private Vector3 ForceVectorByDiraction(MovingDiractions Diraction)
{
Vector3 ResultVector;
switch (Diraction)
{
case MovingDiractions.Forward:
ResultVector = Functions.SetFlatMagnitude(ForwardPoint - transform.position, GetIntensivity(Diraction));
break;
case MovingDiractions.Backward:
ResultVector = Functions.SetFlatMagnitude(BackwardPoint - transform.position, GetIntensivity(Diraction));
break;
case MovingDiractions.Left:
ResultVector = Functions.SetFlatMagnitude(LeftPoint - transform.position, GetIntensivity(Diraction));
break;
case MovingDiractions.Right:
ResultVector = Functions.SetFlatMagnitude(RightPoint - transform.position, GetIntensivity(Diraction));
break;
default:
Debug.LogError("Cant compute vector for unknown diraction" + Diraction.ToString());
ResultVector = Vector3.zero;
break;
}
Logger.AddContent(UILogDataTypes.PressedButton, "Ball diraction - " + Diraction.ToString(), true);
if (writeLog)
{
Functions.DrawTemporalLine(transform.position, transform.position + ResultVector);
}
return(ResultVector);
}
private float GetIntensivity(MovingDiractions diraction)
{
switch (diraction)
{
case MovingDiractions.Forward:
if (isInTheAir)
{
//return Settings.ballInAirMoveIntensivity; Временно перенесены из сеттингов для тюнинга
return(ballInAirMoveIntensivity);
}
else
{
//return Settings.ballMoveIntensivity;
return(ballMoveIntensivity);
}
case MovingDiractions.Backward:
if (isInTheAir)
{
//return Settings.ballInAirMoveIntensivity;
return(ballInAirMoveIntensivity);
}
else
{
//return Settings.ballMoveIntensivity;
return(ballMoveIntensivity);
}
case MovingDiractions.Left:
if (isInTheAir)
{
//return Settings.ballInAirSideMoveIntensivity;
return(ballInAirSideMoveIntensivity);
}
else
{
//return Settings.ballSideMoveIntensivity;
return(ballSideMoveIntensivity);
}
case MovingDiractions.Right:
if (isInTheAir)
{
//return Settings.ballInAirSideMoveIntensivity;
return(ballInAirSideMoveIntensivity);
}
else
{
//return Settings.ballSideMoveIntensivity;
return(ballSideMoveIntensivity);
}
default:
Debug.LogError("Cant get intensivity for unknown diraction " + diraction.ToString());
return(0f);
}
}
private void Move(MovingDiractions Diraction)
{
if (spentEnergy < Settings.levelEnergy)
{
BallBody.AddForce(NormalizedForceVectorByDiraction(Diraction));
spentEnergy += NormalizedForceVectorByDiraction(Diraction).magnitude *Settings.energyMultiplyer;
Logger.UpdateContent(UILogDataTypes.EnergyAmount, "Energy spent: " + spentEnergy + "/" + Settings.levelEnergy);
}
else
{
Defeat();
}
}
private float GetIntensivity(MovingDiractions diraction)
{
switch (diraction)
{
case MovingDiractions.Forward:
if (isInTheAir)
{
return(ballInAirMoveIntensivity);
}
else
{
return(ballMoveIntensivity);
}
case MovingDiractions.Backward:
if (isInTheAir)
{
return(ballInAirMoveIntensivity);
}
else
{
return(ballMoveIntensivity);
}
case MovingDiractions.Left:
if (isInTheAir)
{
return(ballInAirSideMoveIntensivity);
}
else
{
return(ballSideMoveIntensivity);
}
case MovingDiractions.Right:
if (isInTheAir)
{
return(ballInAirSideMoveIntensivity);
}
else
{
return(ballSideMoveIntensivity);
}
default:
Debug.LogError("Cant get intensivity for unknown diraction " + diraction.ToString());
return(0f);
}
}
private void Move(MovingDiractions Diraction)
{
BallBody.AddForce(ForceVectorByDiraction(Diraction));
}
