新版织梦腾讯3366小游戏门户网站模板源码,wordpress 浏览ppt,漂亮的蓝色网站,html商城网站模板下载流量世界第一、长度第二的亚马逊流域#xff08;Amazon#xff09;、南美洲第四大、整条河流位于巴西的圣弗朗西斯科流域#xff08;Sao Francisco#xff09;、世界第四长、北美洲最长的密西西比流域#xff08;Mississippi#xff09;、欧洲最长的伏尔加流域#xff0…流量世界第一、长度第二的亚马逊流域Amazon、南美洲第四大、整条河流位于巴西的圣弗朗西斯科流域Sao Francisco、世界第四长、北美洲最长的密西西比流域Mississippi、欧洲最长的伏尔加流域Volga、非洲仅次于尼罗河的刚果流域Congo、亚洲和中国第一长、世界第三长的长江流域Yangtze、南亚主要河流恒河流域Ganges可与恒河流域相媲美的印度河流域Indus澳大利亚中部的季节性湖泊艾尔湖流域Lake Eyre澳大利亚最长、最大的默里河流域Murray俄罗斯联邦第三大的鄂毕河流域Ob以及欧洲第二长河多瑙河流域Danube 各大洲流域具体分布位置如下 以CSR RL05球谐系数为例生成无约束格网解grid_CSR、高斯300km滤波解grid300_CSR、去相关滤波解gridP4M6_CSR和组合滤波解grid300P4M6_CSR并以CSR mascon解C_mas作为参考。所有解的结果和时间指标“time.mat”变量均已放入文末百度网盘可自行下载使用欢迎评论或私信交流谢谢。
clearvars -except
addpath E:\Data\result\grid
load C_mas.mat
load grid_CSR.mat;load grid300_CSR.mat;load gridP4M6_CSR.mat;load grid300P4M6_CSR.mat;
grid_masC_mas./100;
name{1,1}_CSR;name{2,1}300_CSR;
name{3,1}P4M6_CSR;name{4,1}300P4M6_CSR;name{5,1}_mas;
ksize(name,1); kk1;
tic
for ii1:12switch iicase 1 mask E:\Data\Basin\Amazon.vec;rows211;[lon1,lat1] textread(mask,%f %f,delimiter,,,headerlines,1);case 2mask E:\Data\Basin\Sao Francisco.vec;rows87;[lon2,lat2] textread(mask,%f %f,delimiter,,,headerlines,1);case 3mask E:\Data\Basin\Mississippi.vec;rows203;[lon3,lat3] textread(mask,%f %f,delimiter,,,headerlines,1);case 4mask E:\Data\Basin\volga.vec;rows183;[lon4,lat4] textread(mask,%f %f,delimiter,,,headerlines,1);case 5mask E:\Data\Basin\Congo.vec;rows181;[lon5,lat5] textread(mask,%f %f,delimiter,,,headerlines,1);case 6mask E:\Data\Basin\Yangtze.vec;rows12191;[lon6,lat6] textread(mask,%f %f,delimiter,,,headerlines,1);case 7 mask E:\Data\Basin\Ganges.vec;rows91;[lon7,lat7] textread(mask,%f %f,delimiter,,,headerlines,1);case 8mask E:\Data\Basin\Indus.vec;rows103;[lon8,lat8] textread(mask,%f %f,delimiter,,,headerlines,1);case 9mask E:\Data\Basin\Lake Eyre.vec;rows107;[lon9,lat9] textread(mask,%f %f,delimiter,,,headerlines,1);case 10mask E:\Data\Basin\Murray.vec;rows83;[lon10,lat10] textread(mask,%f %f,delimiter,,,headerlines,1);case 11mask E:\Data\Basin\Ob.vec;rows233;[lon11,lat11] textread(mask,%f %f,delimiter,,,headerlines,1);case 12mask E:\Data\Basin\Danube.vec;rows89; [lon12,lat12] textread(mask,%f %f,delimiter,,,headerlines,1);end[dir_in,file_name{ii,1},file_type]fileparts(mask);for jj1:k grid_tempeval([grid name{jj,1};]);csr(:,jj) gmt_grid2serie(100*grid_temp(:,:,1:197),mask,[],rows);endbasin(:,kk:kkk-1)csr;kkkkk;
end
tocindex11;index2162; %%GRACE时间段的数据 GRACE-FO暂时没涉及
for Ser1:12
for i1:k-1rcorrcoef(basin(index1:index2,k*(Ser-1)i),basin(index1:index2,k*(Ser-1)k)); R(Ser,i)r(2,1);RMSE(Ser,i)sqrt(mean((basin(index1:index2,k*(Ser-1)i)-basin(index1:index2,k*(Ser-1)k)).^2));
end
endclose all;
th1;
load E:\Code\GRACE_data\time.mat
figure(1)
for Ser1:4
subplot(2,2,Ser)
plot(time(index1:index2),basin(index1:index2,k*(Ser-1)1),color,[0.2 0.6 0.2],Linewidth,th);hold on;
plot(time(index1:index2),basin(index1:index2,k*(Ser-1)2),color,[0 1 0],Linewidth,th);
plot(time(index1:index2),basin(index1:index2,k*(Ser-1)3),color,[0 0 1],Linewidth,th);
plot(time(index1:index2),basin(index1:index2,k*(Ser-1)4),color,[1 0 1],Linewidth,th);
plot(time(index1:index2),basin(index1:index2,k*(Ser-1)5),color,[1 0 0],Linewidth,th);ylabel(EWH(cm),Fontname,Time New Roman);
title(file_name{Ser,1}(1,:),FontName,Time New Roman,Fontsize,30);
xlabel(Time(year),Fontname,Time New Roman);
xticks([2002 2005 2008 2011 2014,2017]);
if Ser4l1legend(Ori,G300,P4M6,G300P4M6,CSR-mas);set(l1,box,off,FontSize,10);set(legend,...Orientation,horizontal,...NumColumns,4);
end
grid on;
end链接https://pan.baidu.com/s/1qXHvXZOG3lemffBmHfrKrQ
提取码lrhx
