Matlab paper chart standard format output (dry goods)

Reprint source ——MATLAB Paper chart standard format output （ dried food ）

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// Several commonly used RGB Color of format , Optional use 
color=[1,0.84314,0;
       0.80392,0.36078,0.36078;
       0,0.749021,1;
       0.82353,0.41176,0.11765;
       0.6902,0.87843,0.90196;
       1,0,0;
       0,1,0;
       0,0,1;]

%%%%gca Represents the coordinate axis ;gcf Diagram ;axes Represents the Cartesian coordinate system 
%%%%gcf Is the graphic handle object of the target image ,gca Is the coordinate axis handle object of the target image 
%%%% Draw the curve of image change , And set the lineweight to 1.5 pounds , The line width of the coordinate axis is 0.5 pounds ;
%%%% Chinese is in Song Dynasty 、 English means new Rome , It is generally the same size as the text of the header of the chart in the text ;
%%%% Different linear differentiation > Color discrimination , Many periodicals are printed in black and white ; But the electronic version submitted can be matched with appropriate colors, which is very beautiful , Such as green and red ;
 plot(t,a,'LineWidth',1.5,'Color',color(1,:));
 hold on;
 plot(t,b,'LineWidth',1.5,'Color',color(3,:));
 hold on;
 plot(t,c,'LineWidth',1.5,'Color',color(6,:));
 %%%% Set the font and text size of the name of the coordinate axis 
 %%%% Chinese is in Song Dynasty 、 English means new Rome , It is generally the same size as the text of the header of the chart in the text , It can be adjusted according to specific conditions ;
 %%%%% Be careful ： Small five corresponds to 9 Pound size ; Number five corresponds to 10.5, Little four corresponds to 12, Number four corresponds to 14！

ylabel('\fontname{
     Song style }\fontsize{
    9} Time /\fontname{
    Times New Roman}\fontsize{
    9}ms');
xlabel('\fontname{
     Song style }\fontsize{
    9} Time \fontname{
    Times New Roman}\fontsize{
    9}ms');
 
 % Set up x Shaft range and scale 
set(gca,'XLim',[0 10000]);%X The data display range of the axis 
set(gca,'XTick',[0:1000:10000]);% Set the coordinate scale to be displayed 

% Set up y Shaft range and scale 
set(gca,'YLim',[0 10000]);%X The data display range of the axis 
set(gca,'YTick',[0:1000:10000]);% Set the coordinate scale to be displayed 

%%%%% Set the axis direction , Line width , by 0.5 pounds ;
set(gca,'XAxisLocation','origin');
set(gca,'YAxisLocation','origin');
set(gca,'linewidth',0.5,'fontsize',9,'fontname','Times New Roman');

%%% Set the size of the output picture , according to A4 Remove half the width of the page margin to set （ Double column typesetting ）, Ensure that the output image is not resized when inserted ;
%%% With A4 Take paper as an example , The width is about 21cm, The margins are usually 5cm, So if the picture is centered in a single column , You can set the width as 8~12cm.
%%%% If the picture is centered in two columns , You can set the width as 5~7cm, Once the picture is output , Save directly. You can't change the size of the picture during the insertion process , Ensure that the font size set corresponds to the size in the text .
Width=5.2;Height=4.4;% Unit: cm ！！！ Change here according to requirements ...
ScreenSize=13.3; %  The screen size , In inches , And it should be noted that this value usually refers to the length of the diagonal , The width and height should be calculated according to Pythagorean theorem 
ScreenSizeInCM=ScreenSize*2.45; %1 Inches equals 2.45 centimeter , Length conversion 
scrsz = get(0,'ScreenSize');  % Get the screen resolution 
ScreenWidth=ScreenSizeInCM/sqrt(1+(scrsz(4)/scrsz(3))^2);% Wide screen , Unit: cm 
ScreenHeight=ScreenWidth*scrsz(4)/scrsz(3);% The screen is high , In centimeters 
WidthRatio=Width/ScreenWidth;% The ratio of the expected width of the graph to the screen width 
HeightRatio=Height/ScreenHeight;% The ratio of the desired height of the graph to the screen height 
set(gcf,'Unit','Normalized','Position',[0.4 0.4 WidthRatio HeightRatio]);% Set the size of the drawing , There is no need to go to word Inside and then resize 


%%%%= Remove the frame of the legend in the figure , Set the text size and font of the legend 
h=legend({
    '\fontname{
     Song style }\fontsize{
    9} Time \fontname{
    Times New Roman}\fontsize{
    9}ms',...
    '\fontname{
     Song style }\fontsize{
    9} Time \fontname{
    Times New Roman}\fontsize{
    9}ms',...
    '\fontname{
     Song style }\fontsize{
    9} Time \fontname{
    Times New Roman}\fontsize{
    9}ms'});
set(h,'box','off');

%%% Set the title of the drawing 
title_str = '\fontname{ Song style } Time statistics ';
title(title_str,'FontSize',9);

%%%% Save in emf Format （ Vector format ）, The resolution is set to 600, Compare HD .