/// <summary>
/// Applies force to the held obstacle, if necessary.
/// </summary>
protected void ApplyForceToObstacle()
{
Vector3 currentDistance = HookingData.HookedObstacle.GetPosition() - transform.position;
var forceCalculator = ForceCalculator.GetInstance();
Vector3 glovePositionalForce = forceCalculator.GlovePositionalForce(currentDistance, HookingData.HookingRefDistance, Strength);
Vector3 gloveRotationalForce = forceCalculator.GloveRotationalForce(HookingData.HookingRefDistance, GameConstants.PlayerRotationRefVector, transform.rotation, Strength);
Vector3 dampeningForce = forceCalculator.DampeningForce(HookingData.HookedObstacle.GetVelocity(), _dampeningFactor, Strength);
Vector3 totalForce = glovePositionalForce + gloveRotationalForce;
totalForce += dampeningForce;
totalForce *= Time.deltaTime;
HookingData.HookedObstacle.ApplyForce(totalForce);
}
public Vector2 CalculateForce(
PlanetController planet,
ForceCalculator forceCalculator
)
{
Vector2 acceleration =
Vector2.zero;
Visit(node => {
bool shouldContinue = false;
if (node.IsLeaf)
{
if (node.HasPlanets)
{
acceleration +=
forceCalculator(planet, node.Planet);
}
}
else
{
float size =
node.Size;
float distance =
Vector2.Distance(
planet.Position,
node.Position
);
shouldContinue = size / distance >= Theta;
if (!shouldContinue)
{
acceleration +=
forceCalculator(planet, node);
}
}
return(shouldContinue);
});
return(acceleration);
}
void Start()
{
forceScript = GetComponent <ForceCalculator>();
vectorScript = GetComponent <GroundModifier>();
projector = projectorObj.GetComponent <Projector>();
}
