public void AddCard(
IMagicCardDefinition cardDefinition,
int quantity,
MagicGrade grade,
MagicLanguage language,
bool isFoil,
bool updateTotals)
{
var binderCard = new MagicBinderCard()
{
CardId = cardDefinition.CardId,
Grade = grade,
Language = language,
IsFoil = isFoil,
Quantity = quantity
};
var viewModel = new MagicBinderCardViewModel(cardDefinition, binderCard);
_sortedCards.Add(binderCard.RowId, viewModel);
_cards.Add(viewModel);
_magicCollection.Cards.Add(binderCard);
viewModel.PriceChanged += Card_PriceChanged;
if (updateTotals)
{
CalculateTotals();
}
}
public static T LootSet(MagicGrade index)
{
T tobj;
m_LootSets.TryGetValue(index, out tobj);
return(tobj);
}
private static void Add(MagicGrade index, T obj)
{
if (Exists(index))
{
Console.WriteLine(String.Format("Loot: Attempted to add {0}. This index already exists.", index));
}
else
{
m_LootSets.Add(index, obj);
}
}
public void Write(
string fileName,
IEnumerable <IMagicBinderCardViewModel> cards,
MagicLanguage language,
MagicGrade grade)
{
Write(
fileName,
cards,
language,
grade,
new Func <IMagicBinderCardViewModel, int>((card) => card.Quantity));
}
public void AddCards(
IEnumerable <FoundMagicCardViewModel> cards,
MagicGrade grade,
MagicLanguage language,
bool isFoil)
{
foreach (var card in cards)
{
AddCard(
card.Definition,
card.Quantity,
card.Grade.HasValue ? card.Grade.Value : grade,
card.Language.HasValue ? card.Language.Value : language,
isFoil,
false);
}
CalculateTotals();
}
public void Write(
string fileName,
IEnumerable <IMagicBinderCardViewModel> cards,
MagicLanguage language,
MagicGrade grade,
Func <IMagicBinderCardViewModel, int> quantitySelector)
{
var outputCsv = new CsvWriter(File.CreateText(fileName));
outputCsv.WriteField("Count");
outputCsv.WriteField("Name");
outputCsv.WriteField("Edition");
outputCsv.WriteField("Foil");
outputCsv.WriteField("Language");
outputCsv.WriteField("Condition");
outputCsv.WriteField("Comment");
outputCsv.NextRecord();
string lastSetCode = "";
MagicSetDefinition definition = null;
foreach (var card in cards)
{
if (lastSetCode != card.Definition.SetCode)
{
lastSetCode = card.Definition.SetCode;
definition = StaticMagicData.SetDefinitionsBySetCode[lastSetCode];
}
outputCsv.WriteField(quantitySelector(card));
outputCsv.WriteField(PatchCardName(card.NameEN), true);
outputCsv.WriteField(PatchSetName(definition.Name.Replace("Magic: The Gathering�Conspiracy", "Conspiracy")), true);
outputCsv.WriteField(card.IsFoil ? "foil" : null);
outputCsv.WriteField(card.Language.HasValue ? card.Language.Value.ToString() : language.ToString());
outputCsv.WriteField(card.Grade.HasValue ? card.Grade.Value.ToCsv() : grade.ToCsv());
outputCsv.WriteField(card.Comment);
outputCsv.NextRecord();
}
outputCsv.Dispose();
}
public static void GetMagicMinMax(MagicGrade grade, out int min, out int max)
{
switch (grade)
{
default: min = 0; max = 0; break;
case MagicGrade.NonMagical: min = 0; max = 0; break;
case MagicGrade.NonetoLowest: min = 0; max = 60; break;
case MagicGrade.NonetoLower: min = 10; max = 70; break;
case MagicGrade.NonetoMedium: min = 20; max = 80; break;
case MagicGrade.NonetoHigh: min = 30; max = 90; break;
case MagicGrade.NonetoHighest30: min = 30; max = 100; break;
case MagicGrade.NonetoHighest40: min = 40; max = 100; break;
case MagicGrade.NonetoHighest45: min = 45; max = 100; break;
case MagicGrade.NonetoHighest49: min = 49; max = 100; break;
case MagicGrade.LowesttoHighest: min = 50; max = 100; break;
case MagicGrade.LowertoHighest60: min = 60; max = 100; break;
case MagicGrade.LowertoHighest65: min = 65; max = 100; break;
case MagicGrade.LowtoHighest70: min = 70; max = 100; break;
case MagicGrade.LowtoHighest74: min = 74; max = 100; break;
case MagicGrade.MediumtoHighest: min = 75; max = 100; break;
case MagicGrade.HightoHighest: min = 89; max = 100; break;
}
}
public static void GetMagicMinMax( MagicGrade grade, out int min, out int max )
{
switch ( grade )
{
default: min = 0; max = 0; break;
case MagicGrade.NonMagical: min = 0; max = 0; break;
case MagicGrade.NonetoLowest: min = 0; max = 60; break;
case MagicGrade.NonetoLower: min = 10; max = 70; break;
case MagicGrade.NonetoMedium: min = 20; max = 80; break;
case MagicGrade.NonetoHigh: min = 30; max = 90; break;
case MagicGrade.NonetoHighest30: min = 30; max = 100; break;
case MagicGrade.NonetoHighest40: min = 40; max = 100; break;
case MagicGrade.NonetoHighest45: min = 45; max = 100; break;
case MagicGrade.NonetoHighest49: min = 49; max = 100; break;
case MagicGrade.LowesttoHighest: min = 50; max = 100; break;
case MagicGrade.LowertoHighest60: min = 60; max = 100; break;
case MagicGrade.LowertoHighest65: min = 65; max = 100; break;
case MagicGrade.LowtoHighest70: min = 70; max = 100; break;
case MagicGrade.LowtoHighest74: min = 74; max = 100; break;
case MagicGrade.MediumtoHighest: min = 75; max = 100; break;
case MagicGrade.HightoHighest: min = 89; max = 100; break;
}
}
public SpellbookRegsLootBagSet(int minc, int maxc, bool random, int mina, int maxa, double bookChance, MagicGrade grade) : base(minc, maxc, random, mina, maxa)
{
m_SpellbookGrade = grade;
m_BookChance = bookChance;
}
public SpellbookRegsLootBagSet(int amount, double bookChance, MagicGrade grade) : base(amount, amount)
{
m_SpellbookGrade = grade;
m_BookChance = bookChance;
}
public SpellbookRegsLootBagSet(double bookChance, MagicGrade grade) : base(60)
{
m_SpellbookGrade = grade;
m_BookChance = bookChance;
}
public SpellbookRegsLootBagSet( int minc, int maxc, bool random, int mina, int maxa, double bookChance, MagicGrade grade ) : base( minc, maxc, random, mina, maxa )
{
m_SpellbookGrade = grade;
m_BookChance = bookChance;
}
public SpellbookRegsLootBagSet( int amount, double bookChance, MagicGrade grade ) : base( amount, amount )
{
m_SpellbookGrade = grade;
m_BookChance = bookChance;
}
public SpellbookRegsLootBagSet( double bookChance, MagicGrade grade ) : base( 60 )
{
m_SpellbookGrade = grade;
m_BookChance = bookChance;
}
public static bool Exists(MagicGrade index)
{
return(m_LootSets.ContainsKey(index));
}
