support for running ERC/DRC, exporting to more formats, and specifying text variables, among other improvements. A net navigator tool has been added in the Schematic editor, which displays the locations of panel that improves user control over how board designs are visualized in 3D. New importers and improvements to existing importers. Version 8 adds support for importing EasyEDA (JLCEDA) Standard and Professional exporters, including copper geometry in STEP exports and Cadence Allegro netlist export. Significant improvements to the Symbol, Footprint, and 3D Model libraries. A full listing of new features and changes

support for running ERC/DRC, exporting to more formats, and specifying text variables, among other improvements. A net navigator tool has been added in the Schematic editor, which displays the locations of panel that improves user control over how board designs are visualized in 3D. New importers and improvements to existing importers. Version 8 adds support for importing EasyEDA (JLCEDA) Standard and Professional exporters, including copper geometry in STEP exports and Cadence Allegro netlist export. Significant improvements to the Symbol, Footprint, and 3D Model libraries. A full listing of new features and changes

KICAD_LIBRARY find_package( KICAD 1.0 REQUIRED ) # add the kicad include directory to the compiler's search path include_directories( ${KICAD_INCLUDE_DIR}/kicad ) # create a plugin named s3d_plugin_demo1 project is very basic; it consists of a single file with no external link dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export DEMO_SRC=${PWD}

KICAD_LIBRARY find_package( KICAD 1.0 REQUIRED ) # add the kicad include directory to the compiler's search path include_directories( ${KICAD_INCLUDE_DIR}/kicad ) # create a plugin named s3d_plugin_demo1 project is very basic; it consists of a single file with no external link dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export DEMO_SRC=${PWD}

33 # KICAD_LIBRARY find_package( KICAD 1.0 REQUIRED ) # add the kicad include directory to the compiler’s search path include_directories( ${KICAD_INCLUDE_DIR}/kicad ) # create a plugin named s3d_plugin_demo1 project is very basic; it consists of a single file with no external link dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export

KICAD_INCLUDE_DIR # KICAD_LIBRARY find_package( KICAD 1.0 REQUIRED ) # add the kicad include directory to the compiler 's search path include_directories( ${KICAD_INCLUDE_DIR}/kicad ) # create a plugin named s3d_plugin_demo1 project is very basic; it consists of a single file with no external link dependencies other than the compiler defaults. We start by creating a source directory: cd ${DEMO_ROOT} mkdir src && cd src export

complex designs with high voltage, signal integrity, RF, or other specialty needs. A number of improvements to the PCB editor’s capabilities, including support for rounded (arc) track routing, hatched

KICAD 1.0 REQUIRED ) # 将 kicad include 目录添加到编译器的搜索路径中 # add the kicad include directory to the compiler's search path include_directories( ${KICAD_INCLUDE_DIR}/kicad ) # 创建名为 s3D_plugin_demo1 的插件 #

b''b'' 的 b''b'' 搜 b''b'' 索 b''b'' 路 b''b'' 径 b''b'' 中 b'' # add the kicad include directory to the compiler 's search path include_directories( ${KICAD_INCLUDE_DIR}/kicad ) # b'' 创 b''b'' 建 b''b'' 名 b''b''