public PGFAreaDamageData()
{
this.maxDamage = new LinScoredFloat(RandomUtility.RandFloat(MIN_DAMAGE, MAX_DAMAGE), MIN_DAMAGE, MAX_DAMAGE, MAX_DAMAGE);
this.maxBlastRange = new LinScoredFloat(RandomUtility.RandFloat(MIN_BLAST_RANGE, MAX_BLAST_RANGE), MIN_BLAST_RANGE, MAX_BLAST_RANGE, MAX_BLAST_RANGE);
this.numImpactsToDetonate = new LinScoredFloat(RandomUtility.RandFloat(MIN_NUM_IMPACTS, MAX_NUM_IMPACTS), MIN_NUM_IMPACTS, MAX_NUM_IMPACTS, MAX_NUM_IMPACTS);
}
public PGFImpactDamageData()
{
float f = RandomUtility.RandFloat(MIN_IMPACT_DAMAGE, MAX_IMPACT_DAMAGE);
//For now, using a no args constructor and poission distribution select a value
this.baseDamage = new LinScoredFloat(value: f, min: MIN_IMPACT_DAMAGE, max: MAX_IMPACT_DAMAGE, idealValue: MAX_IMPACT_DAMAGE);
this.damageDropOff = new LinScoredFloat(RandomUtility.RandFloat(MIN_DROPOFF, MAX_DROPOFF), MIN_DROPOFF, MAX_DROPOFF, MIN_DROPOFF);
}
private void Start()
{
TestPGFOne.Instance.onSetCurrentPGF += (pgf) =>
{
this.ScoredFloat = GetPGFValue(pgf);
};
if (TestPGFOne.Instance.Current != null)
{
this.ScoredFloat = GetPGFValue(TestPGFOne.Instance.Current);
}
}
public PGFRateOfFireData()
{
this.baseRate = new LinScoredFloat(RandomUtility.RandFloat(PGFBurstData.MIN_SECONDS_BETWEEN_SHOTS, PGFBurstData.MAX_SECONDS_BETWEEN_SHOTS), PGFBurstData.MIN_SECONDS_BETWEEN_SHOTS, PGFBurstData.MAX_SECONDS_BETWEEN_SHOTS, PGFBurstData.MIN_SECONDS_BETWEEN_SHOTS);
this.reloadingData = new PGFBurstData();
this.burstData = new List <PGFBurstData>();
int numBurstDatas = (int)RandomUtility.RandFloat(MIN_NUM_BURSTS, MAX_NUM_BURSTS);
for (int i = 0; i < numBurstDatas; i++)
{
burstData.Add(new PGFBurstData());
}
//Sort by N
burstData.Sort((A, B) => { return(A.n.CompareTo(B.n)); });
}
public LinScoredFloat r; //SecondsBetweenShots
public PGFBurstData()
{
this.n = new LinScoredFloat((int)RandomUtility.RandFloat(MIN_BURST_SIZE, MAX_BURST_SIZE), MIN_BURST_SIZE, MAX_BURST_SIZE, MAX_BURST_SIZE);
this.r = new LinScoredFloat(RandomUtility.RandFloat(MIN_SECONDS_BETWEEN_SHOTS, MAX_SECONDS_BETWEEN_SHOTS), MIN_SECONDS_BETWEEN_SHOTS, MAX_SECONDS_BETWEEN_SHOTS, MIN_SECONDS_BETWEEN_SHOTS);
}
public LinScoredFloat dropOffRatio; // a ratio
//Range is calculaed by AreaDamage - when it explodes determines the range
//public float range;
public PGFTrajectoryData()
{
this.maxInitialSpreadAngle = new LinScoredFloat(RandomUtility.RandFloat(MIN_SPREAD, MAX_SPREAD), MIN_SPREAD, MAX_SPREAD, 0f);
this.initialSpeed = new LinScoredFloat(RandomUtility.RandFloat(MIN_SPEED, MAX_SPEED), MIN_SPEED, MAX_SPEED, MAX_SPEED);
this.dropOffRatio = new LinScoredFloat(RandomUtility.RandFloat(MIN_DROPOFF, MAX_DROPOFF), MIN_DROPOFF, MAX_DROPOFF, MIN_DROPOFF);
}
