public SimUnit AddUnit(SimUnitType unitType, SimPoint position)
{
SimUnit unit = new SimUnit();
unit.Init(unitType, nextUnitId++, position);
units.Add(unit);
boxListener.OnUnitAdded(unit);
return(unit);
}
public void Init(SimUnitType unitType, int id, SimPoint position)
{
this.unitType = unitType;
this.id = id;
this.position = position;
position.units.Add(this);
resources.SetCapacities(unitType.caps);
resources.AddResources(unitType.resources);
context.localResources = resources;
context.unit = this;
context.box = position.path.box;
context.globalResources = context.box.globals;
context.mapPositionRadius = unitType.mapRadius;
}
private void ParseUnit()
{
string line = GetNextLine();
string[] lineSplit = SplitLine(line);
if (lineSplit.Length == 1)
{
ThrowInvalidLine("ParseUnit()");
}
SimUnitType unitType = new SimUnitType();
unitType.id = lineSplit[1];
unitType.rules = new SimRuleUnit[0];
unitType.resources = new SimResourceBinCollection();
unitType.caps = new SimResourceBinCollection();
unitType.targets = new string[0];
int splitOffset = 2;
while (splitOffset < lineSplit.Length)
{
switch (lineSplit[splitOffset++])
{
case "color":
unitType.color = ParseUint(lineSplit[splitOffset++]);
break;
case "mapRadius":
unitType.mapRadius = ParseInt(lineSplit[splitOffset++]);
break;
case "caps":
unitType.caps = ParseResourcesArray(lineSplit, ref splitOffset);
break;
case "resources":
unitType.resources = ParseResourcesArray(lineSplit, ref splitOffset);
break;
case "rules":
{
string[] rulesIds = ParseStringArray(lineSplit, ref splitOffset);
unitType.rules = FindRules <SimRuleUnit>(rulesIds);
break;
}
case "targets":
{
string[] targets = ParseStringArray(lineSplit, ref splitOffset);
unitType.targets = targets;
break;
}
default:
ThrowInvalidLine("ParseUnit()");
break;
}
}
definition.unitTypes.Add(unitType.id, unitType);
}
public SimUnit AddUnit(SimUnitType unitType, SimSegmentPosition position)
{
SimPoint newPoint = position.segment.path.SplitSegment(position);
return(AddUnit(unitType, newPoint));
}
