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Commit 52749dbb authored by nicolas.albanesi's avatar nicolas.albanesi
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Display text and image working

parent 698bbf83
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mapping/boot.py → hepialight/boot.py
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View file @ 52749dbb
File moved
hepialight/main.py 0 → 100644
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View file @ 52749dbb
id = [0,0]
matsize = [0, 0]
def color16_to_32(color):
color = int(color)
r = ((color >> 11) & 0x1F) * 2**3
g = ((color >> 5) & 0x3F) * 2**2
b = (color & 0x1F) * 2**3
return r << 16 | g << 8 | b
def disp_img_data(data):
for i in range(NBR_LIGNES):
for j in range(NBR_COLONNES):
allumer_led(j, NBR_LIGNES-1-i, data[i * NBR_COLONNES + j])
def data_to_color16(data):
d_color16 = []
for i in range(0, len(data), 2):
d_color16.append(data[i] << 8 | data[i+1])
return list(map(color16_to_32, d_color16))
def display_id():
afficher_texte("{}, {}".format(id[0], id[1]), speed=0.01)
def msg_to_str(msg):
return str(msg)[2:-1]
def send_passthrough_str(msg, x, y):
x = int(x)
y = int(y)
if x > id[0]:
d = E
elif x < id[0]:
d = O
elif y > id[1]:
d = N
else:
d = S
envoyer_msg(d, "PT;{},{};{}".format(x, y, msg))
def send_passthrough_bytes(msg, x, y):
x = int(x)
y = int(y)
if x > id[0]:
d = E
elif x < id[0]:
d = O
elif y > id[1]:
d = N
else:
d = S
envoyer_msg(d, msg)
def send_xy(x, y, msg):
send_passthrough_str(msg, x, y)
def send_text_xy(x, y, text, color=ROUGE, speed=0.1):
send_xy(x, y, "TEXT;{};{};{}".format(color, speed, text))
def send_moving_xy(x, y, text, color=ROUGE, speed=0.1):
send_xy(x, y, "MOVING;{};{};{}".format(color, speed, text))
def check_presence(d):
envoyer_msg(d, "PING")
for x in range(10):
time.sleep(0.1)
ret = recevoir_msg(d)
if ret == b"PONG": return True
return False
def update_id(new_id):
global id
id[0] = int(new_id[0])
id[1] = int(new_id[1])
envoyer_msg(N, "SET_ID:{},{}".format(id[0], id[1] + 1))
envoyer_msg(E, "SET_ID:{},{}".format(id[0] + 1, id[1]))
if not check_presence(N) and not check_presence(E):
send_xy(0, 0, "MATSIZE;{},{}".format(id[0], id[1]))
display_id()
def handle_receive(msg, msg_bytes, d):
print("Received from {} : {}".format(d, msg))
if msg.startswith("SET_ID"):
tmp_id = msg[7:].split(",")
update_id(tmp_id)
elif msg == "PING":
envoyer_msg(d, "PONG")
elif msg == "DISP_ID":
display_id()
elif msg.startswith("PT;"):
msgs = msg.split(";")
m = msgs[2:]
m = ";".join(m)
x, y = msgs[1].split(",")
x = int(x)
y = int(y)
if x == id[0] and y == id[1]:
handle_receive(m, msg_bytes[7:], d)
return
print("sending passthrough to {},{}: {}".format(x,y,m))
send_passthrough_bytes(msg_bytes, x, y)
elif msg.startswith("MATSIZE"):
x, y = msg.split(";")[-1].split(",")
print("Matsize : {} {}".format(x, y))
matsize = [int(x), int(y)]
elif msg.startswith("TEXT"):
msgs = msg.split(";")
color = int(msgs[1])
speed = float(msgs[2])
afficher_texte(msgs[3], color, speed)
elif msg.startswith("MOVING"):
msgs = msg.split(";")
color = int(msgs[1])
speed = float(msgs[2])
text = msgs[3]
time.sleep(speed * 11)
send_moving_xy(id[0] - 1, id[1], text, color=color, speed=speed)
afficher_texte(text, color, speed)
elif msg.startswith("IMAGE"):
print("IMAGE LEN : {}".format(len(msg_bytes[6:])))
img = data_to_color16(msg_bytes[6:])
disp_img_data(img)
# send_text_xy(1,0,text,speed=speed);time.sleep(speed*13);afficher_texte(text,speed=speed)
# Main
afficher_texte("Ready", VERT, speed=0.01)
while True:
for d in [N, S, E, O]:
msg_bytes = recevoir_msg(d)
if msg_bytes == b"": continue
msg = msg_to_str(msg_bytes)
handle_receive(msg, msg_bytes, d)
\ No newline at end of file
mapping/userlib.py → hepialight/userlib.py
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− 0
View file @ 52749dbb
File moved
mapping/main.py deleted 100644 → 0
+ 0
− 152
View file @ 698bbf83
id = [0,0]
matsize = [0, 0]
def color16_to_32(color):
color = int(color)
r = ((color >> 11) & 0xFF) * 2**3
g = ((color >> 5) & 0xFF) * 2**2
b = (color & 0xFF) * 2**3
return r << 16 | g << 8 | b
def disp_img_data(data):
for i in range(NBR_LIGNES):
for j in range(NBR_COLONNES):
allumer_led(i, j, data[i * NBR_LIGNES + j])
def data_to_color16(data):
d_color16 = []
for i in range(0, len(data), 2):
d_color16.append(data[i] << 8 | data[i+1])
return list(map(color16_to_32, d_color16))
def display_id():
afficher_texte("{}, {}".format(id[0], id[1]), speed=0.01)
def msg_to_str(msg):
return str(msg)[2:-1]
def send_passthrough(msg, x, y):
x = int(x)
y = int(y)
if x > id[0]:
d = E
elif x < id[0]:
d = O
elif y > id[1]:
d = N
else:
d = S
envoyer_msg(d, "PT;{},{};{}".format(x, y, msg))
def send_xy(x, y, msg):
send_passthrough(msg, x, y)
def send_text_xy(x, y, text, color=ROUGE, speed=0.1):
send_xy(x, y, "TEXT;{};{};{}".format(color, speed, text))
def send_moving_xy(x, y, text, color=ROUGE, speed=0.1):
send_xy(x, y, "MOVING;{};{};{}".format(color, speed, text))
def check_presence(d):
envoyer_msg(d, "PING")
for x in range(10):
time.sleep(0.1)
ret = recevoir_msg(d)
if ret == b"PONG": return True
return False
def update_id(new_id):
global id
id[0] = int(new_id[0])
id[1] = int(new_id[1])
envoyer_msg(N, "SET_ID:{},{}".format(id[0], id[1] + 1))
envoyer_msg(E, "SET_ID:{},{}".format(id[0] + 1, id[1]))
if not check_presence(N) and not check_presence(E):
send_xy(0, 0, "MATSIZE;{},{}".format(id[0], id[1]))
display_id()
def handle_receive(msg, msg_bytes, d):
print("Received from {} : {}".format(d, msg))
if msg.startswith("SET_ID"):
tmp_id = msg[7:].split(",")
update_id(tmp_id)
elif msg == "PING":
envoyer_msg(d, "PONG")
elif msg == "DISP_ID":
display_id()
elif msg.startswith("PT;"):
msgs = msg.split(";")
m = msgs[2:]
m = ";".join(m)
x, y = msgs[1].split(",")
x = int(x)
y = int(y)
if x == id[0] and y == id[1]:
handle_receive(m, msg_bytes[7:], d)
return
print("sending passthrough to {},{}: {}".format(x,y,m))
send_passthrough(m, x, y)
elif msg.startswith("MATSIZE"):
x, y = msg.split(";")[-1].split(",")
print("Matsize : {} {}".format(x, y))
matsize = [int(x), int(y)]
elif msg.startswith("TEXT"):
msgs = msg.split(";")
color = int(msgs[1])
speed = float(msgs[2])
afficher_texte(msgs[3], color, speed)
elif msg.startswith("MOVING"):
msgs = msg.split(";")
color = int(msgs[1])
speed = float(msgs[2])
text = msgs[3]
time.sleep(speed * 11)
send_moving_xy(id[0] - 1, id[1], text, color=color, speed=speed)
afficher_texte(text, color, speed)
elif msg.startswith("IMAGE"):
print("IMAGE LEN : {}".format(len(msg_bytes[6:])))
img = data_to_color16(msg_bytes[6:])
disp_img_data(img)
# send_text_xy(1,0,text,speed=speed);time.sleep(speed*13);afficher_texte(text,speed=speed)
# Main
afficher_texte("Ready", VERT, speed=0.01)
while True:
for d in [N, S, E, O]:
msg_bytes = recevoir_msg(d)
if msg_bytes == b"": continue
msg = msg_to_str(msg_bytes)
handle_receive(msg, msg_bytes, d)
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