Version 4.0.0

funDef.txt

@@ -229,7 +229,12 @@ Y9
 Z9					
 :	1	3	1	1	1	1	true	true	if numel(in)==1, out{1} = colon(1,in{1}); else out{1} = colon(in{:}); end	vector of equally spaced values	\matlab+colon+ (with three inputs \matlab+x+, \matlab+y+, \matlab+z+ produces \matlab+x:y:z+; with two inputs \matlab+x+, \matlab+y+ produces \matlab+x:y+). If one input: produces \matlab+1:x+
 X:
-Y:
+Y:	1	inf	2	1	inf	1	true	true	switch in{1}	Higham test matrices and other matrices	\matlab+gallery+. Also includes functions \matlab+magic+, \matlab+hilb+, \matlab+invhilb+, \matlab+hadamard+, \matlab+pascal+, \matlab+spiral+
+									case {'magic', 'hilb', 'invhilb', 'hadamard', 'pascal', 'spiral'}
+									[out{1}] = feval(in{1},in{2:end});
+									otherwise
+									[out{:}] = gallery(in{:});
+									end
 Z:	2	3	2	1	1	1	true	true	out{1} = bitset(in{:});	set bit	\matlab+bitset+
 ;
 X;	1	1	1	1	1	1	true	true	out{1} = acos(in{1});	inverse cosine (radians)	\matlab+acos+
@@ -254,9 +259,10 @@ X?
 Y?
 Z?	1	6	3	1	1	1	true	true	out{1} = sparse(in{:});	create sparse matrix	\matlab+sparse+
 @					
-X@	1	1	1	1	1	1	true	true	out{1} = spiral(in{:});	matrix with spiral pattern	\matlab+spiral+
+X@	
 Y@	1	1	1	1	1	1	true	true	out{1} = perms(in{:});	all possible permutations	\matlab+perms+
-Z@	1	2	1	1	1	1	true	true	out{1} = randperm(in{:});	random permutation	\matlab+randperm+
+Z@	1	3	1	1	1	1	true	true	if numel(in)~=3, out{1} = randperm(in{:});	random permutation	\matlab+randperm+ (produces a row vector as output). With $3$ outputs: third output indicates number of permutations, each in a different row.
+									else [~, p] = sort(rand(in{3},in{1}),2); p = p(:,1:in{2}); out{1} = p; clear p, end
 A	1	2	1	1	1	1	true	true	out{1} = all(in{:});	all	\matlab+all+
 XA					
 YA	2	4	2	1	1	1	true	true	if numel(in{2})==1, out{1} = dec2base(in{:});	convert integer to string representation in given base	\matlab+dec2base+. If second input has more than one element: it defines the symbols, which can be characters or numbers. The number of symbols defines the base, which can exceed $36$
@@ -295,7 +301,7 @@ YB	1	2	1	1	1	1	true	true	out{1} = dec2bin(in{:});	convert decimal number to bina
 ZB	1	1	1	1	1	1	true	true	out{1} = bin2dec(in{1});	convert binary string to decimal number	\matlab|bin2dec|
 C					
 XC	1	7	2	1	3	1	true	true	[out{:}] = histcounts(in{:});	histogram bin counts	\matlab+histcounts+
-YC	1	inf	2	1	1	1	true	true	out{1} = cell(in{:});	create cell array	\matlab+cell+
+YC	2	4	2	1	1	1	true	true	out{1} = im2col(in{:});	rearrange array blocks into columns	\matlab+im2col+
 ZC
 D	0	inf	1	0	0	0	true	true	if numel(in)==1, data = in; fmt = {'%.16g '}; else data = in(1:end-1); fmt = in(end); end	convert to string and display	If $1$ input: \matlab+disp(num2str(..., '%.16g '))+. If several inputs: \matlab+disp(num2str(eachInput,lastInput))+, where \matlab+eachInput+ loops over all inputs but the last. In either case, (nested) cell arrays are (recursively) unboxed in linear order. \sa \matl+XD+, \matl+YD+, \matl+ZD+
 									kk = cellfun(@iscell, data); 
@@ -375,7 +381,7 @@ ZR	1	1	1	1	1	1	true	true	out{1} = tril(in{1},-1);	lower triangular part, without
 S	1	3	1	1	2	1	true	true	if numel(in)==2 && in{2}<0, in{2}=-in{2}; in{3} = 'descend'; end, [out{:}] = sort(in{:});	sort	\matlab+sort+. If $2$ inputs: a negative value of the second input corresponds to descending order
 XS	1	2	1	1	2	1	true	true	[out{:}] = sortrows(in{:});	sort rows	\matlab+sortrows+				
 YS	2	3	2	1	1	1	true	true	out{1} = circshift(in{:});	circular shift	\matlab+circshift+
-ZS	1	4	1	1	1	1	true	true	out{1} = std(in{:});	standard deviation	\matlab+std+
+ZS	1	1	1	1	1	1	true	true	out{1} = sign(in{:});	sign function	\matlab+sign+
 T					
 XT
 YT	1	2	2	1	1	1	true	true	out{1} = toeplitz(in{:});	Toeplitz matrix	\matlab+toeplitz+					
@@ -519,7 +525,7 @@ Zr	2	4	2	1	1	1	true	true	out{1} = randsample(in{:});	random sample	\matlab+rands
 s	1	4	1	1	1	1	true	true	out{1} = sum(in{:});	sum	\matlab+sum+. \sa \matl+Xs+
 Xs	1	3	1	1	1	1	true	true	out{1} = sum(in{1},1,in{2:end});	sum along first dimension	\matlab+sum(..., 1, ...)+. \sa \matl+s+
 Ys	1	3	1	1	1	1	true	true	out{1} = cumsum(in{:});	cumulative sum	\matlab+cumsum+
-Zs	
+Zs	1	4	1	1	1	1	true	true	out{1} = std(in{:});	standard deviation	\matlab+std+
 t	0	inf	1	0	0	0	false	true	out = in;	duplicate	duplicate elements in stack
 Xt
 Yt

preLit.txt

@@ -88,6 +88,9 @@ X5
 12	'cubic'
 13	'v5cubic'
 14	'extrap'
+20	'distinct'
+21	'sliding'
+22	'indexed'
 
 
 X6
@@ -105,9 +108,8 @@ X6
 17	'V79Compatible'	
 
 
-
-
 X7
+
 1	'BinWidth'
 2	'BinLimits'
 3	'Normalization'
@@ -237,4 +239,75 @@ Y2
 12	'AEIOU'
 13	'aeiouAEIOU'
 20	['Mon';'Tue';'Wed'; 'Thu';'Fri';'Sat'; 'Sun']
-21	[298 302 288 305 289 296 310]
+21	[298 302 288 305 289 296 310]
+
+
+Y3
+
+1	'magic'
+2	'hilb'
+3	'invhilb'
+4	'hadamard'
+5	'pascal'
+6	'spiral'
+10	'binomial'
+11	'cauchy'
+12	'chebspec'
+13	'chebvand'
+14	'chow'
+15	'circul'
+16	'clement'
+17	'compar'
+18	'condex'
+19	'cycol'
+20	'dorr'
+21	'dramadah'
+22	'fiedler'
+23	'forsythe'
+24	'frank'
+25	'gcdmat'
+26	'gearmat'
+27	'grcar'
+28	'hanowa'
+29	'house'
+30	'integerdata'
+31	'invhess'
+32	'invol'
+33	'ipjfact'
+34	'jordbloc'
+35	'kahan'
+36	'kms'
+37	'krylov'
+38	'lauchli'
+39	'lehmer'
+40	'leslie'
+41	'lesp'
+42	'lotkin'
+43	'minij'
+44	'moler'
+45	'neumann'
+46	'normaldata'
+47	'orthog'
+48	'parter'
+49	'pei'
+50	'poisson'
+51	'prolate'
+52	'qmult'
+53	'randcolu'
+54	'randcorr'
+55	'randhess'
+56	'randjorth'
+57	'rando'
+58	'randsvd'
+59	'redheff'
+60	'riemann'
+61	'ris'
+62	'sampling'
+63	'smoke'
+64	'toeppd'
+65	'toeppen'
+66	'tridiag'
+67	'triw'
+68	'uniformdata'
+69	'wathen'
+70	'wilk'