Selection tool (the default tool) Highlight a net by marking its wires and net labels with a different color. If the PCB Editor is also open then copper corresponding to the selected net will be highlighted displayed spacing in the Display Options page of the preferences dialog, and you can change the grid color in the Colors page of the preferences dialog. The grid can be shown or hidden using the button several formatting options: horizontal and vertical alignment, orientation, position, font, text color, text size, and bold/italic emphasis. Field autoplacement can also be enabled on a per-field basis

Selection tool (the default tool) Highlight a net by marking its wires and net labels with a different color. If the PCB Editor is also open then copper corresponding to the selected net will be highlighted several formatting options: horizontal and vertical alignment, orientation, position, font, text color, text size, and bold/italic emphasis. Field autoplacement can also be enabled on a per-field basis wire’s width, color, and line style (solid, dashed, dotted, etc.) can be set. Setting the width to 0 , clearing the color, and using the Default line style uses the default width, color, and style, respectively

Selection tool (the default tool) Highlight a net by marking its wires and net labels with a different color. If the PCB Editor is also open then copper corresponding to the selected net will be highlighted displayed spacing in the Display Options page of the preferences dialog, and you can change the grid color in the Colors page of the preferences dialog. The grid can be shown or hidden using the button several formatting options: horizontal and vertical alignment, orientation, position, font, text color, text size, and bold/italic emphasis. Field autoplacement can also be enabled on a per-field basis

Selection tool (the default tool) Highlight a net by marking its wires and net labels with a different color. If the PCB Editor is also open then copper corresponding to the selected net will be highlighted be customized: Size can be changed using the right click menu or using View → Grid Properties… . Color can be changed in the Colors page of the Preferences dialog (menu Preferences → General Options) Border color and Background fill set the color for the border and fill of the sheet shape, respectively. If no color is set, a checkerboard swatch is shown and the default values from the color theme

Selection tool (the default tool) Highlight a net by marking its wires and net labels with a different color. If the PCB Editor is also open then copper corresponding to the selected net will be highlighted be customized: Size can be changed using the right click menu or using View → Grid Properties… . Color can be changed in the Colors page of the Preferences dialog (menu Preferences → General Options) Border color and Background fill set the color for the border and fill of the sheet shape, respectively. If no color is set, a checkerboard swatch is shown and the default values from the color theme

UNITS] [--severity-all] [--severity- error] [--severity-warning] [--severity-exclusions] [--exit-code-violations] INPUT_FILE Positional arguments: INPUT_FILE Board file to run DRC on. 5 -h , --help combined with the other DRC severity options. --exit-code-violations Return an exit code depending on whether or not DRC violations exist. The exit code is 0 if no violations are found, and 5 if any violations [--units VAR] [--severity-all] [--severity-error] [--severity-warning] [--severity-exclusions] [--exit-code-violations] INPUT_FILE Positional arguments: INPUT_FILE Schematic file to run ERC on. 17 -h ,

ad-doc/issues About KiCad software: https://gitlab.com/kicad/code/kicad/issues About KiCad software i18n: https://gitlab.com/kicad/code/kicad-i18n/issues Publication date and software version Published during plugin development greatly increases productivity by ensuring that the developer only compiles code directly related to the plugin which is being developed and thus reducing the time required for each of this document. Implementing a Plugin Class requires creating code within the KiCad source tree which manages the loading of plugin code. Within the KiCad source tree, the file plugins/ldr/pluginldr.h

doc/issues • About KiCad software: https://gitlab.com/kicad/code/kicad/issues • About KiCad software i18n: https://gitlab.com/kicad/code/kicad-i18n/issues Publication date and software version Published during plugin development greatly increases productivity by ensuring that the developer only compiles code directly related to the plugin which is being developed and thus reducing the time required for each this document. Implementing a Plugin Class requires creating code within the KiCad source tree which manages the loading of plugin code. Within the KiCad source tree, the file plugins/ldr/pluginldr.h

during plugin development greatly increases productivity by ensuring that the developer only compiles code directly related to the plugin which is being developed and thus reducing the time required for each of this document. Implementing a Plugin Class requires creating code within the KiCad source tree which manages the loading of plugin code. Within the KiCad source tree, the file plugins/ldr/pluginldr.h class declares the most basic functions which we would expect to find in any KiCad plugin (boilerplate code) and its implementation provides basic checks on version compatibility between the plugin loader and

during plugin development greatly increases productivity by ensuring that the developer only compiles code directly related to the plugin which is being developed and thus reducing the time required for each of this document. Implementing a Plugin Class requires creating code within the KiCad source tree which manages the loading of plugin code. Within the KiCad source tree, the file plugins/ldr/pluginldr declares the most basic functions which we would expect to find in any KiCad plugin (boilerplate code) and its implementation provides basic checks on version compatibility between the plugin loader