! ! info.map ! from i_mapping.graphic ! !---------------------------------------------------------------------- sic\let b*4 "" /new character ! 4 is underline, 7 reverse video but both sic\let n*4 "" /new character ! are mapped to same attribute on dumb VT100 ! say " " say " MAPPING is an interactive program to clean images " say " " say "- The input file(s) must be read using command READ " say " " say "- Compute map from UV data with command UV_MAP " say " Input parameters are given by SIC variables: " say " UV_TAPER [" 'b''uv_taper[1]' 'uv_taper[2]' 'uv_taper[3]''n' "] WEIGHT_MODE [" 'b''weight_mode''n' "]" say " MAP_SIZE [" 'b''map_size[1]' 'map_size[2]''n' "] UV_CELL [" 'b''uv_cell[1]' 'uv_cell[2]''n' "]" say " MAP_CELL [" 'b''map_cell[1]' 'map_cell[2]''n' "] WCOL [" 'b''wcol''n' "]" say " MCOL [" 'b''mcol[1]' 'mcol[2]''n' "] CONVOLUTION [" 'b''convolution''n' "]" say " Variables UV_SHIFT, MAP_RA, MAP_DEC, MAP_ANGLE are used for centering" if (uv_shift) then say " Map centered on " 'b''map_ra' 'map_dec''n' " at angle " 'b''map_angle''n' else say " Map not shifted and not rotated" endif say " " say "- Cleaning method is selected using command HOGBOM, CLARK, SDI or MRC " say " Input parameters are given by SIC variables: " def double tempo let tempo int(gain*1000)|1000 say " GAIN [" 'b''tempo''n' "]" if (keep) then say " NITER [" 'b''niter''n' "] (Keep cleaning after convergence)" else say " NITER [" 'b''niter''n' "] (Stop cleaning if converged)" endif let tempo int(fres*1000)|1000 say " FRES [" 'b''tempo''n' "] ARES [" 'b''ares''n' "]" say " BLC [" 'b''blc[1]' 'blc[2]''n' "] TRC [" 'b''trc[1]' 'trc[2]''n' "]" say " MAJOR [" 'b''major''n' "arc sec] MINOR [" 'b''minor''n' "arc sec]" say " ANGLE [" 'b''angle''n' "deg E from N] BEAM_PATCH [" 'b''beam_patch[1]' 'beam_patch[2]''n' "]" say " " if (mosaic) then say " Mosaic mode is ON " say " SEARCH_W [" 'b''restore_w''n' "] " say " RESTORE_W [" 'b''restore_w''n' "] " else say " Mosaic mode is OFF " endif say " "