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  \section{ \texttt{tiptiltCtrlSetup } }


        \begin{description}
          \item[ABSOLUTE] Absolute \\ True: absolute. False: relative. 
          \item[METRIC] Optimization metric \\ Optimization metric: minimizing Strehl ratio or Encircled Energy fraction 
Allowed options for this parameters are:
\begin{itemize}
  \item EE_frac
  \item Strehl
\end{itemize}
          \item[REPEAT] Repeat \\ Repeat. 
          \item[SLOPE_Y] Slope Angle Y \\ Slope angle in deg with respect to Y axis, clockwise. 
          \item[STEP] STEP \\ STEP: Step of tip or tilt appiled to DM (STEP 0.01 = 1/2 pix movement on SCICAM). 
          \item[TTACTUATORMAPFILE] TipTilt Actuator Map File \\ Actuator map file. 
          \item[TTACTUATORSIGNMAPFILE] TipTilt Actuator Sign Map File \\ Actuator sign map file. 
          \item[TTBIASFILE] TipTilt Bias File \\ Bias File. 
          \item[TTCAMCMD] TipTilt Camera Command \\ Technical camera command. 
          \item[TTCAMTINT] TipTilt Camera Integration Time \\ Camera integration time. 0.0: minimum value. 
          \item[TTCENTROIDGAINX] TipTilt Gain on Centroid X \\ TipTilt gain on centroid X-direction. 
          \item[TTCENTROIDGAINY] TipTilt Gain on Centroid Y \\ TipTilt gain on centroid Y-direction. 
          \item[TTCENTROIDORIGX] TipTilt Centroid X Origin \\ X origin position in [-1, 1] coordinates. 
          \item[TTCENTROIDORIGY] TipTilt Centroid Y Origin \\ Y origin position in [-1, 1] coordinates. 
          \item[TTDIAGDECIMATION] TipTilt Diagnostic Decimation \\ Diagnostic decimation factor. 0: minimum value, 65535: maximum value. 
          \item[TTDIAGENABLED] TipTilt Diagnostic Enabled \\ Enable diagnostic on BCU. 
          \item[TTDIAGRECORDIPV4] TipTilt Diagnostic Record IP \\ IP address of host to receive diagnostic. 
          \item[TTDIAGRECORDMAC] TipTilt Diagnostic Record MAC \\ MAC address of host to receive diagnostic. 
          \item[TTDIAGRECORDPORT] TipTilt Diagnostic Record Port \\ Diagnostic record port. 1: minimum value, 65535: maximum value. 
          \item[TTDMFLATFILE] TipTilt DM Flat File \\ Flat file. 
          \item[TTDMMAXPOWER] TipTilt DM Maximum Power \\ Maximum power allowed to DM. 0.0: minimum value, 40.0: maximum value. 
          \item[TTDMMODESNUM] TipTilt DM Modes Number \\ Number of modes in zonal influence matrix. 2: minimum value, 128: maximum value. 
          \item[TTDMMODES] TipTilt DM Modes \\ DM modes. 
          \item[TTDMOUTPUTENABLED] TipTilt DM Output Enabled \\ 1: Deformable mirror output enabled. 
          \item[TTFRAMERATE] TipTilt Frame Rate \\ Frame Rate for technical camera. 1: minimum value, 2000: maximum value. 
          \item[TTHISTORYENABLED] TipTilt History Enabled \\ 1: enabled history file. 
          \item[TTJUMBOFRAMESENABLED] TipTilt Jumbo Frames \\ 1: Jumbo frames enabled. 0: Jumbo frames are not enabled. 
          \item[TTLOOPENABLED] TipTilt Loop Enabled \\ 1: control loop enabled. 
          \item[TTLOOPMODE] TipTilt Loop Mode \\ Loop mode. 1: minimum value. 
          \item[TTM2CFILE] TipTilt Mirror 2 File \\ Mirror 2 file. 
          \item[TTMASTERDECENABLED] TipTilt Master Decimation Enabled \\ 1: Master decimation enabled, 0: Master decimation not enabled. 
          \item[TTMASTERDECIMATION] TipTilt Master Decimation \\ Master decimation factor on diagnostic. 0: minimum value, 65535: maximum value. 
          \item[TTMAXCENTROIDVAL] TipTilt Maximum Centroid Value \\ Maximum centroid value. 
          \item[TTMAXTTCOMMAND] TipTilt Maximum Command \\ Maximum tiptilt command. 
          \item[TTMINCENTROIDVAL] TipTilt Minimum Centroid Value \\ Minimum centroid value. 
          \item[TTMINTHRESHOLD] TipTilt Minimum Threshold \\ Minimum Threshold. 0.0: minimum value. 
          \item[TTMINTTCOMMAND] TipTilt Minimum Command \\ Minimum tiptilt command. 
          \item[TTNSLOPEPIXELS] TipTilt Slope Pixels \\ Slope Pixels. 
          \item[TTPIDPAR] PID Parameters \\ PID Parameters 
          \item[TTPIXELDECIMATION] TipTilt Pixel Decimation \\ Frame saving decimation factor. 0: minimum value, 65535: maximum value 
          \item[TTPIXELENABLED] TipTilt Pixel Enabled \\ 1: saving frames on memory enabled. 
          \item[TTPIXELGAINFILE] TipTilt Pixel Gain File \\ Gain factor for each pixel in which centroid is calculated. 
          \item[TTPIXELGAINMODE] TipTilt Pixel Gain Mode \\ Enumerated pixel gain mode. 
Allowed options for this parameters are:
\begin{itemize}
  \item FILEGAIN
  \item FLATGAIN
  \item GAUSSGAIN
  \item POINTGAIN
\end{itemize}
          \item[TTPIXELGAINRADIUS] TipTilt point gain radius \\ Point gain radius. 
          \item[TTPOINTGAINY] TipTilt Point gain Y \\ Point gai center y. 
          \item[TTPXTODSM] TipTilt PX To DSM \\ 1: Transfered pixels to DSM memory. 
          \item[TTRTCMDENABLED] TipTilt RTC Command Enabled \\ 1: Real Time Computer command enabled. 
          \item[TTSAVEALLFRAMES] TipTilt Save All Frames \\ Save all the Frames. 
          \item[TTSAVEASBIAS] TipTilt Save Bias \\ 1: Saved as bias frames. 0: bias frames will be not saved. 
          \item[TTTEMPCRED] Cred Temperature \\ Cred Temperature in Celsius. 
Allowed options for this parameters are:
\begin{itemize}
  \item -15
  \item -40
\end{itemize}
          \item[TTTESTTIME] TipTilt Test Time \\ Duration of time history-based on lab test in microseconds. 2000: minimum value, 60000000: maximum value. 
          \item[TTTIMEHISTLEN] TipTilt Time History Length \\ Number of history lines, if history is enabled. 
          \item[TTTIMEHISTORYFILE] TipTilt Time Histort File \\ History time file. 
          \item[TTUPDATEBIAS] TipTilt Update Current bias \\ 1: Update bias on RTC. 0: Do not update bias on RTC. 
          \item[TTWINCOLS] TipTilt Window Columns \\ Number of columns for technical camera windowing. 8: minimum value, 512: maximum value. 
          \item[TTWINCOORDX] TipTilt Window Coordinate X \\ Distance in rows from first px in full frame. 0: minimum value, 640: maximum value. 
          \item[TTWINCOORDY] TipTilt Window Coordinate Y \\ Distance in columns from first px in full frame. 0: minimum value, 512: maximum value. 
          \item[TTWINROWS] TipTilt Window Rows \\ Number of rows for technical camera windowing. 4: minimum value, 640: maximum value. 
          \item[VECTOR_10] Coma X \\ Coma X. positive: to left, negative: to right. 
          \item[VECTOR_11] TriY \\ Trefoil Y. 
          \item[VECTOR_12] TriO \\ Trefoil X. 
          \item[VECTOR_13] Spherical \\ Spherical. 
          \item[VECTOR_14] Astigmatism Y II \\ Astigmatism Y II. 
          \item[VECTOR_15] Astigmatism O II \\ Astigmatism O II. 
          \item[VECTOR_16] Tetrafoil Y \\ Tetrafoil Y. 
          \item[VECTOR_17] Tetrafoil X \\ Tetrafoil X. 
          \item[VECTOR_18] Coma X II \\ Coma X II. 
          \item[VECTOR_19] Coma Y II \\ Coma Y II. 
          \item[VECTOR_1] Reserved Tip \\ Tip reserved by the RTC. 
          \item[VECTOR_20] Trefoil O II \\ Trefoil O II. 
          \item[VECTOR_21] Trefoil Y II \\ Trefoil Y II. 
          \item[VECTOR_22] Penta Y \\ Pentafoil Y. 
          \item[VECTOR_23] Penta X \\ Pentafoil X. 
          \item[VECTOR_24] Spherical II \\ Spherical II. 
          \item[VECTOR_25] Astigmatism O III \\ Astigmatism O III. 
          \item[VECTOR_26] Astigmatism Y III \\ Astigmatism Y III. 
          \item[VECTOR_27] Tet O II \\ Tetrafoil O II. 
          \item[VECTOR_28] Tet Y II \\ Tetrafoil Y II. 
          \item[VECTOR_29] Esa Y \\ Esafoil Y 
          \item[VECTOR_2] Reserved Tilt \\ Tilt reserved by the RTC. 
          \item[VECTOR_30] Esa X \\ Esafoil X. 
          \item[VECTOR_31] Com Y III \\ Coma Y III 
          \item[VECTOR_32] Com X III \\ Coma X III. 
          \item[VECTOR_33] Trefoil Y III \\ Trefoil Y III. 
          \item[VECTOR_34] Trefoil O III \\ Trefoil O III. 
          \item[VECTOR_35] Pentafoil X II \\ Pentafoil X II. 
          \item[VECTOR_36] Pentafoil Y II \\ Pentafoil Y II. 
          \item[VECTOR_37] Epta Y \\ Eptafoil Y. 
          \item[VECTOR_38] Epta X \\ Eptafoil X. 
          \item[VECTOR_3] Tip \\ Tip. positive: down, negative: up. 
          \item[VECTOR_4] Tilt \\ Tilt. positive: to right, negative: to right. 
          \item[VECTOR_5] Piston \\ Piston 
          \item[VECTOR_6] Defocus \\ Defocus. 
          \item[VECTOR_7] AstO \\ Astigmatism O. 
          \item[VECTOR_8] AstY \\ Astigmatism Y. 
          \item[VECTOR_9] ComY \\ Coma Y. positive: down, negative: up. 
          \item[X_DISPLACEMENT_MAS] Displacement on X axis in mas \\ Displacement on X axis in mas. 
          \item[Y_DISPLACEMENT_MAS] Displacement on Y axis in mas \\ Displacement on Y axis in mas. 
        \end{description}

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  \section{ \texttt{instrumentSetup } }


        \begin{description}
          \item[ADC1_PosAng] ADC1 Position Angle \\ ADC1 prisms position angle. Value must be float. 
Allowed options for this parameters are:
\begin{itemize}
  \item min_disp
  \item other
\end{itemize}
          \item[ADC2_PosAng] ADC2 Position Angle \\ ADC2 prisms position angle. Value must be float. 
Allowed options for this parameters are:
\begin{itemize}
  \item min_disp
  \item other
\end{itemize}
          \item[ADC_Mode] ADC Mode \\ Atmospheric dispersion corrector mode (2 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item OFF
  \item ON
\end{itemize}
          \item[ADC_Offset] ADC Offset for Rotation \\ Specify the type of rotation between the ADCs (3 options). None: nothing is done, COROT_Offset: co-rotation, COUNTER_Offset: counter rotation. 
Allowed options for this parameters are:
\begin{itemize}
  \item COROT_Offset
  \item COUNTER_Offset
  \item None
\end{itemize}
          \item[AMOUNT] AMOUNT \\ AMOUNT. 
          \item[APODIZER_W] Apodizer Wheel \\ Apodizer wheel (8 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item HOLE
  \item HOLE2
  \item HOLE3
  \item Lens_PD_neg
  \item Lens_PD_pos
  \item SP1_APO
  \item SP2a_APO
  \item SP2b_APO
\end{itemize}
          \item[CAL_FF_LAMP] Calibration FlatField Lamp \\ Calibration flatfield lamp (2 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item OFF
  \item ON
\end{itemize}
          \item[CAL_FIBER_DEFOCUS_LAMP] Calibration Fiber Defocus Lamp \\ Calibration fiber defocus lamp (2 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item OFF
  \item ON
\end{itemize}
          \item[CAL_FIBER_DEP] Calibration Fiber Deployer \\ Calibration fiber deployer. 
Allowed options for this parameters are:
\begin{itemize}
  \item DEFOCUS_IN
  \item FOCUS_IN
  \item NO_FIBERS
\end{itemize}
          \item[CAL_FIBER_FOCUS_LAMP] Calibration Fiber Focus Lamp \\ Calibration fiber focus lamp (2 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item OFF
  \item ON
\end{itemize}
          \item[CAL_FILTER_DEP] Calibration Filter Deployer \\ Calibration Filter Deployer (2 positions). IN: closed, OUT: opened. 
Allowed options for this parameters are:
\begin{itemize}
  \item IN
  \item OUT
\end{itemize}
          \item[CAL_MIRROR_DEP] Calibration Mirror Deployer \\ Calibration mirror deployer (2 positions). IN: closed, OUT: opened. 
Allowed options for this parameters are:
\begin{itemize}
  \item IN
  \item OUT
\end{itemize}
          \item[CORO_SLIT_W] Coronagraphic Slit Wheel \\ Coronagraphic masks and slits wheel (9 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item FQPM
  \item GAUSS
  \item HOLE
  \item SLIT1
  \item SLIT2
  \item SP1_FPM
  \item SP2a_FPM
  \item SP2b_FPM
  \item WINDOW
\end{itemize}
          \item[DB_FILT_W] Dual Band Filter Wheel \\ Dual Band filter wheel (5 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item ContH-FeII
  \item ContJ-PaB
  \item H2-H3
  \item Phase_Diversity_Couple
  \item WINDOW
\end{itemize}
          \item[DROT_Mode] Derotator Mode \\ Derotator mode (three positions).
        PUPIL: you can edit the position of the derotator (DROT_PosAng) and it won't move from there.
        FIELD_FREE: puts itself in the ideal position to maximize the derotation time.
        FIELD_FIXED: you can edit the position of the derotator (DROT_PosAng) from which the derotation starts. 
Allowed options for this parameters are:
\begin{itemize}
  \item FIELD_FIXED
  \item FIELD_FREE
  \item PUPIL
\end{itemize}
          \item[DROT_PosAng] Derotator Position Angle \\ Derotator position angle. Value must be float. Range [0-180] 
          \item[FiltComb] Filter Combination \\ Scientific Filter Combinations. 
Allowed options for this parameters are:
\begin{itemize}
  \item BBH_NBFeII
  \item BBH_ND3
  \item BBH_ND4
  \item BBJ_NBFeII
  \item BBJ_ND3
  \item BBJ_ND4
  \item BBY_NBFeII
  \item BBY_ND3
  \item BBY_ND4
  \item HOLE_HOLE
  \item HOLE_NBContH
  \item HOLE_NBContJ
  \item HOLE_NBFeII
  \item HOLE_NBHeI
  \item HOLE_NBPaB
  \item HOLE_ND3
  \item HOLE_ND4
  \item NBH2_NBFeII
  \item NBH2_ND3
  \item NBH2_ND4
  \item NBH3_NBFeII
  \item NBH3_ND3
  \item NBH3_ND4
  \item ND2_HOLE
  \item ND2_NBContH
  \item ND2_NBContJ
  \item ND2_NBFeII
  \item ND2_NBHeI
  \item ND2_NBPaB
  \item ND2_ND3
  \item ND2_ND4
\end{itemize}
          \item[INBEAM_DEP] Input Beam Deployer \\ Deployable arm for input beam selector (2 positions). IN: closed, OUT: opened. 
Allowed options for this parameters are:
\begin{itemize}
  \item IN
  \item OUT
\end{itemize}
          \item[INBEAM_TT] Input Beam TipTilt \\ TipTilt adjustment entrance folding mirror (2 positions). IN: closed, NPOS_2: Named position. 
Allowed options for this parameters are:
\begin{itemize}
\item No named positions. 
\end{itemize}
          \item[INBEAM_TT_X] Input Beam TipTilt X \\ Input beam tiptilt mirror X-axis. Value must be float. 
          \item[INBEAM_TT_Y] Input Beam TipTilt Y \\ Input beam tiptilt mirror Y-axis. Value must be float. 
          \item[InstrumentMode] Instrument Mode \\ SHARK-NIR allows the Instrument modes. 
Allowed options for this parameters are:
\begin{itemize}
  \item CI
  \item DI
  \item GEN
  \item LSS
\end{itemize}
          \item[LAMP_TEL_SIM] Simulation Lamp \\ Simulation lamp (2 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item OFF
  \item ON
\end{itemize}
          \item[LYOT_GRISM_W] Lyot Grism Wheel \\ Lyot stops wheel (7 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item FQPM_LYOT_STOP
  \item GAUSS_LYOT_STOP
  \item GRISM
  \item HOLE
  \item PRISM
  \item SP_LYOT_STOP
  \item WOLLASTON
\end{itemize}
          \item[MaskComb] Mask Combination \\ Coronagraphic techniques combinations of masks depend on the scientific observation. 
Allowed options for this parameters are:
\begin{itemize}
  \item CI_FQPM
  \item CI_GAUSS_LYOT
  \item CI_HOLE
  \item CI_SP1
  \item CI_SP1_DB
  \item CI_SP2a
  \item CI_SP2a_DB
  \item CI_SP2b
  \item CI_SP2b_DB
  \item DI_DB
  \item DI_HOLE
  \item LSS_LR_Close
  \item LSS_LR_Distant
  \item LSS_MR_Close
  \item LSS_MR_Distant
\end{itemize}
          \item[ND_FILT_W] Neutral Density Filter Wheel \\ Neutral density filter wheel (8 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item HOLE
  \item OD0_2
  \item OD0_5
  \item OD1
  \item OD1_3
  \item OD2
  \item OD3
  \item OD4
\end{itemize}
          \item[OBS_PosAng] Observation Position Angle \\ Observation position angle for Field Stabilized mode. Value must be float. 
          \item[PUPIL_LENS_DEP] Pupil Lens Deployer \\ Pupil Lens Deployer (2 positions). IN: INSERT, OUT: OUT. 
Allowed options for this parameters are:
\begin{itemize}
  \item IN
  \item OUT
\end{itemize}
          \item[SCI_FILT_W1] 1st Scientific Filter Wheel \\ 1st scientific filter wheel (8 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item BB_H
  \item BB_J
  \item BB_Y
  \item HOLE
  \item HOLE2
  \item NB_H2
  \item NB_H3
  \item ND2
\end{itemize}
          \item[SCI_FILT_W2] 2nd Scientific Filter Wheel \\ 2nd scientific filter wheel (8 positions). 
Allowed options for this parameters are:
\begin{itemize}
  \item HOLE
  \item NB_ContH
  \item NB_ContJ
  \item NB_FeII
  \item NB_HeI
  \item NB_PaB
  \item ND3
  \item ND4
\end{itemize}
          \item[SHUTTER] Entrance Shutter \\ Entrance shutter. IN: closed, OUT: opened. Home position is IN. 
Allowed options for this parameters are:
\begin{itemize}
  \item IN
  \item OUT
\end{itemize}
          \item[STEPS] STEPS \\ STEPS. 
        \end{description}

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  \section{ \texttt{infoSetup } }


        \begin{description}
          \item[COMMENT] COMMENT \\ Observer comments. 
          \item[IMAGETYP] Image type \\ Description here. 
          \item[OBJECT] OBJECT Title \\ Observation title given by the observer. 
          \item[OBSERVER] Observer name \\ Observer name. 
          \item[PARTNER] Partner s name \\ Name of the institute observing. 
          \item[PI_COI] PI COI \\ Name of proposal PI. 
          \item[PROPID] PROP ID \\ Proposal Identification. 
        \end{description}

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  \section{ \texttt{telescopeSetup } }


        \begin{description}
          \item[AODEC] AO in DEC \\ Adaptive optics in declination. Value must be float. 
          \item[AOMODE] AO Mode \\ Adaptive optics mode. 
Allowed options for this parameters are:
\begin{itemize}
  \item NORMAL
  \item REPOINT
\end{itemize}
          \item[AORA] AO in RA \\ Adaptive optics in right ascension. Value must be float. 
          \item[BinocularFlag] Binocular Flag \\ Binocular flag. 
Allowed options for this parameters are:
\begin{itemize}
  \item OFF
  \item SYNCPRESET
\end{itemize}
          \item[CoordinateSystem] Coordinate System \\ Target coordinate system. 
Allowed options for this parameters are:
\begin{itemize}
  \item AZALT
  \item DETXY
  \item GALACTIC
  \item RADEC
\end{itemize}
          \item[Epoch] Epoch \\ Epoch expressed as year. 
          \item[Equinox] Equinox \\ Coordinates Equinox [year]. 
          \item[GSDEC] Guide Star DEC \\ Guide star DEC. 
          \item[GSRA] Guide Star RA \\ Guide star RA. 
          \item[MoveType] Move Type \\ Movement Type. 
Allowed options for this parameters are:
\begin{itemize}
  \item ABS
  \item ABSCS
  \item REL
  \item RELCS
\end{itemize}
          \item[NonSiderealFile] Target Type \\ JPL Horizions file loaded on TCS to be used 
          \item[NonSiderealVal0] Non Sidereal Value0 \\ Differential MJD (UT days) 
          \item[NonSiderealVal12] Non Sidereal Value1 Value2 \\ Differential RA/DEC (radian) 
          \item[NonSiderealVal34] Non Sidereal Value3 Value4 \\ Differential drRA/dt cos(DEC), dDEC/dt (radian/day) 
          \item[NonSiderealWaveL] Target Type \\ Effective Wevelength (microns) 
          \item[OBJDEC] Target DEC \\ Declination coordinate for the Target. 
          \item[OBJECTNAME] Target Object Name \\ Name of the target object. 
          \item[OBJEQUIN] Target Coordinate System Equinox \\ Target coordinate system equinox. 
          \item[OBJMAG] Target Mag \\ Magnitude of the target 
          \item[OBJRA] Target RA \\ Right Ascension coordinate for the Target. 
          \item[OFFSET] Offset \\ telescope offset. 
          \item[PMAODEC] PM of AO in DEC \\ Proper motion of AO in DEC. -1000: minimum value, 1000: maximum value. 
          \item[PMAORA] PM of AO in RA \\ Proper motion of AO in RA. 0: minimum value, 6.283185: maximum value. 
          \item[PMDEC] Target DEC Proper Motion \\ proper motion declination. -1000: minimum value, 1000: maximum value. 
          \item[PMGSDEC] Guide Star DEC Proper Motion \\ proper motion of guide star in DEC. -1000: minimum value, 1000: maximum value. 
          \item[PMGSRA] Guide Star RA Proper Motion \\ proper motion of guide star in RA. 0: minimum value, 6.283185: maximum value. 
          \item[PMRA] Target RA Proper Motion \\ proper motion right ascension. -70: minimum value, 70: maximum value. 
          \item[TargetType] Target Type \\ Target Type: SIDEREAL, DIFFERENTIAL, FILE, Object Name es. "SATURN" 
          \item[TelescopeMode] Telescope Mode \\ Telescope mode. 
Allowed options for this parameters are:
\begin{itemize}
  \item ADAPTIVEACE_TRACK
  \item TRACK
\end{itemize}
          \item[TelescopeSide] Telescope Side \\ Telescope side. LEFT: SHARK, RIGHT: SHARK. 
Allowed options for this parameters are:
\begin{itemize}
  \item BOTH
  \item LEFT
\end{itemize}
        \end{description}

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  \section{ \texttt{detectorSetup } }


        \begin{description}
          \item[DIT] Set Exposure Time (DIT) \\ DIT (in seconds) for all exposures: target and sky. 0: minimum value, 21600: maximum value. 
          \item[NCOADDS] Set Number of Coadditions \\ Number of read frames to sum together. Acceptable value must be positive integer. 
          \item[NDIT] Set Number of DITs \\ Number of science target frames (NDITs). Acceptable value must be positive integer. 
          \item[NDROPS] Set Number of Drops \\ Number of drop frames per group in the ramp. Acceptable value must be nonNegative integer. 
          \item[NEXP] Number of Exposures \\ Determines the number of exposures. 1: minimum value. 
          \item[NEXTASBG] Next as BG \\ 1: next image will be used as background, 0: next image will not be used as background. 
          \item[NGROUPS] Set Number of Groups \\ Number of groups per ramp (number of read frames + number of drop frames). Acceptable value must be positive integer. 
          \item[NREADS] Set Number of Reads \\ Number of read frames per group in the ramp. Acceptable value must be positive integer. 
          \item[PREVASBG] Previous as BG \\ 1: previous image will be used as background, 0: previous image will not be used as background. 
          \item[READOUT] Set Read-Out Mode \\ Detector readout mode for the image. 
Allowed options for this parameters are:
\begin{itemize}
  \item 1000x1000
  \item 128x128
  \item 256x256
  \item 32x32
  \item 64x64
  \item Bottom
  \item Center
  \item Full_Image
  \item PD_wollaston_stripe_large
  \item PD_wollaston_stripe_small
  \item Top
  \item coro_stripe
  \item obs_stripe_200px
  \item obs_stripe_512px
  \item run2
\end{itemize}
          \item[SAVE] Data Frames \\ 1: image file will be saved, 0: image file will not be saved. 
          \item[XMAX] Maximum of X-axis \\ Maximum value in X-direction. 0: minimum value, 1200: maximum value. 
          \item[XMIN] Minimum of X-axis \\ Minimum value in X-direction. 0: minimum value, 1200: maximum value. 
          \item[YMAX] Maximum of Y-axis \\ Maximum value in  Y-direction. 0: minimum value, 1200: maximum value. 
          \item[YMIN] Minimum of Y-axis \\ Minimum value in Y-direction. 0: minimum value, 1200: maximum value. 
        \end{description}

% This file was generated using the python script ./export_manual.py
% include it into the main tex file,
% then pdflatex the main tex file
