Method transmetal

src/main/java/gregapi/data/MT.java:73–73

(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)

	static OreDictMaterial lanthanide   (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB         , Object... aRandomData) {return metal       (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB,255, aRandomData).put(LANTHANIDE);}
	static OreDictMaterial actinide     (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB         , Object... aRandomData) {return metal       (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB,255, aRandomData).put(ACTINIDE);}
	static OreDictMaterial transmetal   (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 metal       (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB, aA, aRandomData).put(TRANSITION_METAL);}
	static OreDictMaterial precmetal    (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB         , Object... aRandomData) {return transmetal  (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB,255, aRandomData).put(PRECIOUS_METAL);}
	static OreDictMaterial noblemetal   (int aID, String aNameOreDict, String aSymbol, long aProtonsAndElectrons, long aNeutrons, long aMeltingPoint, long aBoilingPoint, double aGramPerCubicCentimeter, TextureSet[] aSets, long aR, long aG, long aB         , Object... aRandomData) {return precmetal   (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB    , aRandomData).put(NOBLE_METAL);}
	static OreDictMaterial refractmetal (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 transmetal  (aID, aNameOreDict, aSymbol, aProtonsAndElectrons, aNeutrons, aMeltingPoint, aBoilingPoint, aGramPerCubicCentimeter, aSets, aR, aG, aB, aA, aRandomData).put(REFRACTORY_METAL, WASHING_FIRESTONE);}