class computer2a(computer):
delay = variable(("float", "quantity"))(1.0)
delayed_move = sleep("trigger")()
connect(delay, delayed_move)
connect(delayed_move, ("p", "trigger_get_move"))
trigger_move = antenna(delayed_move.inp)
class myhive(commandhive):
_hivecontext = hivemodule.appcontext(myapp)
g = chessprocessor2()
exc_v = except_valueerror()
connect(g.evexc, exc_v)
com = commandsensor()
turn = variable("str")("White")
t_turn = transistor("str")()
connect(g.turn, t_turn)
connect(t_turn, turn)
on_next = on_next()
connect(on_next, t_turn)
connect(g.made_move, on_next)
p1 = filter(("str", "chess"))()
connect(com, p1)
turn_p1 = equal2("str")("Black")
connect(turn, turn_p1)
connect(turn_p1, p1.filter)
p2 = chessUCI("White", "glaurung")
connect(g.turn, p2.turn)
connect(on_next, p2.trigger_get_move)
start = startsensor()
connect(start, p2.trigger_get_move)
k = chesskeeper()
connect(k, g)
connect(p1.true, g)
connect(p2, g)
connect(g, k)
connect(g, p2.make_move)
b = chessboard2("Black")
connect(turn, b.turn)
connect(b.get_move, g)
connect(g, b.make_move)
d = display("str")()
connect(g, d)
ex = exitactuator()
connect(g.finished, ex)
raiser = bee.raiser()
bee.connect("evexc", raiser)
class myhive(commandhive):
_hivecontext = hivemodule.appcontext(myapp)
g = chessprocessor2()
exc_v = except_valueerror()
connect(g.evexc, exc_v)
com = commandsensor()
turn = variable("str")("White")
t_turn = transistor("str")()
connect(g.turn, t_turn)
connect(t_turn, turn)
on_next = on_next_tick()
connect(on_next, t_turn)
connect(g.made_move, on_next)
on_next2 = on_next_tick()
connect(g.made_move, on_next2)
p1 = computer2b(("White", "glaurung"))
connect(g.turn, p1.turn)
connect(on_next, p1.trigger_move)
p2 = computer2b(("Black", "glaurung"))
connect(g.turn, p2.turn)
connect(on_next2, p2.trigger_move)
k = chesskeeper()
connect(k, g)
connect(p1.move, g)
connect(p2.move, g)
connect(g, k)
connect(g, p1.make_move)
connect(g, p2.make_move)
b = chessboard2(None)
connect(turn, b.turn)
connect(b.get_move, g)
connect(g, b.make_move)
d = display("str")()
connect(g, d)
ex = exitactuator()
connect(g.finished, ex)
raiser = bee.raiser()
bee.connect("evexc", raiser)
class myhive(commandhive):
_hivecontext = hivemodule.appcontext(myapp)
g = chessprocessor()
com = commandsensor()
turn = variable("str")("White")
t_turn = transistor("str")()
connect(g.turn, t_turn)
connect(t_turn, turn)
on_next = on_next()
connect(on_next, t_turn)
connect(g.made_move, on_next)
p1 = filter(("str", "chess"))()
connect(com, p1)
turn_white = equal2("str")("White")
connect(turn, turn_white)
connect(turn_white, p1.filter)
p2 = filter(("str", "chess"))()
connect(com, p2)
turn_black = equal2("str")("Black")
connect(turn, turn_black)
connect(turn_black, p2.filter)
k = chesskeeper()
connect(k, g)
connect(p1.true, g)
connect(p2.true, g)
connect(g, k)
b = chessboard()
connect(turn, b.turn)
connect(b.get_move, g)
connect(g, b.make_move)
d = display("str")()
connect(g, d)
ex = exitactuator()
connect(g.finished, ex)
raiser = bee.raiser()
bee.connect("evexc", raiser)
class computer2b(frame):
params = parameter("ParamComputer_698767")
par = get_parameter("params")
p = chessUCI(par.player, par.engine_binary, par.engine_dir)
del par
start = startsensor()
connect(start, p.trigger_get_move)
delay = variable(("float", "quantity"))(1.0)
delayed_move = sleep("trigger")()
connect(delay, delayed_move)
connect(delayed_move, p.trigger_get_move)
turn = antenna(p.turn)
trigger_move = antenna(delayed_move.inp)
make_move = antenna(p.make_move)
move = output(p.get_move)
class myhive(commandhive):
g = chessprocessor2()
exc_v = except_valueerror()
connect(g.evexc, exc_v)
com = commandsensor()
turn = variable("str")("White")
t_turn = transistor("str")()
connect(g.turn, t_turn)
connect(t_turn, turn)
on_next = on_next()
connect(on_next, t_turn)
connect(g.made_move, on_next)
p1 = filter(("str", "chess"))()
connect(com, p1)
turn_white = equal2("str")("White")
connect(turn, turn_white)
connect(turn_white, p1.filter)
p2 = filter(("str", "chess"))()
connect(com, p2)
turn_black = equal2("str")("Black")
connect(turn, turn_black)
connect(turn_black, p2.filter)
k = chesskeeper()
connect(k, g)
connect(p1.true, g)
connect(p2.true, g)
connect(g, k)
d = display("str")()
connect(g, d)
ex = exitactuator()
connect(g.finished, ex)
raiser = bee.raiser()
bee.connect("evexc", raiser)
class computer2(frame):
par1_player = parameter("str")
par2_engine_binary = parameter("str")
par3_engine_dir = parameter("str", None)
p = chessUCI(get_parameter("par1_player"),
get_parameter("par2_engine_binary"),
get_parameter("par3_engine_dir"))
start = startsensor()
connect(start, p.trigger_get_move)
delay = variable(("float", "quantity"))(1.0)
delayed_move = sleep("trigger")()
connect(delay, delayed_move)
connect(delayed_move, p.trigger_get_move)
turn = antenna(p.turn)
trigger_move = antenna(delayed_move.inp)
make_move = antenna(p.make_move)
move = output(p.get_move)