private void checkAirStatsRefError()
{
if (air == null)
{
air = AirEnvironmentStats.getAir();
}
}
public static AirEnvironmentStats getAir()
{
if (air == null)
{
air = GameObject.Find("AirEnvironmentProperties").GetComponent <AirEnvironmentStats>();
}
return(air);
}
private AirEnvironmentStats findAirStats(string statsObjName)
{
AirEnvironmentStats airRef = GameObject.Find(statsObjName).GetComponent <AirEnvironmentStats>();
if (airRef == null)
{
Debug.Log("No AirEnvironmentStats object found.");
}
return(airRef);
}
public bool tryLock(CombatFlow targetFlow, bool debug = false)
{
if (lockableType(targetFlow) && !targetFlow.jamming)
{
heightDiffAdvantage = (transform.position.y - targetFlow.transform.position.y) * ALTITUDE_ADVANTAGE_FACTOR;
closingSpeedAdv = calculateClosingSpeed(targetFlow.myRb) * closingSpeedFactor;
yourSpeedAdv = myRb.velocity.magnitude * YOUR_SPEED_FACTOR;
targetBearingLine = targetFlow.transform.position - transform.position;
myPerpDragAdv = calculatePerpendicularVelocity(targetBearingLine, myRb.velocity) * myPerpendicularDragFactor;
targetPerpDragAdv = calculatePerpendicularVelocity(targetBearingLine, targetFlow.myRb.velocity) * targetPerpendicularDragFactor;
float velBearing = Vector3.Angle(targetFlow.myRb.velocity, transform.position - targetFlow.transform.position);
// if target's velocity is facing away from player
if (velBearing > 90f)
{
velBearing -= 90f; // how far past 90 degrees is velBearing
velBearing /= 90f; // 1.0 is 90 degrees past perpendicular (straight away), 0.0 is perpendicular
velBearing = Mathf.Lerp(1.0f, tgtFaceAwayPerpFactor, velBearing);
velBearing = Mathf.Clamp(velBearing, 0.0f, 1.0f); // allows for 0.0 to be applied across some arc, by using negative tgtFaceAway val
// I want:
// 1.0 at 90 degrees
// tgtFaceAwayPerpFactor at 180
targetPerpDragAdv *= velBearing;
//Debug.LogWarning("==================== Target facing away. Cancelling perp factor down to: "+ targetPerpDragAdv + ", multiplier of: " + velBearing);
}
// average of three values, target alt twice to give more weight to the slow portion of flight
avgAlt = (2 * targetFlow.transform.position.y + transform.position.y) / 3f;
airDensityMod = AirEnvironmentStats.getAir().getDensityAtAltitude(avgAlt) * airDensityFactor;
setRangeAdvantages(heightDiffAdvantage, closingSpeedAdv, yourSpeedAdv, myPerpDragAdv, targetPerpDragAdv, airDensityMod);
angleOffNose = Vector3.Angle(targetFlow.transform.position - transform.position, transform.forward);
dist = Vector3.Distance(targetFlow.transform.position, transform.position);
if (rangeLadder != null && myFlow.isLocalPlayer)
{
rangeLadder.tgtRange = dist;
}
if (debug)
{
//Debug.Log("radarOn: " + radarOn + ", good lock angle: " +
// (angleOffNose < lockAngle) + ", goodDist: " + (dist < maxLockRange));
//Debug.Log("angleOffNose: " + angleOffNose + ", lockAngle: " + lockAngle);
}
//return radarOn && angleOffNose < lockAngle && dist < (maxLockRange + heightDiffAdvantage + closingSpeedAdv) && tryDetect(targetFlow);
return(radarOn && angleOffNose < lockAngle && dist < maxLockRange && tryDetect(targetFlow));
}
else
{
if (debug)
{
Debug.Log("BadLockType, target is " + targetFlow.type + ", myRadar is : " + lockType);
}
setRangeAdvantages(0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f);
return(false);
}
}
// Start is called before the first frame update
void Start()
{
rbRef = GetComponent <Rigidbody>();
air = findAirStats("AirEnvironmentProperties");
}
private void Awake()
{
air = GameObject.Find("AirEnvironmentProperties").GetComponent <AirEnvironmentStats>();
trail = GetComponent <TrailRenderer>();
}
