multiDraw.rar_MATLAB画多个图片_sub-figure

function subPlotIndex=multiDraw(varargin) %NOTE: please use together with multiDrawEnd() %this function is used to plot multi subplots on on panel %multiDrawEnd() will reset the global parameter %'Global_multiDrawFunctionSet_figure' %Version beta 1.0 2015/6/22 %example: subPlotIndex=multiDraw([2,1],'title','code Comparison','colorbar',[0,0]); %example: multiDrawEnd(); screenSize=[1920,1080]; global Global_multiDrawFunctionSet_figure; if length(varargin)<1 error('not enough input argument'); elseif mod(length(varargin),2)==0 error('input argument number must be odd'); end titleText=''; xLabelText=''; yLabelText=''; gap=0; figureS=[0 0]; figureInd=1; subplotSize=[0 0]; note=''; SideSqueeze=[0 0]; maxSizeSwitch=1; xticklabelSwitch=1; yticklabelSwitch=1; horizontalSpace=0; verticalSpace=0; noteSize=0.04; labelSize=0.04; titleYPos=0; %inteperte varargin----------------------------------- argumentN=(length(varargin)-1)/2; for i=1:argumentN if strcmp( varargin{i*2},'title') titleText=varargin{i*2+1}; elseif strcmp( varargin{i*2},'xLabel') xLabelText=varargin{i*2+1}; elseif strcmp( varargin{i*2},'yLabel') yLabelText=varargin{i*2+1}; elseif strcmp( varargin{i*2},'xticklabel') if strcmp(varargin{i*2+1},'off') xticklabelSwitch=0; elseif strcmp(varargin{i*2+1},'on') xticklabelSwitch=1; else error('unknown xticklabel property'); end elseif strcmp( varargin{i*2},'yticklabel') if strcmp(varargin{i*2+1},'off') yticklabelSwitch=0; elseif strcmp(varargin{i*2+1},'on') yticklabelSwitch=1; else error('unknown yticklabel property'); end elseif strcmp( varargin{i*2},'gap') gap=varargin{i*2+1}; elseif strcmp( varargin{i*2},'figureSize') figureS=varargin{i*2+1}; elseif strcmp( varargin{i*2},'figureInd') figureInd=varargin{i*2+1}; elseif strcmp( varargin{i*2},'subplotSize') subplotSize=varargin{i*2+1}; elseif strcmp( varargin{i*2},'maxSize') if strcmp(varargin{i*2+1},'off') maxSizeSwitch=0; elseif strcmp(varargin{i*2+1},'on') maxSizeSwitch=1; else error('unknown maxSize property'); end elseif strcmp( varargin{i*2},'note') note=varargin{i*2+1}; SideSqueeze(2)=SideSqueeze(2)+0.15; elseif strcmp( varargin{i*2},'notesize') noteSize=varargin{i*2+1}; elseif strcmp( varargin{i*2},'labelsize') labelSize=varargin{i*2+1}; elseif strcmp( varargin{i*2},'colorbar') SideSqueeze(1)=SideSqueeze(1)+0.02; elseif strcmp( varargin{i*2},'colormap') elseif strcmp( varargin{i*2},'horizontalspace') horizontalSpace=varargin{i*2+1}; elseif strcmp( varargin{i*2},'verticalspace') verticalSpace=varargin{i*2+1}; else error('input argument type unknown'); end end %global parameters ------------------------------------------------- if ~exist('Global_multiDrawFunctionSet_figure','var') globalFigureInd=1; else globalFigureInd=length(Global_multiDrawFunctionSet_figure)+1; end Global_multiDrawFunctionSet_figure(globalFigureInd).varargin=varargin; Global_multiDrawFunctionSet_figure(globalFigureInd).tickSwitch=0; Global_multiDrawFunctionSet_figure(globalFigureInd).subPlotIndex=0; Global_multiDrawFunctionSet_figure(globalFigureInd).SideSqueeze=SideSqueeze; Global_multiDrawFunctionSet_figure(globalFigureInd).figureInd=figureInd; %------------------------------------------------------------------- subPlotMatrix=varargin{1}; width=subPlotMatrix(1); height=subPlotMatrix(2); %tick switch [x,y]; Global_multiDrawFunctionSet_figure(globalFigureInd).tickSwitch=zeros(height*width,2); xPlotRange=[0.1+verticalSpace 0.9-SideSqueeze(1)-verticalSpace]; yPlotRange=[0.1+SideSqueeze(2)+horizontalSpace 0.9]; xPlotRangeStep=(xPlotRange(2)-xPlotRange(1))/width-gap; yPlotRangeStep=(yPlotRange(2)-yPlotRange(1))/height-gap; Global_multiDrawFunctionSet_figure(globalFigureInd).xPlotRange=xPlotRange; Global_multiDrawFunctionSet_figure(globalFigureInd).yPlotRange=yPlotRange; figure(figureInd); if figureS(1)~=0 canvaseSize(1)=figureS(1); canvaseSize(2)=figureS(2); % set(figureInd, 'position', [0 0 canvaseSize(1) canvaseSize(2)]); elseif subplotSize(1)~=0 canvaseSize=[0,0]; canvaseSize(1)=subplotSize(1)*width/(xPlotRange(2)-xPlotRange(1)-(width-1)*gap); canvaseSize(2)=subplotSize(2)*height/(yPlotRange(2)-yPlotRange(1)-(height-1)*gap); if maxSizeSwitch==1 canvaseSize=min(screenSize(1)/canvaseSize(1).*canvaseSize, screenSize(2)/canvaseSize(2).*canvaseSize); end end set(figureInd, 'position', [0 0 canvaseSize(1) canvaseSize(2)]); labelGap=0.08; if canvaseSize(1)>canvaseSize(2) labelGapX=labelGap/canvaseSize(1)*canvaseSize(2); labelGapY=labelGap; else labelGapX=labelGap; labelGapY=labelGap/canvaseSize(2)*canvaseSize(1); end photoInd=1; for verticalInd=1:height for horizontalInd=1:width subPlotIndex(photoInd)=subplot('Position',[xPlotRange(1)+(xPlotRangeStep+gap)*(horizontalInd-1) yPlotRange(1)+(yPlotRangeStep+gap)*(height-verticalInd) xPlotRangeStep yPlotRangeStep]); set(gca,'yticklabel',[]); set(gca,'xticklabel',[]); if horizontalInd==1 && yticklabelSwitch==1 Global_multiDrawFunctionSet_figure(globalFigureInd).tickSwitch(photoInd,2)=1; end if verticalInd==1 && xticklabelSwitch==1 Global_multiDrawFunctionSet_figure(globalFigureInd).tickSwitch(photoInd,1)=1; end photoInd=photoInd+1; end end axes('Position',[0 0 1 1],'Xlim',[0 1],'Ylim',[0 1],'Box','off','Visible','off','Units','normalized'); if ~isempty(titleText) if ~isempty(note) titleYPos=0.18; else titleYPos=0.09; end titleH=text(0.50,titleYPos,titleText, 'FontUnits', 'normalized', 'FontSize',0.05, ... 'FontWeight','bold','units','normalized'); extentText=get(titleH,'extent'); delete(titleH); if extentText(3)>0.8 scale=0.8/extentText(3); else scale=1; end posText(1)=0.5-extentText(3)/2*scale; posText(2)=titleYPos-extentText(4)/2*scale; text(posText(1),posText(2),titleText, 'FontUnits', 'normalized', 'FontSize',0.05*scale, ... 'FontWeight','bold','units','normalized'); end if ~isempty(xLabelText) xPosXlabel=mean(xPlotRange); yPosXlabel=.88+labelGapY; xlabelFontSize=labelSize; xlabelH=text(xPosXlabel,yPosXlabel,xLabelText,'FontUnits', 'normalized', 'FontSize',xlabelFontSize); extentText=get(xlabelH,'extent'); delete(xlabelH); posText(1)=xPosXlabel+(xPosXlabel-(extentText(1)+extentText(3)/2)); posText(2)=yPosXlabel+(yPosXlabel-(extentText(2)+extentText(4)/2)); text(posText(1),posText(2),xLabelText,'FontUnits', 'normalized', 'FontSize',xlabelFontSize); end if ~isempty(yLabelText) xPosYlabel=xPlotRange(1)-labelGapX-(labelSize-0.04); yPosYlabel=(yPlotRange(1)+yPlotRange(2))/2; ylabelFontSize=labelSize; ylabelH=text(xPosYlabel,yPosYlabel,yLabelText,'FontUnits', 'normalized', 'FontSize',ylabelFontSize,'unit','normalized'); extentText=get(ylabelH,'extent'); % set(ylabelH,'rotation',90,'unit','normalized'); % extentText=get(ylabelH,'extent'); delete(ylabelH); % posText(1)=xPosYlabel-(extentText(1)-extentText(3)/2-xPosYlabel); % posText(2)=yPosYlabel-(extentText(2)-extentText(4)/2-yPosYlabel); posText(1)=xPosYlabel; posText(2)=yPosYlabel+(yPosYlabel-(extentText(2)+extentText(3)/2)); ylabelH=text(posText(1),posText(2)