001.png, 24767 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help002.png, 31417 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help003.png, 61434 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help004.png, 43134 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help005.png, 24070 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help006.png, 49776 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help007.png, 15335 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\help008.png, 21872 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\help\info.html, 4705 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\icon_mouse_pan.png, 3650 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\icon_mouse_rotate1.png, 3644 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\icon_mouse_rotate2.png, 3645 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\icon_mouse_zoom.png, 1024 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\makeShearWarpMatrix.m, 3312 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\makeViewMatrix.m, 1190 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code, 0 , 2021-04-12
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\compile_c_files.m, 158 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_bw.m, 1859 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_color.m, 2082 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_mip_double.c, 32008 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_mip_single.c, 32042 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_mip_uint16.c, 32090 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_mip_uint8.c, 32083 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vr_double.c, 34724 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vr_single.c, 34754 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vr_uint16.c, 34805 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vr_uint8.c, 34798 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrc_double.c, 54750 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrc_single.c, 54784 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrc_uint16.c, 54838 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrc_uint8.c, 54826 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrs_double.c, 61885 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrs_single.c, 61932 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrs_uint16.c, 61995 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mex_vrs_uint8.c, 61981 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_mip.m, 1631 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\render_shaded.m, 3253 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\mex_c-code\warp.c, 8570 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\render_bw.m, 14821 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\render_color.m, 15776 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\render_mip.m, 14111 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\render_shaded.m, 19351 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d.fig, 8411 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d.m, 39153 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d_about.fig, 1335 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d_about.m, 2927 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d_error.fig, 1778 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d_error.m, 3313 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d_histogram.fig, 4900 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\viewer3d_histogram.m, 4424 , 2016-09-15
viewer3d_version12a\Old_Viewer3D_with_c_code\warp.m, 977 , 2016-09-15
viewer3d_version12a\ReadData3D, 0 , 2021-04-12
viewer3d_version12a\ReadData3D\ReadData3D.fig, 3711 , 2016-09-15
viewer3d_version12a\ReadData3D\ReadData3D.m, 14704 , 2016-09-15
viewer3d_version12a\ReadData3D\dicom, 0 , 2021-04-12
viewer3d_version12a\ReadData3D\dicom\choose_from_list.m, 1062 , 2016-09-15
viewer3d_version12a\ReadData3D\dicom\dicom_folder_info.m, 8444 , 2016-09-15
viewer3d_version12a\ReadData3D\dicom\dicom_read_header.m, 1057 , 2016-09-15
viewer3d_version12a\ReadData3D\dicom\dicom_read_volume.m, 874 , 2016-09-15
viewer3d_version12a\ReadData3D\dicom\dicom_write_volume.m, 2219 , 2016-09-15
viewer3d_version12a\ReadData3D\gipl, 0 , 2021-04-12
viewer3d_version12a\ReadData3D\gipl\gipl_read_header.m, 2552 , 2016-09-15
viewer3d_version12a\ReadData3D\gipl\gipl_read_volume.m, 1693 , 2016-09-15
viewer3d_version12a\ReadData3D\gipl\gipl_write_volume.m, 3925 , 2016-09-15
viewer3d_version12a\ReadData3D\hdr, 0 , 2021-04-12
viewer3d_version12a\ReadData3D\hdr\hdr_read_header.m, 4707 , 2016-09-15

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  • cedif
    改进后的非线性各向异性扩散用于图像中的保边去噪，增加了二阶导数，是滤波效果更好(Improved nonlinear anisotropic diffusion for edge preserving image denoising, an increase of second derivative, is a better filtering effect)
    2010-09-28 16:21:59下载
    积分：1
  • dtw
    说明：  利用matlab计算时间序列间的DTW距离(Using MATLAB to calculate DTW distance between time series)
    2019-10-29 14:34:54下载
    积分：1
  • peaks
    利用surf1函数绘制函数图形的三维光照图形，其中图形函数表达式为peaks(Use surf1 function to draw three-dimensional graphics of functional graphics, in which the graphical function expression is peaks)
    2017-10-01 20:43:43下载
    积分：1
  • HarrisCorner
    对输入的一张彩色图像，自己写代码实现Harris Corner 检测算法： 1. 不能直接调用OpenCV 里面与Harris 角点检测相关的一些函数； 2. 只能用C/C++，不能用其他语言； 3. GUI 只能用自带的HighGUI，不能用QT 或其他的； 4. 平台可以用Windows， Linux, MacOS； 5. 显示中间的处理结果及最终的检测结果，包括最大特征值图，最小特征值图，R 图（可以考虑彩色 展示），原图上叠加检测结果等，并将这些中间结果都输出成图像文件； 6. 命令格式： “xxx.exe 图片文件 k 参数(=0.04) Aperture_size(=3)”。(The input of a color image, write your own code to achieve Harris Corner Detection Algorithm: 1. Can not be called directly inside OpenCV some functions associated with the Harris corner detection 2. To only use C/C++, can not be used in other languages 3. GUI only with their own HighGUI, can not use QT or other 4. The platform can be used Windows, Linux, MacOS 5. Display intermediate and final results of the test results, including the largest eigenvalues diagram, the minimum feature value graph , R chart (you can consider color display), picture superimposed on the test results, etc., and these intermediate results are output as an image file 6. Command Format: " xxx.exe picture file k parameters (= 0.04) Aperture_size (= 3 ). " )
    2016-01-04 12:44:23下载
    积分：1
  • PCAPSVM
    PCA+SVM，对图像进行降维分类，并在yale库上测试取得比较好的效果(PCA+ SVM, dimensionality reduction of image classification, and yale library to achieve better test results)
    2011-11-30 20:21:21下载
    积分：1
  • EdgeDetection
    基于Visual C++的图像边缘检测工程，以Canny为例(Visual C++-based image edge detection works to Canny Case)
    2013-10-22 11:33:56下载
    积分：1
  • LMMSE
    LMMSE图像超分辨率重建，基于先验知识的图像超分辨率重建(LMMSE image super-resolution reconstruction, image super-resolution reconstruction based on prior knowledge)
    2020-12-09 10:19:18下载
    积分：1
  • SparseMatrixOfExamples
    稀疏矩阵的实例，讲述如何用稀疏矩阵进行实际的编程。本例是以超市购物为实际背景。(Examples of sparse matrix)
    2010-07-29 09:57:15下载
    积分：1
  • matlab
    数字图像处理matlab版 冈萨雷斯 一书中的附加源程序，生成的M文件，直接可用 (Digital image processing matlab version Gonzalez one additional source book, M-generated documents, directly available)
    2008-04-19 09:43:17下载
    积分：1
  • Hough变换圆
    一种基于形貌特征识别圆形的方法，通过拟合圆方程来实现的经典hough变换方法(A method of Circle Recognition Based on morphological features is introduced. The classical Hough transform method is implemented by fitting the circle equation.)
    2018-05-24 15:28:50下载
    积分：1
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