def light():
music()
#def light():
x = 0 # reference variable equal to zero
os.system(
'irsend SEND_ONCE device Key_U') #Default light off before beginning
NN = np.genfromtxt('/home/pi/folder/NNoutput2.csv', delimiter=",")
num = len(NN)
NN = [row for row in NN]
for i in range(num):
trigger = int(NN[i][1])
medlev = float(NN[i][2])
if trigger == 1 and x == 0: # check if ON/OFF trigger is activated and reference variable = 0
x = 1 #change reference variable to 1
os.system('irsend SEND_ONCE device Key_Power')
print "ON" #Display ON (Will be replaced with Remote Command "ON")
elif trigger == 1 and x == 1: #check if ON/OFF trigger is activated and reference variable = 1
x = 0 #change reference variable back to zero
os.system('irsend SEND_ONCE device Key_U')
print "OFF" #Display OFF (Will be replaced with Remote Command "Off")
elif medlev < 1.45: #Initial meditation level
os.system('irsend SEND_ONCE device Key_RED')
print "Beginning" # (Will be replaced with Remote Command "RED")
elif medlev < 2.9 and medlev >= 1.45: #Meditation level progression. Based on 10.1/7 (max_level/#oflight_changes)
os.system('irsend SEND_ONCE device BTN_3')
print "Settling" # (Will be replaced with Remote Command "Orange")
elif medlev < 4.34 and medlev >= 2.9:
os.system('irsend SEND_ONCE device BTN_6')
print "Gentle Meditation" # (Will be replaced with Remote Command "Yellow")
elif medlev < 5.78 and medlev >= 4.34:
os.system('irsend SEND_ONCE device Key_Green')
print "Meditation" #(Will be replaced with Remote Command "Green")
elif medlev < 7.23 and medlev >= 5.78:
os.system('irsend SEND_ONCE device Key_Blue')
print "Deep Meditation" # (Will be replaced with Remote Command "Blue")
elif medlev < 8.68 and medlev >= 7.23:
os.system('irsend SEND_ONCE device BTN_8')
print "Deeper Meditiation" #(Will be replaced with Remote Command "Purple")
elif medlev >= 8.68:
os.system('irsend SEND_ONCE device Key_V')
print "Deepest Meditiation" # (Will be replaced with Remote Command "White")
# Meditation Lamp Master Module!!!
# Team Six
# Senior Design
# 3/5/2017
from csv_writer_loop_linux import Emotiv
import numpy as np
import csv
import os
import time
from Shuffle_Songs import music
music()
Ziggy = 0
os.system('irsend SEND_ONCE device Key_U')
# Defining the transfer function
def sgm(x, Derivative=False):
if not Derivative:
return 1.0 / (1.0 + np.exp(-x))
else:
out = sgm(x)
return out * (1.0 - out)
# Caling Emotiv
# Loading Neural Network Layer weights