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m_map1.4

于 2019-12-18 发布
0 186
下载积分: 1 下载次数: 1

代码说明:

说明:  The m_map mapping package for matlab, it can also run in octave with some minor modifications.

文件列表:

m_map, 0 , 2019-04-24
m_map\m_grid.m, 34343 , 2019-04-24
m_map\m_mag2geo.m, 1463 , 2017-11-08
m_map\m_hatch.m, 8945 , 2019-02-21
m_map\m_geo2mag.m, 1466 , 2017-11-08
m_map\m_legend.m, 2986 , 2017-11-15
m_map\m_windbarb.m, 5685 , 2017-12-04
m_map\m_range_ring.m, 3027 , 2019-02-21
m_map\m_coord.m, 1720 , 2019-03-20
m_map\m_proj.m, 8149 , 2019-03-21
m_map\m_ungrid.m, 1038 , 2019-03-20
m_map\wysiwyg.m, 756 , 2017-12-06
m_map\m_rectangle.m, 2951 , 2018-04-11
m_map\m_coast.m, 925 , 2017-11-29
m_map\m_idist.m, 10076 , 2017-11-08
m_map\m_gshhs_h.m, 1039 , 2017-11-29
m_map\m_gshhs_f.m, 1037 , 2017-11-29
m_map\m_streamline.m, 3656 , 2018-03-23
m_map\m_tba2b.m, 1299 , 2017-11-08
m_map\m_contfbar.m, 8623 , 2019-03-20
m_map\m_ruler.m, 8550 , 2019-02-21
m_map\m_usercoast.m, 981 , 2019-02-12
m_map\Contents.m, 6155 , 2019-03-20
m_map\m_quiver.m, 3130 , 2017-12-01
m_map\m_annotation.m, 8701 , 2018-06-06
m_map\m_lldist.m, 1998 , 2017-11-08
m_map\m_utmgrid.m, 4866 , 2018-12-19
m_map\m_ll2xy.m, 2411 , 2019-02-21
m_map\m_xy2ll.m, 1037 , 2019-02-21
m_map\m_gshhs_c.m, 1043 , 2017-11-29
m_map\m_geodesic.m, 1727 , 2017-11-08
m_map\m_fdist.m, 5468 , 2017-11-08
m_map\mapug.html, 103377 , 2019-04-03
m_map\m_line.m, 1415 , 2019-03-20
m_map\m_scatter.m, 1597 , 2017-12-13
m_map\map.html, 45253 , 2019-03-26
m_map\mygrid_sand2.m, 4670 , 2018-01-06
m_map\m_colmap.m, 112222 , 2018-12-20
m_map\m_vec.m, 15299 , 2017-11-17
m_map\m_image.m, 5590 , 2019-03-25
m_map\doc, 0 , 2019-03-25
m_map\doc\exbathym.png, 148244 , 2017-12-03
m_map\doc\map.css, 3945 , 2017-12-07
m_map\doc\exspeckle.png, 77336 , 2017-11-25
m_map\doc\exstepjetT.png, 170708 , 2017-11-30
m_map\doc\new.gif, 118 , 2017-11-25
m_map\doc\extgloball.png, 234653 , 2019-03-25
m_map\doc\exterra.png, 292821 , 2017-11-25
m_map\doc\exster.png, 87441 , 2017-11-25
m_map\doc\exblueT.png, 79538 , 2017-11-30
m_map\doc\exargo.png, 269545 , 2017-12-15
m_map\doc\exlamber.png, 79782 , 2017-11-25
m_map\doc\stepjet.png, 262750 , 2017-11-14
m_map\doc\exsst.png, 348700 , 2017-11-25
m_map\doc\exMAG.png, 75695 , 2017-12-04
m_map\doc\exSAR.png, 539324 , 2017-12-15
m_map\doc\extrack1.png, 65432 , 2017-11-25
m_map\doc\usermap.gif, 9109 , 2001-05-04
m_map\doc\SouthChinaSea.png, 854480 , 2019-01-17
m_map\doc\exgshhs.png, 111182 , 2017-11-25
m_map\doc\exstepjet.png, 137230 , 2017-11-30
m_map\doc\shaded1.png, 1240298 , 2018-05-23
m_map\doc\exvec.png, 53164 , 2017-11-25
m_map\doc\exquiv.png, 71809 , 2017-11-25
m_map\doc\exncread.png, 284468 , 2017-12-04
m_map\doc\mlogo.png, 16984 , 2017-11-25
m_map\doc\exgoog.png, 1055746 , 2019-01-10
m_map\doc\exrring.png, 69523 , 2017-11-25
m_map\doc\exsinus.png, 54863 , 2017-11-25
m_map\doc\exobl2.png, 30551 , 2017-11-25
m_map\doc\exmiller.png, 50872 , 2017-11-25
m_map\doc\extbase.png, 380643 , 2019-03-24
m_map\doc\VanHarb.png, 548856 , 2019-01-17
m_map\doc\exmodis.png, 178510 , 2017-11-25
m_map\doc\exblueocean.png, 58629 , 2017-11-30
m_map\doc\ex_ssmi2.png, 126387 , 2017-11-29
m_map\doc\exColmaps.png, 128272 , 2018-12-19
m_map\m_scale.m, 2601 , 2017-11-08
m_map\m_gshhs_i.m, 1047 , 2017-11-29
m_map\m_tbase.m, 5377 , 2017-11-08
m_map\m_elev.m, 5184 , 2019-03-24
m_map\private, 0 , 2019-04-12
m_map\private\mp_azim.m, 10435 , 2019-03-21
m_map\private\mp_cyl.m, 5746 , 2019-04-12
m_map\private\mp_utm.m, 10012 , 2018-12-19
m_map\private\m_coasts.mat, 139528 , 1998-06-16
m_map\private\mu_coast.m, 26213 , 2019-03-20
m_map\private\mp_omerc.m, 6619 , 2019-03-24
m_map\private\mc_coords.m, 4759 , 2017-11-16
m_map\private\mp_tmerc.m, 10041 , 2019-01-11
m_map\private\mu_util.m, 12895 , 2019-03-24
m_map\private\mp_conic.m, 13659 , 2019-03-28
m_map\private\m_topo.mat, 518749 , 2019-03-20
m_map\private\mc_ellips.m, 623 , 2017-11-16
m_map\m_track.m, 7242 , 2019-02-21
m_map\m_contourf.m, 2490 , 2017-11-16
m_map\m_xydist.m, 882 , 2017-11-08
m_map\m_contour.m, 1486 , 2017-11-16
m_map\m_plotbndry.m, 4358 , 2019-03-20
m_map\m_demo.m, 12110 , 2019-04-24

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发表评论

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  • Bhattacharyya Distance
    This codes belongs to the paper: Decentralized Hypothesis Testing in Energy Harvesting Wireless Sensor Networks
    2020-12-15 20:19:15下载
    积分:1
  • xiangxiPSO
    说明:  详细粒子滤波算法,改进算法。。。。。。。。。。。。。。。。。。。(Time heals everything.)
    2021-03-06 10:49:46下载
    积分:1
  • 57578869matlab--3D-reconstruction
    说明:  基于matlab三维重建代码,及基础知识的了解和掌握(three-dimensional reconstruction)
    2019-05-15 14:00:32下载
    积分:1
  • Desktop
    说明:  径向偏振光经透镜聚焦后焦点处光场分布的程序,以及DOE优化长焦深程序(Optical field program after focusing of radially polarized light)
    2019-04-21 10:42:06下载
    积分:1
  • 2
    说明:  2. 关于无线信道的多普勒谱,请回答以下问题: (1) 在某些无线信道中,多普勒频移会引起无线信道输出信号的混叠。请描述产生混叠的各种原因; (2) 无线信道中的多普勒谱有一种经典谱(classic spectrum),请解释产生这种谱形状的机理; (3) 请用Simulink工具编写代码(S-Function方式),产生一单径瑞利信道,其多普勒谱为经典谱,其中移动速率为120km/h。并请描述:自己用计算机产生的经典谱是正确的依据。(2. Regarding the doppler spectrum of the wireless channel, please answer the following questions: (1) in some wireless channels, doppler frequency shift will cause aliasing of the output signals of the wireless channel.Describe the various causes of aliasing; (2) there is a classic spectrum in the doppler spectrum in the wireless channel, please explain the mechanism of producing this spectrum shape; (3) please use Simulink tool to write code (s-function mode) to generate a single-path Rayleigh channel, whose doppler spectrum is the classical spectrum, in which the moving rate is 120km/h.And please describe: your own computer generated classical spectrum is the correct basis.)
    2019-01-15 10:49:35下载
    积分:1
  • DG-CACULATION
    THIS PROGRAM USED TO DG CACULATION
    2020-11-13 23:49:43下载
    积分:1
  • Internet-attack
    研究Ienternet的鲁棒性,对某些节点进行蓄意攻击,研究网络的生命周期。(Research Ienternet robustness, deliberate attack on some nodes, research the life cycle of the network. )
    2021-05-13 11:30:02下载
    积分:1
  • bergulator
    说明:  有关信道估计和信道均衡的仿真程序,希望会有所帮助(Related to channel estimation and channel equalization of the simulation program, hoping it would be helpful)
    2020-12-02 10:09:25下载
    积分:1
  • null
    空域零陷,首先用doa技术估计直达波方向,然后置零,用于直达波消除。(In spatial nulling, DOA technique is used to estimate the direction of direct wave, and then zeroing is used to eliminate direct wave.)
    2019-03-07 09:41:22下载
    积分:1
  • LDPC.DIFFERENT-DIEDAICISHU
    LDPC码不同迭代次数对比。码长512,码率1/2,迭代次数分别为0,5,10,50,100.(The LDPC codes different number of iterations contrast. Long code 512, code rate 1/2, the number of iterations were 0,5,10,50,100.)
    2012-11-22 10:57:19下载
    积分:1
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