def use_robber(player, robber, hexes, boardSurface, playerKey, menuSurface, titleFont, infoFont):
# Get the current hex of the Robber to use as a metric to know when the player has successfully picked a new hex
destinationHex = robber.currentHex
print("Choose a new hex for the Robber.")
# Ask the player to which hex they want to move the Robber
destinationHex = ui.get_hex_from_player(player, hexes, playerKey)
if destinationHex is None:
return (1, "{} did not choose a hex.".format(player.name))
# A list to hold the players from whom the player can steal
playersAvailableToRob = []
# Loop through the vertices that surround the Robber's new hex
for vertex in destinationHex.vertices:
# Check whether each vertex has a settlement built on it
if vertex.settlement is not None:
# If so, check that the owner of that settlement is not the player
if vertex.settlement.owner != player and vertex.settlement.owner not in playersAvailableToRob:
# If that's the case, the owner of that vertex is a player from whom the player can steal
playersAvailableToRob.append(vertex.settlement.owner)
# The default value for the player from whom the player will steal
playerToRob = None
# If the player has multiple players from whom they can steal, ask them to choose their target
if len(playersAvailableToRob) > 0:
print("Choose the player from whom you wish to steal.")
playerMenu = {"Cancel and return to main menu": None}
for plyr in playersAvailableToRob:
playerMenu["{} ({} cards)".format(plyr.name, sum(plyr.cardsInHand.values()))] = plyr
playerToRob = ui.present_menu(player, playerMenu, "Steal from", menuSurface, titleFont, infoFont)
if playerToRob is None:
return (2, "{} did not choose a player.".format(player.name))
robberResult = robber.play(boardSurface, destinationHex, player, playerToRob)
return (0, robberResult)
def halve_player_hand(player, playerList, resourceDecks, handSurface, menuSurface, enemySurface, titleFont, infoFont):
handSurface.fill(c.white)
ui.present_menu(player, {"Yes": 1}, "Ready?", menuSurface, titleFont, infoFont)
draw_player_hand(player, handSurface, titleFont, infoFont)
draw_enemy_info(player, playerList, enemySurface, infoFont)
pygame.display.update(handSurface.get_rect())
numToDiscard = int(sum(player.cardsInHand.values()) / 2.0)
while numToDiscard > 0:
resourcesInHand = sorted([resource for resource in player.cardsInHand.keys()
if player.cardsInHand[resource] > 0])
resourceMenu = OrderedDict(zip(resourcesInHand, resourcesInHand))
cardToDiscard = ui.present_menu(player, resourceMenu, "Discard {}".format(numToDiscard), menuSurface, titleFont,
infoFont)
player.discard_resources({cardToDiscard: 1}, resourceDecks)
draw_player_hand(player, handSurface, titleFont, infoFont)
pygame.display.update(handSurface.get_rect())
numToDiscard -= 1
return (0, "{} successfully discarded cards.".format(player.name))
def play_yop_card(player, resourceDecks, surface, titleFont, infoFont):
if not player.has_dev_card("Year of Plenty"):
if player.has_new_dev_card("Year of Plenty"):
return (1, "Cannot play a Development Card on the turn it's bought.")
return (1, "{} does not have a Year of Plenty to play.".format(player.name))
availableResources = [resource for resource in resourceDecks.keys() if resourceDecks[resource] > 0]
resourceMenu = OrderedDict(zip(availableResources, availableResources))
resourceMenu["Cancel and return to main menu"] = None
print("{}, choose the first resource to draw.".format(player.name))
resource1 = ui.present_menu(player, resourceMenu, "Draw Which? (1)", surface, titleFont, infoFont)
if resource1 is None:
return (2, "{} chose to not play a Year of Plenty.".format(player.name))
player.draw_resources({resource1: 1}, resourceDecks)
player.consume_dev_card("Year of Plenty")
availableResources = [resource for resource in resourceDecks.keys() if resourceDecks[resource] > 0]
resourceMenu = OrderedDict(zip(availableResources, availableResources))
resourceMenu["Don't draw a 2nd card"] = None
print("{}, choose the second resource to draw.".format(player.name))
resource2 = ui.present_menu(player, resourceMenu, "Draw Which? (2)", surface, titleFont, infoFont)
if resource2 is None:
return (0, "{} used Year of Plenty to draw {}".format(player.name, resource1))
player.draw_resources({resource2: 1}, resourceDecks)
return (0, "{} used Year of Plenty to draw {} and {}".format(player.name, resource1, resource2))
def maritime_trade(player, resourceDecks, surface, titleFont, infoFont):
tradeAwayList = []
for resource in c.resourceTypes:
ratio = player.tradeRatios[resource]
if player.cardsInHand[resource] >= ratio:
tradeAwayList.append(("{} at {} to 1".format(resource, ratio), resource))
tradeAwayList.append(("Cancel and return to main menu", None))
tradeAwayMenu = OrderedDict(tradeAwayList)
print("Please select the resource you would like to maritime trade: ")
resourceTrading = ui.present_menu(player, tradeAwayMenu, "Trade Away", surface, titleFont, infoFont)
if resourceTrading is None:
return (1, "{} chose not to trade.".format(player.name))
tradeRatio = player.tradeRatios[resourceTrading]
tradeForList = []
for resource in c.resourceTypes:
if resource is not resourceTrading and resourceDecks[resource] > 0:
tradeForList.append((resource, resource))
tradeForList.append(("Cancel and return to main menu", None))
tradeForMenu = OrderedDict(tradeForList)
resourceGetting = ui.present_menu(player, tradeForMenu, "Trade For", surface, titleFont, infoFont)
if resourceGetting is None:
return (1, "{} chose not to trade.".format(player.name))
tradeAmountList = []
counter = 1
while counter * tradeRatio <= player.cardsInHand[resourceTrading] and counter <= resourceDecks[resourceGetting]:
tradeAmountList.append(("{} {} for {} {}".format(counter * tradeRatio, resourceTrading, counter,
resourceGetting), counter))
counter += 1
tradeAmountList.append(("Cancel and return to main menu", None))
tradeAmountMenu = OrderedDict(tradeAmountList)
tradeQuantity = ui.present_menu(player, tradeAmountMenu, "Trade", surface, titleFont, infoFont)
if tradeQuantity is None:
return (1, "{} chose not to trade.".format(player.name))
player.discard_resources({resourceTrading: tradeQuantity * tradeRatio}, resourceDecks)
player.draw_resources({resourceGetting: tradeQuantity}, resourceDecks)
return (0, "{} traded {} {} for {} {}".format(player.name, tradeQuantity * tradeRatio, resourceTrading,
tradeQuantity, resourceGetting))
def play_monopoly_card(player, resourceDecks, playerList, surface, titleFont, infoFont):
if not player.has_dev_card("Monopoly"):
if player.has_new_dev_card("Monopoly"):
return (1, "Cannot play a Development Card on the turn it's bought.")
return (1, "{} does not have a Monopoly card to play.".format(player.name))
print("{}, which resource do you want to monopolize?".format(player.name))
resourceMenu = OrderedDict(zip(c.resourceTypes, c.resourceTypes))
resourceMenu["Cancel and return to main menu"] = None
choice = ui.present_menu(player, OrderedDict(zip(c.resourceTypes, c.resourceTypes)), "Take Which?", surface,
titleFont, infoFont)
if choice is None:
return (2, "{} cancelled the play. Returning.")
startCount = player.cardsInHand[choice]
enemyList = [person for person in playerList if person != player]
for enemy in enemyList:
enemyResourceCount = enemy.cardsInHand[choice]
enemy.discard_resources({choice: enemyResourceCount}, resourceDecks)
player.draw_resources({choice: enemyResourceCount})
gain = player.cardsInHand[choice] - startCount
return (0, "{} drew {} {} from the other players.".format(player.name, gain, choice))
def main():
# A dictionary to hold the decks of resources, keyed to their resource name
resourceDecks = {c.lumber: 19, c.grain: 19, c.wool: 19, c.clay: 19, c.ore: 19}
developmentDeck = deque(c.developmentDeckList)
# A list of the hexes, assigned a resource and a numbered tile using the lists above
hexes = [p.Hex(c.resourcesForHexes[x], c.oddsOrdered[x], c.resourceToColor[c.resourcesForHexes[x]], c.hexCenters[x])
for x in range(19)]
# Iterate over the hexes and create Vertex objects using the coordinates of their vertices
vertices = []
vertexCoordsSeen = []
# Loop over the top 3 rows of hexes
for hexTile in hexes[:12]:
# Loop over the coordinates of the upper 3 vertices
for index, coord in enumerate(hexTile.vertexCoordinates[:3]):
# Check that this is a new vertex coordinate
if coord not in vertexCoordsSeen:
# Record this vertex position
vertexCoordsSeen.append(coord)
# Create a new Vertex object at these coordinates
newVertex = p.Vertex(coord)
# Check that the vertex is not the upper-left vertex of the hex
# If not, record that this vertex is adjacent to the previous vertex
if index != 0:
vertices[-1].adjacentVertices.append(newVertex)
newVertex.adjacentVertices.append(vertices[-1])
# Add the vertex to the list of vertices
vertices.append(newVertex)
# Repeat the loop above for the bottom three rows of hexes
for hexTile in hexes[7:]:
# Use the lower 3 coordinates here
for index, coord in enumerate(hexTile.vertexCoordinates[3:][::-1]):
if coord not in vertexCoordsSeen:
vertexCoordsSeen.append(coord)
newVertex = p.Vertex(coord)
if index != 0:
vertices[-1].adjacentVertices.append(newVertex)
newVertex.adjacentVertices.append(vertices[-1])
vertices.append(newVertex)
# Loop through the vertices and relate them to the hexes they touch
for vertex in vertices:
# For each vertex, look at hex
for hexTile in hexes:
# Check that the vertex and hex aren't already related but the coordinates match
if vertex not in hexTile.vertices and vertex.coordinates in hexTile.vertexCoordinates:
# Record the position of the vertex according to the hex's coordinate list
verIndex = hexTile.vertexCoordinates.index(vertex.coordinates)
# Place the vertex into the hex's vertex list at the same position
hexTile.vertices[verIndex] = vertex
# Add the hex to the vertex's hex list
vertex.hexes.append(hexTile)
# If the vertex has 3 hexes in its hex list, no more hexes need to be examined
if len(vertex.hexes) == 3:
break
# Loop through the hexes and relate vertices that are vertically adjacent
for hexTile in hexes:
if hexTile.vertices[0] not in hexTile.vertices[5].adjacentVertices:
hexTile.vertices[0].adjacentVertices.append(hexTile.vertices[5])
hexTile.vertices[5].adjacentVertices.append(hexTile.vertices[0])
if hexTile.vertices[2] not in hexTile.vertices[3].adjacentVertices:
hexTile.vertices[2].adjacentVertices.append(hexTile.vertices[3])
hexTile.vertices[3].adjacentVertices.append(hexTile.vertices[2])
# A list of the ports on the map
ports = [p.Port([resource], 2) for resource in c.resourceTypes]
ports += [p.Port(list(c.resourceTypes), 3) for i in range(4)]
# Assign the ports to the appropriate vertices
vertices[0].port = ports[5]
vertices[1].port = ports[5]
ports[5].vertices = [vertices[0], vertices[1]]
vertices[3].port = ports[2]
vertices[4].port = ports[2]
ports[2].vertices = [vertices[3], vertices[4]]
vertices[7].port = ports[4]
vertices[14].port = ports[6]
vertices[15].port = ports[6]
ports[6].vertices = [vertices[14], vertices[15]]
vertices[17].port = ports[4]
ports[4].vertices = [vertices[7], vertices[17]]
vertices[26].port = ports[7]
vertices[28].port = ports[1]
vertices[37].port = ports[7]
vertices[38].port = ports[1]
ports[7].vertices = [vertices[26], vertices[37]]
ports[1].vertices = [vertices[28], vertices[38]]
vertices[45].port = ports[3]
vertices[46].port = ports[3]
ports[3].vertices = [vertices[45], vertices[46]]
vertices[47].port = ports[8]
vertices[48].port = ports[8]
ports[8].vertices = [vertices[47], vertices[48]]
vertices[50].port = ports[0]
vertices[51].port = ports[0]
ports[0].vertices = [vertices[50], vertices[51]]
# Create the Robber
robber = p.Robber(hexes[c.desertIndex])
# Instantiate a player with their name, color, AI status, and the sizes of their pieces
playerList = ui.create_players()
# Give the players enough cards to build their first settlements and roads
# TODO EDITED THIS TO TEST MARITIME TRADING & BUILDING
startingHand = {c.grain: 4, c.wool: 2, c.clay: 4, c.lumber: 4, c.ore: 3}
for player in playerList:
player.draw_resources(startingHand, resourceDecks)
# Shuffle the players to set the turn order
random.shuffle(playerList)
# Set up the award placards
largestArmy = p.LargestArmy(playerList)
longestRoad = p.LongestRoad(playerList)
# Pygame initialization
pygame.init()
# opens the window with the size specifications given
screen = pygame.display.set_mode(c.screenSize)
# sets the font and size
comicsansLargeFont = pygame.font.SysFont("comicsansms", 25)
# set the font and size for the player key
arialSmallFont = pygame.font.SysFont("Arial", 15)
pygame.event.set_allowed(None)
pygame.event.set_allowed([pygame.MOUSEBUTTONUP, pygame.MOUSEBUTTONDOWN, pygame.QUIT])
# Create the Player Key
playerKey = p.PlayerKey(arialSmallFont, playerList)
boardSurface = screen.subsurface((0, 0), c.oceanSize)
playerHandSurface = screen.subsurface((c.oceanWidth, 0), (c.gameMenuWidth, 225))
playerHandSurface.fill(c.white)
menuSurface = screen.subsurface((c.oceanWidth, 226), (c.gameMenuWidth, c.oceanHeight-226))
menuSurface.fill(c.white)
enemyInfoSurface = screen.subsurface((c.oceanWidth + c.gameMenuWidth + 1, 0), (c.gameEventLogWidth - 1, 225))
enemyInfoSurface.fill(c.white)
logSurface = screen.subsurface((c.oceanWidth + c.gameMenuWidth + 1, 226), (c.gameEventLogWidth - 1,
c.oceanHeight - 226))
logSurface.fill(c.white)
# The pygame loop
# A flag to track if the board has been drawn
boardDrawn = False
# A flag to track if the players have built their starting settlements and roads
initialSettlementsBuilt = False
# A flag to track if a player has won the game
gameOver = False
while 1:
# Draw the key, hexes, odds tiles, and Robber
if not boardDrawn:
# Set the background color
boardSurface.fill(c.oceanBlue)
# Draw the player key
playerKey.draw(boardSurface)
# Loop through the hexes, so that they can be drawn
for hexTile in hexes:
# Draw the hex
pygame.draw.polygon(boardSurface, hexTile.color, hexTile.vertexCoordinates, 0)
# Check that the hex is not the desert hex
if hexTile.resource != c.desert:
# Record the hex's odds tile
resourceOdds = str(hexTile.odds)
# Set the color of the odds number's text based on the value
if resourceOdds == "6" or resourceOdds == "8":
label = comicsansLargeFont.render(resourceOdds, 1, c.red)
else:
label = comicsansLargeFont.render(resourceOdds, 1, c.black)
# Place the number on the screen
boardSurface.blit(label, hexTile.coordinates)
# Draw the Robber
robber.draw_robber(boardSurface)
# Draw the ports, colored according to their resource
for port in ports:
portColor = (0, 0, 0)
if port.resources != c.resourceTypes:
portColor = c.resourceToColor[port.resources[0]]
port.draw_port(boardSurface, portColor)
# Draw any existing player objects
for player in playerList:
if player.builtRoads:
for road in player.builtRoads:
road.draw_road(boardSurface)
if player.builtSettlements:
for settlement in player.builtSettlements:
settlement.draw_settlement(boardSurface)
# Update the whole screen in order to show the newly drawn board
pygame.display.flip()
# Record that the board has been drawn
boardDrawn = True
# Set up the initial settlements and roads for each player
if not initialSettlementsBuilt:
print("Each player must build their first settlements and roads.")
# Loop through the shuffled player list forwards once and then backwards once
# playerList[::-1]: TODO NEED TO CHANGE BACK!!!
for player in playerList:
# A flag to track whether the player has completed a valid action
validAction = False
# Give a line break
print("")
while not validAction:
print("For the settlement:")
buildResult = build_settlement(player, vertices, resourceDecks, boardSurface, playerKey)
if buildResult[0] == 0:
validAction = True
pygame.display.update()
validAction = False
# Repeat until the player successfully builds a road
while not validAction:
print("For the road from that settlement:")
buildResult = build_road(player, vertices, longestRoad, resourceDecks, boardSurface, playerKey)
if buildResult[0] == 0:
validAction = True
pygame.display.update()
# Record that the players have built the initial 2 settlements and roads
initialSettlementsBuilt = True
if not gameOver:
# Loop through the players to let each take their game turns
for player in playerList:
print("\n{}, it is now your turn.".format(player.name))
startTurn = None
while startTurn is None:
startTurn = ui.present_menu(player, c.startMenu, "Ready?", menuSurface, comicsansLargeFont,
arialSmallFont)
if not startTurn:
sys.exit(0)
player.count_points()
draw_player_hand(player, playerHandSurface, comicsansLargeFont, arialSmallFont)
pygame.display.update(playerHandSurface.get_rect())
draw_enemy_info(player, playerList, enemyInfoSurface, arialSmallFont)
pygame.display.update(enemyInfoSurface.get_rect())
# Initiate the pre-harvest menu
actionChoice = ui.present_menu(player, c.preHarvestMenu, "Pre-Harvest", menuSurface, comicsansLargeFont,
arialSmallFont)
result = eval(actionChoice)
if not isinstance(result, int):
player.count_points()
draw_player_hand(player, playerHandSurface, comicsansLargeFont, arialSmallFont)
draw_enemy_info(player, playerList, enemyInfoSurface, arialSmallFont)
result = roll_dice(player)
diceResult = result
# Check if the roll was a 7, and have the players discards cards and play the Robber if so
if diceResult == 7:
# Discard cards for players with more than 7
for playerToCheck in playerList:
if sum(playerToCheck.cardsInHand.values()) > 7:
halve_player_hand(playerToCheck, playerList, resourceDecks, playerHandSurface, menuSurface,
enemyInfoSurface, comicsansLargeFont, arialSmallFont)
draw_enemy_info(player, playerList, enemyInfoSurface, arialSmallFont)
playMade = False
while not playMade:
# Have the player make a play with the Robber
robberPlay = use_robber(player, robber, hexes, boardSurface, playerKey, menuSurface,
comicsansLargeFont, arialSmallFont)
if robberPlay[0] == 0:
playMade = True
# Update the screen to show the new location of the Robber
pygame.display.update()
# Print the result of the player stealing from someone
print(robberPlay[1])
else:
# Have the players draw their resource cards
for playerDrawing in playerList:
for settlement in playerDrawing.builtSettlements:
playerDrawing.draw_resources(settlement.find_yield(diceResult), resourceDecks)
print("{} has {}".format(playerDrawing.name, playerDrawing.cardsInHand))
print("The decks have {}".format(resourceDecks))
turnOver = False
while not turnOver:
draw_player_hand(player, playerHandSurface, comicsansLargeFont, arialSmallFont)
draw_enemy_info(player, playerList, enemyInfoSurface, arialSmallFont)
pygame.display.update(playerHandSurface.get_rect())
actionChoice2 = ui.present_menu(player, c.postHarvestMenu, "Post-Harvest", menuSurface,
comicsansLargeFont, arialSmallFont)
result = eval(actionChoice2)
player.count_points()
print(result[1])
if result[1] == "Turn is over.":
turnOver = True
if result[2] >= 10:
print("\n{} has won the game with {} points!!".format(player.name, result[3]))
gameOver = True
if gameOver:
break
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()