# get the time and set up labels and filenames
obsdir = get_obsdir()
now = time.localtime()
imag -= dark
min = stats.scoreatpercentile(imag.flat, 1)
max = stats.scoreatpercentile(imag.flat, 99.5)
filename = obsdir + time.strftime("AllSky_%Y%m%d_%H%M%S.fits")
jpg = obsdir + time.strftime("AllSky_%Y%m%d_%H%M%S.jpg")
date = time.strftime("%Y/%m/%d")
sast = time.strftime("%H:%M:%S")
elabel = "Exposure: %f sec" % exp
# set up and create the FITS file
cards = []
cards.append(pyfits.createCard("DATEOBS", date, "Date of observation"))
cards.append(
pyfits.createCard("TIMEOBS", sast, "Time of observation (SAST)"))
cards.append(pyfits.createCard("EXPTIME", exp, "Exposure time (s)"))
header = pyfits.Header(cards=cards)
pyfits.writeto(filename, imag, header=header, clobber=True)
# set up and create the JPG file
fig = pl.figure()
ax = fig.add_subplot(111)
ax.set_axis_off()
ax.set_xticklabels([])
ax.set_yticklabels([])
ax.set_xticks([])
ax.set_yticks([])
pl.imshow(np.flipud(imag),
# get the time and set up labels and filenames
obsdir = get_obsdir()
now = time.localtime()
imag -= dark
min = stats.scoreatpercentile(imag.flat, 1)
max = stats.scoreatpercentile(imag.flat, 99.5)
filename = obsdir+time.strftime("AllSky_%Y%m%d_%H%M%S.fits")
jpg = obsdir+time.strftime("AllSky_%Y%m%d_%H%M%S.jpg")
date = time.strftime("%Y/%m/%d")
sast = time.strftime("%H:%M:%S")
elabel = "Exposure: %f sec" % exp
# set up and create the FITS file
cards = []
cards.append(pyfits.createCard("DATEOBS", date, "Date of observation"))
cards.append(pyfits.createCard("TIMEOBS",
sast,
"Time of observation (SAST)"))
cards.append(pyfits.createCard("EXPTIME", exp, "Exposure time (s)"))
header = pyfits.Header(cards=cards)
pyfits.writeto(filename, imag, header=header, clobber=True)
# set up and create the JPG file
fig = pl.figure()
ax = fig.add_subplot(111)
ax.set_axis_off()
ax.set_xticklabels([])
ax.set_yticklabels([])
ax.set_xticks([])
ax.set_yticks([])
def makeHeader(self, ccdtype, exptime):
cam = BCAM.camera
cards = []
cards.append(pyfits.createCard("CCDTYPE", ccdtype, "CCD type"))
cards.append(pyfits.createCard("EXPTIME", exptime,
"Exposure time (s)"))
cards.append(
pyfits.createCard("PXHEIGHT", cam.GetPixelHeight(),
"Pixel height in um"))
cards.append(
pyfits.createCard("PXWIDTH", cam.GetPixelWidth(),
"Pixel width in um"))
cards.append(
pyfits.createCard("CCDMAX_X", cam.GetMaxImgCols(),
"CCD width in pixels"))
cards.append(
pyfits.createCard("CCDMAX_Y", cam.GetMaxImgRows(),
"CCD height in pixels"))
binx = cam.GetRoiBinCol()
biny = cam.GetRoiBinRow()
cards.append(pyfits.createCard("ROIBIN_X", binx, "X binning"))
cards.append(pyfits.createCard("ROIBIN_Y", biny, "Y binning"))
startx = cam.GetRoiStartCol()
starty = cam.GetRoiStartRow()
nx = cam.GetRoiNumCols()
ny = cam.GetRoiNumRows()
endx = startx + binx * nx
endy = starty + biny * ny
cards.append(pyfits.createCard("ROIMIN_X", startx, "ROI start X"))
cards.append(pyfits.createCard("ROIMAX_X", endx, "ROI end X"))
cards.append(pyfits.createCard("ROIMIN_Y", starty, "ROI start Y"))
cards.append(pyfits.createCard("ROIMAX_Y", endy, "ROI end Y"))
cards.append(pyfits.createCard("ROI_NX", nx, "ROI width"))
cards.append(pyfits.createCard("ROI_NY", ny, "ROI height"))
cards.append(
pyfits.createCard("SETPOINT",
float("%.2f" % cam.GetCoolerSetPoint()),
"Cooler setpoint in C"))
cards.append(
pyfits.createCard("COOLING", cam.GetCoolerStatus(),
"Cooler status"))
cards.append(
pyfits.createCard("COOLDRIV", float("%.2f" % cam.GetCoolerDrive()),
"Cooler drive (%)"))
cards.append(
pyfits.createCard("FANMODE", cam.GetFanMode(), "Cooler fan mode"))
cards.append(
pyfits.createCard("BACKOFF",
float("%.2f" % cam.GetCoolerBackoffPoint()),
"Cooler backoff point"))
cards.append(
pyfits.createCard("T_CCD", float("%.2f" % cam.GetTempCcd()),
"CCD temperature in C"))
cards.append(
pyfits.createCard("T_HSINK", float("%.2f" % cam.GetTempHeatsink()),
"Camera heatsink temperature in C"))
cards.append(pyfits.createCard("MODEL", cam.GetModel(),
"Camera model"))
cards.append(
pyfits.createCard("SENSOR", cam.GetSensor(), "Camera sensor"))
if BCAM.foc.attached:
cards.append(
pyfits.createCard("BCAMFOC", BCAM.foc.position(),
"BCAM focus position"))
cards.append(
pyfits.createCard("FLITEMP", BCAM.foc.temperature(),
"BCAM focuser temperature (C)"))
return pyfits.Header(cards=cards)
def makeHeader(self, ccdtype, exptime):
cam = BCAM.camera
cards = []
cards.append(pyfits.createCard("CCDTYPE", ccdtype, "CCD type"))
cards.append(pyfits.createCard("EXPTIME", exptime, "Exposure time (s)"))
cards.append(pyfits.createCard("PXHEIGHT", cam.GetPixelHeight(), "Pixel height in um"))
cards.append(pyfits.createCard("PXWIDTH", cam.GetPixelWidth(), "Pixel width in um"))
cards.append(pyfits.createCard("CCDMAX_X", cam.GetMaxImgCols(), "CCD width in pixels"))
cards.append(pyfits.createCard("CCDMAX_Y", cam.GetMaxImgRows(), "CCD height in pixels"))
binx = cam.GetRoiBinCol()
biny = cam.GetRoiBinRow()
cards.append(pyfits.createCard("ROIBIN_X", binx, "X binning"))
cards.append(pyfits.createCard("ROIBIN_Y", biny, "Y binning"))
startx = cam.GetRoiStartCol()
starty = cam.GetRoiStartRow()
nx = cam.GetRoiNumCols()
ny = cam.GetRoiNumRows()
endx = startx + binx*nx
endy = starty + biny*ny
cards.append(pyfits.createCard("ROIMIN_X", startx, "ROI start X"))
cards.append(pyfits.createCard("ROIMAX_X", endx, "ROI end X"))
cards.append(pyfits.createCard("ROIMIN_Y", starty, "ROI start Y"))
cards.append(pyfits.createCard("ROIMAX_Y", endy, "ROI end Y"))
cards.append(pyfits.createCard("ROI_NX", nx, "ROI width"))
cards.append(pyfits.createCard("ROI_NY", ny, "ROI height"))
cards.append(pyfits.createCard("SETPOINT",
float("%.2f" % cam.GetCoolerSetPoint()),
"Cooler setpoint in C"))
cards.append(pyfits.createCard("COOLING", cam.GetCoolerStatus(), "Cooler status"))
cards.append(pyfits.createCard("COOLDRIV",
float("%.2f" % cam.GetCoolerDrive()),
"Cooler drive (%)"))
cards.append(pyfits.createCard("FANMODE", cam.GetFanMode(), "Cooler fan mode"))
cards.append(pyfits.createCard("BACKOFF",
float("%.2f" % cam.GetCoolerBackoffPoint()),
"Cooler backoff point"))
cards.append(pyfits.createCard("T_CCD",
float("%.2f" % cam.GetTempCcd()),
"CCD temperature in C"))
cards.append(pyfits.createCard("T_HSINK",
float("%.2f" % cam.GetTempHeatsink()),
"Camera heatsink temperature in C"))
cards.append(pyfits.createCard("MODEL", cam.GetModel(), "Camera model"))
cards.append(pyfits.createCard("SENSOR", cam.GetSensor(), "Camera sensor"))
if BCAM.foc.attached:
cards.append(pyfits.createCard("BCAMFOC",
BCAM.foc.position(),
"BCAM focus position"))
cards.append(pyfits.createCard("FLITEMP",
BCAM.foc.temperature(),
"BCAM focuser temperature (C)"))
return pyfits.Header(cards=cards)
