/** Display message on LED display.
*/
display(message)

/** Skip this many sample frames before running process().
For CV generators and processors, 256 is reasonable.
For sequencers, 32 is reasonable since process() will be called every 0.7ms with
a 44100kHz sample rate, which will capture 1ms-long triggers.
For audio generators and processors, 1 is recommended, but use `bufferSize` below.
If this is too slow for your purposes, consider writing a C++ plugin, since
native VCV Rack plugins have 10-100x better performance.
*/
config.frameDivider // 32

/** Instead of calling process() every sample frame, hold this many input/output
voltages in a buffer and call process() when it is full.
This decreases CPU usage, since processing buffers is faster than processing one
frame at a time.
The total latency of your script in seconds is
`config.frameDivider * config.bufferSize * block.sampleTime`.
*/
config.bufferSize // 1

/** Called when the next block is ready to be processed.
*/
function process(block) {
	/** Engine sample rate in Hz. Read-only.
	*/
	block.sampleRate

	/** Engine sample timestep in seconds. Equal to `1 / sampleRate`. Read-only.
	Note that the actual time between process() calls is
	`block.sampleTime * config.frameDivider`.
	*/
	block.sampleTime

	/** The actual size of the input/output buffers.
	*/
	block.bufferSize

	/** Voltage of the input port of column `i`. Read-only.
	*/
	block.inputs[i][bufferIndex] // 0.0

	/** Voltage of the output port of column `i`. Read/write.
	*/
	block.outputs[i][bufferIndex] // 0.0

	/** Value of the knob of column `i`. Between 0 and 1. Read/write.
	*/
	block.knobs[i] // 0.0

	/** Pressed state of the switch of column `i`. Read-only.
	*/
	block.switches[i] // false

	/** Brightness of the RGB LED of column `i`, between 0 and 1. Read/write.
	*/
	block.lights[i][0] // 0.0 (red)
	block.lights[i][1] // 0.0 (green)
	block.lights[i][2] // 0.0 (blue)

	/** Brightness of the switch RGB LED of column `i`. Read/write.
	*/
	block.switchLights[i][0] // 0.0 (red)
	block.switchLights[i][1] // 0.0 (green)
	block.switchLights[i][2] // 0.0 (blue)
}