public static ItemBase getCurrentHotBarItem()
{
if (SurvivalHotBarManager.instance == null)
{
VicisMod.log("MassGiver", "SurvivalHotBarManager.instance is null??");
return(null);
}
SurvivalHotBarManager.HotBarEntry currentHotBarEntry = SurvivalHotBarManager.instance.GetCurrentHotBarEntry();
if (currentHotBarEntry == null)
{
return(null);
}
if (currentHotBarEntry.state == SurvivalHotBarManager.HotBarEntryState.Empty)
{
return(null);
}
if (currentHotBarEntry.cubeType != 0)
{
return(ItemManager.SpawnCubeStack(currentHotBarEntry.cubeType, currentHotBarEntry.cubeValue, 1));
}
if (currentHotBarEntry.itemType >= 0)
{
return(ItemManager.SpawnItem(currentHotBarEntry.itemType));
}
VicisMod.log("MassGiver", "No cube and no item in hotbar?");
return(null);
}
public PowWow(ModCreateSegmentEntityParameters parameters) :
base(eSegmentEntity.Mod,
SpawnableObjectEnum.ExperimentalAssembler,
parameters.X,
parameters.Y,
parameters.Z,
parameters.Cube,
parameters.Flags,
parameters.Value,
parameters.Position,
parameters.Segment)
{
currentPower = 0;
totalTransfered = 0;
radius = 3;
transferCap = 10000;
maxPower = 10000;
for (int i = 0; i < ROLLING_AVG_LENGTH; ++i)
{
transfers[i] = 0;
}
// Trigger the searching of PCIs
lastSearch = 0;
lastTransfer1 = 0;
lastTransfer2 = 0;
powerSource = null;
linkedToGo = false;
mbNeedsLowFrequencyUpdate = true;
mbNeedsUnityUpdate = true;
this.cubeColor = Color.white;
VicisMod.log(getPrefix(), "Created");
}
public override void UnityUpdate()
{
if (!linkedToGo)
{
if (mWrapper != null && mWrapper.mGameObjectList != null)
{
gameObject = mWrapper.mGameObjectList[0].gameObject;
GameObject plate = gameObject.transform.Search("Docking_Port").gameObject;
plate.SetActive(false);
GameObject crate = gameObject.transform.Search("StorageCratePivot").gameObject;
MeshRenderer[] components = crate.GetComponentsInChildren <MeshRenderer>();
if (components != null && components.Length > 0)
{
foreach (MeshRenderer mesh in components)
{
mesh.material.SetColor("_Color", cubeColor);
}
}
else
{
VicisMod.log(getPrefix(), "Could not establish MeshRenderers for gameobject!");
}
linkedToGo = true;
}
}
}
protected void recordStats(float transfered)
{
lastTransfer2 += LowFrequencyThread.mrPreviousUpdateTimeStep;
if (transfered == 0 && lastTransfer2 < transferFrequency)
{
return;
}
if (transfered > 0)
{
MarkDirtyDelayed();
}
string msg = "current counts = [";
for (int i = 0; i < ROLLING_AVG_LENGTH; ++i)
{
if (i > 0)
{
msg += ", ";
}
msg += transfers[i];
}
msg += "], Lifo = " + lifo + ", currentSum = " + sumTransfers + ", transfered now = " + transfered;
VicisMod.log(getPrefix() + ".recordStats", msg);
sumTransfers -= transfers[lifo];
sumTimes -= transfersTime[lifo];
transfersTime[lifo] = lastTransfer2;
lastTransfer2 = 0;
sumTimes += transfersTime[lifo];
transfers[lifo] = transfered;
sumTransfers += transfers[lifo++];
lifo %= ROLLING_AVG_LENGTH;
}
public static ItemBase newInstance(ItemBase a)
{
VicisMod.log(LOGGER_PREFIX, "Creating new instance of " + a.GetDisplayString());
switch (a.mType)
{
case ItemType.ItemCubeStack:
ItemCubeStack ics = a as ItemCubeStack;
return(new ItemCubeStack(ics.mCubeType, ics.mCubeValue, ics.mnAmount));
case ItemType.ItemStack:
ItemStack its = a as ItemStack;
return(new ItemStack(its.mnItemID, its.mnAmount));
case ItemType.ItemCharge:
ItemCharge ic = a as ItemCharge;
return(new ItemCharge(ic.mnItemID, (int)ic.mChargeLevel));
case ItemType.ItemDurability:
ItemDurability id = a as ItemDurability;
return(new ItemDurability(id.mnItemID, id.mnCurrentDurability, id.mnMaxDurability));
case ItemType.ItemLocation:
ItemLocation il = a as ItemLocation;
return(new ItemLocation(il.mnItemID, il.mLocX, il.mLocY, il.mLocZ, il.mLookVector));
case ItemType.ItemSingle:
return(new ItemSingle(a.mnItemID));
}
return(null);
}
protected virtual void LookForAttachedModules()
{
VicisMod.log(getPrefix(), "Looking neigbors");
List <MassCrateModule> list = VicisMod.checkSurrounding <MassCrateModule>(this, out encounteredNullSegment);
foreach (MassCrateModule m in list)
{
if (manager == null)
{
m.manager.Add(this);
}
else if (manager != m.manager)
{
manager.Merge(m.manager);
}
m.AddNeighbor(this);
AddNeighbor(m);
}
VicisMod.log(getPrefix(), "I now have " + neighbors.Count + " neighbors");
// FIRST!
if (manager == null)
{
VicisMod.log(getPrefix(), "Creating a new manager for myself");
MassCrateModuleManager newManager = new MassCrateModuleManager();
newManager.Add(this);
}
}
protected void attemptGiveMorePower()
{
VicisMod.log(getPrefix(), "Attempting to give more power to " + mk4AndMk5Bats.Count + " batteries with " + mrCurrentPower + " power left");
foreach (PowerConsumerInterface pci in mk4AndMk5Bats)
{
if (pci.WantsPowerFromEntity(this))
{
// We purposely ignore the max delivery rate for T4 and T5 batteries
float transfer = Math.Min(mrCurrentPower, pci.GetRemainingPowerCapacity());
VicisMod.log(getPrefix(), "Giving " + transfer + " power");
if (transfer > 0 && pci.DeliverPower(transfer))
{
VicisMod.log(getPrefix(), "Success in giving " + transfer + " power");
mrCurrentPower -= transfer;
mrNormalisedPower = mrCurrentPower / mrMaxPower;
mrRemainingCapacity = mrMaxPower - mrCurrentPower;
mrSparePowerCapacity = mrMaxPower - mrCurrentPower;
MarkDirtyDelayed();
}
}
if (mrCurrentPower <= 0)
{
return;
}
}
}
protected void findMk4AndMk5Bats()
{
VicisMod.log(getPrefix(), "Looking for T4 and T5 batteries");
long[] coords = new long[3];
for (int i = 0; i < 3; ++i)
{
for (int j = -1; j <= 1; j += 2)
{
Array.Clear(coords, 0, 3);
coords[i] = j;
long x = mnX + coords[0];
long y = mnY + coords[1];
long z = mnZ + coords[2];
Segment segment = base.AttemptGetSegment(x, y, z);
// Check if segment was generated (skip this point if it doesn't
if (segment == null)
{
continue;
}
ushort cube = segment.GetCube(x, y, z);
// If this isn't an entity, skip it
if (!CubeHelper.HasEntity((int)cube))
{
continue;
}
PowerConsumerInterface pci = segment.SearchEntity(x, y, z) as PowerConsumerInterface;
if (pci == null)
{
continue;
}
// We're only looking for T4 and T5 batteries
if (!(pci is T4_Battery) && !(pci is T5_Battery))
{
continue;
}
VicisMod.log(getPrefix(), "Found one: " + pci.ToString());
// Let's only keep track of PCIs that will accept power from the PowWow
if (!pci.WantsPowerFromEntity(this))
{
continue;
}
for (int l = mk4AndMk5Bats.Count - 1; l >= 0 && pci != null; --l)
{
PowerConsumerInterface pci2 = mk4AndMk5Bats[l];
if (pci2 != null && !(pci2 as SegmentEntity).mbDelete && pci2 == pci)
{
pci = null;
}
}
VicisMod.log(getPrefix(), "End, checking " + pci);
if (pci != null)
{
mk4AndMk5Bats.Add(pci);
}
}
}
}
protected virtual void retrievingDrone(float timeJump)
{
if (headTo == null)
{
VicisMod.log(getPrefix(), "Retrieving drone");
retrieveDrone(mUnityDroneRestPos, timeJump);
}
}
public override void LowFrequencyUpdate()
{
// If we somehow lost our manager (how?) or we found a null segment last time,
// re-check for neighbors
if (manager == null || encounteredNullSegment)
{
VicisMod.log(getPrefix(), "looking for neighbors again. manager == null => " + (manager == null) + ", encounteredNullSegment = " + encounteredNullSegment);
LookForAttachedModules();
}
}
public override void Write(BinaryWriter writer)
{
VicisMod.log(getPrefix(), "Currently holding: " + GetPopupText());
writer.Write(items.Count);
for (int i = 0; i < items.Count; ++i)
{
VicisMod.log(getPrefix(), "Writing to file " + items[i].GetDisplayString());
ItemFile.SerialiseItem(items[i], writer);
}
}
public bool DeliverPower(float amount)
{
VicisMod.log(getPrefix(), "Attempting to receive power of " + amount + ", I have " + currentPower + " / " + maxPower);
if (amount > GetRemainingPowerCapacity())
{
VicisMod.log(getPrefix(), "Returning false for power delivery");
return(false);
}
currentPower += amount;
VicisMod.log(getPrefix(), "Now have " + currentPower);
return(true);
}
public bool DeliverPower(float amount)
{
VicisMod.log(getPrefix(), "receiving power of " + amount + " amount");
if (amount > GetRemainingPowerCapacity())
{
VicisMod.log(getPrefix(), "Rejected");
return(false);
}
currentPower += amount;
VicisMod.log(getPrefix(), "Now have " + currentPower + " power");
return(true);
}
protected virtual void LookForAttachedModules()
{
VicisMod.log(getPrefix(), "Looking for storage");
bool ignore;
List <MassCrateModule> list = VicisMod.checkSurrounding <MassCrateModule>(this, out ignore);
if (list.Count > 0)
{
mcm = list[0];
mcm.taker = this;
}
}
protected float attemptTransferPower()
{
VicisMod.log(getPrefix(), "Running LFU");
lastSearch -= LowFrequencyThread.mrPreviousUpdateTimeStep;
// Nothing to do
if (currentPower <= 0)
{
return(0);
}
lastTransfer1 -= LowFrequencyThread.mrPreviousUpdateTimeStep;
if (lastTransfer1 > 0)
{
return(0);
}
lastTransfer1 += transferFrequency;
VicisMod.log(getPrefix(), "Currently have " + currentPower + " Power");
cullPCIs();
if (lastSearch <= 0)
{
VicisMod.log(getPrefix(), "Finding PCIs");
findPCIs();
lastSearch = scanFrequency;
}
VicisMod.log(getPrefix(), "Aware of " + pcis.Count + " PCIs");
// Now lets charge these guys up!
float transferedThisTime = 0;
for (int i = 0; i < pcis.Count; ++i)
{
PowerConsumerInterface pci = pcis[i];
if (pci.WantsPowerFromEntity(this))
{
float transfer = transferCap;
transfer = Math.Min(transfer, currentPower);
transfer = Math.Min(transfer, pci.GetMaximumDeliveryRate());
transfer = Math.Min(transfer, pci.GetRemainingPowerCapacity());
if (transfer > 0 && pci.DeliverPower(transfer))
{
VicisMod.log(getPrefix(), "Adding " + transfer + " to PCI " + pci.ToString());
currentPower -= transfer;
totalTransfered += transfer;
transferedThisTime += transfer;
// And we're done
if (currentPower == 0)
{
return(transferedThisTime);
}
}
}
}
return(transferedThisTime);
}
public static void decrementStack(this ItemBase a, int amount)
{
if (a.mType == ItemType.ItemCubeStack)
{
(a as ItemCubeStack).mnAmount -= amount;
}
else if (a.mType == ItemType.ItemStack)
{
(a as ItemStack).mnAmount -= amount;
}
VicisMod.log(LOGGER_PREFIX, "Tried decrementing a non stacked item! " + amount + ", " + a.GetDisplayString());
}
public static void setAmount(this ItemBase a, int amount)
{
if (a.mType == ItemType.ItemCubeStack)
{
(a as ItemCubeStack).mnAmount = amount;
}
else if (a.mType == ItemType.ItemStack)
{
(a as ItemStack).mnAmount = amount;
}
VicisMod.log(LOGGER_PREFIX, "Tried setting an amount on a non stacked item! " + a.GetDisplayString());
}
// An item that we'll try taking, and a flag whether we should actually take it or not (we could just be checking if we have space)
public bool AttemptGiveItem(ItemBase item, int amount = 1, bool actuallyTakeItem = true)
{
VicisMod.log(getPrefix(), "Attempting to receive " + amount + " item " + item.GetDisplayString() + " with id = " + item.mnItemID + " and type = " + item.mType);
// Can we even take this item(s)?
if (getNumItems() + amount > maxItems)
{
return(false);
}
for (int i = 0; i < items.Count; ++i)
{
if (ItemBaseUtil.compareCubeStack(items[i] as ItemCubeStack, item as ItemCubeStack))
{
ItemCubeStack a = items[i] as ItemCubeStack;
int amntTaken = Math.Min(amount, a.mnAmount);
if (a != null && a.mnAmount < maxBinSize)
{
if (actuallyTakeItem)
{
a.mnAmount += amount;
}
MarkDirtyDelayed();
return(true);
}
}
else if (ItemBaseUtil.compareStack(items[i] as ItemStack, item as ItemStack))
{
ItemStack a = items[i] as ItemStack;
if (a != null && a.mnAmount < maxBinSize)
{
if (actuallyTakeItem)
{
a.mnAmount += amount;
}
MarkDirtyDelayed();
return(true);
}
}
}
if (items.Count < maxBins)
{
if (actuallyTakeItem)
{
items.Add(item);
}
MarkDirtyDelayed();
return(true);
}
VicisMod.log(getPrefix(), "Did not accept item " + item.GetDisplayString());
return(false);
}
public override void LowFrequencyUpdate()
{
base.LowFrequencyUpdate();
cullBats();
lastScan -= LowFrequencyThread.mrPreviousUpdateTimeStep;
// Did we didn't collect anything, don't try to collect anymore
if (!mbCollecting)
{
return;
}
if (lastScan <= 0)
{
findMk4AndMk5Bats();
lastScan = scanFrequency;
}
// Get the last amount power generated
float newGenerated = mrLastPowerGain * LowFrequencyThread.mrPreviousUpdateTimeStep;
VicisMod.log(getPrefix(), "Already collected " + newGenerated + " power");
// Generate however more power we need
newGenerated *= multiplier;
// Make sure we have the space for it
newGenerated = Math.Min(newGenerated, mrSparePowerCapacity);
VicisMod.log(getPrefix(), "Now generated " + newGenerated + " power");
// Add it together
if (newGenerated > 0)
{
mrLastPowerGain += newGenerated / LowFrequencyThread.mrPreviousUpdateTimeStep;
mrCurrentPower += newGenerated;
mrNormalisedPower = mrCurrentPower / mrMaxPower;
mrRemainingCapacity = mrMaxPower - mrCurrentPower;
mrSparePowerCapacity = mrMaxPower - mrCurrentPower;
VicisMod.log(getPrefix(), "Current Power now " + mrCurrentPower + " with " + mrRemainingCapacity + " capacity left");
GameManager.PowerGenerated(newGenerated);
GameManager.mrTotalSolarPower += newGenerated;
if (PlayerStats.mbCreated)
{
PlayerStats.instance.AddPowerToStats(newGenerated);
}
}
// If we still have power, attempt to give all of it to adjacent T4 and T5 batteries
if (mrCurrentPower > 0)
{
attemptGiveMorePower();
}
}
public bool AttemptGiveItem(ItemBase item)
{
foreach (MassCrateModule mcm in modules.Keys)
{
VicisMod.log(LOGGER_PREFIX, "Attempting to give " + item.GetDisplayString() + " to a module");
if (mcm.AttemptGiveItem(item))
{
return(true);
}
VicisMod.log(LOGGER_PREFIX, "Failed, will attempt again");
}
VicisMod.log(LOGGER_PREFIX, "Could not give item " + item.GetDisplayString());
return(false);
}
// An item that we'll try taking, and a flag whether we should actually take it or not (we could just be checking if we have space)
public bool AttemptGiveItem(ItemBase item, int amount, bool actuallyTakeItem = true)
{
VicisMod.log(getPrefix(), "Attempting to receive " + amount + " item " + item.GetDisplayString() + " with id = " + item.mnItemID + " and type = " + item.mType);
// Can we even take this item(s)?
if (getNumItems() + amount > maxItems)
{
return(false);
}
if (claimed != null && !claimed.compareBaseDeep(item))
{
return(false);
}
if (!actuallyTakeItem && getNumItems() == 0 && maxItems > 0 && maxBins > 0 && maxBinSize > 0)
{
return(true);
}
for (int i = 0; item.isStack() && i < items.Count; ++i)
{
if (items[i].isStackAndSame(item))
{
if ((items[i].getAmount() + amount) <= maxBinSize)
{
if (actuallyTakeItem)
{
items[i].incrementStack(amount);
MarkDirtyDelayed();
}
return(true);
}
}
}
if (item.isStack() && items.Count >= maxBins)
{
VicisMod.log(getPrefix(), "Couldn't find stack for " + item.GetDisplayString() + ", returning false");
return(false);
}
if (items.Count < maxBins)
{
if (actuallyTakeItem)
{
items.Add(item);
MarkDirtyDelayed();
}
return(true);
}
VicisMod.log(getPrefix(), "Did not accept item " + item.GetDisplayString());
return(false);
}
public void setDrone(GameObject drone)
{
VicisMod.log(LOGGER_PREFIX, "Drone pos is currently = " + dronePos + ", drone is = " + drone.transform.position);
if (dronePos == Vector3.zero)
{
dronePos = drone.transform.position;
}
else
{
drone.transform.position = dronePos;
}
VicisMod.log(LOGGER_PREFIX, "Drone pos is now = " + dronePos);
this.drone = drone;
}
protected override bool FinishGiveItem()
{
if (carriedItems.Count == 0)
{
return(false);
}
VicisMod.log(getPrefix(), "Attempting to give item " + carriedItems[0].GetDisplayString());
if (headTo.AttemptGiveItem(carriedItems[0], getCarriedItemCount()))
{
carriedItems.RemoveAt(0);
mbCarriedCubeNeedsConfiguring = true;
return(true);
}
return(false);
}
public ItemBase AttemptTakeItem(ItemBase item)
{
foreach (MassCrateModule mcm in modules.Keys)
{
VicisMod.log(LOGGER_PREFIX, "Attempting to take " + item.GetDisplayString() + " to a module");
ItemBase ret = mcm.AttemptTakeItem(item);
if (ret != null)
{
return(ret);
}
VicisMod.log(LOGGER_PREFIX, "Failed, will attempt again");
}
VicisMod.log(LOGGER_PREFIX, "Could not give take " + item.GetDisplayString());
return(null);
}
// An item that we're going to give, or check that we can give
public ItemBase AttemptTakeItem(ItemBase item, int amount = 1, bool actuallyGiveItem = true)
{
VicisMod.log(getPrefix(), "Attempting to give " + amount + " item " + item.GetDisplayString() + " with id = " + item.mnItemID + " and type = " + item.mType);
if (getNumItems() == 0)
{
return(null);
}
bool itemIsStack = item.isStack();
for (int i = 0; i < items.Count; ++i)
{
if (itemIsStack && items[i].isStackAndSame(item))
{
VicisMod.log(getPrefix(), "Found a CubeStack " + items[i].GetDisplayString() + ", which is storing " + items[i].getAmount() + " blocks");
int amntTaken = Math.Min(amount, items[i].getAmount());
ItemBase ret = ItemBaseUtil.newInstance(items[i]);
ret.setAmount(amntTaken);
if (actuallyGiveItem)
{
VicisMod.log(getPrefix(), "Taking Away");
items[i].decrementStack(amntTaken);
if (items[i].getAmount() == 0)
{
VicisMod.log(getPrefix(), "There are " + items[i].getAmount() + " items for " + items[i].GetDisplayString() + ", removing it from items");
items.RemoveAt(i);
}
MarkDirtyDelayed();
}
return(ret);
}
else if (!item.isStack() && items[i].compareBase(item))
{
ItemBase ret = items[i];
VicisMod.log(getPrefix(), "Found a " + ret.GetDisplayString() + ", with id = " + ret.mnItemID + " and type = " + ret.mType);
if (actuallyGiveItem)
{
VicisMod.log(getPrefix(), "Removing from items");
items.RemoveAt(i);
MarkDirtyDelayed();
}
return(ret);
}
}
return(null);
}
protected override bool AttemptTakeItem()
{
if ((batch + getStoredItemsCount()) > maxItems)
{
return(false);
}
VicisMod.log(getPrefix(), "Attempting to get item " + chosen.GetDisplayString());
ItemBase item = headTo.AttemptTakeItem(chosen, batch);
if (item != null)
{
carriedItems.Add(item);
mbCarriedCubeNeedsConfiguring = true;
return(true);
}
return(false);
}
protected virtual void pickUpFromConveyors()
{
bool ignore;
List <ConveyorEntity> list = VicisMod.checkSurrounding <ConveyorEntity>(this, out ignore);
VicisMod.log(getPrefix(), "Found " + list.Count + " ConveyorEntities");
for (int i = 0; i < list.Count && getStoredItemsCount() < maxItems; ++i)
{
ConveyorEntity c = list[i];
if (!isConveyorFacingMe(c))
{
continue;
}
if (!c.mbReadyToConvey && c.mrCarryTimer <= 0.2f)
{
ItemBase item = null;
if (c.mCarriedItem != null)
{
item = c.mCarriedItem;
}
if (c.mCarriedCube != 0)
{
item = ItemManager.SpawnCubeStack(c.mCarriedCube, c.mCarriedValue, 1);
}
// Wha... How?
if (item == null)
{
continue;
}
// Check if I can add it to the items list
if (!addItem(item))
{
return;
}
c.mCarriedItem = null;
c.mCarriedCube = 0;
c.mCarriedValue = 0;
c.RemoveCube();
c.FinaliseOffloadingCargo();
}
}
}
public MassCrateModule(ModCreateSegmentEntityParameters parameters) :
base(eSegmentEntity.Mod,
SpawnableObjectEnum.MassStorageCrate,
parameters.X,
parameters.Y,
parameters.Z,
parameters.Cube,
parameters.Flags,
parameters.Value,
parameters.Position,
parameters.Segment)
{
VicisMod.log(getPrefix(), "Being created at [" + parameters.X + ", " + parameters.Y + ", " + parameters.Z + "], loaded from disk = " + parameters.LoadFromDisk);
mbNeedsLowFrequencyUpdate = true;
mbNeedsUnityUpdate = true;
cubeColor = Color.white;
LookForAttachedModules();
items = new List <ItemBase>();
}
protected virtual void sendingDrone(float timeJump)
{
if (carriedItems.Count == 0 && headTo != null && items.Count < maxItems)
{
VicisMod.log(getPrefix(), "Sending drone to pick up " + chosen.GetDisplayString() + " from location " +
VicisMod.getPosString(headTo.mnX, headTo.mnY, headTo.mnZ) + ", I'm at " + VicisMod.getPosString(mnX, mnY, mnZ) +
", which is " + MassCrateModuleManager.calcDist(headTo, this) + "m away");
getTargetCoords();
VicisMod.log(getPrefix(), "Target coords are " + targetCoords + ", drone is at " + drone.getPos());
if (targetCoords == Vector3.zero)
{
return;
}
sendDrone(targetCoords, timeJump);
}
}
public override void Read(BinaryReader reader, int entityVersion)
{
VicisMod.VicisModVersion version = (VicisMod.VicisModVersion)entityVersion;
items.Clear();
switch (version)
{
case VicisMod.VicisModVersion.Version1:
case VicisMod.VicisModVersion.Version2:
case VicisMod.VicisModVersion.Version3:
break;
default:
int count = reader.ReadInt32();
for (int i = 0; i < count; ++i)
{
ItemBase item = ItemFile.DeserialiseItem(reader);
VicisMod.log(getPrefix(), "Reading from file " + item.GetDisplayString());
items.Add(item);
}
break;
}
}
