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Difference between revisions of "v0.34:Dragonfire"
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'''Dragonfire''' is a very powerful form of [[fire]] that is produced by [[dragon]]s. Dragonfire forms a rough cone shape, with a range of approximately 20 tiles and a spread of 10 tiles{{cite talk|fire#Dragonfire}}. Notably, dragonfire does not spread vertically through additional [[z-level]]s (although dragons will target visible creatures on other z-levels). Despite its powerfully destructive nature, dragonfire can effectively be blocked by a simple [[shield]] better than 99% of the time. | '''Dragonfire''' is a very powerful form of [[fire]] that is produced by [[dragon]]s. Dragonfire forms a rough cone shape, with a range of approximately 20 tiles and a spread of 10 tiles{{cite talk|fire#Dragonfire}}. Notably, dragonfire does not spread vertically through additional [[z-level]]s (although dragons will target visible creatures on other z-levels). Despite its powerfully destructive nature, dragonfire can effectively be blocked by a simple [[shield]] better than 99% of the time. | ||
| − | Legends claim that dragonfire can reach temperatures up to {{ct|50000}}. At that temperature, almost all materials should be destroyed (the [[dragon]]'s own body and its butchering products are exceptions). However, research has shown that dragonfire | + | Legends claim that dragonfire can reach temperatures up to {{ct|50000}}. At that temperature, almost all materials should be destroyed (the [[dragon]]'s own body and its butchering products are exceptions). However, research has shown that dragonfire is quite particular about which objects it affects. When in a tile with dragonfire, organic materials will ignite, even including [[nether-cap]] wood with its fixed temperature. Non-flammable common [[stone]], [[glass]], and [[ceramic]] items will melt and boil away. Metal objects and metal buildings, however, are apparently immune to dragonfire, even non-fire-safe metals like [[tin]]. Dragonfire is similarly ineffective against [[water]], producing no [[steam]] or evaporation. [[Building]]s (but not [[construction]]s) are affected by dragonfire on their tile, making non-dragonfire-safe doors immune as long as they remain closed. |
| − | Objects ignited by dragonfire burn at their standard combustion temperature | + | Objects ignited by dragonfire drop to and continue to burn at their standard combustion temperature, however repeated blasts of dragonfire can sustain much higher combustion temperatures, sufficient even to eventually melt nearby [[adamantine]]. |
Latest revision as of 21:35, 21 July 2014
| This article is about an older version of DF. |
Dragonfire is a very powerful form of fire that is produced by dragons. Dragonfire forms a rough cone shape, with a range of approximately 20 tiles and a spread of 10 tiles[1]. Notably, dragonfire does not spread vertically through additional z-levels (although dragons will target visible creatures on other z-levels). Despite its powerfully destructive nature, dragonfire can effectively be blocked by a simple shield better than 99% of the time.
Legends claim that dragonfire can reach temperatures up to 50000 °U . At that temperature, almost all materials should be destroyed (the dragon's own body and its butchering products are exceptions). However, research has shown that dragonfire is quite particular about which objects it affects. When in a tile with dragonfire, organic materials will ignite, even including nether-cap wood with its fixed temperature. Non-flammable common stone, glass, and ceramic items will melt and boil away. Metal objects and metal buildings, however, are apparently immune to dragonfire, even non-fire-safe metals like tin. Dragonfire is similarly ineffective against water, producing no steam or evaporation. Buildings (but not constructions) are affected by dragonfire on their tile, making non-dragonfire-safe doors immune as long as they remain closed.
Objects ignited by dragonfire drop to and continue to burn at their standard combustion temperature, however repeated blasts of dragonfire can sustain much higher combustion temperatures, sufficient even to eventually melt nearby adamantine.