本文介绍通过C#调用minitab com组建自动化生成报表的方法。
首先需要在minitab中通过手动配置的方式生成报表来得到该报表的命令行，过程如下
- 选择菜单“编辑器”-》“启用命令”启用命令窗口
- 在工作表中输入数据，并按需求配置并生成需要的报表
- 拷贝出会话窗口中生成该报表的命令行
得到所需的mimitab命令后就可以在C#中通过调用minitab执行该命令得到对应的报表了，过程如下
- 新建C#工程，并把名为Mtb 17.0 Type Library的COM库加入到该工程的引用
- 执行以下代码，即可根据输入的数据生成对应的报表
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static void Main(string[] args){ try { foreach (Process proc in Process.GetProcessesByName("Mtb")) { proc.Kill(); } } catch (Exception ex) { } Mtb.Application MtbApp = new Mtb.Application(); MtbApp.UserInterface.Visible = true; Console.WriteLine("Status = " + MtbApp.Status); Console.WriteLine("LastError = " + MtbApp.LastError); Console.WriteLine("Application Path = " + MtbApp.AppPath); Console.WriteLine("Window Handle = " + MtbApp.Handle); Mtb.Project MtbProj = MtbApp.ActiveProject; /* Mtb.Columns MtbColumns = MtbProj.ActiveWorksheet.Columns; Mtb.Column MtbColumn1 = MtbColumns.Add(null,null,1); MtbColumn1.Name = "缺陷项"; String[] data1 = {"虚焊","漏焊","强度不够","外观受损","其他"}; MtbColumn1.SetData(data1); Mtb.Column MtbColumn2 = MtbColumns.Add(null, null, 1); MtbColumn2.Name = "数量"; Double[] data2 = { 500, 300, 200, 150, 160}; MtbColumn2.SetData(data2); */ Mtb.Columns MtbColumns = MtbProj.ActiveWorksheet.Columns; Mtb.Column MtbColumn1 = MtbColumns.Add(null, null, 1); Double[] data1 = { 1808, 1796.3, 1799, 1800.8, 1800.5, 1803.6, 1794.5, 1796.9, 1802.1, 1796.5, 1795.5, 1812.8, 1795.8, 1805.6, 1798.6, 1799.6, 1803.7, 1800.9, 1799.4, 1808.6, 1800.3, 1804, 1804.4, 1798.8, 1802.1, 1810.1, 1797, 1809.4, 1793.3, 1803.6, 1801, 1797.5, 1797.8, 1796.4, 1796.1, 1793.9, 1809.7, 1795.3, 1798.9, 1796.6, 1793.6, 1794.4, 1798.5, 1806.2, 1807, 1805.4, 1806.9, 1800.7, 1799.5, 1802.3, 1791.8, 1795.5, 1798.5, 1801.1, 1794.2, 1799.4, 1792.5, 1803.7, 1805.1, 1808.9, 1795.6, 1806.3, 1799.5, 1798.9, 1799.6, 1795.8, 1799.9, 1795.1, 1806.4, 1809.6, 1808, 1796.1, 1797.1, 1793.1, 1802.6, 1800, 1796.5, 1799.3, 1798.6, 1808, 1803.2, 1810.2, 1793.9, 1798.6, 1808, 1797, 1793.2, 1801.6, 1803.4, 1801.5, 1794.5, 1801.2, 1807.3, 1796.3, 1801.7, 1797.5, 1794.5, 1797.7, 1798.5, 1794.2, 1797.2, 1800.4, 1794.9, 1797.5, 1797.1, 1796.3, 1796.8, 1805.7, 1798.7, 1796.7, 1799, 1793.3, 1798.4, 1809.6, 1793.2, 1791.8, 1796.8, 1797.1, 1800.7, 1797.3, 1799.5, 1807, 1802.7, 1800.9, 1790, 1805.9, 1802.6, 1800.8, 1795.9, 1801.9, 1807.8, 1798.4, 1795.6, 1789.7, 1801.9, 1797.9, 1799.5, 1805.8, 1804.8, 1795.7, 1797.4, 1801.8, 1788.5, 1802.3, 1800.3, 1798.3, 1802.6, 1794.8, 1799, 1794.5, 1800.2, 1799.8, 1798, 1797.7, 1804.7, 1800.9, 1799.5, 1797, 1796.4, 1801.5, 1801.4, 1801.8, 1813.7, 1796.4, 1805.4, 1797.6, 1805, 1792.6, 1809.8, 1799.8, 1804.8, 1798.9, 1801.4, 1798.1, 1802.4, 1803.7, 1796.9, 1808.8, 1798.9, 1795.8, 1803.8, 1796.2, 1797.2, 1797.5, 1803.2, 1803, 1805.4, 1796.7, 1795.1, 1796, 1794.5, 1801.7, 1803.5, 1806.5, 1799, 1793.6, 1812.2, 1809.6, 1801.2, 1802.2, 1802.4, 1796.5, 1812.8, 1795.2, 1793.1, 1804, 1799.9, 1797, 1799.3, 1801.6, 1798.1, 1794.8, 1801.5, 1810, 1799.2, 1798.5, 1795.7, 1792.9, 1801.8, 1803.4, 1798.9, 1801.5, 1804, 1802.3, 1797.1, 1795.7, 1797.8, 1801.3, 1796.6, 1800.4, 1798, 1803.4, 1805.7, 1800.6, 1801.4, 1801.8, 1798.7, 1805.9, 1794.8, 1800.6, 1795.7, 1811.2, 1798.3, 1792.4, 1801.8, 1805.6, 1806.9, 1798.4, 1797.9, 1795.4, 1801.2, 1800, 1801, 1793, 1797.4, 1805.6, 1793.9, 1794.9, 1797, 1795.3, 1801.7, 1799.7, 1805.1, 1799.5, 1796.9, 1797.9, 1795.7, 1794.4, 1796.4, 1797.1, 1798.4, 1804.3, 1800.2, 1799.1, 1792, 1811.3, 1802, 1798.8, 1804.9, 1792.8, 1792.4, 1791.4, 1794.7, 1796.6, 1793.8, 1799.2, 1794.7, 1799.9, 1790.1, 1795.1, 1799.6, 1795.7, 1796.5, 1800.1, 1801.6, 1797.2, 1790.5, 1799, 1794.3, 1803.5, 1794.1, 1794.5, 1800, 1801.8 }; MtbColumn1.SetData(data1); MtbProj.ExecuteCommand("Capa C1 304; Lspec 1764; Uspec 1836; Pooled; AMR; UnBiased; OBiased; Toler 6; Within; Percent; Title \"Measure DUT key resistance: 1.01: L=1764 H=1836 (Ohm)\"; CStat."); Mtb.Graph MtbGraph = MtbProj.Commands.Item(1).Outputs.Item(1).Graph; MtbGraph.SaveAs("C:\\MyGraph" + DateTime.Now.ToString("yyyy-MM-dd HHmmss"), true, Mtb.MtbGraphFileTypes.GFPNGHighColor); MtbApp.Quit();}