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%% Fig. 15. Practical simulation realizations in Gudao Oilfield | ||
clear all;close all;clc; | ||
addpath('../../export_fig-master'); | ||
addpath('../../relycode'); | ||
figure; | ||
set(gcf,'position', [1,41,1920,962]); | ||
[out, colnames, line1] = loadgeoeas('multiple search trees.out'); | ||
data1 = geoeas2matlab(out,[99 94]); | ||
[out, colnames, line1] = loadgeoeas('original Snesim.out'); | ||
data2 = geoeas2matlab(out,[99 94]); | ||
[out, colnames, line1] = loadgeoeas('Sisim.out'); | ||
data3 = geoeas2matlab(out,[99 94]); | ||
ColorMatrix=[0,139,0;255,255,0]; % Custom legend color 2022.8.22 | ||
RGB_RE1 = TI2RGB(data1,ColorMatrix); | ||
RGB_RE2 = TI2RGB(data2,ColorMatrix); | ||
RGB_RE3 = TI2RGB(data3,ColorMatrix); | ||
|
||
% Plot multiple search trees realization | ||
axes1=subplot(2,3,1);imshow(RGB_RE1,ColorMatrix./255,'InitialMagnification','fit'); | ||
axis on; | ||
axis xy; | ||
title(axes1,{'(a) multiple search trees realization'},'FontSize',14,... | ||
'position',[49.50015631978384,-15.203817365269398,0]); | ||
set(axes1,'Xlim',[0,99],'Ylim',[0,94],'Clim',[0 2],'FontSize',13); | ||
colorbar('peer',axes1,'Ticks',[0.5 1.5],'TickLabels',{'背景','河道'},'Visible','off'); | ||
set(axes1,'XTickLabel',{'6.00','6.48','6.95','7.43','7.90'},... | ||
'XTick',[0,25,50,75,99],'YTickLabel',{'3.00','3.57','4.04','4.52','4.90'},... | ||
'YTick',[0,25,50,75,94]); | ||
axes1.Position = [0.2003125,0.583837209302326,0.173996075143102,0.341162790697675]; | ||
|
||
% Plot original Snesim realization | ||
axes2=subplot(2,3,2);imshow(RGB_RE2,ColorMatrix./255,'InitialMagnification','fit'); | ||
axis on; | ||
axis xy; | ||
title(axes2,{'(b) original Snesim realization'},'FontSize',14,... | ||
'position',[49.50027052085561,-15.203817365269398,0]); | ||
set(axes2,'Xlim',[0,99],'Ylim',[0,94],'Clim',[0 2],'FontSize',13); | ||
colorbar('peer',axes2,'Ticks',[0.5 1.5],... | ||
'TickLabels',{'background','channel'},'FontSize',14,'Visible','off'); | ||
set(axes2,'XTickLabel',{'6.00','6.48','6.95','7.43','7.90'},... | ||
'XTick',[0,25,50,75,99],... | ||
'YTickLabel',{'3.00','3.57','4.04','4.52','4.90'},'YTick',[0,25,50,75,94]); | ||
|
||
% Plot Sisim realization | ||
axes3=subplot(2,3,3);imshow(RGB_RE3,ColorMatrix./255,'InitialMagnification','fit'); | ||
axis on; | ||
axis xy; | ||
title(axes3,{'(c) Sisim realization'},'FontSize',14,... | ||
'position',[49.50015631978384,-15.203817365269398,0]); | ||
set(axes3,'Xlim',[0,99],'Ylim',[0,94],'Clim',[0 2],'FontSize',13); | ||
colorbar('peer',axes3,'Ticks',[0.5 1.5],'TickLabels',{'background','channel'},... | ||
'FontSize',14); | ||
set(axes3,'XTickLabel',{'6.00','6.48','6.95','7.43','7.90'},... | ||
'XTick',[0,25,50,75,99],'YTickLabel',{'3.00','3.57','4.04','4.52','4.90'},... | ||
'YTick',[0,25,50,75,94]); | ||
axes3.Position = [0.622844202898551,0.583837209302326,0.173996075143102,0.341162790697675]; | ||
|
||
annotation('textbox','String','Y/(km)','position',... | ||
[0.199221187396258,0.853394905889228,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','X/(km)','position',... | ||
[0.348753902150617,0.543331523543418,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','Y/(km)','position',... | ||
[0.409350268945431,0.853394905889228,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','X/(km)','position',... | ||
[0.559252297539801,0.543331523543419,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','Y/(km)','position',... | ||
[0.621934594342257,0.852355404849727,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','X/(km)','position',... | ||
[0.770535784818446,0.542292022503917,0.044426493262436,0.071052630245686],'linestyle','none') | ||
|
||
text(-140.2003282815396,-20.242739520958022,... | ||
'(A) Practical simulation realizations of Ng3^3 sublayer','FontSize',15); | ||
|
||
|
||
[out, colnames, line1] = loadgeoeas('multiple search trees Smooth.out'); | ||
data1 = geoeas2matlab(out,[99 94]); | ||
[out, colnames, line1] = loadgeoeas('original Snesim Smooth.out'); | ||
data2 = geoeas2matlab(out,[99 94]); | ||
[out, colnames, line1] = loadgeoeas('Sisim Smooth.out'); | ||
data3 = geoeas2matlab(out,[99 94]); | ||
ColorMatrix=[0,139,0;255,255,0]; % Custom legend color 2022.8.22 | ||
RGB_RE1 = TI2RGB(data1,ColorMatrix); | ||
RGB_RE2 = TI2RGB(data2,ColorMatrix); | ||
RGB_RE3 = TI2RGB(data3,ColorMatrix); | ||
|
||
% Plot multiple search trees realization | ||
axes1=subplot(2,3,4);imshow(RGB_RE1,ColorMatrix./255,'InitialMagnification','fit'); | ||
axis on; | ||
axis xy; | ||
title(axes1,{'(a) multiple search trees realization'},'FontSize',14,... | ||
'position',[49.50015631978384,-15.203817365269398,0]); | ||
set(axes1,'Xlim',[0,99],'Ylim',[0,94],'Clim',[0 2],'FontSize',13); | ||
colorbar('peer',axes1,'Ticks',[0.5 1.5],'TickLabels',{'背景','河道'},'Visible','off'); | ||
set(axes1,'XTickLabel',{'6.00','6.48','6.95','7.43','7.90'},... | ||
'XTick',[0,25,50,75,99],'YTickLabel',{'3.00','3.57','4.04','4.52','4.90'},... | ||
'YTick',[0,25,50,75,94]); | ||
axes1.Position = [0.2003125,0.140698544698545,0.173996075143102,0.341162790697675]; | ||
|
||
% Plot original Snesim realization | ||
axes2=subplot(2,3,5);imshow(RGB_RE2,ColorMatrix./255,'InitialMagnification','fit'); | ||
axis on; | ||
axis xy; | ||
title(axes2,{'(b) original Snesim realization'},'FontSize',14,... | ||
'position',[49.50027052085561,-15.203817365269398,0]); | ||
set(axes2,'Xlim',[0,99],'Ylim',[0,94],'Clim',[0 2],'FontSize',13); | ||
colorbar('peer',axes2,'Ticks',[0.5 1.5],... | ||
'TickLabels',{'background','channel'},'FontSize',14,'Visible','off'); | ||
set(axes2,'XTickLabel',{'6.00','6.48','6.95','7.43','7.90'},... | ||
'XTick',[0,25,50,75,99],... | ||
'YTickLabel',{'3.00','3.57','4.04','4.52','4.90'},'YTick',[0,25,50,75,94]); | ||
axes2.Position = [0.410797101449275,0.140698544698545,0.173996075143102,0.341162790697675]; | ||
|
||
% Plot Sisim realization | ||
axes3=subplot(2,3,6);imshow(RGB_RE3,ColorMatrix./255,'InitialMagnification','fit'); | ||
axis on; | ||
axis xy; | ||
title(axes3,{'(c) Sisim realization'},'FontSize',14,... | ||
'position',[49.50015631978384,-15.203817365269398,0]); | ||
set(axes3,'Xlim',[0,99],'Ylim',[0,94],'Clim',[0 2],'FontSize',13); | ||
colorbar('peer',axes3,'Ticks',[0.5 1.5],'TickLabels',{'background','channel'},... | ||
'FontSize',14); | ||
|
||
set(axes3,'XTickLabel',{'6.00','6.48','6.95','7.43','7.90'},... | ||
'XTick',[0,25,50,75,99],'YTickLabel',{'3.00','3.57','4.04','4.52','4.90'},... | ||
'YTick',[0,25,50,75,94]); | ||
axes3.Position = [0.622844202898551,0.140698544698545,0.173996075143102,0.341162790697675]; | ||
|
||
annotation('textbox','String','Y/(km)','position',... | ||
[0.199221187396258,0.410080976575313,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','X/(km)','position',... | ||
[0.348753902150617,0.100017594229491,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','Y/(km)','position',... | ||
[0.409350268945431,0.410080976575313,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','X/(km)','position',... | ||
[0.559252297539801,0.100017594229491,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','Y/(km)','position',... | ||
[0.621934594342257,0.410080976575313,0.044426493262436,0.071052630245686],'linestyle','none') | ||
annotation('textbox','String','X/(km)','position',... | ||
[0.770535784818446,0.100017594229491,0.044426493262436,0.071052630245686],'linestyle','none') | ||
|
||
text(-161.5416456468091,-20.242739520958022,... | ||
'(B) Practical simulation realizations after smoothing of Ng3^3 sublayer'... | ||
,'FontSize',15); | ||
|
||
% create textbox | ||
annotation(gcf,'textbox',... | ||
[0.442833333333332 0.627898129858501 0.0242187494334454 0.0426195416591768],... | ||
'Color',[0 0 1],... | ||
'String',{'M'},... % 'FontWeight','bold',... | ||
'FontSize',18,... | ||
'EdgeColor','none'); | ||
|
||
% create ellipse | ||
annotation(gcf,'ellipse',... | ||
[0.237979166666666 0.604989604989607 0.0427500000000003 0.0613305613305615],... | ||
'Color',[0 0 1],... | ||
'LineWidth',2,... | ||
'LineStyle','--'); | ||
|
||
% create ellipse | ||
annotation(gcf,'ellipse',... | ||
[0.237458333333332 0.162162162162164 0.0427500000000004 0.0613305613305616],... | ||
'Color',[0 0 1],... | ||
'LineWidth',2,... | ||
'LineStyle','--'); | ||
|
||
% create ellipse | ||
annotation(gcf,'ellipse',... | ||
[0.459854166666666 0.61954261954262 0.0427500000000002 0.0613305613305615],... | ||
'Color',[0 0 1],... | ||
'LineWidth',2,... | ||
'LineStyle','--'); | ||
|
||
% create ellipse | ||
annotation(gcf,'ellipse',... | ||
[0.460374999999999 0.177754677754678 0.0427500000000003 0.0613305613305616],... | ||
'Color',[0 0 1],... | ||
'LineWidth',2,... | ||
'LineStyle','--'); | ||
|
||
% create textbox | ||
annotation(gcf,'textbox',... | ||
[0.2204375 0.61646361842399 0.0242187494334454 0.0426195416591768],... | ||
'Color',[0 0 1],... | ||
'String',{'M'},... % 'FontWeight','bold',... | ||
'FontSize',18,... | ||
'EdgeColor','none'); | ||
|
||
% create textbox | ||
annotation(gcf,'textbox',... | ||
[0.2204375 0.172596674557042 0.0242187494334455 0.0426195416591768],... | ||
'Color',[0 0 1],... | ||
'String',{'M'},... % 'FontWeight','bold',... | ||
'FontSize',18,... | ||
'EdgeColor','none'); | ||
|
||
% create textbox | ||
annotation(gcf,'textbox',... | ||
[0.442833333333333 0.188189190149556 0.0242187494334454 0.0426195416591768],... | ||
'Color',[0 0 1],... | ||
'String',{'M'},... % 'FontWeight','bold',... | ||
'FontSize',18,... | ||
'EdgeColor','none'); | ||
set(gcf, 'Color', 'white'); | ||
% Fig. 15. Practical simulation realizations in Gudao Oilfield | ||
export_fig Gudao_simulation_three2.jpg -m2 |