public void UpdateDigSettings()
{
this.mnCurrentDigSizeX = mnDigSizeX; // 9;
if (mnDigSizeY < 20)
{
this.mnCurrentDigSizeY = mnDigSizeY;
}
else
{
this.mnCurrentDigSizeY = (mnDigSizeY / 4) - 1; // 31;
}
this.mnCurrentDigSizeZ = mnDigSizeX; // 9;
digArea = null;
digArea = new DigArea(origin, 0, mnDigSizeX, mnDigSizeY, machineFlags);
digAreaEnumerator = null;
currentCube = null;
if (superOPflag)
{
this.mrPowerRate = 1f;
this.mrPowerRateOre = 1f;
}
else
{
this.mrPowerRate = powerDefaultBackup;
this.mrPowerRateOre = powerOreBackup;
}
mbWorkComplete = false;
mnBlocksDestroyed = 0;
mnTotalBlocksScanned = 0;
this.RequestImmediateNetworkUpdate();
}
public void digAnimFinished()
{
GameObject[] array = GameObject.FindGameObjectsWithTag("DiggingArea");
foreach (GameObject item in array)
{
DigArea da = item.GetComponent <DigArea>();
DigArea2 da2 = item.GetComponent <DigArea2>();
if (da)
{
da.completeDiggingAction();
}
else
{
da2.completeDiggingAction();
}
}
}
public Mk2Excavator(Segment segment, long x, long y, long z, ushort cube, byte flags, ushort lValue,
bool lbFromDisk, int powerDefault, int powerOre, int digRadius, int digHeight, int maxPower, int opBlocks)
: base(eSegmentEntity.Mod, SpawnableObjectEnum.AutoExcavator, x, y, z, cube, flags, lValue, Vector3.zero,
segment)
{
this.mrPowerRate = powerDefault;
this.mrPowerRateDefault = this.mrPowerRate;
this.powerDefaultBackup = powerDefault;
this.mrPowerRateOre = powerOre;
this.powerOreBackup = powerOre;
this.mbNeedsLowFrequencyUpdate = true;
this.mbNeedsUnityUpdate = true;
this.mbWorkComplete = false;
this.mnDigSizeX = digRadius; // 9;
this.mnDigSizeY = digHeight; // 128;
this.mnDigSizeZ = digRadius; // 9;
this.mnCurrentDigSizeX = digRadius; // 9;
this.mnCurrentDigSizeY = 1;
this.mnCurrentDigSizeZ = digRadius; // 9;
this.mRand = new System.Random();
this.mbLocatedBlock = false;
this.mbDoDigOre = false;
this.eExcavateState = ExcavateState.ClearGarbage;
this.eDropState = DropState.DropSome;
this.mfCommandDebounce = 0.02f;
this.mCubeColor = Color.blue;
this.mbDoDropBlocks = true;
this.mrMaxPower = maxPower;
this.mutePews = 0;
// New DigArea object should go in here
OPBlockCount = opBlocks;
machineFlags = flags;
origin = new CubeCoord(x, y, z);
digArea = new DigArea(origin, 0, digRadius, digHeight, machineFlags);
}
public override void LowFrequencyUpdate()
{
if (mbWorkComplete)
{
return;
}
if (this.mrDigDelay > 0f)
{
this.mrDigDelay -= LowFrequencyThread.mrPreviousUpdateTimeStep;
return;
}
if (digArea == null)
{
digArea = new DigArea(origin, mnCurrentDigSizeY, mnDigSizeX, mnDigSizeY, machineFlags);
}
PercentScanned = (float)mnTotalBlocksScanned / digArea.Volume;
if (digAreaEnumerator == null)
{
digAreaEnumerator = digArea.GetRemainingDigArea();
}
if (mrCurrentPower < mrPowerRate)
{
mrOutOfPowerTime += LowFrequencyThread.mrPreviousUpdateTimeStep;
return;
}
mrOutOfPowerTime = 0f;
int skipCounter = 0;
int OPCounter = 0;
while (true)
{
// Get the next cube in our dig area
if (!currentCube.HasValue)
{
if (digAreaEnumerator.MoveNext())
{
currentCube = digAreaEnumerator.Current;
}
else // enumerator has no more cubes for us
{
mbWorkComplete = true;
return;
}
}
if (!(currentCube is CubeCoord))
{
return;
}
CubeCoord cubeCoord = (CubeCoord)currentCube;
DigResult result = DigResult.Fail;
if (WorldScript.mbIsServer)
{
result = AttemptToDig(cubeCoord.x, cubeCoord.y, cubeCoord.z);
}
if (result == DigResult.Fail)
{
return;
}
mnTotalBlocksScanned++;
switch (result)
{
case DigResult.Dig:
// Success, we reset and come back again next tick
if (!superOPflag)
{
currentCube = null;
return;
}
else
{
OPCounter++;
currentCube = null;
if (OPCounter > OPBlockCount)
{
return;
}
continue;
}
case DigResult.Skip:
// A block we want to skip ... let's do up to 32 per tick
skipCounter++;
currentCube = null;
if (skipCounter > 32)
{
return;
}
continue;
case DigResult.Fail:
// Fail, we try this cube again next tick
return;
}
}
}
