FORS2 ALL CALSELECTOR calibration cascade

FORS2 ALL CALSELECTOR calibration cascade

DFOS_OPS \| CALCHECKER \| CALSELECTOR (current) \|\| select other instrument: OCA
OCA rule set:	FORS2_raw2master.2015-05-20.RLS \| other versions
Start-date:	2015-05-20
Type of rule set:	CALSELECTOR (raw2master type of association; versioning supported)
Sub-cascades:	ALL SCI_IMG \| SCI_LSS \| SCI_MOS \| SCI_MXU \| SCI_IPOL \| SCI_PMOS \| SCI_HIT \| SCI_HIT_S \| SCI_HIT_MS
General comment:	re-designed pipeline v.5.0+ under construction; only raw calibs offered; some master calibs not ready for processing science

Mouse over ...
- a RAW_TYPE to see the classification rule (M marks a multiple definition)
- a grouping rule to see the complete grouping rule
- a matching rule (e.g. '1,1') to see the product matching rule.
Product tags etc. might be cut off, in that case mouse over the cell to see the full entry.
EXPOSE: marks those non-SCIENCE RAW_TYPEs which can be exceptionally exposed to CALSELECTOR.

Time match rules:
GT: no validity for this static mcalib defined
T: no validity for this mcalib defined
< PREVIOUS time match
||-7.0/+7.0 calib_plan validity (best mjd_obs time difference) and extended validity defined
(-2.0/+2.0) calib_plan validity not defined, only extended validity (maximum mjd_obs time difference)
[-2.0/+2.0] calib_plan validity defined, but no extended validity

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RAW_TYPE ACQ_PMOS_SKY ACQ_PMOS_SLIT ACQ_IPOL ACQ_MOS_SKY ACQ_MOS_SLIT ACQ_MXU_SKY ACQ_MXU_SLIT ACQ_LSS_SKY ACQ_LSS_SLIT ACQ_HIT_SKY ACQ_HIT_SLIT ACQ_HIT_MS_SKY ACQ_HIT_MS_SLIT ACQ_HIT_S_SKY ACQ_HIT_S_SLIT ACQ_IMG BIAS WAVE_HIT_S FLAT_HIT_S WAVE_HIT_MS FLAT_HIT_MS LAMP_LSS M LAMP_MOS M LAMP_PMOS M LAMP_MXU M LAMP_MXU M LAMP_MXU_DIST M FLAT_SKY STD_IMA STD_IPOL STD_LSS_C1 STD_LSS_C2 STD_PMOS_C1 STD_PMOS_C2 STD_MOS_C1 STD_MOS_C2 SCI_IMG_2x2_low SCI_IMG_other SCI_HIT SCI_HIT_S SCI_HIT_MS SCI_LSS_2x2_high_C1 SCI_LSS_2x2_high_C2 SCI_LSS_other SCI_MOS_2x2_high_C1 SCI_MOS_2x2_high_C2 SCI_MOS_other SCI_MXU_2x2_high_C1 SCI_MXU_2x2_high_C2 SCI_MXU_other SCI_IPOL_C_2x2_low SCI_IPOL_L_2x2_low SCI_IPOL_C_other SCI_IPOL_L_other SCI_PMOS_C1 SCI_PMOS_C2

DO_CLASS ACQUISIT_PMOS_SKY ACQUISIT_PMOS_SLIT ACQUISIT_IPOL ACQUISIT_MOS_SKY ACQUISIT_MOS_SLIT ACQUISIT_MXU_SKY ACQUISIT_MXU_SLIT ACQUISIT_LSS_SKY ACQUISIT_LSS_SLIT ACQUISIT_HIT ACQUISIT_HIT_MS ACQUISIT_HIT_MS ACQUISIT_HIT_MS ACQUISIT_HIT_S ACQUISIT_HIT_S ACQUISIT_IMG BIAS WAVE_HIT_S SCREEN_FLAT_HIT_S WAVE_HIT_MS SCREEN_FLAT_HIT_MS LAMP_LSS,
SCREEN_FLAT_LSS LAMP_MOS,
SCREEN_FLAT_MOS LAMP_PMOS,
SCREEN_FLAT_PMOS LAMP_MXU,
SCREEN_FLAT_MXU LAMP_MXU,
SCREEN_FLAT_MXU LAMP_MXU,
SCREEN_FLAT_MXU LAMP_MXU,
SCREEN_FLAT_MXU LAMP_MXU,
SCREEN_FLAT_MXU SKY_FLAT_IMG STANDARD_IMG STANDARD_IPOL STANDARD_LSS STANDARD_LSS STANDARD_PMOS STANDARD_PMOS STANDARD_MOS STANDARD_MOS SCIENCE_IMG SCIENCE_IMG SCIENCE_HIT SCIENCE_HIT_S SCIENCE_HIT_MS SCIENCE_LSS SCIENCE_LSS SCIENCE_LSS SCIENCE_MOS SCIENCE_MOS SCIENCE_MOS SCIENCE_MXU SCIENCE_MXU SCIENCE_MXU SCIENCE_IPOL SCIENCE_IPOL SCIENCE_IPOL SCIENCE_IPOL SCIENCE_PMOS SCIENCE_PMOS

CATG ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION ACQUISITION CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB CALIB EXPOSE CALIB EXPOSE CALIB CALIB SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE SCIENCE

Grouping rule single single single single single single single single single single single single single single single single TPL_A single TPL_A single TPL_A TPL_A TPL_A TPL_A TPL_A TPL_A TPL_A TPL_A TPL_A TPL_A single TPL_A single single TPL_A TPL_A single single single single single single single single single single single single single single single single TPL_A TPL_A TPL_A TPL_A TPL_A TPL_A

Recipe none none none none none none none none none none none none none none none none fors_bias none none none none fors_calib fors_calib fors_pmos_calib fors_calib fors_calib fors_calib fors_calib fors_calib fors_img_sky_flat fors_zeropoint none fors_science fors_science fors_pmos_science fors_pmos_science fors_science fors_science fors_img_basic_science fors_img_basic_science none none none fors_science fors_science fors_science fors_science fors_science fors_science fors_science fors_science fors_science none none none none fors_pmos_science fors_pmos_science

Index 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Calibration cascade:

static mcalibs: master calibs:

1 GRISM_TABLE 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 <

2 MASTER_LINECAT 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 <

3 MASTER_DISTORTION_TA... 1,1 < 1,1 < 1,1 <

4 DETECTOR_ILLUMINATED... 1,1 < 1,1 <

5 EXTINCTION_PER_NIGHT 0,1 ? 0,1 GT

6 PHOT_COEFF_TABLE 0,1 ? 0,1 GT

7 PHOT_TABLE 1,1 < 1,1 < 1,1 <

8 STATIC_PHOT_COEFF_TA... 1,1 < 1,1 <

9 AUTO_MOLECULES 0,1 < 0,1 < 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT

10 EOP_PARAM 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT

11 EXTINCT_TABLE 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 < 1,1 <

12 GLOBAL_DISTORTION_TA... 0,1 < 0,1 < 0,1 <

13 MASTER_SPECPHOT_TABL... 0,1 < 0,1 < 0,1 < 0,1 < 0,1 < 0,1 < 1,1 < 1,1 < 1,1 <

14 MOLECULES 0,1 < 0,1 < 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT

15 MOLECULE_ATLAS 0,1 < 0,1 < 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT

16 WAVE_INCLUDE 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT

17 MASTER_SKYLINECAT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT 0,1 GT

18 RETARDER_WAVEPLATE_C... 1,1 < 0,1 < 1,1 < 1,1 <

20 FLX_STD_IMG 1,1 <

21 STD_FLUX_TABLE 0,1 GT 0,1 GT 0,1 <

22 TELLURIC_CONTAMINATI... 0,1 < 0,1 < 0,1 < 0,1 <

23 FIT_POINT_CATALOG 0,1 GT 0,1 GT

24 STD_FLUX_CATALOG 0,1 GT 0,1 GT

25 STD_PMOS_TABLE 1,1 <

26 MASTER_BIAS 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5 1,1 ||-5/+5

27 DISP_COEFF_HIT_S 1,1 ||-3/+3

28 MASTER_NORM_FLAT_HIT... 1,1 ||-3/+3

29 DISP_COEFF_HIT_MS 1,1 ||-3/+3

30 MASTER_NORM_FLAT_HIT... 1,1 ||-3/+3

31 DISP_COEFF_LSS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

32 FLAT_SED_LSS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

33 MASTER_NORM_FLAT_LSS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

34 SLIT_LOCATION_LSS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

35 CURV_COEFF_MOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

36 DISP_COEFF_MOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

37 FLAT_SED_MOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

38 MASTER_NORM_FLAT_MOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

39 SLIT_LOCATION_MOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

40 SPATIAL_MAP_MOS 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

41 WAVELENGTH_MAP_MOS 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

42 CURV_COEFF_PMOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

43 DISP_COEFF_PMOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

44 MASTER_NORM_FLAT_PMO... 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

45 SLIT_LOCATION_PMOS 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

46 SPATIAL_MAP_PMOS 0,1 ||-3/+3 MASSOC 0,1 ||-3/+3 MASSOC

47 WAVELENGTH_MAP_PMOS 0,1 ||-3/+3 MASSOC 0,1 ||-3/+3 MASSOC

48 CURV_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

49 DISP_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

50 FLAT_SED_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

51 MASTER_NORM_FLAT_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

52 SLIT_LOCATION_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

53 SPATIAL_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

54 WAVELENGTH_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

55 CURV_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

56 DISP_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

57 FLAT_SED_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

58 MASTER_NORM_FLAT_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

59 SLIT_LOCATION_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

60 SPATIAL_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

61 WAVELENGTH_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

62 CURV_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

63 DISP_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

64 FLAT_SED_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

65 MASTER_NORM_FLAT_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

66 SLIT_LOCATION_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

67 SPATIAL_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

68 WAVELENGTH_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

69 CURV_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

70 DISP_COEFF_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

71 FLAT_SED_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

72 MASTER_NORM_FLAT_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

73 SLIT_LOCATION_MXU 1,1 ||-3/+3 1,1 ||-3/+3 1,1 ||-3/+3

74 SPATIAL_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

75 WAVELENGTH_MAP_MXU 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC 1,1 ||-3/+3 MASSOC

76 MASTER_SKY_FLAT_IMG 1,1 ||-14/+14 1,1 ||-14/+14 1,1 ||-14/+14 0,1 ||-14/+14 1,1 ||-14/+14 1,1 ||-14/+14 1,1 ||-14/+14 0,1 ||-14/+14 0,1 ||-14/+14

77 ALIGNED_PHOT 0,10 ||-0.5/+0.5 MASSOC 0,10 ||-0.5/+0.5 MASSOC

78 PHOT_BACKGROUND_STD_... 0,10 ||-0.5/+0.5 MASSOC 0,10 ||-0.5/+0.5 MASSOC

79 SOURCES_STD_IMG 0,10 ||-0.5/+0.5 MASSOC 0,10 ||-0.5/+0.5 MASSOC

80 STANDARD_REDUCED_IMG 0,10 ||-0.5/+0.5 MASSOC 0,10 ||-0.5/+0.5 MASSOC

81 STANDARD_REDUCED_IPO... 1,5 ||-15/+15 MASSOC 1,5 MASSOC

82 MAPPED_ALL_STD_LSS 0,3 ||-7/+7 MASSOC

83 REDUCED_ERROR_STD_LS... 0,3 ||-7/+7 MASSOC

84 REDUCED_SKY_STD_LSS 0,3 ||-7/+7 MASSOC

85 REDUCED_STD_LSS 0,3 ||-7/+7 MASSOC

86 REDUCED_STD_LSS_C2 0,3 ||-7/+7 MASSOC

87 DISP_COEFF_STD_PMOS

88 MAPPED_ALL_STD_PMOS 0,10 ||-7/+7 MASSOC

89 OBJECT_TABLE_POL_STD...

90 REDUCED_ANGLE_STD_PM...

91 REDUCED_ERROR_ANGLE_...

92 REDUCED_ERROR_L_STD_...

93 REDUCED_ERROR_Q_STD_...

94 REDUCED_ERROR_STD_PM...

95 REDUCED_ERROR_U_STD_...

96 REDUCED_ERROR_V_STD_...

97 REDUCED_L_STD_PMOS

98 REDUCED_NUL_L_STD_PM...

99 REDUCED_NUL_Q_STD_PM...

100 REDUCED_NUL_U_STD_PM...

101 REDUCED_NUL_V_STD_PM...

102 REDUCED_Q_STD_PMOS

103 REDUCED_SKY_STD_PMOS

104 REDUCED_STD_PMOS 0,10 ||-7/+7 MASSOC

105 REDUCED_U_STD_PMOS

106 REDUCED_V_STD_PMOS

107 SKY_SHIFTS_SLIT_STD_...

108 WAVELENGTH_MAP_STD_P...

109 REDUCED_STD_PMOS 0,10 ||-7/+7 MASSOC

110 MAPPED_ALL_STD_MOS

111 REDUCED_ERROR_STD_MO...

112 REDUCED_SKY_STD_MOS

113 REDUCED_STD_MOS

114 SPECPHOT_TABLE 1,1 ||-7/+7 1,1 ||-7/+7 0,1 ||-7/+7 1,1 ||-7/+7 1,1 ||-7/+7 0,1 ||-7/+7 1,1 ||-7/+7 1,1 ||-7/+7 0,1 ||-7/+7

115 REDUCED_STD_MOS_C2

116 MASTER_SCI_IMG_2x2_l...

117 MASTER_SCI_IMG_other

118 MASTER_SCI_HIT

119 MASTER_SCI_HIT_S

120 MASTER_SCI_HIT_MS

121 MASTER_SCI_LSS_2x2_h...

122 MASTER_SCI_LSS_2x2_h...

123 MASTER_SCI_MOS_2x2_h...

124 MASTER_SCI_MOS_2x2_h...

125 MASTER_SCI_MOS_other

126 MASTER_SCI_MXU_2x2_h...

127 MASTER_SCI_MXU_2x2_h...

128 MASTER_SCI_MXU_other

129 MASTER_SCI_IPOL_C_2x...

130 MASTER_SCI_IPOL_L_2x...

131 MASTER_SCI_IPOL_C_ot...

132 MASTER_SCI_IPOL_L_ot...

133 MASTER_SCI_PMOS_C1

134 MASTER_SCI_PMOS_C2

Comments:

arc and flat calibrations arc and flat calibrations arc and flat calibrations arc and flat calibrations arc and flat calibrations arc and flat calibrations arc and flat calibrations special dist mask calibration, currently used as static GLOBAL_DIST... products of the optional flux standard star acquired with LSS (not MOS) placeholder for the raw frames of chip 2 products of the polarimetric standard star acquired on chip 1 placeholder for the raw frames of chip 2 products of the flux standard star acquired on chip 1 placeholder for the raw frames of chip 2, only from chip1 used in cascade standard setup, sky flats and standard stars mandatory sky flats and standard stars optional flux standard in chip 1 required chip 2 is not flux calibrated covers all other setups flux standard in chip 1 required chip 2 is not flux calibrated covers all other setups flux standard in chip 1 required chip 2 is not flux calibrated covers all other setups polarimetric standard in chip 1 required

Analysis (technical consistency checks):

raw_type* (CALIB only) n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a OK OK OK OK OK OK OK OK OK OK OK OK not used OK OK OK OK OK OK OK OK OK n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a

mcalibs** n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a n/a OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK REDUCED_STD_PMOS_C2

powered by QC [createCalibMap v2.1.1] last update: 2025-03-13T10:05:43

*raw_type: is raw_type used in cascade? (CALIB only)
**mcalibs: are all required mcalibs, per raw_type, somewhere listed as products?
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