import u12
import time
import sys
sys.path.insert(0, '/home/albert/Documents/Albert Work/Scripts')
from thermocouple import temperature_read
d=u12.U12()
i=0
max=1000000
frequency=1
while i<max:
t=temperature_read(d)
if i%100==0:
print t
# time.sleep(frequency)
i+=1
if i==max:
check=input("continue? press enter for yes, all else for no")
if check=='':
i=0
continue
else:
break
file_name='power_temp-' + time_stamp
rewrite=False
else:
file_name='power_temp-' + time_stamp
rewrite=True
write_to_csv(data, file_name, rewrite)
voltage=input("Initial volts: ")
amperage=input("Initial amps: ")
resistance=input("Initial Resistance: ")
print "Enter Cntrl+C to KeyboardInterrupt and input new power state"
initial=time()
k=0
for i in range(time_length/iter):
resistances.append(resistance)
meas_temp=temperature_read(d)
temps.append(meas_temp)
meas_pressure=pressure_read(d, time=0)
pressures.append(meas_pressure)
current_t=time()
actual=current_t-initial
times.append(actual)
# sstemps.append(sstemp)
amps.append(amperage)
volts.append(voltage)
calc_power=amperage*voltage
power.append(calc_power)
data_row=[actual,resistance,amperage, voltage, calc_power, meas_temp, meas_pressure]
write_to_csv(data_row,file_name)
if(k%10==0):
print("Running Temp: " + str(meas_temp) + " deg C")
import u12
import sys
import time
sys.path.insert(0, '/home/albert/Documents/Albert Work/Scripts')
from funcs import PID
from thermocouple import temperature_read
import matplotlib.pyplot as plt
import pylab as pylab
import numpy as np
d = u12.U12()
i = 0
max = 1000000
frequency = 1
t_init = temperature_read(d)
t_min = t_init
t_max = t_init
temps = []
sum = 0
k_5000 = []
k = j = 0
k_avg = j_avg = 0
j_5000 = []
while i < max:
t = temperature_read(d)
temps.append(t)
if i > 5000:
k_5000 = temps[i - 5000:]
k_avg = np.average(k_5000)
k += 1
if k > 5000: