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Copy pathBoard.cpp
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355 lines (292 loc) · 8.28 KB
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#include "Board.h"
#include "Cards.h"
#include "Decision.h"
#include "Player.h"
#include "RandomNumber.h"
#include <algorithm>
#include <sstream>
#include <string>
using namespace std;
Board* Board::boardGame = 0;
void Board::deckDepleted()
{
//boardGame->recreatePurchasableCards();
}
void Board::lastVictoryPointCardDrawn()
{
deckDepleted();
boardGame->endGame();
}
void Board::lastCardOfDeckDrawn()
{
deckDepleted();
boardGame->numberOfDecksGone++;
if(boardGame->numberOfDecksGone >= boardGame->maxNumberOfDecksGone) // Too many kingdom decks gone
{
boardGame->endGame();
}
}
Board::Board()
{
boardGame = this;
}
Board::~Board()
{
for(unsigned int ii = 0; ii < players.size(); ii++)
{
delete players[ii];
}
if(boardGame == this)
boardGame = 0;
}
void Board::initializeGame(int numberOfDecks, int cardsPerDeck, int maxKingdomDecksGone, int numberOfVictoryCards, int numberOfCurseCards, int numberOfTreasureCards)
{
boardGame = this;
OrderedDeck allKingdomCards = Cards::allKingdomCards();
allKingdomCards.shuffle();
OrderedDeck treasureCards = Cards::allTreasureCards();
OrderedDeck victoryPointCards = Cards::allVictoryPointCards();
OrderedDeck curseCards = Cards::allCurseCards();
for(int ii = 0; ii < numberOfDecks; ii++)
{
kingdomDecks.push_back(OrderedDeck());
for(int jj = 0; jj < cardsPerDeck; jj++)
{
kingdomDecks[ii].addCard(allKingdomCards.cards[ii]);
}
kingdomDecks[ii].endOfDeckCallback = lastCardOfDeckDrawn;
}
for(unsigned int ii = 0; ii < treasureCards.cards.size(); ii++)
{
treasureDecks.push_back(OrderedDeck());
for(int jj = 0; jj < numberOfTreasureCards; jj++)
{
treasureDecks[ii].addCard(treasureCards.cards[ii]);
}
treasureDecks[ii].endOfDeckCallback = lastCardOfDeckDrawn;
}
for(unsigned int ii = 0; ii < victoryPointCards.cards.size(); ii++)
{
victoryPointDecks.push_back(OrderedDeck());
for(int jj = 0; jj < numberOfVictoryCards; jj++)
{
victoryPointDecks[ii].addCard(victoryPointCards.cards[ii]);
}
victoryPointDecks[ii].endOfDeckCallback = lastCardOfDeckDrawn;
if(victoryPointDecks[ii].cards[0].cardID == Card::PROVINCE_CARD)
{
victoryPointDecks[ii].endOfDeckCallback = lastVictoryPointCardDrawn;
}
}
for(unsigned int ii = 0; ii < curseCards.cards.size(); ii++)
{
curseDecks.push_back(OrderedDeck());
for(int jj = 0; jj < numberOfCurseCards; jj++)
{
curseDecks[ii].addCard(curseCards.cards[ii]);
}
curseDecks[ii].endOfDeckCallback = lastCardOfDeckDrawn;
}
for(unsigned int ii = 0; ii < players.size(); ii++)
{
OrderedDeck startingDeck;
Card copperCard, estateCard;
copperCard.cardID = Card::COPPER_CARD;
estateCard.cardID = Card::ESTATE_CARD;
for(int jj = 0; jj < 7; jj++)
{
startingDeck.addCard(copperCard);
}
for(int jj = 0; jj < 3; jj++)
{
startingDeck.addCard(estateCard);
}
startingDeck.shuffle();
players[ii]->deck = startingDeck;
players[ii]->drawNewHand();
players[ii]->fixCointainerDeckPointersOfCards();
}
for(unsigned int ii = 0; ii < players.size(); ii++)
{
for(unsigned int jj = ii + 1; jj < players.size() + ii; jj++)
{
players[ii]->otherPlayers.push_back(players[cyclePlayerNumber(jj)]);
}
}
maxNumberOfDecksGone = maxKingdomDecksGone;
numberOfDecksGone = 0;
gameIsOver = false;
firstPlayer = RandomNumber::random() % players.size();
numberOfTurns = 0;
tempCardCost = 0;
tempPlayer = 0;
tempOtherPlayers = 0;
recreatePurchasableCards();
}
void Board::beginGame()
{
for(unsigned int ii = 0; ii < players.size(); ii++)
{
players[ii]->clearScreen();
}
int turn = (int)firstPlayer;
while(!gameIsOver)
{
if(turn % players.size() == (int)firstPlayer)
{
numberOfTurns++;
}
players[cyclePlayerNumber(turn)]->playTurn();
players[cyclePlayerNumber(turn)]->broadcastToOtherPlayers(string("\n"));
boardGame->recreatePurchasableCards();
turn++;
}
for(unsigned int ii = 0; ii < players.size(); ii++)
{
players[ii]->sendGameOverMessage();
}
}
void Board::endGame()
{
unsigned int winningPlayer = 0;
int highestScore = -999;
for(unsigned int ii = 0; ii < players.size(); ii++)
{
players[ii]->hand.moveContentsToAnotherDeck(players[ii]->deck);
players[ii]->discardPile.moveContentsToAnotherDeck(players[ii]->deck);
players[ii]->cleanupPile.moveContentsToAnotherDeck(players[ii]->deck);
int deckValue = players[ii]->deck.victoryPointValueOfDeck(players[ii]);
if(deckValue > highestScore)
{
highestScore = deckValue;
winningPlayer = ii;
}
}
string pluralPoints = "s";
if(highestScore == 1)
pluralPoints = "";
stringstream output;
output << "You won the game with " << highestScore << " point" << pluralPoints << "." << endl;
players[winningPlayer]->displayMessage(output.str(), false);
stringstream globalOutput;
globalOutput << players[winningPlayer]->name << " won the game with " << highestScore << " point" << pluralPoints << "." << endl;
players[winningPlayer]->broadcastToOtherPlayers(globalOutput.str());
gameIsOver = true;
}
OrderedDeck& Board::getPurchasableCards()
{
return purchasableCards;
}
OrderedDeck* Board::getSupplyDeckFromCardID(Card::CardIDs identifier)
{
for(unsigned int ii = 0; ii < kingdomDecks.size(); ii++)
{
if(!kingdomDecks[ii].isEmpty()) // Deck has not been depleted
{
if(kingdomDecks[ii].cards[0].cardID == identifier) // Match of ID
{
return &kingdomDecks[ii];
}
}
}
for(unsigned int ii = 0; ii < treasureDecks.size(); ii++)
{
if(!treasureDecks[ii].isEmpty()) // Deck has not been depleted
{
if(treasureDecks[ii].cards[0].cardID == identifier) // Match of ID
{
return &treasureDecks[ii];
}
}
}
for(unsigned int ii = 0; ii < victoryPointDecks.size(); ii++)
{
if(!victoryPointDecks[ii].isEmpty()) // Deck has not been depleted
{
if(victoryPointDecks[ii].cards[0].cardID == identifier) // Match of ID
{
return &victoryPointDecks[ii];
}
}
}
for(unsigned int ii = 0; ii < curseDecks.size(); ii++)
{
if(!curseDecks[ii].isEmpty()) // Deck has not been depleted
{
if(curseDecks[ii].cards[0].cardID == identifier) // Match of ID
{
return &curseDecks[ii];
}
}
}
return 0;
}
bool cardDoesNotCostX(Card &card)
{
return card.getPrice(&card, Board::boardGame->tempPlayer, Board::boardGame->tempOtherPlayers) != Board::boardGame->tempCardCost;
}
bool cardCostsMoreThanX(Card &card)
{
return card.getPrice(&card, Board::boardGame->tempPlayer, Board::boardGame->tempOtherPlayers) > Board::boardGame->tempCardCost;
}
OrderedDeck Board::getPurchasableCardsCostingUpToX(int x, Player *buyer, vector<Player*> *otherPlayers)
{
OrderedDeck returnDeck = purchasableCards;
tempCardCost = x;
tempPlayer = buyer;
tempOtherPlayers = otherPlayers;
returnDeck.cards.erase(remove_if(returnDeck.cards.begin(), returnDeck.cards.end(), cardCostsMoreThanX), returnDeck.cards.end());
tempCardCost = 0;
tempPlayer = 0;
tempOtherPlayers = 0;
return returnDeck;
}
OrderedDeck Board::getPurchasableCardsCostingExactlyX(int x, Player *buyer, vector<Player*> *otherPlayers)
{
OrderedDeck returnDeck = purchasableCards;
tempCardCost = x;
tempPlayer = buyer;
tempOtherPlayers = otherPlayers;
returnDeck.cards.erase(remove_if(returnDeck.cards.begin(), returnDeck.cards.end(), cardDoesNotCostX), returnDeck.cards.end());
tempCardCost = 0;
tempPlayer = 0;
tempOtherPlayers = 0;
return returnDeck;
}
unsigned int Board::cyclePlayerNumber(int number)
{
return (unsigned int)(((number % players.size()) + players.size())% players.size());
}
void Board::recreatePurchasableCards()
{
purchasableCards.cards.clear();
for(unsigned int ii = 0; ii < kingdomDecks.size(); ii++)
{
if(!kingdomDecks[ii].isEmpty()) // Deck has not been depleted
{
purchasableCards.cards.push_back(kingdomDecks[ii].cards[0]);
}
}
for(unsigned int ii = 0; ii < treasureDecks.size(); ii++)
{
if(!treasureDecks[ii].isEmpty()) // Deck has not been depleted
{
purchasableCards.cards.push_back(treasureDecks[ii].cards[0]);
}
}
for(unsigned int ii = 0; ii < victoryPointDecks.size(); ii++)
{
if(!victoryPointDecks[ii].isEmpty()) // Deck has not been depleted
{
purchasableCards.cards.push_back(victoryPointDecks[ii].cards[0]);
}
}
for(unsigned int ii = 0; ii < curseDecks.size(); ii++)
{
if(!curseDecks[ii].isEmpty()) // Deck has not been depleted
{
purchasableCards.cards.push_back(curseDecks[ii].cards[0]);
}
}
purchasableCards.sortByCostThenName();
}