support for rimo instead of instrument db

planck/LFI.py

@@ -49,7 +49,10 @@ def wn(self):
         return self.get_instrument_db_field('net_KCMB')
 
     def get_instrument_db_field(self, field): 
-        return self.inst.instrument_db(self)[field][0]
+        try:
+            return self.inst.instrument_db(self)[field][0]
+        except exceptions.ValueError: 
+            return self.inst.instrument_db(self)[field.upper()][0]
 
     def __getitem__(self, n):
         return self.d[n]
@@ -98,9 +101,14 @@ def RCA_from_tag(tag):
     def instrument_db(self,ch):
         if not hasattr(self,'_instrument_db') or self._instrument_db is None:
             import pyfits
+            if isinstance(self.instrument_db_file, list):
+                self.instrument_db_file = self.instrument_db_file[0]
             self._instrument_db = np.array(pyfits.open(self.instrument_db_file,ignore_missing_end=True)[1].data)
             l.warning('Loading instrumentdb %s' % self.instrument_db_file)
-        det_index, = np.where([rad.strip().endswith(ch.tag) for rad in self._instrument_db['Radiometer']])
+        try:
+            det_index, = np.where([rad.strip().endswith(ch.tag) for rad in self._instrument_db['Radiometer']])
+        except exceptions.ValueError:
+            det_index, = np.where([rad.strip().endswith(ch.tag) for rad in self._instrument_db['DETECTOR']])
         return self._instrument_db[det_index]
 
     @property

planck/pointing.py

@@ -14,6 +14,7 @@
 import correction
 import glob
 import os
+import exceptions
 
 class IDBSiam:
     def __init__(self, instrument_db, obt, Pxx=False):
@@ -24,10 +25,16 @@ def __init__(self, instrument_db, obt, Pxx=False):
         l.warning("Using IDB: " + os.path.basename(instrument_db))
         self.uv_angles = {}
         for row in np.array(pyfits.open(instrument_db)[1].data):
-            radtag = row["Radiometer"].strip()
+            try:
+                radtag = row["Radiometer"].strip()
+            except exceptions.IndexError:
+                radtag = row["DETECTOR"].strip()
             self.uv_angles[radtag] = {}
             for fi in ["theta_uv","phi_uv","psi_uv","psi_pol"]:
-                self.uv_angles[radtag][fi]=np.radians(row[fi])
+                try:
+                    self.uv_angles[radtag][fi]=np.radians(row[fi])
+                except exceptions.IndexError:
+                    self.uv_angles[radtag][fi]=np.radians(row[fi.upper()])
             if Pxx:
                 self.uv_angles[radtag]["psi_uv"]=0
                 self.uv_angles[radtag]["psi_pol"]=0

planck/ps.py

@@ -38,6 +38,7 @@ def smooth(m, arcmin, lmax = None):
     config['infile'] = 'tempmap.fits' 
     config['outfile'] = 'tempmap_smoothed.fits'
     config['fwhm_arcmin'] = arcmin
+    config['iter_order'] = 3
     config.write()
     if os.path.exists('tempmap_smoothed.fits'):
         os.remove('tempmap_smoothed.fits')