- 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 "40d:Stone"
Zaratustra (talk | contribs) |
|||
Line 128: | Line 128: | ||
|Pitchblende||Granite||Small clusters||{{Raw Tile|*|#808|#ccc}} | |Pitchblende||Granite||Small clusters||{{Raw Tile|*|#808|#ccc}} | ||
|- | |- | ||
− | |Puddingstone||Conglomerate||Large clusters||{{Raw Tile| | + | |Puddingstone||Conglomerate||Large clusters||{{Raw Tile|Θ|#880|#ccc}} |
|- | |- | ||
|Pyrolusite||All Igneous ||Small clusters||{{Raw Tile|%|#888|#ccc}} | |Pyrolusite||All Igneous ||Small clusters||{{Raw Tile|%|#888|#ccc}} |
Revision as of 18:26, 9 November 2007
Stone or rock is a naturally occuring solid aggregate of minerals. It sometimes leaves behind boulders after being mined (the drop rate is dependant on the skill of the miner). Other types of minable tiles include soil and sand.
Stone is divided into three key categories:
- Metal ore: stone that produces metal bars when smelted
- Economic stone: coal and stone that is used as a flux, or has other desirable features
- Other stone: stone that is only used for items and structures and has no special features other than color
Layers
There are four types of stone layers. The type of layer is the primary indicator of what kind of ore you will find on the map, as well as a sign of volcanic activity. The types are sedimentary layers, igneous intrusive layers, igneous extrusive layers, and metamorphic layers. You will also find layers of soil, but these rarely contain much ore.
The primary types of rocks only occur in their own layers. You won't find limestone in a marble layer.
Stone occuring as layers
Sedimentary | Igneous intrusive | Igneous extrusive | Metamorphic |
---|---|---|---|
Other Stone
Stone name | Found in | Found how | Icons |
---|---|---|---|
Alabaster | Gypsum | Small clusters | ^ |
Alunite | All Igneous extrusive, Kaolinite | Large clusters | ` |
Anhydrite | Gypsum, Satinspar, Alabaster, Selenite | Single | v |
Bauxite | All Sedimentary | Large clusters | + |
Bituminous coal | All Sedimentary | Veins | ☼ |
Borax | Gypsum, Rock_Salt | Small clusters | ` |
Brimstone | All Igneous extrusive, Gypsum | Small clusters | % |
Calcite | Limestone, Marble | Small clusters | " |
Chromite | Olivine | Veins | = |
Cinnabar | All Igneous extrusive, Shale, Quartzite | Veins | £ |
Cobaltite | All Igneous All Metamorphic | Veins | £ |
Cryolite | Granite | Small clusters | - |
Graphite | Gneiss, Quartzite, Marble, Schist | Small clusters | o |
Gypsum | All Sedimentary | Large clusters | # |
Hornblende | All Igneous, All Metamorphic | Small clusters | " |
Ilmenite | Gabbro | Small clusters | . |
Jet | All Sedimentary | Large clusters | ░ |
Kaolinite | All Sedimentary | Large clusters | = |
Kimberlite | Gabbro | Veins | % |
Lignite | All Sedimentary | Veins | * |
Marcasite | Kaolinite | Small clusters | % |
Mica | All Metamorphic, Granite | Large clusters | v |
Microcline | All All Stone | Large clusters | % |
Olivine | Gabbro | Large clusters | % |
Orpiment | All Igneous extrusive | Small clusters | - |
Orthoclase | All Igneous intrusive, All Metamorphic | Large clusters | % |
Periclase | Marble | Small clusters | , |
Petrified wood | All Sedimentary | Small clusters | % |
Pitchblende | Granite | Small clusters | * |
Puddingstone | Conglomerate | Large clusters | Θ |
Pyrolusite | All Igneous | Small clusters | % |
Realgar | All Igneous extrusive | Small clusters | % |
Rutile | All Metamorphic, Granite | Small clusters | ` |
Saltpeter | All Sedimentary | Small clusters | x |
Satinspar | Gypsum | Small clusters | - |
Selenite | Gypsum | Small clusters | ; |
Serpentine | Olivine | Small clusters | ≈ |
Stibnite | All Igneous extrusive | Small clusters | % |
Sylvite | Rock salt | Large clusters | = |
Talc | Dolomite | Large clusters | | |
Stone in real life
The geology and stone of Dwarf Fortress is based on real-world geology and mineralogy. To understand the terms used here, you may want to crack open a geology textbook. If you don't happen to have one close by, the Wikipedia articles for geology, mineralogy, or the terms in question might help.