def main():
w = World()
w.randomize( 20, 12, 30 )
print( w )
player_obj = [
StumbleAgent(),
StumbleAgent(),
StumbleAgent(),
]
state_obj = []
for i in range( len( player_obj ) ):
( x, y ) = w.get_empty()
state_obj.append(
{
'health': 100, #
'stamina': 100, # actions take stamina
'initiative': 100, # action priority
'weapon_name': 'Unarmed', # optional? an agent might care
'weapon_damage_n': 1, # number of dice to roll
'weapon_damage_d': 4, # sides on each die (1d4 here)
'visibility': 3, # sight squares
'x': x, #
'y': y, #
'inventory': [], #
'c': random.choice( AGENT_CHARS ),
}
)
cycles_left = 3
done = False
while not done:
if VERBOSE:
print( '# Cycle {0} #'.format( cycles_left ) )
w.reset_characters()
for i in range( len( player_obj ) ):
w.add_character( state_obj[ i ][ 'x' ], state_obj[ i ][ 'y' ],
state_obj[ i ] )
# TODO obscure some of this state
print( state_obj[ i ] )
print( w )
action_obj = []
for i in range( len( player_obj ) ):
state = {
'agent': {
'health': state_obj[ i ][ 'health' ],
'weapon_name': state_obj[ i ][ 'weapon_name' ],
'weapon_damage_n': state_obj[ i ][ 'weapon_damage_n' ],
'weapon_damage_d': state_obj[ i ][ 'weapon_damage_d' ],
},
'view': w.get_local( state_obj[ i ][ 'x' ],
state_obj[ i ][ 'y' ],
state_obj[ i ][ 'visibility' ] ),
}
action = player_obj[ i ].update( state )
action_obj.append( ( i, action, state_obj[ i ][ 'initiative' ] ) )
if VERBOSE:
print( '\tplayer {0} ({1}): {2}'.format(
i, str( player_obj[ i ] ), action ) )
# first we need to process actions
# for example, attack another player based on their position
# once that's done, we make appropriate changes to the state
state_change_obj = []
for i in range( len( player_obj ) ):
state_change_obj.append( {} )
random.shuffle( action_obj ) # TODO consider initiative
for action in action_obj:
p = action[ 0 ]
a = action[ 1 ].split(' ')
if a[ 0 ] not in AGENT_COMMANDS:
print( 'WARNING: {0}'.format( action ) )
continue
if a[ 0 ] == 'pass':
pass
elif a[ 0 ] == 'north':
if w.is_empty( state_obj[ p ][ 'x' ],
state_obj[ p ][ 'y' ] - 1 ):
state_change_obj[ p ][ 'y' ] = state_obj[ p ][ 'y' ] - 1
elif a[ 0 ] == 'south':
if w.is_empty( state_obj[ p ][ 'x' ],
state_obj[ p ][ 'y' ] + 1 ):
state_change_obj[ p ][ 'y' ] = state_obj[ p ][ 'y' ] + 1
elif a[ 0 ] == 'east':
if w.is_empty( state_obj[ p ][ 'x' ] + 1,
state_obj[ p ][ 'y' ] ):
state_change_obj[ p ][ 'x' ] = state_obj[ p ][ 'x' ] + 1
elif a[ 0 ] == 'west':
if w.is_empty( state_obj[ p ][ 'x' ] - 1,
state_obj[ p ][ 'y' ] ):
state_change_obj[ p ][ 'x' ] = state_obj[ p ][ 'x' ] - 1
#print(action)
for i in range( len( player_obj ) ):
for k in state_change_obj[ i ].keys():
state_obj[ i ][ k ] = state_change_obj[ i ][ k ]
cycles_left -= 1
if cycles_left <= 0:
done = True
