public static List <string> GetHeroNameList(string directory)
{
List <string> heroNameList = new List <string>();
heroID h_ID = new heroID();
Dictionary <int, string> ID_table = h_ID.getHeroID(); // key is ID, value is hero_name;
Dictionary <string, int> hero_table = h_ID.getIDfromLowercaseHeroname(); // key is hero_name, value is ID;
string[] infoFile = File.ReadAllLines(directory + "info.txt");
foreach (string line in infoFile)
{
if (line.Contains("hero_name"))
{
int key = hero_table[ConvertedHeroName.Get(line)];
heroNameList.Add(ID_table[key]);
}
}
return(heroNameList);
}
private void HandleGamePlay()
{
int gameStartTime = replayTick.GameStartTick - 90 * 30;
if (CurrentTick > gameStartTime && CurrentTick < gameStartTime + 300)
{
Dictionary <int, string> hero_Intro_Dic = hero_Intro.getHeroIntro();
string hero_Intro_String = hero_Intro_Dic[hero_table[GUISelection.heroName]];
overlay.AddHeroInfoMessage(hero_Intro_String, "");
}
else
{
overlay.ClearHeroInfo();
}
int currentGameTime = announcer.GetCurrentGameTime();
// if timer is after the game start and every last 8 sec of a minute
AnalizeJungleCamps();
int health = 0;
if (announcer.GetCurrentGameTime() >= 780)
{
health = heroData.getHealth(CurrentTick, heroID);
int gametime = announcer.GetCurrentGameTime();
if (itemflag == 0 && health == 0)
{
item_Time_Mark = 0;
foreach (KeyValuePair <int, int> pair in i_suggestion)
{
if (closestGaming < pair.Key && pair.Key < CurrentTick / 30)
{
closestGaming = pair.Key;
}
else if (pair.Key == CurrentTick)
{
closestGaming = pair.Key;
}
else
{
itemflag = 1;
item_Time_Mark = announcer.GetCurrentGameTime();
break;
}
}
}
if (itemflag == 1 && health == 0 && announcer.GetCurrentGameTime() >= item_Time_Mark && announcer.GetCurrentGameTime() <= (item_Time_Mark + 10))
{
string item_name = item_Info_Table[i_suggestion[closestGaming] + 2, 2];
string item_tip = item_Info_Table[i_suggestion[closestGaming] + 2, 117];
string item_content;
if (item_tip == " 0")
{
item_content = item_name + ":\n This item will be a good choice";
}
else
{
item_content = item_name + ":\n " + item_tip;
}
item_name = item_name.TrimStart(' ');
string item_img = item_name.Replace(" ", "_");
overlay.AddItemSuggestionMessage(item_content, item_img + "_icon");
}
else
{
itemflag = 0;
overlay.ClearItemSuggestion();
}
}
// bar graph
double[] hpToSend = new double[5] {
0, 0, 0, 0, 0
};
double[] maxHpToSend = new double[5] {
0, 0, 0, 0, 0
};
//Console.WriteLine(CurrentTick + " getting health " + heroID);
health = heroData.getHealth(CurrentTick, heroID);
//Console.WriteLine("Tick " + CurrentTick + " Health " + health);
//maxHealth = (int)heroData.getMaxHealth(CurrentTick, heroID);
//if (health <= 600)
hpToSend[0] = health;
//maxHpToSend[0] = heroData.getMaxHealth(CurrentTick, heroID);
for (int i = 0; i < 5; i++)
{
heroID id = new heroID();
Dictionary <int, string> id_string = id.getHeroID();
string name = id_string[teamIDGraph[i]];
int index_id = heroIDData.getHeroID(name);
maxHpToSend[i] = heroData.getMaxHealth(CurrentTick, index_id);
hpToSend[i] = heroData.getHealth(CurrentTick, index_id);
}
int closestEnemyID = DrawOnClosestEnemy();
int fEID = lower_hero_table[heroIDData.getHeroName(closestEnemyID)];
int fHID = lower_hero_table[heroIDData.getHeroName(heroID)];
bool shouldRetreat = heroData.getHealth(CurrentTick, heroID) < 400 ||
retreat.CreateInput(myID: fHID,
myLvl: heroData.getLevel(CurrentTick, heroID),
myHP: health,
myMana: heroData.getMana(CurrentTick, heroID),
enemyID: fEID,
enemyLvl: heroData.getLevel(CurrentTick, closestEnemyID),
enemyHP: heroData.getHealth(CurrentTick, closestEnemyID),
enemyMana: heroData.getMana(CurrentTick, closestEnemyID));
//overlay.ToggleGraphForHeroHP();
//overlay.AddHPs(hpToSend);
//overlay.AddHp(hpToSend[0]);
//double myHp = heroData.getHealth(CurrentTick, heroID);
//double myMaxHp = heroData.getMaxHealth(CurrentTick, heroID);
//double myHpPercen = myHp / myMaxHp;
//int closestHeroId = -1;
//double min = 0;
//Get closest hero
//for (int i = 0; i < 4; i++)
//{
// Tuple<int, int, int> pos = heroData.getHeroPosition(CurrentTick, teamHeroIds[i]);
// double dis = Math.Pow((Math.Pow((x - x), 2) + Math.Pow((y - y), 2)), 0.5);
// if (dis < min)
// {
// closestHeroId = i;
// min = dis;
// }
//}
//double closestHp = heroData.getHealth(CurrentTick, closestHeroId);
//double closestMaxHp = heroData.getMaxHealth(CurrentTick, closestHeroId);
//double closestHpPercen = closestHp / closestMaxHp;
List <Creep> creeps = heroData.getLaneCreeps(CurrentTick);
string prim = lastHitCalculator.GetPrimaryAttribute(fHID);
double attr = 0;
switch (prim)
{
case "Strength":
attr = heroData.getStrength(CurrentTick, heroID);
break;
case "Agility":
attr = heroData.getAgility(CurrentTick, heroID);
break;
case "Intelligence":
attr = heroData.getIntellect(CurrentTick, heroID);
break;
default:
break;
}
double minAtk = heroData.getDamageMin(currentTick, heroID);
List <double> creepX = new List <double>();
List <double> creepY = new List <double>();
foreach (var c in creeps)
{
double cArmor = c.armor;
double cHp = c.health;
bool canKill = lastHitCalculator.CanLastHit(baseAtk: minAtk, primaryAtr: attr, armor: cArmor, hpLeft: cHp);
if (canKill && cHp > 0)
{
(double x, double y, double z) = heroData.getHeroPosition(CurrentTick + 6, heroID);
overlay.CreepLowEnough();
double dis = Int32.MaxValue;
double temp = Math.Pow((Math.Pow(x - c.x, 2) + Math.Pow(y - c.y, 2)), 0.5);
if (temp < dis)
{
creepX.Add(c.x - x);
creepY.Add(c.y - y);
}
}
}
overlay.ShowCreep(creepX, creepY);
overlay.AddHeroGraphIcons(teamIDGraph);
overlay.AddHPs(hpToSend, maxHpToSend);
overlay.AddHp(hpToSend[0]);
// The health at the start of the game is 0 so the retreat message will show up
// TODO: logic
if (shouldRetreat && health != 0)
{
overlay.AddRetreatMessage("Low health warning! " + "Current Health: " + health, "exclamation_mark");
}
else
{
overlay.ClearRetreat();
}
}
/*
* This function is to logic of what to draw in selection mode.
*/
private void HandleHeroSelection()
{
for (int i = 0; i < 30; i++)
{
if (table[i, 2] == team_side)
{
teamIDGraph.Add(table[i, 0]);
heroID id = new heroID();
Dictionary <int, string> id_string = id.getHeroID();
string name = id_string[table[i, 0]];
int index_id = heroIDData.getHeroID(name);
if (!teamHeroIds.Contains(index_id))
{
teamHeroIds.Add(index_id);
}
}
}
int ticLast = 0;
int ticNext = Int32.MaxValue;
int mark_index = 0;
int index = 0;
while (mark_index < 25 && suggestiontable[mark_index, 0] < CurrentTick)
{
if (suggestiontable[mark_index, 0] == 0 && suggestiontable[mark_index, 1] == 0)
{
break;
}
mark_index++;
}
if (mark_index > 0 && mark_index < 25)
{
ticNext = suggestiontable[mark_index, 0];
ticLast = suggestiontable[mark_index - 1, 0];
index = mark_index - 1;
}
else if (mark_index == 0)
{
ticNext = suggestiontable[mark_index, 0];
ticLast = ticNext;
index = mark_index;
}
else
{
ticNext = suggestiontable[mark_index - 1, 0];
ticLast = ticNext;
index = mark_index - 1;
}
string[] heroes = new string[5];
string[] heroesimg = new string[5];
int counter = 0;
if (CurrentTick > table_checkmark[counter, 0] && CurrentTick < table_checkmark[counter, 1])
{
overlay.XorCheck(table_checkmark[counter, 2]);
index = index - 1;
counter++;
}
else
{
overlay.XorCheck(0);
}
for (int j = 1; j < 6; j++)
{
heroesimg[j - 1] = suggestiontable[index, j].ToString();
heroes[j - 1] = ID_table[suggestiontable[index, j]];
}
overlay.AddHeroesSuggestionMessage(heroes, heroesimg);
}
