void Select(GameObject go)
{
switch (go.name)
{
case "TornadoShell":
TornadoController tc = go.GetComponentInParent <TornadoController> ();
tc.isSelected = true;
break;
case "CarShell":
EmptyCarController ecc = go.GetComponentInParent <EmptyCarController> ();
ecc.isSelected = true;
break;
case "SharkShell":
EmptySharkController esc = go.GetComponentInParent <EmptySharkController> ();
esc.isSelected = true;
break;
case "CowShell":
CowController cc = go.GetComponentInParent <CowController> ();
cc.isSelected = true;
break;
case "Barn":
EmptyBarnController ebc = go.GetComponentInParent <EmptyBarnController> ();
ebc.isSelected = true;
break;
}
}
// Use this for initialization
void Start ()
{
rb = GetComponent<Rigidbody2D>();
boxCollider = GetComponent<BoxCollider2D>();
playerText = GameObject.Find("Zaal").GetComponent<PlayerText>();
dayController = GameObject.Find("GameManager").GetComponent<DayController>();
cowController = GameObject.Find("CowContainer").GetComponent<CowController>();
cowActions = new CowAction[4];
cowActions[0] = () => { };
cowActions[1] = cowController.AccelerateCows;
cowActions[2] = cowController.ReverseCows;
cowActions[3] = cowController.AlternateCowPaths;
GameObject planeObject = GameObject.Find("PlaneContainer");
planeActions = new PlaneAction[4];
if (planeObject != null)
{
planeController = planeObject.GetComponent<PlaneController>();
planeActions[0] = () => { };
planeActions[1] = planeController.AcceleratePlane;
planeActions[2] = planeController.ReversePlane;
planeActions[3] = planeController.AlternatePlanePath;
}
}
void _MakeInstance()
{
if (instance == null)
{
instance = this;
}
}
private void spawn(string spawnLayerName)
{
var spawn_layer = map.getObjectGroup(spawnLayerName);
for (var i = 0; i < spawn_layer.objects.Length; i++)
{
var obj = spawn_layer.objects[i];
var objPosition = new Vector2(obj.position.X + obj.width / 2, obj.position.Y + obj.height / 2);
switch (obj.type)
{
case "BurglarSpawn": {
var burglar = new Burglar();
burglar.transform.position = objPosition;
Core.scene.addEntity(burglar);
break;
}
case "CowSpawn": {
var orientation = CowController.Orientation.Right;
if (obj.properties.ContainsKey("orientation"))
{
orientation = CowController.getOrientationFromName(obj.properties["orientation"]);
}
var cow = new Cow(orientation: orientation);
cow.transform.position = objPosition;
cow.name = obj.name;
Core.scene.addEntity(cow);
break;
}
case "BullSpawn": {
var orientation = CowController.Orientation.Right;
if (obj.properties.ContainsKey("orientation"))
{
orientation = CowController.getOrientationFromName(obj.properties["orientation"]);
}
var bull = new Bull(orientation: orientation);
bull.transform.position = objPosition;
bull.name = obj.name;
Core.scene.addEntity(bull);
break;
}
case "IdolSpawn": {
var idol = new Idol();
idol.transform.position = objPosition;
Core.scene.addEntity(idol);
break;
}
default:
break;
}
}
}
public void CaptureCow(GameObject cow)
{
CowController captueredCow = cow.GetComponent <CowController>();
CapturedCows.Push(captueredCow.cow);
Destroy(cow);
GameObject.FindWithTag(TagConstants.MissionStatus).GetComponent <MissionStatus>().UpdateInventoryCow(captueredCow.cow);
}
public override void onAddedToScene()
{
base.onAddedToScene();
tag = (int)Tags.Cow;
controller = addComponent(new CowController()
{
orientation = orientation
});
}
public override void onAddedToScene()
{
base.onAddedToScene();
tag = (int)Tags.Bull;
controller = addComponent(new CowController()
{
orientation = orientation, watchForDistractions = false
});
}
public void CowRead_ExceptionThrown_BadRequest()
{
var storage = A.Fake <IStorage>();
var controller = new CowController(storage);
A.CallTo(() => storage.Read(A <string> .Ignored)).Throws <ArgumentException>();
var result = controller.CowRead(A.Dummy <string>()).Result;
Assert.IsType <BadRequestResult>(result);
}
public void CowRead_ValidEarTag_OkResult()
{
// We mock the storage because it is an external dependency
// When unit testing it is very important to mock out external dependencies (Dependencies that are dependency injected).
// If we dont do it, it is an integration test and not a unit test.
var storage = A.Fake <IStorage>();
// In this case we test the CowRead method so we dont need to mock it.
var sut = new CowController(storage);
// Here we call the method getting the result for assertion.
var result = sut.CowRead(A.Dummy <string>()).Result;
// We test the returned type is correct here, because we are testing an API controller returning http200.
Assert.IsType <OkObjectResult>(result);
}
// Use this for initialization
void Start()
{
transform.position = Vector3.zero;
tc = GetComponentInChildren <TornadoController> ();
ecc = GetComponentInChildren <EmptyCarController> ();
esc = GetComponentInChildren <EmptySharkController> ();
sc = GetComponentInChildren <SharkController> ();
cc = GetComponentInChildren <CowController> ();
ebc = GetComponentInChildren <EmptyBarnController> ();
sbc = GetComponentInChildren <SpinBarnController> ();
tornado = GameObject.Find("Tornado");
car = GameObject.Find("Car");
emptyCar = GameObject.Find("EmptyCar");
shark = GameObject.Find("Shark");
emptyShark = GameObject.Find("EmptyShark");
emptySpin = GameObject.Find("EmptySpin");
emptyBarn = GameObject.Find("EmptyBarn");
tornadoOldSpeed = 0;
carOldSpeed = 0;
sharkOldSpeed = 0;
sharkOldOsciSpeed = 0;
barnOldSpeed = 0;
barnOldSpinSpeed = 0;
cowOldSpeed = 0;
allPaused = false;
barnPaused = false;
sharkPaused = false;
carPaused = false;
windowRect = new Rect(0, 0, 600, 200);
tornadoScale = 1.0F;
barnRotateSpeed = 40.0f;
barnSpinSpeed = 100.0F;
sharkRotateSpeed = 60.0f;
sharkOsciSpeed = 30.0f;
sharkOsciRange = 8.0F;
carRotateSpeed = 30.0F;
carDirection = 180.0F;
}
