def wait(timeout=None, flush=True):
"""Wait for an event.
@type timeout: int or None
@param timeout: The time in seconds that this function will wait before
giving up and returning None.
With the default value of None, this will block forever.
@type flush: boolean
@param flush: If True a call to L{tdl.flush} will be made before listening
for events.
@rtype: L{Event} or None
@return: Returns an instance derived from L{Event}, or None if the function
has timed out.
Anything added via L{push} will also be returned.
@since: 1.4.0
"""
if timeout is not None:
timeout = timeout + _time.clock() # timeout at this time
while True:
if _eventQueue:
return _eventQueue.pop(0)
if flush:
# a full 'round' of events need to be processed before flushing
_tdl.flush()
if timeout and _time.clock() >= timeout:
return None # return None on timeout
_time.sleep(0.001) # sleep 1ms
_processEvents()
def promptFolderName(escapable=False):
#width, height = 26, 3
#window = tdl.Console(width, height)
quit = False
letters = []
while not (quit or tdl.event.is_window_closed()):
root.clear()
#update()
text = '_'
name = ''
for letter in letters:
name += letter
if len(name) < 24:
text = name + '_'
else:
text = name
root.draw_str(80, 62, text)
#root.blit(window, 57, 39, width, height)
tdl.flush()
print(name)
userInput = tdl.event.key_wait()
if userInput.keychar in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890":
if len(letters) < 24:
letters.append(userInput.keychar)
elif userInput.keychar.upper() == 'BACKSPACE' and len(letters) > 0:
letters.pop()
elif userInput.keychar.upper() == 'ENTER':
if name == '':
pass
else:
return name
elif userInput.keychar.upper() == 'ESCAPE' and escapable:
return
def Update(toClear = False):
if toClear:
mainConsole.clear()
print("Main clear")
message = "Key Pressed = " + curKey
mainConsole.draw_str(MID_WIDTH - len(message)//2, MID_HEIGHT, message, fg = colors.green)
#mainConsole.blit(shiftConsole, 0 ,3, width = WIDTH, height = 1)
tdl.flush()
def update(showDark=False):
root.clear()
root.draw_str(2, 62, '1: turn into wall', fg=colors.yellow)
root.draw_str(2, 64, '2: turn into ground', fg=colors.yellow)
root.draw_str(2, 66, '3: toggle block status', fg=colors.yellow)
root.draw_str(2, 68, '4: toggle block LOS status', fg=colors.yellow)
root.draw_str(2, 70, '5: toggle exploration status', fg=colors.yellow)
root.draw_str(2, 72, '6: explore all', fg=colors.yellow)
root.draw_str(2, 74, '7: explore None', fg=colors.yellow)
root.draw_str(2, 76, '9: toggle lit/dark', fg=colors.yellow)
root.draw_str(34, 62, 'c: copy tile', fg=colors.yellow)
root.draw_str(34, 64, 'v: paste tile', fg=colors.yellow)
root.draw_str(34, 66, 'w: turn all into wall', fg=colors.yellow)
root.draw_str(34, 68, 'g: turn all into ground', fg=colors.yellow)
root.draw_str(34, 70, 'r: load an existing map folder', fg=colors.yellow)
root.draw_str(34, 72, 's: select a square', fg=colors.yellow)
root.draw_str(70, 62, 'n: create or modify an NPC', fg=colors.yellow)
root.draw_str(70, 64, 'd: delete an NPC', fg=colors.yellow)
root.draw_str(70, 66, 'l: copy an NPC', fg=colors.yellow)
root.draw_str(70, 68, 'm: paste an NPC', fg=colors.yellow)
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
if myMap[x][y] in selectedTiles and not showDark:
root.draw_char(x, y, myMap[x][y].character, myMap[x][y].fg,
colors.dark_violet)
elif myMap[x][y] in selectedTiles and showDark:
root.draw_char(x, y, myMap[x][y].character,
myMap[x][y].dark_fg, colors.dark_violet)
elif not showDark:
root.draw_char(x, y, myMap[x][y].character, myMap[x][y].fg,
myMap[x][y].bg)
else:
root.draw_char(x, y, myMap[x][y].character,
myMap[x][y].dark_fg, myMap[x][y].dark_bg)
for object in objects:
if myMap[object.x][object.y] in selectedTiles and not showDark:
root.draw_char(object.x, object.y, object.char, object.color,
colors.dark_violet)
elif myMap[object.x][object.y] in selectedTiles and showDark:
root.draw_char(object.x, object.y, object.char, object.color,
colors.dark_violet)
elif not showDark:
root.draw_char(object.x, object.y, object.char, object.color,
myMap[object.x][object.y].bg)
else:
root.draw_char(object.x, object.y, object.char, object.color,
myMap[object.x][object.y].dark_bg)
tdl.flush()
def update(mapToUse=myMap):
root.clear()
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
try:
if mapToUse[x][y].blocked:
root.draw_char(x, y, '#', colors.grey, colors.darker_grey)
elif mapToUse[x][y].door:
root.draw_char(x, y, '+', colors.darker_orange,
colors.sepia)
else:
root.draw_char(x, y, None, bg=colors.sepia)
except IndexError:
print('___PROBLEM___:', x, y)
tdl.flush()
def update():
root.clear()
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
if myMap[x][y].blocked and not (x, y) in roomEdges and not (
x, y) in tunnelEdges:
root.draw_char(x, y, '#', colors.grey, colors.darker_grey)
elif myMap[x][y].blocked and (x, y) in roomEdges:
root.draw_char(x, y, '#', colors.dark_sepia,
colors.darkest_sepia)
elif myMap[x][y].blocked and (x, y) in tunnelEdges:
root.draw_char(x, y, chr(254), colors.darkest_sepia,
colors.sepia)
else:
root.draw_char(x, y, None, bg=colors.sepia)
tdl.flush()
def update(mapToUse):
root.clear()
try:
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
root.draw_char(x, y, char = mapToUse[x][y].character, fg = mapToUse[x][y].fg, bg = mapToUse[x][y].bg)
if (x, y) == (firstX, firstY):
root.draw_char(x, y, char = 'X', fg = colors.red, bg = mapToUse[x][y].bg)
if (x, y) == (lastX, lastY):
root.draw_char(x, y, char = 'X', fg = colors.green, bg = mapToUse[x][y].bg)
except IndexError:
traceback.print_exc()
os._exit(-1)
tdl.flush()
def createPassage(roomA, roomB, tileA, tileB):
'''
if not roomB in roomA.connectedRooms:
#roomA.connectedRooms.append(roomB)
linkRooms(roomA, roomB)
if not roomA in roomB.connectedRooms:
#roomB.connectedRooms.append(roomA)
linkRooms(roomB, roomA)
'''
linkRooms(roomA, roomB)
(xA, yA) = tileA
(xB, yB) = tileB
passage = tdl.map.bresenham(xA, yA, xB, yB)
for (x, y) in passage:
openTile(x, y, myMap)
myMap[x][y].usedForPassage = True
otherTileA = findNeighbours(xA, yA)
otherTileB = findNeighbours(xB, yB)
bugged = False
try:
(xOA, yOA) = otherTileA
except TypeError:
traceback.print_exc()
root.draw_char(xB, yB, char="X", fg=colors.green)
tdl.flush()
bugged = True
try:
(xOB, yOB) = otherTileB
except TypeError:
traceback.print_exc()
root.draw_char(xB, yB, char="X", fg=colors.green)
tdl.flush()
bugged = True
if not bugged:
otherPassage = tdl.map.bresenham(xOA, yOA, xOB, yOB)
for (x, y) in otherPassage:
openTile(x, y, myMap)
myMap[x][y].usedForPassage = True
def update(mapToUse=myMap):
root.clear()
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
tile = mapToUse[x][y]
try:
root.draw_char(x, y, tile.character, tile.fg, tile.bg)
'''
if myMap[x][y].blocked and not (x, y) in roomEdges and not (x, y) in tunnelEdges:
root.draw_char(x, y, '#', colors.grey, colors.darker_grey)
elif myMap[x][y].blocked and (x, y) in roomEdges:
root.draw_char(x, y, '#', colors.dark_sepia, colors.darkest_sepia)
elif myMap[x][y].blocked and (x, y) in tunnelEdges:
root.draw_char(x, y, chr(254), colors.darkest_sepia, colors.sepia)
elif mapToUse[x][y].chasm:
root.draw_char(x, y, None, bg = (16, 16, 16))
elif mapToUse[x][y].door:
root.draw_char(x, y, '+', colors.darker_orange, colors.sepia)
else:
root.draw_char(x, y, None, bg = colors.sepia)
'''
except IndexError:
print('___PROBLEM___:', x, y)
tdl.flush()
def update(mapToUse):
root.clear()
try:
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
if mapToUse[x][y].blocked:
root.draw_char(x, y, char='#', fg=colors.lighter_gray)
if visuEdges and (x, y) in visuEdges and (state != 'normal'
or dispDebug):
root.draw_char(x, y, char='#', fg=colors.purple)
if confTiles and (x, y) in confTiles and (state != 'normal'
or dispDebug):
root.draw_char(x, y, char='#', fg=colors.red)
else:
root.draw_char(x, y, char=None, bg=colors.green)
if visuTiles and (x, y) in visuTiles and (state != 'normal'
or dispDebug):
root.draw_char(x, y, char=None, bg=colors.red)
if visuEdges and (x, y) in visuEdges and (state != 'normal'
or dispDebug):
root.draw_char(x, y, char=None, bg=colors.purple)
if dispEmpty:
for (x, y) in emptyTiles:
root.draw_char(x, y, char=".", bg=colors.cyan)
print(len(emptyTiles))
if state in ("floodfillPrep", "edgeDetectionPrep", "roomMergePrep"):
drawCentered(root,
70,
"Ready to continue, press a key to proceed...",
fg=colors.green)
elif state == "floodfill":
drawCentered(root, 70, "Filling...", fg=colors.green)
elif state == "normal":
drawCentered(
root,
70,
"Done ! Press ENTER to restart or SPACE to toggle between map and canvas. ",
fg=colors.green)
try:
for (x, y) in rooms[curRoomIndex].tiles:
root.draw_char(x, y, None, bg=colors.yellow)
except IndexError:
print("Rooms length : {}".format(len(rooms)))
print("CurRoomIndex : {}".format(curRoomIndex))
print("X, Y : {} ; {}".format(x, y))
try:
for (x, y) in rooms[curRoomIndex].borders:
root.draw_char(x, y, "#", fg=colors.orange)
except IndexError:
print("Rooms length : {}".format(len(rooms)))
print("CurRoomIndex : {}".format(curRoomIndex))
print("X, Y : {} ; {}".format(x, y))
elif state == "base":
drawCentered(root, 70, "Loading...", fg=colors.gray)
except IndexError:
traceback.print_exc()
#pdb.set_trace()
os._exit(-1)
tdl.flush()
def openDetails(x, y):
tile = myMap[x][y]
width, height = 36, 19
window = tdl.Console(width, height)
quit = False
index = 0
ascii = ord(tile.character)
fg = tile.fg
dark_fg = tile.dark_fg
bg = tile.bg
dark_bg = tile.dark_bg
blocked = tile.blocked
block_sight = tile.block_sight
explored = tile.explored
baseIndex = range(-1, 7)
Red, Green, Blue = 0, 0, 0
while not quit:
window.clear()
if index == 0 or index == 7:
window.draw_str(1, 1, 'Character:', colors.black, colors.green)
else:
window.draw_str(1, 1, 'Character:', colors.green)
window.draw_char(12, 1, chr(ascii))
window.draw_str(14, 1, str(ascii))
if index == 1 or index in range(8, 11):
window.draw_str(1, 3, 'FG (lit):', colors.black, colors.green)
else:
window.draw_str(1, 3, 'FG (lit):', colors.green)
if index in range(8, 11):
window.draw_str(
12, 3, '({}, {}, {})'.format(str(Red), str(Green), str(Blue)))
window.draw_str(30, 3, ' ', fg=None, bg=(Red, Green, Blue))
else:
R, G, B = fg
window.draw_str(12, 3,
'({}, {}, {})'.format(str(R), str(G), str(B)))
window.draw_str(30, 3, ' ', fg=None, bg=(R, G, B))
if index == 2 or index in range(11, 14):
window.draw_str(1, 5, 'FG (dark):', colors.black, colors.green)
else:
window.draw_str(1, 5, 'FG (dark):', colors.green)
if index in range(11, 14):
window.draw_str(
12, 5, '({}, {}, {})'.format(str(Red), str(Green), str(Blue)))
window.draw_str(30, 5, ' ', fg=None, bg=(Red, Green, Blue))
else:
R, G, B = dark_fg
window.draw_str(12, 5,
'({}, {}, {})'.format(str(R), str(G), str(B)))
window.draw_str(30, 5, ' ', fg=None, bg=(R, G, B))
if index == 3 or index in range(14, 17):
window.draw_str(1, 7, 'BG (lit):', colors.black, colors.green)
else:
window.draw_str(1, 7, 'BG (lit):', colors.green)
if index in range(14, 17):
window.draw_str(
12, 7, '({}, {}, {})'.format(str(Red), str(Green), str(Blue)))
window.draw_str(30, 7, ' ', fg=None, bg=(Red, Green, Blue))
else:
R, G, B = bg
window.draw_str(12, 7,
'({}, {}, {})'.format(str(R), str(G), str(B)))
window.draw_str(30, 7, ' ', fg=None, bg=(R, G, B))
if index == 4 or index in range(17, 20):
window.draw_str(1, 9, 'BG (dark):', colors.black, colors.green)
else:
window.draw_str(1, 9, 'BG (dark):', colors.green)
if index in range(17, 20):
window.draw_str(
12, 9, '({}, {}, {})'.format(str(Red), str(Green), str(Blue)))
window.draw_str(30, 9, ' ', fg=None, bg=(Red, Green, Blue))
else:
R, G, B = dark_bg
window.draw_str(12, 9,
'({}, {}, {})'.format(str(R), str(G), str(B)))
window.draw_str(30, 9, ' ', fg=None, bg=(R, G, B))
if index == 5 or index == 20:
window.draw_str(1, 11, 'Blocked:', colors.black, colors.green)
else:
window.draw_str(1, 11, 'Blocked:', colors.green)
window.draw_str(12, 11, str(blocked))
if index == 6 or index == 21:
window.draw_str(1, 13, 'Block LOS:', colors.black, colors.green)
else:
window.draw_str(1, 13, 'Block LOS:', colors.green)
window.draw_str(12, 13, str(block_sight))
if index == -1 or index == 22:
window.draw_str(1, 15, 'Explored', colors.black, colors.green)
else:
window.draw_str(1, 15, 'Explored', colors.green)
window.draw_str(12, 15, str(explored))
window.draw_str(1, 17, 'x: {}, y: {}'.format(x, y))
root.blit(window, 65, 24, width, height)
tdl.flush()
userInput = tdl.event.key_wait()
if userInput.keychar.upper() == 'ESCAPE':
if index in baseIndex:
quit = True
elif index == 7:
tile.character = chr(ascii)
index = 0
elif index in range(8, 11):
index = 1
fg = Red, Green, Blue
tile.fg = fg
elif index in range(11, 14):
index = 2
dark_fg = Red, Green, Blue
tile.dark_fg = dark_fg
elif index in range(14, 17):
index = 3
bg = Red, Green, Blue
tile.bg = bg
elif index in range(17, 20):
index = 4
dark_bg = Red, Green, Blue
tile.dark_bg = dark_bg
elif index == 20:
tile.blocked = blocked
index = 5
elif index == 21:
tile.block_sight = block_sight
index = 6
elif index == 22:
tile.explored = explored
index = -1
elif userInput.keychar.upper() == 'UP':
if index in baseIndex:
index -= 1
if index < -1:
index = 6
elif index == 7:
ascii += 1
if ascii > 255:
ascii = 0
elif index == 8 or index == 11 or index == 14 or index == 17: #W.H.Y ?
Red += 1
if Red > 255:
Red = 0
elif index == 9 or index == 12 or index == 15 or index == 18:
Green += 1
if Green > 255:
Green = 0
elif index == 10 or index == 13 or index == 16 or index == 19:
Blue += 1
if Blue > 255:
Blue = 0
elif index == 20:
blocked = not blocked
elif index == 21:
block_sight = not block_sight
elif index == 22:
explored = not explored
elif userInput.keychar.upper() == 'DOWN':
if index in baseIndex:
index += 1
if index > 6:
index = -1
elif index == 7:
ascii -= 1
if ascii < 0:
ascii = 255
elif index == 8 or index == 11 or index == 14 or index == 17:
Red -= 1
if Red < 0:
Red = 255
elif index == 9 or index == 12 or index == 15 or index == 18:
Green -= 1
if Green < 0:
Green = 255
elif index == 10 or index == 13 or index == 16 or index == 19:
Blue -= 1
if Blue < 0:
Blue = 255
elif index == 20:
blocked = not blocked
elif index == 21:
block_sight = not block_sight
elif index == 22:
explored = not explored
elif userInput.keychar.upper() == 'RIGHT':
if index in range(8, 11):
index += 1
if index > 10:
index = 8
if index in range(11, 14):
index += 1
if index > 13:
index = 11
if index in range(14, 17):
index += 1
if index > 16:
index = 14
if index in range(17, 20):
index += 1
if index > 19:
index = 17
elif userInput.keychar.upper() == 'LEFT':
if index in range(8, 11):
index -= 1
if index < 8:
index = 10
if index in range(11, 14):
index -= 1
if index < 11:
index = 13
if index in range(14, 17):
index -= 1
if index < 14:
index = 16
if index in range(17, 20):
index -= 1
if index < 17:
index = 19
elif userInput.keychar.upper() == 'ENTER':
if index == 0:
index = 7
elif index == 1:
index = 8
Red, Green, Blue = fg
elif index == 2:
index = 11
Red, Green, Blue = dark_fg
elif index == 3:
index = 14
Red, Green, Blue = bg
elif index == 4:
index = 17
Red, Green, Blue = dark_bg
elif index == 5:
index = 20
elif index == 6:
index = 21
elif index == -1:
index = 22
def createNPC(x, y):
global objects
found = False
for object in objects:
if object.x == x and object.y == y:
npc = object
found = True
if not found:
npc = Object(x, y)
width, height = 36, 17
window = tdl.Console(width, height)
quit = False
index = 0
ascii = ord(npc.char)
name = npc.name
color = npc.color
dialog = npc.dialog
shop = npc.shop
baseIndex = range(-1, 4)
Red, Green, Blue = 0, 0, 0
while not quit:
window.clear()
if index == 0 or index == 4:
window.draw_str(1, 1, 'Character:', colors.black, colors.green)
else:
window.draw_str(1, 1, 'Character:', colors.green)
window.draw_char(12, 1, chr(ascii))
if index == 1 or index == 5:
window.draw_str(1, 3, 'Name:', colors.black, colors.green)
else:
window.draw_str(1, 3, 'Name:', colors.green)
window.draw_str(12, 3, name)
if index == 2 or index in range(6, 9):
window.draw_str(1, 5, 'FG:', colors.black, colors.green)
else:
window.draw_str(1, 5, 'FG:', colors.green)
if index in range(6, 9):
window.draw_str(
12, 5, '({}, {}, {})'.format(str(Red), str(Green), str(Blue)))
window.draw_str(30, 5, ' ', fg=None, bg=(Red, Green, Blue))
else:
R, G, B = color
window.draw_str(12, 5,
'({}, {}, {})'.format(str(R), str(G), str(B)))
window.draw_str(30, 5, ' ', fg=None, bg=(R, G, B))
if index == 3 or index == 9:
window.draw_str(1, 7, 'Dialog:', colors.black, colors.green)
else:
window.draw_str(1, 7, 'Dialog:', colors.green)
window.draw_str(12, 7, dialog)
if index == -1 or index == 10:
window.draw_str(1, 9, 'Shop:', colors.black, colors.green)
else:
window.draw_str(1, 9, 'Shop:', colors.green)
window.draw_str(12, 9, shop)
root.blit(window, 65, 24, width, height)
tdl.flush()
userInput = tdl.event.key_wait()
if userInput.keychar.upper() == 'ESCAPE':
if index in baseIndex:
quit = True
elif index == 4:
npc.char = chr(ascii)
index = 0
elif index == 5:
npc.name = name
index = 1
elif index in range(6, 9):
index = 2
color = Red, Green, Blue
npc.color = color
elif index == 9:
npc.dialog = dialog
index = 3
elif index == 10:
npc.shop = shop
index = -1
elif userInput.keychar.upper() == 'UP':
if index in baseIndex:
index -= 1
if index < -1:
index = 3
elif index == 4:
ascii += 1
if ascii > 255:
ascii = 0
elif index == 6:
Red += 1
if Red > 255:
Red = 0
elif index == 7:
Green += 1
if Green > 255:
Green = 0
elif index == 8:
Blue += 1
if Blue > 255:
Blue = 0
elif userInput.keychar.upper() == 'DOWN':
if index in baseIndex:
index += 1
if index > 3:
index = -1
elif index == 4:
ascii -= 1
if ascii < 0:
ascii = 255
elif index == 6:
Red -= 1
if Red < 0:
Red = 255
elif index == 7:
Green -= 1
if Green < 0:
Green = 255
elif index == 8:
Blue -= 1
if Blue < 0:
Blue = 255
elif userInput.keychar.upper() == 'RIGHT':
if index in range(6, 9):
index += 1
if index > 8:
index = 6
elif userInput.keychar.upper() == 'LEFT':
if index in range(6, 9):
index -= 1
if index < 6:
index = 8
elif userInput.keychar.upper() == 'ENTER':
if index == 0:
index = 4
elif index == 1:
index = 5
elif index == 2:
index = 6
Red, Green, Blue = color
elif index == 3:
index = 9
elif index == -1:
index = 10
elif userInput.keychar in 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890':
if index == 5:
name += userInput.keychar
elif index == 9:
dialog += userInput.keychar
elif index == 10:
shop += userInput.keychar
elif userInput.keychar.upper() == 'SPACE':
if index == 5:
name += ' '
elif index == 9:
dialog += ' '
elif index == 10:
shop += ' '
elif userInput.keychar.upper() == 'BACKSPACE':
if index == 5 and name != '':
nameList = list(name)
nameList.pop()
name = ''
for letter in nameList:
name += letter
if index == 9 and dialog != '':
dialogList = list(dialog)
dialogList.pop()
dialog = ''
for letter in dialogList:
dialog += letter
if index == 10 and shop != '':
shopList = list(shop)
shopList.pop()
shop = ''
for letter in shopList:
shop += letter
objects.append(npc)
foundBlocked = True
break
else:
foundBlocked = True
mapToUse[x][y].clearance = clearance
return mapToUse
makeMap()
'''
squareComp = Square(10, 10, 3)
fatherSquare = SquareObject(squareComp=squareComp, generateSmaller=True)
print(squareComp)
print(fatherSquare.Square)
print(fatherSquare.smallerSquareObject.Square)
fatherSquare.Square.s += 3
print(fatherSquare.Square)
print(fatherSquare.smallerSquareObject.Square)
'''
while not tdl.event.is_window_closed():
root.clear()
for x in range(MAP_WIDTH):
for y in range(MAP_HEIGHT):
char = myMap[x][y].clearance
if char >= 10:
char = '+'
else:
char = str(char)
root.draw_str(x, y, char, myMap[x][y].fg, myMap[x][y].bg)
tdl.flush()