public static Movement.GenericMovement MovementFromStruct(Movement.MovementStruct movementStruct)
{
Movement.GenericMovement result = null;
if (movementStruct.Bearing == Movement.ManeuverBearing.Straight)
{
result = new Movement.StraightMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.KoiogranTurn)
{
result = new Movement.KoiogranTurnMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Turn)
{
result = new Movement.TurnMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Bank)
{
result = new Movement.BankMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.SegnorsLoop)
{
result = new Movement.SegnorsLoopMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.TallonRoll)
{
result = new Movement.TallonRollMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Stationary)
{
result = new Movement.StationaryMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
return(result);
}
public static Transform GetMovementRuler(Movement.GenericMovement movement)
{
ResetRuler();
Transform result = null;
if (movement != null)
{
switch (movement.Bearing)
{
case Movement.ManeuverBearing.Straight:
return(Templates.Find("straight" + movement.Speed));
case Movement.ManeuverBearing.Bank:
return(Templates.Find("bank" + movement.Speed));
case Movement.ManeuverBearing.SegnorsLoop:
return(Templates.Find("bank" + movement.Speed));
case Movement.ManeuverBearing.Turn:
return(Templates.Find("turn" + movement.Speed));
case Movement.ManeuverBearing.TallonRoll:
return(Templates.Find("turn" + movement.Speed));
case Movement.ManeuverBearing.KoiogranTurn:
return(Templates.Find("straight" + movement.Speed));
case Movement.ManeuverBearing.Stationary:
return(null);
}
}
return(result);
}
public static void UpdateAssignedManeuverDial(GenericShip ship, Movement.GenericMovement maneuver)
{
if (maneuver == null)
{
return;
}
GameObject maneuverDial = ship.InfoPanel.transform.Find("AssignedManeuverDial").gameObject;
Image dialImage = maneuverDial.transform.Find("Holder").GetComponent <Image>();
dialImage.sprite = Resources.Load <Sprite>("Sprites/Dials/" + Editions.Edition.Current.NameShort + "/Flipped");
Text maneuverSpeed = maneuverDial.transform.Find("Holder").Find("ManeuverSpeed").GetComponent <Text>();
maneuverSpeed.text = maneuver.Speed.ToString();
maneuverSpeed.color = maneuver.GetColor();
maneuverSpeed.gameObject.SetActive(ship.Owner.IsNeedToShowManeuver(ship));
Text maneuverBearing = maneuverDial.transform.Find("Holder").Find("ManeuverBearing").GetComponent <Text>();
maneuverBearing.text = maneuver.GetBearingChar();
maneuverBearing.color = maneuver.GetColor();
maneuverBearing.gameObject.SetActive(ship.Owner.IsNeedToShowManeuver(ship));
maneuverDial.SetActive(true);
}
public Movement.GenericMovement MovementFromString(string parameters)
{
Movement.MovementStruct movementStruct = ManeuverFromString(parameters);
string[] arrParameters = parameters.Split('.');
int speed = int.Parse(arrParameters[0]);
Movement.GenericMovement result = null;
if (movementStruct.Bearing == Movement.ManeuverBearing.Straight)
{
result = new Movement.StraightMovement(speed, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.KoiogranTurn)
{
result = new Movement.KoiogranTurnMovement(speed, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Turn)
{
result = new Movement.TurnMovement(speed, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Bank)
{
result = new Movement.BankMovement(speed, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
return(result);
}
public MovementPrediction(GenericMovement movement)
{
CurrentMovement = movement;
Selection.ThisShip.ToggleColliders(false);
GenerateShipStands();
}
private Movement.GenericMovement AdjustDirection(Movement.GenericMovement movement, float vector)
{
Movement.GenericMovement result = movement;
if (movement.Direction != Movement.ManeuverDirection.Forward)
{
movement.Direction = (vector < 0) ? Movement.ManeuverDirection.Left : Movement.ManeuverDirection.Right;
}
return(result);
}
public MovementPrediction(GenericMovement movement)
{
currentMovement = movement;
Selection.ThisShip.ToggleColliders(false);
GenerateShipStands();
GameManagerScript Game = GameObject.Find("GameManager").GetComponent <GameManagerScript>();
Game.Movement.FuncsToUpdate.Add(UpdateColisionDetection);
}
public Movement.GenericMovement GetManeuver(Ship.GenericShip thisShip, Ship.GenericShip anotherShip)
{
float vector = Actions.GetVector(thisShip, anotherShip);
bool isClosing = Actions.IsClosing(thisShip, anotherShip);
if (inDebug)
{
Debug.Log("Vector: " + vector + ", Closing: " + isClosing);
}
Movement.GenericMovement result = GetManeuverFromTable(vector, isClosing);
return(result);
}
public static void ApplyMovementRuler(Ship.GenericShip thisShip, Movement.GenericMovement movement)
{
CurrentTemplate = GetMovementRuler(movement);
SaveCurrentMovementRulerPosition();
CurrentTemplate.position = thisShip.GetPosition();
CurrentTemplate.eulerAngles = thisShip.GetAngles() + new Vector3(0f, 90f, 0f);
if (movement.Direction == Movement.ManeuverDirection.Left)
{
CurrentTemplate.eulerAngles = CurrentTemplate.eulerAngles + new Vector3(180f, 0f, 0f);
}
}
public static Movement.GenericMovement MovementFromStruct(Movement.ManeuverHolder movementStruct)
{
Movement.GenericMovement result = null;
if (movementStruct.Bearing == Movement.ManeuverBearing.Straight)
{
result = new Movement.StraightMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.KoiogranTurn)
{
result = new Movement.KoiogranTurnMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Turn)
{
result = new Movement.TurnMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Bank)
{
result = new Movement.BankMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.SegnorsLoop)
{
result = new Movement.SegnorsLoopMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.SegnorsLoopUsingTurnTemplate)
{
result = new Movement.SegnorsLoopUsingTurnTemplateMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.TallonRoll)
{
result = new Movement.TallonRollMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Stationary)
{
result = new Movement.StationaryMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == Movement.ManeuverBearing.Reverse)
{
if (movementStruct.Direction == Movement.ManeuverDirection.Forward)
{
result = new Movement.ReverseStraightMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else
{
result = new Movement.ReverseBankMovement(movementStruct.SpeedInt, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
}
return(result);
}
public static void UpdateAssignedManeuverDial(GenericShip ship, Movement.GenericMovement maneuver)
{
GameObject maneuverDial = ship.InfoPanel.transform.Find("AssignedManeuverDial").gameObject;
Text maneuverSpeed = maneuverDial.transform.Find("Holder").Find("ManeuverSpeed").GetComponent <Text>();
maneuverSpeed.text = maneuver.Speed.ToString();
maneuverSpeed.color = maneuver.GetColor();
maneuverSpeed.gameObject.SetActive(ship.Owner.IsNeedToShowManeuver(ship));
Text maneuverBearing = maneuverDial.transform.Find("Holder").Find("ManeuverBearing").GetComponent <Text>();
maneuverBearing.text = maneuver.GetBearingChar();
maneuverBearing.color = maneuver.GetColor();
maneuverBearing.gameObject.SetActive(ship.Owner.IsNeedToShowManeuver(ship));
maneuverDial.SetActive(true);
}
private GenericMovement AdjustDirection(Movement.GenericMovement movement, float vector)
{
GenericMovement result = movement;
if (movement.Direction != ManeuverDirection.Forward)
{
if (vector < 0)
{
if (movement.Direction == ManeuverDirection.Left)
{
movement.Direction = ManeuverDirection.Right;
}
else if (movement.Direction == ManeuverDirection.Right)
{
movement.Direction = ManeuverDirection.Left;
}
}
}
return(result);
}
private static Transform GetMovementRuler(Movement.GenericMovement movement)
{
Transform result = null;
switch (movement.Bearing)
{
case Movement.ManeuverBearing.Straight:
return(Templates.Find("straight" + movement.Speed));
case Movement.ManeuverBearing.Bank:
return(Templates.Find("bank" + movement.Speed));
case Movement.ManeuverBearing.Turn:
return(Templates.Find("turn" + movement.Speed));
case Movement.ManeuverBearing.KoiogranTurn:
return(Templates.Find("straight" + movement.Speed));
}
return(result);
}
public Movement.GenericMovement GetManeuverFromTable(float vector, bool isClosing)
{
List <string> table = null;
bool adjustDirection = false;
if (isClosing)
{
if ((vector > -22.5f) && (vector < 22.5f))
{
if (inDebug)
{
Debug.Log("FrontManeuversInner");
}
table = FrontManeuversInner;
}
else if (((vector >= 22.5f) && (vector < 67.5f)) || ((vector <= -22.5f) && (vector > -67.5f)))
{
if (inDebug)
{
Debug.Log("FrontSideManeuversInner");
}
table = FrontSideManeuversInner;
adjustDirection = true;
}
else if (((vector >= 67.5f) && (vector < 112.5f)) || ((vector <= -67.5f) && (vector > -112.5f)))
{
if (inDebug)
{
Debug.Log("SideManeuversInner");
}
table = SideManeuversInner;
adjustDirection = true;
}
else if (((vector >= 112.5f) && (vector < 157.5f)) || ((vector <= -112.5f) && (vector > -157.5f)))
{
if (inDebug)
{
Debug.Log("BackSideManeuversInner");
}
table = BackSideManeuversInner;
adjustDirection = true;
}
else if ((vector >= 157.5f) || (vector <= -157.5f))
{
if (inDebug)
{
Debug.Log("BackManeuversInner");
}
table = BackManeuversInner;
}
}
else
{
if ((vector > -22.5f) && (vector < 22.5f))
{
if (inDebug)
{
Debug.Log("FrontManeuversOuter");
}
table = FrontManeuversOuter;
}
else if (((vector >= 22.5f) && (vector < 67.5f)) || ((vector <= -22.5f) && (vector > -67.5f)))
{
if (inDebug)
{
Debug.Log("FrontSideManeuversOuter");
}
table = FrontSideManeuversOuter;
adjustDirection = true;
}
else if (((vector >= 67.5f) && (vector < 112.5f)) || ((vector <= -67.5f) && (vector > -112.5f)))
{
if (inDebug)
{
Debug.Log("SideManeuversOuter");
}
table = SideManeuversOuter;
adjustDirection = true;
}
else if (((vector >= 112.5f) && (vector < 157.5f)) || ((vector <= -112.5f) && (vector > -157.5f)))
{
if (inDebug)
{
Debug.Log("BackSideManeuversOuter");
}
table = BackSideManeuversOuter;
adjustDirection = true;
}
else if ((vector >= 157.5f) || (vector <= -157.5f))
{
if (inDebug)
{
Debug.Log("BackManeuversOuter");
}
table = BackManeuversOuter;
}
}
Movement.GenericMovement result = RandomManeuverFromTable(table);
if (adjustDirection)
{
if (inDebug)
{
Debug.Log("Adjust direction according to vector: " + vector);
}
result = AdjustDirection(result, vector);
}
return(result);
}
public MovementPrediction(GenericShip ship, GenericMovement movement)
{
Ship = ship;
CurrentMovement = movement;
}
