Commands 
Description 
TRANSF/WAVE 
Image Wavelet [Algo] [Nbr_Scale] [Fc] 

creates the wavelet transform of an image 
RECONS/WAVE 
Wavelet Rec_Image 

reconstructs an image from its wavelet transform 
HEADER/WAVE 
Wavelet 

gives information about a wavelet transform 
INFO/WAVE 
Wavelet 

gives information about each scale of a wavelet transform 
EXTRAC/WAVE 
Wavelet Image_Out Scale_Number 

creates an image from a scale of the wavelet transform 
ENTER/WAVE 
Wavelet_in Image_in Scale_Number Wavelet_out 

replaces a scale of a wavelet transform by an image 
VISUAL/WAVE 
Wavelet [Visu_Type] 

visualizes a wavelet transform with default parameters 
VISUAL/CUBE 
Wavelet [output_file] [Disp] [Visu_Mode] [Display] 

visualizes a wavelet transform in a cube 
VISUAL/CONT 
Wavelet [Graphic_Number] [Visu_Mode] [Contour_Level] 

visualizes the contours of a wavelet transform 
VISUAL/SYNT 
Wavelet [output_file] [Display_Number] [Display] 

creates a visualization image from a wavelet transform 
VISUAL/PLAN 
Wavelet [Display] 

display each scale of the wavelet transform in a window 
VISUAL/PERS 
Wavelet [out_file] [Disp_N] [Visu_Mode] [Incr] [Thres] [Display] 

visualizes in perpsective a wavelet transform 
FILTER/WAVE 
I_In I_Out [Algo] [T_Filter] [Iter_Nbr] [N_Scale] [N_Sigma] [Noise] 

filters an image by using the wavelet transform 
COMPAR/WAVE 
Imag_1 Imag_2 [N_Scal] [N_Sigma] [T_Cor] [T_Snr] [Disp] [Init] 

compares two images in the wavelet space 
PLOT/SNR 
Tab_Snr 

plots the SNR table resulting from the comparison 
PLOT/COR 
Tab_Correl 

plots the correlation resulting from the comparison 
TUTORIAL/WAVE 
visualizes the wavelet transform of the galaxy NGC2997 

with several algorithms 
DIRECT/WAVE 
Imag_In Psf Imag_Out [Nb_Scales]
[,,,...] 

deconvolution with a multiresolution Tichonov's
Regularisation 
CITTERT/WAVE 
Im_In Psf Im_Out [Resi] [Scal, Iter] [N_Sig, Noise] [Eps] [Fwhm] 

deconvolution by the regularized Van Cittert's algorithm 
GRAD/WAVE 
Im_In Psf Im_Out [Resi] [Nb_Scales] [N_Sigma, Noise] [Eps] [Max_Iter] 

deconvolution by the regularized onestep gradient algorithm 
LUCY/WAVE 
Im_In Psf Im_Out [Resi] [Nb_Scales] [N_Sigma, Noise] [Eps] [Max_Iter] 

deconvolution by the regularized Lucy's algorithm 
TRAN1D/WAVE 
Im_In Wave_Out [Num_Trans] [Num_Line] [Channel] [Nu] 

one dimensional wavelet transform 
REC1D/WAVE 
Wave_in Im_out [Num_Trans] [Channel] [Nu0] 

reconstructs a 1D signal from its wavelet transform 