def find_lamp_address(interface, addresses):
acabsl_interface.sendSetColor(0, 0, 0, 0, interface)
red_addresses, green_addresses = half(addresses)
blue_addresses = []
print 'Looking for the lamp\'s address. Press Q to abort.'
abort = False
while not abort:
set_lamps(red_addresses, interface, 255, 0, 0)
set_lamps(green_addresses, interface, 0, 255, 0)
set_lamps(blue_addresses, interface, 0, 0, 0)
result = raw_input("Which color does the lamp have? (r,g,b): ")
if result == 'r' and len(red_addresses) == 1:
return red_addresses[0]
if result == 'r' and len(red_addresses) > 0:
blue_addresses += green_addresses
red_addresses, green_addresses = half(red_addresses)
continue
if result == 'g' and len(green_addresses) == 1:
return green_addresses[0]
if result == 'g' and len(green_addresses) > 0:
blue_addresses += red_addresses
red_addresses, green_addresses = half(green_addresses)
continue
if result != '' and result in 'rgb':
print "There was an error: The lamp should not have this color"
abort = True
if result == 'Q':
abort = True
print "Aborting."
return None
def find_lamp_address(interface, addresses):
acabsl_interface.sendSetColor(0, 0, 0, 255, interface)
red_addresses, green_addresses = half(addresses)
blue_addresses = []
print 'Looking for the lamp\'s address. Press Q to abort'
abort = False
while not abort:
set_lamps(red_addresses, interface, 255, 0, 0)
set_lamps(green_addresses, interface, 0, 255, 0)
set_lamps(blue_addresses, interface, 0, 0, 255)
result = raw_input("Which color does the lamp have? (r,g,b): ")
if result == 'r' and len(red_addresses) == 1:
return red_addresses[0]
if result == 'r' and len(red_addresses) > 0:
blue_addresses += green_addresses
red_addresses, green_addresses = half(red_addresses)
continue
if result == 'g' and len(green_addresses) == 1:
return green_addresses[0]
if result == 'g' and len(green_addresses) > 0:
blue_addresses += red_addresses
red_addresses, green_addresses = half(green_addresses)
continue
if result != '' and result in 'rgb':
print "There was an error: The lamp ahould not have this color"
abort = True
if result == 'Q':
abort = True
print "Aborting."
return None
def set_lamps(addresses, interface, r, g, b):
for address in addresses:
acabsl_interface.sendSetColor(address, r, g, b, interface)
def set_interfaces(interfaces, r, g, b):
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
max_address = get_number("Please enter the smallest lamp address (in hexadecimal)[90]: ", 16, 0x90)
print "Tested address range: %02X - %02X (%d addresses)"%(min_address, max_address, max_address-min_address+1)
addresses = range(min_address, max_address+1)
matrix = [[None for x in range(xsize)] for y in range(ysize)]
def get_first_unknown_index(matrix):
for x in range(len(matrix[0])):
for y in range(len(matrix)):
if matrix[y][x] == None:
return (x,y)
return None, None
for interface in interfaces:
acabsl_interface.sendSetColor(0, 0, 0, 0, interface)
def half(l):
return l[0:(len(l)+1)/2], l[(len(l)+1)/2:]
def set_interfaces(interfaces, r, g, b):
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
def set_lamps(addresses, interface, r, g, b):
for address in addresses:
acabsl_interface.sendSetColor(address, r, g, b, interface)
def find_interface(interfaces):
set_interfaces(interfaces, 0, 0, 255)
red_interfaces, green_interfaces = half(interfaces)
def set_all_lamps(r,g,b):
global interfaces
if verbose:
print "(all)->(%d,%d,%d)"%(r,g,b)
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
serials = os.listdir(path)
if len(serials) == 0:
print "Found no devices. Aborting."
sys.exit(1)
print "Found %d serials."%len(serials)
serials = [path+'/'+serial for serial in serials]
interfaces = range(len(serials))
matrix = []
acabsl_interface.init(serials, interfaces, matrix)
def set_lamp((interface,address), r, g, b):
acabsl_interface.sendSetColor(address, r, g, b, interface)
if verbose:
print "(%d,%d)->(%d,%d,%d)"%(interface,address,r,g,b)
def set_all_lamps(r,g,b):
global interfaces
if verbose:
print "(all)->(%d,%d,%d)"%(r,g,b)
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
sock.bind((UDP_IP,UDP_PORT))
print "Listening on %s:%d..."%(UDP_IP,UDP_PORT)
def set_known_addresses(r, g, b):
for x in range(len(matrix[0])):
for y in range(len(matrix)):
if matrix[y][x] != None and matrix[y][x] != (None, None):
acabsl_interface.sendSetColor(matrix[y][x][0], r, g, b,
matrix[y][x][1])
def set_lamps(addresses, interface, r, g, b):
for address in addresses:
acabsl_interface.sendSetColor(address, r, g, b, interface)
def set_interfaces(interfaces, r, g, b):
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
if matrix[y][x] != None:
last_good = (x, y)
if last_good == None:
return 0, 0
next_bad = (last_good[0], last_good[1] + 1)
if next_bad[1] == ysize:
next_bad[0] += 1
next_bad[1] = 0
return next_bad
for interface in interfaces:
acabsl_interface.sendSetColor(0, 0, 0, 0, interface)
def half(l):
return l[0:(len(l) + 1) / 2], l[(len(l) + 1) / 2:]
def set_interfaces(interfaces, r, g, b):
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
def set_lamps(addresses, interface, r, g, b):
for address in addresses:
acabsl_interface.sendSetColor(address, r, g, b, interface)
def set_known_addresses(r, g, b):
for x in range(len(matrix[0])):
for y in range(len(matrix)):
if matrix[y][x] != None and matrix[y][x] != (None, None):
acabsl_interface.sendSetColor(matrix[y][x][0], r, g, b, matrix[y][x][1])
for y in range(len(matrix)):
if matrix[y][x] != None:
last_good = (x,y)
if last_good == None:
return 0, 0
next_bad = (last_good[0], last_good[1] + 1)
if next_bad[1] == ysize:
next_bad[0]+=1
next_bad[1]=0
return next_bad
for interface in interfaces:
acabsl_interface.sendSetColor(0, 0, 0, 0, interface)
def half(l):
return l[0:(len(l)+1)/2], l[(len(l)+1)/2:]
def set_interfaces(interfaces, r, g, b):
for interface in interfaces:
acabsl_interface.sendSetColor(0, r, g, b, interface)
def set_lamps(addresses, interface, r, g, b):
for address in addresses:
acabsl_interface.sendSetColor(address, r, g, b, interface)
def set_known_addresses(r, g, b):
for x in range(len(matrix[0])):
for y in range(len(matrix)):
