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...[par8]</I> <BR> </TT>execute a procedure in MID_PROC (MIDAS core procedures) <BR> <TT>@a proc <I>[par1] ...[par8]</I> <BR> </TT>execute a procedure in APP_PROC (MIDAS application procedures) <BR> <TT>@s proc <I>[par1] ...[par8]</I> <BR> </TT>execute a procedure in STD_PROC (MIDAS standard reduction procedure) <BR></BLOCKQUOTE> <P> <BLOCKQUOTE> <TT><TT>ADD/ACAT <I>[cat_name] frame_list <BR> </I> </TT></TT>add entries to an ASCII file catalog <BR> <TT>ADD/FCAT <I>[cat_name] file_list [lowstr,histr] <BR> </I> </TT>add entries to a fitfile catalog <BR> <TT>ADD/ICAT <I>[cat_name] frame_list [lowstr,histr] <BR> </I> </TT>add entries to an image catalog <BR> <TT>ADD/TCAT <I>[cat_name] table_list [lowstr,histr] <BR> </I> </TT>add entries to a table catalog <BR> <TT>ALIGN/CENTER <I>inframe refframe incent_x,_y refcent_x,_y <BR> </I> </TT>compute start coordinates for inframe to match with refframe center <BR> <TT>ALIGN/IMAGE <I>intab reftab [option] [overlay_flag] [residual_flag] <BR> </I> </TT>compute transformation coefficients for two rotated images <BR> <TT>APPLY/CONVERSION <I>IMTB <I>ima tab threshold <BR> </I> </I> </TT>convert a "mask" image to a table <BR> <TT>APPLY/CONVERSION <I>TBIM <I>tab ima npx1,npx2 sta1,sta2,stp1,stp2 bg,fg <BR> </I> </I> </TT>convert a table to a "mask" image <BR> <TT>APPLY/EDGE <I>inframe outframe [thresh] <BR> </I> </TT>do edge detection on an image <BR> <TT>APPLY/MAP <I>outframe = inframe mapframe control_flags <BR> </I> </TT>use an image frame like a Lookup Table <BR> <TT>APPLY/THIN <I>inframe outframe <BR> </I> </TT>apply thinning algorithm <BR> <TT>ASSIGN/DEFAULT <BR> </TT>assign default devices <BR> <TT>ASSIGN/DISPLAY <I>[dev] [file_name] <BR> </I> </TT>define output device for display <BR> <TT>ASSIGN/GRAPHICS <I>[device] [option] <BR> </I> </TT>define the graphic device for plot output <BR> <TT>ASSIGN/INPUT <I>[dev] [file_name] <BR> </I> </TT>define input device for writing <BR> <TT>ASSIGN/PRINT <I>[dev] [file_name] <BR> </I> </TT>define output device for printing <BR> <TT>AVERAGE/AVERAGE <I>[in_specs] [out_specs] [out_opt] [draw_flag] <BR> </I> </TT>compute average over subimage <BR> <TT>AVERAGE/COLUMN <I>out = in [start,end] [SUM] <BR> </I> </TT>average image columns <BR> <TT>AVERAGE/IMAGES <I>out = in_specs [merge] [null] [av_option] [dat_intval] <BR> </I> </TT>average images <BR> <TT>AVERAGE/KAPPA <I>[in_specs] [out_specs] [out_opt] [draw_flag] [no_iter] <BR> </I> </TT>compute average (kappa-sigma clipping) over subimage <BR> <TT>AVERAGE/MEDIAN <I>[in_specs] [out_specs] [out_opt] [draw_flag] <BR> </I> </TT>compute average (median value) over subimage <BR> <TT>AVERAGE/ROW <I>out = in [start,end] [SUM] <BR> </I> </TT>average image rows <BR> <TT>AVERAGE/WEIGHTS <I>out = in_specs [merge] [null] [av_option] [dat_intval] <BR> </I> </TT>average weighted images <BR> <TT>AVERAGE/WINDOW <I>out = in_specs [meth] [bgerr,snoise] <BR> </I> </TT>compute average of (consistent) pixel values <BR> <TT><TT>BLINK/CHANNEL <I>[cha1,cha2,..] [intval] [area_option] <BR> </I> </TT></TT>blink between Image Display channels <BR> <TT>BYE <I>[proc] <BR> </I> </TT>terminate a MIDAS <I>session + return to the host system <BR> </I> <TT><TT>CENTER/GAUSS <I>[in_specs] [out_specs] [out_opt] [curs_specs] <BR> </I> <I>[wsize] [zw_option] [invert_flag] <BR> </I> </TT></TT>find intensity weighted center <BR> <TT>CENTER/IQE <I>[in_specs] [out_specs] [out_opt] [curs_specs] <BR> </I> <I>[wsize] [zw_option] [invert_flag] <BR> </I> </TT>find intensity weighted center + get angle of major axis <BR> <TT>CENTER/MOMENT <I>[in_specs] [out_specs] [out_opt] [curs_specs] <BR> </I> <I>[wsize] [zw_option] [invert_flag] <BR> </I> </TT>find intensity weighted center <BR> <TT>CHANGE/DIRECTORY <I>direc <BR> </I> </TT>change the default (current) directory for MIDAS <BR> <TT>CLEAR/ACAT <BR> </TT>deactivate the ASCII file catalog <BR> <TT>CLEAR/ALPHA <BR> </TT>clear the alpha-numerics memory of the image display <BR> <TT>CLEAR/BACKGROUND <I>[no_secs] <BR> </I> </TT>put Midas session into "foreground" mode <BR> <TT>CLEAR/BUFFER <BR> </TT>clear the command buffer + reset command numbers <BR> <TT>CLEAR/CHANNEL <I>[chanl] <BR> </I> </TT>clear + initialize memory channel <BR> <TT>CLEAR/CONTEXT <I>[context] <BR> </I> </TT>remove command definitions of a context <BR> <TT>CLEAR/DISPLAY <BR> </TT>reset image display <BR> <TT>CLEAR/FCAT <BR> </TT>disable automatic catalog functions for fit files <BR> <TT>CLEAR/GRAPHIC <BR> </TT>erase the screen of the graphic window or terminal <BR> <TT>CLEAR/ICAT <BR> </TT>disable automatic catalog functions for image frames <BR> <TT>CLEAR/ITT <I>[chanl] <BR> </I> </TT>bypass ITT on display of memory <BR> <TT>CLEAR/LUT <BR> </TT>bypass LUT <I>on image display <BR> </I> <TT>CLEAR/OVERLAY <BR> </TT>disable graphics/overlay plane of display <BR> <TT>CLEAR/SCROLL <I>[chanl] <BR> </I> </TT>reset scroll values <BR> <TT>CLEAR/TCAT <BR> </TT>disable automatic catalog functions for table files <BR> <TT>CLEAR/ZOOM <I>[chanl] <BR> </I> </TT>clear zoom <BR> <TT>CLOSE/FILE <I>file_id <BR> </I> </TT>close an ASCII <I>file <BR> </I> <TT>COMPUTE/AIRMASS <I>frame [long] [lat] <BR> </I> <TT>COMPUTE/AIRMASS <I>alpha delta ST <I>[exptime] [long] [lat] [date] [UT] <BR> </I> </I> </TT></TT>compute airmass (from sec z) <BR> <TT>COMPUTE/BARYCORR <I>date UT alpha delta [longitude] [latitude] <BR> </I> <TT>COMPUTE/BARYCORR <I>table.tbl [longitude] [latitude] <BR> </I> <TT>COMPUTE/BARYCORR <I>image alpha delta [longitude] [latitude] <BR> </I> </TT></TT></TT>correct universal times and radial velocities to center of sun or <BR> barycenter of solar system <BR> <TT>COMPUTE/COLUMN <I>res_frame.column = arithmetic_expression <BR> </I> </TT>do arithmetics on columns of an image <BR> <TT>COMPUTE/DIMAGE <I>[outspec =] expression <BR> </I> </TT>compute arithmetic expression <BR> <TT>COMPUTE/DPIXEL <I>[outspec =] expression <BR> </I> </TT>compute expression on pixel basis <BR> <TT>COMPUTE/DPLANE <I>res_frame.plane = arithmetic_expression <BR> </I> </TT>do arithmetics on planes of images <BR> <TT>COMPUTE/HISTOGRAM <I>result = table col [bin [min [max]]] <BR> </I> </TT>table-to-image or table-to-table histogram transformation <BR> <TT>COMPUTE/IMAGE <I>[outspec =] expression <BR> </I> </TT>compute arithmetic expression <BR> <TT>COMPUTE/KEYWORD <I>key = arithmetic_expression <BR> </I> </TT>compute values of a keyword <BR> <TT>COMPUTE/PIXEL <I>[outspec =] expression <BR> </I> </TT>compute expression on pixel basis <BR> <TT>COMPUTE/PLANE <I>res_frame.plane = arithmetic_expression <BR> </I> </TT>do arithmetics on planes of images <BR> <TT>COMPUTE/PRECESSION <I>alpha delta equinox0 equinox1 <BR> </I> <TT>COMPUTE/PRECESSION <I>table.tbl equinox0 equinox1 <BR> </I> </TT></TT>precess equatorial coordinates from one epoch to another <BR> <TT>COMPUTE/REGRESSION <I>table column = name[(ind)] [d_type] <BR> </I> </TT>compute result of a regression <BR> <TT>COMPUTE/ROW <I>res_frame.row = arithmetic_expression <BR> </I> </TT>do arithmetics on rows (lines) of images <BR> <TT>COMPUTE/ST <I>date UT <I>[longitude] <BR> </I> </I> <TT>COMPUTE/ST <I>table.tbl [longitude] <BR> </I> <TT>COMPUTE/ST <I>image [longitude] <BR> </I> </TT></TT></TT>calculate geocentric Julian date (JD) and local mean sidereal time (ST) <BR> from civil date and universal time (UT) <BR> <TT>COMPUTE/TABLE <I>table column = expression <BR> </I> </TT>compute arithmetic or string operations on table columns <BR> <TT>COMPUTE/UT <I>date ST <I>[longitude] <BR> </I> </I> <TT>COMPUTE/UT <I>table.tbl [longitude] <BR> </I> <TT>COMPUTE/UT <I>image [longitude] <BR> </I> </TT></TT></TT>calculate geocentric Julian date (JD) and universal time (UT) from <BR> civil date and local mean sidereal time (ST) <BR> <TT>COMPUTE/WEIGHTS <I>input_specs [window_specs] <BR> </I> </TT>determine weights for command AVERAGE/WEIGHTS <BR> <TT>COMPUTE/XYPLANE <I>result_cube = expression <BR> </I> </TT>compute arithmetic expression on xy_planes of cubes <BR> <TT>COMPUTE/XZPLANE <I>result_cube = expression <BR> </I> </TT>compute arithmetic expression on xz_planes of cubes <BR> <TT>COMPUTE/ZYPLANE <I>result_cube = expression <BR> </I> </TT>compute arithmetic expression on zy_planes of cubes <BR> <TT>CONNECT/BACK_MIDAS <I>unit wait_specs b_char method <BR> </I> </TT>connect "command syntax" to another MIDAS <BR> <TT>CONVERT/COORDS <I>image coord_string [dsplay_flag] <BR> </I> </TT>frame pixel ro world coordinates conversion (and vice versa) <BR> <TT>CONVERT/TABLE <I>image = table x[,y] z refima [method] [par] <BR> </I> <TT>CONVERT/TABLE <I>image = table x[,y] refima FREQ <BR> </I> </TT></TT>table to image conversion <BR> <TT>CONVOLVE/IMAGE <I>frame psf result <BR> </I> </TT>convolve image with point spread function <BR> <TT>COPY/AD <I>ASCII_file dest_frame dest_desc [max_len] <BR> </I> </TT>copy contents of ASCII <I>file to character descriptor of dest_frame <BR> </I> <TT>COPY/DA <I>source_frame source_desc ASCII_file <BR> </I> </TT>copy descriptor of source frame to ASCII <I>file <BR> </I> <TT>COPY/DD <I>source_frame source_desc dest_frame dest_desc <BR> </I> </TT>copy descriptors of source frame to destination frame <BR> <TT>COPY/DIMA <I>source_frame source_desc dest_frame <BR> </I> </TT>copy descriptor of source frame to new image <BR> <TT>COPY/DISPLAY <I>[out_dev] [stop_flg] [ITTdef] [LUTnam] [prflag] [prmode] <BR> </I> </TT>make a hardcopy of the display on output_device <BR> <TT>COPY/DK <I>source_frame source_desc dest_key <BR> </I> </TT>copy descriptor of source frame to keyword <BR> <TT>COPY/DKEY <I>source_frame source_desc dest_key <BR> </I> </TT>copy descriptor of source frame to keyword <BR> <TT>COPY/GRAPHICS <I>[device] [plotfile] <BR> </I> </TT>copy the existing plot file to the graphic device <BR> <TT>COPY/ID <I>source_frame dest_frame dest_desc <BR> </I> </TT>copy image data to descriptor of destination frame <BR> <TT>COPY/II <I>source_frame dest_frame dest_format flags <BR> </I> </TT>copy source frame to destination frame <BR> <TT>COPY/IT <I>inframe outable [column] <BR> </I> </TT>copy image into table <BR> <TT>COPY/KD <I>source_key dest_frame dest_desc <BR> </I> </TT>copy keyword to descriptor of destination frame <BR> <TT>COPY/KEYWORD <I>source_key dest_key [M_unit] <BR> </I> </TT>copy keywords of same type <BR> <TT>COPY/KI <I>source_key dest_frame <BR> </I> </TT>copy keyword to new frame <BR> <TT>COPY/KT <I>keyword table [column ...] element <BR> </I> </TT>copy keyword into table element <BR> <TT>COPY/LSDD <I>list source_frame dest_frame <BR> </I> </TT>copy list of descriptors of source frame to descriptors of dest_frame <BR> <TT>COPY/LSDK <I>list source_frame <BR> </I> </TT>copy list of descriptors of source frame to keywords <BR> <TT>COPY/LSKD <I>list dest_frame <BR> </I> </TT>copy list of keywords to descriptors of destination frame <BR> <TT>COPY/OVERLAY <I>[chanl] [append_flag] <BR> </I> </TT>copy all graphics and text from the overlay plane to image channel <BR> <TT>COPY/PSCR <I>image [PS_file] [options] [prnt_flags] [scales] [LUT_specs] <BR> </I> </TT>convert MIDAS <I>images (bdf-files) to PostScript format <BR> </I> <TT>COPY/TABLE <I>intable outable [organization] <BR> </I> </TT>copy source table to destination table <BR> <TT>COPY/TEIMA <I>table column rows [npix] [coor] [prefix] <BR> </I> </TT>Convert a 3D-table element to a MIDAS <I>image file <BR> </I> <TT>COPY/TI <I>intable outimage <BR> </I> </TT>copy table into image <BR> <TT>COPY/TK <I>table [column ...] element keyword <BR> </I> </TT>copy table element into keyword <BR> <TT>COPY/TT <I>intable incolumn [outable] outcolumn <BR> </I> </TT>copy a table column to an other existing table <BR> <TT>COPY/ZOOM <I>[out_dev] [stop_flg] [ITTnam] [LUTnam] [prflag] [prmode] <BR> </I> </TT>make a copy of the zoom window on output device <BR> <TT>CREATE/ACAT <I>[cat_name] [dir_spec] <BR> </I> </TT>create a catalog of files in the current directory <BR> <TT>CREATE/COLUMN <I>table column [unit] [format] [type] <BR> </I> </TT>create a table column <BR> <TT>CREATE/COMMAND <I>comnd text <BR> </I> </TT>create a "user" command <BR> <TT>CREATE/CURSOR <I>[dspid] [wind_specs] [Xstation] <BR> </I> </TT>create a cursor window <BR> <TT>CREATE/D_COMMAND <I>comnd text <BR> </I> </TT>create a directory "user" command <BR> <TT>CREATE/DEFAULT <I>comnd def1 def2 ... def8 <BR> </I> </TT>create special defaults for MIDAS command <BR> <TT>CREATE/DISPLAY <I>[dspid] [dspinfo] [meminfo] [alph_flag] [gsize] [Xstation] <BR> </I> </TT>create a display window <BR> <TT>CREATE/FCAT <I>[catname] [dir_spec] <BR> </I> </TT>create a catalog of fit files in the current directory <BR> <TT>CREATE/FILTER <I>frame [dim_specs] [frame_specs] [filt_type] [coefs] <BR> </I> </TT>create filter frame <BR> <TT>CREATE/GRAPHICS <I>[graph_id] [graph_spec] [gsize] [Xstation] <BR> </I> </TT>create a graphics window <BR> <TT>CREATE/ICAT <I>[catname] [dir_spec] [descr] <BR> </I> </TT>create a catalog of images in the current directory <BR> <TT>CREATE/IMAGE <I>frame [dim_specs] [frame_specs] [func_type] [coefs] <BR> </I> </TT>create an image <BR> <TT>CREATE/LUT <I>LUT_table H_specs S_specs I_specs cyclic_flag <BR> </I> </TT>create a colour lookup table <BR> <TT>CREATE/RANDOM <I>name [dims] [starts,steps] [func_type] [coefs] [seed] <BR> </I> <TT>CREATE/RANDOM <I>name = ref_frame [func_type] [coefs] [seed] <BR> </I> </TT></TT>create a random image <BR> <TT>CREATE/ROW <I>table row_position number_of_rows <BR> </I> </TT>add one or several rows at a given position of a table <BR> <TT>CREATE/TABLE <I>table ncol nrow file [format_file] [organization] <BR> </I> </TT>create a table <BR> <TT>CREATE/TCAT <I>[catname] [dir_spec] [descr] <BR> </I> </TT>create a catalog of tables in the current directory <BR> <TT>CREATE/VIRTUAL <I>virtual table <BR> </I> </TT>create a virtual table from a physical table <BR> <TT>CREATE/ZOOM <I>[dspid] [wind_specs] [Xstation] <BR> </I> </TT>create a zoom window <BR> <TT>CUTS/IMAGE <I>frame [cut_specs] <BR> </I> </TT>display or set low + high cut values of an image frame <BR> <TT><TT>DEBUG/MODULE <I>[low_lev,hi_lev] [switch] <BR> </I> </TT></TT>run MIDAS modules in debug mode <BR> <TT>DEBUG/PROCEDURE <I>[low_lev,hi_lev] [switch] <BR> </I> </TT>run MIDAS procedures in debug mode <BR> <TT>DECONVOLVE/IMAGE <I>frame psf result [no_iter] [cont_flag] <BR> </I> </TT>deconvolve image with point spread function <BR> <TT>DELETE/ACAT <I>[catalog] [conf_flag] [range] <BR> </I> </TT>delete files with entry in ASCII file catalog <BR> <TT>DELETE/COLUMN <I>table column_sel <BR> </I> </TT>delete table column(s) <BR> <TT>DELETE/COMMAND <I>[comnd] <BR> </I> </TT>delete user defined command <BR> <TT>DELETE/CURSOR <I>[disp] <BR> </I> </TT>delete cursor window(s) on XWindow displays <BR> <TT>DELETE/DEFAULTS <I>[comnd] <BR> </I> </TT>delete special defaults for command <BR> <TT>DELETE/DESCRIPTOR <I>frame descr_list [stop_flag] <BR> </I> </TT>delete descriptors of frame <BR> <TT>DELETE/DISPLAY <I>[disp] <BR> </I> </TT>delete display window(s) on XWindow displays <BR> <TT>DELETE/FCAT <I>[catalog] [conf_flag] [range] <BR> </I> </TT>delete fit files with entry in catalog <BR> <TT>DELETE/FIT <I>name [conf_flag] <BR> </I> </TT>delete a fit file <BR> <TT>DELETE/GRAPHICS <I>[grap] <BR> </I> </TT>delete graphic window(s) on XWindow displays <BR> <TT>DELETE/ICAT <I>[catalog] [conf_flag] [range] <BR> </I> </TT>delete image frames with entry in catalog <BR> <TT>DELETE/IMAGE <I>name [conf_flag] <BR> </I> </TT>delete an image frame <BR> <TT>DELETE/KEYWORD <I>key <BR> </I> </TT>delete user defined keyword <BR> <TT>DELETE/LOGFILE <BR> </TT>delete current logfile <BR> <TT>DELETE/ROW <I>table row_position number_of_rows <BR> </I> </TT>delete one or several rows of a table <BR> <TT>DELETE/TABLE <I>name [conf_flag] <BR> </I> </TT>delete a table file <BR> <TT>DELETE/TCAT <I>[catalog] [conf_flag] [range] <BR> </I> </TT>delete table files with entry in catalog <BR> <TT>DELETE/TEMP <BR> </TT>delete temporary MIDAS files <BR> <TT>DELETE/ZOOM <I>[disp] <BR> </I> </TT>delete zoom window(s) on XWindow displays <BR> <TT>DISCONNECT/BACK_MIDAS <I>unit [server_flag] <BR> </I> </TT>disconnect from a background MIDAS <BR> <TT>DISPLAY/CHANNEL <I>[chanl] <BR> </I> </TT>display contents loaded in an Image Display channel <BR> <TT>DISPLAY/LUT <I>[switch] <BR> </I> </TT>en/disable display of current LUT <BR> <TT>DRAW/ANY <I>[intens] <BR> </I> </TT>draw manually or with input from file into the overlay channel <BR> <TT>DRAW/ARROW <I>[in_spec] [coord_ref] [draw_opt] [intens] [nocurs] [key_flag] <BR> </I> </TT>draw arrows in the overlay channel <BR> <TT>DRAW/CIRCLE <I>[in_spec] [coord_ref] [draw_opt] [draw_specs] <BR> </I> <I>[nocurs] [key_flag] [arc_defs] <BR> </I> </TT>draw circles in the overlay channel <BR> <TT>DRAW/CROSS <I>[in_spec] [coord_ref] [draw_opt] [intens] [nocurs] [key_flag] <BR> </I> </TT>draw crosses in the overlay channel <BR> <TT>DRAW/ELLIPS <I>[in_spec] [coord_ref] [draw_opt] [draw_specs] <BR> </I> <I>[nocurs] [key_flag] [arc_defs] <BR> </I> </TT>draw ellipses in the overlay channel <BR> <TT>DRAW/IMAGE <I>frame [chanl] [scale] [center] [cuts] [over] [iaux] [fix] <BR> </I> </TT>draw intensities of a line of an image into display channel <BR> <TT>DRAW/LINE <I>[in_spec] [coord_ref] [draw_opt] [intens] [nocurs] [key_flag] <BR> </I> </TT>draw straight line in the overlay channel <BR> <TT>DRAW/RECTANGLE <I>[in_spec] [coord_ref] [draw_opt] [intens] [nocurs] [key_flag] <BR> </I> </TT>draw rectangles in the overlay channel <BR> <TT>DRAW/SLIT <I>[in_spec] [coord_ref] [draw_opt] [intens] [nocurs] [key_flag] <BR> </I> </TT>draw IUE slits in the overlay channel <BR> <TT><TT>ECHO/FULL <I>[levla,levlb] <BR> </I> </TT></TT>show substitutions in MIDAS <I>procedure files <BR> </I> <TT>ECHO/OFF <I>[levla,levlb] <BR> </I> </TT>suppress display of input from MIDAS procedure files <BR> <TT>ECHO/ON <I>[levla,levlb] <BR> </I> </TT>display input from MIDAS procedure files <BR> <TT>EDIT/TABLE <I>table [edit_option] [col] [row] <BR> </I> </TT>interactive table editor <BR> <TT>EQUALIZE/HISTOGRAM <I>frame descr itt_name <BR> </I> </TT>perform histogram equalization <BR> <TT>EXECUTE/CATALOG <I>com_string parm1 ... parm7 <BR> </I> </TT>execute a MIDAS <I>procedure or command for all entries in a catalog <BR> </I> <TT>EXECUTE/TABLE <I>table command-string <BR> </I> </TT>execute command on all rows of table <BR> <TT>EXTRACT/CTRACE <I>[step] [frame] [plot_flag] [zw_option] <BR> </I> </TT>extract a column from displayed image <BR> <TT>EXTRACT/CURSOR <I>[subfr] [xpx,ypx] [loop_flag] <BR> </I> </TT>extract a subframe via cursor <BR> <TT>EXTRACT/IMAGE <I>out = in intval <BR> </I> <TT>EXTRACT/IMAGE <I>out = in center_spec loff roff <BR> </I> </TT></TT>extract a subimage from an image frame <BR> <TT>EXTRACT/LINE <I>out = in[..] step <BR> </I> </TT>extract a 1-dim line from a 2-dim frame <BR> <TT>EXTRACT/REFERENCE_IMAGE <I>in ref out thresh <BR> </I> </TT>extract subimage according to reference image <BR> <TT>EXTRACT/ROTATED_IMAGE <I>steps frame <BR> </I> </TT>extract a rotated subimage from displayed image <BR> <TT>EXTRACT/RTRACE <I>[step] [frame] [plot_flag] [zw_option] <BR> </I> </TT>extract a row from displayed image <BR> <TT>EXTRACT/SLIT <I>[in_option] [resframe] [slit_specs] <BR> </I> </TT>extract a subimage defined by a fixed slit from image <BR> <TT>EXTRACT/TRACE <I>[step] [frame] [plot_flag] [cut_option] [zw_option] <BR> </I> </TT>extract a line from displayed image <BR> <TT><TT>FFT/FINVERSE <I>inr ini outr outi <BR> </I> </TT></TT>make inverse discrete Fourier transform <BR> <TT>FFT/FPOWER <I>inr ini outr outi pow_spec <BR> </I> </TT>make discrete Fourier transform and power spectrum <BR> <TT>FFT/FREQUENCY <I>inr ini outr outi <BR> </I> </TT>make discrete Fourier transform with frequency scaling <BR> <TT>FFT/IMAGE <I>inr ini outr outi <BR> </I> </TT>make discrete Fourier transform <BR> <TT>FFT/INVERSE <I>inr ini outr outi <BR> </I> </TT>make inverse discrete Fourier transform <BR> <TT>FFT/POWER <I>inr ini outr outi pow_spec <BR> </I> </TT>make discrete Fourier transform and power spectrum <BR> <TT>FILTER/COSMIC <I>inframe outframe sky,gain,ron,[ns],[rc] [mask] <BR> </I> </TT>remove cosmic ray events. <BR> <TT>FILTER/DIGITAL <I>frame outframe [filter_specs] [subimage] [options] <BR> </I> </TT>use digital filter on an image <BR> <TT>FILTER/GAUSS <I>in out [radx,rady] [gauss_specs] [subima] [filtnam] [options] <BR> </I> </TT>use Gaussian filter on an image <BR> <TT>FILTER/MAX <I>frame outfram [xyradius] [subima] [options] <BR> </I> </TT>apply maximum filter to an image <BR> <TT>FILTER/MEDIAN <I>frame outfram [filt_specs] [flag] [subima] [options] <BR> </I> </TT>smooth an image with median filter <BR> <TT>FILTER/MIN <I>frame outfram [xyradius] [subima] [options] <BR> </I> </TT>apply minimum filter to an image <BR> <TT>FILTER/SMOOTH <I>frame outfram [filter_specs] [flag] [subima] [options] <BR> </I> </TT>smooth an image by averaging <BR> <TT>FIND/MINMAX <I>frame <BR> </I> </TT>find min, max of frame and corresponding pixel numbers <BR> <TT>FIND/PIXEL <I>frame lo,hi [inout_flag] [first_flag] [out_spec] [maxnpix] [area] <BR> </I> </TT>find first/all pixel(s) with a value in/outside interval [low,high] <BR> <TT>FIT/FLAT_SKY <I>outframe = inframe [in_specs] [order] [back_surface] <BR> </I> <TT>FIT/FLAT_SKY <I>inframe [in_specs] [order] [back_surface] <BR> </I> </TT></TT>Approximate background of image by a surface <BR> <TT>FLIP/IMAGE <I>frame [flag] <BR> </I> </TT>flip an image around an axis <BR> <TT><TT>GET/CURSOR <I>[output] [option] [marker] [curs_specs] [zw_option] <BR> </I> </TT></TT>read cursor coords from display <BR> <TT>GET/GCURSOR <I>[output_spec] [app_flag] [max] <BR> </I> </TT>read and store cursor coordinates from the graphics display <BR> <TT>GET/IMAGE <I>frame [input_source] [ITT_flag] <BR> </I> </TT>read image from displayed image channel <BR> <TT>GET/ITT <I>out_specs [chanl] [sect] <BR> </I> </TT>read currently active ITT from image display <BR> <TT>GET/LUT <I>out_specs [get_specs] [ITT] [format] [range] <BR> </I> </TT>read currently active LUT from image display <BR> <TT>GROW/CUBE <I>frame no_planes frame_list <BR> </I> </TT>expand 2-dim/3-dim frame <BR> <TT>GROW/IMAGE <I>out = in [start,step,no] [lincol_specs] [lincol_flag] <BR> </I> </TT>expand single line into 2-dim image <BR> <TT><TT>HELP <I>[help_topic] <BR> </I> </TT></TT>display info about help_topic <BR> <TT>HELP/APPLIC <I>[proc] <BR> </I> </TT>display header information of application procedure <BR> <TT>HELP/CL <I>[command] <BR> </I> </TT>display help for commands only used in MIDAS procedures <BR> <TT>HELP/CONTRIB <I>[proc] <BR> </I> </TT>display header information of procedures in the Midas `contrib' area <BR> <TT>HELP/KEYWORD <I>key <BR> </I> </TT>explain contents of given key <BR> <TT>HELP/QUALIF <I>[qualif] <BR> </I> </TT>display all commands with given qualifier <BR> <TT>HELP/SUBJECT <I>[topic] <BR> </I> </TT>display information related to given topic <BR> <TT><TT>INDISK/ASCII <I>in_file [out_file] [npix_string] <BR> </I> </TT></TT>read ASCII <I>file from disk + convert to Midas image <BR> </I> <TT>INDISK/FITS <I>in_files [out_spec] [option] [check_flag] <BR> </I> </TT>read FITS <I>files from disk <BR> </I> <TT>INFO/DESCR <I>frame descr <BR> </I> </TT>get type and size of descriptor <BR> <TT>INFO/IMAGE <I>frame [option] <BR> </I> </TT>get internal info of frame <BR> <TT>INFO/KEYWORD <I>keyword <BR> </I> </TT>get type, size, lockno and mod-time of keyword <BR> <TT>INFO/SETUP <I>[setup] <BR> </I> </TT>display all the information about a Setup <BR> <TT>INITIALIZE/DISPLAY <I>[noLUT,maxLUTsz,minLUTsz] [ownLUT] [M_unit] [fonts] [colmode] <BR> </I> </TT>initialize the image display <BR> <TT>INITIALIZE/SETUP <I>[setup] <BR> </I> </TT>initialize the variables of a Setup <BR> <TT>INSERT/IMAGE <I>subframe modframe [startx,y,z] <BR> </I> </TT>insert a subframe into another frame <BR> <TT>INTAPE/FITS <I>file_specs file-id device [flags] <BR> </I> </TT>read frames from magtape in FITS/IHAP format <BR> <TT>INTERPOLATE/II <I>outima inima refima [s] [degree] <BR> </I> </TT>interpolate Image to Image <BR> <TT>INTERPOLATE/IT <I>outtab i,d inima [s] [degree] <BR> </I> </TT>interpolate Image to Table <BR> <TT>INTERPOLATE/TI <I>outima intab i,d refima [s] [degree] <BR> </I> </TT>interpolate Image to Image <BR> <TT>INTERPOLATE/TT <I>outtab i,d intab i,d [s] [degree] <BR> </I> </TT>interpolate Table to Table <BR> <TT>ITF/IMAGE <I>inframe table coli,colo scal outframe <BR> </I> </TT>ITF correction <BR> <TT><TT>JOIN/TABLE <I>intab1 :X1,[:Y1] intab2 :X2,[:Y2] outtable [tolX,tolY] <BR> </I> </TT></TT>join table files <BR> <TT><TT>LABEL/ANY <I>filename <BR> </I> </TT></TT>write text labels stored in a file on the image display <BR> <TT>LABEL/DISPLAY <I>labl [position] [mode] [option] [size] [key_flag] <BR> </I> </TT>write a label on the image display <BR> <TT>LABEL/GRAPHIC <I>label [x_pos,y_pos[,mm]] [angle] [size] [pos_ind] <BR> </I> </TT>write a label_string on the graphics device <BR> <TT>LOAD/IMAGE <I>frame_spec [chanl] [scale] [center] [cuts] [dirs] [fix] <BR> </I> </TT>load image into display device <BR> <TT>LOAD/ITT <I>in_specs [chanl] <BR> </I> </TT>load intensity transfer table to Image Display <BR> <TT>LOAD/LUT <I>in_specs [load_specs] [disp_flag] [format] <BR> </I> </TT>load colour lookup table into Image Display <BR> <TT>LOAD/TABLE <I>table x y [ident] [symbol] [size] [color] [conn_flag] <BR> </I> </TT>load table into overlay channel of Image Display <BR> <TT>LOCK/KEYWORD <I>key_list lockno <BR> </I> </TT>lock keyword(s) <BR> <TT>LOG/OFF <BR> </TT>suppress logging <BR> <TT>LOG/ON <BR> </TT>enable logging <BR> <TT>LOG/TOF <BR> </TT>write top_of_form into logfile <BR> <TT><TT>MAGNITUDE/CENTER <I>[in_specs] [out_specs] [Fsiz,Nsiz,Bsiz] [out_opt] <BR> </I> <I>[center_params] [curs_specs] [zw_option] <BR> </I> </TT></TT>compute magnitude in center <BR> <TT>MAGNITUDE/CIRCLE <I>[in_specs] [out_specs] [Fsiz,Nsiz,Bsiz] [out_opt] <BR> </I> <I>[center_params] [curs_specs] [zw_option] <BR> </I> </TT>compute magnitude within circular aperture <BR> <TT>MAGNITUDE/RECTANGLE <I>[in_specs] [out_specs] [pix_area] [out_opt] <BR> </I> <I>[center_params] [curs_specs] [zw_option] <BR> </I> </TT>compute magnitude within square aperture <BR> <TT>MERGE/TABLE <I>intable [intable ...] outtable <BR> </I> </TT>merge table files <BR> <TT>MODIFY/AREA <I>[source] [resfram] [degree] [constant] [drawflg] <BR> </I> </TT>remove bad data from a circular pixel-area in an image <BR> <TT>MODIFY/COLUMN <I>source_def res_frame [col_type] [column_coords] <BR> </I> </TT>approximate values in a column <BR> <TT>MODIFY/CUTS <I>[image] [cursor_spec] <BR> </I> </TT>modify cut values of full frame or in cursor selected windows <BR> <TT>MODIFY/DISPLAY <I>[target] <BR> </I> </TT>toggle the state of a display window (mapped Window <-> Icon) <BR> <TT>MODIFY/GCURSOR <I>frm_in frm_out y-coord xstart,xend no_curs,degree <BR> </I> </TT>interactive modification of pixel values in a frame <BR> <TT>MODIFY/GRAPHICS <I>[target] <BR> </I> </TT>toggle the state of a graphics window (mapped Window <-> Icon) <BR> <TT>MODIFY/ITT <I>[method] [value] [prflag] <BR> </I> </TT>modify the currently active ITT <BR> <TT>MODIFY/LUT <I>[method] [colour] [prflag] <BR> </I> </TT>modify the currently active LUT <BR> <TT>MODIFY/PIXELS <I>[source] [resfram] [arfacts] [xdeg,ydeg,niter] [drawflg] [noise] <BR> </I> <I>[ima_sec] <BR> </I> </TT>approximate pixel-area in an image <BR> <TT>MODIFY/ROW <I>source_def res_frame [row_type] [row_coords] <BR> </I> </TT>approximate values in a row <BR> <TT><TT>NAME/COLUMN <I>table column [new-column] [unit] [format] <BR> </I> </TT></TT>redefines label/unit/format of a column <BR> <TT><TT>OPEN/FILE <I>filename flag file_control_key <BR> </I> </TT></TT>open an ASCII <I>file for reading or writing <BR> </I> <TT>OUTDISK/FITS <I>in_files [out_spec] [option] [out_type] <BR> </I> </TT>write Midas frames to FITS <I>files on disk <BR> </I> <TT>OUTDISK/SFITS <I>in1[,in2[,...]] [out] [flags] <BR> </I> </TT>convert set of MIDAS <I>files to a single FITS file on disk <BR> </I> <TT>OUTTAPE/FITS <I>[catalog[,list]] device [flags] [density,block] [type] <BR> </I> </TT>write to device in FITS <I>format <BR> </I> <TT>OVERPLOT/AXES <I>[x_axis_spec] [y_axis_spec] [x_sc,y_sci[,x_off,y_off]] <BR> </I> <I>[x_lab] [y_lab] <BR> </I> </TT>overplot a coordinate box with tickmarks and labels <BR> <TT>OVERPLOT/AXES <I>[coord_str] [x_lab] [y_lab] <BR> </I> </TT>overplot a coordinate box around a displayed frame <BR> <TT>OVERPLOT/COLUMN <I>frame [x-coord] [y_start,y_end] [offset] [l_type] <BR> </I> </TT>overplot a column of a frame on a graphic device <BR> <TT>OVERPLOT/COLUMN <I>frame [x-coord] [y_start,y_end] [offset] [l_type] <BR> </I> </TT>overplot a column of a frame on a graphic device <BR> <TT>OVERPLOT/CONTOUR <I>frame [coord_str] [contours] [sm_par] <BR> </I> </TT>overplot contour map of 2-dim. frame with smoothing option <BR> <TT>OVERPLOT/DESCRIPTOR <I>frame [descr] [start,end] [offset] <BR> </I> </TT>overplot the contents of a descriptor <BR> <TT>OVERPLOT/ERROR <I>table [col1] [col2] col3 [direct] [bar] <BR> </I> </TT>overplot table error column <BR> <TT>OVERPLOT/GRAY <I>frame [coord_str] [gray_lev] [sm_par] [gray_ness] [options] <BR> </I> </TT>overplot gray scale map of 2-dim. frame with smoothing option <BR> <TT>OVERPLOT/GRID <I>grid <BR> </I> </TT>overplot a grid on an existing coordinate box <BR> <TT>OVERPLOT/HISTOGRAM <I>tab col [offset] [bin[,min[,max]]] [exc] [log] [opt] <BR> </I> </TT>overplot histogram of a column in the table <BR> <TT>OVERPLOT/HISTOGRAM <I>frame [offset] [log] [opt] <BR> </I> </TT>overplot the histogram of an image <BR> <TT>OVERPLOT/KEYWORD <I>[key_name] [start,end] [offset] <BR> </I> </TT>overplot the contents of a keyword <BR> <TT>OVERPLOT/LINE <I>[l_type] [x_sta,y_sta [x_end,y_end]] <BR> </I> </TT>overplot a line on a graphic device <BR> <TT>OVERPLOT/ROW <I>frame [y-coord] [x_start,x_end] [offset] [l_type] <BR> </I> </TT>overplot a row (line) of a frame on a graphic device <BR> <TT>OVERPLOT/SYMBOL <I>[s_type] [x_coord,y_coord] [s_size] <BR> </I> </TT>overplot a symbol <BR> <TT>OVERPLOT/TABLE <I>table [plane1] [plane2] [x_sc,y_sc[,x_off,y_off]] <BR> </I> <I>[symbols] [lines] [flag_dir] <BR> </I> </TT>plot table data on selected plotting device <BR> <TT>OVERPLOT/VECTOR <I>fram_a fram_b [coord_str] [scale_r] [pos_range] [sm_par] [head] <BR> </I> </TT>overplot vector map from two 2-dim. images with smoothing option <BR> <TT><TT>PLAYBACK/FILE <I>name <BR> </I> </TT></TT>playback MIDAS <I>commands from an ASCII file <BR> </I> <TT>PLAYBACK/LOGFILE <I>file <BR> </I> </TT>playback MIDAS <I>commands from a previous logfile <BR> </I> <TT>PLOT/AXES <I>[x_axis_spec] [y_axis_spec] [x_sc,y_sc[,x_off,y_off]] [x_lab] [y_lab] <BR> </I> </TT>plot a coordinate box with large and small tickmarks and labels <BR> <TT>PLOT/AXES <I>[coord_str] [x_lab] [y_lab] <BR> </I> </TT>plot a coordinate box around a displayed frame <BR> <TT>PLOT/COLUMN <I>frame [x_coord] [y_sta,y_end] [x_sc,y_sc,x_off,y_off] <BR> </I> </TT>plot a column of an image on a plotting device <BR> <TT>PLOT/CONTOUR <I>frame [coord_str] [x_sc,y_sc[,x_off,y_off]] [contours] [c_type] <BR> </I> <I>[sm_par] <BR> </I> </TT>plot contour map of 2-dim. image with smoothing option <BR> <TT>PLOT/DESCRIPTOR <I>frame [descr] [start,end] [x_sc,y_sc[,x_off,y_off]] <BR> </I> </TT>plot a descriptor on plotting device <BR> <TT>PLOT/GRAY <I>frame [coord_str] [x_sc,y_sc[,x_off,y_off]] [gray_lev] <BR> </I> <I>[sm_par] [gray_ness] [gray_opt] <BR> </I> </TT>plot gray scale map of 2-dim. image with smoothing option <BR> <TT>PLOT/HISTOGRAM <I>tab col [x_sc,y_sc[,x_off,y_off]] [bin[,min[,max]]] <BR> </I> <I>[exc] [log] [opt] <BR> </I> </TT>plot histogram of a column in the table <BR> <TT>PLOT/HISTOGRAM <I>frame [x_sc,y_sc[,x_off,y_off]] [exs] [log] [opt] <BR> </I> </TT>plot the histogram of an image <BR> <TT>PLOT/KEYWORD <I>[key_name] [start,end] [x_sc,y_sc[,x_off,y_off]] <BR> </I> </TT>plot the contents of a keyword <BR> <TT>PLOT/PERSPECTIVE <I>frame [coord_str] [alt,azi] [scal,offs] [sm_par] [xy_flag] <BR> </I> </TT>tree dim. representation of a 2-dim. frame, with smoothing option <BR> <TT>PLOT/ROW <I>frame [y_coord] [x_sta,x_end] [x_sc,y_sc[,x_off,y_off]] <BR> </I> </TT>plot a row (line) of an image on a plotting device <BR> <TT>PLOT/TABLE <I>table [plane1] [plane2] [x_sc,y_sc[,x_off,y_off]] <BR> </I> <I>[symbols] [lines] [flag_dir] <BR> </I> </TT>plot table data on selected plotting device <BR> <TT>PLOT/VECTOR <I>frame_a frame_b [coord_str] [x_sc,y_sc[,x_off,y_off]] [scale_r] <BR> </I> <I>[range] [sm_par] [head] <BR> </I> </TT>plot vector map from two 2-dim. images with smoothing option <BR> <TT>PRINT/ACAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>print ASCII file catalog entries <BR> <TT>PRINT/DESCR <I>frame [descr_list] [disp_flag] <BR> </I> </TT>print descriptor values <BR> <TT>PRINT/FCAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>print fit file catalog entries <BR> <TT>PRINT/HELP <I>[help_topic] <BR> </I> </TT>print info about help_topic <BR> <TT>PRINT/HISTOGRAM <I>table column [bin [min [max]]] <BR> </I> </TT>print statistics of a column <BR> <TT>PRINT/ICAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>print image catalog entries <BR> <TT>PRINT/IMAGE <I>frame_specs [pixel_specs] [hide_header_flag] <BR> </I> </TT>print image data values <BR> <TT>PRINT/KEYWORD <I>[key_list] [since] <BR> </I> </TT>print contents of keywords <BR> <TT>PRINT/LOGFILE <I>[page_specs] <BR> </I> </TT>print contents of logfile <BR> <TT>PRINT/TABLE <I>table [column ...] [elem1 [elem2]] [N] [width] <BR> </I> <TT>PRINT/TABLE <I>table [elem1 [elem2]] [form] [N] <BR> </I> </TT></TT>print table values on the device/file specified via ASSIGN/PRINT <BR> <TT>PRINT/TCAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>print table catalog entries <BR> <TT>PROJECTION/TABLE <I>intable outable column_selection <BR> </I> </TT>projection of one or more columns from a table <BR> <TT><TT>READ/ACAT <I>[cat_name] [lowno,hino] <BR> </I> </TT></TT>read ASCII <I>Catalog entries <BR> </I> <TT>READ/COMMANDS <I>[proc] <BR> </I> </TT>read commands from a procedure + store into command buffer <BR> <TT>READ/DESCR <I>frame [descr_list] [disp_flag] <BR> </I> </TT>display descriptor values <BR> <TT>READ/FCAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>read fit file catalog entries <BR> <TT>READ/FILE <I>file_id cbuf_key [maxrd] <BR> </I> </TT>read an ASCII <I>file <BR> </I> <TT>READ/HISTOGRAM <I>table column [bin [min [max]]] <BR> </I> </TT>display statistics of table column <BR> <TT>READ/ICAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>read Image Catalog entries <BR> <TT>READ/IMAGE <I>frame_specs [pixel_specs] [hide_header_flag] <BR> </I> </TT>display image data values <BR> <TT>READ/KEYWORD <I>[key_list] [disp_flag] [since] [Midunit] <BR> </I> </TT>display contents of keywords <BR> <TT>READ/SETUP <I>setup <BR> </I> </TT>read the contents of the variables related to a Setup <BR> <TT>READ/TABLE <I>table [column_sel] [row_sel] [form] <BR> </I> </TT>display table elements <BR> <TT>READ/TCAT <I>[cat_name] [lowno,hino] <BR> </I> </TT>read Table Catalog entries <BR> <TT>REBIN/II <I>outima inima refima [func] [param] [intop] <BR> </I> </TT>nonlinear rebin Image to Image <BR> <TT>REBIN/IT <I>outtab i,d[,b] inima [func] [param] [intop] <BR> </I> </TT>nonlinear rebin Image to Table <BR> <TT>REBIN/LINEAR <I>in out [stepx,stepy] [offx,offy] [stx,sty] [fluxcons] [proc_mode] <BR> </I> <TT>REBIN/LINEAR <I>in out [refframe] [fluxcons] [proc_mode] <BR> </I> </TT></TT>rebin an image linearly <BR> <TT>REBIN/ROTATE <I>in out [rot_specs] [ref_frame] [ref_flag] <BR> </I> </TT>rotate + rebin an image <BR> <TT>REBIN/SPLINE <I>in out [stepx,stepy] [offx,offy] [startx,starty] <BR> </I> <TT>REBIN/SPLINE <I>in out [refframe] <BR> </I> </TT></TT>rebin an image using cubic splines <BR> <TT>REBIN/STATISTICS <I>in out [xpix,ypix] [stat_val] <BR> </I> </TT>rebin image using statistical values as new pixel values <BR> <TT>REBIN/TI <I>outima intab i,d[,b] refima [func] [param] [intop] <BR> </I> </TT>nonlinear rebin Table to Image <BR> <TT>REBIN/TT <I>outtab i,d[,b] intab i,d[,b] [func] [param] [intop] <BR> </I> </TT>nonlinear rebin Table to Table <BR> <TT>REGRESSION/LINEAR <I>table y x1,x2,... <BR> </I> </TT>linear regression on table columns <BR> <TT>REGRESSION/POLY <I>table y x1[,x2] d1[,d2] <BR> </I> </TT>polynomial fit on table columns <BR> <TT>REGRESSION/ROBUST <I>tab y x1[,x2,..,xn] [file] [out_col] [res_col] <BR> </I> </TT>Robust multi-variate regression by Least Median of Squares <BR> <TT>REGRESSION/TABLE <I>table1 x1[,x2] table2 y1[,y2] degree tol [guess] <BR> </I> </TT>polynomial fit of variables in two tables (not yet implemented) <BR> <TT>RENAME/FIT <I>old new [history] [overwrite] <BR> </I> </TT>rename a fit file <BR> <TT>RENAME/IMAGE <I>old new [history] [overwrite] <BR> </I> </TT>rename an image frame <BR> <TT>RENAME/TABLE <I>old new [history] [overwrite] <BR> </I> </TT>rename a table frame <BR> <TT>REPLACE/IMAGE <I>in out [test/]low,hi=express1[,express2] <BR> </I> </TT>replace pixels according to intensity <BR> <TT>REPLACE/POLYGON <I>in,intab out test/low,hi=value <BR> </I> </TT>replace pixels inside polygon <BR> <TT>REPORT/PROBLEM <I>[errfile] <BR> </I> </TT>send error reports and comments to the person(s) in charge of MIDAS <BR> <TT>RESAMPLE/IMAGE <I>in out stepping <BR> </I> </TT>resample an image <BR> <TT>RESET/DISPLAY <BR> </TT>reset Xwindow display after Control C <BR> <TT>RESTORE/NAME <I>[file_spec] [verbose] [history] [overwrite] [descr] <BR> </I> </TT>change file name according to descr. FILENAME <BR> <TT>RETRO/TAB <I>table <BR> </I> </TT>retrofit 3-dim table to old 90NOV format <BR> <TT>ROTATE/1DIM <I>in out nop_flag <BR> </I> </TT>rotate a 1-dim profile around its startpoint <BR> <TT>ROTATE/CLOCK <I>in out [factor] <BR> </I> </TT>rotate an image by multiples of 90 degrees clockwise <BR> <TT>ROTATE/COUNTER_CLOCK <I>in out [factor] <BR> </I> </TT>rotate an image by multiples of 90 degrees counter_clockwise <BR> <TT>RUN <I>progr <BR> </I> </TT>execute a program inside the MIDAS environment <BR> <TT><TT>SAVE/REGRESSION <I>table name <BR> </I> </TT></TT>save results of a regression <BR> <TT>SCROLL/CHANNEL <I>[chanl] [scrolx,scroly] <BR> </I> </TT>scroll given ImageDisplay channel <BR> <TT>SEARCH/FCAT <I>[cat_name] search_string [options] <BR> </I> </TT>search in fit file catalog for frame with matching descriptor IDENT <BR> <TT>SEARCH/ICAT <I>[cat_name] search_string [options] <BR> </I> </TT>search in image catalog for frame with matching Ident field <BR> <TT>SEARCH/TCAT <I>[cat_name] search_string [options] <BR> </I> </TT>search in table catalog for table with matching Ident field <BR> <TT>SELECT/TABLE <I>table logical-expression <BR> </I> </TT>select table entries <BR> <TT>SET/ACAT <I>[cat_name] <BR> </I> </TT>make given catalog the "active" ASCII file catalog <BR> <TT>SET/BACKGROUND <I>[method] [echo] [sleep_time] <BR> </I> </TT>put Midas session into "background" mode <BR> <TT>SET/BUFFER <I>[no_lines] <BR> </I> </TT>set up command buffer for MIDAS <BR> <TT>SET/CONTEXT <I>cntxt <BR> </I> </TT>enable new context <BR> <TT>SET/CURSOR <I>[curs_no] [curs_form] [curs_coords] [flag] <BR> </I> </TT>set cursor form and position <BR> <TT>SET/DISPLAY <I>[colour_mode] <BR> </I> </TT>set up Image Display for RGB or pseudo colours <BR> <TT>SET/FCAT <I>[cat_name] <BR> </I> </TT>make given catalog the "active" fit file catalog <BR> <TT>SET/FORMAT <I>[format_specs] <BR> </I> </TT>set formats for replacement of Midas data <BR> <TT>SET/GCURSOR <I>[curs_no] [curs_form] <BR> </I> </TT>set cursor form in graphics window <BR> <TT>SET/GRAPHICS <I>option1[=value1] option2[=value2] ... <BR> </I> </TT>set plot characteristics <BR> <TT>SET/ICAT <I>[cat_name] <BR> </I> </TT>make given catalog the "active" image frame catalog <BR> <TT>SET/ITT <I>[chanl] <BR> </I> </TT>enable ITT <I>for Image display channel <BR> </I> <TT>SET/LUT <I>[sect] <BR> </I> </TT>enable usage of colour lookup tables <BR> <TT>SET/MIDAS_SYSTEM <I>option=value <BR> </I> </TT>set different modes and options for Midas <BR> <TT>SET/OVERLAY <BR> </TT>enable graphics overlay <BR> <TT>SET/REFCOLUMN <I>table column <BR> </I> </TT>define column as reference in table access <BR> <TT>SET/TCAT <I>[cat_name] <BR> </I> </TT>make given catalog the "active" table file catalog <BR> <TT>SHIFT/IMAGE <I>inframe outframe [x,yshift] <BR> </I> </TT>shift the pixels in an image <BR> <TT>SHOW/ACAT <I>[cat_name] [display_flag] <BR> </I> </TT>show no. of entries in an ASCII file catalog <BR> <TT>SHOW/BACK_MIDAS <I>unit [disp_option] <BR> </I> </TT>show info related to background MIDAS <I>sessions <BR> </I> <TT>SHOW/CHANNEL <I>[chanl] <BR> </I> </TT>show info related to ImageDisplay channel <BR> <TT>SHOW/CODE <I>command_string [option] <BR> </I> </TT>display the procedure which implements the command_string <BR> <TT>SHOW/COMMAND <I>[comnd/qualif] <BR> </I> </TT>display MIDAS commands <BR> <TT>SHOW/CONTEXT <I>[name] <BR> </I> </TT>show enabled contexts <BR> <TT>SHOW/DEFAULTS <BR> </TT>display all special defaults <BR> <TT>SHOW/DESCR <I>frame [descr_list] [flag] <BR> </I> </TT>show existing descriptors with name, type and size <BR> <TT>SHOW/DISPLAY <BR> </TT>show current status of ImageDisplay + Graphics <BR> <TT>SHOW/FCAT <I>[cat_name] [display_flag] <BR> </I> </TT>show no. of entries in a fit file catalog <BR> <TT>SHOW/GRAPHICS <I>device_name <BR> </I> </TT>show the setup parameters for plotting <BR> <TT>SHOW/ICAT <I>[cat_name] [display_flag] <BR> </I> </TT>show no. of entries in an image catalog <BR> <TT>SHOW/KEYWORD <I>[keyword] <BR> </I> </TT>display contents of keyword data base <BR> <TT>SHOW/TABLE <I>table <BR> </I> </TT>display table parameters <BR> <TT>SHOW/TCAT <I>[cat_name] [display_flag] <BR> </I> </TT>show no. of entries in a table catalog <BR> <TT>SHRINK/IMAGE <I>in_image out_image [option] <BR> </I> </TT>shrink 2 or 3-dim image to 1-dim image <BR> <TT>SORT/FCAT <I>[cat_name] <BR> </I> </TT>sort a fit file catalog <BR> <TT>SORT/ICAT <I>[cat_name] <BR> </I> </TT>sort an image catalog <BR> <TT>SORT/TABLE <I>table keys <BR> </I> </TT>sort table according to (ascending) values <BR> <TT>SORT/TCAT <I>[cat_name] <BR> </I> </TT>sort a table catalog <BR> <TT>STATISTICS/IMAGE <I>[frame] [area] [bins] [lo,hi_exc] [option] [outtab] <BR> </I> <I>[plotflg] [format] <BR> </I> </TT>calculate statistics of a frame <BR> <TT>STATISTICS/TABLE <I>table column <BR> </I> </TT>simple statistics on a table column <BR> <TT>STORE/FRAME <I>key frame [indx] [exit_label] <BR> </I> </TT>store frame or entries of catalog into key <BR> <TT>SUBTRACT/ACAT <I>[cat_name] frame_list <BR> </I> </TT>remove entries from an ASCII file catalog <BR> <TT>SUBTRACT/FCAT <I>[cat_name] frame_list <BR> </I> </TT>remove entries from a fit file catalog <BR> <TT>SUBTRACT/ICAT <I>[cat_name] frame_list <BR> </I> </TT>remove entries from an image catalog <BR> <TT>SUBTRACT/TCAT <I>[cat_name] frame_list <BR> </I> </TT>remove entries from an table catalog <BR> <TT>SYNCHRONIZE/MIDAS <BR> </TT>write keyfile and logfile to disk <BR> <TT>SYNCHRONIZE/TIME <I>option <BR> </I> </TT>do time synchronization functions <BR> <TT><TT>TRANSLATE/SHOW <I>proc option <BR> </I> </TT></TT>translate MIDAS <I>procedure and display resulting code <BR> </I> <TT>TRANSPOSE/CUBE <I>inframe [outframe] [plane_spec] <BR> </I> </TT>rearrange the planes of a cube <BR> <TT>TRANSPOSE/IMAGE <I>inima outima [diagonal] <BR> </I> </TT>transpose image <BR> <TT>TUTORIAL/EXTRACT <BR> </TT>demonstrate some of the different EXTRACT commands <BR> <TT>TUTORIAL/FILTER <BR> </TT>explain the usage of filters <BR> <TT>TUTORIAL/GRAPHICS <I>option <BR> </I> </TT>explain the use of the graphics packages <BR> <TT>TUTORIAL/HELP <BR> </TT>explain usage of the HELP command <BR> <TT>TUTORIAL/ITT <I>[plotflag] <BR> </I> </TT>explain the usage of ITT's <BR> <TT>TUTORIAL/LUT <I>[plotflag] <BR> </I> </TT>show some standard LUT's and related MIDAS commands <BR> <TT>TUTORIAL/SPLIT <BR> </TT>explain the usage of "split screen", i.e. multiple windows <BR> <TT>TUTORIAL/TABLE <BR> </TT>explain usage of tables <BR> <TT><TT>UNLOCK/KEYWORD <I>key_list lockno <BR> </I> </TT></TT>unlock keyword(s) <BR> <TT><TT>$ comnd <BR> </TT></TT>execute a host system command <BR> <TT>VIEW/IMAGE <I>[frame] [out_tab] [plot_option] [g,zhardcopy] <BR> </I> </TT>view an image with a "looking glass" <BR> <TT><TT>WAIT/BACK_MIDAS <I>[unit] <BR> </I> </TT></TT>wait until command in background MIDAS <I>terminates <BR> </I> <TT>WAIT/SECS <I>[no_of_secs] <BR> </I> </TT>suspend MIDAS <I>monitor for no_of_secs seconds <BR> </I> <TT>WRITE/COMMANDS <I>[procnam] [par1] [par2] ... [par8] <BR> </I> </TT>save commands from command buffer + write into a procedure <BR> <TT>WRITE/DESCR <I>frame descr data [flg] <BR> </I> </TT>store values into a descriptor <BR> <TT>WRITE/DHELP <I>frame descr text <BR> </I> </TT>store help-text/comments for an existing descriptor <BR> <TT>WRITE/FILE <I>file_id charbuf <BR> </I> </TT>write into an ASCII <I>file <BR> </I> <TT>WRITE/IMAGE <I>frame [pix_specs] data [all_flg] [process_flg] <BR> </I> <TT>WRITE/IMAGE <I>CURSOR,option data [process_flg] <BR> </I> </TT></TT>update values of image frame <BR> <TT>WRITE/KEYWORD <I>key data [flg] <BR> </I> </TT>write values into a keyword <BR> <TT>WRITE/OUT <I>text_spec [section] [label] <BR> </I> </TT>display text on terminal <BR> <TT>WRITE/SETUP <I>[setup] <BR> </I> </TT>modify the variables of a Setup <BR> <TT>WRITE/TABLE <I>table column row_sel value <BR> </I> </TT>Store a value into a table <BR> <TT><TT>XCORRELATE/IMAGE <I>temp spec result shift <BR> </I> </TT></TT>correlate 2 similar 1-dim frames over 2*(shift) bandwith <BR> <TT><TT>ZOOM/CHANNEL <I>[zoom_fact] [center] <BR> </I> </TT></TT>zoom image on image display <BR> <TT>ZOOM/OVERLAY <I>[zoom_fact] [center] <BR> </I> </TT>zoom image + overlay together <BR></BLOCKQUOTE><HR> <!--Navigation Panel--> <A NAME="tex2html6420" HREF="node398.html"> <IMG WIDTH="37" HEIGHT="24" ALIGN="BOTTOM" BORDER="0" ALT="next" SRC="icons.gif/next_motif.gif"></A> <A NAME="tex2html6417" HREF="node396.html"> <IMG WIDTH="26" HEIGHT="24" ALIGN="BOTTOM" BORDER="0" ALT="up" SRC="icons.gif/up_motif.gif"></A> <A NAME="tex2html6411" HREF="node396.html"> <IMG WIDTH="63" HEIGHT="24" ALIGN="BOTTOM" BORDER="0" ALT="previous" SRC="icons.gif/previous_motif.gif"></A> <A NAME="tex2html6419" HREF="node1.html"> <IMG WIDTH="65" HEIGHT="24" ALIGN="BOTTOM" BORDER="0" ALT="contents" SRC="icons.gif/contents_motif.gif"></A> <BR> <B> Next:</B> <A NAME="tex2html6421" HREF="node398.html">Application Commands</A> <B> Up:</B> <A NAME="tex2html6418" HREF="node396.html">Command Summary</A> <B> Previous:</B> <A NAME="tex2html6412" HREF="node396.html">Command Summary</A> <!--End of Navigation Panel--> <ADDRESS> <I>Petra Nass</I> <BR><I>1999-06-15</I> </ADDRESS> </BODY> </HTML>
