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package gregtech.api.util;
import static gregtech.api.enums.GT_Values.ALL_VALID_SIDES;
import cpw.mods.fml.relauncher.Side;
import cpw.mods.fml.relauncher.SideOnly;
import gregtech.api.GregTech_API;
import gregtech.api.interfaces.IRedstoneCircuitBlock;
/**
* Redstone Circuit Control Code
* <p/>
* This should make everything possible what a Redstone Computer or BuildCraft Gate could do. It is intended to use this
* similar to BC-Gates (for acquiring Data) and RP Logic Gates. You could write an extremely specified and complex Logic
* Gate, which works only for you Setup, like with ComputerCraft, but you would have to write an extra Mod to add that,
* as it doesn't work Ingame.
* <p/>
* One can make use of the fact, that ItemStacks can be stored as Integer, so that you can scan Inventories for specific
* Items using that. Luckily the Buttons in the GUI enable Copy/Paste of ItemID+MetaData to Integer, including the
* WildCard Damage Value when you use rightclick to place it. You just need to use @GT_Utility.stackToInt(ItemStack
* aStack) to get it.
* <p/>
* All Functions run usually in a seperate try/catch Block, so that failed Logic won't crash the TileEntity.
*/
public abstract class GT_CircuitryBehavior {
/**
* @param aIndex 0 - 1023 are my own Indices, so use other Numbers!
*/
public GT_CircuitryBehavior(int aIndex) {
GregTech_API.sCircuitryBehaviors.put(aIndex, this);
}
/**
* returns if there is Redstone applied to any of the valid Inputs (OR)
*/
public static boolean getAnyRedstone(IRedstoneCircuitBlock aRedstoneCircuitBlock) {
for (byte side : ALL_VALID_SIDES) {
if (side != aRedstoneCircuitBlock.getOutputFacing() && aRedstoneCircuitBlock.getCover(side)
.letsRedstoneGoIn(
side,
aRedstoneCircuitBlock.getCoverID(
side),
aRedstoneCircuitBlock.getCoverVariable(
side),
aRedstoneCircuitBlock.getOwnTileEntity())) {
if (aRedstoneCircuitBlock.getInputRedstone(side) > 0) {
return true;
}
}
}
return false;
}
/**
* returns if there is Redstone applied to all the valid Inputs (AND)
*/
public static boolean getAllRedstone(IRedstoneCircuitBlock aRedstoneCircuitBlock) {
for (byte side : ALL_VALID_SIDES) {
if (side != aRedstoneCircuitBlock.getOutputFacing() && aRedstoneCircuitBlock.getCover(side)
.letsRedstoneGoIn(
side,
aRedstoneCircuitBlock.getCoverID(
side),
aRedstoneCircuitBlock.getCoverVariable(
side),
aRedstoneCircuitBlock.getOwnTileEntity())) {
if (aRedstoneCircuitBlock.getInputRedstone(side) == 0) {
return false;
}
}
}
return true;
}
/**
* returns if there is Redstone applied to exactly one of the valid Inputs (XOR)
*/
public static boolean getOneRedstone(IRedstoneCircuitBlock aRedstoneCircuitBlock) {
int tRedstoneAmount = 0;
for (byte side : ALL_VALID_SIDES) {
if (side != aRedstoneCircuitBlock.getOutputFacing() && aRedstoneCircuitBlock.getCover(side)
.letsRedstoneGoIn(
side,
aRedstoneCircuitBlock.getCoverID(
side),
aRedstoneCircuitBlock.getCoverVariable(
side),
aRedstoneCircuitBlock.getOwnTileEntity())) {
if (aRedstoneCircuitBlock.getInputRedstone(side) > 0) {
tRedstoneAmount++;
}
}
}
return tRedstoneAmount == 1;
}
/**
* returns the strongest incoming RS-Power
*/
public static byte getStrongestRedstone(IRedstoneCircuitBlock aRedstoneCircuitBlock) {
byte tRedstoneAmount = 0;
for (byte side : ALL_VALID_SIDES) {
if (side != aRedstoneCircuitBlock.getOutputFacing() && aRedstoneCircuitBlock.getCover(side)
.letsRedstoneGoIn(
side,
aRedstoneCircuitBlock.getCoverID(
side),
aRedstoneCircuitBlock.getCoverVariable(
side),
aRedstoneCircuitBlock.getOwnTileEntity())) {
tRedstoneAmount = (byte) Math.max(tRedstoneAmount, aRedstoneCircuitBlock.getInputRedstone(side));
}
}
return tRedstoneAmount;
}
/*****************
* GUI Functions *
*****************/
/**
* returns the weakest incoming non-zero RS-Power
*/
public static byte getWeakestNonZeroRedstone(IRedstoneCircuitBlock aRedstoneCircuitBlock) {
if (!getAnyRedstone(aRedstoneCircuitBlock)) return 0;
byte tRedstoneAmount = 15;
for (byte side : ALL_VALID_SIDES) {
if (side != aRedstoneCircuitBlock.getOutputFacing() && aRedstoneCircuitBlock.getCover(side)
.letsRedstoneGoIn(
side,
aRedstoneCircuitBlock.getCoverID(
side),
aRedstoneCircuitBlock.getCoverVariable(
side),
aRedstoneCircuitBlock.getOwnTileEntity())) {
if (aRedstoneCircuitBlock.getInputRedstone(side) > 0)
tRedstoneAmount = (byte) Math.min(tRedstoneAmount, aRedstoneCircuitBlock.getInputRedstone(side));
}
}
return tRedstoneAmount;
}
/**
* returns the weakest incoming RS-Power
*/
public static byte getWeakestRedstone(IRedstoneCircuitBlock aRedstoneCircuitBlock) {
if (!getAnyRedstone(aRedstoneCircuitBlock)) return 0;
byte tRedstoneAmount = 15;
for (byte side : ALL_VALID_SIDES) {
if (side != aRedstoneCircuitBlock.getOutputFacing() && aRedstoneCircuitBlock.getCover(side)
.letsRedstoneGoIn(
side,
aRedstoneCircuitBlock.getCoverID(
side),
aRedstoneCircuitBlock.getCoverVariable(
side),
aRedstoneCircuitBlock.getOwnTileEntity())) {
tRedstoneAmount = (byte) Math.min(tRedstoneAmount, aRedstoneCircuitBlock.getInputRedstone(side));
}
}
return tRedstoneAmount;
}
/**
* Initializes the Parameters of this Circuit, all Parameters have been set to 0 right before calling this
*
* @param aCircuitData, The Data Storage you can use (8 Slots)
* @param aRedstoneCircuitBlock, The Circuit Block MetaTileEntity itself
*/
public abstract void initParameters(int[] aCircuitData, IRedstoneCircuitBlock aRedstoneCircuitBlock);
/**
* Validates the Parameters of this Circuit when a value has been changed by the GUI Also called right
* after @initParameters and when the Chunk reloads
*
* @param aCircuitData, The Data Storage you can use (8 Slots and only the first 4 are User definable)
* @param aRedstoneCircuitBlock, The Circuit Block MetaTileEntity itself
*/
public abstract void validateParameters(int[] aCircuitData, IRedstoneCircuitBlock aRedstoneCircuitBlock);
/****************************
* Useful Utility Functions *
****************************/
/**
* Called every tick if the Block has enough Energy and if the Block is Active
*
* @param aCircuitData, The Data Storage you can use (8 Slots)
* @param aRedstoneCircuitBlock, The Circuit Block MetaTileEntity itself
*/
public abstract void onTick(int[] aCircuitData, IRedstoneCircuitBlock aRedstoneCircuitBlock);
/**
* If the ItemStack should be displayed. Parameters are between 0 and 3.
*/
public abstract boolean displayItemStack(int[] aCircuitData, IRedstoneCircuitBlock aRedstoneCircuitBlock,
int aIndex);
/**
* The Name of the Gate for the GUI
*/
@SideOnly(Side.CLIENT)
public abstract String getName();
/**
* The Description of the Gate for the GUI
*/
@SideOnly(Side.CLIENT)
public abstract String getDescription();
/**
* The Description of the Data Field for the GUI
*/
@SideOnly(Side.CLIENT)
public abstract String getDataDescription(int[] aCircuitData, int aCircuitDataIndex);
/**
* How the Integer should be displayed in the GUI. null means, that it just displays as regular Number.
*/
@SideOnly(Side.CLIENT)
public String getDataDisplay(int[] aCircuitData, int aCircuitDataIndex) {
return null;
}
}
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