def __init__(self, data, header):
BaseMap.__init__(self, header)
self.detector = "AIA"
self.instrument = "AIA"
self.observatory = "SDO"
self.cmap = cm.get_cmap('sdoaia%d' % header.get('wavelnth'))
def __init__(self, data, header):
BaseMap.__init__(self, header)
# MDI sometimes has an "60" in seconds field
datestr = header['date_obs']
if datestr[17:19] == "60":
datestr = datestr[:17] + "30" + datestr[19:]
rsun = header.get('radius')
# Solar radius in arc-seconds at 1 au
# @TODO: use sunpy.sun instead
radius_1au = 959.644
# MDI images may have radius = 0.0
if not rsun:
dsun = constants.au
else:
scale = header.get("cdelt1")
dsun = (radius_1au / (rsun * scale)) * constants.au
# Determine measurement
dpcobsr = header.get('dpc_obsr')
meas = "magnetogram" if dpcobsr.find('Mag') != -1 else "continuum"
self.date = parse_time(datestr)
self.detector = "MDI"
self.measurement = meas
self.dsun = dsun
self.name = "MDI %s" % meas
def __init__(self, data, header):
BaseMap.__init__(self, header)
self.detector = "SWAP"
self.instrument = "SWAP"
self.observatory = "PROBA2"
self.name = "SWAP %s" % header.get('wavelnth')
self.cmap = cm.get_cmap(name='sdoaia171')
def __init__(self, data, header):
BaseMap.__init__(self, header)
datestr = "%sT%s" % (header.get('date_obs'), header.get('time_obs'))
self.date = parse_time(datestr)
self.measurement = "white-light"
self.name = "LASCO %s" % header.get('detector')
def __init__(self, data, header):
BaseMap.__init__(self, header)
self.detector = "HMI"
self.instrument = "HMI"
self.measurement = header['content'].split(" ")[0].lower()
self.observatory = "SDO"
self.name = "HMI %s" % self.meas
def __init__(self, data, header):
BaseMap.__init__(self, header)
self.date = parse_time(header.get('date_obs'))
self.detector = header.get('detector')
self.instrument = "SECCHI"
self.observatory = header.get('obsrvtry')
self.measurement = "white-light"
self.name = "SECCHI %s" % header.get('detector')
def __init__(self, data, header):
BaseMap.__init__(self, header)
self.date = parse_time(header.get('date_obs'))
self.detector = "EUVI"
self.instrument = "SECCHI"
self.observatory = header.get('obsrvtry')
self.name = "EUVI %s" % self.meas
self.cmap = cm.get_cmap('sohoeit%d' % header.get('wavelnth'))
def __init__(self, data, header):
BaseMap.__init__(self, header)
self.date = parse_time(header.get('date_obs'))
self.detector = header.get('telescop')
self.instrument = header.get('telescop')
self.measurement = [header.get('energy_l'), header.get('energy_h')]
self.name = "RHESSI %d - %d keV" % (header.get('energy_l'),
header.get('energy_h'))
self.cmap = cm.get_cmap('rhessi')
self.exposure_time = (parse_time(header.get('date_end')) -
parse_time(header.get('date_obs'))).seconds
def __init__(self, data, header):
BaseMap.__init__(self, header)
# Solar radius in arc-seconds at 1 au
# @TODO: use sunpy.sun instead
radius_1au = 959.644
scale = header.get("cdelt1")
self.date = parse_time(header.get('date_obs'))
self.detector = "EIT"
self.dsun = (radius_1au / (self.rsun_arcseconds * scale)) * constants.au
self.name = "EIT %s" % header.get('wavelnth')
self.cmap = cm.get_cmap('sohoeit%d' % header.get('wavelnth'))
