def mode_query_interpreter(queries):
mode = None
colours = None
try:
mode = find_mode(search_q(queries, 'mode'))
colours = []
colours_q = search_q(queries, "hexcolour", return_list=True)
for colour in colours_q:
colours.append(rbgLib.hex_to_colour(colour))
print colours
except Exception:
print Exception
if mode == led_modes.mode_breathe:
md = led_modes.mode_breathe(
colours,
search_q(
queries,
"period",
fallback=0.01))
rgbLEDx.bind_mode(md)
elif mode == led_modes.mode_alert:
md = led_modes.mode_alert(colours[0])
rgbLEDx.interruptMode(md, pause=True, resume_thread=True)
elif mode == led_modes.mode_strobe:
md = led_modes.mode_strobe(
colours,
search_q(
queries,
"period",
fallback=0.02))
rgbLEDx.bind_mode(md)
#elif mode == led_modes.None:
# TODO I'm working on a 'mode' that kills all modes and turns the LEDs
elif mode == led_modes.mode_static:
md = led_modes.mode_static(
colours[0])
rgbLEDx.bind_mode(md)
#elif mode == led_modes.None:
# TODO I'm working on a 'mode' that kills all modes and turns the LEDs
elif mode == led_modes.mode_rainbow:
md =led_modes.mode_rainbow(
search_q(
queries,
"period",
fallback=0.01))
rgbLEDx.bind_mode(md)
elif mode == led_modes.mode_fadeto:
md =led_modes.mode_fadeto(
colours[0],
search_q(
queries,
"period",
fallback=0.01))
rgbLEDx.bind_mode(md)
else:
rgbLEDx.set_colour(rbgLib.orange)
from BaseHTTPServer import BaseHTTPRequestHandler
import urlparse
import rbgLib
# import time
import led_modes
import voice_command_interpreter
__author__ = 'Rory'
rbgLib.init()
frequency = 1000
redLED = rbgLib.LED(18, True, frequency)
greenLED = rbgLib.LED(24, True, frequency)
blueLED = rbgLib.LED(23, True, frequency)
rgbLEDx = rbgLib.rbgLed(redLED, greenLED, blueLED)
md = led_modes.mode_alert(rbgLib.aqua)
rgbLEDx.bind_mode(md)
def find_mode(mode_string):
return led_modes.modes[mode_string]
def search_q(queries, search_string, return_list=False, fallback=None):
try:
if return_list:
return queries[search_string]
else:
return queries[search_string][0]
except: