Small correction in ZP's help / doc

funDef.txt

@@ -957,7 +957,7 @@ ZO	1	3	1	2	1	6	1		true	true	true	true	[out{:}] = datevec(in{:});	date components
 P	1	2	1	2	1	1	1		true	true	true	true	out{1} = flip(in{:});	flip the order of elements	\matlab+flip+. \sa \matl+XP+
 XP	1	1	1		1	1	1		true	true	true	true	out{1} = flipud(in{:});	flip array in up-down direction	\matlab+flipud+. \sa \matl+P+
 YP	0	0	0		1	1	1		true	true	true	true	out{1} = pi;	pi	\matlab+pi+
-ZP	1	5	2	3	1	2	1		true	true	true	true	if numel(in)==1 && nout==1	pairwise distances between two sets of points / entries below diagonal	(i) \matlab+pdist2+. Only predefined distance functions are allowed. This function allows flag strings in the third input to be replaced by numbers, as follows:  1: \matlab+'cityblock'+, 2: \matlab+'hamming'+, 3: \matlab+'chebychev'+, 4: \matlab+'correlation'+, 5: \matlab+'cosine'+, 6: \matlab+'seuclidean'+, 7: \matlab+'minkowski'+, 8: \matlab+'mahalanobis'+, 9: \matlab+'spearman'+, 10: \matlab+'jaccard'+, 11: \matlab+'euclidean'+. (ii) With $1$ input and $1$ output: row vector containing all entries below the main diagonal
+ZP	1	5	2	3	1	2	1		true	true	true	true	if numel(in)==1 && nout==1	pairwise distances between two sets of points / entries below diagonal	(i) \matlab+pdist2+. Only predefined distance functions are allowed. This function allows flag strings in the third input to be replaced by numbers, as follows:  1: \matlab+'cityblock'+, 2: \matlab+'hamming'+, 3: \matlab+'chebychev'+, 4: \matlab+'correlation'+, 5: \matlab+'cosine'+, 6: \matlab+'seuclidean'+, 7: \matlab+'minkowski'+, 8: \matlab+'mahalanobis'+, 9: \matlab+'spearman'+, 10: \matlab+'jaccard'+, 11: \matlab+'euclidean'+. (ii) With $1$ input and $1$ output: row vector containing all entries below the main diagonal of a matrix
 													y = in{1}(tril(true(size(in{1})),-1)); y = y(:).';
 													out{1} = y; clear y
 													else

spec/funDefTable/funDefTable.tex

@@ -133,7 +133,7 @@
 \matl{P} & 1--2 (1 / 2) & 1 & \matlab+flip+. \sa \matl{XP} \\
 \matl{XP} & 1 & 1 & \matlab+flipud+. \sa \matl{P} \\
 \matl{YP} & 0 & 1 & \matlab+pi+ \\
-\matl{ZP} & 1--5 (2 / 3) & 1--2 (1) & (i) \matlab+pdist2+. Only predefined distance functions are allowed. This function allows flag strings in the third input to be replaced by numbers, as follows:  1: \matlab+'cityblock'+, 2: \matlab+'hamming'+, 3: \matlab+'chebychev'+, 4: \matlab+'correlation'+, 5: \matlab+'cosine'+, 6: \matlab+'seuclidean'+, 7: \matlab+'minkowski'+, 8: \matlab+'mahalanobis'+, 9: \matlab+'spearman'+, 10: \matlab+'jaccard'+, 11: \matlab+'euclidean'+. (ii) With $1$ input and $1$ output: row vector containing all entries below the main diagonal \\
+\matl{ZP} & 1--5 (2 / 3) & 1--2 (1) & (i) \matlab+pdist2+. Only predefined distance functions are allowed. This function allows flag strings in the third input to be replaced by numbers, as follows:  1: \matlab+'cityblock'+, 2: \matlab+'hamming'+, 3: \matlab+'chebychev'+, 4: \matlab+'correlation'+, 5: \matlab+'cosine'+, 6: \matlab+'seuclidean'+, 7: \matlab+'minkowski'+, 8: \matlab+'mahalanobis'+, 9: \matlab+'spearman'+, 10: \matlab+'jaccard'+, 11: \matlab+'euclidean'+. (ii) With $1$ input and $1$ output: row vector containing all entries below the main diagonal of a matrix \\
 \matl{Q} & 1 & 1 & \matlab|(...)+1| \\
 \matl{XQ} & 2--6 (3) & 1 & \matlab+accumarray+. If first input is \matlab+char+ it is converted to \matlab+double+. The third input may be omitted, and then it is interpreted as \matlab+[]+. Fourth/third argument specifies an anonymous function, as follows:  1: \matlab+'@sum'+, 2: \matlab+'@mean'+, 3: \matlab+'@(x){sort(x).'}'+, 4: \matlab+'@max'+, 5: \matlab+'@min'+, 6: \matlab+'@prod'+, 7: \matlab+'@(x){x.'}'+, 8: \matlab+'@(x){x}'+, 9: \matlab+'@(x){sort(x)}'+, 10: \matlab+'@(x)x(1)'+, 11: \matlab+'@(x)x(end)'+, 12: \matlab+'@(x){cumsum(x).'}'+, 13: \matlab+'@(x){cumprod(x)}'+, 14: \matlab+'@nansum'+, 15: \matlab+'@nanmean'+, 16: \matlab+'@nanmax'+, 17: \matlab+'@nanmin'+, 18: \matlab+'@(x){cummax(x).'}'+, 19: \matlab+'@(x){cummin(x)}'+, 20: \matlab+'@(x){cummax(x).'}'+, 21: \matlab+'@(x){cummin(x)}'+ \\
 \matl{YQ} & 1--2 (1) & 1--2 (2) & \matlab+rat+ \\