Alternative input/output specification for u

Author: lmendo

funDef.mat

@@ -1849,7 +1849,7 @@ Zt	3	3	3		1	1	1		true	true	true	true	if ischar(in{1}) || iscell(in{1})	replace s
 													if islogical(in{3}), y = logical(y); end
 													out{1} = y; clear t p r m n mem
 													end
-u	1	4	1		1	4	1		true	true	true	true	str = {'stable' 'sorted' 'last' 'first' 'rows'};	unique	\matlab+unique+, with \matlab+'stable'+ option by default. It includes a fourth output with the count for each unique element. It also allows cell array input with numeric content, or mixed char/numeric content. In this case it only works with a single output, either in sorted or stable mode. This function allows flag strings in second and subsequent inputs to be replaced by numbers, as follows: 1: \matlab+'stable'+, 2: \matlab+'sorted'+, 3: \matlab+'last'+, 4: \matlab+'first'+, 5: \matlab+'rows'+. \sa \matl+Xu+
+u	1	4	1		1	4	1	[true false false true]	true	true	true	true	str = {'stable' 'sorted' 'last' 'first' 'rows'};	unique	\matlab+unique+, with \matlab+'stable'+ option by default. It includes a fourth output with the count for each unique element. It also allows cell array input with numeric content, or mixed char/numeric content. In this case it only works with a single output, either in sorted or stable mode. This function allows flag strings in second and subsequent inputs to be replaced by numbers, as follows: 1: \matlab+'stable'+, 2: \matlab+'sorted'+, 3: \matlab+'last'+, 4: \matlab+'first'+, 5: \matlab+'rows'+. \sa \matl+Xu+
 													for k = 2:numel(in), if isnumeric(in{k}), in(k) = str(in{k}); end; end; clear str
 													if numel(in)==1 || (numel(in)==2 && strcmp(in{2}, 'rows')), in{end+1} = 'stable'; end
 													if iscell(in{1}) && ~all(cellfun(@ischar, in{1}))

funDef.txt

@@ -246,9 +246,11 @@
             % necessary (that depends on the function. For `find` it would be necessary, because its first output changes
             % depending on whether there's a second output or not). So I don't specify
         case {'[false true false]' '[false,true,false]' '[false, true, false]'}
-            altOutStr = '2nd'; % It should be specified "2nd of 3"
+            altOutStr = '2nd'; % It should be specified '2nd of 3'
         case {'[false false true]' '[false,false,true]' '[false, false, true]'}
             altOutStr = '3rd';
+        case {'[true false false true]' '[true,false,false,true]' '[true, false, false, true]'}
+            altOutStr = '1st and 4th';
         case {'ndims(in{1})'}
             altOutStr = 'number of dimensions of first input';
         otherwise

genHelp.m

@@ -109,7 +109,7 @@
 \gdef \LT@i {\LT@entry 
     {1}{23.31676pt}\LT@entry 
     {6}{58.27696pt}\LT@entry 
-    {4}{68.87401pt}\LT@entry 
+    {13}{100.5081pt}\LT@entry 
     {1}{273.29929pt}}
 \gdef \LT@ii {\LT@entry 
     {1}{23.69952pt}\LT@entry 

help.mat

@@ -240,7 +240,7 @@
 \matl{Zs} & 1--4 (1 / 2) & 1 & (i) \matlab+std+. (ii) With $2$ inputs \matlab+x+, \matlab+k+ and \matlab+k+ equal to $2$ or $3$, gives \matlab+cov(x, k-2)+. (iii) With $2$ inputs \matlab+x+, \matlab+k+ and \matlab+k+ equal to $4$ or $5$, gives \matlab+skewness(x(:), k-4)+. (iv) With $2$ inputs \matlab+x+, \matlab+k+ and \matlab+k+ equal to $6$ or $7$, gives \matlab+kurtosis(x(:), k-6)+ \\
 \matl{t} & 0-- (1) & 0 & duplicate elements in stack. The duplicated elements are those specified as inputs. \sa \matl{y} \\
 \matl{Zt} & 3 & 1 & (i) If first input is char or a cell array: \matlab+strrep+. Numerical second and third inputs are converted to char. If the first input is char it is linearized into a row vector. (ii) The first input can be a numerical or logical array (not a cell array of numeric or logical arrays). In this case the other inputs can be char, numeric or logical (not cell); each input array is linearized; result is a row vector; and result has the type of the third input, even if no substitutions have been actually done \\
-\matl{u} & 1--4 (1) & 1--4 (1) & \matlab+unique+, with \matlab+'stable'+ option by default. It includes a fourth output with the count for each unique element. It also allows cell array input with numeric content, or mixed char/numeric content. In this case it only works with a single output, either in sorted or stable mode. This function allows flag strings in second and subsequent inputs to be replaced by numbers, as follows: 1: \matlab+'stable'+, 2: \matlab+'sorted'+, 3: \matlab+'last'+, 4: \matlab+'first'+, 5: \matlab+'rows'+. \sa \matl{Xu} \\
+\matl{u} & 1--4 (1) & 1--4 (1 / 1st and 4th) & \matlab+unique+, with \matlab+'stable'+ option by default. It includes a fourth output with the count for each unique element. It also allows cell array input with numeric content, or mixed char/numeric content. In this case it only works with a single output, either in sorted or stable mode. This function allows flag strings in second and subsequent inputs to be replaced by numbers, as follows: 1: \matlab+'stable'+, 2: \matlab+'sorted'+, 3: \matlab+'last'+, 4: \matlab+'first'+, 5: \matlab+'rows'+. \sa \matl{Xu} \\
 \matl{Xu} & 1--3 (1) & 1--4 (1) & \matlab+unique(..., 'rows', ...)+, with \matlab+'stable'+ option by default. It includes a fourth output with the count for each unique row. This function allows flag strings in second and subsequent inputs to be replaced by numbers, as follows: 1: \matlab+'stable'+, 2: \matlab+'sorted'+, 3: \matlab+'last'+, 4: \matlab+'first'+. \sa \matl{u} \\
 \matl{Zu} & 2 & 1 & \matlab+strjust+. Strings in second input can be replaced by numbers, as follows: 1: \matlab+'right'+, 2: \matlab+'left'+, 3: \matlab+'center'+ \\
 \matl{v} & 0-- ($^\ddagger$ / 2) & 1 & \matlab+vertcat+. If inputs are matrices with non-matching sizes they are linearized \\