public void setSenderID(int senderID, eFactionName factionName, int damage)
{
Assert.IsTrue(m_senderID == Utilities.INVALID_ID);
m_senderFaction = factionName;
m_senderID = senderID;
m_damage = damage;
}
public bool isEnemyOnPosition(Vector2Int position, eFactionName factionName, out int targetID)
{
Assert.IsTrue(isInBounds(position));
if (getPoint(position).unitID != Utilities.INVALID_ID)
{
targetID = getPoint(position).unitID;
return(getPoint(position).unitFactionName != factionName);
}
else
{
targetID = Utilities.INVALID_ID;
return(false);
}
}
public FactionInfluenceMap(eFactionName ownerName)
{
m_ownerName = ownerName;
Vector2Int mapSize = Map.Instance.m_mapSize;
m_map = new PointOnInfluenceMap[mapSize.y, mapSize.x];
for (int x = 0; x < mapSize.x; ++x)
{
for (int y = 0; y < mapSize.y; ++y)
{
m_map[x, y] = new PointOnInfluenceMap();
}
}
}
public List <Unit> getOpposingFactionUnits(eFactionName sendingFaction)
{
switch (sendingFaction)
{
case eFactionName.Red:
return(m_factions[(int)eFactionName.Blue].m_units);
case eFactionName.Blue:
return(m_factions[(int)eFactionName.Red].m_units);
default:
Assert.IsTrue(false);
return(null);
}
}
public bool isOccupiedByEnemy(eFactionName factionName)
{
return(unitID != Utilities.INVALID_ID && factionName != unitFactionName);
}
public void assign(int ID, eFactionName factionName)
{
unitID = ID;
unitFactionName = factionName;
}
public PointOnInfluenceMap getPointOnProximityMap(Vector2Int position, eFactionName factionName)
{
return(m_proximityMaps[(int)factionName].getPoint(position));
}