public RandomDrone(float speed, float size, DroneColor color, DroneType droneType = DroneType.BouncingDrone, float restrictedZone = 1, float coneRange = 360, float startDirection = 0,
IDroneMovement movementType = null) : base(speed, size, color, droneType, movementType)
{
_restrictedZone = restrictedZone;
_coneRange = coneRange;
_startDirection = startDirection;
}
private IEnumerator GenerateGreenDrones(float delay, int initialDroneCount, float speed, float size,
DroneColor color, float reduceDelay, float minDelay, int droneIncrease, int maxDrones)
{
var droneCount = 0;
while (true)
{
DroneFactory.SetPattern(new Pat360Drones(initialDroneCount + droneCount, delay, false, true, -90, 180, changeDirection: true, patternRepeats: 2),
new DefaultDrone(speed, size, color), posDelegate: delegate {
return(new Vector3(0, 0.4f, BoundariesSLA.FlyingSla.BottomBoundary + (0.5f + 1.5f / 2)));
});
yield return(new WaitForSeconds(2 * delay));
DroneFactory.SetPattern(new Pat360Drones(initialDroneCount + droneCount, delay, false, false, -90, 180, changeDirection: true, patternRepeats: 2),
new DefaultDrone(speed, size, color), posDelegate: delegate {
return(new Vector3(0, 0.4f, BoundariesSLA.FlyingSla.TopBoundary - (0.5f + 1.5f / 2)));
});
yield return(new WaitForSeconds(2 * delay));
if (delay > minDelay)
{
delay -= delay * reduceDelay;
}
if (droneCount < maxDrones - initialDroneCount)
{
droneCount += droneIncrease;
}
}
}
public SpawnDroneData(DroneState state, float speed, float size, DroneColor color, DroneType droneType)
{
State = state;
Speed = speed;
Size = size;
Color = color;
DroneType = droneType;
}
protected ADrone(float speed, float size, DroneColor color, DroneType droneType, IDroneMovement movementType,
IPattern pattern = null, IDrone spawnedDrones = null)
{
Speed = speed;
Size = size;
Color = color;
DroneType = droneType;
MovementType = movementType ?? new StraightMovement();
Pattern = pattern;
SpawnedDrones = spawnedDrones;
}
private IEnumerator GenerateLevel4GreenDrones(float delay, int initialDroneCount, float speed, float size, DroneColor color, float reduceDelay, float minDelay, int droneIncrease, int maxDrones)
{
var droneCount = 0;
while (true)
{
DroneFactory.SetPattern(new Pat360Drones(initialDroneCount + 2 * droneCount),
new DefaultDrone(speed, size, color), BoundariesSLA.FlyingSla, DroneStartPosition.GetRandomBottomSector);
yield return new WaitForSeconds(delay);
DroneFactory.SetPattern(new Pat360Drones(initialDroneCount + 2 * droneCount),
new DefaultDrone(speed, size, color), BoundariesSLA.FlyingSla, DroneStartPosition.GetRandomTopSector);
yield return new WaitForSeconds(delay);
if (delay > minDelay) { delay -= delay*reduceDelay; }
if (droneCount < maxDrones) { droneCount += droneIncrease; }
}
}
private IEnumerator GenerateLevel6GreenDrones(float delay, int initialDroneCount, float speed, float size, DroneColor color,
float reduceDelay, float minDelay, int droneIncrease, int maxDrones, StartPositionDelegate posDelegate)
{
var droneCount = 0;
while (true)
{
DroneFactory.SetPattern(new Pat360Drones(initialDroneCount + droneCount, 5f),
new DefaultDrone(speed, size, color), BoundariesSLA.FlyingSla, posDelegate);
yield return(new WaitForSeconds(delay));
if (delay > minDelay)
{
delay -= delay * reduceDelay;
}
if (droneCount < maxDrones - initialDroneCount)
{
droneCount += droneIncrease;
}
}
}
public DefaultDrone(float speed, float size, DroneColor color, Vector3?position = null, float direction = 0, DroneType droneType = DroneType.FlyingOneWayDrone,
IDroneMovement movementType = null) : base(speed, size, color, droneType, movementType)
{
_position = position ?? new Vector3(0, 0.4f, 0);
_direction = direction;
}
public MineDrone(float speed, float size, DroneColor color, IPattern pattern = null, IDrone spawnedDrones = null, DroneType droneType = DroneType.FlyingBouncingMine,
IDroneMovement movementType = null) : base(speed, size, color, droneType, movementType, pattern, spawnedDrones)
{
}