def __init__(self):
pygame.init()
pygame.display.set_caption('Alt-Land-Is')
pygame.event.set_blocked(pygame.MOUSEMOTION)
self.screen = pygame.display.set_mode(self.SIZE)
self.game = game_logic.Game('Fenriz', 1)
self.eventManager = EventManager()
self.drawables = [] # List of objects to be drawn to the screen on every cycle
self.updateables = {} # Dict of object, that can have their data updated
playerSprite = Sprite(
self.screen,
(self.VIEWRANGE * TILE_SIZE + self.MAP_MARGIN, self.VIEWRANGE * TILE_SIZE + self.MAP_MARGIN),
self.CHAR_IMG)
charStatusBox = CharactorStatusBox(self.screen,
pygame.Rect(750, 20, 200, 120),
pygame.Color('gray25'),
self.BORDER_COLORS)
statusBox = StatusBox(5, self.screen, pygame.Rect(50, 650, 450, 100))
bActivate = Button(self.screen,
pygame.Rect(760, 250, 40, 40),
'images/gui/b_activate.png')
bActivate.bind(EVT_LEFT_CLICK, self._activateButtonHandler)
coordBox = TextBox(self.screen, pygame.Rect(750, 710, 40, 40))
mapp = Map(surface = self.screen,
topLeft = (self.MAP_MARGIN, self.MAP_MARGIN),
mapRange = self.VIEWRANGE,
tileSize = TILE_SIZE,
fowTileName = 'images/terrain/smoke.png',
borderColors = self.BORDER_COLORS,
terrains = self.game.terrains
)
inv = Inventory(surface = self.screen,
topLeft = (750,500),
tileSize = TILE_SIZE,
borderColors = self.BORDER_COLORS,
size = (4, 2) )
floorItems = Inventory(surface = self.screen,
topLeft = (750,610),
tileSize = TILE_SIZE,
borderColors = self.BORDER_COLORS,
size = (4, 1) )
self.drawables.append(mapp) # Add map first, so that other stuff can be drawn on it
self.drawables.append(bActivate)
self.drawables.append(statusBox)
self.drawables.append(coordBox)
#self.drawables.append(playerSprite)
self.drawables.append(inv)
self.drawables.append(floorItems)
self.drawables.append(charStatusBox)
self.updateables['coordBox'] = coordBox
self.updateables['statusBox'] = statusBox
self.updateables['charStatusBox'] = charStatusBox
self.updateables['map'] = mapp
self.updateables['inv'] = inv
self.updateables['floorItems'] = floorItems
self.eventManager.registerListener(KeyboardController(self.eventManager))
self.eventManager.registerListener(GameController(self.game))
self.eventManager.registerListener(bActivate)
self.oneTimers = [] # Listeners that only need to live for one cycle
class Game:
''' The main game class. Instance it once and run '''
SCREEN_WIDTH = 1024
SCREEN_HEIGHT = 800
BORDER_COLORS = (60, 50, 40), (150, 110, 50), (210, 190, 100)
VIEWRANGE = 7
SIZE = SCREEN_WIDTH, SCREEN_HEIGHT
MAP_MARGIN = 10
CHAR_IMG = 'images/c1.gif'
def __init__(self):
pygame.init()
pygame.display.set_caption('Alt-Land-Is')
pygame.event.set_blocked(pygame.MOUSEMOTION)
self.screen = pygame.display.set_mode(self.SIZE)
self.game = game_logic.Game('Fenriz', 1)
self.eventManager = EventManager()
self.drawables = [] # List of objects to be drawn to the screen on every cycle
self.updateables = {} # Dict of object, that can have their data updated
playerSprite = Sprite(
self.screen,
(self.VIEWRANGE * TILE_SIZE + self.MAP_MARGIN, self.VIEWRANGE * TILE_SIZE + self.MAP_MARGIN),
self.CHAR_IMG)
charStatusBox = CharactorStatusBox(self.screen,
pygame.Rect(750, 20, 200, 120),
pygame.Color('gray25'),
self.BORDER_COLORS)
statusBox = StatusBox(5, self.screen, pygame.Rect(50, 650, 450, 100))
bActivate = Button(self.screen,
pygame.Rect(760, 250, 40, 40),
'images/gui/b_activate.png')
bActivate.bind(EVT_LEFT_CLICK, self._activateButtonHandler)
coordBox = TextBox(self.screen, pygame.Rect(750, 710, 40, 40))
mapp = Map(surface = self.screen,
topLeft = (self.MAP_MARGIN, self.MAP_MARGIN),
mapRange = self.VIEWRANGE,
tileSize = TILE_SIZE,
fowTileName = 'images/terrain/smoke.png',
borderColors = self.BORDER_COLORS,
terrains = self.game.terrains
)
inv = Inventory(surface = self.screen,
topLeft = (750,500),
tileSize = TILE_SIZE,
borderColors = self.BORDER_COLORS,
size = (4, 2) )
floorItems = Inventory(surface = self.screen,
topLeft = (750,610),
tileSize = TILE_SIZE,
borderColors = self.BORDER_COLORS,
size = (4, 1) )
self.drawables.append(mapp) # Add map first, so that other stuff can be drawn on it
self.drawables.append(bActivate)
self.drawables.append(statusBox)
self.drawables.append(coordBox)
#self.drawables.append(playerSprite)
self.drawables.append(inv)
self.drawables.append(floorItems)
self.drawables.append(charStatusBox)
self.updateables['coordBox'] = coordBox
self.updateables['statusBox'] = statusBox
self.updateables['charStatusBox'] = charStatusBox
self.updateables['map'] = mapp
self.updateables['inv'] = inv
self.updateables['floorItems'] = floorItems
self.eventManager.registerListener(KeyboardController(self.eventManager))
self.eventManager.registerListener(GameController(self.game))
self.eventManager.registerListener(bActivate)
self.oneTimers = [] # Listeners that only need to live for one cycle
def _genInventoryItems(self, invDict, ItemClass):
''' generates and returns a list of inventory items '''
output = []
for itemDict in invDict.values():
j = ItemClass(self.screen, itemDict, self.game)
output.append(j)
self.eventManager.registerListener(j)
self.oneTimers.append(j)
return output
def _drawGUIElements(self):
''' Draws all the GUI elements '''
for drawable in self.drawables:
drawable.draw()
def _update(self):
''' update the updateable gui elements '''
while self.oneTimers:
self.eventManager.unregisterListener(self.oneTimers.pop())
charInfo = self.game.getCharInfo()
self.updateables['coordBox'].setText('X: %s\nY: %s' % (charInfo['x'], charInfo['y']) )
self.updateables['statusBox'].setText(charInfo['status']['old'])
self.updateables['map'].setMap(self.game.getAreaDict())
self.updateables['inv'].setInv(self._genInventoryItems(self.game.getInventory(), InvItem))
self.updateables['floorItems'].setInv(self._genInventoryItems(self.game.getFloorItems(), FloorItem))
self.updateables['charStatusBox'].setData(charInfo)
def draw(self):
''' Updates the screen '''
self.screen.fill(pygame.Color('black'))
self._update()
self._drawGUIElements()
pygame.display.flip()
def _activateButtonHandler(self, evt): # pylint: disable-msg=W0613
''' Called when the activate button is pressed '''
self.game.activate()
def run(self):
''' Starts the game and keeps it running '''
clock = pygame.time.Clock()
sinceKeydown = 0 # Milliseconds since the last keydown event has happened
self.draw()
while 1:
sinceKeydown += clock.tick(50)
#moved = False
#self.draw()
for event in pygame.event.get():
self.draw()
sinceKeydown = 0
self.eventManager.post(event)
# If less than 500 ms since the prevous KEYDOWN, do not process continuous movement
if sinceKeydown > 500:
# Handle continuous moving when the user keeps a key pressed
pygame.event.pump()
pressedKey = getPressedKey(pygame.key.get_pressed())
if pressedKey:
clock.tick(10)
self.eventManager.post( EventKeyDown(pressedKey) )
