- v50 information can now be added to pages in the main namespace. v0.47 information can still be found in the DF2014 namespace. See here for more details on the new versioning policy.
- Use this page to report any issues related to the migration.
Difference between revisions of "v0.31:Freezing"
(Fixing links within namespace (0967/2808)) |
|||
(20 intermediate revisions by 12 users not shown) | |||
Line 1: | Line 1: | ||
+ | {{quality|Fine|17:25, 27 November 2010 (UTC)}}{{av}} | ||
+ | |||
<!-- Work in progress --> | <!-- Work in progress --> | ||
− | |||
+ | = Freezing Water = | ||
+ | Water in Dwarf Fortress can freeze to become ice if the temperature is low enough and the water is exposed to the air. The tile must be tagged as 'Above Ground' in order for the temperature to get low enough, as all 'Subterranean' tiles remain at a consistent [[temperature]] of 10015°U (47°F, or about 8.3°C). | ||
+ | |||
+ | Water at level 1/7 freezes to become an ice floor. | ||
+ | Water at level 2/7 or greater freezes to become an ice wall. Any ice wall will return 7/7 water when melted, or can be mined for 1 boulder of ice. | ||
+ | |||
+ | == Creature Effects == | ||
+ | |||
+ | Creatures on a water tile that freezes into an ice wall are instantly killed. Dwarves die with the message "<dwarf name> has been encased in ice". The ice wall must be melted or mined in order to regain the items. | ||
+ | |||
+ | == Building Effects == | ||
+ | |||
+ | Floor hatches will disassemble if covered by an ice wall. The hatches and any associated mechanisms survive the process, but will wash away once the ice melts. | ||
+ | |||
+ | == Melting == | ||
+ | Ice can melt when the temperature rises as part of the natural cycle of seasons. Some biomes may be frozen all year round and others may never freeze. Ice can also be melted by proximity to [[magma]]. An ice tile with magma above or beneath it, or within 2 tiles on the same z-level, will cause the ice to melt (or will prevent water freezing in the first place). | ||
+ | |||
+ | = Climate = | ||
+ | Freezing [[climate]]s are the coldest, and water on them is typically in permafrost. Choosing to embark in one poses an interesting challenge and offers opportunities for substantial amounts of [[losing|fun]]. | ||
== Settling == | == Settling == | ||
− | One of the first challenges presented by a freezing climate is the lack of [[water]]. | + | One of the first challenges presented by a freezing climate is the lack of [[water]] in any conveniently drinkable form. Along with trees, water may be the hardest resource to obtain. The ice chunks left behind while digging through ice cannot be melted into drinking water. There are several ways to approach a freezing area. One of them is embarking with a [[volcano]] in site, utilizing the natural obsidian surrounding it to create [[magma-safe]] floodgates and mechanisms to effectively melt ice. Another is to penetrate to the cavern levels, which may have water in liquid form. Note that [[ice]] can be used to create buildings and workshops, which may be melted by [[magma]] or other heat sources, and constructions, which will never melt. |
+ | |||
+ | Remember that staying outside too long can cause your livestock and dwarves to die from exposure if the temperature is low enough, although clothes and armour may help to stave it off. | ||
− | + | == Cautions == | |
+ | While channeling ice and magma, supervise your miners to ensure they are not encased in cooling magma or freezing ice. |
Latest revision as of 16:52, 8 December 2011
This article is about an older version of DF. |
Freezing Water[edit]
Water in Dwarf Fortress can freeze to become ice if the temperature is low enough and the water is exposed to the air. The tile must be tagged as 'Above Ground' in order for the temperature to get low enough, as all 'Subterranean' tiles remain at a consistent temperature of 10015°U (47°F, or about 8.3°C).
Water at level 1/7 freezes to become an ice floor. Water at level 2/7 or greater freezes to become an ice wall. Any ice wall will return 7/7 water when melted, or can be mined for 1 boulder of ice.
Creature Effects[edit]
Creatures on a water tile that freezes into an ice wall are instantly killed. Dwarves die with the message "<dwarf name> has been encased in ice". The ice wall must be melted or mined in order to regain the items.
Building Effects[edit]
Floor hatches will disassemble if covered by an ice wall. The hatches and any associated mechanisms survive the process, but will wash away once the ice melts.
Melting[edit]
Ice can melt when the temperature rises as part of the natural cycle of seasons. Some biomes may be frozen all year round and others may never freeze. Ice can also be melted by proximity to magma. An ice tile with magma above or beneath it, or within 2 tiles on the same z-level, will cause the ice to melt (or will prevent water freezing in the first place).
Climate[edit]
Freezing climates are the coldest, and water on them is typically in permafrost. Choosing to embark in one poses an interesting challenge and offers opportunities for substantial amounts of fun.
Settling[edit]
One of the first challenges presented by a freezing climate is the lack of water in any conveniently drinkable form. Along with trees, water may be the hardest resource to obtain. The ice chunks left behind while digging through ice cannot be melted into drinking water. There are several ways to approach a freezing area. One of them is embarking with a volcano in site, utilizing the natural obsidian surrounding it to create magma-safe floodgates and mechanisms to effectively melt ice. Another is to penetrate to the cavern levels, which may have water in liquid form. Note that ice can be used to create buildings and workshops, which may be melted by magma or other heat sources, and constructions, which will never melt.
Remember that staying outside too long can cause your livestock and dwarves to die from exposure if the temperature is low enough, although clothes and armour may help to stave it off.
Cautions[edit]
While channeling ice and magma, supervise your miners to ensure they are not encased in cooling magma or freezing ice.