def on_message_wemos(client, userdata, msg):
global loops
global num
print(msg.topic + " " + str(msg.payload) + " received on mqtt bus")
#print "randint: %d" % num
#print "loops: %d" % loops
_msg = str(msg.payload)
print(_msg)
if _msg == "NODE-%d-OFF" % num:
log_split_times("NODE-%d-OFF" % num, "a")
num = random.randint(1, num_nodes)
time.sleep(1)
if loops >= total_loops:
client.disconnect()
print("")
print("Round finished!")
print("")
times2.print_split_times()
times2.print_total_time()
exit()
else:
print("Sending message to: NODE %d") % num
client.publish("wemos", "NODE-%d-ON" % num)
log_split_times("NODE-%d-ON" % num, "a")
loops += 1
def on_message_program_2(client, userdata, msg):
"""
Program 2 - TEST 10 meter sprint
"""
global loops
global distance
print(msg.topic + " " + str(msg.payload) + " received on mqtt bus")
_msg = str(msg.payload)
print(_msg)
x = _msg.find("b")
if _msg[x + 1:] == "'NODE-1-OFF'":
#time.sleep(3)
#client.publish("wemos","NODE-1-OFF")
client.publish("wemos", "NODE-2-ON;%d" % distance)
log_split_times("NODE-2-ON", "w")
loops += 1
if _msg[x + 1:] == "'NODE-2-OFF'":
log_split_times("NODE-2-OFF", "a")
client.publish("wemos", "FINISHED")
times2.print_split_times()
times2.print_total_time()
client.disconnect()
display.display_time()
loops = 0
return
def on_message_program_1(client, userdata, msg):
"""
Program 1 - TEST 5-10-5
"""
global loops
global program_1_state
global distance
print(msg.topic + " " + str(msg.payload) + " received on mqtt bus")
_msg = str(msg.payload)
print(_msg)
x = _msg.find("b")
if _msg[x + 1:] == "'NODE-1-OFF'" and program_1_state == "step1":
#time.sleep(3)
#client.publish("wemos","NODE-1-OFF")
client.publish("wemos", "NODE-2-ON;%d" % distance)
log_split_times("NODE-2-ON", "w")
loops += 1
program_1_state = "step2"
elif _msg[x + 1:] == "'NODE-2-OFF'" and program_1_state == "step2":
log_split_times("NODE-2-OFF", "a")
client.publish("wemos", "NODE-3-ON;%d" % distance)
log_split_times("NODE-3-ON", "a")
program_1_state = "step3"
elif _msg[x + 1:] == "'NODE-3-OFF'" and program_1_state == "step3":
log_split_times("NODE-3-OFF", "a")
client.publish("wemos", "NODE-1-ON;%d" % distance)
log_split_times("NODE-1-ON", "a")
program_1_state = "step4"
elif _msg[x + 1:] == "'NODE-1-OFF'" and program_1_state == "step4":
log_split_times("NODE-1-OFF", "a")
client.publish("wemos", "FINISHED")
times2.print_split_times()
times2.print_total_time()
program_1_state = ""
client.disconnect()
display.display_time()
loops = 0
return
def on_message_random(client, userdata, msg):
"""
Program Random - Training random
"""
global total_loops
global loops
global num
global distance
print(msg.topic + " " + str(msg.payload) + " received on mqtt bus")
#print "randint: %d" % num
#print "loops: %d" % loops
_msg = str(msg.payload)
print(_msg)
x = _msg.find("b")
#if _msg == "NODE-%d-OFF" % num:
if _msg[x + 1:] == "'NODE-%d-OFF'" % num:
log_split_times("NODE-%d-OFF" % num, "a")
num = random.randint(1, num_nodes)
time.sleep(delay_time / 1000)
if loops >= total_loops:
print("")
print("Round finished!")
client.publish("wemos", "FINISHED")
print("")
times2.print_split_times()
times2.print_total_time()
loops = 0
client.disconnect()
display.display_time()
#exit()
return
else:
print("Sending message to: NODE %d" % num)
client.publish("wemos", "NODE-%d-ON;%d" % (num, distance))
log_split_times("NODE-%d-ON" % num, "a")
loops += 1
def display_time():
tid = times2.print_total_time()
print(tid)
t1 = int(tid[0])
t2 = int(tid[1])
t3 = int(tid[3])
t4 = int(tid[4])
display = [t1, t2, t3, t4]
Display.Show(display)
Display.ShowDoublepoint(1)
def home():
form = LoginForm()
if current_user.is_authenticated:
home_active = True
start = False
start_2 = False
player = None
nodes = None
rounds = None
distance = None
delay = None
node_1 = True
node_2 = True
node_3 = True
node_4 = True
node_5 = True
"""
split_time = times2.print_split_times()
split_time_len = (len(split_time))
labels = []
labels_2 = settings2.get_times()
labels_2 = labels_2[1]
#for i in range(0,labels_2):
for i in range(0,split_time_len):
labels.append(i+1)
values_2 = settings2.get_times()
values_2 = values_2[3:split_time_len+3]
values = []
for i in values_2:
if i != "":
values.append(i)
"""
nodes_list = []
nodes = settings2.get_values_int("nodes")
rounds = settings2.get_values_int("rounds")
delay = settings2.get_values_int("delay")
distance = settings2.get_values_int("distance")
if request.method == 'POST':
player = request.form['player']
nodes = request.form['nodes']
rounds = request.form['duration']
delay = request.form['time_sleep']
distance = request.form['sensitivity']
program = request.form['program']
settings2.update_values("nodes", int(nodes))
settings2.update_values("rounds", int(rounds))
settings2.update_values("delay", int(delay))
settings2.update_values("distance", int(distance))
split_time = times2.print_split_times()
split_time_len = (len(split_time))
labels = []
labels_2 = settings2.get_times()
labels_2 = labels_2[1]
for i in range(0, split_time_len):
#for i in range(0,labels_2):
labels.append(i + 1)
values_2 = settings2.get_times()
values_2 = values_2[3:split_time_len + 3]
values = []
for i in values_2:
if i != "":
values.append(i)
ish = "hejsan"
for x in range(1, int(nodes) + 1):
nodes_list.append(x)
if player != "":
start = True
trainer2.read_settings()
t1 = threading.Thread(target=trainer2.main(program))
t1.daemon = True
t1.start()
t1.join()
split_time = times2.print_split_times()
settings2.update_times(split_time)
flash("Total time: %s " % times2.print_total_time())
if program == "program_1":
settings2.update_score(player, times2.print_total_time(),
split_time[0], split_time[1],
split_time[2])
else:
start_2 = True
flash("Incomplete form")
split_time = times2.print_split_times()
split_time_len = (len(split_time))
labels = []
labels_2 = settings2.get_times()
labels_2 = labels_2[1]
#for i in range(0,labels_2):
for i in range(0, split_time_len):
labels.append(i + 1)
values_2 = settings2.get_times()
values_2 = values_2[3:split_time_len + 3]
values = []
for i in values_2:
if i != "":
values.append(i)
program_value = False
if request.form.get("program") == "Random":
program_value = True
settings2.update_times(split_time)
nodes = settings2.get_values_int("nodes")
rounds = settings2.get_values_int("rounds")
delay = settings2.get_values_int("delay")
distance = settings2.get_values_int("distance")
total_time = times2.print_total_time()
#return flask.render_template('makkan.html', form=form,start_2=start_2, start=start, nodes_list=nodes_list, player=player, nodes=nodes, time_sleep=delay, duration=rounds, sensitivity=distance\
#, node_1=node_1, node_2=node_2, node_3=node_3, node_4=node_4, node_5=node_5)
return flask.render_template('makkan.html',home_active=home_active, program_value=program_value,values=values, labels=labels, form=form,start_2=start_2, start=start, nodes_list=nodes_list, player=player, nodes=nodes, delay=delay, rounds=rounds, distance=distance\
, node_1=node_1, node_2=node_2, node_3=node_3, node_4=node_4, node_5=node_5, total_time=total_time,split_time_len = split_time_len)