Support/kicad/help/zh 10.1 网上的 KiCad 文档 最新版本的 KiCad 文档可以在 http://docs.kicad.org 上找到多种语言。由于官方的 CI/CD 环境过时官网提供的中 文文档版本存在排版错乱的问题。KiCad 中文文档排版优化版本下载地址：https://gitee.com/KiCAD-CN/KiCad- doc_build/releases

Support/kicad/help/zh 10.1. 网上的 KiCad 文档 最新版本的 KiCad 文档可以在 http://docs.kicad.org 上找到多种语言。 由于官方 的 CI/CD 环境过时官网提供的中文文档版本存在排版错乱的问题。 KiCad 中 文文档排版优化版本下载地址：https://gitee.com/KiCAD-CN/KiCad- doc_build/releases

to this new datum. In addition the relative position of the cursor can be displayed using its polar co- ordinates (ray + angle). This can be turned on and off using the icon in the left hand side toolbar Note: a small grid may not be displayed unless zoomed in far enough Polar display of the relative co-ordinates on the status bar on/off. Display/entry of coordinates or dimensions in inches or millimeters Move exact with polar move vector entry The checkbox allows you to switch between Cartesian and polar co-ordinate systems. Whatever is currently in the form will be converted automatically to the other system

to this new datum. In addition the relative position of the cursor can be displayed using its polar co- ordinates (ray + angle). This can be turned on and off using the icon in the left hand side toolbar Note: a small grid may not be displayed unless zoomed in far enough Polar display of the relative co-ordinates on the status bar on/off. Display/entry of coordinates or dimensions in inches or millimeters Move exact with polar move vector entry The checkbox allows you to switch between Cartesian and polar co-ordinate systems. Whatever is currently in the form will be converted automatically to the other system

to this new datum. In addition the relative position of the cursor can be displayed using its polar co-ordinates (ray + angle). This can be turned on and off using the icon in the left hand side toolbar Note: a small grid may not be displayed unless zoomed in far enough Polar display of the relative co-ordinates on the status bar on/off. Display/entry of coordinates or dimensions in inches or millimeters Move exact with polar move vector entry The checkbox allows you to switch between Cartesian and polar co-ordinate systems. Whatever is currently in the form will be converted automatically to the other system

to this new datum. In addition the relative position of the cursor can be displayed using its polar co-ordinates (ray + angle). This can be turned on and off using the icon in the left hand side toolbar Note: a small grid may not be displayed unless zoomed in far enough Polar display of the relative co-ordinates on the status bar on/off. Display/entry of coordinates or dimensions in inches or millimeters Move exact with polar move vector entry The checkbox allows you to switch between Cartesian and polar co-ordinate systems. Whatever is currently in the form will be converted automatically to the other system

let’s create a project directory and the FindPackage script: mkdir demo && cd demo export DEMO_ROOT=${PWD} mkdir CMakeModules && cd CMakeModules cat > FindKICAD.cmake << _EOF find_path( KICAD_INCLUDE_DIR To configure and build the tutorial code we will use CMake and create a CMakeLists.txt script file: cd ${DEMO_ROOT} cat > CMakeLists.txt << _EOF # declare the name of the project project( PLUGIN_DEMO ) dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export DEMO_SRC=${PWD} Now we create the plugin source itself: s3d_plugin_demo1

let’s create a project directory and the FindPackage script: mkdir demo && cd demo export DEMO_ROOT=${PWD} mkdir CMakeModules && cd CMakeModules cat > FindKICAD.cmake << _EOF find_path( KICAD_INCLUDE_DIR To configure and build the tutorial code we will use CMake and create a CMakeLists.txt script file: cd ${DEMO_ROOT} cat > CMakeLists.txt << _EOF # declare the name of the project project( PLUGIN_DEMO ) dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export DEMO_SRC=${PWD} Now we create the plugin source itself: s3d_plugin_demo1

let’s create a project directory and the FindPackage script: mkdir demo && cd demo export DEMO_ROOT=${PWD} mkdir CMakeModules && cd CMakeModules cat > FindKICAD.cmake << _EOF find_path( KICAD_INCLUDE_DIR To configure and build the tutorial code we will use CMake and create a CMakeLists.txt script file: cd ${DEMO_ROOT} cat > CMakeLists.txt << _EOF # declare the name of the project project( PLUGIN_DEMO dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export DEMO_SRC=${PWD} Now we create the plugin source itself: s3d_plugin_demo1

directory and the FindPackage script: Kicad Plugins 5 / 33 mkdir demo && cd demo export DEMO_ROOT=${PWD} mkdir CMakeModules && cd CMakeModules cat > FindKICAD.cmake << _EOF find_path( KICAD_INCLUDE_DIR To configure and build the tutorial code we will use CMake and create a CMakeLists.txt script file: cd ${DEMO_ROOT} cat > CMakeLists.txt << _EOF # declare the name of the project project( PLUGIN_DEMO dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export DEMO_SRC=${PWD} Now we create the plugin source itself: s3d_plugin_demo1