horizontal and vertical offset settings. 80 Circular Arrays are described by a center point, an angular spacing, and a number of arrayed items. If set center by position is selected, the center point the number of objects in the array, including the source object. The angle field determines the angular spacing between items, with the center point at the center of the array. Positive angles result

horizontal and vertical offset settings. 80 Circular Arrays are described by a center point, an angular spacing, and a number of arrayed items. If set center by position is selected, the center point the number of objects in the array, including the source object. The angle field determines the angular spacing between items, with the center point at the center of the array. Positive angles result

horizontal and vertical offset settings. 74 Circular Arrays are described by a center point, an angular spacing, and a number of arrayed items. If set center by position is selected, the center point the number of objects in the array, including the source object. The angle field determines the angular spacing between items, with the center point at the center of the array. Positive angles result

the circle. The radius field below will update automatically when you adjust these. Angle: The angular difference between two adjacent items in the array. Set this to zero to evenly divide the circle

the circle. The radius field below will update automatically when you adjust these. Angle: The angular difference between two adjacent items in the array. Set this to zero to evenly divide the circle

the circle. The radius field below will update automatically when you adjust these. • Angle: The angular difference between two adjacent items in the array. Set this to zero to evenly divide the circle

the circle. The radius field below will update automatically when you adjust these. • Angle: The angular difference between two adjacent items in the array. Set this to zero to evenly divide the circle

. . . . . . . . . . . Table of Contents Introduction to the KiCad Command-Line Interface kicad-cli commands Footprint PCB Schematic Symbol Version 2 3 3 4 16 23 24 1 Reference manual Command-Line Interface KiCad provides a command-line interface, which is available by running the kicad-cli binary. With the command-line interface, you can perform a number of actions on schematics, PCBs format. NOTE On macOS, the kicad-cli executable is located at /Applications/KiCad/KiCad.app/Contents/MacOS/kicad-cli . 3 kicad-cli commands The kicad-cli command has 5 subcommands: fp , pcb

. . . . . . . . . . . Table of Contents Introduction to the KiCad Command-Line Interface kicad-cli commands Footprint PCB Schematic Symbol Version 2 3 3 4 12 17 18 1 Reference manual Command-Line Interface KiCad provides a command-line interface, which is available by running the kicad-cli binary. With the command-line interface, you can perform a number of actions on schematics, PCBs format. NOTE On macOS, the kicad-cli executable is located at /Applications/KiCad/KiCad.app/Contents/MacOS/kicad-cli . 3 kicad-cli commands The kicad-cli command has 5 subcommands: fp , pcb