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Difference between revisions of "40d:Design strategies"
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| − | = | + | ==Fortress defense== |
| − | + | See [[fortress defense]]. | |
| − | ==Flooded | + | ==Entrance designs== |
| + | |||
| + | ===Flooded entrance=== | ||
Using a chamber as your entrance alongside a chamber full of water and some machinery you can flood or drain the entrance at will. | Using a chamber as your entrance alongside a chamber full of water and some machinery you can flood or drain the entrance at will. | ||
| Line 15: | Line 17: | ||
The picture above shows the design in action. The green pump is currently on while the red has been disconnected through the grey marked axle. The yellow X is just to mark that there is a channel under the axle. | The picture above shows the design in action. The green pump is currently on while the red has been disconnected through the grey marked axle. The yellow X is just to mark that there is a channel under the axle. | ||
| − | == 3D | + | === 3D map format === |
| − | For more information on how to dig passages and structures in a 3D map, | + | For more information on how to dig passages and structures in a 3D map, see [[digging]]. |
| − | =Interior | + | ==Interior design== |
It may seem obvious to experienced players but it should be stated explicitly: for maximal efficiency your dwarves should spend the least amount of time moving about and the most time doing productive things. Fortress interior design is critical to productivity. | It may seem obvious to experienced players but it should be stated explicitly: for maximal efficiency your dwarves should spend the least amount of time moving about and the most time doing productive things. Fortress interior design is critical to productivity. | ||
| − | ==Bedroom | + | ===Bedroom design=== |
Enterprising players often try to find a design for their living quarter area which is either very space efficient or easy on the eye. This subject haven't been tackled much yet but you can see the different designs most often used by players of older versions{{ver|DF 0.23.130.23a and down}} [http://archive.dwarffortresswiki.net/index.php/Bedroom_Design here] on the old Wiki. Most of them are still applicable on the newer versions{{ver|DF 0.27.169.32a and up}} but could possibly be heavily modified to benefit from the new Z-axis stairs placing. | Enterprising players often try to find a design for their living quarter area which is either very space efficient or easy on the eye. This subject haven't been tackled much yet but you can see the different designs most often used by players of older versions{{ver|DF 0.23.130.23a and down}} [http://archive.dwarffortresswiki.net/index.php/Bedroom_Design here] on the old Wiki. Most of them are still applicable on the newer versions{{ver|DF 0.27.169.32a and up}} but could possibly be heavily modified to benefit from the new Z-axis stairs placing. | ||
| − | ==Workshop Logistics== | + | ===Workshop Logistics=== |
At a certain point, the most important thing for your fortress is not that you have workshops, but that they are placed efficiently. | At a certain point, the most important thing for your fortress is not that you have workshops, but that they are placed efficiently. | ||
| Line 81: | Line 83: | ||
The idea is that there is a wide hallway at the bottom for easy access for haulers. The workshops are at the top because much less dwarf-hours will be spent moving to the workshop itself than haulers moving to the stockpiles. You pair workshops that have similar inputs or similar outputs or where the output of one is the input of another. Examples: Pair a mechanic's workshop with a mason's workshop because both consume stone and produce furniture. If multiple inputs are required, it is better to split the 3x6 space into specialized stockpiles rather than having a single 'input' stockpile because you want to make sure that there is always some of every input. Use the 'take from stockpile' interface to fill these subsidiary stockpiles from your main stockpile and vice versa. | The idea is that there is a wide hallway at the bottom for easy access for haulers. The workshops are at the top because much less dwarf-hours will be spent moving to the workshop itself than haulers moving to the stockpiles. You pair workshops that have similar inputs or similar outputs or where the output of one is the input of another. Examples: Pair a mechanic's workshop with a mason's workshop because both consume stone and produce furniture. If multiple inputs are required, it is better to split the 3x6 space into specialized stockpiles rather than having a single 'input' stockpile because you want to make sure that there is always some of every input. Use the 'take from stockpile' interface to fill these subsidiary stockpiles from your main stockpile and vice versa. | ||
| − | ===Fluid workshop locations=== | + | |
| + | ====Fluid workshop locations==== | ||
Alternatively, you can employ a "work site" methodology where workshops are constructed and destroyed as necessary. For example, if you mine out a huge dining hall and it is completely filled with stone, build a masonry shop in the hall to manufacture tables and chairs. This eliminates the need for a stone hauler because your mason only has to travel a few squares to get raw material. In addition it makes furniture hauling more efficient because the tables and chairs are right next to their eventual location. And of course it clears stone out of your dining hall, eliminating the need for a refuse hauler to dump it all. | Alternatively, you can employ a "work site" methodology where workshops are constructed and destroyed as necessary. For example, if you mine out a huge dining hall and it is completely filled with stone, build a masonry shop in the hall to manufacture tables and chairs. This eliminates the need for a stone hauler because your mason only has to travel a few squares to get raw material. In addition it makes furniture hauling more efficient because the tables and chairs are right next to their eventual location. And of course it clears stone out of your dining hall, eliminating the need for a refuse hauler to dump it all. | ||
| − | =Miscellaneous | + | ==Miscellaneous strategies== |
| − | ==Use for | + | ===Use for soil layers=== |
[[Soil]] layers (such as clay, loam, etc.) - which may at first seem to be of secondary importance - are very useful for large storage areas, as they do not leave rock behind when dug through and may be excavated much faster by comparison. You can also farm on soil tiles without first making them muddy. | [[Soil]] layers (such as clay, loam, etc.) - which may at first seem to be of secondary importance - are very useful for large storage areas, as they do not leave rock behind when dug through and may be excavated much faster by comparison. You can also farm on soil tiles without first making them muddy. | ||
Since soil cannot be smoothed or detailed, it is a less than ideal medium to assign rooms in. Workshops do not have happy thoughts for increased surrounding worth, so if proximity to another area is not an issue, soil is a great place to put them. | Since soil cannot be smoothed or detailed, it is a less than ideal medium to assign rooms in. Workshops do not have happy thoughts for increased surrounding worth, so if proximity to another area is not an issue, soil is a great place to put them. | ||
| + | |||
| + | ==Dams== | ||
| + | |||
| + | [[Image:dam.jpg]] | ||
| + | |||
| + | In Dwarf Fortress, a dam can be built across a [[river]] or [[brook]]. This has several uses: | ||
| + | |||
| + | *Stop a river from flowing altogether | ||
| + | *Modify a river's path | ||
| + | *Create a pretty lake or functional reservoir | ||
| + | *Create water-based traps | ||
| + | |||
| + | === Dam construction === | ||
| + | |||
| + | Constructing a dam (probably) requires the draining of a river so [[walls]] or [[floodgates]] can be built on the river bed. If your map freezes during winter this should be easy. | ||
| + | |||
| + | Once the river has been drained you may have to dig into to river bed to be able to place buildings. It will look a bit like this: | ||
| + | [[Image:Dam2.JPG]] | ||
| + | |||
| + | After you have access to a river bed simply build a series of walls on top of it, blocking the path of the river. When the water comes back it will fill up the gap as far as it must to let the blocked water flow further. If you build your dam up to the level of the river the water will stop at the dam (it will not overflow). Since this defies logic it may be fixed in future releases. | ||
| + | |||
| + | You can create a massive flood if you build a dam out of floodgates and open them all at once. | ||
[[Category:Guides]] | [[Category:Guides]] | ||
Revision as of 16:52, 17 November 2007
Fortress defense
See fortress defense.
Entrance designs
Flooded entrance
Using a chamber as your entrance alongside a chamber full of water and some machinery you can flood or drain the entrance at will.
The basic premise requires two levers, two screw pumps and two gear assemblies. The amount of power required and the number of additional components needed to get the power to the screw pumps varies depending on distance/setup. One pump is placed to draw from chamber 1 and dump into chamber 2. The other is set in reverse. A gear assembly is placed next to each pump and connected to the main power system. Each gear is linked to a lever. Now at the flip of a switch you can submerge your entrance with water or magma for easy, secure defense against creatures that aren't amphibious or magma-dwelling, depending.
The picture above shows the design in action. The green pump is currently on while the red has been disconnected through the grey marked axle. The yellow X is just to mark that there is a channel under the axle.
3D map format
For more information on how to dig passages and structures in a 3D map, see digging.
Interior design
It may seem obvious to experienced players but it should be stated explicitly: for maximal efficiency your dwarves should spend the least amount of time moving about and the most time doing productive things. Fortress interior design is critical to productivity.
Bedroom design
Enterprising players often try to find a design for their living quarter area which is either very space efficient or easy on the eye. This subject haven't been tackled much yet but you can see the different designs most often used by players of older versionsvDF 0.23.130.23a and down here on the old Wiki. Most of them are still applicable on the newer versionsvDF 0.27.169.32a and up but could possibly be heavily modified to benefit from the new Z-axis stairs placing.
Workshop Logistics
At a certain point, the most important thing for your fortress is not that you have workshops, but that they are placed efficiently.
=WWWWWW=WWWWWW= =iiiiii=iiiiii= =iiiiii=iiiiii= =iiiiii=iiiiii= =oooooo=oooooo= =oooooo=oooooo= =oooooo=oooooo= ............... ............... ............... ===============
The idea is that there is a wide hallway at the bottom for easy access for haulers. The workshops are at the top because much less dwarf-hours will be spent moving to the workshop itself than haulers moving to the stockpiles. You pair workshops that have similar inputs or similar outputs or where the output of one is the input of another. Examples: Pair a mechanic's workshop with a mason's workshop because both consume stone and produce furniture. If multiple inputs are required, it is better to split the 3x6 space into specialized stockpiles rather than having a single 'input' stockpile because you want to make sure that there is always some of every input. Use the 'take from stockpile' interface to fill these subsidiary stockpiles from your main stockpile and vice versa.
Another good way to do this is with the stockpiles on the next Z-level, making it slightly more efficient, like this:
Level 0:
=============== =WWWWWW=WWWWWW= =WWWWWW=WWWWWW= =WWWWWW=WWWWWW= ...>......>.... ===============
Level -1:
=============== =iiiiii=iiiiii= =iiiiii=iiiiii= =iiiiii=iiiiii= =..<...=..<...= =oooooo=oooooo= =oooooo=oooooo= =oooooo=oooooo= ............... ............... ............... ===============
=WWWWWW=WWWWWW= =WWWWWW=WWWWWW= =iiiiii=iiiiii= =iiiiii=iiiiii= =iiiiii=iiiiii= =oooooo=oooooo= =oooooo=oooooo= =oooooo=oooooo= ............... ............... ............... ===============
The idea is that there is a wide hallway at the bottom for easy access for haulers. The workshops are at the top because much less dwarf-hours will be spent moving to the workshop itself than haulers moving to the stockpiles. You pair workshops that have similar inputs or similar outputs or where the output of one is the input of another. Examples: Pair a mechanic's workshop with a mason's workshop because both consume stone and produce furniture. If multiple inputs are required, it is better to split the 3x6 space into specialized stockpiles rather than having a single 'input' stockpile because you want to make sure that there is always some of every input. Use the 'take from stockpile' interface to fill these subsidiary stockpiles from your main stockpile and vice versa.
Fluid workshop locations
Alternatively, you can employ a "work site" methodology where workshops are constructed and destroyed as necessary. For example, if you mine out a huge dining hall and it is completely filled with stone, build a masonry shop in the hall to manufacture tables and chairs. This eliminates the need for a stone hauler because your mason only has to travel a few squares to get raw material. In addition it makes furniture hauling more efficient because the tables and chairs are right next to their eventual location. And of course it clears stone out of your dining hall, eliminating the need for a refuse hauler to dump it all.
Miscellaneous strategies
Use for soil layers
Soil layers (such as clay, loam, etc.) - which may at first seem to be of secondary importance - are very useful for large storage areas, as they do not leave rock behind when dug through and may be excavated much faster by comparison. You can also farm on soil tiles without first making them muddy.
Since soil cannot be smoothed or detailed, it is a less than ideal medium to assign rooms in. Workshops do not have happy thoughts for increased surrounding worth, so if proximity to another area is not an issue, soil is a great place to put them.
Dams
In Dwarf Fortress, a dam can be built across a river or brook. This has several uses:
- Stop a river from flowing altogether
- Modify a river's path
- Create a pretty lake or functional reservoir
- Create water-based traps
Dam construction
Constructing a dam (probably) requires the draining of a river so walls or floodgates can be built on the river bed. If your map freezes during winter this should be easy.
Once the river has been drained you may have to dig into to river bed to be able to place buildings. It will look a bit like this:
After you have access to a river bed simply build a series of walls on top of it, blocking the path of the river. When the water comes back it will fill up the gap as far as it must to let the blocked water flow further. If you build your dam up to the level of the river the water will stop at the dam (it will not overflow). Since this defies logic it may be fixed in future releases.
You can create a massive flood if you build a dam out of floodgates and open them all at once.