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Difference between revisions of "40d:The Non-Dwarf's Guide to Rock"

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| [[Bismuthinite]]||rare/obscure Ore||ingredient of [[Bismuth Bronze]]
 
| [[Bismuthinite]]||rare/obscure Ore||ingredient of [[Bismuth Bronze]]
 
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| [[Bituminous coal]]||Stone||Smelt into [[Fuel]]
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| [[Bituminous coal]]||Stone||Smelt into [[Fuel]], Flammable
 
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| [[Borax]]||Stone||
 
| [[Borax]]||Stone||
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| [[Kimberlite]]||Stone||Only source of [[diamond]]s, dark blue color
 
| [[Kimberlite]]||Stone||Only source of [[diamond]]s, dark blue color
 
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| [[Lignite]]||Stone||Smelt into [[Fuel]]
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| [[Lignite]]||Stone||Smelt into [[Fuel]], Flammable
 
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| [[Limestone]]||[[Layer]] stone||[[Flux]], mid-value stone
 
| [[Limestone]]||[[Layer]] stone||[[Flux]], mid-value stone

Revision as of 13:23, 22 May 2009

Wondering what that new kind of rock your dwarves just struck is good for? Possibly nothing, but when you're just getting started it can be tough to tell the trash from the treasure. The following table summarizes the types of stone and ore found in Dwarf Fortress (note that it does not include gems).

The Uses column lists any special uses or properties of this particular stone type; if no uses are listed, you can always use the stone for general construction and crafting. Note that many "low value" materials are still very useful in a Dwarf Fortress. "Colors" are useful for color coding or creative aesthetic uses.

For more detailed and expanded information, see the Stone, Ore, Metal, Alloy, Veins & Clusters, and Smelting pages, or the article on any particular stone, metal or ore.

Name Type Uses
Aluminum, native a high-value Ore Smelt into aluminum, a highest-value metal
Alunite Stone
Andesite Layer stone
Anhydrite Stone
Basalt Layer stone
Bauxite Stone Magma-proof doors, floodgates, mechanisms & etc; only source of some high-value gems
Bismuthinite rare/obscure Ore ingredient of Bismuth Bronze
Bituminous coal Stone Smelt into Fuel, Flammable
Borax Stone
Brimstone Stone yellow color
Calcite Stone Flux, mid-value stone
Cassiterite uncommon Ore Smelt into tin, a low-value metal; ingredient of bronzes
Chalk Layer stone Flux, mid-value stone
Chert Layer stone
Chromite Stone
Cinnabar Stone red color
Claystone Layer stone
Cobaltite Stone blue color
Conglomerate Layer stone
Copper nuggets common low-value Ore Smelt into copper, a low-value metal
Cryolite Stone
Diorite Layer stone
Dolomite Layer stone Flux, mid-value stone
Felsite Layer stone
Flint Layer stone
Gabbro Layer stone only source of some ores & gems
Galena Ore Smelt into lead, a low-value metal, w/ a 50% chance for silver
Garnierite uncommon Ore Smelt into Nickel, a low-value but magma-proof metal
Gneiss Layer stone
Gold nuggets Ore Smelt into gold, a high-value metal
Granite Layer stone only source of some ores; relatively rich in content, often found at the base of mountains.
Graphite Stone Flammable
Gypsum Stone yellow Color
Hematite Ore Smelt into iron, , a mid-value metal; ingredient for steel
Horn silver Ore Smelt into silver, a mid-value metal
Hornblende Stone
Ilmenite Stone
Jet Stone
Kaolinite Stone dark red color
Kimberlite Stone Only source of diamonds, dark blue color
Lignite Stone Smelt into Fuel, Flammable
Limestone Layer stone Flux, mid-value stone
Limonite high-value Ore Smelt into iron, a mid-value metal; ingredient for steel
Magnetite high-value Ore Smelt into iron, a mid-value metal; ingredient for steel
Malachite low-value Ore Smelt into copper, a low-value metal
Marble Layer stone Flux, mid-value stone
Marcasite Stone
Mica Stone
Microcline Stone eye-blasting blue color
Mudstone Layer stone
Obsidian Layer stone create stone short swords, highest value stone
Olivine Stone may contain platinum, green color
Orpiment Stone yellow color
Orthoclase Stone yellow color
Periclase Stone
Petrified wood Stone bright red color
Phyllite Layer stone
Pitchblende Stone purple color
Platinum nuggets highest-value Ore Smelt into platinum, a highest-value metal
Puddingstone Stone
Pyrolusite Stone
Quartzite Layer stone
Raw Adamantine THE Highest value "Ore" becomes Adamantine, by far the most valuable substance
Realgar Stone bright red color
Rhyolite Layer stone
Rock salt Layer stone
Rutile Stone Purple color
Saltpeter Stone yellow color
Sandstone Layer stone
Satinspar Stone
Schist Layer stone Brown color
Selenite Stone
Serpentine Stone green color
Shale Layer stone
Siltstone Layer stone
Silver nuggets Ore Smelt into silver, a mid-value metal
Slate Layer stone
Sphalerite uncommon Ore Smelt into zinc, a low-value metal; ingredient for brass
Stibnite Stone
Sylvite Stone yellow color
Talc Stone
Tetrahedrite low-value Ore Smelt into copper, a low-value metal, w/ a 20% additional chance of silver; smelt into billon


"Values" are all relative to each other, on a common scale. Value multiplies any final product that is created with that material by that multiplier. A generic statue is worth much more than a generic mug, but a gold mug might be worth more than a common-stone statue. (Note - "quality" also factors in to total value of a final product, as do some other considerations, but those are outside the scope of this intro article). Bottom line - go for the more valuable stuff.

Common stones have a value multiplier of x1, mid-value are x2, and high-value (obsidian only) is x3. This affects things like stone tables and doors, statues or stonecrafts - anything made from stone.

For metals, low-value (like copper or nickel) is x2 or x3. Mid-value (silver or iron) is around x10, high-value (gold, steel) is x30, and highest-value (platinum, aluminum) is x40. Note that the raw mined ore and the smelted pure metal often have different value multipliers, but not always. Alloys like steel, brass or bronze (values not listed here) are often more valuable than the sum of their pure metal ingredients. Metal can be crafted into weapons, armour or tools, decorations, furniture or even buildings.

Adamantine is not exactly a metal, altho' it works almost the same. It has a value multiplier of x300 (yes, three hundred). It is also quantums better than steel for all combat purposes, and steel is the best material otherwise available.

(To be complete and for comparison, all wood has a value of x1.)