public void ProcessThreads(int threadId)
{
//ApplyPendingDataToVariable(currLoop);
AbilityCentralThreadPool inst = GetCentralInst();
SplitterData sData = threadMap[threadId] as SplitterData;
//Debug.LogFormat("Thread id {0} currently {1}/{2}.", threadId, sData.numberOfLoops, inst.ReturnRuntimeParameter<int>(GetNodeId(), 0).v);
if (sData.numberOfLoops < GetNodeVariable <int>("Number of Loops") || GetNodeVariable <int>("Number of Loops") == -1)
{
NodeModifierBaseThread trdInst = new NodeModifierBaseThread(threadId, this, 0);
trdInst.SetNodeData(GetNodeId(), inst.GetNodeBranchData(GetNodeId()));
int threadToUse = inst.AddNewThread(trdInst);
//Debug.LogFormat("Thread {0} is starting a new journey.", threadToUse);
//Debug.LogFormat("Thread id {0} has been created.", threadToUse);
SetVariable <int>(threadToUse, "Number of Loops");
}
else
{
//Debug.LogFormat("Thread {0} was rmed.", threadId);
inst.HandleThreadRemoval(threadId);
threadMap.Remove(threadId);
}
}
public void AddSplitter(SplitContainer splitter, string settingName, int?defaultDistance = null)
{
var data = new SplitterData()
{
Splitter = splitter,
SettingName = settingName,
DefaultDistance = defaultDistance,
DesignTimeFontSize = _designTimeFontSize
};
_splitters.Add(data);
}
public AllData(RelayCannonsData cannons, FansData fans, CrafterData crafters, ItemObjectsData items, MinersData miners, OreData ores, InventoryData invents, UnPackagerData unPacks,
PackagerData packs, EggData eggs, SplitterData splits, PumpsData pumps, ZapTowerData zaps, RocketData rock)
{
cannon = cannons;
fan = fans;
crafter = crafters;
item = items;
miner = miners;
ore = ores;
invent = invents;
unPack = unPacks;
pack = packs;
egg = eggs;
split = splits;
pump = pumps;
zap = zaps;
roc = rock;
}
public override InstrumentData GetData()
{
SplitterData data = new SplitterData();
data.deviceType = menuItem.deviceType.Splitter;
GetTransformData(data);
data.flowDir = flow;
data.jackInID = input.transform.GetInstanceID();
data.jackCount = count + 1;
data.jackOutID = new int[data.jackCount];
data.jackOutID[0] = output.transform.GetInstanceID();
for (int i = 1; i < data.jackCount; i++)
{
data.jackOutID[i] = signal.nodes[i - 1].jack.transform.GetInstanceID();
}
return(data);
}
public override void Load(InstrumentData d)
{
SplitterData data = d as SplitterData;
base.Load(data);
input.ID = data.jackInID;
setFlow(data.flowDir);
flowSwitch.setSwitch(flow);
if (data.jackCount < 2)
{
count = 1;
Vector3 pos = stretchSlider.localPosition;
pos.x = (count + 1) * -.04f;
stretchSlider.localPosition = pos;
updateSplitterCount();
output.ID = data.jackOutAID;
signal.nodes[0].jack.ID = data.jackOutBID;
}
else
{
count = data.jackCount - 1;
Vector3 pos = stretchSlider.localPosition;
pos.x = (count + 1) * -.04f;
stretchSlider.localPosition = pos;
updateSplitterCount();
output.ID = data.jackOutID[0];
for (int i = 1; i < data.jackCount; i++)
{
signal.nodes[i - 1].jack.ID = data.jackOutID[i];
}
}
}
