CyberFish
Level: Goblin
Rank Points: 17
Registered: 09-02-2004
IP: Logged
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Wrangling out details of the Flow (+2)
Personally, I think the Flow is one of the coolest suggested Dungeon elements yet. However, the details of it get really complicated really quickly. Several important questions are below, along with a few suggestions for their answers in italics.
The Unconfirmed New Dungeon Elements section describes it as breaking in a clockwise direction, which sounds simple enough, but becomes REALLY COMPLICATED when the Flow is an odd shape. What if you have a room full of Flow with a 5X5 square of doors in the middle, and you open the doors? How will the flow move in to fill the inner space?
The Flow moves by expanding from a single high-pressure point, which moves clockwise around the outside of the flow once a turn. If it hits an area where it can't expand (surrounded by walls), it skips on to the next edge square in the same turn. It will try to expand over pits, but sinks into them. So, flow surrounded by walls expands very quickly along any exit routes it has available due to the pressure build-up; but flow surrounded by pits expands very slowly as it keeps draining away.
If the Flow surrounds an area completely, the high-pressure square instantly jumps to the inside edge of the Flow. So, it would fill the inner area before the outer area. Put this down to the Flow's high surface tension or something.
If an area of Flow with no upwellings has a high-pressure point in it (due to the mass of Flow being cut in half), that point disappears and the Flow stops growing. If an area of Flow with upwellings has less high-pressure points than upwellings, it generates more high-pressure points.
If you have two areas of Flow in a room, presumably they'll expand seperately; but what if they merge at some point? Will the stuff then continue to expand, twice as quickly, growing from two different points?
Short answer - Yes. Long answer - There are as many high-pressure points in a mass of Flow as there are upwellings (flow generator squares). Each one behaves completely independantly, and if two sections of Flow merge, the system treats it as one mass.
Will it be possible to get rid of the Flow once it's expanded over an area?
Yes, but you'd need special methods - like the open door technique shown below. However, simply being next to a pit won't cause the Flow to drain out, it's surface tension is too high.
How will the Flow react if it moves over an open door, and you close the door later?
Personally, I'd like it to disappear when you close the door - this allows some neat possibilities for puzzles. You'd open a door to let the Flow move into the area beyond, close the door to separate the Flow, then open the door again to give you a very temporary safe corridor.
Will the Flow be able to expand out through a diagonal gap?
Yes, but it won't normally grow diagonally. If the high-pressure square can only expand in a diagonal direction, it will do. Otherwise it should expand laterally as normal.
[Edited by CyberFish on 09-02-2004 at 06:50 PM GMT]
[Edited by CyberFish on 09-02-2004 at 06:51 PM GMT]
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