Akso - Audio DSP Platform

sel b 16 x2

$\text{[math]}$

select one out of 16 booleans, chainable, 2 tracks

Author: Johannes Taelman

License: BSD

Github: sel/sel b 16 x2.axo

IO Variants: 43

Variant: 1

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 2

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 3

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 4

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 5

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 6

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 7

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 8

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 9

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 10

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 11

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 12

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 13

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 14

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 15

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 16

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 17

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 18

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 19

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 20

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 21

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 22

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 23

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 24

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 25

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 26

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 27

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 28

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 29

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 30

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 31

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 32

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 33

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 34

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 35

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 36

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 37

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 38

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 39

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 40

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;

Variant: 41

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 42

Inlets

int32 in

bool32 default value channel 1

bool32 default value channel 2

Outlets

int32 chain out (in-16)

bool32 output channel 1

bool32 output channel 2

Parameters

bin16 p1

bin16 p2

Control Rate

if ((% in % >= 0) && (% in % < 16)) {
  % o1 %= % p1 % &(1 << % in %);
  % o2 %= % p2 % &(1 << % in %);
} else {
  % o1 % = % def1 % ;
  % o2 % = % def2 % ;
}
% chain % = % in % -16;

Variant: 43

Inlets

bool32 default value channel 1

bool32 default value channel 2

int32 in

Outlets

bool32 output channel 1

bool32 output channel 2

int32 chain out (in-16)

Parameters

bin16 p1

bin16 p2

Control Rate

if ((%in%>=0)&&(%in%<16)) {   %o1%=%p1%&(1<<%in%);
   %o2%=%p2%&(1<<%in%);
} else {
   %o1% = %def1%;   %o2% = %def2%;}
%chain% = %in%-16;