MATLAB | 绘图复刻(十一) | 截断的含散点及误差棒的分组柱状图

编程语言 2023-08-11 22:29:37 阅读次数: 0

hey大家好久不见，本期带来一篇绘图复刻，居然已经出到第11篇了，不知道有朝一日有没有机会破百，本期绘制的是《PNAS》期刊中pnas.2200057120文章的figure03，文章题目为Intranasal delivery of full-length anti-Nogo-A antibody: A potential alternative route for therapeutic antibodies to central nervous system targets可在以下网址下载该文章pdf原文：

  • https://www.pnas.org/doi/epdf/10.1073/pnas.2200057120

本期要复刻的绘图长这样：

本人复刻的效果长这样：

虽然还是有些许不同但是大部分元素已经还原出来了，以下为教程部分：

请尽量使用新版本的MATLAB，比较旧版本的MATLAB无XJitter功能，本人目前较忙近期不会有空开发类似功能，因此在我未有空开发相关功能前，请尽量使用比较新的版本！！！！！！！！~

教程部分

0 数据准备

这里随便随机生成了一点数据，文章中的五个颜色都被我提取了出来，我们这次先取用前两个颜色：

figure('Units','normalized','Position',[.2,.3,.36,.45],'Color','w');

rng(24)
% 随机生成了两组数据
DataA = rand(7,1)*ones(1,5).*2+rand(7,5)./3.5;
DataB = rand(7,1)*ones(1,5)./2+rand(7,5)./3.5;
meanData = [mean(DataA,2), mean(DataB,2)];

% 文章图片中的颜色数据
CList = [188,188,240; 160,161,166; 237,187,128;
         177,202,233; 245,185,192]./255;
CList = CList([1,2],:);
% CList = CList([4,5],:);

% 横坐标标签文本
NameList = {
    
    'Cortex';
            'Hippocampus';
            'Cerebellum';
            'Brainstem';
            'Cervical spinal cord';
            'Thoracic spinal cord';
            'Lumbar spinal cord'};

1 基础绘图

柱状图

hold on
% 绘制柱状图 ---------------------------------------------------------------
barHdl = bar(meanData,'EdgeColor','none','FaceAlpha',.5,'BarWidth',.7);
% 修改配色
barHdl(1).FaceColor = CList(1,:);
barHdl(2).FaceColor = CList(2,:);

散点图

% 绘制散点图 ---------------------------------------------------------------
XA = barHdl(1).XEndPoints.'*ones(1,size(DataA,2));
scatter(XA(:),DataA(:),55,'filled','o','MarkerEdgeColor','k','LineWidth',.8,...
                      'CData',CList(1,:),'XJitter','rand','XJitterWidth',0.15)
XB = barHdl(2).XEndPoints.'*ones(1,size(DataB,2));
scatter(XB(:),DataB(:),55,'filled','o','MarkerEdgeColor','k','LineWidth',.8,...
                      'CData',CList(2,:),'XJitter','rand','XJitterWidth',0.15)

误差棒

这里直接用的标准差：

% 绘制误差棒 ---------------------------------------------------------------
errorbar(barHdl(1).XEndPoints,meanData(:,1),std(DataA,0,2),'vertical',...
    'LineStyle','none','LineWidth',1,'Color','k')
errorbar(barHdl(2).XEndPoints,meanData(:,2),std(DataB,0,2),'vertical',...
    'LineStyle','none','LineWidth',1,'Color','k')

3 坐标区域简单修饰

主要是调整字体，并修改X轴刻度标签：

% 绘制误差棒 ---------------------------------------------------------------
errorbar(barHdl(1).XEndPoints,meanData(:,1),std(DataA,0,2),'vertical',...
    'LineStyle','none','LineWidth',1,'Color','k')
errorbar(barHdl(2).XEndPoints,meanData(:,2),std(DataB,0,2),'vertical',...
    'LineStyle','none','LineWidth',1,'Color','k')

4 截断坐标轴

这里用的我之前写的一个函数，为了怕大家找起来麻烦，放在了文末及文末的gitee仓库里。

以下是调用文末截断坐标轴函数实现的：

% 截断坐标轴
truncAxis('y',[1,1.4]);

5 坐标轴精修

包括隐藏baseline，添加Y轴标签，修改坐标轴粗细及刻度方向等：

fig = gcf;
ax1 = fig.Children(1);
ax2 = fig.Children(2);

% 隐藏基线
ax1.XColor = 'none';
ax1.Children(end).BaseLine.Color = 'none';

% 坐标轴修饰
ax1.LineWidth = 1.5; 
ax2.LineWidth = 1.5;
ax1.TickDir = 'out';
ax2.TickDir = 'out';

% 增添Y轴标签
ax1.YLabel.String = 'ug of Ab/ g wet weight of tissue';
ax1.YLabel.Position = [0 1.4 -1];
ax1.YLabel.FontSize = 15;

6 添加显著性标注

就一个柱子一个柱子加吧，改改序号和字符就能得到比较符合想法的效果:

% 随便加点显著性标志

N = 2; % 第二个柱
S = '***';
% 要修改右侧柱请改成barHdl(2)及DataB(N,:)
X = barHdl(1).XEndPoints(N);
Y = max(DataA(N,:))+.1;
errorbar(X,Y,.2,'horizontal','LineStyle','none','LineWidth',1,'Color','k')
text(X,Y,S,'FontSize',15,'FontWeight','bold','FontName','Arial',...
    'HorizontalAlignment','center','VerticalAlignment','baseline')

N = 3; % 第三个柱
S = '****';
% 要修改右侧柱请改成barHdl(2)及DataB(N,:)
X = barHdl(1).XEndPoints(N);
Y = max(DataA(N,:))+.1;
errorbar(X,Y,.2,'horizontal','LineStyle','none','LineWidth',1,'Color','k')
text(X,Y,S,'FontSize',15,'FontWeight','bold','FontName','Arial',...
    'HorizontalAlignment','center','VerticalAlignment','baseline')


N = 6; % 第六个柱
S = '****';
% 要修改右侧柱请改成barHdl(2)及DataB(N,:)
X = barHdl(1).XEndPoints(N);
Y = max(DataA(N,:))+.1;
errorbar(X,Y,.2,'horizontal','LineStyle','none','LineWidth',1,'Color','k')
text(X,Y,S,'FontSize',15,'FontWeight','bold','FontName','Arial',...
    'HorizontalAlignment','center','VerticalAlignment','baseline')

更多颜色展示

完整代码

教程完整代码

% code for pnas.2200057120fig03
% by slandarer
% bar chart with trunc-axis

figure('Units','normalized','Position',[.2,.3,.36,.45],'Color','w');

rng(24)
% 随机生成了两组数据
DataA = rand(7,1)*ones(1,5).*2+rand(7,5)./3.5;
DataB = rand(7,1)*ones(1,5)./2+rand(7,5)./3.5;
meanData = [mean(DataA,2), mean(DataB,2)];

% 文章图片中的颜色数据
CList = [188,188,240; 160,161,166; 237,187,128;
         177,202,233; 245,185,192]./255;
CList = CList([1,2],:);
% CList = CList([4,5],:);

% 横坐标标签文本
NameList = {
    
    'Cortex';
            'Hippocampus';
            'Cerebellum';
            'Brainstem';
            'Cervical spinal cord';
            'Thoracic spinal cord';
            'Lumbar spinal cord'};

hold on
% 绘制柱状图 ---------------------------------------------------------------
barHdl = bar(meanData,'EdgeColor','none','FaceAlpha',.5,'BarWidth',.7);
% 修改配色
barHdl(1).FaceColor = CList(1,:);
barHdl(2).FaceColor = CList(2,:);
% 绘制散点图 ---------------------------------------------------------------
XA = barHdl(1).XEndPoints.'*ones(1,size(DataA,2));
scatter(XA(:),DataA(:),55,'filled','o','MarkerEdgeColor','k','LineWidth',.8,...
                      'CData',CList(1,:),'XJitter','rand','XJitterWidth',0.15)
XB = barHdl(2).XEndPoints.'*ones(1,size(DataB,2));
scatter(XB(:),DataB(:),55,'filled','o','MarkerEdgeColor','k','LineWidth',.8,...
                      'CData',CList(2,:),'XJitter','rand','XJitterWidth',0.15)
% 绘制误差棒 ---------------------------------------------------------------
errorbar(barHdl(1).XEndPoints,meanData(:,1),std(DataA,0,2),'vertical',...
    'LineStyle','none','LineWidth',1,'Color','k')
errorbar(barHdl(2).XEndPoints,meanData(:,2),std(DataB,0,2),'vertical',...
    'LineStyle','none','LineWidth',1,'Color','k')

% 坐标区域简单修饰
ax = gca;
ax.XTick = 1:length(barHdl(1).XEndPoints);
ax.XTickLabel = NameList(:);
ax.FontName = 'Arial';
ax.FontWeight = 'bold';
ax.FontSize = 11;
ax.XTickLabelRotation = 35;

% 截断坐标轴
truncAxis('y',[1,1.4]);
fig = gcf;
ax1 = fig.Children(1);
ax2 = fig.Children(2);

% 隐藏基线
ax1.XColor = 'none';
ax1.Children(end).BaseLine.Color = 'none';

% 坐标轴修饰
ax1.LineWidth = 1.5; 
ax2.LineWidth = 1.5;
ax1.TickDir = 'out';
ax2.TickDir = 'out';

% 增添Y轴标签
ax1.YLabel.String = 'ug of Ab/ g wet weight of tissue';
ax1.YLabel.Position = [0 1.4 -1];
ax1.YLabel.FontSize = 15;

% -------------------------------------------------------------------------
% 随便加点显著性标志

N = 2; % 第二个柱
S = '***';
% 要修改右侧柱请改成barHdl(2)及DataB(N,:)
X = barHdl(1).XEndPoints(N);
Y = max(DataA(N,:))+.1;
errorbar(X,Y,.2,'horizontal','LineStyle','none','LineWidth',1,'Color','k')
text(X,Y,S,'FontSize',15,'FontWeight','bold','FontName','Arial',...
    'HorizontalAlignment','center','VerticalAlignment','baseline')

N = 3; % 第三个柱
S = '****';
% 要修改右侧柱请改成barHdl(2)及DataB(N,:)
X = barHdl(1).XEndPoints(N);
Y = max(DataA(N,:))+.1;
errorbar(X,Y,.2,'horizontal','LineStyle','none','LineWidth',1,'Color','k')
text(X,Y,S,'FontSize',15,'FontWeight','bold','FontName','Arial',...
    'HorizontalAlignment','center','VerticalAlignment','baseline')


N = 6; % 第六个柱
S = '****';
% 要修改右侧柱请改成barHdl(2)及DataB(N,:)
X = barHdl(1).XEndPoints(N);
Y = max(DataA(N,:))+.1;
errorbar(X,Y,.2,'horizontal','LineStyle','none','LineWidth',1,'Color','k')
text(X,Y,S,'FontSize',15,'FontWeight','bold','FontName','Arial',...
    'HorizontalAlignment','center','VerticalAlignment','baseline')

截断坐标轴工具函数完整代码

function truncAxis(varargin)
% @author : slandarer
% gzh  : slandarer随笔

% 获取参数
if isa(varargin{
    
    1},'matlab.graphics.axis.Axes')
    ax=varargin{
    
    1};varargin(1)=[];
else
    ax=gca;
end
hold(ax,'on');
% box(ax,'off')
ax.XAxisLocation='bottom';
ax.YAxisLocation='left';
axisPos=ax.Position;
axisXLim=ax.XLim;
axisYLim=ax.YLim;
axisXScale=diff(axisXLim);
axisYScale=diff(axisYLim);
truncRatio=1/20;
Xtrunc=[];Ytrunc=[];
for i=1:length(varargin)-1
    switch true
        case strcmpi('X',varargin{
    
    i}),Xtrunc=varargin{
    
    i+1};
        case strcmpi('Y',varargin{
    
    i}),Ytrunc=varargin{
    
    i+1};
    end
end
switch true
    case isempty(Xtrunc)
        % 复制坐标区域
        ax2=copyAxes(ax);
        % 修改轴基础属性
        ax2.XTickLabels=[];
        ax2.XColor='none';
        % 修改坐标区域范围
        ax.YLim=[axisYLim(1),Ytrunc(1)];
        ax2.YLim=[Ytrunc(2),axisYLim(2)];
        % 坐标区域重定位
        ax.Position(4)=axisPos(4)*(1-truncRatio)/(axisYScale-diff(Ytrunc))*(Ytrunc(1)-axisYLim(1));
        ax2.Position(2)=axisPos(2)+ax.Position(4)+axisPos(4)*truncRatio;
        ax2.Position(4)=axisPos(4)*(1-truncRatio)/(axisYScale-diff(Ytrunc))*(axisYLim(2)-Ytrunc(2));
        % 链接轴范围变动
        linkaxes([ax,ax2],'x')
        % 添加线和标识符
        if strcmp(ax.Box,'on')
        ax.Box='off';ax2.Box='off';
        annotation('line',[1,1].*(ax.Position(1)+ax.Position(3)),[ax.Position(2),ax.Position(2)+ax.Position(4)],'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax.Position(1)+ax.Position(3)),[ax2.Position(2),ax2.Position(2)+ax2.Position(4)],'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax2.Position(2)+ax2.Position(4)),'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        else
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax.Position(2)+ax.Position(4)),'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax2.Position(2)),'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        end
        createSlash([ax.Position(1)-.2,ax.Position(2)+ax.Position(4)-.2,.4,.4])
        createSlash([ax.Position(1)-.2,ax2.Position(2)-.2,.4,.4])
        createSlash([ax.Position(1)+ax.Position(3)-.2,ax.Position(2)+ax.Position(4)-.2,.4,.4])
        createSlash([ax.Position(1)+ax.Position(3)-.2,ax2.Position(2)-.2,.4,.4])
    case isempty(Ytrunc) 
        % 复制坐标区域
        ax2=copyAxes(ax);
        % 修改轴基础属性
        ax2.YTickLabels=[];
        ax2.YColor='none';
        % 修改坐标区域范围
        ax.XLim=[axisXLim(1),Xtrunc(1)];
        ax2.XLim=[Xtrunc(2),axisXLim(2)];
        % 坐标区域重定位
        ax.Position(3)=axisPos(3)*(1-truncRatio)/(axisXScale-diff(Xtrunc))*(Xtrunc(1)-axisXLim(1));
        ax2.Position(1)=axisPos(1)+ax.Position(3)+axisPos(3)*truncRatio;
        ax2.Position(3)=axisPos(3)*(1-truncRatio)/(axisXScale-diff(Xtrunc))*(axisXLim(2)-Xtrunc(2));
        % 链接轴范围变动
        linkaxes([ax,ax2],'y')
        % 添加线和标识符
        if strcmp(ax.Box,'on')
        ax.Box='off';ax2.Box='off';
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax.Position(2)+ax.Position(4)),'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax2.Position(1),ax2.Position(1)+ax2.Position(3)],[1,1].*(ax.Position(2)+ax.Position(4)),'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax2.Position(1)+ax2.Position(3)),[ax2.Position(2),ax2.Position(2)+ax2.Position(4)],'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        else
        annotation('line',[1,1].*(ax.Position(1)+ax.Position(3)),[ax2.Position(2),ax2.Position(2)+ax2.Position(4)],'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax2.Position(1)),[ax2.Position(2),ax2.Position(2)+ax2.Position(4)],'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        end
        createSlash([ax.Position(1)+ax.Position(3)-.2,ax.Position(2)-.2,.4,.4])
        createSlash([ax2.Position(1)-.2,ax.Position(2)-.2,.4,.4])
        createSlash([ax.Position(1)+ax.Position(3)-.2,ax.Position(2)+ax.Position(4)-.2,.4,.4])
        createSlash([ax2.Position(1)-.2,ax.Position(2)+ax.Position(4)-.2,.4,.4])
    case (~isempty(Ytrunc))&(~isempty(Ytrunc))
        % 复制坐标区域
        ax2=copyAxes(ax);
        ax3=copyAxes(ax);
        ax4=copyAxes(ax);
        % 修改轴基础属性
        ax2.XTickLabels=[];
        ax2.XColor='none';
        ax3.XTickLabels=[];
        ax3.XColor='none';
        ax3.YTickLabels=[];
        ax3.YColor='none';
        ax4.YTickLabels=[];
        ax4.YColor='none';
        % 修改坐标区域范围
        ax.YLim=[axisYLim(1),Ytrunc(1)];
        ax.XLim=[axisXLim(1),Xtrunc(1)];
        ax2.XLim=[axisXLim(1),Xtrunc(1)];
        ax2.YLim=[Ytrunc(2),axisYLim(2)];
        ax3.XLim=[Xtrunc(2),axisXLim(2)];
        ax3.YLim=[Ytrunc(2),axisYLim(2)];
        ax4.XLim=[Xtrunc(2),axisXLim(2)];
        ax4.YLim=[axisYLim(1),Ytrunc(1)];
        % 坐标区域重定位
        ax.Position(3)=axisPos(3)*(1-truncRatio)/(axisXScale-diff(Xtrunc))*(Xtrunc(1)-axisXLim(1));
        ax.Position(4)=axisPos(4)*(1-truncRatio)/(axisYScale-diff(Ytrunc))*(Ytrunc(1)-axisYLim(1));
        ax2.Position(2)=axisPos(2)+ax.Position(4)+axisPos(4)*truncRatio;
        ax2.Position(3)=axisPos(3)*(1-truncRatio)/(axisXScale-diff(Xtrunc))*(Xtrunc(1)-axisXLim(1));
        ax2.Position(4)=axisPos(4)*(1-truncRatio)/(axisYScale-diff(Ytrunc))*(axisYLim(2)-Ytrunc(2));
        ax3.Position(1)=axisPos(1)+ax.Position(3)+axisPos(3)*truncRatio;
        ax3.Position(2)=axisPos(2)+ax.Position(4)+axisPos(4)*truncRatio;
        ax3.Position(3)=axisPos(3)*(1-truncRatio)/(axisXScale-diff(Xtrunc))*(axisXLim(2)-Xtrunc(2));
        ax3.Position(4)=axisPos(4)*(1-truncRatio)/(axisYScale-diff(Ytrunc))*(axisYLim(2)-Ytrunc(2));
        ax4.Position(1)=axisPos(1)+ax.Position(3)+axisPos(3)*truncRatio;
        ax4.Position(3)=axisPos(3)*(1-truncRatio)/(axisXScale-diff(Xtrunc))*(axisXLim(2)-Xtrunc(2));
        ax4.Position(4)=axisPos(4)*(1-truncRatio)/(axisYScale-diff(Ytrunc))*(Ytrunc(1)-axisYLim(1));
        % 链接轴范围变动
        linkaxes([ax3,ax2],'y')
        linkaxes([ax4,ax3],'x')
        linkaxes([ax,ax2],'x')
        linkaxes([ax,ax4],'y')
        % 添加线和标识符
        if strcmp(ax.Box,'on')
        ax.Box='off';ax2.Box='off';ax3.Box='off';ax4.Box='off';
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax2.Position(2)+ax2.Position(4)),'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax3.Position(1),ax3.Position(1)+ax3.Position(3)],[1,1].*(ax2.Position(2)+ax2.Position(4)),'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax4.Position(1)+ax4.Position(3)),[ax3.Position(2),ax3.Position(2)+ax3.Position(4)],'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax4.Position(1)+ax4.Position(3)),[ax4.Position(2),ax4.Position(2)+ax4.Position(4)],'LineStyle','-','LineWidth',ax.LineWidth,'Color',ax.XColor);
        else
        annotation('line',[1,1].*(ax.Position(1)+ax.Position(3)),[ax2.Position(2),ax2.Position(2)+ax2.Position(4)],'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax3.Position(1)),[ax2.Position(2),ax2.Position(2)+ax2.Position(4)],'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax.Position(1)+ax.Position(3)),[ax.Position(2),ax.Position(2)+ax.Position(4)],'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[1,1].*(ax3.Position(1)),[ax.Position(2),ax.Position(2)+ax.Position(4)],'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax.Position(2)+ax.Position(4)),'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax.Position(1),ax.Position(1)+ax.Position(3)],[1,1].*(ax2.Position(2)),'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax4.Position(1),ax4.Position(1)+ax4.Position(3)],[1,1].*(ax.Position(2)+ax.Position(4)),'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        annotation('line',[ax4.Position(1),ax4.Position(1)+ax4.Position(3)],[1,1].*(ax2.Position(2)),'LineStyle',':','LineWidth',ax.LineWidth,'Color',ax.XColor);
        end
        createSlash([ax.Position(1)-.2,ax.Position(2)+ax.Position(4)-.2,.4,.4])
        createSlash([ax.Position(1)-.2,ax2.Position(2)-.2,.4,.4])
        createSlash([ax4.Position(1)+ax4.Position(3)-.2,ax.Position(2)+ax.Position(4)-.2,.4,.4])
        createSlash([ax4.Position(1)+ax4.Position(3)-.2,ax2.Position(2)-.2,.4,.4])
        createSlash([ax.Position(1)+ax.Position(3)-.2,ax.Position(2)-.2,.4,.4])
        createSlash([ax.Position(1)+ax.Position(3)-.2,ax2.Position(2)+ax2.Position(4)-.2,.4,.4])
        createSlash([ax4.Position(1)-.2,ax.Position(2)-.2,.4,.4])
        createSlash([ax4.Position(1)-.2,ax2.Position(2)+ax2.Position(4)-.2,.4,.4])
        % 修改当前坐标区域，方便legend添加
        set(gcf,'currentAxes',ax3)
end
% 复制原坐标区域全部可复制属性
    function newAX=copyAxes(ax)
        axStruct=get(ax);
        fNames=fieldnames(axStruct);
        newAX=axes('Parent',ax.Parent);

        coeList={
    
    'CurrentPoint','XAxis','YAxis','ZAxis','BeingDeleted',...
            'TightInset','NextSeriesIndex','Children','Type','Legend'};
        for n=1:length(coeList)
            coePos=strcmp(fNames,coeList{
    
    n});
            fNames(coePos)=[];
        end
        
        for n=1:length(fNames)
            newAX.(fNames{
    
    n})=ax.(fNames{
    
    n});
        end

        copyobj(ax.Children,newAX)
    end
% 添加截断标识符函数
    function createSlash(pos)
        anno=annotation('textbox');
        anno.String='/';
        anno.LineStyle='none';
        anno.FontSize=15;
        anno.Position=pos;
        anno.FitBoxToText='on';
        anno.VerticalAlignment='middle';
        anno.HorizontalAlignment='center';
    end
end

完

以上已经是本文全部内容，若懒得复制代码，可以去以下gitee仓库获取全部代码：

https://gitee.com/slandarer/PLTreprint/

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