Signal Decoding

Signal Decoding

Last update 18.02.2025

This is a basic overview of the information that every signal decoder should know.

Signal Interception Process

1. Detection

Signals are detected using a signal map. More distant signals are rarer, but their discovery increases the risk of encountering Evil.

2. Pursuit

Once detected, immediate action is required. Seekers use fast and lightweight ships to reach the location before the signal disappears.

3. Decoding

The signal is downloaded onto a positron matrix. The onboard computer then decodes it. This process takes place in a shielded environment to avoid interference. It can take hours or days, and the ship is at risk throughout the process. Any movement or interference can degrade the signal.

4. Storage

After downloading, the signal is stored on portable media. Each time it is stored, degradation occurs, reducing the quality and number of manufacturing cycles of the technology.


Risks

To intercept signals, the ship must remain stationary for an extended period, making it vulnerable to pirates and Evil. Special shielded modules necessary for signal processing reduce the ship's defensive capabilities. Signal locations are often far from human structures and near Evil armies, increasing the risk of attack.


A robot is mechanical and creates interference, so it is not suitable as a crew member for a decoding ship.

If the signal disappears during the decoding process, there is no need to worry— the ship retains the signal in memory and will complete the process.

Manufacturing plans do not take up any space on the ship.

Antennas Module Gain Calculation Table Based on Crew Properties

The antenna gain is calculated using the "SCIENCE" [S] property of the astronauts and takes into account whether all scientific workstations in the module are occupied.

Example of antenna efficiency calculation for a module with 3 scientific workstations:


Crew 1 / 3 Members Crew 2 / 3 Members Crew 3 / 3 Members
Average Crew Science Antenna Range (%) Antenna Range (%) Antenna Range (%)
1
9
17
25
32
40
48
56
64
72
79
87
95
103
111
119
126
134
142
150

If there are multiple antennas on the ship, their effectiveness is combined.

 

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