private static int CalculateMaximumPercentSum(ModuleUpgradablePowerConfigComponent moduleUpgradablePowerConfig, int slotCount)
{
int num = moduleUpgradablePowerConfig.Level2PowerByTier.Count - 1;
List <int> list = moduleUpgradablePowerConfig.Level2PowerByTier[num];
return(list[list.Count - 1] * slotCount);
}
private static int CollectPercentSum(List <int[]> modulesParams, ModuleUpgradablePowerConfigComponent moduleUpgradablePowerConfig)
{
int num = 0;
List <List <int> > list = moduleUpgradablePowerConfig.Level2PowerByTier;
foreach (int[] numArray in modulesParams)
{
int num2 = numArray[0];
int num3 = Mathf.Min(numArray[1], list[num2].Count - 1);
num += list[num2][num3];
}
return(num);
}
internal void SetModuleConfig(ModuleUpgradablePowerConfigComponent moduleConfig)
{
this.moduleConfig = moduleConfig;
}
internal void SetModuleConfig(ModuleUpgradablePowerConfigComponent moduleConfig)
{
this.tankInfo.SetModuleConfig(moduleConfig);
}
public void SetTankInfo(long hullId, long turretId, List <ModuleInfo> modules, ModuleUpgradablePowerConfigComponent moduleConfig)
{
this.hullInfo.Set(hullId, modules, moduleConfig);
this.weaponInfo.Set(turretId, modules, moduleConfig);
}
public static float CalculateUpgradeCoeff(List <int[]> modulesParams, int slotCount, ModuleUpgradablePowerConfigComponent moduleUpgradablePowerConfig)
{
int num = CalculateMaximumPercentSum(moduleUpgradablePowerConfig, slotCount);
return((num >= 0) ? (((float)CollectPercentSum(modulesParams, moduleUpgradablePowerConfig)) / ((float)num)) : -1f);
}