Rotor Module

The rotor module allows the user to control rotors on the grid. Rotors are particularly vulnerable to phantom forces and the Almighty Clang, so we leverage the Activity Monitor to ensure rotors are stopped and locked when not in use. Players can simply define an angle and speed of rotation without worrying about direction, upper/lower limits, or the grid ripping itself apart.

Commands

rotate

Rotate a rotor or group of rotors to a specific angle between -360 and 360 degrees.

rotor/rotate <Rotor|Group> <Angle> [--options]

Options

Option	Values	Unit	Description
`speed`	[-5.0, 5.0]	RPM	Set the speed of the rotor. Negative values will reverse the hinge. Default is 1 RPM.
`add`	`true`, `false`	`bool`	Indicates that the provided angle should be added to the current angle. Allows incremental changes to angle.
`sub`	`true`, `false`	`bool`	Indicates that the provided angle should be subtracted from the current angle. Allows decremental changes to angle.

Example Set the antenna rotor to 90 degrees with a speed of 2.5 RPM:

Terminal
rotor/rotate AntennaRotor 90 --speed=2.5;

Increase the angle of the antenna rotor by 45 degrees:

Terminal
hinge/rotate LandingGearHinge 45 --add;

lock

Lock a rotor or group of rotors.

rotor/lock <Rotor|Group>

Example

Terminal
rotor/lock AntennaRotor;

unlock

Unlock a rotor or group of rotors.

rotor/unlock <Rotor|Group>

Example

Terminal
rotor/unlock AntennaRotor;

reset

Reset a rotor or group of rotors to their original position (0 degrees).

rotor/reset <Rotor|Group>

Example

Terminal
rotor/reset AntennaRotor;

speed

Set the speed of a rotor or group of rotors in RPM.

rotor/speed <Rotor|Group> <Speed> <Options>

Options

Option	Values	Unit	Description
`free`	`true`, `false`	`bool`	Indicates whether the rotor should be free to rotate or not. Default is `false`.
`add`	`true`, `false`	`bool`	Indicates that the provided speed should be added to the current speed. Allows incremental changes to speed.
`sub`	`true`, `false`	`bool`	Indicates that the provided speed should be subtracted from the current speed. Allows decremental changes to speed.

Example

Set speed to 2 RPM and allow rotor to rotate freely:

Terminal
rotor/speed AntennaRotor 2 --free;

Increase speed by 2.5 RPM:

Terminal
rotor/speed AntennaRotor 2.5 --add;

Decrease speed by 1 RPM:

Terminal
rotor/speed AntennaRotor 1 --sub;