Method metal

src/main/java/gregapi/data/MT.java:62–62

(int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB, long aA, Object... aRandomData)

	/** Making the Table a little bit more overviewable. DO NOT USE THESE FUNCTIONS YOURSELF!!! Use "OreDictMaterial.createMaterial(YOUR-ID-AS-SPECIFIED-IN-THE-ID-RANGES, OREDICT-NAME, LOCALISED-NAME)" */
	static OreDictMaterial element      (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB, long aA, Object... aRandomData) {return create      (aID, aNameOreDict, aSets, aR, aG, aB, aA, aRandomData).setStats(aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter).put(ELEMENT).tooltip(aSymbol);}
	static OreDictMaterial metal        (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB, long aA, Object... aRandomData) {return element     (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB, aA, aRandomData).put(METAL    , G_INGOT_ORES, SMITHABLE, MELTING        , EXTRUDER, aMeltingPoint <= 1200 ? new Object[] {EXTRUDER_SIMPLE, FURNACE, MORTAR} : null);}
	static OreDictMaterial metalloid    (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB, long aA, Object... aRandomData) {return element     (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB, aA, aRandomData).put(METALLOID, G_INGOT_ORES, SMITHABLE, MELTING, MOLTEN, EXTRUDER, aMeltingPoint <= 1200 ? new Object[] {EXTRUDER_SIMPLE, FURNACE, MORTAR} : null);}
	static OreDictMaterial nonmetal     (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB, long aA, Object... aRandomData) {return element     (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB, aA, aRandomData).put(NONMETAL);}
	static OreDictMaterial diatomic     (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB, long aA, Object... aRandomData) {return nonmetal    (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB, aA, aRandomData).put(DIATOMIC_NONMETAL);}