Levers

Levers

Type Control devices

Function Sliding input control

Size 24 × 72 × 24 cm

Mass 174.32 kg

Volume 17.52 kv

Corrosion resistance 400

Primary material Bastium

Input / Output

Electric input Passive

Sockets 1

Modular interfaces 2

Composition

Ajatite 40%

Bastium 50%

Vokarium 10%

Levers are interactable devices used mainly for controlling devices and machinery. They have many configurable options to allow them to be used in a plethora of ways, and come in two visually identical but functionally distinct forms: A regular lever, and a centering lever. A regular lever (typically) starts at its minimum value, and can be adjusted upwards, while a centering lever starts at a value between its minima and maxima.

Basic information

• Uni-directional levers have "zero" in one end and maximum in the opposite end.
  • Lowering the maximum value lowers the given lever's maximum output to a device.
• Bi-directional levers have minimum and maximum in the far ends and the middle/neutral value is 50.
  • Minimum output has to be lower than the neutral value. Default is 0.
  • Maximum has to be higher than the neutral value. Default is 100.

Device fields

YOLOL field	description	range
LeverState	Lever's current state between LeverMinOutput and LeverMaxOutput	LeverMinOutput - LeverMaxOutput
LeverMinOutput	Unidirectional - Output in low end, Bidirectional - Output in left end
LeverMaxOutput	Unidirectional - Output in high end, Bidirectional - Output in right end
LeverCenterOutput	Output value when the lever is in the center
LeverCenterDeadZone	How large is the dead zone in the center of an unidirectional lever
LeverCenteringSpeed	How fast does (unidirectional lever reset to low end)(bidirectional lever reset to center) once released
LeverBindsMoveSpeed	How fast does the lever move with binds

To learn more about how to use fields, consult these wiki pages:

• Universal Tool
• Data networks
• YOLOL