Repatch (from linux) of OSX IRAF

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+       		 APEXTRACT CURSOR KEY SUMMARY
+
+?  Print help             j  Set beam number        u  Set upper limit(s)
+a  Toggle all flag        l  Set lower limit(s)     w  Window graph
+b  Set background(s)      m  Mark aperture          y  Y level limit(s)
+c  Center aperture(s)     n  New uncentered ap.     z  Resize aperture(s)
+d  Delete aperture(s)     o  Order ap. numbers      I  Interrupt
+e  Extract spectra        q  Quit                   +  Next aperture
+f  Find apertures         r  Redraw graph           -  Previous aperture
+g  Recenter aperture(s)   s  Shift aperture(s)      .  Nearest aperture
+i  Set aperture ID        t  Trace aperture(s)      
+
+       		 APEXTRACT COLON COMMAND SUMMARY
+
+:apertures      :center         :npeaks         :show           :t_width
+:apidtable      :clean          :nsubaps        :skybox         :threshold
+:avglimits      :database       :nsum           :t_function     :title
+:b_function     :extras         :order          :t_grow         :ulimit
+:b_grow         :gain           :parameters     :t_high_reject  :upper
+:b_high_reject  :image          :peak           :t_low_reject   :usigma
+:b_low_reject   :line           :plotfile       :t_naverage     :weights
+:b_naverage     :llimit         :r_grow         :t_niterate     :width
+:b_niterate     :logfile        :radius         :t_nlost        :write
+:b_order        :lower          :read           :t_nsum         :ylevel
+:b_sample       :lsigma         :readnoise      :t_order        
+:background     :maxsep         :saturation     :t_sample       
+:bkg            :minsep         :shift          :t_step         
+
+		APEXTRACT CURSOR KEYS
+
+?    Print help
+a    Toggle the ALL flag
+b an Set background fitting parameters
+c an Center aperture(s)
+d an Delete aperture(s)
+e an Extract spectra (see APSUM)
+f    Find apertures up to the requested number (see APFIND)
+g an Recenter aperture(s) (see APRECENTER)
+i  n Set aperture ID
+j  n Set aperture beam number
+l ac Set lower limit of current aperture at cursor position
+m    Define and center a new aperture on the profile near the cursor
+n    Define a new aperture centered at the cursor
+o  n Enter desired aperture number for cursor selected aperture and remaining
+     apertures are reordered using apidtable and maxsep parameters
+     (see APFIND for ordering algorithm)
+q    Quit
+r    Redraw the graph
+s an Shift the center(s) of the current aperture to the cursor position
+t ac Trace aperture positions (see APTRACE)
+u ac Set upper limit of current aperture at cursor position
+w    Window the graph using the window cursor keys
+y an Set aperture limits to intercept the data at the cursor y position
+z an Resize aperture(s) (see APRESIZE)
+.  n Select the aperture nearest the cursor to be the current aperture
++  c Select the next aperture (in ID) to be the current aperture
+-  c Select the previous aperture (in ID) to be the current aperture
+I    Interrupt task immediately.  Database information is not saved.
+
+The letter a following the key indicates if all apertures are affected when
+the ALL flag is set.  The letter c indicates that the key affects the
+current aperture while the letter n indicates that the key affects the
+aperture whose center is nearest the cursor.
+
+			APEXTRACT COLON COMMANDS
+
+:show [file]	   Print a list of the apertures (default file is STDOUT)
+:parameters [file] Print current parameter values (default file is STDOUT)
+:read [name]       Read apertures from database (default to the current image)
+:write [name]      Write apertures to database (default to the current image)
+
+The remaining colon commands are task parameters and print the current
+value if no value is given or reset the current value to that specified.
+Use :parameters to see current parameter values.