c#/vb.net 使用 latex 代码添加数学公式到 powerpoint 幻灯片-凯发线上登陆下载网址

pm> install-package spire.presentation 

using spire.presentation;
using spire.presentation.drawing;
using system.drawing;
namespace addformula
{
    class program
    {
        static void main(string[] args)
        {
            //定义latex公式代码
            string latexcode1 = @"x^{2}   \sqrt{x^{2} 1}=2";
            string latexcode2 = @"f(x) &= \int^a_b \frac{1}{3}x^3";
            string latexcode3 = @"\alpha   \beta  \geq \gamma";
            string latexcode4 = @"\overrightarrow{abc}";
            string latexcode5 = @"\begin{bmatrix} 1 & 0 & \cdots & 0\\ 1 & 0 & \cdots & 0\\ \vdots & \vdots & \ddots & \vdots\\ 1 & 0 & 0 & 0 \end{bmatrix}";
            string latexcode6 = @"\log_a{b}";
            //创建presentation类的实例
            presentation ppt = new presentation();
            //获取第一张幻灯片
            islide slide = ppt.slides[0];
            //添加形状到幻灯片
            iautoshape shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(30, 100, 200, 30));
            shape.textframe.paragraphs.clear();
            //使用latex代码添加数学公式到形状 
            shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode1);
            //重复以上操作，添加形状，并添加公式到形状
            shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(240, 100, 200, 40));
            shape.textframe.paragraphs.clear(); 
            shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode2);
            shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(30, 180, 200, 40));
            shape.textframe.paragraphs.clear();            
            shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode3);
            shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(240, 180, 200, 40));
            shape.textframe.paragraphs.clear();
            shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode4);
            shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(30, 280, 200, 70));
            shape.textframe.paragraphs.clear();
            shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode5);
            shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(240, 280, 200, 40));
            shape.textframe.paragraphs.clear();
            shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode6);
            //设置形状边框和填充类型
            for (int i = 0; i < slide.shapes.count; i  )
            {
                slide.shapes[i].fill.filltype = fillformattype.none;
                slide.shapes[i].line.filltype = fillformattype.none;
            }
            //保存文档
            ppt.savetofile("mathequations.pptx", fileformat.pptx2013);
        }
    }
}

imports spire.presentation
imports spire.presentation.drawing
imports system.drawing
namespace addformula
	class program
		private shared sub main(args as string())
			'定义latex公式代码
			dim latexcode1 as string = "x^{2}   \sqrt{x^{2} 1}=2"
			dim latexcode2 as string = "f(x) &= \int^a_b \frac{1}{3}x^3"
			dim latexcode3 as string = "\alpha   \beta  \geq \gamma"
			dim latexcode4 as string = "\overrightarrow{abc}"
			dim latexcode5 as string = "\begin{bmatrix} 1 & 0 & \cdots & 0\\ 1 & 0 & \cdots & 0\\ \vdots & \vdots & \ddots & \vdots\\ 1 & 0 & 0 & 0 \end{bmatrix}"
			dim latexcode6 as string = "\log_a{b}"
			'创建presentation类的实例
			dim ppt as new presentation()
			'获取第一张幻灯片
			dim slide as islide = ppt.slides(0)
			'添加形状到幻灯片
			dim shape as iautoshape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(30, 100, 200, 30))
			shape.textframe.paragraphs.clear()
			'使用latex代码添加数学公式到形状 
			shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode1)
			'重复以上操作，添加形状，并添加公式到形状
			shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(240, 100, 200, 40))
			shape.textframe.paragraphs.clear()
			shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode2)
			shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(30, 180, 200, 40))
			shape.textframe.paragraphs.clear()
			shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode3)
			shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(240, 180, 200, 40))
			shape.textframe.paragraphs.clear()
			shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode4)
			shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(30, 280, 200, 70))
			shape.textframe.paragraphs.clear()
			shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode5)
			shape = slide.shapes.appendshape(shapetype.rectangle, new rectanglef(240, 280, 200, 40))
			shape.textframe.paragraphs.clear()
			shape.textframe.paragraphs.addparagraphfromlatexmathcode(latexcode6)
			'设置形状边框和填充类型
			for i as integer = 0 to slide.shapes.count - 1
				slide.shapes(i).fill.filltype = fillformattype.none
				slide.shapes(i).line.filltype = fillformattype.none
			next
			'保存文档
			ppt.savetofile("mathequations.pptx", fileformat.pptx2013)
		end sub
	end class
end namespace