public virtual void DrinkTypeEffect(DrinkName name)
{
if (name == DrinkName.NOTHING)
{
return;
}
else if (DrinkWanted == name)
{
forceLiving = true;
}
}
static IOrderedDrink MakeCoffee(CupSize CupSize, DrinkName DrinkName)
{
// Cupsize decides how much water we need.
// but CupSize is a property of the drink order
var sizes = GetMeasures(CupSize, DrinkName);
BoilWater(3000);
var grnds = GrindBeans(sizes.Item1);
return(null);
}
public override void Setup(AEvent _event, Recipe recipe)
{
base.Setup(_event, recipe);
drinkName = recipe.DrinkName;
radius = 3; //yolo hard code
foreach (var item in GetComponents <SphereCollider>())
{
if (item.isTrigger == true)
{
sphereColider = item;
break;
}
}
}
// Use this for initialization
protected virtual void Start()
{
print("ADrunk start");
nav = GetComponent <NavMeshAgent>();
actionList = new List <ActionEnum.ActionData>();
actionMethode = new Dictionary <ActionEnum.Action, Action>();
actions = new List <AAction>();
comportement = gameObject.GetComponent <AIComportement>();
/*foreach(CapsuleCollider col in gameObject.GetComponents<CapsuleCollider>())
* {
* if (!col.isTrigger)
* collider = col;
* }*///maybe later, was use to disable the collider when AI fall
animations = (AAnimation)Activator.CreateInstance(Type.GetType(AnimationClassName));
animations.Initialize(this);
foreach (string s in ActionClassName)
{
actions.Add((AAction)Activator.CreateInstance(Type.GetType(s)));
actions[actions.Count - 1].Initialize(this);
}
actionMethode.Add(ActionEnum.Action.ActionDone, ActionDone);
actionMethode.Add(ActionEnum.Action.Walk, SetDirection);
actionMethode.Add(ActionEnum.Action.GetBottle, GetBottle);
actionMethode.Add(ActionEnum.Action.ThrowBottle, ThrowBottle);
actionMethode.Add(ActionEnum.Action.Hide, Hide);
actionMethode.Add(ActionEnum.Action.Sit, Sit);
actionMethode.Add(ActionEnum.Action.Leave, Leave);
actionMethode.Add(ActionEnum.Action.Kick, Kick);
actionMethode.Add(ActionEnum.Action.Slip, Slip);
actionMethode.Add(ActionEnum.Action.Stun, Stun);
actionMethode.Add(ActionEnum.Action.BottleStrick, BottleStrick);
actionMethode.Add(ActionEnum.Action.Dance, Dance);
actionMethode.Add(ActionEnum.Action.Drink, Drink);
actionMethode.Add(ActionEnum.Action.Dart, Dart);
actionMethode.Add(ActionEnum.Action.Fire, Fire);
walking = false;
anim = false;
bottle = null;
destination = null;
forceActionDone = false;
DrinkWanted = DrinkName.NOTHING;
forceLiving = false;
animator.SetFloat("alcool", alcool);
}
public override void DrinkTypeEffect(DrinkName name)
{
if (name == DrinkName.NOTHING)
{
return;
}
else if (DrinkWanted == name)
{
numberOfTequila--;
}
if (numberOfTequila == 0)
{
forceLiving = true;
}
}
void IMainPage.ReadyForNewDrink()
{
DrinkName.Text = string.Empty;
DrinkName.Focus();
}
public override string ToString()
{
return(OrderedQuantity.ToString().PadLeft(4) + " " + DrinkName.PadRight(33) + Payable().ToString().PadLeft(10) + " Ft");;
}
public override void Setup(AEvent _event, Recipe recipe)
{
base.Setup(_event, recipe);
drinkName = recipe.DrinkName;
}
public override string ToString()
{
return(OrderedQuantity.ToString().PadLeft(4) + " " + DrinkName.PadRight(33) + Payable().ToString().PadLeft(10) + "Ft");
//PadLeft and PadRight methods only work with Consolas and Courier fonts.
}
public int shake;//0-100
public Recipy(DrinkName drinkNameIN, Dictionary <Ingredient, int> ingredientsIN, int shakeIN)
{
drinkName = drinkNameIN;
ingredients = ingredientsIN;
shake = shakeIN;
}
private static Tuple <List <CoffeeBeans>, MilliLitres> GetMeasures(CupSize cupSize, DrinkName drinkName)
{
if (drinkName == DrinkName.Espresso)
{
switch (cupSize)
{
case CupSize.Shot:
case CupSize.Small:
return(Tuple.Create(new List <CoffeeBeans> {
{ new CoffeeBeans() }, { new CoffeeBeans() }
}, new MilliLitres(75)));
case CupSize.Large:
return(Tuple.Create(new List <CoffeeBeans> {
{ new CoffeeBeans() },
{ new CoffeeBeans() },
{ new CoffeeBeans() }
}, new MilliLitres(150)));
default:
throw new ArgumentOutOfRangeException("Unknown Size!");
}
}
else
{
switch (cupSize)
{
case CupSize.Small:
return(Tuple.Create(new List <CoffeeBeans> {
{ new CoffeeBeans() },
{ new CoffeeBeans() }
}, new MilliLitres(400)));
case CupSize.Medium:
return(Tuple.Create(new List <CoffeeBeans> {
{ new CoffeeBeans() },
{ new CoffeeBeans() }
}, new MilliLitres(500)));
case CupSize.Large:
return(Tuple.Create(new List <CoffeeBeans> {
{ new CoffeeBeans() },
{ new CoffeeBeans() },
{ new CoffeeBeans() }
}, new MilliLitres(500)));
default:
throw new ArgumentOutOfRangeException("Unknown Size!");
}
}
}
