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#X text 232 128 named in honour of Laszlo Zlotz (a character from Achille
Talon);
#X obj 3 620 doc_also;
#X obj 103 620 #rotate;
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#X obj 97 382 doc_m i0 float;
#X obj 97 404 doc_m i0 axis;
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#X obj 97 276 doc_m c0 float/int;
#X obj 97 298 doc_m c1 float/int;
#X obj 97 320 doc_m c2 float/int;
#X text 232 276 from;
#X text 232 298 to;
#X text 232 320 n;
#X text 232 404 \$1=from (default:0) \; \$2=to (default: 1) \; \$3=n
(default: 2);
#X text 232 474 angle;
#X text 232 382 scale;
#X text 233 34 generates a N by N rotation matrix that rotates through
two dimensions of your choice (from \, to) by a certain angle (in centidegrees).
values produced are integers. the rotation matrix is multiplied by
the given scale factor such that after an eventual [#inner] \, a division
by the same amount would be performed. greater scale factors are more
precise.;
#X text 232 536 rotation matrix such that if rows 'from' and 'to' were
deleted and columns 'from' and 'to' were deleted \, you'd have an identity
matrix. in other words \, the rotation happens in a plane space made
of the two dimensions represented by those two rows and two columns.
;
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#X obj 14 184 display;
#X obj 14 165 #rotatificator 1 2 3;
#X msg 14 128 256;
#X msg 131 126 3000;
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#X obj 14 109 t b b;
#X obj 14 90 loadbang;
#X obj 97 452 doc_m i0 cast;
#X text 232 452 numtype of the output;
#X obj 97 474 doc_m i1 float;
#X obj 68 31 #type-gui \, vertical;
#X msg 68 138 cast \$1;
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