User:Phage/Sandbox

ListBox Fun

Macro - Select 10 in Trade Screen

tradeselectnofood SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group SELECT End of group STANDARDSCROLL_DOWN End of group CUSTOM_CTRL_R End of group End of macro

Table to Play With

Table of Rocks

(Some materials are worth an additional comment; these are numbered, with footnotes below the table.)

Name	Type	Uses	Appearance*
Adamantine, raw	ore, special1	Becomes Adamantine1, by far the most valuable substance	£ *
Alabaster	stone	Low-value stone; used for making plaster	^ •
Aluminum, native	ore, high-value	Smelt into Aluminum, a high-value decorative metal	^ *
Alunite	stone	Low-value magma-safe stone	` •
Andesite	layer stone	Low-value stone	8 •
Anhydrite	stone	Low-value magma-safe stone	v •
Basalt	layer stone	Low-value magma-safe stone	# •
Bauxite	stone	Low-value magma-safe stone; only source of some high-value gems	+ •
Bismuthinite	ore, rare	Ingredient of bismuth bronze	% *
Bituminous coal	stone	Smelt into Fuel, flammable	¤ ¤
Borax	stone	Low-value stone	` •
Brimstone	stone	Low-value stone	% •
Calcite	stone	Flux, mid-value magma-safe stone	" •
Cassiterite	ore, uncommon	Smelt into Tin, a low-value metal; ingredient of Bronzes; magma-safe	£ *
Chalk	layer stone	Flux, mid-value stone	¦ •
Chert	layer stone	Low-value magma-safe stone	= •
Chromite	stone	Low-value magma-safe stone	= •
Cinnabar	stone	Low-value stone	£ *
Claystone	layer stone	Low-value stone	, •
Cobaltite	stone	Low-value stone	£ *
Conglomerate	layer stone	Low-value stone	8 •
Copper, native	ore, low-value	Smelt into useful Copper; ingredient of Bronzes	£ *
Cryolite	stone	Low-value stone	- •
Dacite	layer stone	Low-value stone	. •
Diorite	layer stone	Low-value stone	¦ •
Dolomite	layer stone	Flux, mid-value magma-safe stone	` •
Gabbro	layer stone	Low-value magma-safe stone; only source of some ores & gems	¦ •
Galena	ore	Smelt into Lead, a low-value metal, with a 50% chance2 for Silver; magma-safe	£ *
Garnierite	ore, uncommon	Smelt into Nickel, a low-value magma-safe metal	£ *
Gneiss	layer stone	Low-value stone	= •
Gold, native	ore	Smelt into Gold, a high-value metal	£ *
Granite	layer stone	Low-value stone; only source of some ores; relatively rich in content	¦ •
Graphite	stone	Flammable	o •
Gypsum	stone	Low-value stone; used for making plaster	# •
Hematite	ore	Smelt into Iron, a mid-value metal; ingredient for Steel; magma-safe	£ *
Horn silver	ore	Smelt into Silver, a mid-value metal	£ *
Hornblende	stone	Low-value stone	" •
Ilmenite	stone	Low-value magma-safe stone	. •
Ice3	stone/water3	Frozen Water	¦ •
Jet	stone	Low-value stone	¦ •
Kaolinite	stone	Low-value magma-safe stone; used for making porcelain	= •
Kimberlite	stone	Low-value stone; only source of diamonds	% •
Lignite	stone	Smelt into Fuel, flammable	* •
Limestone	layer stone	Flux, mid-value stone	¦ •
Limonite	ore, high-value	Smelt into Iron, a mid-value metal; ingredient for Steel	£ *
Magnetite	ore, high-value	Smelt into Iron, a mid-value metal; ingredient for Steel; magma-safe	~ *
Malachite	ore, low-value	Smelt into useful Copper; ingredient of Bronzes	£ *
Marble	layer stone	Flux, mid-value stone	¦ •
Marcasite	stone	Low-value stone	% •
Mica	stone	Low-value magma-safe stone	v •
Microcline	stone	Low-value stone	% •
Mudstone	layer stone	Low-value stone	˜ •
Obsidian	layer stone	High-value magma-safe stone; used to create stone short swords; signifies nearby magma if not a layer	¦ •
Olivine	stone	Low-value magma-safe stone; may contain Platinum	% •
Orpiment	stone	Low-value stone	- •
Orthoclase	stone	Low-value magma-safe stone	% •
Periclase	stone	Low-value magma-safe stone	, •
Petrified wood	stone	Low-value magma-safe stone	% •
Phyllite	layer stone	Low-value stone	- •
Pitchblende	stone	Low-value magma-safe stone	* •
Platinum, native	ore, high-value	Smelt into Platinum, a highest-value decorative metal	£ *
Puddingstone	stone	Low-value stone	T •
Pyrolusite	stone	Low-value stone	% •
Quartzite	layer stone	Low-value magma-safe stone	- •
Realgar	stone	Low-value stone	% •
Rhyolite	layer stone	Low-value stone	, •
Rock salt	layer stone	Low-value stone	# •
Rutile	stone	Low-value magma-safe stone	` •
Saltpeter	stone	Low-value stone	x •
Sandstone	layer stone	Low-value magma-safe stone	# •
Satinspar	stone	Low-value stone; used for making plaster	- •
Schist	layer stone	Low-value stone	` •
Selenite	stone	Low-value stone; used for making plaster	; •
Serpentine	stone	Low-value stone	˜ •
Shale	layer stone	Low-value stone	. •
Siltstone	layer stone	Low-value stone	% •
Silver, native	ore	Smelt into Silver, a mid-value metal	£ *
Slade	stone, special	Not workable by dwarves	¦ *
Slate	layer stone	Low-value stone	% •
Sphalerite	ore, uncommon	Smelt into Zinc, a low-value metal; ingredient for Brass	£ *
Stibnite	stone	Low-value stone	% •
Sylvite	stone	Low-value stone	= •
Talc	stone	Low-value magma-safe stone	| •
Tetrahedrite	ore, low-value	Smelt into useful Copper; ingredient of Bronzes; has a 20% additional chance2 of Silver; smelt into Billon	£ *

Moved From Talk Page

playing around with wiki code again

Permission? Or is this going screwy?

I guess confirmed users can create discussion pages? Interesting -- Phage 06:04, 26 July 2012 (UTC)