public void LinearFlight(TimeUpdateEvent e, HangarCameraLinearFlightNode hangar)
{
HangarCameraFlightDataComponent hangarCameraFlightData = hangar.hangarCameraFlightData;
float t = Mathf.Pow(Mathf.Clamp01(((UnityTime.time - hangar.hangarCameraFlightData.StartFlightTime) - hangarCameraFlightData.ArcFlightTime) / hangarCameraFlightData.LinearFlightTime), 0.3333333f);
hangar.cameraRootTransform.Root.position = Vector3.Lerp(hangarCameraFlightData.ArcToLinearPoint, hangarCameraFlightData.DestinationCameraPosition, t);
}
public void Init(NodeAddedEvent e, HangarCameraNode hangar)
{
this.SetupCameraFlightESM(hangar.Entity);
HangarCameraFlightDataComponent hangarCameraFlightData = hangar.hangarCameraFlightData;
base.NewEvent <HangarCameraArcToLinearFlightEvent>().Attach(hangar).ScheduleDelayed(hangarCameraFlightData.ArcFlightTime);
base.NewEvent <HangarCameraStopFlightEvent>().Attach(hangar).ScheduleDelayed(hangarCameraFlightData.FlightTime);
}
public void RotateToDestination(HangarCameraRotateToDestinationEvent e, HangarCameraNode hangar)
{
Quaternion middleCameraRotation;
Quaternion originCameraRotation;
HangarCameraFlightDataComponent hangarCameraFlightData = hangar.hangarCameraFlightData;
float t = Mathf.Pow((UnityTime.time - hangar.hangarCameraFlightData.StartFlightTime) / hangarCameraFlightData.FlightTime, 0.3333333f);
if (t < 0.5)
{
originCameraRotation = hangarCameraFlightData.OriginCameraRotation;
middleCameraRotation = hangarCameraFlightData.MiddleCameraRotation;
t *= 2f;
}
else
{
originCameraRotation = hangarCameraFlightData.MiddleCameraRotation;
middleCameraRotation = hangarCameraFlightData.DestinationCameraRotation;
t = (t - 0.5f) * 2f;
}
hangar.cameraRootTransform.Root.SetRotationSafe(Quaternion.Slerp(originCameraRotation, middleCameraRotation, t));
}
public void CalculateFlightToLocation(NodeAddedEvent e, HangarLocationScreenNode screen, [JoinAll] HangarCameraNode hangar, [JoinAll] ICollection <HangarLocationScreenNode> activeLocationScreen)
{
Transform transform;
if ((activeLocationScreen.Count <= 1) && hangar.hangarLocations.Locations.TryGetValue(screen.hangarLocation.HangarLocation, out transform))
{
base.ScheduleEvent <HangarCameraStopFlightEvent>(hangar);
HangarConfigComponent hangarConfig = hangar.hangarConfig;
Vector3 position = hangar.cameraRootTransform.Root.position;
Vector3 a = hangar.hangarTankPosition.transform.position;
a.y = position.y;
Vector3 b = transform.position;
b.y = position.y;
Vector3 from = position - a;
from.y = 0f;
from.Normalize();
Vector3 to = b - a;
to.y = 0f;
to.Normalize();
float num = Vector3.Distance(a, position);
float num2 = Vector3.Angle(from, to) * 0.01745329f;
Vector3 vector8 = Vector3.Cross(to, from);
Vector3 vector9 = ((from + to) / 2f).normalized * (num / Mathf.Cos(num2 / 2f));
float num4 = 3.141593f - num2;
float num5 = (num * Mathf.Tan(num2 / 2f)) * num4;
Vector3 vector10 = a + (to * num);
float num6 = Vector3.Distance(vector10, b);
if (num5 > num6)
{
num5 = 0f;
}
float num7 = hangarConfig.FlightToLocationTime / (num5 + num6);
Vector3 vector11 = Vector3.Cross((Vector3)(hangar.cameraRootTransform.Root.rotation * Vector3.forward), (Vector3)(transform.rotation * Vector3.forward));
Quaternion quaternion = Quaternion.Slerp(hangar.cameraRootTransform.Root.rotation, transform.rotation, 0.5f);
if ((MathUtil.Sign(vector8.y) > 0f) && (MathUtil.Sign(vector11.y) < 0f))
{
quaternion = Quaternion.AngleAxis(180f, Vector3.up) * quaternion;
}
HangarCameraFlightDataComponent component = new HangarCameraFlightDataComponent {
FlightTime = hangarConfig.FlightToLocationTime,
ArcFlightPivotPoint = vector9,
ArcFlightTime = num5 * num7
};
if (num5 > 0f)
{
component.ArcFlightAngleSpeed = ((num4 * 57.29578f) / component.ArcFlightTime) * MathUtil.Sign(vector8.y);
}
component.ArcToLinearPoint = vector10;
component.LinearFlightTime = num6 * num7;
component.OriginCameraRotation = hangar.cameraRootTransform.Root.rotation;
component.OriginCameraPosition = hangar.cameraRootTransform.Root.position;
component.MiddleCameraRotation = quaternion;
component.DestinationCameraPosition = transform.position;
component.DestinationCameraRotation = transform.rotation;
component.StartFlightTime = UnityTime.time;
if (hangar.Entity.HasComponent <HangarCameraFlightDataComponent>())
{
hangar.Entity.RemoveComponent <HangarCameraFlightDataComponent>();
}
hangar.Entity.AddComponent(component);
hangar.hangarCameraViewState.Esm.ChangeState <HangarCameraViewState.FlightToLocationState>();
}
}
private void StartFlightToTank(HangarCameraNode hangar)
{
base.ScheduleEvent <HangarCameraStopFlightEvent>(hangar);
HangarConfigComponent hangarConfig = hangar.hangarConfig;
Vector3 position = hangar.cameraRootTransform.Root.position;
Vector3 a = hangar.hangarTankPosition.transform.position;
a.y = position.y;
Vector3 vector3 = position - a;
vector3.y = 0f;
vector3.Normalize();
Vector3 b = hangar.hangarCameraStartPosition.transform.position;
b.y = position.y;
float num2 = Vector3.Distance(a, position);
float num3 = Mathf.Asin(hangarConfig.FlightToTankRadius / num2) * 2f;
Vector3 vector5 = (Vector3)(Quaternion.Euler(0f, num3 * 57.29578f, 0f) * vector3);
vector5.Normalize();
Vector3 vector8 = ((vector3 + vector5) / 2f).normalized * (num2 / Mathf.Cos(num3 / 2f));
vector8.y = position.y;
float num5 = 3.141593f + num3;
float num6 = (num2 * Mathf.Tan(num3 / 2f)) * num5;
Vector3 vector9 = a + (vector5 * Vector3.Distance(a, b));
Vector3 vector10 = a + (vector5 * num2);
float num7 = Vector3.Distance(vector10, vector9);
if (num6 > num7)
{
num6 = 0f;
}
vector9.y = hangar.hangarCameraStartPosition.transform.position.y;
float num8 = hangarConfig.FlightToTankTime / (num6 + num7);
Quaternion quaternion = Quaternion.LookRotation(hangar.hangarTankPosition.transform.position - vector9, Vector3.up);
Quaternion quaternion2 = Quaternion.Slerp(hangar.cameraRootTransform.Root.rotation, quaternion, 0.5f);
HangarCameraFlightDataComponent component = new HangarCameraFlightDataComponent {
FlightTime = hangarConfig.FlightToTankTime,
ArcFlightPivotPoint = vector8,
ArcFlightTime = num6 * num8
};
if (num6 > 0f)
{
component.ArcFlightAngleSpeed = (num5 * 57.29578f) / component.ArcFlightTime;
}
component.ArcToLinearPoint = vector10;
component.LinearFlightTime = num7 * num8;
component.OriginCameraRotation = hangar.cameraRootTransform.Root.rotation;
component.OriginCameraPosition = hangar.cameraRootTransform.Root.position;
component.MiddleCameraRotation = quaternion2;
component.DestinationCameraPosition = vector9;
component.DestinationCameraRotation = quaternion;
component.StartFlightTime = UnityTime.time;
if (hangar.Entity.HasComponent <HangarCameraFlightDataComponent>())
{
hangar.Entity.RemoveComponent <HangarCameraFlightDataComponent>();
}
hangar.Entity.AddComponent(component);
hangar.hangarCameraViewState.Esm.ChangeState <HangarCameraViewState.FlightToTankState>();
}
public void StopLinearFlight(NodeRemoveEvent e, HangarCameraLinearFlightNode hangar)
{
HangarCameraFlightDataComponent hangarCameraFlightData = hangar.hangarCameraFlightData;
hangar.cameraRootTransform.Root.position = hangarCameraFlightData.DestinationCameraPosition;
}
public void ArcFlight(TimeUpdateEvent e, HangarCameraArcFlightNode hangar)
{
HangarCameraFlightDataComponent hangarCameraFlightData = hangar.hangarCameraFlightData;
hangar.cameraRootTransform.Root.RotateAround(hangarCameraFlightData.ArcFlightPivotPoint, Vector3.up, e.DeltaTime * hangarCameraFlightData.ArcFlightAngleSpeed);
}
public void StopRotateToDestination(NodeRemoveEvent e, HangarCameraNode hangar)
{
HangarCameraFlightDataComponent hangarCameraFlightData = hangar.hangarCameraFlightData;
hangar.cameraRootTransform.Root.SetRotationSafe(hangarCameraFlightData.DestinationCameraRotation);
}
