public void AreNotColliding()
{
PlayerDot playerDot = new PlayerDot(200);
CircleArc circleArc = new CircleArc(Math.PI / 2, Math.PI * 3.2);
Assert.IsFalse(CollisionDetector.AreColliding(playerDot, circleArc));
}
public void StartingPos200Radius()
{
PlayerDot playerDot = new PlayerDot(200);
Point expectedPosition = new Point(200, 0);
Assert.AreEqual(expectedPosition, playerDot.GetPosition());
}
/// Retracts the segment towards the new player dot and removes the old one
void RemoveDot(bool removeDot0)
{
//StartCoroutine(RadiusFade(true));
bool switchSegmentDirection = false;
if (removeDot0 && dot0 != null)
{
dot0.Remove();
dot0 = null;
if (dot1 != null)
{
if (newestDot == DotType.Dot1)
{
switchSegmentDirection = true;
}
newestDot = DotType.Dot1;
FadeRadius(true);
}
else
{
FadeRadius(false);
}
}
else if (!removeDot0 && dot1 != null)
{
dot1.Remove();
dot1 = null;
if (dot0 != null)
{
if (newestDot == DotType.Dot0)
{
switchSegmentDirection = true;
}
newestDot = DotType.Dot0;
FadeRadius(true);
}
else
{
FadeRadius(false);
}
}
// both dots are gone => Death/Restart
if (dot1 == null && dot0 == null)
{
Game.SetState(Game.State.Death);
radius = 0;
radiusOpacity = 0;
newestDot = DotType.None;
}
// empty the segment in between those two dots
playerSegment.EmptySegment(switchSegmentDirection);
}
public void AreCollidingAtNear2Pi()
{
PlayerDot playerDot = new PlayerDot(200);
playerDot.MoveCounterClockwise(Math.PI * 2.1);
CircleArc circleArc = new CircleArc(0.5, Math.PI * 1.9);
Assert.IsFalse(CollisionDetector.AreColliding(playerDot, circleArc));
}
public void AreNotCollidingAt0()
{
PlayerDot playerDot = new PlayerDot(200);
playerDot.MoveCounterClockwise(Math.PI / 2);
CircleArc circleArc = new CircleArc(Math.PI / 2, 0);
Assert.IsFalse(CollisionDetector.AreColliding(playerDot, circleArc));
}
public void MoveCounterClockwisePI()
{
PlayerDot playerDot = new PlayerDot(200);
playerDot.MoveCounterClockwise(Math.PI);
Point expectedPosition = new Point(200, 400);
Assert.AreEqual(expectedPosition, playerDot.GetPosition());
}
public void MoveCounterClockwiseGetRadian()
{
PlayerDot playerDot = new PlayerDot(200);
double startRadian = playerDot.GetRadian();
playerDot.MoveCounterClockwise(0.6);
double expectedRadian = startRadian + 0.6;
Assert.AreEqual(expectedRadian, playerDot.GetRadian());
}
public void MoveClockwiseGetRadian()
{
PlayerDot playerDot = new PlayerDot(200);
double startRadian = playerDot.GetRadian();
playerDot.MoveClockwise(1.2);
double expectedRadian = startRadian - 1.2;
Assert.AreEqual(expectedRadian, playerDot.GetRadian());
}
public void Draw()
{
Background.Draw(_location);
if (_agent.Player.Inventory.HasMap)
{
MiniMap.Draw(MiniMapLocation + _location);
}
if (_agent.Player.Inventory.HasCompass)
{
TriforceDot.Draw(MiniMapLocation + TriforceLocation + _location);
}
var dungeonManager = (DungeonManager)_agent.DungeonManager;
if (dungeonManager.CurrentRoomMapped)
{
PlayerDot.Draw(MiniMapLocation + LinkLocation + _location);
}
Primary?.Draw(PrimaryLocation + _location);
Secondary?.Draw(SecondaryLocation + _location);
int i;
for (i = 0; i < _agent.Player.Health / 2; i++)
{
Heart.Draw(HeartsLocation + _location + HeartOffset * i);
}
if (_agent.Player.Health % 2 != 0)
{
HalfHeart.Draw(HeartsLocation + _location + HeartOffset * i);
i++;
}
for (; i < _agent.Player.MaxHealth / 2; i++)
{
EmptyHeart.Draw(HeartsLocation + _location + HeartOffset * i);
}
_rupeeCount.Draw();
_bombCount.Draw();
_keyCount.Draw();
}
/// Creates a new PlayerDot Object at the lookDestination position and draws the connecting segment in between
void SpawnDot()
{
AudioManager.instance.Play("Kick");
// only spawn dots of one of the dot slots is free => dont spawn more than the two conencted to the input triggers
if (dot0 != null && dot1 != null)
{
return;
}
//Debug.Log("Dot0: " + dot0 + " ---- Dot1: " + dot1);
int dotWasSpawned = -1; // -1 = no dot spawned, 0 = dot0 spawndd, 1 = dot1 spawned
Vector2 activePosition = new Vector2();
Vector2 spawnPosition;
Vector2 controllerInput = new Vector2(Input.GetAxis("Joystick X"), Input.GetAxis("Joystick Y"));
// dot1 exists, dot0 doesnt => spawn dot0
if (dot1 != null && dot0 == null)
{
activePosition = dot1.transform.position;
spawnPosition = activePosition + lookDirection;
dotWasSpawned = 0;
FadeRadius(false);
}
// dot0 exists, dot1 doesnt => spawn dot1
else if (dot0 != null && dot1 == null)
{
activePosition = dot0.transform.position;
spawnPosition = activePosition + lookDirection;
dotWasSpawned = 1;
FadeRadius(false);
}
// there are no dots, spawn the first dot
else
{
// get the world mouse position and spawn the dot there
Vector2 mousePos = Input.mousePosition;
mousePos = Camera.main.ScreenToWorldPoint(mousePos);
spawnPosition = mousePos;
dotWasSpawned = 0;
FadeRadius(true);
}
// spawn the new dot
GameObject newDotGo = GameObject.Instantiate(playerDotPrefab, spawnPosition, Quaternion.identity);
PlayerDot newPlayerDot = newDotGo.GetComponent <PlayerDot>();
// set the newest dot information
if (dotWasSpawned == 0)
{
newDotGo.name = "dot0";
dot0 = newPlayerDot;
newestDot = DotType.Dot0;
}
else if (dotWasSpawned == 1)
{
newDotGo.name = "dot1";
dot1 = newPlayerDot;
newestDot = DotType.Dot1;
}
//Debug.Log("activePosition: " + activePosition + " spawnPosition: " + spawnPosition);
// fill the segment in between two dots
if (dot0 != null && dot1 != null)
{
if (newestDot == DotType.Dot0)
{
playerSegment.FillSegment(dot1.transform.position, dot0.transform.position);
}
else if (newestDot == DotType.Dot1)
{
playerSegment.FillSegment(dot0.transform.position, dot1.transform.position);
}
}
}
