登录
首页 » matlab » matlab

matlab

于 2020-06-30 发布 文件大小:662KB
0 364
下载积分: 1 下载次数: 39

代码说明:

  三维模型数据中包含“Princeton Shape Benchmark dataset”,三维模型数据库,其中的.off文件为三维模型,这些模型可以使用文件夹中的“打开三维模型的软件”打开查看。 matlab代码中“读取三维模型”为matlab读取.off文件的代码,得到的是三角面片信息和点云坐标 “三维模型切割”中为切割三维模型的一个例子,具体是从三维模型上找三个点构成一个平面,找到这个平面与三维模型的交点,这只是一个例子,具体如何切割三维模型需要自己实现,其中读取的三维模型为.obj格式,实验时需要把这部分换成上面读取.off的代码。运行其中的cut.m和cut2.m文件 “CBSM特征提取”用于提取形状特征,a.m是批量提取的,b.m是提一张图片的(3D model data contained in the Princeton Shape Benchmark dataset , the three-dimensional model , which .off file three-dimensional models that can be used in the folder open a 3D model of software Open View. matlab code reads the three-dimensional model for the matlab code to read .off file to obtain a triangular facets information and coordinate point cloud Three-dimensional model of cutting as an example of cutting three-dimensional model, in particular to find a three-dimensional model the three points form a plane, find the intersection of the plane and three-dimensional model, this is just an example of how to cut specific need to implement three-dimensional model wherein the three-dimensional model is read .obj format, experiments need to replace this part of the above read .off code. Run one of the cut.m and cut2.m file CBSM feature extraction is used to extract the shape feature, a.m bulk extraction, b.m is to provide a picture o)

文件列表:

matlab代码
..........\CBSM特征提取
..........\............\CBSM
..........\............\....\a.m,4483,2016-06-24
..........\............\....\b.m,4928,2013-10-10
..........\............\....\final





..........\............\....\.....\chongqing.bmp,21382,2013-10-09
..........\............\....\.....\dalian.bmp,18238,2013-10-09
..........\............\....\.....\fenghuang.bmp,24030,2013-10-09
..........\............\....\.....\fenghuang_c.bmp,24030,2013-10-09
..........\............\....\.....\fujian.bmp,21514,2013-10-09
..........\............\....\.....\gansu.bmp,17334,2013-10-09
..........\............\....\.....\guangdong.bmp,21814,2013-10-09
..........\............\....\.....\guangxi.bmp,21670,2013-10-09
..........\............\....\.....\hainan2.bmp,19846,2013-10-09
..........\............\....\.....\hainanx.bmp,19846,2013-10-09
..........\............\....\.....\heilongjiang.bmp,21814,2013-10-09
..........\............\....\.....\hubei.bmp,21382,2013-10-09
..........\............\....\.....\hunan.bmp,21814,2013-10-09
..........\............\....\.....\jiangsu.bmp,19574,2013-10-09
..........\............\....\.....\jiangxi.bmp,21670,2013-10-09
..........\............\....\.....\jilin.bmp,22982,2013-10-09
..........\............\....\.....\kftv.bmp,11078,2013-10-09
..........\............\....\.....\mastv.bmp,11078,2013-10-09
..........\............\....\.....\netd.bmp,11078,2013-10-09
..........\............\....\.....\ningxia.bmp,24182,2013-10-09
..........\............\....\.....\qujing.bmp,15118,2013-10-09
..........\............\....\.....\shanghai.bmp,21670,2013-10-09
..........\............\....\.....\shanxi.bmp,20678,2013-10-09
..........\............\....\.....\shanxi_c.bmp,22686,2013-10-09
..........\............\....\.....\sichuan.bmp,20398,2013-10-09
..........\............\....\.....\tianjin.bmp,16578,2013-10-09
..........\............\....\.....\yunnan.bmp,19166,2013-10-09
..........\............\....\readMat.m,1119,2013-10-09
..........\............\....\test.m,1566,2013-10-09
..........\三维模型切割
..........\............\cut3D
..........\............\.....\6fig
..........\............\.....\....\Bunny1.fig,26652,2015-03-26
..........\............\.....\....\Bunny2.fig,27315,2015-03-26
..........\............\.....\....\Bunny3.fig,27333,2015-03-26
..........\............\.....\....\Bunny4.fig,27213,2015-03-26
..........\............\.....\....\Bunny5.fig,27759,2015-03-26
..........\............\.....\....\Bunny6.fig,27397,2015-03-26
..........\............\.....\B02.bmp
..........\............\.....\bunny_low_resolution.obj,182606,2015-03-08
..........\............\.....\cube.obj,321,2015-03-08
..........\............\.....\cut.m,3672,2016-01-17
..........\............\.....\cut2.m,2416,2016-01-17
..........\............\.....\draw_crosspoint.m,480,2015-03-18
..........\............\.....\draw_linexyzxyz.m,505,2015-03-18
..........\............\.....\draw_node_face.m,571,2015-03-26
..........\............\.....\fangcheng.m,246,2015-03-19
..........\............\.....\getcrossface_line.m,420,2015-03-18
..........\............\.....\getplane2D.m,1901,2015-03-19
..........\............\.....\getV_Fv.m,384,2015-03-17
..........\............\.....\get_crossface.m,1315,2015-03-18
..........\............\.....\get_crossline.m,1235,2015-03-18
..........\............\.....\get_crosspoint.m,530,2015-03-18
..........\............\.....\get_distance.m,124,2015-03-12
..........\............\.....\objDisplay
..........\............\.....\..........\ch_cap.m,315,2015-03-18
..........\............\.....\..........\ch_eqi.m,636,2015-03-18
..........\............\.....\..........\ch_index.m,654,2015-03-18
..........\............\.....\..........\ch_is_control.m,486,2015-03-18
..........\............\.....\..........\ch_is_digit.m,550,2015-03-18
..........\............\.....\..........\ch_to_digit.m,791,2015-03-18
..........\............\.....\..........\obj_read.m,8589,2015-03-18
..........\............\.....\..........\obj_size.m,3831,2015-03-18
..........\............\.....\..........\obj_size_print.m,1053,2015-03-18
..........\............\.....\..........\s_control_blank.m,582,2015-03-18
..........\............\.....\..........\s_eqi.m,863,2015-03-18
..........\............\.....\..........\s_escape_tex.m,1153,2015-03-18
..........\............\.....\..........\s_len_trim.m,562,2015-03-18
..........\............\.....\..........\s_to_i4.m,1967,2015-03-18
..........\............\.....\..........\s_to_r8.m,5368,2015-03-18
..........\............\.....\..........\timestamp.m,338,2015-03-18
..........\............\.....\..........\word_next_read.m,3060,2015-03-18
..........\............\.....\obj_display.m,2250,2015-03-18
..........\............\.....\PandF.mat,23975,2016-06-24
..........\............\.....\pic
..........\............\.....\...\Bunnycut_01.bmp
..........\............\.....\...\Bunnycut_02.bmp
..........\............\.....\...\Bunnycut_03.bmp
..........\............\.....\...\Bunnycut_04.bmp
..........\............\.....\...\Bunnycut_05.bmp
..........\............\.....\...\Bunnycut_06.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_07.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_08.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_09.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_10.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_11.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_12.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_13.bmp,2138166,2016-01-17
..........\............\.....\...\Bunnycut_14.bmp,2138166,2016-01-17

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • LIFT97
    9/7提升小波的代码,用matlab写的,欢迎大家交流!(9/7 lifting wavelet code, written with matlab, welcomed the exchange of everyone!)
    2007-08-20 23:39:58下载
    积分:1
  • Matlab_ODE_solution
    对matlab ODE的求解进行了详细的分析,并带有详细的例子(代码)可用来练习。(Matlab ODE solution on a detailed analysis, with detailed examples (code) can be used to practice.)
    2009-01-01 14:58:54下载
    积分:1
  • IIR
    IIR滤波器设计,分离出250hz,500hz,1000hz单频(IIR filter design, isolated 250hz, 500hz, 1000hz single frequency)
    2010-12-27 20:09:32下载
    积分:1
  • youxiangquan
    这是一种搜索有向圈的算法,广泛被用于图论中,非常地实用(There is a search algorithm to the circle, is widely used in graph theory, very useful)
    2011-09-01 16:22:02下载
    积分:1
  • EA-SRC
    利用超限学习机(ELM)和稀疏表示(SRC)进行图像分类。Matlab完整源码。(Extreme learning machine and adaptive sparse representation for image classification)
    2020-07-03 07:40:02下载
    积分:1
  • EMD-empirical-mode-decomposition
    EMD程序用于分解非线性非稳定性的曲线,对数据进行分解成本征模态函数,(The empirical mode decomposition and the Hilbert spectrum for nonlinear and non-stationary time series analysis)
    2014-08-28 16:27:30下载
    积分:1
  • eemd_fft
    对信号进行EEMD分解,消除模式混叠,并对本征模函数进行FFT变换,求出幅度谱(EEMD decomposition of the signal eliminate Mode aliasing, FFT transform and intrinsic mode functions obtained amplitude spectrum )
    2012-10-22 13:14:43下载
    积分:1
  • GPS_Kinematical
    卡尔曼静态滤波在GPS量测数据中的应用。静态模型以待测点的位置和速度作为状态变量,假定系统噪声和量测噪声为高斯白噪声。多数情况下将其看成是一个线性系统。( Application of Calman static filtering in GPS measurement data. The static model is used as the state variable, and the system noise and measurement noise are Gauss white noise. In most cases, it is considered as a linear system. )
    2017-04-04 21:20:47下载
    积分:1
  • PSO
    说明:  采用改进PSO对含风光发电的微电网出力进行优化(Optimizing the output of microgrid with wind power generation by using improved PSO)
    2021-04-19 21:28:51下载
    积分:1
  • Viterbi_decode
    viterbi decodes function
    2013-01-09 23:12:51下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载