Fixed hmrR_GLM docs to reflect removal of T from params

% idxBasis - this specifies the type of basis function to use for the HRF

%            1. a consecutive sequence of gaussian functions

%            2. a modified gamma function convolved with a square-wave of

%                duration T. Set T=0 for no convolution.

%                duration given by the stim marker.

%                The modified gamma function is

%                (exp(1)*(t-tau).^2/sigma^2) .* exp(-(tHRF-tau).^2/sigma^2)

%            3. a modified gamma function and its derivative convolved

%                with a square-wave of duration T. Set T=0 for no convolution.

%                with a square-wave of duration given by the stim marker.

%			 4.  GAM function from 3dDeconvolve AFNI convolved with

%                a square-wave of duration T. Set T=0 for no convolution.

%                a square-wave of duration given by the stim marker.

% 			         (t/(p*q))^p * exp(p-t/q)

%                Defaults: p=8.6 q=0.547

%                The peak is at time p*q.  The FWHM is about 2.3*sqrt(p)*q.

%               idxBasis=1 [stdev step ~ ~ ~ ~] where stdev is the width of the

%                  gaussian and step is the temporal spacing between

%                  consecutive gaussians

%               idxBasis=2. [tau sigma T] applied to both HbO and HbR

%                  or [tau1 sigma1 T1 tau2 sigma2 T2]

%               idxBasis=2. [tau sigma] applied to both HbO and HbR

%                  or [tau1 sigma1 tau2 sigma2]

%                  where the 1 (2) indicates the parameters for HbO (HbR).

%                  default: 0.1 3.0 10.0 1.8 3.0 10.0

%               idxBasis=3 [tau sigma T] applied to both HbO and HbR

%                  or [tau1 sigma1 T1 tau2 sigma2 T2]

%               idxBasis=3 [tau sigma] applied to both HbO and HbR

%                  or [tau1 sigma1 tau2 sigma2]

%                  where the 1 (2) indicates the parameters for HbO (HbR).

%               idxBasis=4 [p q T] applied to both HbO and HbR

%                  or [p1 q1 T1 p2 q2 T2]

%               idxBasis=4 [p q] applied to both HbO and HbR

%                  or [p1 q1 p2 q2]

%                  where the 1 (2) indicates the parameters for HbO (HbR).

% rhoSD_ssThresh - max distance for a short separation measurement. Set =0

%          if you do not want to regress the short separation measurements.