The distance indicates the distance between two planets in the unit used in pr0game (within a universe).
To calculate the distance, you logically need the coordinates of the two planets. In addition, you must determine the approximate distance between the planets (to be checked in this order!):
- Planets are in a different galaxy:
- Planets are in different solar systems:
- positions of the planets in the solar system differ:
- To your own debris field or from the planet to the moon (and vice versa):
| Start | Destination | Distance | Comment |
|---|---|---|---|
| 1:4:3 | 1:4:7 | 1020 | Inside the solar system 4 places away: 4 * 5 + 1000 |
| 1:5:3 | 1:7:3 | 2890 | 2 systems removed: 2 * 95 + 2700 |
| 1:5:2 | 1:7:14 | 2890 | Also 2 systems removed, because the Planets have no influence as soon as the system changes. |
| 1:5:3 | 3:7:5 | 40000 | 2 Galaxies removed: 2 * 20000 |
| 1:105:8 | 3:427:5 | 40000 | Also 2 galaxies removed, because the systems/planets have no influence as soon as the galaxy changes. |
| 2:5:3 | 3:227:5 | 20000 | 1 galaxy removed |
| 1:10:3 | 1:193:5 | 20085 | 183 systems removed. The OGame physics has the unexpected property that from 183 systems it is further than flying to the neighbouring galaxy. |
| 1:10:3 | 1:403:5 | 40035 |
The fuel consumption of a fleet (reduced by 1) is proportional to the distance. This means that twice as much deuterium is flown at twice the distance.
The flight time of a fleet (reduced by 10 seconds) is proportional to the square root of the distance. This means that four times the distance only requires twice the flight time.