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#N canvas 602 28 510 655 10;
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#X text 7 329 FLOAT;
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#X text 215 440 Outlets (1);
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#X text 210 520 Arguments (1);
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#X obj 1 459 cnv 15 60 18 empty empty empty 20 12 0 14 -228992 -66577
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#X text 6 394 FLOAT;
#X text 398 1 GridFlow 0.8.4;
#X text 2 304 Inlet 0;
#X text 2 373 Inlet 1;
#X text 221 281 Inlets (2);
#X text 2 460 Outlet 0;
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#X text 398 2 GridFlow 0.8.4;
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#X obj 219 163 #in;
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#X obj 219 82 tgl 15 0 empty empty empty 0 -6 0 8 -24198 -1 -1 1 1
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#X obj 219 185 shunt 2;
#X text 369 140 image loader;
#X msg 219 139 open r001.jpg \, bang;
#X obj 219 101 metro 33.3667;
#X obj 219 238 #out window \, title inv+;
#X text 349 221 Outputs negated image;
#X text 68 221 Outputs initial image;
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#X text 10 548 FLOAT;
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#X text 216 592 See also;
#X obj 105 616 swap;
#X obj 105 616 swap;
#X floatatom 34 102 5 0 0 0 - - -;
#X floatatom 57 120 5 0 0 0 - - -;
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#X text 323 78 Another application inv+ as a numerical operator of
the Grid object;
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#X text 11 483 FLOAT;
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#X obj 9 0 inv*;
#X obj 105 145 inv* 10;
#X obj 34 144 inv*;
#X text 62 548 [inv*] accepts a single float as a creation argument
which initializes the first value to perform the operation with.;
#X obj 12 616 inv+;
#X obj 52 616 # inv*;
#X text 8 24 The [inv*] performs an inversion on the data passed to
it. If you consider inlet 0 as the variable "a" and inlet 1 as variable
"b" \, [inv*] performs the operation "b/a" on the values passed to
it.;
#X text 62 330 A float in inlet 1 is stored as the value "a" to perform
the "b/a" operation.;
#X text 62 396 A float in inlet 1 is stored as the value "b" to perform
the "b/a" operation.;
#X text 64 485 Outputs the result of the operation "b/a".;
#X obj 263 209 # inv* 4000;
#X text 288 163 inversion;
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