Navigation receivers

Navigation receivers

Type Navigation device

Function Receives signals

Size

• 156×156×180 cm (large)
• 120×120×120 cm (small)

Mass

• 18,492.47 kg (large)
• 5,094 kg (small)

Volume

• 1,858.54 kv (large)
• 511.96 kv (small)

Corrosion resistance 380

Primary material Charodium

Input / Output

Electric input Passive

Device interfaces 1

Composition

Ajatite 10%

Bastium 10%

Charodium 10%

Vokarium 70%

A navigation receiver is a device that can receive signals sent out by Radio transmitters.

Basic information

• Have to be pointed to the direction of a transmitter.
• They only look for signals in the area they're pointed at. This means that receivers may have to scan areas section by section to find transmitter messages.
• If a receiver is in the range of a transmitter and is pointed towards the transmitter, the transmitter's message is set to the receiver's "Message"-field.
• Both large and small receivers currently have the same properties.

Device fields

YOLOL field	description	range
Message	Found message	0
SignalStrength	Strength of the found signal, measured in meters	0
ListenAngle	An angle of 180 coresponds to an omnidirectional receiver.	0-180
TargetMessage	The message the receiver will exclusively listen to, 0 means listens to all	0
TargetFrequency	The frequency the receiver will exclusively listen to, 0 means listens to all	0
Frequency	The frequency of the transmitter currently listened to, 0 if no signal found.	0
ReceiverPitch	Target pitch of the device	0
ReceiverCurrentPitch	Current pitch of the device	0
MaxRotation	Maximum limit for rotation	180
MinRotation	Minimum limit for rotation	-180
TargetVelocity	Target velocity in which the device rotates	0-3

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

• Universal Tool
• Data networks
• YOLOL