in the user directory, while creating a library in the standard library directory (usually kicad/modules). Undo and Redo Invokes the footprint properties dialog. Call the print dialog. Standard zoom 3D modeler Wings3D, in vrml format, via the export to vrml command). The default path is kicad/modules/package3d. In the example, the file name is discret/to_220horiz.wrl, using the default path) The BOARD is the main object, that has a set of properties and a set of MODULEs, and TRACKs/VIAs, TEXTE_PCB, DIMENSION, DRAWSEGMENT. Then MODULEs have D_PADs, EDGEs, etc. See the BOARD section below. 15.2. Basic

in the user directory, while creating a library in the standard library directory (usually kicad/modules). Undo and Redo Invokes the footprint properties dialog. Call the print dialog. Standard zoom 3D modeler Wings3D, in vrml format, via the export to vrml command). • The default path is kicad/modules/package3d. In the example, the file name is discret/to_220horiz.wrl, using the default path) • The is the main object, that has a set of properties and a set of MODULEs, and TRACKs/VIAs, TEXTE_PCB, DIMENSION, DRAWSEGMENT. Then MODULEs have D_PADs, EDGEs, etc. • See the BOARD section below. 15.2

in the user directory, while creating a library in the standard library directory (usually kicad/modules). Undo and Redo Invokes the footprint properties dialog. Call the print dialog. Standard zoom BOARD is the main object, that has a set of properties and a set of MODULEs, and TRACKs/VIAs, TEXTE_PCB, DIMENSION, DRAWSEGMENT. Then MODULEs have D_PADs, EDGEs, etc. See the BOARD section below. 15.2. Basic Loading Libraries Enumerate library, enumerate modules, enumerate pads. #!/usr/bin/python from pcbnew import * libpath = "/usr/share/kicad/modules/Sockets.pretty" print ">> enumerate footprints,

in the user directory, while creating a library in the standard library directory (usually kicad/modules). Undo and Redo Invokes the footprint properties dialog. Call the print dialog. Standard zoom is the main object, that has a set of properties and a set of MODULEs, and TRACKs/VIAs, TEXTE_PCB, DIMENSION, DRAWSEGMENT. Then MODULEs have D_PADs, EDGEs, etc. • See the BOARD section below. 15.2 and Loading Libraries Enumerate library, enumerate modules, enumerate pads #!/usr/bin/python from pcbnew import * libpath = "/usr/share/kicad/modules/Sockets.pretty" print ">> enumerate footprints ,

复制到位置0的印刷电路板 上。 从“导出”命令创建的文件中导入封装。 导出封装。此命令基本上与 创建一个库，唯一的区别是它创建了 一个库 在用户目录中，在标准库中创建库时 目录（通常是 kicad/modules）。 撤消和重做 调用封装属性对话框。 调用打印对话框。 标准缩放命令。 调用焊盘编辑器。 检查封装的正确性 12.5. 创建一个新库 通过按钮图像创建新库： ， 未来还计划 为 Eeschema。 15.1. KiCad 对象 脚本 API 反映了 KiCad/pcbnew 中的内部对象结构。 板（BOARD）是主要对 象，它具有一组属性和一组组件（MODULEs），以及 布线（TRACKs）/过孔 （VIAs），文本_PCB（TEXTE_PCB），尺寸（DIMENSION），绘制段 （DRAWSEGMENT）。 然后元件有 D_焊盘（D_PADs），边缘（EDGEs） 列出和加载库 枚举库，枚举模块，枚举焊盘. #!/usr/bin/python from pcbnew import * libpath = "/usr/share/kicad/modules/Sockets.pretty" print ">> enumerate footprints, pads of",libpath # Load the suitable plugin to

从“导出”命令创建的文件中导入封装。 Pcbnew 124 / 163 导出封装。此命令基本上与创建一个库，唯一的区别是它创建了一个库在用户目录中， 在标准库中创建库时目录（通常是 kicad/modules）。 撤消和重做 调用封装属性对话框。 调用打印对话框。 标准缩放命令。 调用焊盘编辑器。 检查封装的正确性 12.5 创建一个新库 通过按钮图像创建新库： ，在这种情况下，文件默认创建在库目录中或通过按钮 Pcbnew。未来还计划为 Eeschema。 15.1 KiCad 对象 脚本 API 反映了 KiCad/pcbnew 中的内部对象结构。板（BOARD）是主要对象，它具有一组属性和一组组件 （MODULEs），以及布线（TRACKs）/过孔（VIAs），文本 _PCB（TEXTE_PCB），尺寸（DIMENSION），绘制段 （DRAWSEGMENT）。然后元件有 D_ 焊盘（D_PADs），边缘（EDGEs）等。 15.4 列出和加载库 枚举库，枚举模块，枚举焊盘 #!/usr/bin/python from pcbnew import * libpath = "/usr/share/kicad/modules/Sockets.pretty" print ">> enumerate footprints , pads of",libpath # Load the suitable plugin to

right) or on the upper end (wire on left). Note In the current revision of the KiCad footprint modules the THT components are being organized with pins along the Y axis rather than the X axis and Pin

right) or on the upper end (wire on left). Note In the current revision of the KiCad footprint modules the THT components are being organized with pins along the Y axis rather than the X axis and Pin

right) or on the upper end (wire on left). Note In the current revision of the KiCad footprint modules the THT components are being organized with pins along the Y axis rather than the X axis and Pin

right) or on the upper end (wire on left). Note In the current revision of the KiCad footprint modules the THT components are being organized with pins along the Y axis rather than the X axis and Pin