public LogBattle ExecuteBattle(BattleSettingsItem battleSettingsItem)
{
var battle = new Battle();
battle.AttackHands = GetHandsFromViewGroups(battleSettingsItem.AttackHands);
battle.DefenceHands = GetHandsFromViewGroups(battleSettingsItem.DefenceHands);
battle.DefenceTurrelsGroups = GetUnitGroupsFromViewGroups(battleSettingsItem.DefenceTurrels);
var ret = battle.SimBattle();
return(ret);
}
public LogBattle Optimize(BattleSettingsItem battleSettingsItem)
{
var watch = System.Diagnostics.Stopwatch.StartNew();
var threadCount = battleSettingsItem.ThreadCount;
var quantumWeight = battleSettingsItem.HandWeight / (battleSettingsItem.Precision == 0 ? 1 : battleSettingsItem.Precision);
var attackHandPattern = battleSettingsItem.AttackHands[0];
var quantumList = new List <List <UnitsView> >();
foreach (var paternUnit in attackHandPattern.UnitsView.Where(p => p.Weight > 0).Where(p => p.Count > 0))
{
var unitsPerQuant = (int)Math.Max(quantumWeight / paternUnit.Weight, 1);
var quantumPerHandCount = (int)(battleSettingsItem.HandWeight / (unitsPerQuant * paternUnit.Weight));
var quantumFromExistsUnitsCount = (int)paternUnit.Count / unitsPerQuant;
var quantumCount = Math.Min(quantumPerHandCount, quantumFromExistsUnitsCount);
var quantumListItem = new List <UnitsView>();
for (var i = 0; i < quantumCount; i++)
{
var quantomUnit = new UnitsView
{
Count = unitsPerQuant * (i + 1),
ClassName = paternUnit.ClassName,
UnitAttackPower = paternUnit.UnitAttackPower,
UnitArmor = paternUnit.UnitArmor,
Weight = paternUnit.Weight
};
quantumListItem.Add(quantomUnit);
}
quantumList.Add(quantumListItem);
}
var combinations = new List <List <UnitsView> >();
for (var i = 0; i < quantumList.Count; i++)
{
Combine(quantumList, new List <UnitsView>(), battleSettingsItem.HandWeight, combinations, i);
}
var defenceHands = GetHandsFromViewGroups(battleSettingsItem.DefenceHands);
var defenceTurrelsGroups = GetUnitGroupsFromViewGroups(battleSettingsItem.DefenceTurrels);
var bestResult = decimal.MaxValue;
var bestIndex = 0;
var itemsForLastThread = combinations.Count % threadCount;
var itemsPerThread = (combinations.Count - itemsForLastThread) / threadCount;
var tasksList = new Task <(decimal BestResult, int BestIndex)> [threadCount];