def calc_registrations(note, error, cortices, model, model_sym,
                       weight_min, scale, prior, max_out_eccen, max_steps, max_step_size,
                       radius_weight, field_sign_weight, resample, invert_rh_angle,
                       part_vol_correct):
    '''
    calc_registrations is the calculator that performs the registrations for the left and right
    hemisphere; these are returned as the immutable maps yielded from the register_retinotopy
    command.
    '''
    rsamp = ('fsaverage_sym' if model_sym else 'fsaverage') if resample else False
    # Do the registration
    res = {}
    for (h,ctx) in six.iteritems(cortices):
        note('Preparing %s Registration...' % h.upper())
        try:
            res[h] = register_retinotopy(ctx, model[h],
                                         model_hemi='sym' if model_sym else h,
                                         polar_angle='polar_angle',
                                         eccentricity='eccentricity',
                                         weight='weight',
                                         weight_min=weight_min,
                                         partial_voluming_correction=part_vol_correct,
                                         field_sign_weight=field_sign_weight,
                                         radius_weight=radius_weight,
                                         scale=scale,
                                         prior=prior,
                                         resample=rsamp,
                                         invert_rh_field_sign=invert_rh_angle,
                                         max_steps=max_steps,
                                         max_step_size=max_step_size,
                                         yield_imap=True)
        except Exception: #error('Exception caught while setting-up register_retinotopy (%s)' % h)
            raise
    return {'registrations': pyr.pmap(res)}
def calc_registrations ( note , error , cortices , model , model_sym , weight_min , scale , prior , max_out_eccen , max_steps , max_step_size , radius_weight , field_sign_weight , resample , invert_rh_angle , part_vol_correct ) : rsamp = ( 'fsaverage_sym' if model_sym else 'fsaverage' ) if resample else False res = { } for ( h , ctx ) in six . iteritems ( cortices ) : note ( 'Preparing %s Registration...' % h . upper ( ) ) try : res [ h ] = register_retinotopy ( ctx , model [ h ] , model_hemi = 'sym' if model_sym else h , polar_angle = 'polar_angle' , eccentricity = 'eccentricity' , weight = 'weight' , weight_min = weight_min , partial_voluming_correction = part_vol_correct , field_sign_weight = field_sign_weight , radius_weight = radius_weight , scale = scale , prior = prior , resample = rsamp , invert_rh_field_sign = invert_rh_angle , max_steps = max_steps , max_step_size = max_step_size , yield_imap = True ) except Exception : raise return { 'registrations' : pyr . pmap ( res ) }
calc_registrations is the calculator that performs the registrations for the left and right
    hemisphere; these are returned as the immutable maps yielded from the register_retinotopy
    command.