public ItemRandomClass GetRareItem(UInt32 CoinTypeID, byte Pooling)
{
ItemRandomClass result;
result = new ItemRandomClass();
switch (Pooling)
{
case 0:
foreach (IffMemorialRareItemData Item in this)
{
result.AddItems(Item.TypeID, 1, Item.RareType, (ushort)result.rnd.Next((int)Item.Probabilities - result.rnd.Next(20)));
}
break;
default:
foreach (IffMemorialRareItemData Item in this)
{
if (Item.CharacterType == Pooling)
{
result.AddItems(Item.TypeID, 1, Item.RareType, (ushort)result.rnd.Next((int)Item.Probabilities + result.rnd.Next(20)));
}
}
break;
}
result.SetCanDup(false);
result.Arrange();
return(result);
}
public CardCollection()
{
MemoryStream Buffer;
IffCardData Card;
PangyaBinaryReader Reader = null;
ListCard = new List <IffCardData>();
Cards = new ItemRandomClass();
PackData = new Dictionary <uint, CardPack>();
using (var zip = ZipFile.OpenRead("data/pangya_gb.iff")) //ler o arquivo de base
{
var FileZip = zip.Entries.FirstOrDefault(c => c.Name == "Card.iff"); //verifica se existe o arquivo
if (FileZip == null)
{
PangyaAPI.WriteConsole.WriteLine(" data\\Card.iff is not loaded");
return;
}
Buffer = new MemoryStream();
FileZip.Open().CopyTo(Buffer);
}
try
{
Reader = new PangyaBinaryReader(Buffer);
if (new string(Reader.ReadChars(2)) == "PK")
{
throw new Exception("The given IFF file is a ZIP file, please unpack it before attempting to parse it");
}
Reader.Seek(0, 0);
Reader.ReadUInt16(out ushort recordCount);
long recordLength = ((Reader.GetSize() - 8L) / (recordCount));
Reader.ReadUInt16(out BindingID);
Reader.ReadUInt32(out Version);
for (int i = 0; i < recordCount; i++)
{
Card = (IffCardData)Reader.Read(new IffCardData());
Add(Card.Base.TypeID, Card);
}
CreateCardPack();
CreateCardItem();
}
finally
{
Reader.Dispose();
}
}
static ScratchCardSystem()
{
ItemRandom ItemInfo;
uint[] SupplyTypeID;
RandomWeight = new ItemRandomClass();
try
{
if (File.Exists("Json/ScratchCard.json"))
{
SupplyTypeID = new uint[4];
foreach (var item in JsonValue.ParseFile("Json/ScratchCard.json")["ScratchCardData"].AsJsonArray)
{
SupplyTypeID[0] = (uint)item["SupplyTypeID"].AsInteger;
SupplyTypeID[1] = (uint)item["SupplyTypeID2"].AsInteger;
SupplyTypeID[2] = (uint)item["SupplyTypeID3"].AsInteger;
SupplyTypeID[3] = (uint)item["SupplyTypeID4"].AsInteger;
foreach (var Reward in item["Items"].AsJsonArray)
{
ItemInfo = new ItemRandom()
{
TypeId = (uint)Reward["TypeID"].AsInteger,
MaxQuantity = (uint)Reward["MaxQuan"].AsInteger,
RareType = (uint)Reward["TypeRare"].AsInteger,
Probs = (ushort)Reward["Probability"].AsInteger,
Active = Reward["Valid"].AsBoolean
};
RandomWeight.AddItems(ItemInfo);
}
}
RandomWeight.AddSupply(SupplyTypeID[0]);
RandomWeight.AddSupply(SupplyTypeID[1]);
RandomWeight.AddSupply(SupplyTypeID[2]);
RandomWeight.AddSupply(SupplyTypeID[3]);
RandomWeight.SetCanDup(false);
}
else
{
throw new Exception(" ScratchCard.json file in folder not found !");
}
}
catch (Exception ex)
{
WriteConsole.WriteLine(ex.Message, ConsoleColor.Red);
Console.ReadKey();
Environment.Exit(0);
}
}
public List <Dictionary <uint, byte> > GetCard(uint PackTypeID)
{
ushort GetProb(byte RareType)
{
switch (RareType)
{
case 0:
return(100);
case 1:
return(6);
case 2:
return(2);
case 3:
return(1);
default:
return((ushort)GameTools.MathRand.Rand.Next(0, 120));
}
}
ushort GetFreshUPProb(byte RareType)
{
switch (RareType)
{
case 1:
return(100);
case 2:
return(10);
case 3:
return(4);
default:
return((ushort)GameTools.MathRand.Rand.Next(0, 120));
}
}
List <Dictionary <uint, byte> > result;
ItemRandomClass CRandom;
byte CQty;
ItemRandom CItem;
result = new List <Dictionary <uint, byte> >();
CRandom = new ItemRandomClass();
try
{
PackData.TryGetValue(PackTypeID, out CardPack CPack);
if (CPack == null)
{
return(result);
}
switch (CPack.CardTypePack)
{
case TPACKCARD.Pack1:
foreach (var PZCard in ListCard)
{
if (PZCard.Volumn == 1)
{
CRandom.AddItems(PZCard.Base.TypeID, 1, PZCard.Rarity, GetProb(PZCard.Rarity));
}
}
break;
case TPACKCARD.Pack2:
foreach (var PZCard in ListCard)
{
if (PZCard.Volumn == 2)
{
CRandom.AddItems(PZCard.Base.TypeID, 1, PZCard.Rarity, GetProb(PZCard.Rarity));
}
}
break;
case TPACKCARD.Pack3:
foreach (var PZCard in ListCard)
{
if (PZCard.Volumn == 3)
{
CRandom.AddItems(PZCard.Base.TypeID, 1, PZCard.Rarity, GetProb(PZCard.Rarity));
}
}
break;
case TPACKCARD.Pack4:
foreach (var PZCard in ListCard)
{
if (PZCard.Volumn == 4)
{
CRandom.AddItems(PZCard.Base.TypeID, 1, PZCard.Rarity, GetProb(PZCard.Rarity));
}
}
break;
case TPACKCARD.Rare:
foreach (var PZCard in ListCard)
{
if (PZCard.Rarity >= 1)
{
CRandom.AddItems(PZCard.Base.TypeID, 1, PZCard.Rarity, GetFreshUPProb(PZCard.Rarity));
}
}
break;
case TPACKCARD.All:
foreach (var PZCard in ListCard)
{
CRandom.AddItems(PZCard.Base.TypeID, 1, PZCard.Rarity, GetProb(PZCard.Rarity));
}
break;
}
// ## set random class
CRandom.SetCanDup(false);
CRandom.Arrange();
for (CQty = 1; CQty <= CPack.Quantity; CQty++)
{
CItem = CRandom.GetItems();
result.Add(new Dictionary <uint, byte>
{
{ CItem.TypeId, (byte)CItem.RareType }
});
}
return(result);
}
finally
{
CRandom = null;
}
}