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fixed transformer recipe not accepting steel
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@GregoriusT
GregoriusT committed Oct 19, 2024
1 parent 89ab918 commit 38cccd7
Showing 1 changed file with 9 additions and 9 deletions.
18 changes: 9 additions & 9 deletions src/main/java/gregtech/loaders/b/Loader_MultiTileEntities.java
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Original file line number Diff line number Diff line change
Expand Up @@ -876,15 +876,15 @@ private static void unsorted2(MultiTileEntityRegistry aRegistry, MultiTileEntity

// Transformers
aClass = MultiTileEntityTransformerElectric.class;
aMat = MT.DATA.Electric_T[0]; aRegistry.add("Transformer ("+VN[0]+"-" +VN[1]+")", "Transformers" , 10040, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[1], NBT_OUTPUT, V[0], NBT_MULTIPLIER, V[1]/V[0], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(ANY.Cu), 'X', OP.wireGt04.dat(ANY.Cu), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[1]; aRegistry.add("Transformer ("+VN[1]+"-" +VN[2]+")", "Transformers" , 10041, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[2], NBT_OUTPUT, V[1], NBT_MULTIPLIER, V[2]/V[1], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(ANY.Cu), 'X', OP.wireGt04.dat(ANY.Cu), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[2]; aRegistry.add("Transformer ("+VN[2]+"-" +VN[3]+")", "Transformers" , 10042, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[3], NBT_OUTPUT, V[2], NBT_MULTIPLIER, V[3]/V[2], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(ANY.Cu), 'X', OP.wireGt04.dat(ANY.Cu), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[3]; aRegistry.add("Transformer ("+VN[3]+"-" +VN[4]+")", "Transformers" , 10043, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[4], NBT_OUTPUT, V[3], NBT_MULTIPLIER, V[4]/V[3], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[4]; aRegistry.add("Transformer ("+VN[4]+"-" +VN[5]+")", "Transformers" , 10044, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[5], NBT_OUTPUT, V[4], NBT_MULTIPLIER, V[5]/V[4], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[5]; aRegistry.add("Transformer ("+VN[5]+"-"+VN[6]+")" , "Transformers" , 10045, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[6], NBT_OUTPUT, V[5], NBT_MULTIPLIER, V[6]/V[5], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[6]; aRegistry.add("Transformer ("+VN[6]+"-"+VN[7]+")" , "Transformers" , 10046, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[7], NBT_OUTPUT, V[6], NBT_MULTIPLIER, V[7]/V[6], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[7]; aRegistry.add("Transformer ("+VN[7]+"-"+VN[8]+")" , "Transformers" , 10047, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[8], NBT_OUTPUT, V[7], NBT_MULTIPLIER, V[8]/V[7], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[8]; aRegistry.add("Transformer ("+VN[8]+"-"+VN[9]+")" , "Transformers" , 10048, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[9], NBT_OUTPUT, V[8], NBT_MULTIPLIER, V[9]/V[8], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Fe));
aMat = MT.DATA.Electric_T[0]; aRegistry.add("Transformer ("+VN[0]+"-" +VN[1]+")", "Transformers" , 10040, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[1], NBT_OUTPUT, V[0], NBT_MULTIPLIER, V[1]/V[0], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(ANY.Cu), 'X', OP.wireGt04.dat(ANY.Cu), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[1]; aRegistry.add("Transformer ("+VN[1]+"-" +VN[2]+")", "Transformers" , 10041, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[2], NBT_OUTPUT, V[1], NBT_MULTIPLIER, V[2]/V[1], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(ANY.Cu), 'X', OP.wireGt04.dat(ANY.Cu), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[2]; aRegistry.add("Transformer ("+VN[2]+"-" +VN[3]+")", "Transformers" , 10042, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[3], NBT_OUTPUT, V[2], NBT_MULTIPLIER, V[3]/V[2], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(ANY.Cu), 'X', OP.wireGt04.dat(ANY.Cu), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[3]; aRegistry.add("Transformer ("+VN[3]+"-" +VN[4]+")", "Transformers" , 10043, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[4], NBT_OUTPUT, V[3], NBT_MULTIPLIER, V[4]/V[3], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[4]; aRegistry.add("Transformer ("+VN[4]+"-" +VN[5]+")", "Transformers" , 10044, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[5], NBT_OUTPUT, V[4], NBT_MULTIPLIER, V[5]/V[4], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[5]; aRegistry.add("Transformer ("+VN[5]+"-"+VN[6]+")" , "Transformers" , 10045, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[6], NBT_OUTPUT, V[5], NBT_MULTIPLIER, V[6]/V[5], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[6]; aRegistry.add("Transformer ("+VN[6]+"-"+VN[7]+")" , "Transformers" , 10046, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[7], NBT_OUTPUT, V[6], NBT_MULTIPLIER, V[7]/V[6], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[7]; aRegistry.add("Transformer ("+VN[7]+"-"+VN[8]+")" , "Transformers" , 10047, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[8], NBT_OUTPUT, V[7], NBT_MULTIPLIER, V[8]/V[7], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Iron));
aMat = MT.DATA.Electric_T[8]; aRegistry.add("Transformer ("+VN[8]+"-"+VN[9]+")" , "Transformers" , 10048, 10041, aClass, aMat.mToolQuality, 16, aMachine , UT.NBT.make(NBT_MATERIAL, aMat, NBT_HARDNESS, 4.0F, NBT_RESISTANCE, 4.0F, NBT_INPUT, V[9], NBT_OUTPUT, V[8], NBT_MULTIPLIER, V[9]/V[8], NBT_WASTE_ENERGY, F, NBT_ENERGY_ACCEPTED, TD.Energy.EU, NBT_ENERGY_EMITTED, TD.Energy.EU), "WIW", "XMx", "WIW", 'M', OP.casingMachine.dat(aMat), 'W', OP.wireGt01.dat(MT.AnnealedCopper), 'X', OP.wireGt04.dat(MT.AnnealedCopper), 'I', OP.plateDouble.dat(ANY.Iron));


// Battery Boxes
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