![]() ![]() Non- magma-safe bridges will heat up and eventually melt if the center tiles get covered in magma or exposed to dragon fire, whether the bridge is raised, lowered, or even retracted. Likewise digging a ramp under a raised bridge will not remove the floor tile. It is impossible to channel out stone that is directly under a raiseable bridge when its in the raised position. Attempting to lower a drawbridge onto such a creature (in order to atom-smash it) will cause the bridge itself to deconstruct. This weight limit is not cumulative - a bridge will still retract if a hundred goblins are standing on it, but a single rutherer accompanying those goblins will prevent the bridge from operating. However, lowering a drawbridge onto a sufficiently large creature (such as a forgotten beast) simply destroys the bridge.īridges will not operate if any one creature of size 1,200,000 is on them. Even fluids get destroyed (this is especially useful considering lack of chasms in the new version). The lowering of a drawbridge can also be used as a waste disposal for unwanted stones, refuse, goblins (dead or alive), legendary cheese makers and nobles, to name a few. Because bridges can be built along map edges and then raised to act as walls, they can be used to control where enemies spawn on the map. (If there is no floor beneath the bridge) they will fall, sometimes into something very, very bad. For added effect, place pressure plates on both ends to raise the bridge when stepped on, to fling them, if there is a floor directly above, they will be stunned, (If there is a floor beneath the bridge) and if nobody is on the pressure plate, they have to be lucky to not be smashed on the floor when the bridges come down. Smashing them to tiny bits if placed to raise facing each other, with no space in between. Using 2 bridges at opposite ends of a corridor creates a very large and simple trap by walling in enemies. This can be used to block fortress entrances/corridors. The key advantage to raising bridges is the creation of a wall when the bridge is raised. The bridge also "moves" to this position very fast, firing anything on the bridge into the air. The wall acts as if it was constructed, rendering it invulnerable to building destroyers. The resulting wall is always one z-level tall, regardless of the length of the bridge. If a bridge is set to raise when the lever is pulled, the bridge becomes a wall along the edge selected with the w a d x keys when placing the bridge. Clearly this can be used to drop your enemies to rocky/watery/fiery deaths (or anything more imaginative you can think up!). If a bridge is set to retract when the lever is pulled, the bridge essentially disappears dropping anything (friend, foe, or object) on the bridge onto whatever is underneath. This requires a mechanic's workshop and a dwarf with the mechanics labor activated. While the material-gathering time is the same for rocks vs blocks, the actual construction is three times faster for blocks.Īll bridges in DF can be raised or retracted by linking it to a lever. You can shorten construction time by moving the materials to the site before starting construction, and by using blocks instead of rocks. Some magma-safe materials including iron have proven non-resistant (Needs further testing).īig bridges can take weeks or even months to complete. Material does not appear to influence dragonfire which will destroy bridges. You will need the number of tiles divided by four plus one ( Tiles/4+1 ) of material to build the bridge. Materials are placed on the list in order of distance, so simply make sure the primary material is the closest or at least closer than any secondary materials you wish to use. This will define the color of the bridge (and possibly how fire resistant it is, although this hasn't been tested extensively). When choosing materials, the order that they are presented on the list determines how the bridge will be labeled, NOT WHAT ORDER YOU PICK THE MATERIALS! The highest one up on the list is the core construction material. Before placing the bridge ensure that the bridge raises in the direction you want it to using w a d x or retracts using s. The bridge must be anchored to a solid surface on at least one edge. The size of the bridge can be altered with u m k h while placing it, up to a maximum size of 10 squares in each direction. They are first designed by an architect, then require a specialist worker for the material used (e.g. 5 More useful uses for a retractable bridgeīridges can be built ( b -> g) of metal, stone or wood. ![]()
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