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#X text 10 30 op name;
#X text 96 30 description;
#X text 526 30 effect on pixels;
#X text 726 30 effect on coords;
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#X msg 10 905 op C.sin;
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#X msg 10 924 op C.cos;
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#X msg 10 943 op C.tanh;
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#X msg 10 962 op C.exp;
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#X obj 10 1080 outlet;
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#X text 10 52 numops;
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#X text 10 848 vecops for complex numbers;
#X msg 10 70 op sqrt;
#X msg 10 89 op rand;
#X msg 10 108 op sin;
#X msg 10 127 op cos;
#X msg 10 146 op tan;
#X text 96 89 random integer >= 0 and < A;
#X text 96 108 sine of A as radians \, float only;
#X text 96 127 cosine of A as radians \, float only;
#X text 96 146 tangent of A as radians \, float only;
#X msg 10 165 op sinh;
#X msg 10 184 op cosh;
#X msg 10 203 op tanh;
#X text 96 164 hyperbolic sine of A as radians \, float only;
#X text 96 183 hyperbolic cosine of A as radians \, float only;
#X text 96 202 hyperbolic tangent of A as radians \, float only;
#X msg 10 222 op !;
#X text 96 222 A != 0;
#X text 96 241 -A;
#X msg 10 241 op unary-;
#X msg 10 259 op ~;
#X text 96 260 -1-A \, in other words \, A ^ -1 (that's xor);
#X msg 10 279 op abs;
#X text 96 279 absolute value \, just like abs- with 0 on the right
;
#X msg 10 298 op floor;
#X msg 10 317 op ceil;
#X text 96 298 biggest integer not bigger than A (in same type as A)
;
#X text 96 317 lowest integer not lower than A (in same type as A)
;
#X msg 10 336 op erf;
#X msg 10 355 op erfc;
#X text 96 336 integral of exp(-x*x)*2/sqrt(pi) when x goes from 0
to A;
#X text 96 355 1-erf(A);
#X msg 10 374 op cbrt;
#X text 96 70 square root of A \, like A**0.5;
#X text 96 374 cubic root of A;
#X msg 10 393 op expm1;
#X text 440 337 (float only);
#X msg 10 412 op log1p;
#X text 96 393 higher-precision version of exp(A)-1 \, float only;
#X text 440 353 (float only);
#X text 96 412 higher-precision version of log(1+A) \, float only;
#X msg 10 431 op isnan;
#X msg 10 450 op isinf;
#X msg 10 469 op finite;
#X text 96 469 future use (float only);
#X text 96 450 future use (float only);
#X text 96 431 future use (float only);
#X msg 10 886 op C.abs;
#X msg 10 867 op C.sq;
#X text 96 867 future use;
#X text 96 886 future use;
#X text 96 943 hyperbolic tangent of A as radians;
#X text 96 905 sine of A as radians;
#X text 96 924 cosine of A as radians;
#X text 96 962 natural exponential of A as radians;
#X text 10 1096 All the complex number operators are only for floats.
VecOps are called VecOps because each operation happens between more
than just two numbers. Complex VecOps are those that arise when a pair
of numbers (A0 A1) is considered as a single number A0+A1*sqrt(-1).
If you need complex numbers but don't know yet how they work \, learn
them using a math tutorial and then those VecOps will begin to look
familiar.;
#X msg 10 488 op fact;
#X text 97 481 factorial. this is the integral of pow(t \, $f1)*exp(-t)
from 0 to +inf. don't confuse with op gamma.;
#X msg 10 1000 op C.sqrt;
#X text 98 1000 square root of A (square root of abs and half the angle)
;
#X text 96 974 natural logarithm of A as radians (a modified polar
transform);
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