public void init(UnitType type, SpriteDrawer drawer)
{
Main.unitManager.addUnit(this);
//
// Initialise unit structure (must be zero filled!)
//
unitType = type;
seen.Frame = UnitNotSeen; // Unit isn't yet seen
spriteDrawer = drawer;
drawer.unit = this;
drawer.m_transform = drawer.transform;
drawer.m_spriteRenderer = drawer.GetComponent <SpriteRenderer>();
// Frame = type->StillFrame;
//if (UnitManager.unitTypeVar.NumberVariable)
//{
// Assert(!Variable);
// Variable = new CVariable[UnitTypeVar.NumberVariable];
// memcpy(Variable, Type->Variable,
// UnitTypeVar.NumberVariable * sizeof(*Variable));
//}
// Set a heading for the unit if it Handles Directions
// Don't set a building heading, as only 1 construction direction
// is allowed.
if (type.numDirections > 1 && type.sprite != null && !type.isBuilding)
{
Direction = MathUtil.GetIntRandomNumber(0, 359);//(MyRand() >> 8) & 0xFF; // 0-225 random heading
updateHeading( );
}
if (type.canCastSpell)
{
//AutoCastSpell = new char[SpellTypeTable.size()];
//if (Type->AutoCastActive)
//{
// memcpy(AutoCastSpell, Type->AutoCastActive, SpellTypeTable.size());
//}
//else
//{
// memset(AutoCastSpell, 0, SpellTypeTable.size());
//}
}
Active = true;
Removed = true;
//Assert(Orders.empty());
orders.Add(new Order());
OrderCount = 1; // No orders
orders[0].action = UnitAction.UnitActionStill;
orders[0].x = orders[0].y = -1;
// Assert(!Orders[0]->Goal);
newOrder.action = UnitAction.UnitActionStill;
newOrder.x = newOrder.y = -1;
// Assert(!NewOrder.Goal);
savedOrder.action = UnitAction.UnitActionStill;
savedOrder.x = savedOrder.y = -1;
// Assert(!SavedOrder.Goal);
criticalOrder.action = UnitAction.UnitActionStill;
criticalOrder.x = criticalOrder.y = -1;
// Assert(!CriticalOrder.Goal);
}
