Review matfaust/pyfaust.eye doc.

wrapper/matlab/+matfaust/eye.m

 %==========================================================================================
-%> @brief Faust identity.
+%> @brief Identity Faust.
 %>
 %> @b Usage
 %>
 %> &nbsp;&nbsp;&nbsp; @b eye(m,n) or eye([m,n]) forms a M-by-N Faust F = Faust(speye(M,N)).<br/>
 %> &nbsp;&nbsp;&nbsp; @b eye(m) is a short for eye(m,m).<br/>
-%> &nbsp;&nbsp;&nbsp; @b eye(S, 'complex') with S the size, does the same as above but returns a complex Faust.</br>
-%> &nbsp;&nbsp;&nbsp; @b eye(S, 'complex', 'dev', 'gpu') or eye(S, 'dev', 'gpu') same as above but creates the Faust on GPU.</br>
+%> &nbsp;&nbsp;&nbsp; @b eye(S, 'complex') with S the size, does the same as above but returns a complex Faust.<br/>
+%> &nbsp;&nbsp;&nbsp; @b eye(S, 'complex', 'dev', 'gpu') or eye(S, 'dev', 'gpu') same as above but creates the Faust on GPU.<br/>
 %>
-%> @param 'dev', 'gpu or 'cpu' (optional) to create the Faust on CPU or GPU (by default on CPU).
-%> @param 'dtype', 'double' (by default) or 'float' (optional) to select the scalar type used for the Faust generated.
+%> @param 'dev',str 'gpu or 'cpu' to create the Faust on CPU or GPU (by default on CPU).
+%> @param 'dtype',str 'double' (by default) or 'float' to select the scalar type used for the Faust generated.
 %>
 %> @b Example
 %>

wrapper/python/pyfaust.py

@@ -2714,23 +2714,22 @@ def dft(n, normed=True, dev='cpu'):
 
 def eye(m, n=None, t='real', dev="cpu"):
     """
-        Identity matrix as a Faust object.
+        Faust identity.
 
         Args:
           m: number of rows,
-          n (optional): number of columns, set to m if not specified.
-          t (optional): 'complex' to return a complex Faust otherwise (by default)
-          it's a real Faust.
+          n: number of columns, set to m by default.
+          t: 'complex' to return a complex Faust, otherwise it's a real Faust.
 
         Examples:
             >>> from pyfaust import eye
             >>> eye(5)
             Faust size 5x5, density 0.2, nnz_sum 5, 1 factor(s):<br/>
             FACTOR 0 (real) SPARSE, size 5x5, density 0.2, nnz 5<br/>
-            >>> eye(5,4)
+            >>> eye(5, 4)
             Faust size 5x4, density 0.2, nnz_sum 4, 1 factor(s):<br/>
             FACTOR 0 (real) SPARSE, size 5x4, density 0.2, nnz 4<br/>
-            >>> eye(5,t='complex')
+            >>> eye(5, t='complex')
             Faust size 5x4, density 0.2, nnz_sum 4, 1 factor(s):<br/>
             FACTOR 0 (complex) SPARSE, size 5x4, density 0.2, nnz 4<br/>
     """