public static void generateDeck(int minCards, int maxCards)
{
string[] colors = new string[] { "Blue", "Black", "Green", "Red", "White" };
Deck newDeck = new Deck();
Random rand = new Random();
int index = rand.Next(0, colors.Length);
Console.WriteLine(index);
string primaryColor = colors[index];
Console.WriteLine(primaryColor);
int numCards = rand.Next(minCards, maxCards);
Console.WriteLine(numCards);
//================================================================
//generate Weights
//================================================================
mutate(5, newDeck);
newDeck.PrintWeights();
//================================================================
//landSection
//================================================================
int maxLand = 30;
int minLand = 23;
int landQuantity = rand.Next(minLand, maxLand);
Console.WriteLine("land quatity = " + landQuantity);
int cardsRemaining = numCards - landQuantity;
Console.WriteLine(" Cards remaining = " + cardsRemaining);
//this is just determining the number of lands for the deck. not actually selecting them
//================================================================
//deck quantities
//===============================================================
int maxCopyOfCard = 4;
int maxColors = 2;
//================================================================
//percentages for deck
//================================================================
/*--------minimum percentages----------
double minPercInstant = 0.17;
double minPercSorcery = 0.17;
double minPercCreature = 0.24;
double minPercEnchantment = 0.17;
double minPercPlaneswalker = 0.05;
double minPercArtifact = 0.10;
double minPercTribal = 0.10;
//---------maximum percentages---------
double maxPercInstant = 0.20;
double maxPercSorcery = 0.20;
double maxPercCreature = 0.50;
double maxPercEnchantment = 0.20;
double maxPercPlaneswalker = 0.10;
double maxPercArtifact = 0.50;
double maxPercTribal = 0.20;*/
//================================================================
//card selection
//================================================================
int quantInstant = (int)Math.Round(newDeck.weights[0] * cardsRemaining);
int quantSorcery = (int)Math.Round(newDeck.weights[1] * cardsRemaining);
int quantCreature = (int)Math.Round(newDeck.weights[2] * cardsRemaining);
int quantEnchantment = (int)Math.Round(newDeck.weights[3] * cardsRemaining);
int quantPlaneswalker = (int)Math.Round(newDeck.weights[4] * cardsRemaining);
int quantArtifact = (int)Math.Round(newDeck.weights[5] * cardsRemaining);
int quantTribal = (int)Math.Round(newDeck.weights[6] * cardsRemaining);
//get the number of cards for the deck via the random deck quantities
int totalCards = (quantInstant + quantSorcery + quantCreature + quantEnchantment + quantPlaneswalker + quantArtifact + quantTribal);
Console.WriteLine("total cards = " + totalCards);
//get the total number of cards including land
int numGeneratedCards = landQuantity + totalCards;
Console.WriteLine("numGeneratedCards = " + numGeneratedCards);
//this is the number of cards that the deck is missing, due to decimals
int requiredAdjustment = numCards - numGeneratedCards; // FIX ME. do something more intelligent with this value.
Console.WriteLine("requiredAdjustment = " + requiredAdjustment);
Console.WriteLine("Joes total cards =\n qI=" + quantInstant + "\n qS=" + quantSorcery + "\n qC=" + quantCreature + "\n qE=" + quantEnchantment + "\n qP=" + quantPlaneswalker + "\n qA=" + quantArtifact + "\n qT=" + quantTribal);
Console.WriteLine("land quantity = " + landQuantity);
while (quantInstant != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantInstant--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
while (quantSorcery != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantSorcery--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
while (quantCreature != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantCreature--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
while (quantEnchantment != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantEnchantment--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
while (quantPlaneswalker != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantPlaneswalker--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
while (quantArtifact != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantArtifact--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
while (quantTribal != 0)
{
int randomCardIndex = rand.Next(0, Shared.instant.Count);
Card randomCard = Shared.instant[randomCardIndex];
//create a subset of random cards. This keeps track to see if there are multiples of 1 card
if (newDeck.deckCardList.Where(x => x == randomCard).Count() >= maxCopyOfCard)
{
Console.WriteLine("Oops I picked a card too many times, moving on.");
continue;
}
if (!randomCard.colors.Contains(primaryColor))
{
Console.WriteLine("this card is not the correct color. Moving on.");
continue;
}
newDeck.deckCardList.Add(randomCard);
quantTribal--;
Console.WriteLine("Ive selected " + randomCard.name + "\n" + "the deckSize is now " + newDeck.deckCardList.Count());
}
//======================================================
//adding land to the deck
//======================================================
Card landCard = Shared.land.Where(x => x.colors.Contains(primaryColor)).First();
if (landCard != null)
{
for (int i = 0; i < landQuantity; i++)
{
newDeck.deckCardList.Add(landCard);
}
}
else
{
Console.WriteLine("there has been an error. No mana card found");
return;
}
/*quantOLand = 25
rem =60- 25 = 35
max/minArtType
0.20 0.10
QuantArtType = rand.Next(minArtType, maxArtType)
0.1578
rem*QuantArtType =
3.8
4
rem -= 4
rem = rem - 4;
newDeck.cards.Add(Shared.artifacts[whateverIndex]);
the line above is how you get a new card into the deck list*/
/*int cardIndex;
for (int i = 0; i < numCards; i++)
{
cardIndex = rand.Next(0, Shared.cards.Count());
newDeck.deckCardList.Add(Shared.cards[cardIndex]);
}*/
}
/*private static generateName(Deck deck)
{
// name the deck after some card in the deck, or card color.
// These strings should be informed by the contents of newDeck.cards
String properNoun;
String adjective;
String color;
// example: "justin's big black deck"
newDeck.name = properNoun + "\'s" + " " + adjective + " " + color + " deck";
return "blah";
}*/
public static void mutate(int passes, Deck deck)
{
double fudge = 0.33; // this adjusts our mutation amplitude
Random rand = new Random();
for (int i = 0; i < passes; i++)
{
int rand_a = 0;
int rand_b = 0;
while (rand_a == rand_b)
{
rand_a = rand.Next(0, deck.weights.Count - 1);
rand_b = rand.Next(0, deck.weights.Count - 1);
}
float mutationMagnitude = (float)(rand.NextDouble() * deck.weights.Average() * fudge);
//Console.WriteLine("mutation magnitude = " + mutationMagnitude);
if (deck.weights[rand_a] - mutationMagnitude <= 0.1 || deck.weights[rand_b] + mutationMagnitude >= 0.90)
{
continue;
}
deck.weights[rand_a] -= mutationMagnitude;
deck.weights[rand_b] += mutationMagnitude;
}
}