def category_vs_time(oMap={}, oMapBcn={}, iMap={}, iMapBcn={}, innerEvent={}):
d = {}
for oEntry, (evn, orn) in oMap.iteritems():
bcn = oMapBcn[oEntry]
time = utils.minutes(orn, bcn)
if innerEvent.get(oEntry) is not None:
d[time] = (3, evn, orn, bcn)
else:
d[time] = (2, evn, orn, bcn)
iEntries = innerEvent.values()
for iEntry, (evn, orn) in iMap.iteritems():
if iEntry in iEntries:
continue
bcn = iMapBcn[iEntry]
time = utils.minutes(orn, bcn)
d[time] = (1, evn, orn, bcn)
return d
def category_vs_time(oMap={}, oMapBcn={}, iMap={}, iMapBcn={}, innerEvent={}):
d = {}
for oEntry, (evn, orn) in oMap.iteritems():
bcn = oMapBcn[oEntry]
time = utils.minutes(orn, bcn)
if innerEvent.get(oEntry) is not None:
d[time] = (3, evn, orn, bcn)
else:
d[time] = (2, evn, orn, bcn)
iEntries = innerEvent.values()
for iEntry, (evn, orn) in iMap.iteritems():
if iEntry in iEntries:
continue
bcn = iMapBcn[iEntry]
time = utils.minutes(orn, bcn)
d[time] = (1, evn, orn, bcn)
return d
def oneFed(d={}, overview=True, headers=True, channelData=True, skip={}):
if "fed" not in skip:
print " ".join([
" %3d" % d["FEDid"],
"0x%07x" % d["EvN"],
"0x%08x" % d["OrN"],
"%4d" % d["BcN"],
"%7.3f" % utils.minutes(d["OrN"]),
" %1x" % d["TTS"],
" %4d" % (d["nWord64"] * 8),
" %4d" % d["nBytesSW"],
" 0x%04x" % d["CRC16"],
])
if overview:
htrOverview(d)
if headers:
htrData(d, channelData=channelData, skip=skip)
def oneFedHcal(d={},
patterns=False,
dump=None,
crateslots=[],
nonMatchedQie=[],
nonMatchedTp=[],
printHeaders=None):
h = d["header"]
t = d["trailer"]
if (not patterns) and (1 <= dump):
fields = [
" FEDid",
" EvN",
" OrN",
" BcN",
"minutes",
" TTS",
" nBytesHW",
"nBytesSW",
#"CRC16",
"nSkip16",
"BcN12",
"EvN8",
"Blk8",
]
if printHeaders:
headers = " ".join(fields)
printer.blue("-" * len(headers))
printer.blue(headers)
sList = [
" %4d" % h["FEDid"],
"0x%07x" % h["EvN"],
"0x%08x" % h["OrN"],
"%4d" % h["BcN"],
"%7.3f" % utils.minutes(h["OrN"], h["BcN"]),
(" %1x" % t["TTS"]) if "TTS" in t else " - ",
(" %5d" % (t["nWord64"] * 8)) if "nWord64" in t else " -- ",
" %5d" % d["nBytesSW"],
#(" 0x%04x" % t["CRC16"]) if "CRC16" in t else " - ",
"%7d" % d["nWord16Skipped"],
]
if h["uFoV"]:
sList += [
" %4d" % t["BcN12"],
"0x%02x" % t["EvN8"],
" %2d" % t["Blk_no8"],
]
printer.blue(" ".join(sList))
if 2 <= dump:
htrOverview(h)
printColumnHeaders = True
for iBlock, block in sorted(d["htrBlocks"].iteritems()):
if "patternData" in block:
oneHtrPatterns(p=block, patterns=patterns, header=h, iBlock=iBlock)
elif 3 <= dump:
printColumnHeaders = oneHtr(
p=block,
printColumnHeaders=printColumnHeaders,
dump=dump,
crateslots=crateslots,
utca=h["utca"],
nonMatchedQie=nonMatchedQie,
nonMatchedTp=nonMatchedTp,
)
def singleFedPlots(fedId=None, d={}, book={}, **other):
book.fill(d["nWord16Skipped"],
"nWord16Skipped_%d" % fedId,
14,
-0.5,
13.5,
title="FED %d;nWord16 skipped during unpacking;Events / bin" %
fedId)
h = d["header"]
t = d["trailer"]
if "TTS" in t:
book.fill(t["TTS"],
"TTS_%d" % fedId,
16,
-0.5,
15.5,
title="FED %d;TTS state;Events / bin" % fedId)
if "BcN" in h:
book.fill(h["BcN"] / 100.0,
"BcN_%d" % fedId,
hw.nBx,
0,
hw.nBx / 100.0,
title="FED %d;BcN / 100;Events / bin" % fedId)
msg = "FED %d" % fedId
fedEvn = h.get("EvN")
fedOrn = h.get("OrN")
fedBcn = h.get("BcN")
if fedEvn is None:
printer.error("FED %d lacks EvN. Keys: %s" % str(h.keys()))
msg = ""
else:
msg = utils.coords(fedId, fedEvn, fedOrn, fedBcn)
htrOverviewBits(h, book, fedId, msg=msg, warn=other["warn"])
fedTime = utils.minutes(fedOrn, fedBcn)
nBadHtrs, ErrF, caps, adcs, fracEvN, fracADC, fracTP = htrSummary(
blocks=d["htrBlocks"].values(),
book=book,
fedId=fedId,
fedEvn=fedEvn,
fedOrn5=fedOrn & 0x1f,
fedBcn=fedBcn,
msg=msg,
fedTime=fedTime,
**other)
errFSum = 0.0 + sum(ErrF.values())
if errFSum:
for code, n in ErrF.iteritems():
title = "FED %d;frac. chan. with ErrF == %d;Events / bin" % (fedId,
code)
book.fill(n / errFSum,
"ErrF%d_%d" % (code, fedId),
44,
0.0,
1.1,
title=title)
frac0 = ErrF[0] / errFSum
else:
frac0 = -999. # dummy
book.fillGraph((fedTime, frac0),
"frac0_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);frac. chan. with ErrF == 0")
if fracEvN is not None:
book.fillGraph((fedTime, fracEvN),
"fracEvN_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);frac. HTRs with EvN == FED's")
if fracADC is not None:
book.fillGraph(
(fedTime, fracADC),
"ADC_misMatch_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);#splitline{(# ch. match. ADCs) /}{(# ch. match. + ch. mismatch.)}"
)
if fracTP is not None:
book.fillGraph(
(fedTime, fracTP),
"TP_misMatch_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);#splitline{(# match. TPs) /}{(# match. + mismatch. TPs)}"
)
book.fillGraph((fedTime, t["nWord64"] * 8.0 / 1024),
"kB_vs_time_%d" % fedId,
title=("FED %d" % fedId) + ";time (minutes);kB")
book.fill(
(fedBcn / 100.0, frac0),
"frac0_vs_BcN_%d" % fedId, (hw.nBx, 6), (0.0, 0.0),
(hw.nBx / 100.0, 1.2),
title=";FED %d (BcN / 100);frac. chan. with ErrF == 0;Events / bin" %
fedId)
capSum = 0.0 + sum(caps.values())
if capSum:
book.fill(max(caps.values()) / capSum,
"PopCapFrac_%d" % fedId,
44,
0.0,
1.1,
title=("FED %d" % fedId) +
";frac. ErrF=0 chans w/most pop. capId;Events / bin")
book.fill(nBadHtrs,
"nBadHtrs_%d" % fedId,
16,
-0.5,
15.5,
title="FED %d; N bad HTRs;Events / bin" % fedId)
return nBadHtrs, adcs
def main():
print(sys.argv)
phi = 42.3583 * math.pi / 180
lw = 0;
a = Arguments(sys.argv)
if a.has_errors():
a.print_error()
return
if a.is_lat_given():
phi = a.latitude * math.pi / 180
if a.is_long_given():
lw = a.longitude * math.pi / 180
if a.is_date_given():
delta_t = a.date_arg - J2000_DATE
d = delta_t.days - 1
day_of_year = a.date_arg.timetuple().tm_yday - 1
t0_utc = utils.t0_utc(d)
lambda_s = orbit.lambda_s(t0_utc)
cel_coords = celestial_coords.from_ecliptic_coords(lambda_s)
delta = cel_coords[0]
alpha = cel_coords[1]
t_rise_utc = horizon_coords.t_rise_utc(cel_coords, phi, lw, t0_utc)
t_set_utc = horizon_coords.t_set_utc(cel_coords, phi, lw, t0_utc)
print_str = "day: " + str(day_of_year)
print_str += ", sunrise: " + str(utils.hours(t_rise_utc)) + ":" + str(round(utils.minutes(t_rise_utc) + float(utils.seconds(t_rise_utc))/60, 3))
print_str += ", sunset: " + str(utils.hours(t_set_utc)) + ":" + str(utils.minutes(t_set_utc)) + ":" + str(utils.seconds(t_set_utc))
print(print_str)
return
# Calculate rise set times for latitudes ranging from -65 to 65 degrees at 5 degree increments
rs = [[]]
for p in range(-13, 14):
i = 0
phi = (p * 5) * math.pi / 180
rs.append([])
while i < 366:
delta_t = JAN_1_2012 - J2000_DATE + datetime.timedelta(1)*i
d = delta_t.days
t0_utc = utils.t0_utc(d)
lambda_s = orbit.lambda_s(t0_utc)
cel_coords = celestial_coords.from_ecliptic_coords(lambda_s)
delta = cel_coords[0]
alpha = cel_coords[1]
t_rise_utc = horizon_coords.t_rise_utc(cel_coords, phi, lw, t0_utc)
t_set_utc = horizon_coords.t_set_utc(cel_coords, phi, lw, t0_utc)
date1 = J2000_DATE + delta_t
rs_current = RiseSet(date1, t_rise_utc, t_set_utc)
rs[p + 13].append(rs_current)
day_of_year = date1.timetuple().tm_yday - 1
print_str = str(rs_current.get_day_of_year())
print_str += ", sunrise: " + str(utils.hours(t_rise_utc)) + ":" + str(round(utils.minutes(t_rise_utc) + float(utils.seconds(t_rise_utc))/60, 3))
print_str += ", sunset: " + str(utils.hours(t_set_utc)) + ":" + str(round(utils.minutes(t_set_utc) + float(utils.seconds(t_set_utc))/60, 3))
i = i + 1
with open("rise_set_data.js", mode="w") as f:
json.dump(rs, f, indent=2, cls=RiseSetUTCJsonEncoder)
print("Calculated rise/set times, placed in rise_set_data.js.")
def singleFedPlots(fedId=None, d={}, book={}, **other):
book.fill(d["nWord16Skipped"], "nWord16Skipped_%d" % fedId, 14, -0.5, 13.5,
title="FED %d;nWord16 skipped during unpacking;Events / bin" % fedId)
h = d["header"]
t = d["trailer"]
if "TTS" in t:
book.fill(t["TTS"], "TTS_%d" % fedId, 16, -0.5, 15.5,
title="FED %d;TTS state;Events / bin" % fedId)
if "BcN" in h:
book.fill(h["BcN"] / 100.0, "BcN_%d" % fedId, hw.nBx, 0, hw.nBx / 100.0,
title="FED %d;BcN / 100;Events / bin" % fedId)
msg = "FED %d" % fedId
fedEvn = h.get("EvN")
fedOrn = h.get("OrN")
fedBcn = h.get("BcN")
if fedEvn is None:
printer.error("FED %d lacks EvN. Keys: %s" % str(h.keys()))
msg = ""
else:
msg = utils.coords(fedId, fedEvn, fedOrn, fedBcn)
htrOverviewBits(h, book, fedId, msg=msg, warn=other["warn"])
fedTime = utils.minutes(fedOrn, fedBcn)
nBadHtrs, ErrF, caps, adcs, fracEvN, fracADC, fracTP = htrSummary(blocks=d["htrBlocks"].values(),
book=book,
fedId=fedId,
fedEvn=fedEvn,
fedOrn5=fedOrn & 0x1f,
fedBcn=fedBcn,
msg=msg,
fedTime=fedTime,
**other)
errFSum = 0.0 + sum(ErrF.values())
if errFSum:
for code, n in ErrF.iteritems():
title = "FED %d;frac. chan. with ErrF == %d;Events / bin" % (fedId, code)
book.fill(n/errFSum, "ErrF%d_%d" % (code, fedId), 44, 0.0, 1.1, title=title)
frac0 = ErrF[0] / errFSum
else:
frac0 = -999. # dummy
book.fillGraph((fedTime, frac0), "frac0_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);frac. chan. with ErrF == 0")
if fracEvN is not None:
book.fillGraph((fedTime, fracEvN), "fracEvN_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);frac. HTRs with EvN == FED's")
if fracADC is not None:
book.fillGraph((fedTime, fracADC), "ADC_misMatch_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);#splitline{(# ch. match. ADCs) /}{(# ch. match. + ch. mismatch.)}")
if fracTP is not None:
book.fillGraph((fedTime, fracTP), "TP_misMatch_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);#splitline{(# match. TPs) /}{(# match. + mismatch. TPs)}")
if "nWord64" in t:
book.fillGraph((fedTime, t["nWord64"] * 8.0 / 1024), "kB_vs_time_%d" % fedId,
title=("FED %d" % fedId) +
";time (minutes);kB")
book.fill((fedBcn / 100.0, frac0), "frac0_vs_BcN_%d" % fedId,
(hw.nBx, 6), (0.0, 0.0), (hw.nBx / 100.0, 1.2),
title=";FED %d (BcN / 100);frac. chan. with ErrF == 0;Events / bin" % fedId)
capSum = 0.0+sum(caps.values())
if capSum:
book.fill(max(caps.values())/capSum, "PopCapFrac_%d" % fedId,
44, 0.0, 1.1,
title=("FED %d" % fedId) +
";frac. ErrF=0 chans w/most pop. capId;Events / bin"
)
book.fill(nBadHtrs, "nBadHtrs_%d" % fedId, 16, -0.5, 15.5,
title="FED %d; N bad HTRs;Events / bin" % fedId)
return nBadHtrs, adcs
def graph(d={}):
gr = r.TGraph()
for i, key in enumerate(sorted(d.keys())):
gr.SetPoint(i, utils.minutes(key), d[key])
return gr
def oneFedHcal(d={}, patterns=False, dump=None, crateslots=[],
nonMatchedQie=[], nonMatchedTp=[],
printHeaders=None):
h = d["header"]
t = d["trailer"]
if (not patterns) and (1 <= dump):
fields = [" FEDid",
" EvN",
" OrN",
" BcN",
"minutes",
" TTS",
" nBytesHW",
"nBytesSW",
#"CRC16",
"nSkip16",
"BcN12",
"EvN8",
"Blk8",
]
if printHeaders:
headers = " ".join(fields)
printer.blue("-" * len(headers))
printer.blue(headers)
sList = [" %4d" % h["FEDid"],
"0x%07x" % h["EvN"],
"0x%08x" % h["OrN"],
"%4d" % h["BcN"],
"%7.3f" % utils.minutes(h["OrN"], h["BcN"]),
(" %1x" % t["TTS"]) if "TTS" in t else " - ",
(" %5d" % (t["nWord64"]*8)) if "nWord64" in t else " -- ",
" %5d" % d["nBytesSW"],
#(" 0x%04x" % t["CRC16"]) if "CRC16" in t else " - ",
"%7d" % d["nWord16Skipped"],
]
if h["uFoV"]:
sList += [" %4d" % t["BcN12"],
"0x%02x" % t["EvN8"],
" %2d" % t["Blk_no8"],
]
printer.blue(" ".join(sList))
if 2 <= dump:
htrOverview(h)
printColumnHeaders = True
for iBlock, block in sorted(d["htrBlocks"].iteritems()):
if "patternData" in block:
oneHtrPatterns(p=block,
patterns=patterns,
header=h,
iBlock=iBlock)
elif 3 <= dump:
printColumnHeaders = oneHtr(p=block,
printColumnHeaders=printColumnHeaders,
dump=dump,
crateslots=crateslots,
utca=h["utca"],
nonMatchedQie=nonMatchedQie,
nonMatchedTp=nonMatchedTp,
)
def oneFedHcal(d={}, dump=None, crateslots=[],
nonMatchedQie=[], nonMatchedTp=[],
printHeaders=None):
h = d["header"]
t = d["trailer"]
if 1 <= dump:
fields = [" FEDid",
" EvN",
" OrN",
" BcN",
"minutes",
" TTS",
"nBytesHW( SW)",
"type",
#"CRC16",
"nSkip16",
"BcN12",
"EvN8",
"Blk8",
]
if printHeaders:
headers = " ".join(fields)
printer.blue("-" * len(headers))
printer.blue(headers)
sList = [" %4d" % h["FEDid"],
"0x%07x" % h["EvN"],
"0x%08x" % h["OrN"],
"%4d" % h["BcN"],
"%7.3f" % utils.minutes(h["OrN"], h["BcN"]),
(" %1x" % t["TTS"]) if "TTS" in t else " - ",
" %5d(%5d)" % (t["nWord64"]*8 if "nWord64" in t else " -1", d["nBytesSW"]),
" %1d " % h["Evt_ty"],
#(" 0x%04x" % t["CRC16"]) if "CRC16" in t else " - ",
"%7d" % d["nWord16Skipped"],
]
if h["uFoV"]:
sList += [" %4d" % t["BcN12"],
"0x%02x" % t["EvN8"],
" %2d" % t["Blk_no8"],
]
printer.blue(" ".join(sList))
if 2 <= dump:
htrOverview(h)
if dump <= 2:
return
printColumnHeaders = True
for iBlock, block in sorted(d["htrBlocks"].iteritems()):
printColumnHeaders = oneHtr(iBlock=iBlock,
p=block,
printColumnHeaders=printColumnHeaders,
dump=dump,
crateslots=crateslots,
utca=h["utca"],
nonMatchedQie=nonMatchedQie,
nonMatchedTp=nonMatchedTp,
)