private static string SetMood(int totalHappiness)
{
string mood = string.Empty;
if (totalHappiness < -5)
{
Angry angry = new Angry();
mood = angry.SetMood(totalHappiness);
}
else if (totalHappiness >= -5 && totalHappiness <= 0)
{
Sad sad = new Sad();
mood = sad.SetMood(totalHappiness);
}
else if (totalHappiness >= 1 && totalHappiness <= 15)
{
Happy happy = new Happy();
mood = happy.SetMood(totalHappiness);
}
else if (totalHappiness > 15)
{
JavaScript js = new JavaScript();
mood = js.SetMood(totalHappiness);
}
return(mood);
}
private void OnHappy()
{
if (Happy != null)
{
Happy.Invoke();
}
}
public void TestHappy()
{
//arrange
int[] expected = Happy.TestNumbers;
Happy sequence = new Happy(expected.Last());
//act assert
TestSequence(sequence, expected);
}
public override string ToString()
{
string result = Timestamp.ToString();
result += ";" + Neutral.ToString();
result += ";" + Happy.ToString();
result += ";" + Sad.ToString();
result += ";" + Angry.ToString();
result += ";" + Surprised.ToString();
result += ";" + Scared.ToString();
result += ";" + Disgusted.ToString();
result += ";" + Contempt.ToString();
result += ";" + Valence.ToString();
result += ";" + Arousal.ToString();
return(result);
}
private void Awake()
{
//For scared condition
orangeDino = GameObject.FindObjectOfType <OrangeDinoBoo>();
//For angry condition
greenDino = GameObject.FindObjectOfType <CubeDinoCollect>();
//For sad condition
calCounter = GameObject.FindObjectOfType <CubeCaloryCounter>();
//friend bot not written yet
_stateMachine = new StateMachine();
//here the Emotion States are declared and instantiated:
var scared = new Scared(this /*, animator*/);
var happy = new Happy(this);
var sad = new Sad(this);
var angry = new Angry(this);
//var depressed = new Depressed(this);
//here ALL the transitions are added(declared) to _transition
At(happy, sad, calCounter.calories > hungerCal);
At(sad, happy, calCounter.calories < hungerCal);
At(angry, happy, orangeDino.booNear1);
At(happy, angry, angry.timeStuck > 1f);
_stateMachine.AddAnyTransition(scared, orangeDino.booNear1);
At(happy, scared, scared.timeStuck > 3f);
//Set the starting ( happy) state
_stateMachine.SetState(happy);
void At(IState to, IState from, bool condition) => _stateMachine.AddTransition(to, from, condition);
}
public MainWindowPanel()
{
Timer = new DateTimer();
Player = new Player(Timer)
{
State = 0,
Money = 9000,
Happy = 100,
};
Computer = new Computer(Player);
Soft = new Soft(Player, Computer);
Work = new Work(Timer, Player, Player);
Work.Work = 0;
Happy = new Happy(Player, Soft);
Torrent = new Torrent(Timer, Player, Soft);
Hack = new Hack(Player);
Forum = new Forum(Player, (Hack)Hack);
Events = new Events(Timer, Player, Soft, Soft, Computer);
Task.Run(() => { GoHelpString(); });
}
// Update is called once per frame
void FixedUpdate()
{
for (int x = 0; x < GameManager.listOfMice.Count; x++)
{
//declare a var of type Vector3, called "directionToMouse",
//set to a vector that goes from [current position] to [mouse's current position]
Vector3 directionToMouse = (mouse.position - transform.position);
//if the angle between [current forward direction] vs. [directionToMouse] is less than 90 degrees, then...
if (Vector3.Angle(transform.forward, directionToMouse) < 180f)
{
// declare a var of type Ray, called "catRay" that starts from [current position] and goes along [directionToMouse]
Ray catRay = new Ray(transform.position, directionToMouse);
//declare a var of type RaycastHit, called "catRayHitInfo"
RaycastHit catRayHitInfo = new RaycastHit();
//if raycast with catRay and catRayHitInfo for 100 units is TRUE...
if (Physics.Raycast(catRay, out catRayHitInfo, 100f))
{
// if catRayHitInfo.collider.tag is exactly equal to the word "Mouse"... (Cat sees the mouse!)
if (catRayHitInfo.collider.tag == "Mouse")
{
//if catRayHitInfo.distance is less than or equal to 5...
Eat.Play();
if (catRayHitInfo.distance <= 0.5)
{
// then destroy the mouse gameObject (we caught the mouse!)
Happy.Play();
Destroy(mouse.gameObject);
}
else
{
//add force on rigidbody, along [directionToMouse.normalized * 1000f] (chase it!)
rb.AddForce(directionToMouse.normalized * 1000f);
}
}
}
}
}
}
/// <summary>
/// This generates the conditions of the new cow
/// </summary>
private void GenerateConditions()
{
//:TODO: add individual variation into fuzzy distributions
// Wellness - Physical conditions
m_Pain = new Pain(this);
m_Sick = new Sick(this);
m_Wounded = new Wounded(this);
m_Damage = new Damage(this);
m_Tired = new Tired(this);
m_Hungry = new Hungry(this);
m_Thirsty = new Thirsty(this);
m_Dead = new Dead(this);
// Contentment - Mental conditions
m_Anger = new Angry(this);
m_Sleepy = new Sleepy(this);
m_Scared = new Scared(this);
m_Bored = new Bored(this);
m_Lonely = new Lonely(this);
m_Happy = new Happy(this);
m_Eager = new Eager(this);
}
public static Mood GetMood(int happinessPoints)
{
Mood mood = null;
if (happinessPoints < -5)
{
mood = new Angry();
}
else if (happinessPoints <= 0)
{
mood = new Sad();
}
else if (happinessPoints <= 15)
{
mood = new Happy();
}
else
{
mood = new JavaScript();
}
return(mood);
}
public static Mood CreateMood(int happiness)
{
Mood newMood = null;
if (happiness < -5)
{
newMood = new Angry();
}
else if (happiness <= 0)
{
newMood = new Sad();
}
else if (happiness < 15)
{
newMood = new Happy();
}
else
{
newMood = new JavaScript();
}
return(newMood);
}
static void Main(string[] args)
{
try
{
int totalpoints = 0;
string a = Console.ReadLine();
string[] s = a.Split(' ');
if (a.Length > 1000)
{
throw new Exception("The characters in the input string will be no more than: 1000");
}
if (s.Length < 1 || s.Length > 100)
{
throw new Exception("The food count would be in the range [1…100].");
}
string caseSwitch;
foreach (var p in s)
{
caseSwitch = p;
switch (caseSwitch)
{
case "Apple":
Apple apple = new Apple(p);
totalpoints += apple.Point;
break;
case "Cram":
Cram cram = new Cram(p);
totalpoints += cram.Point;
break;
case "HoneyCake":
HoneyCake honeyCake = new HoneyCake(p);
totalpoints += honeyCake.Point;
break;
case "Lembas":
Lembas lembas = new Lembas(p);
totalpoints += lembas.Point;
break;
case "Melon":
Melon melon = new Melon(p);
totalpoints += melon.Point;
break;
case "Mushrooms":
Mushrooms mushrooms = new Mushrooms(p);
totalpoints += mushrooms.Point;
break;
default:
EverithingElse everithingElse = new EverithingElse(p);
totalpoints += everithingElse.Point;
break;
}
}
if (totalpoints < -5)
{
Angry angry = new Angry();
Console.WriteLine(totalpoints);
angry.Output();
}
else if (totalpoints >= 1 && totalpoints <= 15)
{
Happy happy = new Happy();
Console.WriteLine(totalpoints);
happy.Output();
}
else if (totalpoints >= -5 && totalpoints <= 0)
{
Sad sad = new Sad();
Console.WriteLine(totalpoints);
sad.Output();
}
else if (totalpoints > 15)
{
JavaScript javaScript = new JavaScript();
Console.WriteLine(totalpoints);
javaScript.Output();
}
}
catch (Exception ex)
{
Console.WriteLine($"{ex.Message}");
}
Console.ReadKey();
}
public HappyWindowPanel(Happy happy)
{
Happy = happy;
}
public void TestHappyNegative()
{
var actual = new Happy().FaceMask();
Assert.AreNotEqual(expected: ":-)", actual: actual);
}
public void TestHappyPositive()
{
var actual = new Happy().FaceMask();
Assert.AreEqual(expected: ":-))", actual: actual);
}
