/********************
* Movement factory
* ***************/
public static Movement createMovement(MovementType type, Entity entity, Mover mover,
Vector3 from, Vector3 to, Cell origin, Cell destination, Dictionary <string, object> mParams)
{
Movement movement = null;
switch (type)
{
case MovementType.Lineal: movement = new LinealMovement(); break;
case MovementType.Parabolic: movement = new ParabolicMovement(); break;
case MovementType.Instant: movement = new InstantMovement(); break;
case MovementType.Turn: movement = new TurnMovement(); break;
case MovementType.Fade: movement = new FadeMovement(); break;
default: movement = new LinealMovement(); break;
}
movement.setParams(mParams);
movement.origin = origin;
movement.destination = destination;
movement.from = from;
movement.to = to;
movement.entity = entity;
movement.mover = mover;
return(movement);
}
public static GenericMovement MovementFromStruct(ManeuverHolder movementStruct)
{
GenericMovement result = null;
if (movementStruct.Bearing == ManeuverBearing.Straight)
{
result = new StraightMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.KoiogranTurn)
{
result = new KoiogranTurnMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.Turn)
{
result = new TurnMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.Bank)
{
result = new BankMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.SegnorsLoop)
{
result = new SegnorsLoopMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.SegnorsLoopUsingTurnTemplate)
{
result = new SegnorsLoopUsingTurnTemplateMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.TallonRoll)
{
result = new TallonRollMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.Stationary)
{
result = new StationaryMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.SideslipBank)
{
result = new SideslipBankMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.SideslipTurn)
{
result = new SideslipTurnMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else if (movementStruct.Bearing == ManeuverBearing.ReverseStraight)
{
if (movementStruct.Direction == ManeuverDirection.Forward)
{
result = new ReverseStraightMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
else
{
result = new ReverseBankMovement(movementStruct.SpeedIntUnsigned, movementStruct.Direction, movementStruct.Bearing, movementStruct.ColorComplexity);
}
}
return(result);
}
// Use this for initialization
void Start()
{
GameObject thePlayer = GameObject.Find("player");
TurnMovement turnMovement = thePlayer.GetComponent <TurnMovement>();
}
/********************
* Movement factory
* ***************/
public static Movement createMovement(MovementType type, Entity entity, Mover mover, Decoration dec, IsoDecoration sheet,
Vector3 from, Vector3 to, Cell origin, Cell destination, Dictionary<string, object> mParams)
{
Movement movement = null;
switch(type){
case MovementType.Lineal: movement = new LinealMovement(); break;
case MovementType.Parabolic: movement = new ParabolicMovement(); break;
case MovementType.Instant: movement = new InstantMovement(); break;
case MovementType.Turn: movement = new TurnMovement(); break;
default: movement = new LinealMovement(); break;
}
movement.setParams(mParams);
movement.origin = origin;
movement.destination = destination;
movement.from = from;
movement.to = to;
movement.entity = entity;
movement.dec = dec;
movement.sheet = sheet;
movement.mover = mover;
return movement;
}
