README.txt

%zli_params
%     n_membr
%     n_iter
%     prec
%     n_frames_promig
%     dist_type
%     scalesize_type
%     scale2size_type
%     scale2size_epsilon
%     nepsilon
%     bScaleDelta
%     reduccio_JW
%     normal_type
%     alphax
%     alphay
%     nb_periods
%     osc_wv
%     normal_input
%     normal_output
%     nnormal_output
%     normal_min_absolute
%     normal_max_absolute
%     Delta
%     ON_OFF
%     boundary
%     normalization_power
%     kappax
%     kappay
%     nkappay
%     dedi
%     shift
%     scale_interaction
%     orient_interaction

% wave_params
%     multires
%     n_scales
%     fin_scale_offset
%     ini_scale
%     fin_scale
%     n_orient
%     mida_min
%     nmida_min
%     
% csf_params
%     nu_0
%     profile
%     params_intensity
%         fOffsetMax
%         fContrastMaxMin
%         fSifmaMax1
%         fSigmaMax2
%         fContrastMinMax
%         fContrastMinMin
%         fSigmaMin1
%         fSigmaMin2
%         fOffsetMin
%     params_chromatic
%         fOffsetMax
%         fContrastMaxMin
%         fSifmaMax1
%         fSigmaMax2
%         fContrastMinMax
%         fContrastMinMin
%         fSigmaMin1
%         fSigmaMin2
%         fOffsetMin
% 
% color_params
%     gamma
%     srgb_flag
%     orgb_flag
%     HDR %comentado
%     nchannels
%     
% dynamic_params
%     dynamic %comentado
%     stim %comentado
%     nstripes %eliminado
%     
% resize_params
%     updown %comentado
%     autoresize_ds
%     autoresize_nd
%     M
%     N
% 
% fusion_params
%     output_from_model
%     output_from_csf
%     tmem_res
%     tmem_rw_res
%     residual_wave
%     smethod (combining channels)
%     fusion (type of normalization)
%     inverse (type of multires fusion/inverse of scale & orient)
%     gsp (gaussian smoothing at 1 degree)
% 
% 
% 
% file_params
%     name
%     single %eliminado
%     single_or_multiple %eliminado
%     multiple %eliminado
%     outputstr
%     outputstr_imgs
%     outputstr_figs
%     outputstr_mats
%     inputstr
%     dir
%     delete_mats
%     unique_mats_folder
% 
% compute_params
%     model
%     jobmanager
%     parallel
%     parallel_channel
%     parallel_scale
%     parallel_ON_OFF
%     parallel_orient
%     use_fft
%     avoid_circshift_fft
%     multiparameters %comentado
%     Nparam %comentado
%     XOP_activacio_neurona
% 
% display_params
%     plot_io
%     reduce
%     plot_wavelet_planes
%     store_img_img_out
%     store
%     store_irrelevant
%     savefigs
%     x_video
%     y_video
%     XOP_DEBUG
%     scale_interaction_debug


%cortex_params
%     cm_method = magnification method
%     cortex_width = image cortex size to output (resolution)
%     a = vicinity a
%     b = vicinity b
%     lambda = scaling parameter (mm)
%     vAngle
%     isoPolarGrad
%     eccWidth
%     mirroring = keep drawing coords outside of the visual field
%     cortex_max_elong_mm = size of cortex in mm
%     cortex_max_az_mm = size of cortex in mm
    
%gaze_params
%     foveate = foveate or not
%     fov_type = type of fovea (cortical, gaussian...)
%     orig_width = total image width (not used yet, just as reference)
%     orig_height = total image width (not used yet, just as reference)
%     fov_x = horizontal coordinate of fixation
%     fov_y = vertical coordinate of fixation
%     img_diag_angle = diagonal visual angle of experiment
%     redistort_periter
%     ngazes
%     gaze_idx
%     ior
%     ior_factor_ctt
%     ior_angle
%     ior_matrix
%     conserve_dynamics
%     conserve_dynamics_rest