///Original file: DFO rules provided by Burkhard by e-mail on 25.04.2012
///
/// Replaced DO.CLASS with REFLEX.CATG throughout
if (DPR.CATG=="CALIB" or DPR.CATG=="SCIENCE") and DPR.TYPE=="LAMP,AFC" and INS.MODE=="IMG" then 
{
  RAW.TYPE = "ACQ_IMG";
  REFLEX.CATG = "ACQ_IMG";
  PACK.DIR = "NONE";
  CATG = "ACQUISITION";
}
if DPR.CATG=="ACQUISITION" and DPR.TYPE=="SLIT,OBJECT" and INS.MODE=="MOS" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "ACQ_MOS";
  REFLEX.CATG = "ACQ_MOS";
  PACK.DIR = "NONE";
  CATG = "ACQUISITION";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="BIAS" and INSTRUME=="VIMOS" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "BIAS";
  REFLEX.CATG = "BIAS";
  PACK.DIR = "DET";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="DARK" and INSTRUME=="VIMOS" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "DARK";
  REFLEX.CATG = "DARK";
  PACK.DIR = "NONE";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="BIAS,DETCHECK" and (DET.READ.CLOCK=="225kHz,1port,LG" or DET.READ.CLOCK=="225kHz,1port,LGCenter") and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "DETLIN_LO";
  REFLEX.CATG = "OFF_RAW";
  PACK.DIR = "NONE";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,LAMP,DETCHECK" and (DET.READ.CLOCK=="225kHz,1port,LG" or DET.READ.CLOCK=="225kHz,1port,LGCenter") and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "DETLIN_LO";
  REFLEX.CATG = "ON_RAW";
  PACK.DIR = "NONE";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="BIAS,DETCHECK" and DET.READ.CLOCK=="225kHz,1port,HG" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "DETLIN_HI";
  REFLEX.CATG = "OFF_RAW";
  PACK.DIR = "NONE";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,LAMP,DETCHECK" and DET.READ.CLOCK=="225kHz,1port,HG" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "DETLIN_HI";
  REFLEX.CATG = "ON_RAW";
  PACK.DIR = "NONE";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="LAMP,OTHER" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "MASK_TO_CCD";
  REFLEX.CATG = "MASK_TO_CCD";
  PACK.DIR = "NONE";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,SKY" and INS.MODE=="IMG" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "SKYFLAT";
  REFLEX.CATG = "IMG_SKY_FLAT";
  PACK.DIR = "IMG_FLAT";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,LAMP" and INS.MODE=="IMG" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "SFLAT_IMG";
  REFLEX.CATG = "IMG_SCREEN_FLAT";
  PACK.DIR = "IMG_FLAT";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="STD" and INS.MODE=="IMG" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "STD_IMG";
  REFLEX.CATG = "IMG_STANDARD";
  PACK.DIR = "IMG_STD";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="STD" and INS.MODE=="IMG" and (INS.FILT1.NAME=="z" or INS.FILT2.NAME=="z" or INS.FILT3.NAME=="z" or INS.FILT4.NAME=="z") and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "STD_Z_IMG";
  REFLEX.CATG = "IMG_STANDARD";
  PACK.DIR = "IMG_STD";
  CATG = "CALIB";
}
if PRO.CATG=="IMG_STAR_MATCH_TABLE" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "IMG_STAR_MATCH_TABLE";
  REFLEX.CATG = "IMG_STAR_MATCH_TABLE";
  PACK.DIR = "IMG_STD";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,LAMP" and INS.MODE=="MOS" and INSTRUME=="VIMOS" then 
{
 RAW.TYPE = "MOS_CAL";
 REFLEX.CATG = "MOS_SCREEN_FLAT";
 PACK.DIR = "MOS_ARC";
 CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="WAVE,LAMP" and INS.MODE=="MOS" and INSTRUME=="VIMOS" then 
{
/// RAW.TYPE = "MOS_CAL"; /// Is replaced by...
 RAW.TYPE = "MOS_CAL_ARC"; ///...to classify arcs separately from flats, so as to associate them even if not generated from the same template
 REFLEX.CATG = "MOS_ARC_SPECTRUM";
 PACK.DIR = "MOS_ARC";
 CATG = "CALIB";
}
/// Not quite sure why the distincion between CAL for SCI and STD, let's try to get rid of the latter...it seems to work fine!
///if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,LAMP" and INS.MODE=="MOS" and (INS.MASK1.ID==101385 or INS.MASK2.ID==201052 or INS.MASK3.ID==301052 or INS.MASK4.ID==401052) then 
///{
/// RAW.TYPE = "MOS_STDCAL";
/// REFLEX.CATG = "MOS_SCREEN_FLAT";
/// PACK.DIR = "MOS_ARC";
/// CATG = "CALIB";
///}
///if DPR.CATG=="CALIB" and DPR.TYPE=="WAVE,LAMP" and INS.MODE=="MOS" and (INS.MASK1.ID==101385 or INS.MASK2.ID==201052 or INS.MASK3.ID==301052 or INS.MASK4.ID==401052) then 
///{
/// RAW.TYPE = "MOS_STDCAL";
/// REFLEX.CATG = "MOS_ARC_SPECTRUM";
/// PACK.DIR = "MOS_ARC";
/// CATG = "CALIB";
///}
///...done!
if DPR.CATG=="CALIB" and DPR.TYPE=="STD" and INS.MODE=="MOS" and OCS.CON.QUAD==TPL.EXPNO and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "STD_MOS";
  REFLEX.CATG = "MOS_STANDARD";
  PACK.DIR = "MOS_STD";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="FLAT,LAMP" and INS.MODE=="IFU" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "IFU_CAL";
  REFLEX.CATG = "IFU_SCREEN_FLAT";
  PACK.DIR = "IFU_ARC";
  CATG = "CALIB";
}
if DPR.CATG=="CALIB" and DPR.TYPE=="WAVE,LAMP" and INS.MODE=="IFU" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "IFU_CAL";
  REFLEX.CATG = "IFU_ARC_SPECTRUM";
  PACK.DIR = "IFU_ARC";
  CATG = "CALIB";
}

if DPR.CATG=="CALIB" and DPR.TYPE=="STD" and INS.MODE=="IFU" and OCS.CON.QUAD==TPL.EXPNO and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "STD_IFU";
  REFLEX.CATG = "IFU_STANDARD";
  PACK.DIR = "IFU_STD";
  CATG = "CALIB";
}
if DPR.CATG=="SCIENCE" and DPR.TYPE=="OBJECT" and INS.MODE=="IMG" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "SCI_IMG";
  REFLEX.CATG = "IMG_SCIENCE";
  PACK.DIR = "NONE";
  CATG = "SCIENCE";
}
if DPR.CATG=="SCIENCE" and DPR.TYPE=="OBJECT" and INS.MODE=="IMG" and (INS.FILT1.NAME=="z" or INS.FILT2.NAME=="z" or INS.FILT3.NAME=="z" or INS.FILT4.NAME=="z") and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "SCI_Z_IMG";
  REFLEX.CATG = "IMG_SCIENCE";
  PACK.DIR = "NONE";
  CATG = "SCIENCE";
}
if DPR.CATG=="SCIENCE" and DPR.TYPE=="OBJECT" and INS.MODE=="MOS" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "SCI_MOS";
  REFLEX.CATG = "MOS_SCIENCE";
  PACK.DIR = "NONE";
  CATG = "SCIENCE";
}
if DPR.CATG=="SCIENCE" and DPR.TYPE=="OBJECT" and INS.MODE=="IFU" and INSTRUME=="VIMOS" then 
{
  RAW.TYPE = "SCI_IFU";
  REFLEX.CATG = "IFU_SCIENCE";
  PACK.DIR = "NONE";
  CATG = "SCIENCE";
  REFLEX.TARGET = "T"; /// Needed for Reflex use.
}

if PRO.CATG=="CCD_TABLE"  and PRO.TABLE=="CCD" and (INS.MODE=="IFU" or INS.MODE=="MOS") and INSTRUME=="VIMOS" then 
{
  REFLEX.CATG = "CCD_TABLE";
}

if PRO.CATG=="IFU_IDENT" and INSTRUME=="VIMOS" then 
{
  REFLEX.CATG = "IFU_IDENT";
}

if PRO.CATG=="EXTINCT_TABLE" and INSTRUME=="VIMOS" then 
{
  REFLEX.CATG = "EXTINCT_TABLE";
}

if PRO.CATG=="LINE_CATALOG" and INSTRUME=="VIMOS" then 
{
  REFLEX.CATG = "LINE_CATALOG";
}

if PRO.CATG=="STD_FLUX_TABLE" and INSTRUME=="VIMOS" then 
{
  REFLEX.CATG = "STD_FLUX_TABLE";
}

select execute(BIAS) from inputFiles where RAW.TYPE=="BIAS"
  group by DET.READ.CLOCK,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(DARK) from inputFiles where RAW.TYPE=="DARK"
  group by DET.READ.CLOCK,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(DETLIN_LO) from inputFiles where RAW.TYPE=="DETLIN_LO"
  group by DET.READ.CLOCK,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(DETLIN_HI) from inputFiles where RAW.TYPE=="DETLIN_HI"
  group by DET.READ.CLOCK,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(MASK_TO_CCD) from inputFiles where RAW.TYPE=="MASK_TO_CCD"
  group by TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(SKYFLAT) from inputFiles where RAW.TYPE=="SKYFLAT"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(SFLAT_IMG) from inputFiles where RAW.TYPE=="SFLAT_IMG"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(STD_IMG) from inputFiles where RAW.TYPE=="STD_IMG"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,OCS.CON.QUAD,ARCFILE;
select execute(STD_Z_IMG) from inputFiles where RAW.TYPE=="STD_Z_IMG"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,OCS.CON.QUAD,ARCFILE;
select execute(IMG_STAR_MATCH_TABLE) from inputFiles where PRO.CATG=="IMG_STAR_MATCH_TABLE"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,OCS.CON.QUAD,DPR.TYPE as (GRP_ALL,all);
select execute(MOS_CAL) from inputFiles where RAW.TYPE=="MOS_CAL"
  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.MASK1.ID,INS.MASK2.ID,INS.MASK3.ID,INS.MASK4.ID,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
///Not quite sure why the distincion between CAL for SCI and STD, let's try to get rid of the latter...
///select execute(MOS_CAL) from inputFiles where RAW.TYPE=="MOS_STDCAL"
///  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.MASK1.ID,INS.MASK2.ID,INS.MASK3.ID,INS.MASK4.ID,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
///...done...and it works fine!
select execute(STD_MOS) from inputFiles where RAW.TYPE=="STD_MOS"
  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.MASK1.ID,INS.MASK2.ID,INS.MASK3.ID,INS.MASK4.ID,OCS.CON.QUAD,ARCFILE;
select execute(IFU_CAL) from inputFiles where RAW.TYPE=="IFU_CAL"
  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.IFUE.MAG,INS.IFUS.MODE,TPL.ID,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(STD_IFU) from inputFiles where RAW.TYPE=="STD_IFU"
  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.IFUE.MAG,INS.IFUS.MODE,TPL.ID,OCS.CON.QUAD,ARCFILE;
select execute(SCI_IMG) from inputFiles where RAW.TYPE=="SCI_IMG"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,OCS.CON.QUAD,ARCFILE;
select execute(SCI_Z_IMG) from inputFiles where RAW.TYPE=="SCI_Z_IMG"
  group by INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,OCS.CON.QUAD,ARCFILE;
select execute(SCI_MOS) from inputFiles where RAW.TYPE=="SCI_MOS"
  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.MASK1.ID,INS.MASK2.ID,INS.MASK3.ID,INS.MASK4.ID,TPL.START,OCS.CON.QUAD as (TPL_D,tpl);
select execute(SCI_IFU) from inputFiles where RAW.TYPE=="SCI_IFU"
  group by INS.GRIS1.NAME,INS.GRIS2.NAME,INS.GRIS3.NAME,INS.GRIS4.NAME,INS.FILT1.NAME,INS.FILT2.NAME,INS.FILT3.NAME,INS.FILT4.NAME,INS.IFUE.MAG,INS.IFUS.MODE,TPL.ID,OCS.CON.QUAD,ARCFILE;
action BIAS
{
/// include CCD_TABLE 
  minRet = 0; maxRet = 1;
  select file as CCD_TABLE from calibFiles where PRO.CATG=="CCD_TABLE" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmbias
  {
  }
  product MASTER_BIAS { PRO.CATG="MASTER_BIAS"; PRO.EXT="tpl_0000.fits";}
}
action DARK
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmdark {
  "--StackMethod=Median";
  "--CleanCosmic=true";
  "--CleanBadPixel=false";
  }
  product MASTER_DARK { PRO.CATG="MASTER_DARK"; PRO.EXT="tpl_0000.fits";}
}
action DETLIN_LO
{
  recipe detmon_opt_lg {
  "--llx=274";
  "--urx=1874";
  "--lly=320";
  "--ury=2120";
  }
}
action DETLIN_HI
{
  recipe detmon_opt_lg {
  "--llx=274";
  "--urx=1874";
  "--lly=1148";
  "--ury=2948";
  }
}
action MASK_TO_CCD
{
   minRet = 1; maxRet = 1;
   select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmmasktoccd;
}
action IFU_CAL
{
/// include CCD_TABLE 
  minRet = 1; maxRet = 1;
  select file as CCD_TABLE from calibFiles where PRO.CATG=="CCD_TABLE" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as LINE_CATALOG from calibFiles where PRO.CATG=="LINE_CATALOG" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.ID?=INS.GRIS1.ID and inputFile.INS.GRIS2.ID?=INS.GRIS2.ID and inputFile.INS.GRIS3.ID?=INS.GRIS3.ID and inputFile.INS.GRIS4.ID?=INS.GRIS4.ID ) and inputFile.INSTRUME==INSTRUME
  ;
 minRet = 1; maxRet = 1;
 select file as IFU_IDENT from calibFiles where PRO.CATG=="IFU_IDENT" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUS.MODE==INS.IFUS.MODE  and (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmifucalib {
  }
  product IFU_IDS { PRO.CATG="IFU_IDS"; PRO.EXT="tpl_0002.fits";}
  product IFU_TRACE { PRO.CATG="IFU_TRACE"; PRO.EXT="tpl_0004.fits";}
  product IFU_TRANSMISSION { PRO.CATG="IFU_TRANSMISSION"; PRO.EXT="tpl_0005.fits";}
}
action IMG_STAR_MATCH_TABLE
{
  minRet = 1; maxRet = 16;
  select file as IMG_STAR_MATCH_TABLE from calibFiles where PRO.CATG=="IMG_STAR_MATCH_TABLE" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and (MJD-OBS - inputFile.MJD-OBS < 0.5) and (MJD-OBS - inputFile.MJD-OBS > -0.1) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as PHOTOMETRIC_TABLE from calibFiles where PRO.CATG=="PHOTOMETRIC_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME==INS.FILT1.NAME or inputFile.INS.FILT2.NAME==INS.FILT2.NAME or inputFile.INS.FILT3.NAME==INS.FILT3.NAME or inputFile.INS.FILT4.NAME==INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimcalphot {
  "--Extinction=false";
  "--ColorTerm=false";
  }
}
action SCI_IFU
{
/// include CCD_TABLE 
  minRet = 1; maxRet = 1;
  select file as CCD_TABLE from calibFiles where PRO.CATG=="CCD_TABLE" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_IDS from calibFiles where PRO.CATG=="IFU_IDS" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INS.IFUS.MODE==INS.IFUS.MODE and OBS.ID==inputFile.OBS.ID and MJD-OBS > inputFile.MJD-OBS and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_TRACE from calibFiles where PRO.CATG=="IFU_TRACE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INS.IFUS.MODE==INS.IFUS.MODE and OBS.ID==inputFile.OBS.ID and MJD-OBS > inputFile.MJD-OBS and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_TRANSMISSION from calibFiles where PRO.CATG=="IFU_TRANSMISSION" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INS.IFUS.MODE==INS.IFUS.MODE and OBS.ID==inputFile.OBS.ID and MJD-OBS > inputFile.MJD-OBS and inputFile.INSTRUME==INSTRUME
  ;
///  minRet = 1; maxRet = 1;
///  select file as IFU_MASTER_RESPONSE from calibFiles where PRO.CATG=="IFU_MASTER_RESPONSE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INSTRUME==INSTRUME
///  ;
  minRet = 1; maxRet = 1;
  select file as EXTINCT_TABLE from calibFiles where PRO.CATG=="EXTINCT_TABLE" and (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_SPECPHOT_TABLE_MASSOC from calibFiles where PRO.CATG=="IFU_SPECPHOT_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INSTRUME==INSTRUME
  ;
 /// minRet = -1; maxRet = 0;
 /// select file as IFU_STANDARD_REDUCED_MASSOC from calibFiles where PRO.CATG=="IFU_STANDARD_REDUCED" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INSTRUME==INSTRUME
///  ;
///  minRet = 1; maxRet = 1;
///  select file as IFU_STD_FOV_MASSOC from calibFiles where PRO.CATG=="IFU_STD_FOV" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INSTRUME==INSTRUME
///  ; 
  recipe vmifuscience {
    "--CalibrateFlux=true";
  } 
  product IFU_FOV { PRO.CATG="IFU_FOV"; PRO.EXT="tpl_0000.fits";}
  product IFU_SCIENCE_FLUX_REDUCED { PRO.CATG="IFU_SCIENCE_FLUX_REDUCED"; PRO.EXT="tpl_0001.fits";}
  product IFU_SCIENCE_REDUCED { PRO.CATG="IFU_SCIENCE_REDUCED"; PRO.EXT="tpl_0002.fits";}
  product IFU_SKY_IDS { PRO.CATG="IFU_SKY_IDS "; PRO.EXT="tpl_0003.fits";}
  product IFU_SKY_TRACE { PRO.CATG="IFU_SKY_TRACE "; PRO.EXT="tpl_0004.fits";}
}
action SCI_IMG
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IMG_MASTER_SKY_FLAT from calibFiles where PRO.CATG=="IMG_MASTER_SKY_FLAT" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as PHOT_COEFF_TABLE from calibFiles where PRO.CATG=="PHOT_COEFF_TABLE" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 8;
  select file as IMG_STANDARD_REDUCED_MASSOC from calibFiles where PRO.CATG=="IMG_STANDARD_REDUCED" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimobsstare {
    "--CleanBadPixel=false";
    "--CleanCosmic=false";
    "--SearchRadius=6";
    "--SExtractor.DetectThresh=5";
    "--SExtractor.DetectMinArea=10";
    "--SExtractor.Window=10,240,2000,2240";
    "--SExtractor.SaturLevel=40000";
  }
}
action SCI_Z_IMG
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IMG_MASTER_SKY_FLAT from calibFiles where PRO.CATG=="IMG_MASTER_SKY_FLAT" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 8;
  select file as IMG_STANDARD_REDUCED_MASSOC from calibFiles where PRO.CATG=="IMG_STANDARD_REDUCED" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimobsstare {
    "--CleanBadPixel=false";
    "--CleanCosmic=false";
    "--SearchRadius=6";
    "--SExtractor.DetectThresh=5";
    "--SExtractor.DetectMinArea=10";
    "--SExtractor.Window=10,240,2000,2240";
    "--SExtractor.SaturLevel=40000";
  }
}
action SFLAT_IMG
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimflatscreen {
  "--CleanCosmic=false";
  "--CleanBadPixel=false";
  "--StackMethod=Average";
  }
  product IMG_MASTER_SCREEN_FLAT { PRO.CATG="IMG_MASTER_SCREEN_FLAT"; PRO.EXT="tpl_0000.fits";}
}
action MOS_CAL
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as LINE_CATALOG from calibFiles where PRO.CATG=="LINE_CATALOG" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.ID?=INS.GRIS1.ID and inputFile.INS.GRIS2.ID?=INS.GRIS2.ID and inputFile.INS.GRIS3.ID?=INS.GRIS3.ID and inputFile.INS.GRIS4.ID?=INS.GRIS4.ID ) and inputFile.INSTRUME==INSTRUME
  ;
///Associate the arc explicitely and not only if it's taken in the same template as flats like in the latest ops rules...
  minRet = 1; maxRet = 1;
  select file as MOS_CAL_ARC from inputFiles where RAW.TYPE=="MOS_CAL_ARC" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME and inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME and inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and inputFile.INSTRUME==INSTRUME ;
///...done!
  minRet = 1; maxRet = 1;
  select file as CONFIG_TABLE from calibFiles where PRO.CATG=="CONFIG_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME; /// and MJD-OBS < inputFile.MJD-OBS ; /// The config_tables distributed with the pipeline don't have mjd-obs in the header and CalSelector doesn't always deliver them, so this last condition is commented out.
  recipe vmmoscalib {
  "--check=true";
  }
  product MOS_DISP_COEFF { PRO.CATG="MOS_DISP_COEFF"; PRO.EXT="tpl_0000.fits";}
  product MOS_CURV_COEFF { PRO.CATG="MOS_CURV_COEFF"; PRO.EXT="tpl_0001.fits";}
  product MOS_SLIT_LOCATION { PRO.CATG="MOS_SLIT_LOCATION"; PRO.EXT="tpl_0002.fits";}
  product MOS_MASTER_SCREEN_FLAT { PRO.CATG="MOS_MASTER_SCREEN_FLAT"; PRO.EXT="tpl_0003.fits";}
  product MOS_ARC_SPECTRUM_EXTRACTED { PRO.CATG="MOS_ARC_SPECTRUM_EXTRACTED"; PRO.EXT="tpl_0004.fits";}
}
action SKYFLAT
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimflatsky {
  "--StackMethod=Median";
  "--CleanCosmic=false";
  "--CleanBadPixel=false";
  }
  product IMG_MASTER_SKY_FLAT { PRO.CATG="IMG_MASTER_SKY_FLAT"; PRO.EXT="tpl_0000.fits";}
}
action STD_IFU
{
/// include CCD_TABLE 
  minRet = 1; maxRet = 1;
  select file as CCD_TABLE from calibFiles where PRO.CATG=="CCD_TABLE" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_IDS from calibFiles where PRO.CATG=="IFU_IDS" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INS.IFUS.MODE==INS.IFUS.MODE and OBS.ID==inputFile.OBS.ID and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_TRACE from calibFiles where PRO.CATG=="IFU_TRACE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INS.IFUS.MODE==INS.IFUS.MODE and OBS.ID==inputFile.OBS.ID and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IFU_TRANSMISSION from calibFiles where PRO.CATG=="IFU_TRANSMISSION" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INS.IFUE.MAG==INS.IFUE.MAG and inputFile.INS.IFUS.MODE==INS.IFUS.MODE and OBS.ID==inputFile.OBS.ID and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as EXTINCT_TABLE from calibFiles where PRO.CATG=="EXTINCT_TABLE" and (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as STD_FLUX_TABLE from calibFiles where PRO.CATG=="STD_FLUX_TABLE" and inputFile.OBS.TARG.NAME==OBS.TARG.NAME and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmifustandard;
  product IFU_STD_FOV { PRO.CATG="IFU_STD_FOV"; PRO.EXT="0000.fits";}
  product IFU_SPECPHOT_TABLE { PRO.CATG="IFU_SPECPHOT_TABLE"; PRO.EXT="0004.fits";}
  product IFU_STANDARD_REDUCED { PRO.CATG="IFU_STANDARD_REDUCED"; PRO.EXT="0003.fits";}
}
action STD_IMG
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IMG_MASTER_SKY_FLAT from calibFiles where PRO.CATG=="IMG_MASTER_SKY_FLAT" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as PHOTOMETRIC_TABLE from calibFiles where PRO.CATG=="PHOTOMETRIC_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME==INS.FILT1.NAME or inputFile.INS.FILT2.NAME==INS.FILT2.NAME or inputFile.INS.FILT3.NAME==INS.FILT3.NAME or inputFile.INS.FILT4.NAME==INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as PHOTOMETRIC_CATALOG from calibFiles where PRO.CATG=="PHOTOMETRIC_CATALOG" and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimstandard {
    "--CleanBadPixel=false";
    "--CleanCosmic=false";
    "--SearchRadius=7.0";
    "--MinStars=1";
    "--StarIndex=0.01";
    "--ReduceAnyFrame=true";
    "--SExtractor.DetectThresh=10";
    "--SExtractor.SaturLevel=60000";
    "--SExtractor.PhotApertures=10";
    "--SExtractor.Window=150,240,1900,2240";
  }
  product IMG_STAR_MATCH_TABLE { PRO.CATG="IMG_STAR_MATCH_TABLE"; PRO.EXT="0000.fits";}
  product IMG_STANDARD_REDUCED { PRO.CATG="IMG_STANDARD_REDUCED"; PRO.EXT="0002.fits";}
}
action STD_Z_IMG
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as IMG_MASTER_SKY_FLAT from calibFiles where PRO.CATG=="IMG_MASTER_SKY_FLAT" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as EXTINCT_TABLE from calibFiles where PRO.CATG=="EXTINCT_TABLE" and (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as STD_FLUX_TABLE from calibFiles where PRO.CATG=="STD_FLUX_TABLE" and inputFile.OBS.TARG.NAME==OBS.TARG.NAME and inputFile.INSTRUME==INSTRUME
  ;
  recipe vmimstandard ;
  product IMG_STANDARD_REDUCED { PRO.CATG="IMG_STANDARD_REDUCED"; PRO.EXT="0002.fits";}
}
action STD_MOS
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as CONFIG_TABLE from calibFiles where PRO.CATG=="CONFIG_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME; /// and MJD-OBS < inputFile.MJD-OBS ; /// The config_tables distributed with the pipeline don't have mjd-obs in the header and CalSelector doesn't always deliver them, so this last condition is commented out.
  minRet = 1; maxRet = 1;
  select file as MOS_DISP_COEFF from calibFiles where PRO.CATG=="MOS_DISP_COEFF" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_CURV_COEFF from calibFiles where PRO.CATG=="MOS_CURV_COEFF" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_SLIT_LOCATION from calibFiles where PRO.CATG=="MOS_SLIT_LOCATION" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as EXTINCT_TABLE from calibFiles where PRO.CATG=="EXTINCT_TABLE" and (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as STD_FLUX_TABLE from calibFiles where PRO.CATG=="STD_FLUX_TABLE" and inputFile.OBS.TARG.NAME==OBS.TARG.NAME and inputFile.INSTRUME==INSTRUME
  ;
///Why is a master response needed to process the STD in Reflex??
///  minRet = 1; maxRet = 1;
///  select file as MOS_MASTER_RESPONSE from calibFiles where PRO.CATG=="MOS_MASTER_RESPONSE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME
///  ;
  recipe vmmosscience {
  "--qc=true";
  "--skyalign=0";
  "--flatfield=false";
  "--skymedian=true";
  "--skylocal=false";
  "--skyglobal=false";
  "--cosmics=false";
  "--ext_radius=15";
  "--photometry=true";
  }
  product MOS_STANDARD_REDUCED { PRO.CATG="MOS_STANDARD_REDUCED"; PRO.EXT="0000.fits";}
  product MOS_SPECPHOT_TABLE { PRO.CATG="MOS_SPECPHOT_TABLE"; PRO.EXT="0002.fits";}
}
action SCI_MOS
{
  minRet = 1; maxRet = 1;
  select file as MASTER_BIAS from calibFiles where PRO.CATG=="MASTER_BIAS" and inputFile.DET.READ.CLOCK==DET.READ.CLOCK and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as CONFIG_TABLE from calibFiles where PRO.CATG=="CONFIG_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME; /// and MJD-OBS < inputFile.MJD-OBS ; /// The config_tables distributed with the pipeline don't have mjd-obs in the header and CalSelector doesn't always deliver them, so this last condition is commented out.
  minRet = 1; maxRet = 1;
  select file as MOS_DISP_COEFF from calibFiles where PRO.CATG=="MOS_DISP_COEFF" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_CURV_COEFF from calibFiles where PRO.CATG=="MOS_CURV_COEFF" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_SLIT_LOCATION from calibFiles where PRO.CATG=="MOS_SLIT_LOCATION" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_MASTER_SCREEN_FLAT from calibFiles where PRO.CATG=="MOS_MASTER_SCREEN_FLAT" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME and inputFile.INSTRUME==INSTRUME
  ;
///Master response curve and Reflex: it seems that CalSelector doesn't always include it, plus, the vmmosscience recipe doesn't actually accept MOS_MASTER_RESPONSE as input...
///  minRet = 1; maxRet = 1; /// Replaced by:
  minRet = 0; maxRet = 1; ///
  select file as MOS_MASTER_RESPONSE from calibFiles where PRO.CATG=="MOS_MASTER_RESPONSE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as EXTINCT_TABLE from calibFiles where PRO.CATG=="EXTINCT_TABLE" and (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_ARC_SPECTRUM_EXTRACTED_MASSOC from calibFiles where PRO.CATG=="MOS_ARC_SPECTRUM_EXTRACTED" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and ( OBS.ID==inputFile.OBS.ID or (MJD-OBS < inputFile.MJD-OBS or MJD-OBS >= inputFile.MJD-OBS) ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_STANDARD_REDUCED_MASSOC from calibFiles where PRO.CATG=="MOS_STANDARD_REDUCED" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
  minRet = 1; maxRet = 1;
  select file as MOS_SPECPHOT_TABLE_MASSOC from calibFiles where PRO.CATG=="MOS_SPECPHOT_TABLE" and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.FILT1.NAME?=INS.FILT1.NAME and inputFile.INS.FILT2.NAME?=INS.FILT2.NAME and inputFile.INS.FILT3.NAME?=INS.FILT3.NAME and inputFile.INS.FILT4.NAME?=INS.FILT4.NAME ) and ( inputFile.INS.GRIS1.NAME?=INS.GRIS1.NAME and inputFile.INS.GRIS2.NAME?=INS.GRIS2.NAME and inputFile.INS.GRIS3.NAME?=INS.GRIS3.NAME and inputFile.INS.GRIS4.NAME?=INS.GRIS4.NAME ) and inputFile.INSTRUME==INSTRUME
  ;
///Association of the acquisition images is irrelevant for Reflex...
///  minRet = 0; maxRet = 64;
///  select file as ACQ_MOS_RASSOC from rawFiles where RAW.TYPE=="ACQ_MOS" and inputFile.OBS.ID==OBS.ID and inputFile.OCS.CON.QUAD==OCS.CON.QUAD and ( inputFile.INS.MASK1.ID?=INS.MASK1.ID and inputFile.INS.MASK2.ID?=INS.MASK2.ID and inputFile.INS.MASK3.ID?=INS.MASK3.ID and inputFile.INS.MASK4.ID?=INS.MASK4.ID ) and inputFile.INSTRUME==INSTRUME
///  ;
  recipe vmmosscience {
  "--qc=true";
  "--skyalign=-1";
  "--offset=4";
  "--ext_radius=10";
  "--photometry=true";
  }
}