def convert_time(time, format = 0):
"""
convert time format from seconds from 1998.1.1 to dom or fractional year
Input: time --- a list of time in seconds
format --- if 0, convert into dom. if 1, ydate, otherwise, fractional year
Output: timeconverted --- a list of conveted time
"""
timeconverted = []
for ent in time:
stime = tcnv.convertCtimeToYdate(ent)
atime = tcnv.dateFormatConAll(stime)
if format == 0:
timeconverted.append(float(atime[7]))
elif format == 1:
ydate = float(atime[6])
timeconverted.append(ydate)
else:
year = float(atime[0])
ydate = float(atime[6])
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
year += ydate /base
timeconverted.append(year)
return timeconverted
def convert_time(time, format = 0):
"""
convert time format from seconds from 1998.1.1 to dom or fractional year
Input: time --- a list of time in seconds
format --- if 0, convert into dom, otherwise, fractional year
Output: timeconverted --- a list of conveted time
"""
timeconverted = []
for ent in time:
stime = tcnv.convertCtimeToYdate(ent)
atime = tcnv.dateFormatConAll(stime)
if format == 0:
timeconverted.append(float(atime[7]))
else:
year = float(atime[0])
ydate = float(atime[6])
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
year += ydate /base
timeconverted.append(year)
return timeconverted
def convertToYearDate(val):
"""
convert seconds from 1988,1.1. to date in fractional year e.g, 2012.134
input: date in the format of of second from 1988.1.1
output: date in a fractional year.
"""
ntime = tcnv.convertCtimeToYdate(val)
btemp = re.split(':', ntime)
year = float(btemp[0])
ydate = float(btemp[1])
hour = float(btemp[2])
mins = float(btemp[3])
chk = int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
yearDate = year + (ydate + hour/24.0 + mins/1440.0) / base
return yearDate
def convert_ytime(time):
'''
change time fromat from in second from 1.1.1998 to time in unit of fractional year
input time in: seconds from 1.1.1998
output time in : fractional year, e.g., 2011.1213
'''
atime = tcnv.convertCtimeToYdate(time)
btemp = re.split(':', atime)
year = float(btemp[0])
ydate = float(btemp[1])
hour = float(btemp[2])
mins = float(btemp[3])
sec = float(btemp[4])
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366.0
else:
base = 365.0
ydate = ydate + (hour / 24.0 + mins / 1440.0 + sec / 86400.0)
frac = ydate / base
ytime = year + frac
return ytime
def findTimeFromHead(file):
"""
isolate time part from a file and convert to DOM
Input: file --- fits file name
dom --- file creation time in DOM
"""
stime = extractTimePart(file)
ctime = tcnv.convertCtimeToYdate(stime)
(year, month, date, hours, minutes, seconds, ydate, dom,
sectime) = tcnv.dateFormatConAll(ctime)
return int(dom)
def findTimeFromHead(file):
"""
isolate time part from a file and convert to DOM
Input: file --- fits file name
dom --- file creation time in DOM
"""
stime = extractTimePart(file)
ctime = tcnv.convertCtimeToYdate(stime)
(year, month, date, hours, minutes, seconds, ydate, dom, sectime) = tcnv.dateFormatConAll(ctime)
return int(dom)
def conv_to_ydate(time):
"""
convert seconds from 1998.1.1. to ydate. year part is drropped
input: time --- time in seconds from 1998.1.1
day --- ydate (no year part)
"""
tmp = tcnv.convertCtimeToYdate(time)
atemp = re.split(':', tmp)
day = float(atemp[1])
hrs = float(atemp[2])
mins = float(atemp[3])
day += hrs / 24 + mins / 1440
return day
def conv_to_ydate(time):
"""
convert seconds from 1998.1.1. to ydate. year part is drropped
input: time --- time in seconds from 1998.1.1
day --- ydate (no year part)
"""
tmp = tcnv.convertCtimeToYdate(time)
atemp = re.split(':', tmp)
day = float(atemp[1])
hrs = float(atemp[2])
mins = float(atemp[3])
day += hrs / 24 + mins / 1440
return day
def run_test():
"""
check the latest count Il count rate and xmm orbital altitude and
send out warning if mta_XMM_alert file does not exist.
input: none
output: /pool1/mta_XMM_alert if it does not exist already
warning eamil
"""
#
#--- find the latest 30 mins of l1 average and their time span as there are
#--- often slight delay in time in the data aquisition
#
[l1, start, stop] = l1_median()
#
#--- read xmm altitude data
#
[atime, alt] = read_xmm_orbit()
#
#--- if the altitude of the satellite is lower then "alt_limit" during the time period,
#--- condtion is not met; stop the program
#
height = 0
for i in range(0, len(atime)):
if atime[i] < start:
continue
elif atime[i] > stop:
break
else:
if alt[i] > height:
height = alt[i]
stime = atime[i]
#
#--- keep the record
#
r_time = 0.5 * (start + stop)
stime = tcnv.convertCtimeToYdate(r_time)
line = str(stime) + ' : ' + str(r_time) + '\t\t' + str(round(l1,1)) + '\t\t' + str(round(height,1)) + '\n'
fo = open('./l1_alt_records', 'a')
fo.write(line)
fo.close()
if l1 < l1_limit:
exit(1)
if height < alt_limit:
exit(1)
#
#--- both conditions are met; check alert file already exists
#
#
#--- keep the record of alert time
#
keep_record(stime, height, l1)
go = 0
#
#--- file does not exist
#
if mcf.chkFile(alert_file) == 0:
go = 1
#
#--- file was created more than 18 hrs ago.
#
else:
if check_time_span(alert_file, 64800):
go = 2
#
#--- if the file does not exist or more than 18 hrs past after creating the file,
#--- create/recreate the file and also send out a warning email.
#
if go > 0:
#
#--- read the last 30 mins of data
#
f = open('./l1_alt_records', 'r')
adata = [line.strip() for line in f.readlines()]
f.close()
dline = ''
dlen = len(adata)
for i in range(dlen-6, dlen):
dline = dline + adata[i] + '\n'
#
#--- alt in kkm
#
chigh = round((height/1000.0), 3)
#
#--- create email content
#
line = 'Test threshold crossed, Altitude = ' + str(chigh) + ' kkm with '
#line = line + 'L1 30 min average counts @ ' + str(round(l1,2)) + '.'
line = line + 'L1 30 min median counts @ ' + str(round(l1,2)) + '.'
line = line + '\n\n\n'
line = line + 'Time \t (sec) \t\t L1 cnt Alt\n'
line = line + '------------------------------------------------------\n'
line = line + dline
line = line + '\n\n\n'
line = line + 'see:\n\n '
line = line + '\t\thttps://cxc.cfa.harvard.edu/mta/RADIATION/XMM/ '
line = line + '\n\nfor the current condition.\n'
fo = open(zspace, 'w')
fo.write(line)
fo.close()
cmd = 'cat ' + zspace + '|mailx -s\"Subject: mta_XMM_alert \n\" [email protected]'
os.system(cmd)
cmd = 'cat ' + zspace + '|mailx -s\"Subject: mta_XMM_alert \n\" [email protected]'
os.system(cmd)
cmd = 'rm ' + zspace
os.system(cmd)
#
#--- create/renew alert_file
#
mcf.rm_file(alert_file)
file = alert_file
fo = open(file, 'w')
fo.close()
def ephinDataExtract(event, start, stop, comp_test='NA'):
"""
extract EPIN related quantities and creates a data table
input: event --- event name (e.g.20170911)
start --- starting time (format: 2012:03:13:22:41)
stop --- stopping time (format: 2012:03:13:22:41)
output: <data_dir>/<event>_eph.txt
"""
begin = start + ':00' #---- to use dateFormatCon correctly, need to add "sec" part
end = stop + ':00'
#
#--- convert time format
#
(year1, month1, day1, hours1, minutes1, seconds1,
ydate1) = tcnv.dateFormatCon(begin)
(year2, month2, day2, hours2, minutes2, seconds2,
ydate2) = tcnv.dateFormatCon(end)
#
#--- change time format and find data collecting period (starts 2 days before the interruption
#--- and ends at least 5 days after the stating)
#
(pYearStart, periodStart, pYearStop, periodStop, plotYearStart, plotStart,\
plotYearStop, plotStop, pannelNum) = itrf.findCollectingPeriod(year1, ydate1, year2, ydate2)
#
#--- read ephin data using arc5gl
#
ephinList = itrf.useArc5gl('retrieve', 'flight', 'ephin', 1, 'ephrates', pYearStart,\
periodStart, pYearStop, periodStop, deposit='./Working_dir/')
#
#--- extract needed data
#
xdate = []
p4 = []
p41 = []
e150 = []
e1300 = []
ecnt = 0
for fits in ephinList:
mc = re.search('fits.gz', fits)
if mc is None:
continue
#
#--- use dmlist
#
infile = './Working_dir/' + fits
[tcols, tbdata] = itrf.read_fits_file(infile)
etime = list(tbdata.field('time'))
xdate = xdate + convert_to_ydate(etime, pYearStart)
if pYearStart < 2011:
p4 = p4 + list(tbdata.field('scp4'))
p41 = p41 + list(tbdata.field('scp41'))
else:
e150 = e150 + list(tbdata.field('sce150'))
e1300 = e1300 + list(tbdata.field('sce1300'))
ecnt = len(e1300)
os.system('rm ./Working_dir/*fits*')
#
#--- using DataSeeker, extread HRC sheild rate (only if year > 2011)
#
if pYearStart >= 2011:
[stime, veto] = itrf.useDataSeeker(pYearStart, periodStart, pYearStop,
periodStop, 'shevart')
#
#--- converrt time format into day of year
#
time = []
for ent in stime:
ttime = tcnv.convertCtimeToYdate(float(ent))
temp = re.split(':', ttime)
year = int(temp[0])
dofy = float(temp[1]) + float(temp[2]) / 24 + float(
temp[3]) / 1440 + float(temp[4]) / 86400
time.append(dofy)
hcnt = len(time)
#
#--- matching timing between electron data and hrc data
#
hrc = len(e150) * [0]
j = 0
k = 0
if isLeapYear(pYearStart) == 1:
base = 366
else:
base = 365
#
#--- find the begining
#
if time[0] < xdate[0]:
while time[j] < xdate[0]:
j += 1
if j >= hcnt:
print "Time span does not overlap. Abort the process."
exit(1)
elif time[0] > xdate[0]:
while time[0] > xdate[k]:
k += 1
if k >= ecnt:
print "Time span does not overlap. Abort the process."
exit(1)
hrc[k] = veto[j]
tspace = 1.38888888888e-3 / base #--- setting timing bin size: base is given in hrc loop
for i in range(k + 1, ecnt):
tbeg = xdate[i] - tspace
tend = xdate[i] + tspace
if j > hcnt - 2:
#
#--- if the hrc data runs out, just repeat the last data point value
#
hrc[i] = veto[hcnt - 1]
elif time[j] >= tbeg and time[j] <= tend:
hrc[i] = veto[j]
elif time[j] < tbeg:
while time[j] < tbeg:
j += 1
hrc[i] = veto[j]
elif time[j] > tend:
while time[j] > tend:
j -= 1
hrc[i] = veto[j]
#
#--- print out data
#
line = 'Science Run Interruption: ' + start + '\n\n'
if pYearStart < 2011:
line = line + 'dofy\t\tp4\t\t\tp41\t\t\te1300\n'
line = line + '-------------------------------------------------------------------\n'
for m in range(0, ecnt):
line = line + '%4.3f\t\t%4.3e\t%4.3e\t%4.3e\n'\
% (float(xdate[m]), float(p4[m]), float(p41[m]), float(e1300[m]))
else:
line = line + 'dofy\t\thrc\t\te150\t\te1300\n'
line = line + '-------------------------------------------------------------------\n'
for m in range(0, ecnt):
line = line + '%4.3f\t\t%4.3e\t%4.3e\t%4.3e\n'\
% (float(xdate[m]), float(hrc[m]), float(e150[m]), float(e1300[m]))
if comp_test == 'test':
file = test_data_dir + event + '_eph.txt'
else:
file = data_dir + event + '_eph.txt'
f = open(file, 'w')
f.write(line)
f.close()
def ephinDataExtract(event, start, stop, comp_test='NA'):
"extract EPIN related quantities and creates a data table for given event, start and stop time (format: 2012:03:13:22:41)"
begin = start + ':00' #---- to use dateFormatCon correctly, need to add "sec" part
end = stop + ':00'
#
#--- convert time format
#
(year1, month1, day1, hours1, minutes1, seconds1,
ydate1) = tcnv.dateFormatCon(begin)
(year2, month2, day2, hours2, minutes2, seconds2,
ydate2) = tcnv.dateFormatCon(end)
#
#--- change time format and find data collecting period (starts 2 days before the interruption and ends at least 5 days after the stating)
#
(pYearStart, periodStart, pYearStop, periodStop, plotYearStart, plotStart, plotYearStop, plotStop, pannelNum) \
= itrf.findCollectingPeriod(year1, ydate1, year2, ydate2)
#
#--- read ephin data using arc4gl
#
ephinList = itrf.useArc4gl(
'retrieve',
'flight',
'ephin',
1,
'ephrates',
pYearStart,
periodStart,
pYearStop,
periodStop,
deposit='./Working_dir',
)
#
#--- extract needed data
#
xdate = []
p4 = []
p41 = []
e150 = []
e1300 = []
ecnt = 0
for fits in ephinList:
#
#--- use dmlist
#
if pYearStart < 2011:
line = fits + '[cols TIME, SCP4, SCP41, SCE1300]'
else:
line = fits + '[cols TIME, SCE150, SCE1300]'
cmd = 'dmlist "' + line + '" opt="data" > ./zout'
os.system(cmd)
f = open('./zout', 'r')
input = [line.strip() for line in f.readlines()]
f.close()
os.system('rm ./zout')
for ent in input:
ent.lstrip()
atemp = re.split('\s+|\t+', ent)
if atemp[0].isdigit():
line = tcnv.convertCtimeToYdate(float(atemp[1]))
(year, month, day, hours, minute, second, ydate, dom,
sectime) = tcnv.dateFormatConAll(line)
#
#--- checking the case the year change
#
if ecnt > 0 and year != startYear:
ydate += base
elif ecnt == 0:
startYear = year
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
xdate.append(ydate)
if pYearStart < 2011:
if float(atemp[3]) == 0:
atemp[3] = 1.0e-4
if float(atemp[4]) == 0:
atemp[4] = 1.0e-4
p4.append(atemp[2])
p41.append(atemp[3])
e1300.append(atemp[4])
else:
if float(atemp[2]) == 0:
atemp[2] = 1.0e-4
if float(atemp[3]) == 0:
atemp[3] = 1.0e-4
e150.append(atemp[2])
e1300.append(atemp[3])
ecnt += 1
os.system('rm ./Working_dir/*fits')
#
#--- using DataSeeker, extread HRC sheild rate (only if year > 2011)
#
if pYearStart >= 2011:
hrcData = itrf.useDataSeeker(pYearStart, periodStart, pYearStop,
periodStop, 'mtahrc..hrcveto_avg',
'time,shevart_avg')
time = []
veto = []
hcnt = 0
#
#--- there are slightly different input line format; so we need to different ways to read the line
#
for ent in hrcData:
m1 = re.search('----', ent)
m2 = re.search('ROW', ent)
m3 = re.search('DATASEEK', ent)
if ent and m1 == None and m2 == None and m3 == None:
atemp = re.split('\s+|\t+', ent)
if len(atemp) == 4:
ttime = tcnv.convertCtimeToYdate(float(atemp[2]))
temp = re.split(':', ttime)
year = int(temp[0])
dofy = float(temp[1]) + float(temp[2]) / 24 + float(
temp[3]) / 1440 + float(temp[4]) / 86400
#
#--- checking the case the year changes
#
if hcnt > 0 and year != startYear:
dofy += base
elif hcnt == 0:
startYear = year
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
time.append(dofy)
veto.append(atemp[3])
hcnt += 1
else:
ttime = tcnv.convertCtimeToYdate(float(atemp[1]))
temp = re.split(':', ttime)
year = int(temp[0])
dofy = float(temp[1]) + float(temp[2]) / 24 + float(
temp[3]) / 1440 + float(temp[4]) / 86400
if hcnt > 0 and year != startYear:
dofy += base
elif hcnt == 0:
startYear = year
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
time.append(dofy)
veto.append(atemp[2])
hcnt += 1
#
#--- matching timing between electron data and hrc data
#
hrc = len(e150) * [0]
j = 0
k = 0
#
#--- find the begining
#
if time[0] < xdate[0]:
while time[j] < xdate[0]:
j += 1
if j >= hcnt:
print "Time span does not overlap. Abort the process."
exit(1)
elif time[0] > xdate[0]:
while time[0] > xdate[k]:
k += 1
if k >= ecnt:
print "Time span does not overlap. Abort the process."
exit(1)
hrc[k] = veto[j]
tspace = 1.38888888888e-3 / base #--- setting timing bin size: base is given in hrc loop
for i in range(k + 1, ecnt):
tbeg = xdate[i] - tspace
tend = xdate[i] + tspace
if j > hcnt - 2:
hrc[i] = veto[
hcnt -
1] #---- if the hrc data runs out, just repeat the last data point value
elif time[j] >= tbeg and time[j] <= tend:
hrc[i] = veto[j]
elif time[j] < tbeg:
while time[j] < tbeg:
j += 1
hrc[i] = veto[j]
elif time[j] > tend:
while time[j] > tend:
j -= 1
hrc[i] = veto[j]
#
#--- print out data
#
if comp_test == 'test':
file = test_data_dir + event + '_eph.txt'
else:
file = data_dir + event + '_eph.txt'
f = open(file, 'w')
line = 'Science Run Interruption: ' + start + '\n\n'
f.write(line)
if pYearStart < 2011:
f.write('dofy\t\tp4\t\t\tp41\t\t\te1300\n')
f.write(
'-------------------------------------------------------------------\n'
)
for m in range(0, ecnt):
line = '%4.3f\t\t%4.3e\t%4.3e\t%4.3e\n' % (float(
xdate[m]), float(p4[m]), float(p41[m]), float(e1300[m]))
f.write(line)
else:
f.write('dofy\t\thrc\t\te150\t\te1300\n')
f.write(
'-------------------------------------------------------------------\n'
)
for m in range(0, ecnt):
line = '%4.3f\t\t%4.3e\t%4.3e\t%4.3e\n' % (float(
xdate[m]), float(hrc[m]), float(e150[m]), float(e1300[m]))
f.write(line)
f.close()
def ephinDataExtract(event, start, stop, comp_test ='NA'):
"extract EPIN related quantities and creates a data table for given event, start and stop time (format: 2012:03:13:22:41)"
begin = start + ':00' #---- to use dateFormatCon correctly, need to add "sec" part
end = stop + ':00'
#
#--- convert time format
#
(year1, month1, day1, hours1, minutes1, seconds1, ydate1) = tcnv.dateFormatCon(begin)
(year2, month2, day2, hours2, minutes2, seconds2, ydate2) = tcnv.dateFormatCon(end)
#
#--- change time format and find data collecting period (starts 2 days before the interruption and ends at least 5 days after the stating)
#
(pYearStart, periodStart, pYearStop, periodStop, plotYearStart, plotStart, plotYearStop, plotStop, pannelNum) \
= itrf.findCollectingPeriod(year1, ydate1, year2, ydate2)
#
#--- read ephin data using arc4gl
#
ephinList = itrf.useArc4gl('retrieve', 'flight', 'ephin', 1, 'ephrates', pYearStart, periodStart, pYearStop, periodStop, deposit='./Working_dir',)
#
#--- extract needed data
#
xdate = []
p4 = []
p41 = []
e150 = []
e1300 = []
ecnt = 0
for fits in ephinList:
#
#--- use dmlist
#
if pYearStart < 2011:
line = fits + '[cols TIME, SCP4, SCP41, SCE1300]'
else:
line = fits + '[cols TIME, SCE150, SCE1300]'
cmd = 'dmlist "' + line + '" opt="data" > ./zout'
os.system(cmd)
f = open('./zout', 'r')
input = [line.strip() for line in f.readlines()]
f.close()
os.system('rm ./zout')
for ent in input:
ent.lstrip()
atemp = re.split('\s+|\t+', ent)
if atemp[0].isdigit():
line = tcnv.convertCtimeToYdate(float(atemp[1]))
(year, month, day, hours, minute, second, ydate, dom, sectime) = tcnv.dateFormatConAll(line)
#
#--- checking the case the year change
#
if ecnt > 0 and year != startYear:
ydate += base
elif ecnt == 0:
startYear = year
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
xdate.append(ydate)
if pYearStart < 2011:
if float(atemp[3]) == 0:
atemp[3] = 1.0e-4
if float(atemp[4]) == 0:
atemp[4] = 1.0e-4
p4.append(atemp[2])
p41.append(atemp[3])
e1300.append(atemp[4])
else:
if float(atemp[2]) == 0:
atemp[2] = 1.0e-4
if float(atemp[3]) == 0:
atemp[3] = 1.0e-4
e150.append(atemp[2])
e1300.append(atemp[3])
ecnt += 1
os.system('rm ./Working_dir/*fits')
#
#--- using DataSeeker, extread HRC sheild rate (only if year > 2011)
#
if pYearStart >= 2011:
hrcData = itrf.useDataSeeker(pYearStart, periodStart, pYearStop, periodStop, 'mtahrc..hrcveto_avg', 'time,shevart_avg')
time = []
veto = []
hcnt = 0
#
#--- there are slightly different input line format; so we need to different ways to read the line
#
for ent in hrcData:
m1 = re.search('----', ent)
m2 = re.search('ROW', ent)
m3 = re.search('DATASEEK', ent)
if ent and m1 == None and m2 == None and m3 == None:
atemp = re.split('\s+|\t+', ent)
if len(atemp) == 4:
ttime = tcnv.convertCtimeToYdate(float(atemp[2]))
temp = re.split(':', ttime)
year = int(temp[0])
dofy = float(temp[1]) + float(temp[2]) / 24 + float(temp[3]) / 1440 + float(temp[4]) / 86400
#
#--- checking the case the year changes
#
if hcnt > 0 and year != startYear:
dofy += base
elif hcnt == 0:
startYear = year
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
time.append(dofy)
veto.append(atemp[3])
hcnt += 1
else:
ttime = tcnv.convertCtimeToYdate(float(atemp[1]))
temp = re.split(':', ttime)
year = int(temp[0])
dofy = float(temp[1]) + float(temp[2]) / 24 + float(temp[3]) / 1440 + float(temp[4]) / 86400
if hcnt > 0 and year != startYear:
dofy += base
elif hcnt == 0:
startYear = year
chk = 4.0 * int(0.25 * year)
if chk == year:
base = 366
else:
base = 365
time.append(dofy)
veto.append(atemp[2])
hcnt += 1
#
#--- matching timing between electron data and hrc data
#
hrc = len(e150) * [0]
j = 0
k = 0
#
#--- find the begining
#
if time[0] < xdate[0]:
while time[j] < xdate[0]:
j += 1
if j >= hcnt:
print "Time span does not overlap. Abort the process."
exit(1)
elif time[0] > xdate[0]:
while time[0] > xdate[k]:
k += 1
if k >= ecnt:
print "Time span does not overlap. Abort the process."
exit(1)
hrc[k] = veto[j]
tspace = 1.38888888888e-3 / base #--- setting timing bin size: base is given in hrc loop
for i in range(k+1, ecnt):
tbeg = xdate[i] - tspace
tend = xdate[i] + tspace
if j > hcnt - 2:
hrc[i] = veto[hcnt -1] #---- if the hrc data runs out, just repeat the last data point value
elif time[j] >= tbeg and time[j] <= tend:
hrc[i] = veto[j]
elif time[j] < tbeg:
while time[j] < tbeg:
j += 1
hrc[i] = veto[j]
elif time[j] > tend:
while time[j] > tend:
j -= 1
hrc[i] = veto[j]
#
#--- print out data
#
if comp_test == 'test':
file = test_data_dir + event + '_eph.txt'
else:
file = data_dir + event + '_eph.txt'
f = open(file, 'w')
line = 'Science Run Interruption: ' + start + '\n\n'
f.write(line)
if pYearStart < 2011:
f.write('dofy\t\tp4\t\t\tp41\t\t\te1300\n')
f.write('-------------------------------------------------------------------\n')
for m in range(0, ecnt):
line = '%4.3f\t\t%4.3e\t%4.3e\t%4.3e\n' % (float(xdate[m]), float(p4[m]), float(p41[m]), float(e1300[m]))
f.write(line)
else:
f.write('dofy\t\thrc\t\te150\t\te1300\n')
f.write('-------------------------------------------------------------------\n')
for m in range(0, ecnt):
line = '%4.3f\t\t%4.3e\t%4.3e\t%4.3e\n' % (float(xdate[m]), float(hrc[m]), float(e150[m]), float(e1300[m]))
f.write(line)
f.close()