def flag_msg(msg):
if config.logfileopen:
# if open - write to log file
config.writeLOG(msg + '\n')
else:
# otherwise - print to console
print(msg)
return
def rise_set_error(y, lats, t0):
# unexpected rise/set values - format message line
msg = "rise_set {} values for {}: {}".format(len(y), lats, y[0])
if len(y) > 1:
msg = msg + " {}".format(y[1])
if len(y) > 2:
msg = msg + " {}".format(y[2])
if len(y) > 3:
msg = msg + " {}".format(y[3])
dt = t0.utc_datetime() + datetime.timedelta(seconds=t0.dut1)
if config.logfileopen:
# write to log file
config.writeLOG("\n{}".format(dt.isoformat()))
config.writeLOG(" " + msg)
else:
# print to console
print "{} {}".format(dt.isoformat(), msg)
return
def timer_end(start, x = 0):
stop = time.time()
#print("start = {}".format(time.localtime(start)))
#print("stop = {}".format(time.localtime(stop)))
msg = "execution time = {:0.2f} seconds".format(stop-start)
if x < 0:
msg += "\n" # newline after "execution time = ..."
x = abs(x)
print(msg)
if config.logfileopen: config.writeLOG("\n\n" + msg)
if x == 0: return
pct = 100 * config.stopwatch/(stop-start)
msg4 = " ({:0.1f}%)".format(pct) if not config.MULTIpr else ""
msg2 = "stopwatch = {:0.2f} seconds".format(config.stopwatch) + msg4
print(msg2) # 00000
if config.logfileopen: config.writeLOG(msg2 + "\n")
msg3 = "(stopwatch = time spent getting moonrise and/or moonset times)"
#if x == 2: msg3 += "\n"
if config.logfileopen: config.writeLOG(msg3 + "\n")
print(msg3) # 00000
if x == 1: return # following is not required for Event Time tables
msg5 = "stopwatch2 = {:0.2f} seconds".format(config.stopwatch2)
print(msg5) # 00000
msg6 = "(stopwatch2 = time spent searching if moon above/below horizon)"
if x == 2: msg6 += "\n"
print(msg6)
return
def rise_set_error(y, lats, t0):
if config.logfileopen:
# unexpected rise/set values - write to log file
config.writeLOG("\n\nrise_set {} values for {}: {} {} ".format(len(y),lats,y[0],y[1]))
if len(y) > 2:
config.writeLOG("{}".format(y[2]))
if len(y) > 3:
config.writeLOG("{}".format(y[3]))
config.writeLOG("\n{}".format(t0.utc_iso()))
else:
# unexpected rise/set values - print to console
msg = "rise_set {} values for {}: {} {}".format(len(y),lats.encode("utf-8"), y[0], y[1])
print unicode(msg, "utf-8"),
if len(y) > 2:
print "{}".format(y[2])
if len(y) > 3:
print "{}".format(y[3])
print "{}".format(t0.utc_iso())
return
