Monetary System - Versionsgeschichte

80.150.105.122: /* Alloys of base metals */

2013-10-10T10:01:33Z

Alloys of base metals

80.187.106.10: /* Alloys of base metals */

2013-10-08T14:35:37Z

Alloys of base metals

MartinSojka: /* =Coins */

2012-03-23T14:28:19Z

=Coins

MartinSojka: /* Dotting */

2012-03-23T14:21:32Z

Dotting

MartinSojka: /* Transformations (with catalysts) */

2012-03-23T11:13:52Z

Transformations (with catalysts)

MartinSojka: /* Dotting */

2012-03-23T11:10:45Z

Dotting

MartinSojka: /* "Pure" metals and transformation results= */

2012-03-23T08:59:38Z

"Pure" metals and transformation results=

MartinSojka: /* Fantasy stuff, unsorted */

2012-03-23T08:47:34Z

Fantasy stuff, unsorted

MartinSojka am 14. März 2012 um 16:42 Uhr

2012-03-14T16:42:15Z

Änderungen zeigen

MartinSojka am 16. Februar 2012 um 17:26 Uhr

2012-02-16T17:26:12Z

@@ Zeile 53: / Zeile 53: @@
 * 1 Gold + 3 Silver -> Golden Silver (1)
 * 1 Gold + 2 Silver + 1 Copper -> Golden Silver (2)
-* 1 Gold + 1 Silver + 2 Copper -> Billon (2)
+* 1 Gold + 1 Silver + 2 Copper -> Hepatizon
 * 1 Gold + 3 Copper -> Orichalcum (mundane)
 * 3 Silver + 1 Copper -> Sterling Silver
 * 2 Silver + 2 Copper -> Tibetian Silver
-* 1 Silver + 3 Copper -> Billon (1)
+* 1 Silver + 3 Copper -> Billon
 * 3 Gold + 1 Alumnium -> Purple Gold
 * 3 Copper + 1 Nickel -> Cupronickel

@@ Zeile 81: / Zeile 81: @@
 * 2 Mercury + 2 Gold -> Gold Amalgam
 * 2 Mercury + 2 Tin -> Tin Amalgam
 * 1 Gold + 1 Silver + 1 Copper + 1 Mercury -> Orichalcum Base

@@ Zeile 133: / Zeile 133: @@
 * Ebony with Deadric Power -> Daedric (Elder Scrolls)
-===Coins ==
+==Coins==
 Coins are made of precious metals or their alloys, they have a *value* equal to its metal's value and a *form*, including *marks* which determine who *minted* them. Usually, a coin is accepted only in the origin territory for its full value, everywhere else you have to accept (up to 50%) less value.

@@ Zeile 93: / Zeile 93: @@
 Dotting works by adding a small amount (less than 10% and usually less than 5%) of another material to an already existing one, and re-smelting it at the same time. Consequently, it's done at a '''smelter''' capable of working the base material.
-How much of the dotting material is needed depends on the skill of the one working the formula. Least-skilled workers need 4 base items for every dotting, producing 4 dotted alloys in return. Most-skilled workers can go down to as little as 25 base items per item of dotting. Waste dotting material is lost, and all dotted material is considered the same, no matter who made it.
+How much of the dotting material is needed depends on the skill of the one working the formula. Least-skilled workers need 4 base items for every dotting, producing 4 dotted alloys in return, though having a chance to produce some slag containing the dotting material too. Most-skilled workers can go down to as little as 24 base items per item of dotting (still gaining just 24 items in return). Waste dotting material is lost in the process, and all dotted material is considered the same, no matter who made it.
 Freshly extracted base material is considered "pre-dotted" with impurities; the kind and distribution of the impurities depends on the ore composition and quality.
-Dotted base materials (like Pewter and Duralumin) can be combined directly into dotted alloys if the dotting material is the same (in this case, in an alloy of Aluminium and Tin dotted with Copper); else they create a base alloy and the dotting materials are retained as slag in the furnace/smelter. This is also a way to gain pure base metals or alloys; for example, alloying Aluminium Bronze (Copper with Alimunium dotting) with Gliding Metal (Copper with Zinc dotting) produces pure Copper in addition to slag containing some Aluminium and Zinc.
+Dotted base materials (like Pewter and Duralumin) can be combined directly into dotted alloys if the dotting material is the same (in this case, in an alloy of Aluminium and Tin dotted with Copper); else they create a base alloy and the dotting materials are retained as slag in the furnace/smelter. This is also a way to gain pure base metals or alloys; for example, alloying Aluminium Bronze (Copper with Alluminium dotting) with Gliding Metal (Copper with Zinc dotting) produces pure Copper in addition to slag containing some Aluminium and Zinc.
 ===Base Metal Dotting===

@@ Zeile 124: / Zeile 124: @@
 ==Transformations (with catalysts)==
 * 4 Pig Iron (with flux stone: Limestone, Marble, Dolomite, Chalk, Calcite) -> 3 Steel
-* 1 Orichalcum Base (with magic) -> 1 Orichalcum (magical)
+* 1 ''undotted'' Orichalcum Base (with magic) -> 1 Orichalcum (magical)
 ===Fantasy Transformations (unsorted)===
 * Ebony with Deadric Power -> Daedric (Elder Scrolls)
-Coins: Made of precious metals or their alloys, they have a *value* equal to its metal's value and a *form*, including *marks* which determine who *minted* them. Usually, a coin is accepted only in the origin territory for its full value, everywhere else you have to accept (up to 50%) less value.
+===Coins ==

@@ Zeile 91: / Zeile 91: @@
 ==Dotting==
 ===Base Metal Dotting===
 * Aluminium with Copper -> Duralumin
@@ Zeile 114: / Zeile 122: @@
 ===Fantasy dotting (unsorted)===
 * Iron with "Moonstone" -> Elven Steel (Elder Scrolls)
 ==Transformations (with catalysts)==
 * 4 Pig Iron (with flux stone: Limestone, Marble, Dolomite, Chalk, Calcite) -> 3 Steel

@@ Zeile 9: / Zeile 9: @@
 Translated to game terms (assuming a 2x2 matrix - four items - and a "dotting" matrix adding one item to nine):
-=="Pure" metals and transformation results===
+=="Pure" metals and transformation results==
 ===Base materials===
 * Carbon (6)

@@ Zeile 40: / Zeile 40: @@
 * Adamantium
 * Mithril
-* Carmot
+* Carmot (base element of Philosopher's Stone, for advanced transmutations)
 * Ebony (Elder Scrolls, heavy durable metal)
 * Glass (Elder Scrolls, light translucent metal)

@@ Zeile 33: / Zeile 33: @@
 ** Lead (82)
 ** Bismith (83)
 * Mixes