public QueueEventPosition(GameObject element, Vector3 starting_val, Vector3 ending_val, float position_time,
EasingFunctionsType movement_type, bool real_time = false) : base("scale")
{
this.movement_type = movement_type;
this.affected_element = element;
this.starting_val = starting_val;
this.ending_val = ending_val;
this.real_time = real_time;
this.position_time = position_time;
val_difference = ending_val - starting_val;
}
public QueueEventFade(GameObject element, float starting_val, float ending_val, float fade_time,
EasingFunctionsType movement_type, bool real_time = false) : base("fade")
{
this.movement_type = movement_type;
this.affected_element = element;
this.starting_val = starting_val;
this.ending_val = ending_val;
this.real_time = real_time;
this.fade_time = fade_time;
val_difference = ending_val - starting_val;
}
public static float GetEasing(EasingFunctionsType type, float total_value, float current_time, float starting_value, float total_duration)
{
float ret = 0.0f;
switch (type)
{
case EasingFunctionsType.LINEAR:
ret = Linear(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.EXPO_IN:
ret = ExpoIn(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.EXPO_OUT:
ret = ExpoOut(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.EXPO_IN_OUT:
ret = ExpoInOut(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.BOUNCE:
ret = Bounce(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.QUAD_IN:
ret = QuadIn(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.QUAD_OUT:
ret = QuadOut(total_value, current_time, starting_value, total_duration);
break;
case EasingFunctionsType.QUAD_IN_OUT:
ret = QuadInOut(total_value, current_time, starting_value, total_duration);
break;
}
return(ret);
}
