private void SellFromGenre(Genre genre, Market market, List<Book>[] printedBooks, List<Book>[] eBooks, Player[] players, Random rand)
{
List<Book> printedOfGenre = new List<Book>();
List<Book> digitalOfGenre = new List<Book>();
//Gets the demands of the specific genre from the Market class
int printedGenreDemand = market.GetDemand(genre, false);
int digitalGenreDemand = market.GetDemand(genre, true);
//Collects all the books of the specific genre from all players
for (int i = 0; i < printedBooks.Length; i++)
printedOfGenre.AddRange(printedBooks[i].Where(b => b.GetGenre() == genre));
for (int i = 0; i < eBooks.Length; i++)
digitalOfGenre.AddRange(eBooks[i].Where(b => b.GetGenre() == genre));
foreach (Book book in printedOfGenre)
book.CalcProfitablity();
//Sell digital books
for (int i = 0; i < digitalGenreDemand; i++)
{
if (digitalOfGenre.Count == 0)
break;
int index = rand.Next(0, digitalOfGenre.Count);
SellBook(genre, index, true, digitalOfGenre, players, market, ref digitalGenreDemand);
}
//Leftover demand for ebooks is sold printed books
for (int i = 0; i < digitalGenreDemand; i++)
{
if (printedOfGenre.Count == 0)
break;
int index = rand.Next(0, printedOfGenre.Count);
SellBook(genre, index, true, printedOfGenre, players, market, ref digitalGenreDemand);
}
//Sell printed books
for (int i = 0; i < printedGenreDemand; i++)
{
if (printedOfGenre.Count == 0)
break;
int index = rand.Next(0, printedOfGenre.Count);
SellBook(genre, index, false, printedOfGenre, players, market, ref printedGenreDemand);
}
}
private void SellBook(Genre genre, int index, bool eBook, List<Book> books, Player[] players, Market market, ref int demand)
{
int sellChance = rand.Next(0, 101);
if (books[index].SellChance >= sellChance)
{
if (!players[books[index].Owner].BookSold(books[index]))
return;
market.RemoveDemand(genre, eBook, 1, books[index].Owner);
demand -= 1;
if (books[index].Stock <= 0 && !eBook)
books.RemoveAt(index);
}
}
public void SellAllBooks(Market market, Player[] players)
{
List<Book>[] printedBooks, eBooks;
printedBooks = new List<Book>[players.Length];
eBooks = new List<Book>[players.Length];
//Adds each player's books for sale to a list
for (int i = 0; i < players.Length; i++)
AddBooksToSell(printedBooks, eBooks, players[i]);
int numberOfGenres = Book.numberOfGenres;
//Goes through each genre and sells books from every player
for (int i = 0; i < numberOfGenres; i++)
SellFromGenre((Genre)i, market, printedBooks, eBooks, players, rand);
}
public void ReceiveInput(Input input, Player player)
{
archive.ReceiveInput(input, player.playerID);
if (GameManager.phase == GameManager.TurnPhase.BookPicking)
{
if (input.ButtonA)
{
Book transferedBook = archive.TransferSelectedBook(player.playerID);
transferedBook.Owner = player.playerID;
player.AddBook(transferedBook);
archive.DeactivateSelection(player.playerID);
player.OpenPublishMenu();
player.phaseDone = true;
}
else if (input.ButtonB)
{
archive.DeactivateSelection(player.playerID);
player.phaseDone = true;
}
}
}
private void GameStart(TextureManager textureManager, StartMenu startMenu)
{
currentTurn = 1;
phase = TurnPhase.BookPicking;
inputManager = new InputManager(players.Length);
for (int i = 0; i < players.Length; i++)
players[i] = new Player(textureManager, i);
bookManager.archive.ClearArchive();
bookManager.GenerateBooks();
}
private void AddBooksToSell(List<Book>[] printedBooks, List<Book>[] eBooks, Player player)
{
printedBooks[player.playerID] = player.GetBooksForSale(false);
eBooks[player.playerID] = player.GetBooksForSale(true);
}