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# Task parameters
define ID_LENSTRING 99 # Length of strings in ID structure
define ID_LENSTRUCT 354 # Length ID structure
define ID_IMAGE Memc[P2C($1)] # Image
define ID_SECTION Memc[P2C($1+50)] # Section for 2D and 3D images
define ID_DATABASE Memc[P2C($1+100)] # Name of database
define ID_COORDLIST Memc[P2C($1+150)] # Name of coordinate list
define ID_COORDSPEC Memc[P2C($1+200)] # Name of coordinate spectrum
define ID_SAVEID Memc[P2C($1+250)] # ID for save structure
define ID_LINE Memi[$1+$2+299] # Image line or column [2]
define ID_MAXLINE Memi[$1+$2+301] # Maximum line or column [2]
define ID_AP Memi[$1+$2+303] # Aperture if appropriate [2]
define ID_APS Memi[$1+306] # Array of apertures (pointer)
define ID_NSUM Memi[$1+$2+306] # Number of lines to sum [2]
define ID_MAXFEATURES Memi[$1+309] # Maximum number of features
define ID_FTYPE Memi[$1+310] # Feature type
define ID_MINSEP Memr[P2R($1+311)] # Minimum pixel separation
define ID_MATCH Memr[P2R($1+312)] # Maximum matching separation
define ID_FWIDTH Memr[P2R($1+313)] # Feature width in pixels
define ID_CRADIUS Memr[P2R($1+314)] # Centering radius in pixels
define ID_THRESHOLD Memr[P2R($1+315)] # Centering threshold
define ID_ZWIDTH Memr[P2R($1+316)] # Zoom window width in fit units
define ID_LL Memi[$1+317] # Pointer to coordinate list lines
define ID_LLL Memi[$1+318] # Pointer to coordinate list labels
define ID_NLL Memi[$1+319] # Number of coordinate list lines
define ID_LABELS Memi[$1+320] # Type of feature labels
define ID_LOGFILES Memi[$1+321] # List of logfiles
# Common image data
define ID_SHIFT Memd[P2D($1+322)]# Wavelength shift
define ID_IMDATA Memi[$1+324] # Image data (pointer)
define ID_PIXDATA Memi[$1+325] # Pixel coordinates (pointer)
define ID_FITDATA Memi[$1+326] # Fit coordinates (pointer)
define ID_NPTS Memi[$1+327] # Number of points
# Features
define ID_NFEATURES Memi[$1+328] # Number of features
define ID_NALLOC Memi[$1+329] # Length of allocated feature arrays
define ID_PIX Memi[$1+330] # Feature pixel coordinates (pointer)
define ID_FIT Memi[$1+331] # Feature fit coordinates (pointer)
define ID_USER Memi[$1+332] # Feature user coordinates (pointer)
define ID_WTS Memi[$1+333] # Feature weights (pointer)
define ID_FWIDTHS Memi[$1+334] # Feature width (pointer)
define ID_FTYPES Memi[$1+335] # Feature type (pointer)
define ID_LABEL Memi[$1+336] # Feature label (pointer)
define ID_CURRENT Memi[$1+337] # Current feature
# Pointers for other packages and to save data
define ID_SH Memi[$1+338] # SHDR pointer
define ID_LP Memi[$1+339] # Logical to physical transformation
define ID_PL Memi[$1+340] # Physical to logical transformation
define ID_IC Memi[$1+341] # ICFIT pointer
define ID_CV Memi[$1+342] # Curfit pointer
define ID_GP Memi[$1+343] # GIO pointer
define ID_GT Memi[$1+344] # Gtools pointer
define ID_STP Memi[$1+345] # Symbol table of saved data
define ID_DT Memi[$1+346] # Database pointer
define ID_UN Memi[$1+347] # Units pointer
# Flags
define ID_NEWFEATURES Memi[$1+348] # Has feature list changed?
define ID_NEWCV Memi[$1+349] # Has fitting function changed?
define ID_NEWGRAPH Memi[$1+350] # Has graph changed?
define ID_NEWDBENTRY Memi[$1+351] # Has database entry changed?
define ID_REFIT Memi[$1+352] # Refit feature data?
define ID_GTYPE Memi[$1+353] # Graph type
# End of structure ----------------------------------------------------------
define LABELS "|none|index|pixel|coord|user|both|"
define FTYPES "|emission|absorption|"
define EMISSION 1 # Emission feature
define ABSORPTION 2 # Absorption feature
define IMDATA Memr[ID_IMDATA($1)+$2-1]
define PIXDATA Memd[ID_PIXDATA($1)+$2-1]
define FITDATA Memd[ID_FITDATA($1)+$2-1]
define PIX Memd[ID_PIX($1)+$2-1]
define FIT Memd[ID_FIT($1)+$2-1]
define USER Memd[ID_USER($1)+$2-1]
define WTS Memd[ID_WTS($1)+$2-1]
define FWIDTH Memr[ID_FWIDTHS($1)+$2-1]
define FTYPE Memi[ID_FTYPES($1)+$2-1]
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