% @(#)visualsynt.hlq 17.1.1.1 (ESO-IPG) 01/25/02 17:21:11 %++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ %.COPYRIGHT (c) 1993 European Southern Observatory %.IDENT visualsynt.hlq %.AUTHOR 06-APR-93, IPG/ESO %.KEYWORDS MIDAS, help files, %.PURPOSE On-line help file for the command: VISUAL/SYNT %.VERSION 1.0 JS : Creation, 06-APR-93 %---------------------------------------------------------------- \se SECTION./SYNT \es\co VISUAL/SYNT JS 06-APR-93 \oc\su VISUAL/SYNT Wavelet_File_Name [output_visu_file] [Display_Number] [Display] \us\pu Purpose: Creates an image from the wavelet transform well adapted to the visualisation. \up\sy Syntax: VISUAL/SYNT Wavelet_File_Name [output_visu_file] [Display] [Display_Number] \ys\pa Wavelet_File_Name = Wavelet File Name \ap\pa output_visu_file = file created for the visualisation. The default value is "file_visu.bdf". \ap\pa Display = Y or N; the default value is Y. If Display = Y then the created image is displayed in the window;\\ if Display = N then no display is done, only the output_visu_file is created. \ap\pa Display_Number = the midas number of the created display window. The default value is 1. \ap\see See also: WAVE/TRANSF, VISUAL/CUBE, VISUAL/WAVE, VISUAL/PLAN, VISUAL/PERS, VISUAL/CONT \ees\no Note: The created image depends on the used wavelet transform algorithm. If there is no reduction of the sampling, each scale is binarized and represented by one colour. The resulting image is the superpostion of all the scales. If it is a pyramidal algorithm or Mallat's algorithm, each scale is normalized and all the scales are displayed in one window. \on\exs Examples: \ex VISUAL/SYNT Wavelet_File_Name Visualizes the wavelet transform in a display window \xe \sxe