![]() The distinction between minerals like mica (simple) and rocks like granite (composite) does not matter for Dwarf Fortress just like in everyday language, they're all just "stones". Quartz is a component mineral of rocks (stones) such as quartzite (almost entirely made of quartz) or granite (some 20~60% quartz, a bunch more of the mineral "feldspar", plus mica and some others). For example, the mineral quartz is composed of silicon dioxide (SiO₂) arranged in a pyramid structure. Minerals, the building blocks of rock, are hard inorganic materials with a definite chemical formula and a certain atomic structure. ![]() In geological terminology, a rock or stone is basically a composite of minerals. Below is a very brief introduction tailored for DF gamers, with links to the relevant game-specific pages. If you don't happen to have one close by, the Wikipedia articles for geology, mineralogy, or the terms in question might help. To understand the terms used here, you may want to crack open a geology textbook (a high school one should suffice). The geology and stones of Dwarf Fortress are based (to some extent) on real-world geology and mineralogy. Galena, Horn silver, Native aluminum, Native platinum, Native silverĪnhydrite, Dacite (L), Gneiss (L), Granite (L), Phyllite (L), StibniteĪndesite (L), Basalt (L), Chromite, Claystone (L), Diorite (L), Gabbro (L), Graphite, Hornblende, Ilmenite, Jet, Mica, Pyrolusite, Rhyolite (L), Shale (L), SlateĬhert (L), Conglomerate (L), Mudstone (L), Puddingstone, Sandstone (L), Schist (L), Siltstone (L)īrimstone, Orpiment, Orthoclase, Saltpeter, SylviteĭF Geology and Geology in Real Life (L) - occurs in large clusters (V) - occurs in veins (S) - occurs in small clusters (1) - occurs in individual tiles By Color įor those concerned with aesthetics and wanting to know which stones are available in each color.Īlunite, Borax, Cryolite, Marcasite, Periclase, Quartzite (L), Rock salt (L), TalcĪlabaster, Calcite, Chalk (L), Dolomite (L), Limestone (L), Marble (L), Satinspar, Selenite Gneiss (S), Quartzite (S), Marble (S), Schist (S)Īll Igneous intrusive (L), All Metamorphic (L) Gypsum (S), Satinspar (1), Alabaster (1), Selenite (1)Īll Igneous extrusive (V), Shale (V), Quartzite (V) The following table does not contain ores and gems. Non-layer stone formations occur in one of three shapes: large clusters, veins, and small clusters. A few of these stones, such as olivine, have other, more interesting minerals appear inside them. Note that the veins or clusters can spread into other layers, and may cause some layers to contain stones they usually wouldn't. When your miners newly encounter one of them you will receive an announcement, even for the ones that have no use other than to build constructions of unusual colors. Stones found on this table will occur as pockets and veins inside their respective stone layers (see above). These types of stone occur as entire layers, containing some veins and pockets of other minerals (see below). you won't find limestone in a marble layer.) The primary types of rock only occur in their own layers. The types are sedimentary layers, igneous intrusive layers, igneous extrusive layers, and metamorphic layers. The type of layer is the primary indicator of what kind of ores you are likely to find on the map, as well as a sign of volcanic activity. There are four types of stone layers (plus soil, which is not stone). If you are having the opposite problem, and find yourself running out of stone, try making stone blocks. Having created loose stone, most of the time you'll want to get rid of it, or at least move it someplace else. Bituminous coal and lignite can be reserved for making coke. For ores, this is smelting, and for fluxes, this is steel production. Few of these have a use outside of items and structures ( obsidian being a notable exception).Įconomic stones are types of stone that can be reserved for a special purpose. Rough gems: rough gems can be cut, then used to encrust objects and create windows.Ore: stones that produce metal bars when smelted.Loose stones are divided into a few key categories: Other types of minable tiles include soil, sand, and clay these tiles do not produce loose stones when mined. Mining a rock tile leaves behind a loose stone (or just "a stone") roughly 25% of the time. An unmined rock or stone tile is a naturally occurring solid aggregate of minerals.
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