void OnEnable()
{
rb = GetComponent <Rigidbody2D>();
boostTimer = 0;
boostDirection = SpacecraftAction.Direction.None;
rotationDirection = SpacecraftAction.Direction.None;
rotationTimer = 0;
}
public static SpacecraftAction ParseCard(ActionCard card)
{
//Debug.Log(card.type);
if (card.type.Equals("forward") || card.type.Equals("backward"))
{
SpacecraftAction.Direction direction = SpacecraftAction.Direction.None;
switch (card.type)
{
case "forward":
direction = SpacecraftAction.Direction.Forwards;
break;
case "backward":
direction = SpacecraftAction.Direction.Backwards;
break;
}
float force = card.forceOrVelocity;
float duration = card.duration;
float fuelCost = card.fuelCost;
return(new SpacecraftBoost(direction, fuelCost, force, duration));
}
else if (card.type.Contains("rotate"))
{
SpacecraftAction.Direction direction = SpacecraftAction.Direction.None;
switch (card.type)
{
case "rotateLeft":
direction = SpacecraftAction.Direction.Left;
break;
case "rotateRight":
direction = SpacecraftAction.Direction.Right;
break;
}
float velocity = card.forceOrVelocity;
float duration = card.duration;
float fuelCost = 1;
return(new SpacecraftRotation(direction, fuelCost, velocity, duration));
}
else if (card.type.Equals("gravityMine"))
{
return(new SpacecraftWeaponAction(SpacecraftWeaponAction.WeaponType.GravityMine, card.fuelCost));
}
else if (card.type.Equals("laser"))
{
return(new SpacecraftWeaponAction(SpacecraftWeaponAction.WeaponType.Laser, card.fuelCost));
}
else if (card.type.Equals("rocket"))
{
return(new SpacecraftWeaponAction(SpacecraftWeaponAction.WeaponType.Rocket, card.fuelCost));
}
else if (card.type.Equals("none"))
{
return(new SpacecraftRotation(SpacecraftRotation.Direction.Forwards, 0, 0, 2));
}
return(null);
}
public void Rotate(SpacecraftAction.Direction direction, float speed, float duration)
{
if (direction == SpacecraftAction.Direction.Left || direction == SpacecraftAction.Direction.Right)
{
rotationDirection = direction;
angularSpeed = speed;
rotationTimer = duration;
}
}
public void Boost(SpacecraftAction.Direction direction, float force, float duration)
{
if (direction == SpacecraftAction.Direction.Forwards || direction == SpacecraftAction.Direction.Backwards)
{
thrustersController.Boost(direction);
boostDirection = direction;
boostForce = force;
boostTimer = duration;
EventManager.TriggerEvent("spacecraft_boost_start");
}
}
void Update()
{
if (rotationDirection != SpacecraftAction.Direction.None)
{
rotationTimer -= Time.deltaTime;
float fac = Time.deltaTime;
if (rotationTimer < 0)
{
fac += rotationTimer;
rotationTimer = 0;
rotationDirection = SpacecraftAction.Direction.None;
}
if (rotationDirection == SpacecraftAction.Direction.Left)
{
transform.Rotate(new Vector3(0, 0, angularSpeed * fac));
}
else
{
transform.Rotate(new Vector3(0, 0, -angularSpeed * fac));
}
float dot = Vector2.Dot(transform.right.normalized, rb.velocity.normalized);
if (dot >= 0)
{
rb.velocity = transform.right * rb.velocity.magnitude;
}
else
{
rb.velocity = transform.right * -rb.velocity.magnitude;
}
}
if (boostDirection != SpacecraftAction.Direction.None)
{
boostTimer -= Time.deltaTime;
float fac = Time.deltaTime;
if (boostTimer < 0)
{
fac += boostTimer;
boostTimer = 0;
boostDirection = SpacecraftAction.Direction.None;
EventManager.TriggerEvent("spacecraft_boost_stop");
thrustersController.StopBoost();
}
if (boostDirection == SpacecraftAction.Direction.Forwards)
{
rb.AddRelativeForce(new Vector2(boostForce * fac, 0));
}
else if (boostDirection == SpacecraftAction.Direction.Backwards)
{
rb.AddRelativeForce(new Vector2(-boostForce * fac, 0));
}
}
}
public void Boost(SpacecraftAction.Direction direction)
{
switch (direction)
{
case SpacecraftAction.Direction.Forwards:
ActivateForwardsBoosters();
return;
case SpacecraftAction.Direction.Backwards:
ActivateBackwardsBoosters();
return;
}
}
