public async Task ArenaDraftLogic(ArenaDraftData data)
{
Log.InfoFormat("[ArenaDraft]");
// We don't have a hero yet, so choose one.
if (data.Hero == null)
{
Log.InfoFormat("[ArenaDraft] Hero: [{0} ({3}) | {1} ({4}) | {2} ({5})].",
data.Choices[0].EntityDef.CardId, data.Choices[1].EntityDef.CardId, data.Choices[2].EntityDef.CardId,
data.Choices[0].EntityDef.Name, data.Choices[1].EntityDef.Name, data.Choices[2].EntityDef.Name);
// TODO: Quest support logic. Localization is an issue, but we'll manage...
foreach (var quest in TritonHs.CurrentQuests)
{
try
{
var parts = quest.Name.Split(new char[] {' '}, StringSplitOptions.RemoveEmptyEntries);
if (parts.Length == 4)
{
if (parts[1].ToLowerInvariant().Equals("or") &&
parts[3].ToLowerInvariant().Equals("victory"))
{
var class1 = (TAG_CLASS) Enum.Parse(typeof (TAG_CLASS), parts[0].ToUpperInvariant());
var class2 = (TAG_CLASS) Enum.Parse(typeof (TAG_CLASS), parts[2].ToUpperInvariant());
foreach (var choice in data.Choices)
{
if ((TAG_CLASS)choice.EntityDef.Class == class1 || (TAG_CLASS)choice.EntityDef.Class == class2)
{
data.Selection = choice;
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because it matches a current quest.",
data.Selection.EntityDef.Name);
return;
}
}
}
}
}
catch (Exception ex)
{
Log.ErrorFormat(
"[ArenaDraft] An Exception occurred when trying to process current quests: {0}.", ex);
}
}
// TODO: I'm sure there's a better way to do this, but w/e, no time to waste right now.
// #1
foreach (var choice in data.Choices)
{
if ((TAG_CLASS)choice.EntityDef.Class == DefaultRoutineSettings.Instance.ArenaPreferredClass1)
{
data.Selection = choice;
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because it matches the first preferred arena class.",
data.Selection.EntityDef.Name);
return;
}
}
// #2
foreach (var choice in data.Choices)
{
if ((TAG_CLASS)choice.EntityDef.Class == DefaultRoutineSettings.Instance.ArenaPreferredClass2)
{
data.Selection = choice;
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because it matches the second preferred arena class.",
data.Selection.EntityDef.Name);
return;
}
}
// #3
foreach (var choice in data.Choices)
{
if ((TAG_CLASS)choice.EntityDef.Class == DefaultRoutineSettings.Instance.ArenaPreferredClass3)
{
data.Selection = choice;
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because it matches the third preferred arena class.",
data.Selection.EntityDef.Name);
return;
}
}
// #4
foreach (var choice in data.Choices)
{
if ((TAG_CLASS)choice.EntityDef.Class == DefaultRoutineSettings.Instance.ArenaPreferredClass4)
{
data.Selection = choice;
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because it matches the fourth preferred arena class.",
data.Selection.EntityDef.Name);
return;
}
}
// #5
foreach (var choice in data.Choices)
{
if ((TAG_CLASS)choice.EntityDef.Class == DefaultRoutineSettings.Instance.ArenaPreferredClass5)
{
data.Selection = choice;
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because it matches the fifth preferred arena class.",
data.Selection.EntityDef.Name);
return;
}
}
// Choose a random hero.
data.RandomSelection();
Log.InfoFormat(
"[ArenaDraft] Choosing hero \"{0}\" because no other preferred arena classes were available.",
data.Selection.EntityDef.Name);
return;
}
// Normal card choices.
Log.InfoFormat("[ArenaDraft] Hero: [{0} ({3}) | {1} ({4}) | {2} ({5})].", data.Choices[0].EntityDef.CardId,
data.Choices[1].EntityDef.CardId, data.Choices[2].EntityDef.CardId, data.Choices[0].EntityDef.Name,
data.Choices[1].EntityDef.Name, data.Choices[2].EntityDef.Name);
/*Log.InfoFormat("[ArenaDraft] Current Deck:");
foreach (var entry in data.Deck)
{
Log.InfoFormat("[ArenaDraft] {0} ({1})", entry.CardId, entry.Name);
}*/
var actor =
data.Choices.Where(c => ArenavaluesReader.Get.ArenaValues.ContainsKey(c.EntityDef.CardId))
.OrderBy(c => ArenavaluesReader.Get.ArenaValues[c.EntityDef.CardId]).FirstOrDefault();
if (actor != null)
{
data.Selection = actor;
}
else
{
data.RandomSelection();
}
}
