internal static BenchmarkShell Create(string key, IEnumerable <IShell> shells)
{
var benchmark = new BenchmarkShell();
benchmark.Key = key;
BenchmarkCommodity.Initialize(benchmark, shells);
benchmark.Caliber = shells.Median(s => s.Caliber);
benchmark.Damage = new ShellDamage(shells.Average(s => s.Damage.Armor), shells.Average(s => s.Damage.Devices));
benchmark.ExplosionRadius = shells.Average(s => s.ExplosionRadius);
benchmark.Gravity = shells.Average(s => s.Gravity);
benchmark.MaxDistance = shells.Average(s => s.MaxDistance);
benchmark.PiercingPower = new PiercingPower(shells.Average(s => s.PiercingPower.P100), shells.Average(s => s.PiercingPower.P400));
benchmark.PiercingPowerLossFactorByDistance = shells.Average(s => s.PiercingPowerLossFactorByDistance);
benchmark.Speed = shells.Average(s => s.Speed);
benchmark.Type = shells.Majority(s => s.Type);
return(benchmark);
}
internal static IGun CreateBenchmarkGun(string key, TankObjectKey ownerKey, IEnumerable <IGun> guns)
{
var benchmark = new VirtualGun();
benchmark.Key = key;
benchmark.OwnerKey = ownerKey;
BenchmarkDamageableModule.Initialize(benchmark, guns);
benchmark.Accuracy = guns.Average(g => g.Accuracy);
benchmark.AimingTime = guns.Average(g => g.AimingTime);
benchmark.GunArmor = guns.Average(g => g.GunArmor);
var burstGuns = guns.Where(g => g.Burst != null);
if (burstGuns.Count() == 0)
{
benchmark.Burst = null;
}
else
{
benchmark.Burst = new Burst((int)burstGuns.Average(g => g.Burst.Count), burstGuns.Average(g => g.Burst.Rate));
}
benchmark.CamouflageFactorAfterShot = guns.Average(g => g.CamouflageFactorAfterShot);
var clipGuns = guns.Where(g => g.Clip != null);
if (clipGuns.Count() == 0)
{
benchmark.Clip = null;
}
else
{
benchmark.Clip = new Clip((int)clipGuns.Average(g => g.Clip.Count), clipGuns.Average(g => g.Clip.Rate));
}
benchmark.HorizontalTraverse = new HorizontalTraverse(guns.Median(g => g.HorizontalTraverse.Left), guns.Median(g => g.HorizontalTraverse.Right));
benchmark.MaxAmmo = (int)guns.Average(g => g.MaxAmmo);
benchmark.ReloadTime = guns.Average(g => g.ReloadTime);
benchmark.RotationSpeed = guns.Average(g => g.RotationSpeed);
benchmark.ShotDispersion = new TurretShotDispersion(guns.Average(g => g.ShotDispersion.AfterShot), guns.Average(g => g.ShotDispersion.TurretRotation), guns.Average(g => g.ShotDispersion.GunDamaged));
var shellGroups = new List <KeyValuePair <IGun, IShell> > [4];
for (int i = 0; i < 4; ++i)
{
shellGroups[i] = new List <KeyValuePair <IGun, IShell> >();
}
foreach (var gun in guns)
{
foreach (var shell in gun.Shots)
{
var kineticFlag = shell.Type.IsKineticShellType() ? 2 : 0;
var premiumFlag = shell.CurrencyType == CurrencyType.Gold ? 1 : 0;
shellGroups[kineticFlag | premiumFlag].Add(new KeyValuePair <IGun, IShell>(gun, shell));
}
}
int shellIndex = 0;
var shots = new List <IShell>();
foreach (var shellGroup in shellGroups.Where(g => g.Count > 0))
{
var shellKey = $"{key}Shell{shellIndex++}";
var benchmarkShell = BenchmarkShell.Create(shellKey, shellGroup.Select(g => g.Value));
benchmarkShell.DamagePerMinute = shellGroup.Average(g => VirtualGun.CalculateDpm(g.Key, g.Value));
shots.Add(benchmarkShell);
}
benchmark.Shots = shots.ToArray();
benchmark.VerticalTraverse = new GunVerticalTraverse();
benchmark.VerticalTraverse.DefaultPitchLimits = new PitchLimits(guns.Average(g => g.VerticalTraverse.Front.Elevation), guns.Average(g => g.VerticalTraverse.Front.Depression));
return(benchmark);
}