def print_instantdemand(idemand) :
multiplier = int(idemand['Multiplier'], 16)
divisor = int(idemand['Divisor'], 16)
# demand = twos_comp(int(idemand['Demand'], 16))
demand = int(idemand['Demand'], 16)
if demand > 0x7FFFFFFF:
demand -= 0x100000000
if multiplier == 0 :
multiplier = 1
if divisor == 0 :
divisor = 1
reading = (demand * multiplier) / float (divisor)
if 'TimeStamp' in idemand :
time_stamp = to_epoch_1970(idemand['TimeStamp'])
print "{0:s} : ".format(time.asctime(time.localtime(time_stamp)))
print "\tDemand = {0:{width}.3f} Kw".format(reading, width=10)
print "\tAmps = {0:{width}.3f}".format( ((reading * 1000) / 240), width=10)
def print_instantdemand(idemand) :
multiplier = int(idemand['Multiplier'], 16)
divisor = int(idemand['Divisor'], 16)
# demand = twos_comp(int(idemand['Demand'], 16))
demand = int(idemand['Demand'], 16)
if demand > 0x7FFFFFFF:
demand -= 0x100000000
if multiplier == 0 :
multiplier = 1
if divisor == 0 :
divisor = 1
reading = (demand * multiplier) / float (divisor)
if 'TimeStamp' in idemand :
time_stamp = to_epoch_1970(idemand['TimeStamp'])
print "{0:s} : ".format(time.asctime(time.localtime(time_stamp)))
print "\tDemand = {0:10.3f} Kw".format(reading)
print "\tAmps = {0:10.3f}".format( ((reading * 1000) / 240))
def print_currentsummation(cs) :
global last_delivered
global last_received
global max_delta_received
global max_delta_delivered
global day_delta_received
global day_delta_delivered
global curr_day
time_stamp = to_epoch_1970(cs['TimeStamp'])
multiplier = int(cs['Multiplier'], 16)
divisor = int(cs['Divisor'], 16)
delivered = int(cs['SummationDelivered'], 16)
received = int(cs['SummationReceived'], 16)
# print "Multiplier=", multiplier, "Divisor=", divisor, "Demand=", demand
if multiplier == 0 :
multiplier = 1
if divisor == 0 :
divisor = 1
reading_received = received * multiplier / float(divisor)
delta_received = (reading_received - last_received)
last_received = reading_received
if (delta_received > max_delta_received and delta_received < 1000) :
max_delta_received = delta_received
#print "new max_delta_received :", max_delta_received
reading_delivered = delivered * multiplier / float(divisor)
delta_delivered = (reading_delivered - last_delivered)
last_delivered = reading_delivered
if (delta_delivered > max_delta_delivered and delta_delivered < 1000) :
max_delta_delivered = delta_delivered
#print "\t\tnew max_delta_delivered :", max_delta_delivered
time_struct = time.localtime(time_stamp)
if curr_day.tm_mday != time_struct.tm_mday :
curr_day = time_struct
print "# {0} day_delta_received={1:0.4f}".format( \
time.strftime("%a %Y-%m-%d", curr_day),
day_delta_received) \
+ "\tday_delta_delivered={0:0.4f}".format(day_delta_delivered) \
+ " : {0:0.4f}".format((day_delta_delivered - day_delta_received))
day_delta_received = 0
day_delta_delivered = 0
day_delta_received += delta_received
day_delta_delivered += delta_delivered
print "{0}\t{1:.4f}\t{2:0.4f}\t{3:.4f}\t{4:0.4f}".format(
time.strftime("%Y-%m-%d %H:%M:%S", time_struct),
reading_received,
delta_received,
reading_delivered,
delta_delivered)
def print_currentsummation(cs):
global last_delivered
global last_received
global max_delta_received
global max_delta_delivered
global day_delta_received
global day_delta_delivered
global curr_day
time_stamp = to_epoch_1970(cs['TimeStamp'])
multiplier = int(cs['Multiplier'], 16)
divisor = int(cs['Divisor'], 16)
delivered = int(cs['SummationDelivered'], 16)
received = int(cs['SummationReceived'], 16)
# print "Multiplier=", multiplier, "Divisor=", divisor, "Demand=", demand
if multiplier == 0:
multiplier = 1
if divisor == 0:
divisor = 1
reading_received = received * multiplier / float(divisor)
delta_received = (reading_received - last_received)
last_received = reading_received
if (delta_received > max_delta_received and delta_received < 1000):
max_delta_received = delta_received
#print "new max_delta_received :", max_delta_received
reading_delivered = delivered * multiplier / float(divisor)
delta_delivered = (reading_delivered - last_delivered)
last_delivered = reading_delivered
if (delta_delivered > max_delta_delivered and delta_delivered < 1000):
max_delta_delivered = delta_delivered
#print "\t\tnew max_delta_delivered :", max_delta_delivered
time_struct = time.localtime(time_stamp)
if curr_day.tm_mday != time_struct.tm_mday:
curr_day = time_struct
print "# {0} day_delta_received={1:0.4f}".format( \
time.strftime("%a %Y-%m-%d", curr_day),
day_delta_received) \
+ "\tday_delta_delivered={0:0.4f}".format(day_delta_delivered) \
+ " : {0:0.4f}".format((day_delta_delivered - day_delta_received))
day_delta_received = 0
day_delta_delivered = 0
day_delta_received += delta_received
day_delta_delivered += delta_delivered
print "{0}\t{1:.4f}\t{2:0.4f}\t{3:.4f}\t{4:0.4f}".format(
time.strftime("%Y-%m-%d %H:%M:%S", time_struct), reading_received,
delta_received, reading_delivered, delta_delivered)
def print_currentsummation(cs) :
multiplier = int(cs['Multiplier'], 16)
divisor = int(cs['Divisor'], 16)
delivered = int(cs['SummationDelivered'], 16)
received = int(cs['SummationReceived'], 16)
if multiplier == 0 :
multiplier = 1
if divisor == 0 :
divisor = 1
reading_received = received * multiplier / float (divisor)
reading_delivered = delivered * multiplier / float (divisor)
if 'TimeStamp' in cs :
time_stamp = to_epoch_1970(cs['TimeStamp'])
print "{0:s} : ".format(time.asctime(time.localtime(time_stamp)))
print "\tReceived = {0:{width}.3f} Kw".format(reading_received, width=10)
print "\tDelivered = {0:{width}.3f} Kw".format(reading_delivered, width=10)
print "\t\t{0:{width}.3f} Kw".format( (reading_delivered - reading_received), width=14)
def print_currentsummation(cs) :
multiplier = int(cs['Multiplier'], 16)
divisor = int(cs['Divisor'], 16)
delivered = int(cs['SummationDelivered'], 16)
received = int(cs['SummationReceived'], 16)
if multiplier == 0 :
multiplier = 1
if divisor == 0 :
divisor = 1
reading_received = received * multiplier / float (divisor)
reading_delivered = delivered * multiplier / float (divisor)
if 'TimeStamp' in cs :
time_stamp = to_epoch_1970(cs['TimeStamp'])
print "{0:s} : ".format(time.asctime(time.localtime(time_stamp)))
print "\tReceived = {0:10.3f} Kw".format(reading_received)
print "\tDelivered = {0:10.3f} Kw".format(reading_delivered)
print "\tMeter = {0:10.3f} Kw".format( (reading_delivered - reading_received))