If argument B is an
N-rank array, argument A must be a scalar or an array with a
rank that is one less than the rank of argument 6. The shape of argument A must
be
the same as argument B less the coordinate being acted on:
1 0
B4-3 3 3p127
B
:I. 2 3
1.1. s 6
7 8 5,
0 Rotation between rows of
the first plane
Rotation between rows of
thesecond plane
Rotation between rows of
the third plane
J 0 :I. 1. 1.2
:I. 3 1. 4 J 5
:I. 6 1.7 18
JV 20 2s.
22 23 24
25 26 2-1
PB
A4-3 3p1. 0 11 0 2 If 0 0 0
A
3 3 3
The shape of argument A must be the same
as argument B less the coordinate being
acted on.
J 11 0 /
[1 2 0
0 0 0
PA
A@ c J :1 B
33
The first coordinate (planes) is specified;
4 2 3 b therefore, the rotation is between planes.
'7 13 9
The first element
in each plane is
1. Y 1. 1. 1.2
1 J rz; 15
rotated one position
between planes.
:1. 6 1.7 I8
The middle
plane is rotated two
posit ions between
planes.
:I. 2 0 2 :I. element in each
22 :I. 4 :!4
29 26 27
R(l, I:: 2 1 B
4 2 3 +
'7 !5
18
:t 0 :I. 7
1. 3 :I. 1.
1.6 14
6
9
1.2
1 5
:I. t3
21
2 4
2 7
92

m(TJ
The 4 Function: Transpose, Generalized Transpose
The 4 symbol is formed by overstriking the o symbol and the \ symbol.
Monadic (One-Argument) Form: Transpose 4 B
The transpose function reverses the coordinates of argument B. Argument B can be
any expression. If argument B is a scalar or vector, the argument is unchanged by
the function:
The coordinates are reversed.
6 18
1 0 22
3 I. 5
93
I
-____
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