Make p2pp OBs

mkob.py

@@ -0,0 +1,148 @@
+# Ficheiro de entrada deve ser um rdb (sem header) contendo alpha,
+# delta, name, magnitude, e.g.:
+# 00:10:02.176    -82:13:26.57    star1   6.0
+#
+
+import string
+
+def OB(comments, name, alpha, delta,name2,texp,texp2,filter,mv):
+
+    texp_red= '%.1f' %  (texp)
+    texp_blue = '%.1f' % (texp2)
+
+    OB=("""IMPEX.VERSION "2.0"
+STTimeIntervals         ""
+calibrationReq          ""
+type                    "O"
+InstrumentComments      "%s"
+userComments            "mv=%s"
+userPriority            "1"
+LineNumber              "0"
+name                    "%s"
+
+
+objectClass         "  Star              "
+comments                ""
+ra                      "%s"
+dec                     "%s"
+epoch                   "2000.0"
+equinox                 "2000"
+propDec                 "0.000000"
+propRA                  "0.000000"
+diffRA                  "0.000000"
+diffDec                 "0.000000"
+LineNumber              "0"
+TARGET.NAME             "%s"
+
+
+air_mass                      "2.0"
+fractional_lunar_illumination "1.0"
+sky_transparency              "Variable, thin cirrus"
+moon_angular_distance         "30"
+seeing                        "2.0"
+CONSTRAINT.SET.NAME           "No Name"
+
+
+IPVersion                    "254.09"
+instrument                   "UVES"
+longDescription              ""
+LineNumber                   "0"
+OBSERVATION.DESCRIPTION.NAME "No Name"
+
+
+ACQUISITION.TEMPLATE.NAME "UVES_red_acq_imsl"
+TEL.TARG.OFFSETALPHA "0.0"
+TEL.TARG.OFFSETDELTA "0.0"
+TEL.AG.GUIDESTAR     "CATALOGUE"
+TEL.GS1.ALPHA        "0"
+TEL.GS1.DELTA        "0"
+INS.SLIT1.NAME       "SLIC#3"
+INS.FILT1.NAME       "%s"
+INS.DPOL.MODE        "OFF"
+INS.OPTI1.NAME       "OUT"
+INS.OPTI2.NAME       "OVRSIZ"
+
+
+
+
+TEMPLATE.NAME "UVES_red_obs_exp"
+DET2.READ.SPEED  "225kHz,1x1,low"
+DET2.WIN1.UIT1   "%s"
+SEQ.NEXPO        "1"
+SEQ.SOURCE       "POINT"
+SEQ.NOFF         "1"
+TEL.TARG.OFFSETX "0"
+TEL.TARG.OFFSETY "0"
+INS.REDEXP.MODE  "580"
+INS.SLIT3.WID    "0.3"
+DPR.TYPE         "OBJECT"
+
+
+TEMPLATE.NAME "UVES_red_obs_exp"
+DET2.READ.SPEED  "225kHz,1x1,low"
+DET2.WIN1.UIT1   "%s"
+SEQ.NEXPO        "1"
+SEQ.SOURCE       "POINT"
+SEQ.NOFF         "1"
+TEL.TARG.OFFSETX "0"
+TEL.TARG.OFFSETY "0"
+INS.REDEXP.MODE  "860"
+INS.SLIT3.WID    "0.3"
+DPR.TYPE         "OBJECT"
+""" % (comments, mv,name, alpha, delta, name2, filter,texp_blue, texp_red))
+    return OB
+
+
+file=open('list.dat')
+
+nobj=0
+time=0
+for line in file.readlines():
+
+    if line[0]=="#": continue
+
+    fields=string.split(line,'\t')
+
+    name=string.replace(fields[2],' ','')
+    name2=string.replace(fields[2],' ','')
+    alpha=fields[0]
+    delta=fields[1]
+    priority='1'
+    mv=float(fields[3])
+    comments="S/N=200-250 (at maximum)"
+
+    if mv<7.0 and mv>=4.5:
+      filter = "ND1"
+    elif mv>=2.0 and mv<4.5:
+      filter = "ND2"
+    elif mv<2.0:
+      filter = "ND3"
+    elif mv>=7.0:
+      filter = "FREE"
+
+    fc=string.replace(string.strip(name)+'.jpg',' ','')
+
+    texp0=60.0 #in sec for a mv=7.0 ETC SN~250 in V-band
+    mv0=7.0
+    texp=(10**(-(mv0-mv)/2.5)*texp0)
+
+   # Nota: multipliquei por um pequeno factor para diminuir o
+   # tempo de exposicao para bater certo com o tempo total que o p2pp dava
+
+    if texp<2.0:
+      texp2=texp
+    elif texp>=2.0:
+      texp2=texp-(texp-2.0)*0.3
+
+    print name, ' -- ', mv, ' -- ', float(texp), ' -- ', float(texp2)
+
+    nobj=nobj+1
+    time=time+texp2
+
+    ob=open(string.replace(string.strip(name)+'.obx',' ',''),'w')
+    ob.write(OB(comments, name, alpha, delta,name2,texp2,texp2,filter,mv))
+    ob.close()
+
+print 'Total time:', (time+nobj*600)/3600.   
+
+