def helpscreen(self):
comm = self.screen
comm.reset()
comm.parse('1510w text table help screen')
comm.parse('2010y text press any key to continue ...')
comm.go()
gg.getch()
return False
def translate_parameter(self, parameter):
def isnum(t):
for i in range(len(t)):
o, a, z = ord(t[i]), ord('0'), ord('9')
if o < a or o > z: return False
return True
def istext(what):
t = what.upper()
for i in range(len(t)):
o, a, z = ord(t[i]), ord('A'), ord('Z')
if o < a or o > z: return False
return True
p = parameter
if p == 'True': return True
if p == 'False': return False
if isnum(p): return int(p)
if istext(p): return p
print('\n\nSomething wrong in glist.py.translate_parameter():' +
str(type(p)))
gg.getch()
return None
def aditional_initialisation(self):
# setting starting type and ownership of fields on battlefield
for i in range(15):
if i < 3: terrain = gg.FOREST
elif i < 6: terrain = gg.RIVER
elif i < 9: terrain = gg.PLAIN
elif i < 12: terrain = gg.BASE_H
elif i < 15: terrain = gg.BASE_A
self.fields[i] = Field(i, self.territory_at_start[i // 3][i % 3],
terrain)
# load the definition of all cards
self.all_existing_cards = []
all_lines = []
f = open('./data/cards', 'r')
for line in f:
if len(line.strip()) == 0 or line[0] == '#': continue
self.all_existing_cards.append(Card(0, gg.AWAY, line))
all_lines.append(line)
f.close()
# all_existing_cards now contains exactly what one would suppose it does
# help method
def include_card(card_id, player, textline):
switch = False
for one in range(len(self.all_existing_cards)):
if self.all_existing_cards[one].get_name() == textline:
switch = True
self.list_of_all_cards_in_game.append(
Card(card_id, player, all_lines[one]))
return switch
# loading the first deck
card_id, first, second = 0, open(self.homedeck,
'r'), open(self.awaydeck, 'r')
for line in first:
if len(line.strip()) == 0 or line[0] == '#': continue
else:
if include_card(card_id, gg.HOME, line.strip()):
self.player_home.add_card_into_library(card_id)
card_id += 1
else:
print('\n\nWrong card name:', '|' + line.strip() + '|',
'\n')
gg.getch()
# loading the second deck
for line in second:
if len(line.strip()) == 0 or line[0] == '#': continue
else:
if include_card(card_id, gg.AWAY, line.strip()):
self.player_away.add_card_into_library(card_id)
card_id += 1
else:
print('\n\nWrong card name:', '|' + line.strip() + '|',
'\n')
gg.getch()
first.close()
second.close()
# both players have library full of integers
# those integers are unique card-ids. the usage would be for example:
# self.list_of_all_cards_in_game[self.player_away.library.draw_a_card()].get_name()
# very useful debug-print
print('\nall_existing_cards:')
for one in self.all_existing_cards:
print('|' + one.get_name() + '|')
print('\nlist_of_all_cards_in_game:')
for a in self.list_of_all_cards_in_game:
print(a.get_owner(), a.identity(), a.get_name())
if a.get_type() == gg.SQUAD:
(a.get_attack(), a.get_defense(), a.get_shooting())
print('\nBEFORE DRAWING THE CARDS:')
print('\nfirst library:\nlength = ', self.player_home.library.length())
print(self.player_home.library.get())
print('\nsecond library:\nlength = ',
self.player_away.library.length())
print(self.player_away.library.get())
print('\nboth players hand &grave:')
print(self.player_home.hand.get(), self.player_away.hand.get(),
self.player_home.grave.get(), self.player_away.grave.get())
# end of very useful debug-print
# 7 cards for both players
#for a in range(7): self.player_home.draw_card(); self.player_away.draw_card()
#for i in (0, 20, 25, 35, 42, 44, 59): self.player_home.draw_card(i)
for i in (0, 1, 2, 3, 4, 5, 6):
self.player_home.draw_card(i)
#for i in (62, 68, 75, 84, 90, 118, 80): self.player_away.draw_card(i)
for i in (60, 61, 62, 63, 64, 65, 66):
self.player_away.draw_card(i)
# another debug print. from here...
print('\nAFTER DRAWING THE CARDS:')
print('\nfirst library:\nlength = ', self.player_home.library.length())
print(self.player_home.library.get())
print('\nsecond library:\nlength = ',
self.player_away.library.length())
print(self.player_away.library.get())
print('\nboth players hands:')
print(
str(self.player_home.hand.get()) + '\n' +
str(self.player_away.hand.get()))
print('\n&graves:')
print(
str(self.player_home.grave.get()) + '\n' +
str(self.player_away.grave.get()))
# ... to here
#gg.getch()
## ## ## UNHASH PREVIOUS LINE TO READ THE DEBUG PRINTS ## ## ##
return True
def get_screen_exits(self, key):
if key == '___Start': exits = {gg.ALL: '___Game'}
if key == '___Game':
exits = {
gg.ENTE: '___Deckmaking',
gg.KEY3: 'Switch_bf_view',
gg.ESC: '___Quit'
}
if key == '___Fight':
exits = {gg.ALL: '___Other_player_turn', gg.DONT_PAUSE: True}
if key == '___Other_player_turn': exits = {gg.ALL: '___Game'}
if key == '___Deckmaking':
exits = {gg.ALL: '___Game', gg.DONT_PAUSE: True}
if key == '___Info_screen':
exits = {gg.ESC: '___Quit', gg.KEY1: '___Game', gg.ALL: '___Game'}
if key == '___Message_log':
exits = {gg.ESC: '___Quit', gg.KEY1: '___Game', gg.ALL: '___Game'}
if key == '___Quit': exits = {gg.ALL: '___Quit_for_real'}
if key == '___Hand_right':
exits = {
gg.KEY3: '___Game',
gg.KEY2: '__Hand_right_buildings',
gg.ESC: '___Game'
}
if key == '___Hand_left':
exits = {
gg.KEY3: '___Game',
gg.KEY2: '__Hand_left_buildings',
gg.ESC: '___Game'
}
if key == '__Hand_right_buildings':
exits = {
gg.KEY3: '___Game',
gg.KEY2: '__Hand_right_landsearch',
gg.ESC: '___Game'
}
if key == '__Hand_left_buildings':
exits = {
gg.KEY3: '___Game',
gg.KEY2: '__Hand_left_landsearch',
gg.ESC: '___Game'
}
if key == '__Hand_right_landsearch':
exits = {
gg.KEY3: '___Game',
gg.KEY2: '___Hand_right',
gg.ESC: '___Game'
}
if key == '__Hand_left_landsearch':
exits = {
gg.KEY3: '___Game',
gg.KEY2: '___Hand_left',
gg.ESC: '___Game'
}
#if key == 'Movement': exits = {gg.ALL: '___Game', gg.DONT_PAUSE: True}
if key == 'invitation': exits = {gg.ALL: '<--'}
if key == 'ridiculous': exits = {gg.ALL: '<--'}
if key == 'no_visible_units': exits = {gg.ALL: '<--'}
if key == 'allgangTablEscreen':
exits = {gg.ALL: '<--', gg.DONT_PAUSE: True}
if key == 'table': exits = {gg.ALL: '<--', gg.DONT_PAUSE: True}
if key == 'table_shifted': exits = {gg.ALL: '<--', gg.DONT_PAUSE: True}
if key == 'command_the_gang':
exits = {gg.ALL: '<--', gg.DONT_PAUSE: True}
if key == 'spellcasting': exits = {gg.ALL: '<--', gg.DONT_PAUSE: True}
if key == 'Switch_bf_view':
exits = {gg.ALL: '___Game', gg.DONT_PAUSE: True}
if key == '___Quit_for_real':
exits = {gg.DONT_PAUSE: True, gg.ALL: '<--'}
try:
return exits
except UnboundLocalError:
print('\n\n\nParser.get_screen_exits(): wrong key: {' + key +
'}\n\n\n')
gg.getch()
return False
def get_players_colors(self, key = '1234'):
ret = []
if '1' in key: ret.append(self.home_player_color1)
if '2' in key: ret.append(self.home_player_color2)
if '3' in key: ret.append(self.away_player_color1)
if '4' in key: ret.append(self.away_player_color2)
if not len(ret): print("\n\nSomething is wrong in Signal.get_players_colors()\n\n"); gg.getch(); return False
return ret[0] if len(ret) == 1 else ret
def initialisation(self, decks = ''):
self.table_color = gg.GRAY
self.home_player_color1 = gg.RED
self.home_player_color2 = gg.VIOLET
self.away_player_color1 = gg.LBLUE
self.away_player_color2 = gg.BLUE
with open('./data/config', 'r') as f:
for line in f:
if 'deck_home' in line: homedeck = './decks/' + line[line.index('=') +1:].strip()
if 'deck_away' in line: awaydeck = './decks/' + line[line.index('=') +1:].strip()
try: a = awaydeck; a = homedeck
except NameError: print('\n\n\nONE OF THE PLAYERS HAVE NOT HIS DECK SET\n\nyou can fix it by editing data/config\n'); gg.getch(); return False
self.homedeck, self.awaydeck = homedeck, awaydeck
return True
def get_player_battlefield_cursor(self):
if self.get_whos_on_turn() == gg.HOME: x = self.home_player_battlefield_cursor_position; return x
elif self.get_whos_on_turn() == gg.AWAY: x = self.away_player_battlefield_cursor_position; return x
else: print('\n\ngamestate.py.Signal.get_player_battlefield_cursor(): game dont know whos on turn\n'); gg.getch()
return False
def set_player_battlefield_cursor(self, cursor_value = -1):
c = self.get_cursor() if cursor_value == -1 else cursor_value
if self.get_whos_on_turn() == gg.HOME: self.home_player_battlefield_cursor_position = c
elif self.get_whos_on_turn() == gg.AWAY: self.away_player_battlefield_cursor_position = c
else: print('\n\ngamestate.py.Signal.set_player_battlefield_cursor(): game dont know whos on turn\n'); gg.getch(); return False
return True