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...uman body temperature is technically 10066.6, but has been rounded up to {{ct|10067}} in the [[raw file|raws]]. Also interesting is the fact that tempera | {{ct|09850}}

...uman body temperature is technically 10066.6, but has been rounded up to {{ct|10067}} in the [[raw file|raws]]. Also interesting is the fact that tempera | {{ct|9850}}

...uman body temperature is technically 10066.6, but has been rounded up to {{ct|10067}} in the [[raw file|raws]]. Also interesting is the fact that tempera | {{ct|09850}}

...y speaking, only a material which is solid and stable at the temperature {{ct|12000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate ...to magma. Glass is technically magma safe, based on its melting point of {{ct|13600}} (the same as that of bauxite); however, while glass items used in b

* Dragonfire - {{ct|50000}} * Magma - {{ct|12000}}

* Dragonfire - {{ct|50000}} * Magma - {{ct|12000}}

...AFE] token, only a material which is solid and stable at the temperature {{ct|12000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate In the game, magma's temperature is exactly {{ct|12000}}.

...AFE] token, only a material which is solid and stable at the temperature {{ct|12000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate In the game, magma's temperature is exactly {{ct|12000}}.

...AFE] token, only a material which is solid and stable at the temperature {{ct|12000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate In the game, magma's temperature is exactly {{ct|12000}}.

...ure of a subterranean tile is {{ct|10015}} and the dwarven homeotherm is {{ct|10067}}.

...]]ty for any material is defined as being stable at a [[temperature]] of {{ct|11000}}.

...]]ty for any material is defined as being stable at a [[temperature]] of {{ct|11000}}, though this doesn't actually work due to a bug.

In the normal underground temperature of {{ct|10015}}, evaporation occurs when water or [[magma]] is at a depth of 1/7. T The freezing point of water, {{ct|10000}}, is an important, if not ''the'' most important, [[temperature]] in

...]]ty for any material is defined as being stable at a [[temperature]] of {{ct|11000}}, though this doesn't actually work due to a bug.

...id. It does not melt, but gradually decomposes in [[temperature]]s above {{ct|10180}}. It has a [[density]] of 1200, slightly higher than [[water]]. Yellow-colored filth is a liquid that freezes at {{ct|10000}} and boils at {{ct|10180}}. It has a [[density]] of 920 when frozen and 1000 when liquid, exac

...id. It does not melt, but gradually decomposes in [[temperature]]s above {{ct|10180}}. It has a [[density]] of 1200, slightly higher than [[water]]. ...llow-colored filth is a liquid that freezes at {{ct|10000}} and boils at {{ct|10180}}. It has a [[density]] of 920 when frozen and 1000 when liquid, exac

...id. It does not melt, but gradually decomposes in [[temperature]]s above {{ct|10180}}. It has a [[density]] of 1200, slightly higher than [[water]]. ...llow-colored filth is a liquid that freezes at {{ct|10000}} and boils at {{ct|10180}}. It has a [[density]] of 920 when frozen and 1000 when liquid, exac

...]]ty for any material is defined as being stable at a [[temperature]] of {{ct|11000}}.

...id. It does not melt, but gradually decomposes in [[temperature]]s above {{ct|10180}}. It has a [[density]] of 1200, slightly higher than [[water]]. Yellow-colored filth is a liquid that freezes at {{ct|10000}} and boils at {{ct|10180}}. It has a [[density]] of 920 when frozen and 1000 when liquid, exac

...]]ty for any material is defined as being stable at a [[temperature]] of {{ct|11000}}.

In the normal underground temperature of {{ct|10015}}, evaporation occurs when water or [[magma]] is at a depth of 1/7. E The freezing point of water, {{ct|10000}}, is an important, if not the most important, [[temperature]] in Dwa

In the normal underground temperature of {{ct|10015}}, evaporation occurs when water or [[magma]] is at a depth of 1/7. T The freezing point of water, {{ct|10000}}, is an important, if not ''the'' most important, [[temperature]] in

* [[Melting point]] {{ct|11656}} * [[Boiling point]] {{ct|14068}}

* [[Melting point]] {{ct|11500}} * [[Boiling point]] {{ct|14000}}

* [[Temperature|Heat damage point]] {{ct|10250}} * [[Temperature|Cold damage point]] {{ct|9900}}

* [[Melting point]] {{ct|11868}} * [[Boiling point]] {{ct|14140}}

* [[Melting point]] {{ct|11500}} * [[Boiling point]] {{ct|14000}}

...itionally, it is [[magma safe]], with an extremely high melting point of {{ct|16507}}. ...nt]] of all common* stones and metals. It is not safe from the scorching {{ct|50000}} heat of [[dragon]] fire, though it will last longer than most miner

* [[Melting point]] {{ct|11915}} * [[Boiling point]] {{ct|15141}}

Legends claim that dragonfire can reach temperatures up to {{ct|50000}}. At that temperature, almost all materials should be destroyed (the | {{ct|55000}}

* [[Melting point]] {{ct|11828}} * [[Boiling point]] {{ct|14968}}

...sup>1</sup> if it touches [[water]]. In the game, magma's temperature is {{ct|12000}}. See the list of '''[[magma-safe]]''' materials for more informatio Tiles directly adjacent to magma will be heated to a temperature of {{ct|10075}}, causing revealed unmined tiles to flash with {{Tile|☼|6:4:1}} wh

...yer]]s. With a melting point of {{ct|10601}} and a boiling point of only {{ct|10720}}, it is one of the few stones which will ''boil'' in [[magma]]. Salt

* [[Melting point]] {{ct|10755}} * [[Boiling point]] {{ct|11633}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14684}}

* [[Melting point]] {{ct|10589}} * [[Boiling point]] {{ct|13148}}

* [[Melting point]] {{ct|11915}} * [[Boiling point]] {{ct|15141}}

...es at [[temperature|{{ct|10000}}]] and boils/decomposes at [[temperature|{{ct|10180}}]] and has the same density as [[water]]. It is only known to appear

* [[Melting point]] {{ct|25000}} * [[Boiling point]] {{ct|50000}}

...layers. With a melting point of {{ct|10601}} and a boiling point of only {{ct|10720}}, it is one of the few stones which will ''boil'' in [[magma]].

* [[Melting point]] {{ct|11500}} * [[Boiling point]] {{ct|14000}}

* [[Melting point]] {{ct|11828}} * [[Boiling point]] {{ct|14968}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14684}}

* [[Melting point]] {{ct|11731}} * [[Boiling point]] {{ct|13892}}

* [[Melting point]] {{ct|11188}} * [[Boiling point]] {{ct|14534}}

...e cone of [[dragon]] [[fire]] that burns target creatures at a scorching {{ct|50000}}. | Emits a narrow cone of [[fire]] that burns target creatures at {{ct|11000}}.

* [[Melting point]] {{ct|12106}} * [[Boiling point]] {{ct|13968}}

* [[Melting point]] {{ct|12768}} * [[Boiling point]] {{ct|15150}}

...d. It freezes at [[temperature|{{ct|10000}}]] and boils at [[temperature|{{ct|10180}}]], and has the same density as [[water]]. It was well-known in v0.2

In extremely hot regions (above {{ct|10078}} (or 104 in the worldgen max temperature setting?)), [[dwarves]] and In extremely cold regions (below {{ct|9964}}, -48 in the worldgen scale), [[dwarves]] and livestock may succumb t

...e cone of [[dragon]] [[fire]] that burns target creatures at a scorching {{ct|50000}}. For this you want FLOW instead of a material. | Emits a narrow cone of [[fire]] that burns target creatures at {{ct|11000}}. For this you want FLOW instead of a material.

...sup>1</sup> if it touches [[water]]. In the game, magma's temperature is {{ct|12000}}. See the list of '''[[magma-safe]]''' materials for more informatio Tiles directly adjacent to magma will be heated to a temperature of {{ct|10075}}, causing revealed unmined tiles to flash with {{Tile|☼|6:4:1}} wh

...e cone of [[dragon]] [[fire]] that burns target creatures at a scorching {{ct|50000}}. | Emits a narrow cone of [[fire]] that burns target creatures at {{ct|11000}}.

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14648}}

* [[Melting point]] {{ct|12106}} * [[Boiling point]] {{ct|13968}}

* [[Melting point]] {{ct|13182}} * [[Boiling point]] {{ct|16885}}

* [[Melting point]] {{ct|11731}} * [[Boiling point]] {{ct|13892}}

* [[Melting point]] {{ct|12768}} * [[Boiling point]] {{ct|15150}}

* [[Temperature|Heat damage point]] {{ct|10250}} * [[Temperature|Cold damage point]] {{ct|9900}}

* [[Melting point]] {{ct|11952}} * [[Boiling point]] {{ct|14611}}

* [[Melting point]] {{ct|10488}} * [[Boiling point]] {{ct|12815}}

* [[Melting point]] {{ct|11868}} * [[Boiling point]] {{ct|14140}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14648}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14648}}

* [[Melting point]] {{ct|11500}} * [[Boiling point]] {{ct|14000}}

* [[Melting point]] {{ct|11952}} * [[Boiling point]] {{ct|14611}}

* [[Melting point]] {{ct|12619}} * [[Boiling point]] {{ct|15243}}

* [[Melting point]] {{ct|13182}} * [[Boiling point]] {{ct|16885}}

* [[Melting point]] {{ct|11620}} * [[Boiling point]] {{ct|15243}}

* [[Melting point]] {{ct|11500}} * [[Boiling point]] {{ct|14000}}

* [[Melting point]] {{ct|11952}} * [[Boiling point]] {{ct|14611}}

...d. It freezes at [[temperature|{{ct|10000}}]] and boils at [[temperature|{{ct|10180}}]], and has the same density as [[water]]. It does not seem to appea

...up>1</sup> if it touches [[water]]. In the game, magma's temperature is {{ct|12000}}. See the list of '''[[magma-safe]]''' materials for more informatio Tiles directly adjacent to magma will be heated to a temperature of {{ct|10075}}, causing revealed unmined tiles to flash with {{Tile|☼|6:4:1}} wh

In extremely hot regions (above {{ct|10078}} (or 104 in the worldgen max temperature setting?)), [[dwarves]] and In extremely cold regions (below {{ct|9964}}, -48 in the worldgen scale), [[dwarves]] and livestock may succumb t

* [[Melting point]] {{ct|10755}} * [[Boiling point]] {{ct|11633}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14684}}

* [[Melting point]] {{ct|11952}} * [[Boiling point]] {{ct|14611}}

...itionally, it is [[magma safe]], with an extremely high melting point of {{ct|16507}}. It is pale pink with [[premium]] graphics or white with [[classic] ...nt]] of all common* stones and metals. It is not safe from the scorching {{ct|50000}} heat of [[dragon]] fire, though it will last longer than most miner

* [[Melting point]] {{ct|11915}} * [[Boiling point]] {{ct|15141}}

* [[Melting point]] {{ct|10488}} * [[Boiling point]] {{ct|12815}}

* [[Melting point]] {{ct|11868}} * [[Boiling point]] {{ct|14140}}

...| Reagent must be considered [[fire-safe]] (stable [[temperature]] below {{ct|11000}}) - i.e. not wood, and not coal. ...Reagent must be considered [[magma-safe]] (stable [[temperature]] below {{ct|12000}}).

* [[Melting point]] {{ct|11915}} * [[Boiling point]] {{ct|15141}}

In extremely hot regions (above {{ct|10078}}), [[dwarves]] and livestock may die from the heat (specifically, th In extremely cold regions (below {{ct|9964}}), [[dwarves]] and livestock may succumb to frostbite if they remain

* [[Melting point]] {{ct|11952}} * [[Boiling point]] {{ct|14611}}

* [[Melting point]] {{ct|11656}} * [[Boiling point]] {{ct|14068}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14684}}

* [[Melting point]] {{ct|10589}} * [[Boiling point]] {{ct|13148}}

...yer]]s. With a melting point of {{ct|10601}} and a boiling point of only {{ct|10720}}, it is one of the few stones which will ''boil'' in [[magma]]. Salt

| Reagent must be considered [[fire-safe]] (stable [[temperature]] below {{ct|11000}}) - i.e. not wood, and not coal. ...Reagent must be considered [[magma-safe]] (stable [[temperature]] below {{ct|12000}}).

Dragonfire can reach temperatures up to {{ct|50000}}. At that temperature, almost all materials should be destroyed. How *Dragonfire's temperature of {{ct|50000}} is the highest set temperature in the game. In comparison, it is ab

* [[Melting point]] {{ct|11868}} * [[Boiling point]] {{ct|14140}}

* [[Melting point]] {{ct|25000}} * [[Boiling point]] {{ct|50000}}

* [[Melting point]] {{ct|12718}} * [[Boiling point]] {{ct|14968}}

* [[Melting point]] {{ct|11602}} * [[Boiling point]] {{ct|13892}}

* [[Melting point]] {{ct|12619}} * [[Boiling point]] {{ct|15243}}

* [[Melting point]] {{ct|11620}} * [[Boiling point]] {{ct|15243}}

* [[Melting point]] {{ct|10417}} * [[Boiling point]] {{ct|14648}}

* [[Melting point]] {{ct|11500}} * [[Boiling point]] {{ct|14000}}

* [[Melting point]] {{ct|12718}} * [[Boiling point]] {{ct|14968}}

* [[Melting point]] {{ct|11952}} * [[Boiling point]] {{ct|14611}}

* [[Melting point]] {{ct|11602}} * [[Boiling point]] {{ct|13892}}

* [[Melting point]] {{ct|11188}} * [[Boiling point]] {{ct|14534}}

...act all metals barring [[adamantine]]. It is not safe from the scorching {{ct|50000}} heat of [[dragon]] fire, though it will last longer than most miner

Milk has a [[temperature|freezing point]] of {{ct|10000}}, the same as [[water]]. If milk is left in conditions below this te

...h, as all 'Subterranean' tiles remain at a consistent [[temperature]] of {{ct|10015}}. However, inside glaciers even 'Subterranean' tiles appear to be c

...le long (20+ tiles) jets of [[dragonfire]], a much-hotter (theoretically {{ct|50000}}, over four times the heat of [[magma]]) version of fire, which can

...characteristics (this implies that rubies are not magma-safe, melting at {{ct|11500}}). Rubies are also exactly identical to star rubies aside from the l

* [[Ignition point]] {{ct|11440}}

...ique property of being naturally cold, having a fixed [[temperature]] of {{ct|10000}} (the [[Water#Freezing point|freezing point of water]]). This fixed

...characteristics (this implies that rubies are not magma-safe, melting at {{ct|11500}}). Rubies are also exactly identical to star rubies aside from the l

...he game is concerned, only materials which are stable at the temperature {{ct|11000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate

...times; as valuable. It is not magma-safe, having the same melting point ({{ct|11500}}) and other properties as its more valuable relative.

Ceramics are [[fire-safe]] but not [[magma-safe]] (melting point: {{ct|11500}}), and [[dragonfire]] is capable of melting and boiling ceramic mate

...characteristics (this implies that rubies are not magma-safe, melting at {{ct|11500}}). Rubies are also exactly identical to star rubies aside from the l

...e. In addition to bite and claw attacks, they can breathe extremely hot ({{ct|50000}} hot) dragon[[fire]] over a considerable area, which can cause thing

...h, as all 'Subterranean' tiles remain at a consistent [[temperature]] of {{ct|10015}}. However, inside glaciers even 'Subterranean' tiles appear to be c

...th [[magma]], despite being strictly magma-safe (with a melting point of {{ct|13600}}) - glass objects dropped into magma tend to disappear instantly (a

Ceramics are [[fire-safe]] but not [[magma-safe]] (melting point: {{ct|11500}}), and [[dragonfire]] is capable of melting and boiling ceramic mate

...ame is concerned, only materials which are stable at the [[temperature]] {{ct|11000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate

...[[stone]] or [[metal]]. All wood is flammable, with an ignition point of {{ct|10508}}. Only [[nether-cap]] wood is [[magma-safe]], due to its fixed tempe

...d), but resist heat much more than most creatures, only taking damage at {{ct|15000}}. This makes them immune to fire and magma (obviously), but not [[dr

...ame is concerned, only materials which are stable at the [[temperature]] {{ct|11000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate

...ique property of being naturally cold, having a fixed [[temperature]] of {{ct|10000}} (the [[Water#Freezing point|freezing point of water]]). Most object

...s the game is concerned, any material which is stable at the temperature {{ct|11000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate

...d), but resist heat much more than most creatures, only taking damage at {{ct|15000}}. This makes them immune to fire and magma (obviously), but not [[dr

With a body temperature of {{ct|14000}}, a fire snake is hotter than magma and hotter than the melting poin

With a body temperature of {{ct|14000}}, a fire snake is hotter than magma and hotter than the melting poin

<pre>,.,CT,.,.</pre>

...AFE] token, only a material which is solid and stable at the temperature {{ct|12000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate

...th [[magma]], despite being strictly magma-safe (with a melting point of {{ct|13600}}) - '''built''' glass furniture will survive indefinitely when cover

...e from nether-cap because water will not freeze until it cools ''below'' {{ct|10000}}.

Legends claim that dragonfire can reach temperatures up to {{ct|50000}}. At that temperature, almost all materials should be destroyed (the

...e. In addition to bite and claw attacks, they can breathe extremely hot ({{ct|50000}} hot) dragon[[fire]] over a considerable area, which can cause thing

...th [[magma]], despite being strictly magma-safe (with a melting point of {{ct|13600}}) - '''built''' glass furniture will survive indefinitely when cover

Ceramics are [[fire-safe]] but not [[magma-safe]] (melting point: {{ct|11500}}), and [[dragonfire]] is capable of melting and boiling ceramic mate

...[[drown]] in it). They breathe out a jet of extremely hot (theoretically {{ct|50000}} hot, over four times the heat of [[magma]]) "[[dragonfire]]" which

...h, as all 'Subterranean' tiles remain at a consistent [[temperature]] of {{ct|10015}}. However, inside glaciers even 'Subterranean' tiles appear to be c

...le long (20+ tiles) jets of [[dragonfire]], a much-hotter (theoretically {{ct|50000}}, over four times the heat of [[magma]]) version of fire, which can

* [[Ignition point]] {{ct|11440}}

...ique property of being naturally cold, having a fixed [[temperature]] of {{ct|10000}} (the [[Water#Freezing point|freezing point of water]]). Most object

...times; as valuable. It is not magma-safe, having the same melting point ({{ct|11500}}) and other properties as its more valuable relative.

...intended to require the item's material to be stable at the temperature {{ct|11000}} (i.e. MELTING_POINT/BOILING_POINT/IGNITE_POINT/HEATDAM_POINT greate

...e), but resist heat much more than most creatures, only taking damage at {{ct|15000}}. This makes them immune to fire and magma (obviously), but not [[dr

...armed by being immersed in it). They breathe out a jet of extremely hot ({{ct|50000}} hot) "dragonfire" which can injure things that are immune to normal

...characteristics (this implies that rubies are not magma-safe, melting at {{ct|11500}}). Rubies are also exactly identical to star rubies aside from the l

...times; as valuable. It is not magma-safe, having the same melting point ({{ct|11500}}) and other properties as its more valuable relative.

...times; as valuable. It is not magma-safe, having the same melting point ({{ct|11500}}) and other properties as its more valuable relative.

...[[stone]] or [[metal]]. All wood is flammable, with an ignition point of {{ct|10508}}. Only [[nether-cap]] wood is [[magma-safe]], due to its fixed tempe