tscircuit/autorouting-dataset-01

lib/circuit/circuit016.tsx

/** 60% keyboard matrix using a Pico microcontroller and layouts.default60. */

// @ts-expect-error
import { KeyMatrix, layouts } from "@tsci/seveibar.keyboard-utils"
// @ts-expect-error
import { PICO } from "@tsci/seveibar.PICO"
import { shouldAutorouterRun } from "lib/shouldAutorouterRun"

// We'll need more rows and columns for a 60% keyboard
const rowPins = ["net.ROW0", "net.ROW1", "net.ROW2", "net.ROW3", "net.ROW4"]
const colPins = [
  "net.COL0",
  "net.COL1",
  "net.COL2",
  "net.COL3",
  "net.COL4",
  "net.COL5",
  "net.COL6",
  "net.COL7",
  "net.COL8",
  "net.COL9",
  "net.COL10",
  "net.COL11",
  "net.COL12",
  "net.COL13",
  "net.COL14",
]

export default () => (
  <board routingDisabled={!shouldAutorouterRun()}>
    {/* Place the Pico */}
    <PICO
      name="U1"
      pcbX={-150} // Position Pico to the left
      pcbY={20}
      layer="bottom"
      pcbRotation="90deg"
      connections={{
        // Connect Pico pins to our row/column nets
        GP15: rowPins[0], // Row 0
        GP16: rowPins[1], // Row 1
        GP17: rowPins[2], // Row 2
        GP18: rowPins[3], // Row 3
        GP19: rowPins[4], // Row 4
        GP0: colPins[0], // Col 0
        GP1: colPins[1], // Col 1
        GP2: colPins[2], // Col 2
        GP3: colPins[3], // Col 3
        GP4: colPins[4], // Col 4
        GP5: colPins[5], // Col 5
        GP6: colPins[6], // Col 6
        GP7: colPins[7], // Col 7
        GP8: colPins[8], // Col 8
        GP9: colPins[9], // Col 9
        GP10: colPins[10], // Col 10
        GP11: colPins[11], // Col 11
        GP12: colPins[12], // Col 12
        GP13: colPins[13], // Col 13
        GP14: colPins[14], // Col 14
      }}
    />

    {/* Place the KeyMatrix */}
    <KeyMatrix
      layout={layouts.default60}
      rowToMicroPin={rowPins}
      colToMicroPin={colPins}
      pcbX={25} // Position matrix to the right
      pcbY={10}
    />
  </board>
)