v50 Steam/Premium information for editors
  • 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.
This notice may be cached—the current version can be found here.

Difference between revisions of "40d:Tetrahedrite"

From Dwarf Fortress Wiki
Jump to navigation Jump to search
m (We don't need Everything to have a link, especially if the words linked to several times already in the article.)
(Fixing links within namespace (2188/2470))
 
(18 intermediate revisions by 8 users not shown)
Line 1: Line 1:
{{Ore|name=Tetrahedrite|tile=£|color=#888
+
{{quality|Exceptional|18:33, 8 November 2010 (UTC)}}{{Ore|name=Tetrahedrite|tile=£|color=0:7:1
 
|uses =  
 
|uses =  
 
* [[Ore]] of [[copper]]
 
* [[Ore]] of [[copper]]
 
* [[Ore]] of [[silver]] (20%)
 
* [[Ore]] of [[silver]] (20%)
 
* Smelting [[bronze]], [[brass]], [[trifle pewter]], [[fine pewter]], [[electrum]], and [[billon]]
 
* Smelting [[bronze]], [[brass]], [[trifle pewter]], [[fine pewter]], [[electrum]], and [[billon]]
|location =
+
|location={{Stonelookup/location|{{{{FULLPAGENAME}}/raw}}}}
* All [[stone]]
 
* Found as veins
 
 
|properties =
 
|properties =
 
* [[Economic stone]]
 
* [[Economic stone]]
 
* [[Material value]] 3}}
 
* [[Material value]] 3}}
 +
{{av}}
  
 
'''Tetrahedrite''' is the most versatile [[ore]] in the game.  It is an ore of both [[copper]] and [[silver]], and is found as veins in any [[stone]].
 
'''Tetrahedrite''' is the most versatile [[ore]] in the game.  It is an ore of both [[copper]] and [[silver]], and is found as veins in any [[stone]].
  
When [[smelt]]ed, tetrahedrite always produces a copper [[bar]], with a 20% chance of producing a silver bar to go with it.  It can also be used in the creation of no less than six different alloys at a [[smelter]]:  [[bronze]], [[brass]], [[trifle pewter]], [[fine pewter]], [[electrum]], and [[billon]].  However, there are special caveats in each case:
+
When [[smelter|smelted]], tetrahedrite always produces a copper [[bar]], with a 20% chance of producing a silver bar to go with it.  It can also be used in the creation of no less than six different alloys at a [[smelter]]:  [[bronze]], [[brass]], [[trifle pewter]], [[fine pewter]], [[electrum]], and [[billon]].  However, there are special caveats in each case:
  
* If tetrahedrite is used to create bronze, brass, trifle pewter, or fine pewter, no silver bar is created, just as if [[malachite]] or [[copper nuggets]] had been used.
+
* If tetrahedrite is used to create bronze, brass, trifle pewter, or fine pewter, no silver bar is created, just as if [[malachite]] or [[native copper]] had been used.
* Since tetrahedrite is considered an ore of silver, it can be used in the creation of electrum just as easily as [[silver nuggets]].  While it will not produce a copper bar during such a reaction, it can still be worthwhile to use it this way due to copper having such a low value.
+
* Since tetrahedrite is considered an ore of silver, it can be used in the creation of electrum just as easily as [[native silver]].  While it will not produce a copper bar during such a reaction, it can still be worthwhile to use it this way due to copper having such a low value.
 
* Finally, billon may be created using nothing but tetrahedrite.  Due to what may be a bug, one chunk of tetrahedrite will produce ''two'' bars of billon. This makes it by far the most [[valuable]] reaction with tetrahedrite.
 
* Finally, billon may be created using nothing but tetrahedrite.  Due to what may be a bug, one chunk of tetrahedrite will produce ''two'' bars of billon. This makes it by far the most [[valuable]] reaction with tetrahedrite.
  
Line 29: Line 28:
 
* Electrum bars - with gold nuggets
 
* Electrum bars - with gold nuggets
  
 +
<gallery>
 +
File:Tetraedrit 1.jpg|Tetrahedrite
 +
File:Tetredrite gard.jpg|Tetrahedrite in another stone
 +
</gallery>
  
 
+
{{gamedata}}
 
+
{{stones}}
{{Rocks}}
+
{{Category|Ore}}
[[Category:Ore]]
+
{{Category|Economic Stone}}
[[Category:Stone]]
 
[[Category:Economic Stone]]
 
[[Category:Sedimentary Stone Layers]]
 
[[Category:Metamorphic Stone Layers]]
 
[[Category:Igneous Extrusive Stone Layers]]
 
[[Category:Igneous Intrusive Stone Layers]]
 

Latest revision as of 15:19, 8 December 2011

Tetrahedrite
£ £ £ £ £ £ £
* = = = £ £ £
* * = = = £ £
* * * * = = £
* * * * * * =
Uses
Location

Properties

Wikipedia article

This article is about an older version of DF.

Tetrahedrite is the most versatile ore in the game. It is an ore of both copper and silver, and is found as veins in any stone.

When smelted, tetrahedrite always produces a copper bar, with a 20% chance of producing a silver bar to go with it. It can also be used in the creation of no less than six different alloys at a smelter: bronze, brass, trifle pewter, fine pewter, electrum, and billon. However, there are special caveats in each case:

  • If tetrahedrite is used to create bronze, brass, trifle pewter, or fine pewter, no silver bar is created, just as if malachite or native copper had been used.
  • Since tetrahedrite is considered an ore of silver, it can be used in the creation of electrum just as easily as native silver. While it will not produce a copper bar during such a reaction, it can still be worthwhile to use it this way due to copper having such a low value.
  • Finally, billon may be created using nothing but tetrahedrite. Due to what may be a bug, one chunk of tetrahedrite will produce two bars of billon. This makes it by far the most valuable reaction with tetrahedrite.

Smelting[edit]

Tetrahedrite can be used to make a wide range of metal bars at a smelter:

  • Copper bars, with a 20% chance of an additional silver bar
  • Billon bars (best value)
  • Brass bars - with sphalerite
  • Bronze bars - with cassiterite
  • Trifle pewter bars - with 2 cassiterite
  • Fine pewter bars - with 3 cassiterite
  • Electrum bars - with gold nuggets
Sedimentary
Igneous
Intrusive
Extrusive
Metamorphic
Ore
Economic
Other