if conn.start_control():
try:
while True:
dt = datetime.datetime.now()
m = mcp3008.read_pct(5)
readings.append(m)
update_lcd(m)
to_update = {'moist':m}
# Update the chart?
if dt > next_time:
# Take the average from the readings list to smooth the graph a little
avg = int(round(sum(readings)/len(readings)))
readings = []
c1 = append_chart_point(c1, [dt.strftime('%H:%M'), avg])
save(c1)
next_time = dt + delta
to_update['chart1'] = c1
conn.update_status(to_update)
#Send an email?
if dt > next_email_time:
next_email_time = dt + delta_email
if m < 40:
send_gmail('Your Name', '*****@*****.**', 'password', '*****@*****.**', 'Moisture sensor level', 'The level is now: %s' % m)
sleep(30)
finally:
conn.stop_control()
# Recording
rec = Recorder(gps, conn)
def on_rec_button():
if rec.recording == 's':
rec.start()
else:
rec.stop()
# Start the TextStar LCD. Change to lcd=None if you don't have a TextStar LCD.
lcd = TextStar(on_rec_button)
if conn.start_control():
try:
conn.update_status( {'recording_state':'Stopped'} )
# Start main loop
old_time_stamp = 'old'
CMP_UPDATE_DELAY = 50
cmp_update = 0
while True:
#Read the 3 axis accelerometer
if acc:
xyz = acc.read_accelerometer()
else:
xyz = None
#Read GPS
gps.read()
from time import sleep
import mcp3008
from controlmypi import ControlMyPi
import logging
def on_msg(conn, key, value):
pass
logging.basicConfig(level=logging.INFO)
p = [
[['G', 'moist', 'level', 0, 0, 1023]],
]
conn = ControlMyPi('*****@*****.**', 'password3649', 'moisture',
'Moisture monitor', p, on_msg)
if conn.start_control():
try:
while True:
m = mcp3008.readadc(5)
conn.update_status({'moist': m})
sleep(30)
finally:
conn.stop_control()
import datetime
def on_msg(conn, key, value):
pass
def append_chart_point(chart, point):
if len(chart) >= 10:
del chart[0]
chart.append(point)
return chart
logging.basicConfig(level=logging.INFO)
p = [
[ ['G','moist','% level',0,0,100], ['LC','chart1','Time','Value',0,100] ],
]
c1 = []
conn = ControlMyPi('*****@*****.**', 'password', 'moistcmp2', 'Moisture monitor 2', p, on_msg)
if conn.start_control():
try:
while True:
dt = datetime.datetime.now().strftime('%H:%M:%S')
m = mcp3008.read_pct(5)
c1 = append_chart_point(c1, [dt, m])
conn.update_status({'moist':m,'chart1':c1})
sleep(30)
finally:
conn.stop_control()
if conn.start_control():
try:
while True:
dt = datetime.datetime.now()
m = mcp3008.read_pct(5)
readings.append(m)
update_lcd(m)
to_update = {'moist': m}
# Update the chart?
if dt > next_time:
# Take the average from the readings list to smooth the graph a little
avg = int(round(sum(readings) / len(readings)))
readings = []
c1 = append_chart_point(c1, [dt.strftime('%H:%M'), avg])
save(c1)
next_time = dt + delta
to_update['chart1'] = c1
conn.update_status(to_update)
#Send an email?
if dt > next_email_time:
next_email_time = dt + delta_email
if m < 40:
send_gmail('Your Name', '*****@*****.**', 'password',
'*****@*****.**', 'Moisture sensor level',
'The level is now: %s' % m)
sleep(30)
finally:
conn.stop_control()
rec = Recorder(gps, conn)
def on_rec_button():
if rec.recording == 's':
rec.start()
else:
rec.stop()
# Start the TextStar LCD. Change to lcd=None if you don't have a TextStar LCD.
lcd = TextStar(on_rec_button)
if conn.start_control():
try:
conn.update_status({'recording_state': 'Stopped'})
# Start main loop
old_time_stamp = 'old'
CMP_UPDATE_DELAY = 50
cmp_update = 0
while True:
#Read the 3 axis accelerometer
if acc:
xyz = acc.read_accelerometer()
else:
xyz = None
#Read GPS
gps.read()
def append_chart_point(chart, point):
if len(chart) >= 10:
del chart[0]
chart.append(point)
return chart
logging.basicConfig(level=logging.INFO)
p = [
[['G', 'moist', '% level', 0, 0, 100],
['LC', 'chart1', 'Time', 'Value', 0, 100]],
]
c1 = []
conn = ControlMyPi('*****@*****.**', 'password', 'moistcmp2',
'Moisture monitor 2', p, on_msg)
if conn.start_control():
try:
while True:
dt = datetime.datetime.now().strftime('%H:%M:%S')
m = mcp3008.read_pct(5)
c1 = append_chart_point(c1, [dt, m])
conn.update_status({'moist': m, 'chart1': c1})
sleep(30)
finally:
conn.stop_control()
from time import sleep
import mcp3008
from controlmypi import ControlMyPi
import logging
def on_msg(conn, key, value):
pass
logging.basicConfig(level=logging.INFO)
p = [
[ ['G','moist','level',0,0,1023] ],
]
conn = ControlMyPi('*****@*****.**', 'password', 'moisture', 'Moisture monitor', p, on_msg)
if conn.start_control():
try:
while True:
m = mcp3008.readadc(5)
conn.update_status({'moist':m})
sleep(30)
finally:
conn.stop_control()
