--- a/filterbank/ufilterbank.m
+++ b/filterbank/ufilterbank.m
@@ -2,17 +2,18 @@
 %UFILTERBANK   Apply Uniform filterbank
 %   Usage:  c=ufilterbank(f,g,a);
 %
-%   UFILTERBANK(f,g,a) applies the filter given in g to the signal f. Each
-%   subband will be subsampled by a factor of _a (the hop-size). If f is a
-%   matrix, the transformation is applied to each column.
+%   `ufilterbank(f,g,a)` applies the filter given in *g* to the signal
+%   *f*. Each subband will be subsampled by a factor of *a* (the
+%   hop-size). If *f* is a matrix, the transformation is applied to each
+%   column.
 %
-%   The filters g must be a cell-array, where each entry in the cell
+%   The filters *g* must be a cell-array, where each entry in the cell
 %   array corresponds to an FIR filter.
 %
-%   If f is a single vector, then the output will be a matrix, where each
-%   column is f filtered by the corresponding filter in g. If f is a
-%   matrix, the output will be 3-dimensional, and the third dimension
-%   will correspond to the columns of the input signal.
+%   If *f* is a single vector, then the output will be a matrix, where each
+%   column in *f* is filtered by the corresponding filter in *g*. If *f* is
+%   a matrix, the output will be 3-dimensional, and the third dimension will
+%   correspond to the columns of the input signal.
 %
 %   See also: ifilterbank, filterbankdual
 %
@@ -38,6 +39,3 @@
 end;
 
 c=comp_ufilterbank_fft(f,gw,a);
-
-  
-%OLDFORMAT