def __init__(self, screen, arealist, clock, numplayers, year, currentplayer, player):
""" Initializes the variables of the AreaScene class, creates
necessary Label, Bar objects and the pygame Rects
corresponding to buttons. """
# Reads from the Info.txt file the current state of the game
# and creates the self.AreaList, the self.TroopList and the
# self.PlayerList lists.
self.ReadInfo(screen)
self.time = pygame.time.Clock()
self.screen = screen
self.area = arealist
self.Clock = clock
self.NumPlayers = numplayers
self.year = year
self.currentplayer = currentplayer
self.player = player
self.white = (255, 255, 255)
self.black = (0, 0, 0)
self.pause = False
# Gets the size metrics of the current display
metrics = GEN.screen_metrics()
self.w = metrics[0]
self.h = metrics[1]
self.ratiow = metrics[2]
self.ratioh = metrics[3]
#Creates the necessary font objects
self.hugefont = pygame.font.SysFont("Times", int(80*self.ratiow))
self.verylargefont = pygame.font.SysFont("Times", int(50*self.ratiow))
self.largefont = pygame.font.SysFont("Times", int(40*self.ratiow))
self.medfont = pygame.font.SysFont("Times", int(25*self.ratiow))
self.smallfont = pygame.font.SysFont("Times", int(20*self.ratiow))
# Creation of pygame Rect objects associated with buttons
self.ButtonDict = {}
buttonw = int(180*self.ratiow)
buttonh = int(50*self.ratioh)
marg = int(1660*self.ratiow)
self.BackToMain = pygame.Rect((int(1600*self.ratiow), int(20*self.ratioh),
buttonw, buttonh))
self.BuildCapital = pygame.Rect((marg, int(170*self.ratioh), buttonw, buttonh))
self.BuildFactory = pygame.Rect((marg, int(255*self.ratioh), buttonw, buttonh))
self.BuildPort = pygame.Rect((marg, int(315*self.ratioh), buttonw, buttonh))
self.BuildAirPort = pygame.Rect((marg, int(375*self.ratioh), buttonw, buttonh))
self.BuildFort = pygame.Rect((marg, int(455*self.ratioh), buttonw, buttonh))
self.BuildHospital = pygame.Rect((marg, int(515*self.ratioh), buttonw, buttonh))
self.BuildUni = pygame.Rect((marg, int(575*self.ratioh), buttonw, buttonh))
self.BuildBank = pygame.Rect((marg, int(655*self.ratioh), buttonw, buttonh))
# Creation of Bar objects (sliding bars)
self.bar = pygame.image.load("bar.png")
self.bar = pygame.transform.scale(self.bar, (int(400*self.ratiow), int(10*self.ratioh)))
self.point = pygame.image.load("point.png")
self.point = pygame.transform.scale(self.point, (int(40*self.ratiow), int(40*self.ratioh)))
self.playerdot = pygame.image.load(self.area[5]+".png")
self.playerdot = pygame.transform.scale(self.playerdot, (buttonh, buttonh))
self.barlist = []
marg = int(60*self.ratiow)
marg2 = marg//10
self.taxesbar = GUI.Bar(self.screen, [marg - marg2, int(200*self.ratioh)], "Taxes",
[marg, int(220*self.ratioh)], [0, 100], self.area[10])
self.barlist.append(self.taxesbar)
self.foodbar = GUI.Bar(self.screen, [marg - marg2, int(280*self.ratioh)], "Food",
[marg, int(300*self.ratioh)], [0, 200], self.area[4][5][2])
self.barlist.append(self.foodbar)
self.metalbar = GUI.Bar(self.screen, [marg - marg2, int(360*self.ratioh)], "Metal",
[marg, int(380*self.ratioh)], [0, 100], self.area[4][0][2])
self.barlist.append(self.metalbar)
self.timberbar = GUI.Bar(self.screen, [marg - marg2, int(440*self.ratioh)], "Timber",
[marg, int(460*self.ratioh)], [0, 100], self.area[4][1][2])
self.barlist.append(self.timberbar)
self.fossilbar = GUI.Bar(self.screen, [marg - marg2, int(520*self.ratioh)], "Fossils",
[marg, int(540*self.ratioh)], [0, 100], self.area[4][2][2])
self.barlist.append(self.fossilbar)
self.uraniumbar = GUI.Bar(self.screen, [marg - marg2, int(600*self.ratioh)], "Uranium",
[marg, int(620*self.ratioh)], [0, 100], self.area[4][3][2])
self.barlist.append(self.uraniumbar)
self.renewbar = GUI.Bar(self.screen, [marg - marg2, int(680*self.ratioh)], "Renewables",
[marg, int(700*self.ratioh)], [0, 100], self.area[4][4][1])
self.barlist.append(self.renewbar)
# Creation of Label objects
if self.area[11][0] == 0: capital = "- Not Capital"
else: capital = "- Capital"
if self.area[11][7] == 0: bank = "- No bank"
else: bank = "- Bank"
marg = int(660*self.ratiow)
marg2 = int(1360*self.ratiow) ###############################################################################
self.labellist = [GUI.Label(self.area[1], self.hugefont, [int(self.w/2 - len(self.area[1])
*19), int(20*self.ratioh)]),
GUI.Label("- Moral: "+str(round(self.area[6]))+"%", self.largefont,
[marg, int(175*self.ratioh)]),
GUI.Label("- Population: "+str(round(self.area[3], 3))
+" million people",
self.largefont, [marg, int(225*self.ratioh)]),
GUI.Label("- Per Capita Income: "+str(int(self.area[9]))
+" coins", self.largefont, [marg, int(275
*self.ratioh)]),
GUI.Label("- Resources", self.verylargefont,
[marg, int(340*self.ratioh)]),
GUI.Label("- Food: "+str(int(self.area[4][5][0]))+"/"
+str(self.area[4][5][1]), self.largefont,
[marg, int(400*self.ratioh)]),
GUI.Label("- Metal: "+str(self.area[4][0][0])+"/"
+str(self.area[4][0][1]), self.largefont,
[marg, int(450*self.ratioh)]),
GUI.Label("- Timber: "+str(int(self.area[4][1][0]))+"/"
+str(self.area[4][1][1]), self.largefont,
[marg, int(500*self.ratioh)]),
GUI.Label("- Fossil Fuels: "+str(self.area[4][2][0])+"/"
+str(self.area[4][2][1]), self.largefont,
[marg, int(550*self.ratioh)]),
GUI.Label("- Uranium: "+str(self.area[4][3][0])+"/"
+str(self.area[4][3][1]), self.largefont,
[marg, int(600*self.ratioh)]),
GUI.Label("- Renewables: "+"| "+(self.area[4][4][0] + 1)*"+"
+(6 - self.area[4][4][0])*" "+"|", self.largefont,
[marg, int(650*self.ratioh)]),
GUI.Label(capital, self.largefont, [marg2, int(175*self.ratioh)]),
GUI.Label("- Factory: lvl. "+str(self.area[11][1]), self.largefont,
(marg2, int(260*self.ratioh))),
GUI.Label("- Port: lvl. "+str(self.area[11][2]), self.largefont,
(marg2, int(320*self.ratioh))),
GUI.Label("- Airport: lvl. "+str(self.area[11][3]), self.largefont,
(marg2, int(380*self.ratioh))),
GUI.Label("- Fort: lvl. "+str(self.area[11][4]), self.largefont,
(marg2, int(460*self.ratioh))),
GUI.Label("- Hospital: lvl. "+str(self.area[11][5]), self.largefont,
(marg2, int(520*self.ratioh))),
GUI.Label("- University: lvl. "+str(self.area[11][6]), self.largefont,
(marg2, int(580*self.ratioh))),
GUI.Label(bank, self.largefont, (marg2, int(660*self.ratioh)))]
# Calling the self.Draw method
self.Draw()
