jax.lang.max — wavejumper/jax-patcher 2.0.0-alpha20

!- clj

(!- args)

(!- args inlet1)

(!- args inlet1 inlet2)

(!- args inlet1 inlet2 inlet3)

(!- args inlet1 inlet2 inlet3 inlet4)

(!- args inlet1 inlet2 inlet3 inlet4 inlet5)

(!- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(!- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(!- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(!- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(!- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Subtracts the input from a specified value The !- object functions just like the - object, but the inlets' functions are reversed.

!-- clj

(!-- args)

(!-- args inlet1)

(!-- args inlet1 inlet2)

(!-- args inlet1 inlet2 inlet3)

(!-- args inlet1 inlet2 inlet3 inlet4)

(!-- args inlet1 inlet2 inlet3 inlet4 inlet5)

(!-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(!-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(!-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(!-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(!-- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

The !-~ object functions just like the -~ object, but the inlet order is reversed.

!= clj

(!= args)

(!= args inlet1)

(!= args inlet1 inlet2)

(!= args inlet1 inlet2 inlet3)

(!= args inlet1 inlet2 inlet3 inlet4)

(!= args inlet1 inlet2 inlet3 inlet4 inlet5)

(!= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(!= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(!= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(!= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(!= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares two values to see if one value is not equal to a second. Outputs a 1 if the number is not equal to the comparison-number or 0 if it is equal to it.

!=- clj

(!=- args)

(!=- args inlet1)

(!=- args inlet1 inlet2)

(!=- args inlet1 inlet2 inlet3)

(!=- args inlet1 inlet2 inlet3 inlet4)

(!=- args inlet1 inlet2 inlet3 inlet4 inlet5)

(!=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(!=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(!=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(!=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(!=- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

!=~ outputs a 1 signal when the left input is not-equal to the right input and a 0 when it is equal to the right input. The right input can be a signal or a flo

!slash- clj

(!slash- args)

(!slash- args inlet1)

(!slash- args inlet1 inlet2)

(!slash- args inlet1 inlet2 inlet3)

(!slash- args inlet1 inlet2 inlet3 inlet4)

(!slash- args inlet1 inlet2 inlet3 inlet4 inlet5)

(!slash- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(!slash- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(!slash- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(!slash- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(!slash- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Divides a number by the incoming value. Functions like the / object, but the inlets' functions are reversed.

% clj

(% args)

(% args inlet1)

(% args inlet1 inlet2)

(% args inlet1 inlet2 inlet3)

(% args inlet1 inlet2 inlet3 inlet4)

(% args inlet1 inlet2 inlet3 inlet4 inlet5)

(% args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(% args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(% args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(% args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(% args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

% takes two numbers, divides one by the other and outputs the remainder of the division.

%- clj

(%- args)

(%- args inlet1)

(%- args inlet1 inlet2)

(%- args inlet1 inlet2 inlet3)

(%- args inlet1 inlet2 inlet3 inlet4)

(%- args inlet1 inlet2 inlet3 inlet4 inlet5)

(%- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(%- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(%- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(%- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(%- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

%~ is a signal remainder operator. If signals are connected to both inlets, the left signal is divided by the right signal, and the remainder is output. If a si

& clj

(& args)

(& args inlet1)

(& args inlet1 inlet2)

(& args inlet1 inlet2 inlet3)

(& args inlet1 inlet2 inlet3 inlet4)

(& args inlet1 inlet2 inlet3 inlet4 inlet5)

(& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Performs a bit-by-bit AND of two numbers as expressed in binary. Outputs a number composed of all those bits which are 1 in both of the two numbers.

&& clj

(&& args)

(&& args inlet1)

(&& args inlet1 inlet2)

(&& args inlet1 inlet2 inlet3)

(&& args inlet1 inlet2 inlet3 inlet4)

(&& args inlet1 inlet2 inlet3 inlet4 inlet5)

(&& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(&& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(&& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(&& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(&& args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares one number to another and outputs a 1 if the two numbers are both non-zero or a 0 if either number is 0.

* clj

(* args)

(* args inlet1)

(* args inlet1 inlet2)

(* args inlet1 inlet2 inlet3)

(* args inlet1 inlet2 inlet3 inlet4)

(* args inlet1 inlet2 inlet3 inlet4 inlet5)

(* args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(* args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(* args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(* args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(* args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Multiplies two numbers together, and outputs the result upon receiving input in the left inlet.

*- clj

(*- args)

(*- args inlet1)

(*- args inlet1 inlet2)

(*- args inlet1 inlet2 inlet3)

(*- args inlet1 inlet2 inlet3 inlet4)

(*- args inlet1 inlet2 inlet3 inlet4 inlet5)

(*- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(*- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(*- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(*- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(*- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

*~ is a signal multiplier-operator that outputs a signal which is the multiplication between two signals.

+ clj

(+ args)

(+ args inlet1)

(+ args inlet1 inlet2)

(+ args inlet1 inlet2 inlet3)

(+ args inlet1 inlet2 inlet3 inlet4)

(+ args inlet1 inlet2 inlet3 inlet4 inlet5)

(+ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(+ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(+ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(+ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(+ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

+- clj

(+- args)

(+- args inlet1)

(+- args inlet1 inlet2)

(+- args inlet1 inlet2 inlet3)

(+- args inlet1 inlet2 inlet3 inlet4)

(+- args inlet1 inlet2 inlet3 inlet4 inlet5)

(+- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(+- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(+- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(+- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(+- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Use the +~ object to add two signals together, or to add an offset value to a signal.

+=- clj

(+=- args)

(+=- args inlet1)

(+=- args inlet1 inlet2)

(+=- args inlet1 inlet2 inlet3)

(+=- args inlet1 inlet2 inlet3 inlet4)

(+=- args inlet1 inlet2 inlet3 inlet4 inlet5)

(+=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(+=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(+=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(+=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(+=- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

+=~ adds all the values it receives. The result can grow very large, very fast.

- clj

(- args)

(- args inlet1)

(- args inlet1 inlet2)

(- args inlet1 inlet2 inlet3)

(- args inlet1 inlet2 inlet3 inlet4)

(- args inlet1 inlet2 inlet3 inlet4 inlet5)

(- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

-- clj

(-- args)

(-- args inlet1)

(-- args inlet1 inlet2)

(-- args inlet1 inlet2 inlet3)

(-- args inlet1 inlet2 inlet3 inlet4)

(-- args inlet1 inlet2 inlet3 inlet4 inlet5)

(-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(-- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Use the -~ object to perform signal subtraction (to output a signal which is the difference between two signals).

/ clj

(/ args)

(/ args inlet1)

(/ args inlet1 inlet2)

(/ args inlet1 inlet2 inlet3)

(/ args inlet1 inlet2 inlet3 inlet4)

(/ args inlet1 inlet2 inlet3 inlet4 inlet5)

(/ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(/ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(/ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(/ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(/ args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Divides two numbers (according to the specified divisor assignment), and then outputs the result.

< clj

(< args)

(< args inlet1)

(< args inlet1 inlet2)

(< args inlet1 inlet2 inlet3)

(< args inlet1 inlet2 inlet3 inlet4)

(< args inlet1 inlet2 inlet3 inlet4 inlet5)

(< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares two values to see if one value is less than a second. Outputs a 1 if the number is less than the comparison-number or 0 if it is equal to or greater th

<- clj

(<- args)

(<- args inlet1)

(<- args inlet1 inlet2)

(<- args inlet1 inlet2 inlet3)

(<- args inlet1 inlet2 inlet3 inlet4)

(<- args inlet1 inlet2 inlet3 inlet4 inlet5)

(<- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(<- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(<- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(<- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(<- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

<~ outputs a 1 signal when the left input is less-than the right input and a 0 when it is greater-than or equal-to the right input. The right input can be a sig

<< clj

(<< args)

(<< args inlet1)

(<< args inlet1 inlet2)

(<< args inlet1 inlet2 inlet3)

(<< args inlet1 inlet2 inlet3 inlet4)

(<< args inlet1 inlet2 inlet3 inlet4 inlet5)

(<< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(<< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(<< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(<< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(<< args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Shifts all bit values to the left. This has the effect of multiplying a number by a power of two, but is less expensive in computer time.

<= clj

(<= args)

(<= args inlet1)

(<= args inlet1 inlet2)

(<= args inlet1 inlet2 inlet3)

(<= args inlet1 inlet2 inlet3 inlet4)

(<= args inlet1 inlet2 inlet3 inlet4 inlet5)

(<= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(<= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(<= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(<= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(<= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares two values to see if one value is less than or equal to a second. Outputs a 1 if the number is less than or equal to the comparison-number or 0 if it i

<=- clj

(<=- args)

(<=- args inlet1)

(<=- args inlet1 inlet2)

(<=- args inlet1 inlet2 inlet3)

(<=- args inlet1 inlet2 inlet3 inlet4)

(<=- args inlet1 inlet2 inlet3 inlet4 inlet5)

(<=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(<=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(<=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(<=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(<=- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

<=~ outputs a 1 signal when the left input is less-than or equal-to the right input and a 0 when it is less-than the right input. The right input can be a signa

== clj

(== args)

(== args inlet1)

(== args inlet1 inlet2)

(== args inlet1 inlet2 inlet3)

(== args inlet1 inlet2 inlet3 inlet4)

(== args inlet1 inlet2 inlet3 inlet4 inlet5)

(== args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(== args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(== args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(== args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(== args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares two values to see if one value is equal to a second. Outputs a 1 if the number is equal to the comparison-number or 0 if it is not.

==- clj

(==- args)

(==- args inlet1)

(==- args inlet1 inlet2)

(==- args inlet1 inlet2 inlet3)

(==- args inlet1 inlet2 inlet3 inlet4)

(==- args inlet1 inlet2 inlet3 inlet4 inlet5)

(==- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(==- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(==- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(==- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(==- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

==~ outputs a 1 signal when the left input is equal to the right input and a 0 when it is not equal to the right input. The right input can be a signal or a flo

> clj

(> args)

(> args inlet1)

(> args inlet1 inlet2)

(> args inlet1 inlet2 inlet3)

(> args inlet1 inlet2 inlet3 inlet4)

(> args inlet1 inlet2 inlet3 inlet4 inlet5)

(> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares two values to see if one value is greater than a second. Outputs a 1 if the number is greater than the comparison-number or 0 if it is less than or equ

>- clj

(>- args)

(>- args inlet1)

(>- args inlet1 inlet2)

(>- args inlet1 inlet2 inlet3)

(>- args inlet1 inlet2 inlet3 inlet4)

(>- args inlet1 inlet2 inlet3 inlet4 inlet5)

(>- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(>- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(>- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(>- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(>- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

~ outputs a 1 signal when the left input is greater-than the right input and a 0 when it is less-than or equal-to the right input. The right input can be a sig

>= clj

(>= args)

(>= args inlet1)

(>= args inlet1 inlet2)

(>= args inlet1 inlet2 inlet3)

(>= args inlet1 inlet2 inlet3 inlet4)

(>= args inlet1 inlet2 inlet3 inlet4 inlet5)

(>= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(>= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(>= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(>= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(>= args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares two values to see if one value is greater than or equal to a second. Outputs a 1 if the number is greater than or equal to the comparison-number or 0 i

>=- clj

(>=- args)

(>=- args inlet1)

(>=- args inlet1 inlet2)

(>=- args inlet1 inlet2 inlet3)

(>=- args inlet1 inlet2 inlet3 inlet4)

(>=- args inlet1 inlet2 inlet3 inlet4 inlet5)

(>=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(>=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(>=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(>=- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(>=- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

=~ outputs a 1 signal when the left input is greater-than or equal-to the right input and a 0 when it is less-than the right input. The right input can be a si

>> clj

(>> args)

(>> args inlet1)

(>> args inlet1 inlet2)

(>> args inlet1 inlet2 inlet3)

(>> args inlet1 inlet2 inlet3 inlet4)

(>> args inlet1 inlet2 inlet3 inlet4 inlet5)

(>> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(>> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(>> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(>> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(>> args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Shifts all bit values to the right. This has the effect of dividing a number by a power of two, but is less expensive in computer resources.

abs clj

(abs args)

(abs args inlet1)

(abs args inlet1 inlet2)

(abs args inlet1 inlet2 inlet3)

(abs args inlet1 inlet2 inlet3 inlet4)

(abs args inlet1 inlet2 inlet3 inlet4 inlet5)

(abs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(abs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(abs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(abs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(abs args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Outputs the absolute (non-negative) value of any given number. Floats will be output only if the argument to abs is a float.

abs- clj

(abs- args)

(abs- args inlet1)

(abs- args inlet1 inlet2)

(abs- args inlet1 inlet2 inlet3)

(abs- args inlet1 inlet2 inlet3 inlet4)

(abs- args inlet1 inlet2 inlet3 inlet4 inlet5)

(abs- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(abs- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(abs- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(abs- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(abs- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the abs~ object to take any given signal and output only the absolute (non-negative) translation of that signal (i.e. a rectified waveform). All negative va

absolutepath clj

(absolutepath args)

(absolutepath args inlet1)

(absolutepath args inlet1 inlet2)

(absolutepath args inlet1 inlet2 inlet3)

(absolutepath args inlet1 inlet2 inlet3 inlet4)

(absolutepath args inlet1 inlet2 inlet3 inlet4 inlet5)

(absolutepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(absolutepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(absolutepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(absolutepath args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(absolutepath args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Converts a file name or path to an absolute path. If the file is not found, the symbol notfound is output.

accum clj

(accum args)

(accum args inlet1)

(accum args inlet1 inlet2)

(accum args inlet1 inlet2 inlet3)

(accum args inlet1 inlet2 inlet3 inlet4)

(accum args inlet1 inlet2 inlet3 inlet4 inlet5)

(accum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(accum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(accum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(accum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(accum args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Stores a value (int or float), then adds or multiplies into it. If the argument is an integer, the multiplication is done in floating-point then converted to in

acos clj

(acos args)

(acos args inlet1)

(acos args inlet1 inlet2)

(acos args inlet1 inlet2 inlet3)

(acos args inlet1 inlet2 inlet3 inlet4)

(acos args inlet1 inlet2 inlet3 inlet4 inlet5)

(acos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(acos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(acos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(acos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(acos args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the acos object to calculate and output the arc-cosine of any given number.

acos- clj

(acos- args)

(acos- args inlet1)

(acos- args inlet1 inlet2)

(acos- args inlet1 inlet2 inlet3)

(acos- args inlet1 inlet2 inlet3 inlet4)

(acos- args inlet1 inlet2 inlet3 inlet4 inlet5)

(acos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(acos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(acos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(acos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(acos- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the acos~ object to calculate and output a signal that is the arc-cosine function of each sample of the input signal.

acosh clj

(acosh args)

(acosh args inlet1)

(acosh args inlet1 inlet2)

(acosh args inlet1 inlet2 inlet3)

(acosh args inlet1 inlet2 inlet3 inlet4)

(acosh args inlet1 inlet2 inlet3 inlet4 inlet5)

(acosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(acosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(acosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(acosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(acosh args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the acosh object to calculate and output the hyperbolic arc-cosine of any given number.

acosh- clj

(acosh- args)

(acosh- args inlet1)

(acosh- args inlet1 inlet2)

(acosh- args inlet1 inlet2 inlet3)

(acosh- args inlet1 inlet2 inlet3 inlet4)

(acosh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(acosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(acosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(acosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(acosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(acosh- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the acosh~ object to calculate and output a signal that is the hyperbolic arc-cosine function of each sample of the input signal.

active clj

(active args)

(active args inlet1)

(active args inlet1 inlet2)

(active args inlet1 inlet2 inlet3)

(active args inlet1 inlet2 inlet3 inlet4)

(active args inlet1 inlet2 inlet3 inlet4 inlet5)

(active args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(active args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(active args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(active args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(active args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

active will output a 1 when the Patcher window becomes active (i.e., it is the front-most window and its title bar is highlighted), and output a 0 when the Patc

adc- clj

(adc- args)

(adc- args inlet1)

(adc- args inlet1 inlet2)

(adc- args inlet1 inlet2 inlet3)

(adc- args inlet1 inlet2 inlet3 inlet4)

(adc- args inlet1 inlet2 inlet3 inlet4 inlet5)

(adc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(adc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(adc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(adc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(adc- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The adc~ ("analog-to-digital converter") object outputs one or more signals (one per outlet) with audio from hardware input devices.

adoutput- clj

(adoutput- args)

(adoutput- args inlet1)

(adoutput- args inlet1 inlet2)

(adoutput- args inlet1 inlet2 inlet3)

(adoutput- args inlet1 inlet2 inlet3 inlet4)

(adoutput- args inlet1 inlet2 inlet3 inlet4 inlet5)

(adoutput- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(adoutput- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(adoutput- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(adoutput- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(adoutput- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the adoutput~ object to record the current audio output or to feed it back into your patcher. The output of adoutput~ is delayed by one signal vector with r

adsr- clj

(adsr- args)

(adsr- args inlet1)

(adsr- args inlet1 inlet2)

(adsr- args inlet1 inlet2 inlet3)

(adsr- args inlet1 inlet2 inlet3 inlet4)

(adsr- args inlet1 inlet2 inlet3 inlet4 inlet5)

(adsr- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(adsr- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(adsr- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(adsr- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(adsr- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the adsr~ object when you need a sample-accurate Attack-Decay-Sustain-Release signal envelope which can be controlled by signals. In some situations, a comb

adstatus clj

(adstatus args)

(adstatus args inlet1)

(adstatus args inlet1 inlet2)

(adstatus args inlet1 inlet2 inlet3)

(adstatus args inlet1 inlet2 inlet3 inlet4)

(adstatus args inlet1 inlet2 inlet3 inlet4 inlet5)

(adstatus args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(adstatus args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(adstatus args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(adstatus args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(adstatus args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the adstatus object to control Max audio settings.

allpass- clj

(allpass- args)

(allpass- args inlet1)

(allpass- args inlet1 inlet2)

(allpass- args inlet1 inlet2 inlet3)

(allpass- args inlet1 inlet2 inlet3 inlet4)

(allpass- args inlet1 inlet2 inlet3 inlet4 inlet5)

(allpass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(allpass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(allpass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(allpass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(allpass- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the allpass~ object to filter an input with an allpass filter. The allpass filter has a flat magnitude response but a complex phase response, typically dela

anal clj

(anal args)

(anal args inlet1)

(anal args inlet1 inlet2)

(anal args inlet1 inlet2 inlet3)

(anal args inlet1 inlet2 inlet3 inlet4)

(anal args inlet1 inlet2 inlet3 inlet4 inlet5)

(anal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(anal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(anal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(anal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(anal args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Reports how many times a number pair has been received.

append clj

(append args)

(append args inlet1)

(append args inlet1 inlet2)

(append args inlet1 inlet2 inlet3)

(append args inlet1 inlet2 inlet3 inlet4)

(append args inlet1 inlet2 inlet3 inlet4 inlet5)

(append args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(append args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(append args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(append args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(append args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

append will add arguments to the end of any message you input.

asin clj

(asin args)

(asin args inlet1)

(asin args inlet1 inlet2)

(asin args inlet1 inlet2 inlet3)

(asin args inlet1 inlet2 inlet3 inlet4)

(asin args inlet1 inlet2 inlet3 inlet4 inlet5)

(asin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(asin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(asin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(asin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(asin args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the asin object to calculate and output the arc-sine of any given number.

asin- clj

(asin- args)

(asin- args inlet1)

(asin- args inlet1 inlet2)

(asin- args inlet1 inlet2 inlet3)

(asin- args inlet1 inlet2 inlet3 inlet4)

(asin- args inlet1 inlet2 inlet3 inlet4 inlet5)

(asin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(asin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(asin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(asin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(asin- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the asin~ object to calculate and output a signal that is the arc-sine function of each sample of the input signal.

asinh clj

(asinh args)

(asinh args inlet1)

(asinh args inlet1 inlet2)

(asinh args inlet1 inlet2 inlet3)

(asinh args inlet1 inlet2 inlet3 inlet4)

(asinh args inlet1 inlet2 inlet3 inlet4 inlet5)

(asinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(asinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(asinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(asinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(asinh args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the asinh object to calculate and output the hyperbolic arc-sine of any given number.

asinh- clj

(asinh- args)

(asinh- args inlet1)

(asinh- args inlet1 inlet2)

(asinh- args inlet1 inlet2 inlet3)

(asinh- args inlet1 inlet2 inlet3 inlet4)

(asinh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(asinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(asinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(asinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(asinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(asinh- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the asinh~ object to calculate and output a signal that is the hyperbolic arc-sine function of each sample of the input signal.

atan clj

(atan args)

(atan args inlet1)

(atan args inlet1 inlet2)

(atan args inlet1 inlet2 inlet3)

(atan args inlet1 inlet2 inlet3 inlet4)

(atan args inlet1 inlet2 inlet3 inlet4 inlet5)

(atan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atan args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the atan object to calculate and output the arc-tangent of any given number.

atan- clj

(atan- args)

(atan- args inlet1)

(atan- args inlet1 inlet2)

(atan- args inlet1 inlet2 inlet3)

(atan- args inlet1 inlet2 inlet3 inlet4)

(atan- args inlet1 inlet2 inlet3 inlet4 inlet5)

(atan- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atan- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atan- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atan- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atan- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the atan~ object to calculate and output a signal that is the arc-tangent function of each sample of the input signal.

atan2 clj

(atan2 args)

(atan2 args inlet1)

(atan2 args inlet1 inlet2)

(atan2 args inlet1 inlet2 inlet3)

(atan2 args inlet1 inlet2 inlet3 inlet4)

(atan2 args inlet1 inlet2 inlet3 inlet4 inlet5)

(atan2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atan2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atan2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atan2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atan2 args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the atan2 object to calculate and output the arc-tangent of any two given numbers where the left input is the y value and the right input is the x value.

atan2- clj

(atan2- args)

(atan2- args inlet1)

(atan2- args inlet1 inlet2)

(atan2- args inlet1 inlet2 inlet3)

(atan2- args inlet1 inlet2 inlet3 inlet4)

(atan2- args inlet1 inlet2 inlet3 inlet4 inlet5)

(atan2- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atan2- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atan2- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atan2- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atan2- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the acosh~ object to take two given x and y values and output a signal which is their arc-tangent function, calculated as follows: Arc-tangent (y/x)

atanh clj

(atanh args)

(atanh args inlet1)

(atanh args inlet1 inlet2)

(atanh args inlet1 inlet2 inlet3)

(atanh args inlet1 inlet2 inlet3 inlet4)

(atanh args inlet1 inlet2 inlet3 inlet4 inlet5)

(atanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atanh args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the atanh object to calculate and output the hyperbolic arc-tangent of any given number.

atanh- clj

(atanh- args)

(atanh- args inlet1)

(atanh- args inlet1 inlet2)

(atanh- args inlet1 inlet2 inlet3)

(atanh- args inlet1 inlet2 inlet3 inlet4)

(atanh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(atanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atanh- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the atanh~ object to calculate and output a signal that is the hyperbolic arc-tangent function of each sample of the input signal.

atodb clj

(atodb args)

(atodb args inlet1)

(atodb args inlet1 inlet2)

(atodb args inlet1 inlet2 inlet3)

(atodb args inlet1 inlet2 inlet3 inlet4)

(atodb args inlet1 inlet2 inlet3 inlet4 inlet5)

(atodb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atodb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atodb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atodb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atodb args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Converts any given linear amplitude value to its corresponding decibel value.

atodb- clj

(atodb- args)

(atodb- args inlet1)

(atodb- args inlet1 inlet2)

(atodb- args inlet1 inlet2 inlet3)

(atodb- args inlet1 inlet2 inlet3 inlet4)

(atodb- args inlet1 inlet2 inlet3 inlet4 inlet5)

(atodb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atodb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atodb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atodb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atodb- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the atodb~ to convert a signal representing a linear amplitude value to a deciBel equivalent.

atoi clj

(atoi args)

(atoi args inlet1)

(atoi args inlet1 inlet2)

(atoi args inlet1 inlet2 inlet3)

(atoi args inlet1 inlet2 inlet3 inlet4)

(atoi args inlet1 inlet2 inlet3 inlet4 inlet5)

(atoi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(atoi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(atoi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(atoi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(atoi args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

attrui clj

(attrui args)

(attrui args inlet1)

(attrui args inlet1 inlet2)

(attrui args inlet1 inlet2 inlet3)

(attrui args inlet1 inlet2 inlet3 inlet4)

(attrui args inlet1 inlet2 inlet3 inlet4 inlet5)

(attrui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(attrui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(attrui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(attrui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(attrui args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use attrui object to inspect the attribute values of the object(s) it is connected to.

autopattr clj

(autopattr args)

(autopattr args inlet1)

(autopattr args inlet1 inlet2)

(autopattr args inlet1 inlet2 inlet3)

(autopattr args inlet1 inlet2 inlet3 inlet4)

(autopattr args inlet1 inlet2 inlet3 inlet4 inlet5)

(autopattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(autopattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(autopattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(autopattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(autopattr args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Causes multiple objects within a patcher to be automatically included in the pattr system. Note: you should use only one instance of an autopattr object per lev

average- clj

(average- args)

(average- args inlet1)

(average- args inlet1 inlet2)

(average- args inlet1 inlet2 inlet3)

(average- args inlet1 inlet2 inlet3 inlet4)

(average- args inlet1 inlet2 inlet3 inlet4 inlet5)

(average- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(average- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(average- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(average- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(average- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the average~ to perform bipolar, absolute, or rms averaging on any input signal.

avg- clj

(avg- args)

(avg- args inlet1)

(avg- args inlet1 inlet2)

(avg- args inlet1 inlet2 inlet3)

(avg- args inlet1 inlet2 inlet3 inlet4)

(avg- args inlet1 inlet2 inlet3 inlet4 inlet5)

(avg- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(avg- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(avg- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(avg- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(avg- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the avg~ object to keep track of the average (absolute) amplitude of the input signal received over a specified time interval.

bag clj

(bag args)

(bag args inlet1)

(bag args inlet1 inlet2)

(bag args inlet1 inlet2 inlet3)

(bag args inlet1 inlet2 inlet3 inlet4)

(bag args inlet1 inlet2 inlet3 inlet4 inlet5)

(bag args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bag args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bag args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bag args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bag args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Stores and manages a collection of numbers. You can add to or delete an integer from a bag as report its contents. bag with any argument maintains multiple entr

bangbang clj

(bangbang args)

(bangbang args inlet1)

(bangbang args inlet1 inlet2)

(bangbang args inlet1 inlet2 inlet3)

(bangbang args inlet1 inlet2 inlet3 inlet4)

(bangbang args inlet1 inlet2 inlet3 inlet4 inlet5)

(bangbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bangbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bangbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bangbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bangbang args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Outputs bang messages out of each outlet (in right-to-left order) when it receives any input. The number of outlets is determined by an argument.

bendin clj

(bendin args)

(bendin args inlet1)

(bendin args inlet1 inlet2)

(bendin args inlet1 inlet2 inlet3)

(bendin args inlet1 inlet2 inlet3 inlet4)

(bendin args inlet1 inlet2 inlet3 inlet4 inlet5)

(bendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bendin args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Outputs pitch bend values received from a MIDI device. The MIDI port and channel can be chosen with messages or by double-clicking on the object.

bendout clj

(bendout args)

(bendout args inlet1)

(bendout args inlet1 inlet2)

(bendout args inlet1 inlet2 inlet3)

(bendout args inlet1 inlet2 inlet3 inlet4)

(bendout args inlet1 inlet2 inlet3 inlet4 inlet5)

(bendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bendout args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Transmits MIDI pitchbend values to a MIDI device.

bgcolor clj

(bgcolor args)

(bgcolor args inlet1)

(bgcolor args inlet1 inlet2)

(bgcolor args inlet1 inlet2 inlet3)

(bgcolor args inlet1 inlet2 inlet3 inlet4)

(bgcolor args inlet1 inlet2 inlet3 inlet4 inlet5)

(bgcolor args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bgcolor args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bgcolor args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bgcolor args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bgcolor args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Set the background color of the patcher window. The bgcolor object's functionality is equivalent to a brgb message sent to thispatcher.

biquad- clj

(biquad- args)

(biquad- args inlet1)

(biquad- args inlet1 inlet2)

(biquad- args inlet1 inlet2 inlet3)

(biquad- args inlet1 inlet2 inlet3 inlet4)

(biquad- args inlet1 inlet2 inlet3 inlet4 inlet5)

(biquad- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(biquad- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(biquad- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(biquad- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(biquad- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

biquad~ implements a two-pole, two-zero filter using the following equation: y[n] = a0 * x[n] + a1 * x[n-1] + a2 * x[n-2] - b1 * y[n-1] - b2 * y[n-2] You can sp

bitand- clj

(bitand- args)

(bitand- args inlet1)

(bitand- args inlet1 inlet2)

(bitand- args inlet1 inlet2 inlet3)

(bitand- args inlet1 inlet2 inlet3 inlet4)

(bitand- args inlet1 inlet2 inlet3 inlet4 inlet5)

(bitand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bitand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bitand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bitand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bitand- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the bitand~ object to perform a bitwise intersection (a bitwise "and") on two incoming floating-point signals as either raw 32-bit data or as integer values

bitnot- clj

(bitnot- args)

(bitnot- args inlet1)

(bitnot- args inlet1 inlet2)

(bitnot- args inlet1 inlet2 inlet3)

(bitnot- args inlet1 inlet2 inlet3 inlet4)

(bitnot- args inlet1 inlet2 inlet3 inlet4 inlet5)

(bitnot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bitnot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bitnot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bitnot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bitnot- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the bitnot~ object to perform a bitwise inversion on an incoming floating-point signal as either raw 32-bit data or as an integer value. All bit values of 1

bitor- clj

(bitor- args)

(bitor- args inlet1)

(bitor- args inlet1 inlet2)

(bitor- args inlet1 inlet2 inlet3)

(bitor- args inlet1 inlet2 inlet3 inlet4)

(bitor- args inlet1 inlet2 inlet3 inlet4 inlet5)

(bitor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bitor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bitor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bitor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bitor- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the bitor~ object to perform a bitwise "or" on two incoming floating-point signals as either raw 32-bit data or as integer values. The bits of both incoming

bitshift- clj

(bitshift- args)

(bitshift- args inlet1)

(bitshift- args inlet1 inlet2)

(bitshift- args inlet1 inlet2 inlet3)

(bitshift- args inlet1 inlet2 inlet3 inlet4)

(bitshift- args inlet1 inlet2 inlet3 inlet4 inlet5)

(bitshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bitshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bitshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bitshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bitshift- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the bitshift~ object to perform bitwise operations on a floating point signal as bits or as an integer.

bitxor- clj

(bitxor- args)

(bitxor- args inlet1)

(bitxor- args inlet1 inlet2)

(bitxor- args inlet1 inlet2 inlet3)

(bitxor- args inlet1 inlet2 inlet3 inlet4)

(bitxor- args inlet1 inlet2 inlet3 inlet4 inlet5)

(bitxor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bitxor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bitxor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bitxor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bitxor- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the bitxor~ object to perform a bitwise "exclusive or" operation on two incoming floating-point signals as either raw 32-bit data or as integer values. The

bline clj

(bline args)

(bline args inlet1)

(bline args inlet1 inlet2)

(bline args inlet1 inlet2 inlet3)

(bline args inlet1 inlet2 inlet3 inlet4)

(bline args inlet1 inlet2 inlet3 inlet4 inlet5)

(bline args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bline args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bline args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bline args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bline args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Generates a linear ramp driven by incoming bang messages. It takes a list of breakpoint segments (and the number of events to span) and outputs a smooth ramp be

bondo clj

(bondo args)

(bondo args inlet1)

(bondo args inlet1 inlet2)

(bondo args inlet1 inlet2 inlet3)

(bondo args inlet1 inlet2 inlet3 inlet4)

(bondo args inlet1 inlet2 inlet3 inlet4 inlet5)

(bondo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bondo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bondo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bondo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bondo args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Synchronizes and outputs a set of inputs when any input is received. It can also be set with a time interval value (in milliseconds) to wait before sending its

borax clj

(borax args)

(borax args inlet1)

(borax args inlet1 inlet2)

(borax args inlet1 inlet2 inlet3)

(borax args inlet1 inlet2 inlet3 inlet4)

(borax args inlet1 inlet2 inlet3 inlet4 inlet5)

(borax args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(borax args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(borax args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(borax args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(borax args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Acquires and outputs comprehensive information regarding note-on and note-off events. Information includes note counts, event details and time between note even

bpatcher clj

(bpatcher args)

(bpatcher args inlet1)

(bpatcher args inlet1 inlet2)

(bpatcher args inlet1 inlet2 inlet3)

(bpatcher args inlet1 inlet2 inlet3 inlet4)

(bpatcher args inlet1 inlet2 inlet3 inlet4 inlet5)

(bpatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bpatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bpatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bpatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bpatcher args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Abstracts the contents of a patcher or subpatcher for use in other patchers, displaying only those visual elements which are desired. The number of inlets and o

bucket clj

(bucket args)

(bucket args inlet1)

(bucket args inlet1 inlet2)

(bucket args inlet1 inlet2 inlet3)

(bucket args inlet1 inlet2 inlet3 inlet4)

(bucket args inlet1 inlet2 inlet3 inlet4 inlet5)

(bucket args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(bucket args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(bucket args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(bucket args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(bucket args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Outputs incoming values to outlets in bucket-brigade fashion. bucket acts as an n-stage shift register which can shift its contents from outlet to outlet in eit

buddy clj

(buddy args)

(buddy args inlet1)

(buddy args inlet1 inlet2)

(buddy args inlet1 inlet2 inlet3)

(buddy args inlet1 inlet2 inlet3 inlet4)

(buddy args inlet1 inlet2 inlet3 inlet4 inlet5)

(buddy args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(buddy args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(buddy args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(buddy args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(buddy args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Outputs incoming data after something has been received in all inlets.

buffer- clj

(buffer- args)

(buffer- args inlet1)

(buffer- args inlet1 inlet2)

(buffer- args inlet1 inlet2 inlet3)

(buffer- args inlet1 inlet2 inlet3 inlet4)

(buffer- args inlet1 inlet2 inlet3 inlet4 inlet5)

(buffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(buffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(buffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(buffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(buffer- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the buffer~ object as a buffer of memory in which samples are stored to be saved, edited, or referenced.

buffir- clj

(buffir- args)

(buffir- args inlet1)

(buffir- args inlet1 inlet2)

(buffir- args inlet1 inlet2 inlet3)

(buffir- args inlet1 inlet2 inlet3 inlet4)

(buffir- args inlet1 inlet2 inlet3 inlet4 inlet5)

(buffir- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(buffir- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(buffir- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(buffir- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(buffir- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use buffir~ object when you need a finite impulse response (FIR) filter that convolves an input signal with samples from an input buffer.

button clj

(button args)

(button args inlet1)

(button args inlet1 inlet2)

(button args inlet1 inlet2 inlet3)

(button args inlet1 inlet2 inlet3 inlet4)

(button args inlet1 inlet2 inlet3 inlet4 inlet5)

(button args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(button args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(button args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(button args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(button args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

button blinks when you send it any message, and it sends out a bang when you click on it.

capture clj

(capture args)

(capture args inlet1)

(capture args inlet1 inlet2)

(capture args inlet1 inlet2 inlet3)

(capture args inlet1 inlet2 inlet3 inlet4)

(capture args inlet1 inlet2 inlet3 inlet4 inlet5)

(capture args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(capture args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(capture args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(capture args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(capture args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Stores items in the order they are received for viewing, editing, and saving.

capture- clj

(capture- args)

(capture- args inlet1)

(capture- args inlet1 inlet2)

(capture- args inlet1 inlet2 inlet3)

(capture- args inlet1 inlet2 inlet3 inlet4)

(capture- args inlet1 inlet2 inlet3 inlet4 inlet5)

(capture- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(capture- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(capture- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(capture- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(capture- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the capture object to collect signal values for signal debugging or investigation. To record signal values, use the record~ or sfrecord~ object.

cartopol clj

(cartopol args)

(cartopol args inlet1)

(cartopol args inlet1 inlet2)

(cartopol args inlet1 inlet2 inlet3)

(cartopol args inlet1 inlet2 inlet3 inlet4)

(cartopol args inlet1 inlet2 inlet3 inlet4 inlet5)

(cartopol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cartopol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cartopol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cartopol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cartopol args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Converts a cartesian-coordinate pair consisting of real and imaginary values into a polar-coordinate pair consisting of distance and angle values.

cartopol- clj

(cartopol- args)

(cartopol- args inlet1)

(cartopol- args inlet1 inlet2)

(cartopol- args inlet1 inlet2 inlet3)

(cartopol- args inlet1 inlet2 inlet3 inlet4)

(cartopol- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cartopol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cartopol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cartopol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cartopol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cartopol- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the cartopol~ object to convert signal values representing cartesian coordinates to a signal composed of polar coordinates.

cascade- clj

(cascade- args)

(cascade- args inlet1)

(cascade- args inlet1 inlet2)

(cascade- args inlet1 inlet2 inlet3)

(cascade- args inlet1 inlet2 inlet3 inlet4)

(cascade- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cascade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cascade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cascade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cascade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cascade- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the cascade~ to filter an input signal using a series of biquad filters.

change clj

(change args)

(change args inlet1)

(change args inlet1 inlet2)

(change args inlet1 inlet2 inlet3)

(change args inlet1 inlet2 inlet3 inlet4)

(change args inlet1 inlet2 inlet3 inlet4 inlet5)

(change args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(change args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(change args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(change args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(change args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Output a number only if it is different from the stored number and will reset the stored number to that differing input number. Alternate modes of operation als

change- clj

(change- args)

(change- args inlet1)

(change- args inlet1 inlet2)

(change- args inlet1 inlet2 inlet3)

(change- args inlet1 inlet2 inlet3 inlet4)

(change- args inlet1 inlet2 inlet3 inlet4 inlet5)

(change- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(change- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(change- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(change- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(change- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the change object to monitor increase, decrease, or no change in a signal value.

chooser clj

(chooser args)

(chooser args inlet1)

(chooser args inlet1 inlet2)

(chooser args inlet1 inlet2 inlet3)

(chooser args inlet1 inlet2 inlet3 inlet4)

(chooser args inlet1 inlet2 inlet3 inlet4 inlet5)

(chooser args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(chooser args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(chooser args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(chooser args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(chooser args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The chooser object is similar to the umenu object, but it displays a scrolling list of selectable items rather than a pop-up menu.

chucker- clj

(chucker- args)

(chucker- args inlet1)

(chucker- args inlet1 inlet2)

(chucker- args inlet1 inlet2 inlet3)

(chucker- args inlet1 inlet2 inlet3 inlet4)

(chucker- args inlet1 inlet2 inlet3 inlet4 inlet5)

(chucker- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(chucker- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(chucker- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(chucker- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(chucker- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

chucker~ takes a specified amount of audio data, stores the data in an internal buffer, divides the buffered data into equal sections, and allows the sections t

click- clj

(click- args)

(click- args inlet1)

(click- args inlet1 inlet2)

(click- args inlet1 inlet2 inlet3)

(click- args inlet1 inlet2 inlet3 inlet4)

(click- args inlet1 inlet2 inlet3 inlet4 inlet5)

(click- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(click- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(click- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(click- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(click- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the click~ to create and output an impulse which can be used as an impulse-trigger.

clip clj

(clip args)

(clip args inlet1)

(clip args inlet1 inlet2)

(clip args inlet1 inlet2 inlet3)

(clip args inlet1 inlet2 inlet3 inlet4)

(clip args inlet1 inlet2 inlet3 inlet4 inlet5)

(clip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(clip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(clip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(clip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(clip args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

clip- clj

(clip- args)

(clip- args inlet1)

(clip- args inlet1 inlet2)

(clip- args inlet1 inlet2 inlet3)

(clip- args inlet1 inlet2 inlet3 inlet4)

(clip- args inlet1 inlet2 inlet3 inlet4 inlet5)

(clip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(clip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(clip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(clip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(clip- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the clip~ to constrain input signals between two specified values.

clocker clj

(clocker args)

(clocker args inlet1)

(clocker args inlet1 inlet2)

(clocker args inlet1 inlet2 inlet3)

(clocker args inlet1 inlet2 inlet3 inlet4)

(clocker args inlet1 inlet2 inlet3 inlet4 inlet5)

(clocker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(clocker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(clocker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(clocker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(clocker args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The clocker object is a metronome that reports the time elapsed since it was started. This object uses the Max time format syntax, so the interval that the cloc

closebang clj

(closebang args)

(closebang args inlet1)

(closebang args inlet1 inlet2)

(closebang args inlet1 inlet2 inlet3)

(closebang args inlet1 inlet2 inlet3 inlet4)

(closebang args inlet1 inlet2 inlet3 inlet4 inlet5)

(closebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(closebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(closebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(closebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(closebang args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Sends a bang whenever the patcher window within which it resides is closed.

coll clj

(coll args)

(coll args inlet1)

(coll args inlet1 inlet2)

(coll args inlet1 inlet2 inlet3)

(coll args inlet1 inlet2 inlet3 inlet4)

(coll args inlet1 inlet2 inlet3 inlet4 inlet5)

(coll args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(coll args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(coll args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(coll args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(coll args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Allows for the storage, organization, editing, and retrieval of different messages.

colorpicker clj

(colorpicker args)

(colorpicker args inlet1)

(colorpicker args inlet1 inlet2)

(colorpicker args inlet1 inlet2 inlet3)

(colorpicker args inlet1 inlet2 inlet3 inlet4)

(colorpicker args inlet1 inlet2 inlet3 inlet4 inlet5)

(colorpicker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(colorpicker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(colorpicker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(colorpicker args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(colorpicker args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

comb- clj

(comb- args)

(comb- args inlet1)

(comb- args inlet1 inlet2)

(comb- args inlet1 inlet2 inlet3)

(comb- args inlet1 inlet2 inlet3 inlet4)

(comb- args inlet1 inlet2 inlet3 inlet4 inlet5)

(comb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(comb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(comb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(comb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(comb- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the comb~ object to apply the classic comb filtering effect to an audio input. The comb~ object mixes the current input sample with earlier input and/or out

combine clj

(combine args)

(combine args inlet1)

(combine args inlet1 inlet2)

(combine args inlet1 inlet2 inlet3)

(combine args inlet1 inlet2 inlet3 inlet4)

(combine args inlet1 inlet2 inlet3 inlet4 inlet5)

(combine args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(combine args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(combine args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(combine args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(combine args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Combines a list of items into a single symbol. It works similar to pack and sprintf. The behavior can be modified with attributes that provide number padding an

comment clj

(comment args)

(comment args inlet1)

(comment args inlet1 inlet2)

(comment args inlet1 inlet2 inlet3)

(comment args inlet1 inlet2 inlet3 inlet4)

(comment args inlet1 inlet2 inlet3 inlet4 inlet5)

(comment args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(comment args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(comment args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(comment args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(comment args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

comment displays text which is typed into it in order to serve as a label or explanatory text.

conformpath clj

(conformpath args)

(conformpath args inlet1)

(conformpath args inlet1 inlet2)

(conformpath args inlet1 inlet2 inlet3)

(conformpath args inlet1 inlet2 inlet3 inlet4)

(conformpath args inlet1 inlet2 inlet3 inlet4 inlet5)

(conformpath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(conformpath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(conformpath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(conformpath args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(conformpath args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Converts paths between the older colon style formats and the current slash style. It can also be used to conform paths to either absolute, relative, boot volume

cos clj

(cos args)

(cos args inlet1)

(cos args inlet1 inlet2)

(cos args inlet1 inlet2 inlet3)

(cos args inlet1 inlet2 inlet3 inlet4)

(cos args inlet1 inlet2 inlet3 inlet4 inlet5)

(cos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cos args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cos args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Use the cos object to calculate and output the cosine of any given number.

cos- clj

(cos- args)

(cos- args inlet1)

(cos- args inlet1 inlet2)

(cos- args inlet1 inlet2 inlet3)

(cos- args inlet1 inlet2 inlet3 inlet4)

(cos- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cos- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cos- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the cos~ object to calculate and output a signal that is the cosine function of each sample of the input signal.

cosh clj

(cosh args)

(cosh args inlet1)

(cosh args inlet1 inlet2)

(cosh args inlet1 inlet2 inlet3)

(cosh args inlet1 inlet2 inlet3 inlet4)

(cosh args inlet1 inlet2 inlet3 inlet4 inlet5)

(cosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cosh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cosh args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the cosh object to calculate and output the hyperbolic cosine of any given number.

cosh- clj

(cosh- args)

(cosh- args inlet1)

(cosh- args inlet1 inlet2)

(cosh- args inlet1 inlet2 inlet3)

(cosh- args inlet1 inlet2 inlet3 inlet4)

(cosh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cosh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cosh- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the cosh~ object to calculate and output a signal that is the hyperbolic cosine function of each sample of the input signal.

cosx- clj

(cosx- args)

(cosx- args inlet1)

(cosx- args inlet1 inlet2)

(cosx- args inlet1 inlet2 inlet3)

(cosx- args inlet1 inlet2 inlet3 inlet4)

(cosx- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cosx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cosx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cosx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cosx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cosx- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the cosx~ object to calculate and output a signal that is the cosine function of each sample of the input signal. The cosx~ object is a true π based functio

count- clj

(count- args)

(count- args inlet1)

(count- args inlet1 inlet2)

(count- args inlet1 inlet2 inlet3)

(count- args inlet1 inlet2 inlet3 inlet4)

(count- args inlet1 inlet2 inlet3 inlet4 inlet5)

(count- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(count- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(count- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(count- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(count- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the count~ object count samples elapsed and thus drive processes tightly synchronized to the sample rate. It outputs a signal increasing by 1 for each sampl

counter clj

(counter args)

(counter args inlet1)

(counter args inlet1 inlet2)

(counter args inlet1 inlet2 inlet3)

(counter args inlet1 inlet2 inlet3 inlet4)

(counter args inlet1 inlet2 inlet3 inlet4 inlet5)

(counter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(counter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(counter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(counter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(counter args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Outputs the current count of bang message constrained to a specified range. Can be set to count up, down, or up-then-down.

cpuclock clj

(cpuclock args)

(cpuclock args inlet1)

(cpuclock args inlet1 inlet2)

(cpuclock args inlet1 inlet2 inlet3)

(cpuclock args inlet1 inlet2 inlet3 inlet4)

(cpuclock args inlet1 inlet2 inlet3 inlet4 inlet5)

(cpuclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cpuclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cpuclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cpuclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cpuclock args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Accesses a precise value from the system timer. This allows for timing calculations with very high resolution.

cross- clj

(cross- args)

(cross- args inlet1)

(cross- args inlet1 inlet2)

(cross- args inlet1 inlet2 inlet3)

(cross- args inlet1 inlet2 inlet3 inlet4)

(cross- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cross- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cross- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cross- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cross- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cross- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the cross~ object as a pair of symmetrical low+high pass 3rd order filters with lowpass and highpass outlets you can use separately or in combination to for

ctlin clj

(ctlin args)

(ctlin args inlet1)

(ctlin args inlet1 inlet2)

(ctlin args inlet1 inlet2 inlet3)

(ctlin args inlet1 inlet2 inlet3 inlet4)

(ctlin args inlet1 inlet2 inlet3 inlet4 inlet5)

(ctlin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ctlin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ctlin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ctlin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ctlin args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Output the value from a specific controller number and MIDI channel.

ctlout clj

(ctlout args)

(ctlout args inlet1)

(ctlout args inlet1 inlet2)

(ctlout args inlet1 inlet2 inlet3)

(ctlout args inlet1 inlet2 inlet3 inlet4)

(ctlout args inlet1 inlet2 inlet3 inlet4 inlet5)

(ctlout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ctlout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ctlout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ctlout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ctlout args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Transmits MIDI continuous controller values to a MIDI device.

curve- clj

(curve- args)

(curve- args inlet1)

(curve- args inlet1 inlet2)

(curve- args inlet1 inlet2 inlet3)

(curve- args inlet1 inlet2 inlet3 inlet4)

(curve- args inlet1 inlet2 inlet3 inlet4 inlet5)

(curve- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(curve- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(curve- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(curve- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(curve- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the curve~ object to produce a signal that goes from an initial to target value over a specified time. It is similar to the line~ object, it produces non-li

cycle clj

(cycle args)

(cycle args inlet1)

(cycle args inlet1 inlet2)

(cycle args inlet1 inlet2 inlet3)

(cycle args inlet1 inlet2 inlet3 inlet4)

(cycle args inlet1 inlet2 inlet3 inlet4 inlet5)

(cycle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cycle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cycle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cycle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cycle args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Each incoming number is sent to the next outlet, wrapping around to the first outlet after the last has been reached.

cycle- clj

(cycle- args)

(cycle- args inlet1)

(cycle- args inlet1 inlet2)

(cycle- args inlet1 inlet2 inlet3)

(cycle- args inlet1 inlet2 inlet3 inlet4)

(cycle- args inlet1 inlet2 inlet3 inlet4 inlet5)

(cycle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(cycle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(cycle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(cycle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(cycle- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the cycle~ object to generate a periodic waveform. The default waveform is one cycle of a cosine wave. You can also use the wave~ object, which offers addit

dac- clj

(dac- args)

(dac- args inlet1)

(dac- args inlet1 inlet2)

(dac- args inlet1 inlet2 inlet3)

(dac- args inlet1 inlet2 inlet3 inlet4)

(dac- args inlet1 inlet2 inlet3 inlet4 inlet5)

(dac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dac- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The dac~ ("digital-to-analog converter") object sends its signal inputs to audio hardware. Double-click on a dac~ to open the Audio Status window to configure a

date clj

(date args)

(date args inlet1)

(date args inlet1 inlet2)

(date args inlet1 inlet2 inlet3)

(date args inlet1 inlet2 inlet3 inlet4)

(date args inlet1 inlet2 inlet3 inlet4 inlet5)

(date args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(date args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(date args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(date args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(date args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Reports the current date, time, or the number of 1/60th-second ticks since startup.

dbtoa clj

(dbtoa args)

(dbtoa args inlet1)

(dbtoa args inlet1 inlet2)

(dbtoa args inlet1 inlet2 inlet3)

(dbtoa args inlet1 inlet2 inlet3 inlet4)

(dbtoa args inlet1 inlet2 inlet3 inlet4 inlet5)

(dbtoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dbtoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dbtoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dbtoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dbtoa args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Converts a decibel value to its corresponding linear amplitude.

dbtoa- clj

(dbtoa- args)

(dbtoa- args inlet1)

(dbtoa- args inlet1 inlet2)

(dbtoa- args inlet1 inlet2 inlet3)

(dbtoa- args inlet1 inlet2 inlet3 inlet4)

(dbtoa- args inlet1 inlet2 inlet3 inlet4 inlet5)

(dbtoa- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dbtoa- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dbtoa- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dbtoa- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dbtoa- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

atodb~ takes any given signal representing a deciBel amplitude value and outputs a signal which is a linear amplitude conversion of the input.

decide clj

(decide args)

(decide args inlet1)

(decide args inlet1 inlet2)

(decide args inlet1 inlet2 inlet3)

(decide args inlet1 inlet2 inlet3 inlet4)

(decide args inlet1 inlet2 inlet3 inlet4 inlet5)

(decide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(decide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(decide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(decide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(decide args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Outputs random 1 and 0 messages. The output sequence depends on the seed value to determine the sequence of values.

decode clj

(decode args)

(decode args inlet1)

(decode args inlet1 inlet2)

(decode args inlet1 inlet2 inlet3)

(decode args inlet1 inlet2 inlet3 inlet4)

(decode args inlet1 inlet2 inlet3 inlet4 inlet5)

(decode args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(decode args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(decode args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(decode args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(decode args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Provides hierarchical switching. The right inlet is the master disable switch, while the middle inlet is a submaster enable. The left inlet can turn on a single

defer clj

(defer args)

(defer args inlet1)

(defer args inlet1 inlet2)

(defer args inlet1 inlet2 inlet3)

(defer args inlet1 inlet2 inlet3 inlet4)

(defer args inlet1 inlet2 inlet3 inlet4 inlet5)

(defer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(defer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(defer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(defer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(defer args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Defers the output of all messages sent through it to the lower priority main thread. This is most applicable when using Overdrive mode.

deferlow clj

(deferlow args)

(deferlow args inlet1)

(deferlow args inlet1 inlet2)

(deferlow args inlet1 inlet2 inlet3)

(deferlow args inlet1 inlet2 inlet3 inlet4)

(deferlow args inlet1 inlet2 inlet3 inlet4 inlet5)

(deferlow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(deferlow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(deferlow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(deferlow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(deferlow args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

The deferlow object places all incoming messages at the tail of the low priority queue. This is unlike the defer object, however, which places high priority mes

degrade- clj

(degrade- args)

(degrade- args inlet1)

(degrade- args inlet1 inlet2)

(degrade- args inlet1 inlet2 inlet3)

(degrade- args inlet1 inlet2 inlet3 inlet4)

(degrade- args inlet1 inlet2 inlet3 inlet4 inlet5)

(degrade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(degrade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(degrade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(degrade- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(degrade- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

degrade~ takes any given signal and reduces the sampling rate and bit-depth as specified/desired.

delay clj

(delay args)

(delay args inlet1)

(delay args inlet1 inlet2)

(delay args inlet1 inlet2 inlet3)

(delay args inlet1 inlet2 inlet3 inlet4)

(delay args inlet1 inlet2 inlet3 inlet4 inlet5)

(delay args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(delay args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(delay args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(delay args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(delay args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Holds a bang for a specified amount of time before sending it to the next object. This object uses the Max time format syntax, so the delay time (which is norma

delay- clj

(delay- args)

(delay- args inlet1)

(delay- args inlet1 inlet2)

(delay- args inlet1 inlet2 inlet3)

(delay- args inlet1 inlet2 inlet3 inlet4)

(delay- args inlet1 inlet2 inlet3 inlet4 inlet5)

(delay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(delay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(delay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(delay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(delay- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the delay~ object to delay a signal by a certain amount of time. The delay time can be specified in samples (determined by the sampling rate), or using the

delta- clj

(delta- args)

(delta- args inlet1)

(delta- args inlet1 inlet2)

(delta- args inlet1 inlet2 inlet3)

(delta- args inlet1 inlet2 inlet3 inlet4)

(delta- args inlet1 inlet2 inlet3 inlet4 inlet5)

(delta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(delta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(delta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(delta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(delta- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

delta~ outputs a signal which represents the differences between each incoming sample value in the input signal.

deltaclip- clj

(deltaclip- args)

(deltaclip- args inlet1)

(deltaclip- args inlet1 inlet2)

(deltaclip- args inlet1 inlet2 inlet3)

(deltaclip- args inlet1 inlet2 inlet3 inlet4)

(deltaclip- args inlet1 inlet2 inlet3 inlet4 inlet5)

(deltaclip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(deltaclip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(deltaclip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(deltaclip- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(deltaclip- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

deltaclip~ limits the change between samples in an incoming signal. It is similar to the clip~ object, but it limits amplitude changes with respect to slope rat

detonate clj

(detonate args)

(detonate args inlet1)

(detonate args inlet1 inlet2)

(detonate args inlet1 inlet2 inlet3)

(detonate args inlet1 inlet2 inlet3 inlet4)

(detonate args inlet1 inlet2 inlet3 inlet4 inlet5)

(detonate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(detonate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(detonate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(detonate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(detonate args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Provides score playback managed using Max messages. The score may be loaded from a MIDI file, or generated using Max functions. The score is not limited to MIDI

dial clj

(dial args)

(dial args inlet1)

(dial args inlet1 inlet2)

(dial args inlet1 inlet2 inlet3)

(dial args inlet1 inlet2 inlet3 inlet4)

(dial args inlet1 inlet2 inlet3 inlet4 inlet5)

(dial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dial args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Outputs numbers according to its degree of rotation. dial can be set with a certain range, offset, multiplier, as well as numerous visual settings.

dialog clj

(dialog args)

(dialog args inlet1)

(dialog args inlet1 inlet2)

(dialog args inlet1 inlet2 inlet3)

(dialog args inlet1 inlet2 inlet3 inlet4)

(dialog args inlet1 inlet2 inlet3 inlet4 inlet5)

(dialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dialog args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Displays a dialog box with a selection of appearance modes. In Default mode, the dialog object permits entry of a symbol (as text) and sends it out the outlet w

dict clj

(dict args)

(dict args inlet1)

(dict args inlet1 inlet2)

(dict args inlet1 inlet2 inlet3)

(dict args inlet1 inlet2 inlet3 inlet4)

(dict args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the dict object to create named dictionaries, clone existing dictionaries, and query existing dictionaries to access their data.

dict.deserialize clj

(dict.deserialize args)

(dict.deserialize args inlet1)

(dict.deserialize args inlet1 inlet2)

(dict.deserialize args inlet1 inlet2 inlet3)

(dict.deserialize args inlet1 inlet2 inlet3 inlet4)

(dict.deserialize args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.deserialize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.deserialize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.deserialize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.deserialize args
                  inlet1
                  inlet2
                  inlet3
                  inlet4
                  inlet5
                  inlet6
                  inlet7
                  inlet8
                  inlet9)

(dict.deserialize args
                  inlet1
                  inlet2
                  inlet3
                  inlet4
                  inlet5
                  inlet6
                  inlet7
                  inlet8
                  inlet9
                  inlet10)

Use the dict.deserialize object to create a dictionary from text passed in using Max's dictionary syntax or JSON. Alternatively, compressed forms of either form

dict.group clj

(dict.group args)

(dict.group args inlet1)

(dict.group args inlet1 inlet2)

(dict.group args inlet1 inlet2 inlet3)

(dict.group args inlet1 inlet2 inlet3 inlet4)

(dict.group args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.group args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.group args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.group args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.group args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.group args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the dict.group object to build up a dictionary by sending key-value pairs as lists. The key-value pairs will be collected into the dictionary until a 'bang'

dict.iter clj

(dict.iter args)

(dict.iter args inlet1)

(dict.iter args inlet1 inlet2)

(dict.iter args inlet1 inlet2 inlet3)

(dict.iter args inlet1 inlet2 inlet3 inlet4)

(dict.iter args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.iter args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the dict.iter object to send all key-value pairs out from a dictionary as a series of standard Max list messages.

dict.join clj

(dict.join args)

(dict.join args inlet1)

(dict.join args inlet1 inlet2)

(dict.join args inlet1 inlet2 inlet3)

(dict.join args inlet1 inlet2 inlet3 inlet4)

(dict.join args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.join args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the dict.join object to merge the content of two dictionaries together into a single dictionary.

dict.pack clj

(dict.pack args)

(dict.pack args inlet1)

(dict.pack args inlet1 inlet2)

(dict.pack args inlet1 inlet2 inlet3)

(dict.pack args inlet1 inlet2 inlet3 inlet4)

(dict.pack args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.pack args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the dict.pack object to create a dictionary and set its values using dedicated inlets.

dict.print clj

(dict.print args)

(dict.print args inlet1)

(dict.print args inlet1 inlet2)

(dict.print args inlet1 inlet2 inlet3)

(dict.print args inlet1 inlet2 inlet3 inlet4)

(dict.print args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.print args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the dict.print object to post the content of a dictionary to the Max Console. For more control over how the printing is formatted, use dict.iter and print.

dict.route clj

(dict.route args)

(dict.route args inlet1)

(dict.route args inlet1 inlet2)

(dict.route args inlet1 inlet2 inlet3)

(dict.route args inlet1 inlet2 inlet3 inlet4)

(dict.route args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.route args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the dict.route object to compare two dictionaries. If the dictionary received at the left inlet meets the specifications set by the dictionary at the right

dict.serialize clj

(dict.serialize args)

(dict.serialize args inlet1)

(dict.serialize args inlet1 inlet2)

(dict.serialize args inlet1 inlet2 inlet3)

(dict.serialize args inlet1 inlet2 inlet3 inlet4)

(dict.serialize args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.serialize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.serialize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.serialize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.serialize args
                inlet1
                inlet2
                inlet3
                inlet4
                inlet5
                inlet6
                inlet7
                inlet8
                inlet9)

(dict.serialize args
                inlet1
                inlet2
                inlet3
                inlet4
                inlet5
                inlet6
                inlet7
                inlet8
                inlet9
                inlet10)

Use the dict.serialize object to output a serialized form of the contents of dictionary in text format. The text may be Dictionary Syntax, JSON, or Base64-compr

dict.slice clj

(dict.slice args)

(dict.slice args inlet1)

(dict.slice args inlet1 inlet2)

(dict.slice args inlet1 inlet2 inlet3)

(dict.slice args inlet1 inlet2 inlet3 inlet4)

(dict.slice args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.slice args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.slice args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.slice args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.slice args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.slice args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the dict.slice object to split a dictionary into two dictionaries. The first dictionary will be created from a set of keys you provide, sent to the left out

dict.strip clj

(dict.strip args)

(dict.strip args inlet1)

(dict.strip args inlet1 inlet2)

(dict.strip args inlet1 inlet2 inlet3)

(dict.strip args inlet1 inlet2 inlet3 inlet4)

(dict.strip args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.strip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.strip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.strip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.strip args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.strip args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the dict.strip object to remove the specified keys from a dictionary and return their values through an outlet. Following this operation, the dictionary wil

dict.unpack clj

(dict.unpack args)

(dict.unpack args inlet1)

(dict.unpack args inlet1 inlet2)

(dict.unpack args inlet1 inlet2 inlet3)

(dict.unpack args inlet1 inlet2 inlet3 inlet4)

(dict.unpack args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.unpack args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(dict.unpack args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Use the dict.unpack object to return the values of specified keys through dedicated outlets.

dict.view clj

(dict.view args)

(dict.view args inlet1)

(dict.view args inlet1 inlet2)

(dict.view args inlet1 inlet2 inlet3)

(dict.view args inlet1 inlet2 inlet3 inlet4)

(dict.view args inlet1 inlet2 inlet3 inlet4 inlet5)

(dict.view args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dict.view args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dict.view args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dict.view args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dict.view args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the dict.view object to view the contents of a dictionary.

div- clj

(div- args)

(div- args inlet1)

(div- args inlet1 inlet2)

(div- args inlet1 inlet2 inlet3)

(div- args inlet1 inlet2 inlet3 inlet4)

(div- args inlet1 inlet2 inlet3 inlet4 inlet5)

(div- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(div- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(div- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(div- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(div- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the /~ object is to multiply a signal coming into the left inlet by the reciprocal of either the initial argument or an int or float received in the right i

downsamp- clj

(downsamp- args)

(downsamp- args inlet1)

(downsamp- args inlet1 inlet2)

(downsamp- args inlet1 inlet2 inlet3)

(downsamp- args inlet1 inlet2 inlet3 inlet4)

(downsamp- args inlet1 inlet2 inlet3 inlet4 inlet5)

(downsamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(downsamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(downsamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(downsamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(downsamp- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

downsamp~ samples and holds a signal received in the left inlet at a rate set by an argument to the object of the value received in the right inlet, expressed i

dropfile clj

(dropfile args)

(dropfile args inlet1)

(dropfile args inlet1 inlet2)

(dropfile args inlet1 inlet2 inlet3)

(dropfile args inlet1 inlet2 inlet3 inlet4)

(dropfile args inlet1 inlet2 inlet3 inlet4 inlet5)

(dropfile args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dropfile args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dropfile args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dropfile args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dropfile args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

dropfile defines a region for dragging and dropping files into and then outputs the filepath and filetype upon file input.

drunk clj

(drunk args)

(drunk args inlet1)

(drunk args inlet1 inlet2)

(drunk args inlet1 inlet2 inlet3)

(drunk args inlet1 inlet2 inlet3 inlet4)

(drunk args inlet1 inlet2 inlet3 inlet4 inlet5)

(drunk args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(drunk args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(drunk args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(drunk args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(drunk args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Performs a "drunken" walk by outputting random numbers within a specified step range.

dspstate- clj

(dspstate- args)

(dspstate- args inlet1)

(dspstate- args inlet1 inlet2)

(dspstate- args inlet1 inlet2 inlet3)

(dspstate- args inlet1 inlet2 inlet3 inlet4)

(dspstate- args inlet1 inlet2 inlet3 inlet4 inlet5)

(dspstate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dspstate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dspstate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dspstate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dspstate- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

dspstate~ can be used for calculations that require the sampling rate of current DSP processing block size. You can also use the leftmost outlet to trigger some

dsptime- clj

(dsptime- args)

(dsptime- args inlet1)

(dsptime- args inlet1 inlet2)

(dsptime- args inlet1 inlet2 inlet3)

(dsptime- args inlet1 inlet2 inlet3 inlet4)

(dsptime- args inlet1 inlet2 inlet3 inlet4 inlet5)

(dsptime- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(dsptime- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(dsptime- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(dsptime- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(dsptime- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

dsptime~ reports the time in milliseconds since the audio was last turned on when triggered by a bang.

edge- clj

(edge- args)

(edge- args inlet1)

(edge- args inlet1 inlet2)

(edge- args inlet1 inlet2 inlet3)

(edge- args inlet1 inlet2 inlet3 inlet4)

(edge- args inlet1 inlet2 inlet3 inlet4 inlet5)

(edge- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(edge- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(edge- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(edge- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(edge- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the edge~ to detect zero to non-zero (and vice versa) signal transitions and report a bang out of one of its two outlets according to which direction the tr

error clj

(error args)

(error args inlet1)

(error args inlet1 inlet2)

(error args inlet1 inlet2 inlet3)

(error args inlet1 inlet2 inlet3 inlet4)

(error args inlet1 inlet2 inlet3 inlet4 inlet5)

(error args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(error args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(error args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(error args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(error args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Listens for and reports Max errors as message output. This will allow for error management in cases where it is not appropriate to display the Max window.

expr clj

(expr args)

(expr args inlet1)

(expr args inlet1 inlet2)

(expr args inlet1 inlet2 inlet3)

(expr args inlet1 inlet2 inlet3 inlet4)

(expr args inlet1 inlet2 inlet3 inlet4 inlet5)

(expr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(expr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(expr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(expr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(expr args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Evaluate an expression using a C-like language. Variables and operators are used to create output values.

ezadc- clj

(ezadc- args)

(ezadc- args inlet1)

(ezadc- args inlet1 inlet2)

(ezadc- args inlet1 inlet2 inlet3)

(ezadc- args inlet1 inlet2 inlet3 inlet4)

(ezadc- args inlet1 inlet2 inlet3 inlet4 inlet5)

(ezadc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ezadc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ezadc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ezadc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ezadc- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

ezadc~ works as a user interface version of the adc~ object. It appears as a button which can be clicked with the mouse to turn audio on or off.

ezdac- clj

(ezdac- args)

(ezdac- args inlet1)

(ezdac- args inlet1 inlet2)

(ezdac- args inlet1 inlet2 inlet3)

(ezdac- args inlet1 inlet2 inlet3 inlet4)

(ezdac- args inlet1 inlet2 inlet3 inlet4 inlet5)

(ezdac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ezdac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ezdac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ezdac- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ezdac- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

ezdac~ works as a user interface version of the dac~ object. It appears as a button which can be clicked with the mouse to turn audio on or off.

fbinshift- clj

(fbinshift- args)

(fbinshift- args inlet1)

(fbinshift- args inlet1 inlet2)

(fbinshift- args inlet1 inlet2 inlet3)

(fbinshift- args inlet1 inlet2 inlet3 inlet4)

(fbinshift- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fbinshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fbinshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fbinshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fbinshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fbinshift- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

The fbinshift~ object implements a frequency-domain frequency shifter that can be used inside a patch loaded by a pfft~ object.

fffb- clj

(fffb- args)

(fffb- args inlet1)

(fffb- args inlet1 inlet2)

(fffb- args inlet1 inlet2 inlet3)

(fffb- args inlet1 inlet2 inlet3 inlet4)

(fffb- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fffb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fffb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fffb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fffb- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fffb- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

The fffb~ object implements a bank of bandpass filter objects, each of which is similar to the reson~ filter object. An input signal is applied to all filters,

fft- clj

(fft- args)

(fft- args inlet1)

(fft- args inlet1 inlet2)

(fft- args inlet1 inlet2 inlet3)

(fft- args inlet1 inlet2 inlet3 inlet4)

(fft- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fft- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

fft~ performs a Fast Fourier transform on any incoming signal and outputs the real and imaginary parts of that transform as well as a synchronization signal.

fftin- clj

(fftin- args)

(fftin- args inlet1)

(fftin- args inlet1 inlet2)

(fftin- args inlet1 inlet2 inlet3)

(fftin- args inlet1 inlet2 inlet3 inlet4)

(fftin- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fftin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fftin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fftin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fftin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fftin- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

The fftin~ object provides an signal input to a patcher loaded by a pfft~ object.

fftinfo- clj

(fftinfo- args)

(fftinfo- args inlet1)

(fftinfo- args inlet1 inlet2)

(fftinfo- args inlet1 inlet2 inlet3)

(fftinfo- args inlet1 inlet2 inlet3 inlet4)

(fftinfo- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fftinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fftinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fftinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fftinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fftinfo- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

fftinfo~ gets info about the fft frames in a patcher loaded by a pfft~. It reports the information when sent a bang or whenever DSP is turned on via a dac~ (fft

fftout- clj

(fftout- args)

(fftout- args inlet1)

(fftout- args inlet1 inlet2)

(fftout- args inlet1 inlet2 inlet3)

(fftout- args inlet1 inlet2 inlet3 inlet4)

(fftout- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fftout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fftout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fftout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fftout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fftout- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The fftout~ object provides an signal output to a pfft~ object.

filedate clj

(filedate args)

(filedate args inlet1)

(filedate args inlet1 inlet2)

(filedate args inlet1 inlet2 inlet3)

(filedate args inlet1 inlet2 inlet3 inlet4)

(filedate args inlet1 inlet2 inlet3 inlet4 inlet5)

(filedate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filedate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filedate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filedate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(filedate args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

filein clj

(filein args)

(filein args inlet1)

(filein args inlet1 inlet2)

(filein args inlet1 inlet2 inlet3)

(filein args inlet1 inlet2 inlet3 inlet4)

(filein args inlet1 inlet2 inlet3 inlet4 inlet5)

(filein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(filein args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

filein reads a file of binary data and outputs the data at various points in the file given the appropriate input.

filepath clj

(filepath args)

(filepath args inlet1)

(filepath args inlet1 inlet2)

(filepath args inlet1 inlet2 inlet3)

(filepath args inlet1 inlet2 inlet3 inlet4)

(filepath args inlet1 inlet2 inlet3 inlet4 inlet5)

(filepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(filepath args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Provides access to the Max search path, and allows modification to the search path used by a patch.

filewatch clj

(filewatch args)

(filewatch args inlet1)

(filewatch args inlet1 inlet2)

(filewatch args inlet1 inlet2 inlet3)

(filewatch args inlet1 inlet2 inlet3 inlet4)

(filewatch args inlet1 inlet2 inlet3 inlet4 inlet5)

(filewatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filewatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filewatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filewatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(filewatch args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Watch a specific file and reports a bang whenever that file is altered.

filtercoeff- clj

(filtercoeff- args)

(filtercoeff- args inlet1)

(filtercoeff- args inlet1 inlet2)

(filtercoeff- args inlet1 inlet2 inlet3)

(filtercoeff- args inlet1 inlet2 inlet3 inlet4)

(filtercoeff- args inlet1 inlet2 inlet3 inlet4 inlet5)

(filtercoeff- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filtercoeff- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filtercoeff- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filtercoeff- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(filtercoeff- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

The filtercoeff~ object is a signal-rate filter coefficient calculator for the biquad~ object. It calculates the filter coefficients from three higher-level par

filterdesign clj

(filterdesign args)

(filterdesign args inlet1)

(filterdesign args inlet1 inlet2)

(filterdesign args inlet1 inlet2 inlet3)

(filterdesign args inlet1 inlet2 inlet3 inlet4)

(filterdesign args inlet1 inlet2 inlet3 inlet4 inlet5)

(filterdesign args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filterdesign args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filterdesign args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filterdesign args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(filterdesign args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Use the filterdesign object to create a dictionary containing a specification for a filter that can be realized by several other objects including the cascade~

filterdetail clj

(filterdetail args)

(filterdetail args inlet1)

(filterdetail args inlet1 inlet2)

(filterdetail args inlet1 inlet2 inlet3)

(filterdetail args inlet1 inlet2 inlet3 inlet4)

(filterdetail args inlet1 inlet2 inlet3 inlet4 inlet5)

(filterdetail args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filterdetail args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filterdetail args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filterdetail args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(filterdetail args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Use the filterdetail object to produce details from a filter specification provided as input. The filter specification may be generated by the filterdesign obje

filtergraph- clj

(filtergraph- args)

(filtergraph- args inlet1)

(filtergraph- args inlet1 inlet2)

(filtergraph- args inlet1 inlet2 inlet3)

(filtergraph- args inlet1 inlet2 inlet3 inlet4)

(filtergraph- args inlet1 inlet2 inlet3 inlet4 inlet5)

(filtergraph- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(filtergraph- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(filtergraph- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(filtergraph- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(filtergraph- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Use the filtergraph~ object to generate filter coefficients for the biquad~ or cascade~ objects with a graphical interface.

float clj

(float args)

(float args inlet1)

(float args inlet1 inlet2)

(float args inlet1 inlet2 inlet3)

(float args inlet1 inlet2 inlet3 inlet4)

(float args inlet1 inlet2 inlet3 inlet4 inlet5)

(float args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(float args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(float args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(float args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(float args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

float can store and output any given floating-point number.

flonum clj

(flonum args)

(flonum args inlet1)

(flonum args inlet1 inlet2)

(flonum args inlet1 inlet2 inlet3)

(flonum args inlet1 inlet2 inlet3 inlet4)

(flonum args inlet1 inlet2 inlet3 inlet4 inlet5)

(flonum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(flonum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(flonum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(flonum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(flonum args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Display, input, and output floating-point numbers in a number box.

flush clj

(flush args)

(flush args inlet1)

(flush args inlet1 inlet2)

(flush args inlet1 inlet2 inlet3)

(flush args inlet1 inlet2 inlet3 inlet4)

(flush args inlet1 inlet2 inlet3 inlet4 inlet5)

(flush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(flush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(flush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(flush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(flush args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Outputss note-off messages for any held note-ons. flush keeps track of all note-ons passed through it, and produces note-off messages for any held notes when it

folder clj

(folder args)

(folder args inlet1)

(folder args inlet1 inlet2)

(folder args inlet1 inlet2 inlet3)

(folder args inlet1 inlet2 inlet3 inlet4)

(folder args inlet1 inlet2 inlet3 inlet4 inlet5)

(folder args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(folder args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(folder args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(folder args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(folder args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Outputs all of the file names in a given folder. This can be especially useful for loading a umenu.

follow clj

(follow args)

(follow args inlet1)

(follow args inlet1 inlet2)

(follow args inlet1 inlet2 inlet3)

(follow args inlet1 inlet2 inlet3 inlet4)

(follow args inlet1 inlet2 inlet3 inlet4 inlet5)

(follow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(follow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(follow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(follow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(follow args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

follow records pitches, or you can give it a MIDI file, in which case it looks at the file's note-ons and ignores other events. When it is "following" it output

fontlist clj

(fontlist args)

(fontlist args inlet1)

(fontlist args inlet1 inlet2)

(fontlist args inlet1 inlet2 inlet3)

(fontlist args inlet1 inlet2 inlet3 inlet4)

(fontlist args inlet1 inlet2 inlet3 inlet4 inlet5)

(fontlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fontlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fontlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fontlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fontlist args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Outputs a list of system fonts and, optionally, their system identification numbers. Optionally filters the list by font-family.

forward clj

(forward args)

(forward args inlet1)

(forward args inlet1 inlet2)

(forward args inlet1 inlet2 inlet3)

(forward args inlet1 inlet2 inlet3 inlet4)

(forward args inlet1 inlet2 inlet3 inlet4 inlet5)

(forward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(forward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(forward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(forward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(forward args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Relays messages to other objects remotely. Unlike the send object, the destination receive object of forward can be changed with each message.

fpic clj

(fpic args)

(fpic args inlet1)

(fpic args inlet1 inlet2)

(fpic args inlet1 inlet2 inlet3)

(fpic args inlet1 inlet2 inlet3 inlet4)

(fpic args inlet1 inlet2 inlet3 inlet4 inlet5)

(fpic args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fpic args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fpic args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fpic args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fpic args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

frameaccum- clj

(frameaccum- args)

(frameaccum- args inlet1)

(frameaccum- args inlet1 inlet2)

(frameaccum- args inlet1 inlet2 inlet3)

(frameaccum- args inlet1 inlet2 inlet3 inlet4)

(frameaccum- args inlet1 inlet2 inlet3 inlet4 inlet5)

(frameaccum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(frameaccum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(frameaccum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(frameaccum- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(frameaccum- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

frameaccum~ computes a running phase by keeping a sum of the values in each position of its incoming signal vectors. When used inside a pfft~ object, it can kee

framedelta- clj

(framedelta- args)

(framedelta- args inlet1)

(framedelta- args inlet1 inlet2)

(framedelta- args inlet1 inlet2 inlet3)

(framedelta- args inlet1 inlet2 inlet3 inlet4)

(framedelta- args inlet1 inlet2 inlet3 inlet4 inlet5)

(framedelta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(framedelta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(framedelta- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(framedelta- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(framedelta- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

framedelta~ computes a running phase deviation by subtracting values in each position of its previously received signal vector from the current signal vector. W

freebang clj

(freebang args)

(freebang args inlet1)

(freebang args inlet1 inlet2)

(freebang args inlet1 inlet2 inlet3)

(freebang args inlet1 inlet2 inlet3 inlet4)

(freebang args inlet1 inlet2 inlet3 inlet4 inlet5)

(freebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(freebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(freebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(freebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(freebang args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

freqshift- clj

(freqshift- args)

(freqshift- args inlet1)

(freqshift- args inlet1 inlet2)

(freqshift- args inlet1 inlet2 inlet3)

(freqshift- args inlet1 inlet2 inlet3 inlet4)

(freqshift- args inlet1 inlet2 inlet3 inlet4 inlet5)

(freqshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(freqshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(freqshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(freqshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(freqshift- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

freqshift~ is a time-domain frequency shifter (also known as a single-sideband ring modulator).

fromsymbol clj

(fromsymbol args)

(fromsymbol args inlet1)

(fromsymbol args inlet1 inlet2)

(fromsymbol args inlet1 inlet2 inlet3)

(fromsymbol args inlet1 inlet2 inlet3 inlet4)

(fromsymbol args inlet1 inlet2 inlet3 inlet4 inlet5)

(fromsymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fromsymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fromsymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fromsymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fromsymbol args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

fromsymbol will take the individual characters in a symbol and convert them from a symbol back to numbers/messages.

fswap clj

(fswap args)

(fswap args inlet1)

(fswap args inlet1 inlet2)

(fswap args inlet1 inlet2 inlet3)

(fswap args inlet1 inlet2 inlet3 inlet4)

(fswap args inlet1 inlet2 inlet3 inlet4 inlet5)

(fswap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fswap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fswap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fswap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fswap args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Swaps the values of its inlets, preserving right-to-left ordering. The first outlet type is determined by its argument. The second outlet's type is always a flo

ftom clj

(ftom args)

(ftom args inlet1)

(ftom args inlet1 inlet2)

(ftom args inlet1 inlet2 inlet3)

(ftom args inlet1 inlet2 inlet3 inlet4)

(ftom args inlet1 inlet2 inlet3 inlet4 inlet5)

(ftom args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ftom args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ftom args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ftom args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ftom args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Converts frequency, given in Hertz, to a MIDI pitch or note number (0-127).

ftom- clj

(ftom- args)

(ftom- args inlet1)

(ftom- args inlet1 inlet2)

(ftom- args inlet1 inlet2 inlet3)

(ftom- args inlet1 inlet2 inlet3 inlet4)

(ftom- args inlet1 inlet2 inlet3 inlet4 inlet5)

(ftom- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ftom- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ftom- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ftom- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ftom- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

ftom~ performs signal-rate frequency (Hz) to MIDI(note-value) conversion.

funbuff clj

(funbuff args)

(funbuff args inlet1)

(funbuff args inlet1 inlet2)

(funbuff args inlet1 inlet2 inlet3)

(funbuff args inlet1 inlet2 inlet3 inlet4)

(funbuff args inlet1 inlet2 inlet3 inlet4 inlet5)

(funbuff args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(funbuff args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(funbuff args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(funbuff args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(funbuff args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Stores, manages, and recalls pairs of numbers.

function clj

(function args)

(function args inlet1)

(function args inlet1 inlet2)

(function args inlet1 inlet2 inlet3)

(function args inlet1 inlet2 inlet3 inlet4)

(function args inlet1 inlet2 inlet3 inlet4 inlet5)

(function args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(function args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(function args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(function args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(function args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Draw or store a set of x, y points as floating-point numbers. The output the entire function is useful as an input for line~. You can also get an interpolated y

funnel clj

(funnel args)

(funnel args inlet1)

(funnel args inlet1 inlet2)

(funnel args inlet1 inlet2 inlet3)

(funnel args inlet1 inlet2 inlet3 inlet4)

(funnel args inlet1 inlet2 inlet3 inlet4 inlet5)

(funnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(funnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(funnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(funnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(funnel args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Identifies the inlet of incoming data. It can be used to store values into a table or coll based on their source, or used to set a destination with an object su

fzero- clj

(fzero- args)

(fzero- args inlet1)

(fzero- args inlet1 inlet2)

(fzero- args inlet1 inlet2 inlet3)

(fzero- args inlet1 inlet2 inlet3 inlet4)

(fzero- args inlet1 inlet2 inlet3 inlet4 inlet5)

(fzero- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(fzero- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(fzero- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(fzero- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(fzero- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

The fzero~ object estimates the fundamental frequency of an an incoming, monophonic audio signal. It performs multiple layers of wavelet transforms on an incomi

gain- clj

(gain- args)

(gain- args inlet1)

(gain- args inlet1 inlet2)

(gain- args inlet1 inlet2 inlet3)

(gain- args inlet1 inlet2 inlet3 inlet4)

(gain- args inlet1 inlet2 inlet3 inlet4 inlet5)

(gain- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gain- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gain- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gain- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gain- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

gain~ is a slider that scales signals. It can also make a smooth transition as you move from one value of the slider to the next.

gate clj

(gate args)

(gate args inlet1)

(gate args inlet1 inlet2)

(gate args inlet1 inlet2 inlet3)

(gate args inlet1 inlet2 inlet3 inlet4)

(gate args inlet1 inlet2 inlet3 inlet4 inlet5)

(gate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gate args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

gate- clj

(gate- args)

(gate- args inlet1)

(gate- args inlet1 inlet2)

(gate- args inlet1 inlet2 inlet3)

(gate- args inlet1 inlet2 inlet3 inlet4)

(gate- args inlet1 inlet2 inlet3 inlet4 inlet5)

(gate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gate- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use gate~ to route an input signal at the second inlet to one of several outlets, or to no outlet at all. When there is only one outlet (the default case), it a

gen- clj

(gen- args)

(gen- args inlet1)

(gen- args inlet1 inlet2)

(gen- args inlet1 inlet2 inlet3)

(gen- args inlet1 inlet2 inlet3 inlet4)

(gen- args inlet1 inlet2 inlet3 inlet4 inlet5)

(gen- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gen- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gen- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gen- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gen- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The gen~ object turns an embedded Gen patcher into signal processing routines of optimized native machine code. The Gen patcher can be built from a wide set of

gestalt clj

(gestalt args)

(gestalt args inlet1)

(gestalt args inlet1 inlet2)

(gestalt args inlet1 inlet2 inlet3)

(gestalt args inlet1 inlet2 inlet3 inlet4)

(gestalt args inlet1 inlet2 inlet3 inlet4 inlet5)

(gestalt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gestalt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gestalt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gestalt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gestalt args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

getattr clj

(getattr args)

(getattr args inlet1)

(getattr args inlet1 inlet2)

(getattr args inlet1 inlet2 inlet3)

(getattr args inlet1 inlet2 inlet3 inlet4)

(getattr args inlet1 inlet2 inlet3 inlet4 inlet5)

(getattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(getattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(getattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(getattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(getattr args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Provides a user interface to query attribute values from an object. You can also retrieve a list of all available attributes for the attached object.

gizmo- clj

(gizmo- args)

(gizmo- args inlet1)

(gizmo- args inlet1 inlet2)

(gizmo- args inlet1 inlet2 inlet3)

(gizmo- args inlet1 inlet2 inlet3 inlet4)

(gizmo- args inlet1 inlet2 inlet3 inlet4 inlet5)

(gizmo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gizmo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gizmo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gizmo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gizmo- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

The gizmo~ object implements a frequency-domain pitch shifter. It works by analyzing the frequency bins of an FFT'd signal, finding the peaks in the spectrum, a

grab clj

(grab args)

(grab args inlet1)

(grab args inlet1 inlet2)

(grab args inlet1 inlet2 inlet3)

(grab args inlet1 inlet2 inlet3 inlet4)

(grab args inlet1 inlet2 inlet3 inlet4 inlet5)

(grab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(grab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(grab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(grab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(grab args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

grab can send a message and extract the result from the receiving object. Note: The grab object cannot be used to communicate from a send to a receive between M

groove- clj

(groove- args)

(groove- args inlet1)

(groove- args inlet1 inlet2)

(groove- args inlet1 inlet2 inlet3)

(groove- args inlet1 inlet2 inlet3 inlet4)

(groove- args inlet1 inlet2 inlet3 inlet4 inlet5)

(groove- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(groove- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(groove- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(groove- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(groove- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The groove~ object is a variable-rate, looping, sample-playback object which references the audio information stored in a buffer~ object having the same name. W

gswitch clj

(gswitch args)

(gswitch args inlet1)

(gswitch args inlet1 inlet2)

(gswitch args inlet1 inlet2 inlet3)

(gswitch args inlet1 inlet2 inlet3 inlet4)

(gswitch args inlet1 inlet2 inlet3 inlet4 inlet5)

(gswitch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gswitch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gswitch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gswitch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gswitch args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

gswitch2 clj

(gswitch2 args)

(gswitch2 args inlet1)

(gswitch2 args inlet1 inlet2)

(gswitch2 args inlet1 inlet2 inlet3)

(gswitch2 args inlet1 inlet2 inlet3 inlet4)

(gswitch2 args inlet1 inlet2 inlet3 inlet4 inlet5)

(gswitch2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(gswitch2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(gswitch2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(gswitch2 args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(gswitch2 args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Switches the right inlet between two output pathways.

hi clj

(hi args)

(hi args inlet1)

(hi args inlet1 inlet2)

(hi args inlet1 inlet2 inlet3)

(hi args inlet1 inlet2 inlet3 inlet4)

(hi args inlet1 inlet2 inlet3 inlet4 inlet5)

(hi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(hi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Provides input from human interface peripherals (i.e. Trackpad, Keyboard, and others).

hilbert- clj

(hilbert- args)

(hilbert- args inlet1)

(hilbert- args inlet1 inlet2)

(hilbert- args inlet1 inlet2 inlet3)

(hilbert- args inlet1 inlet2 inlet3 inlet4)

(hilbert- args inlet1 inlet2 inlet3 inlet4 inlet5)

(hilbert- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hilbert- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hilbert- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hilbert- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(hilbert- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

hilbert~ is a 6th order hilbert transformer with a minimum of error.

hint clj

(hint args)

(hint args inlet1)

(hint args inlet1 inlet2)

(hint args inlet1 inlet2 inlet3)

(hint args inlet1 inlet2 inlet3 inlet4)

(hint args inlet1 inlet2 inlet3 inlet4 inlet5)

(hint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(hint args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

When you mouse over a hint, you'll see a message appear on the screen below the area defined by the hint. The hint object has a number of messages you can use t

histo clj

(histo args)

(histo args inlet1)

(histo args inlet1 inlet2)

(histo args inlet1 inlet2 inlet3)

(histo args inlet1 inlet2 inlet3 inlet4)

(histo args inlet1 inlet2 inlet3 inlet4 inlet5)

(histo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(histo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(histo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(histo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(histo args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Records and outputs histogram data of the numbers it receives.

hostcontrol- clj

(hostcontrol- args)

(hostcontrol- args inlet1)

(hostcontrol- args inlet1 inlet2)

(hostcontrol- args inlet1 inlet2 inlet3)

(hostcontrol- args inlet1 inlet2 inlet3 inlet4)

(hostcontrol- args inlet1 inlet2 inlet3 inlet4 inlet5)

(hostcontrol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hostcontrol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hostcontrol- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hostcontrol- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(hostcontrol- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

When you choose the ad_rewire driver in the Audio Status window, the hostcontrol~ object lets you send commands to the ReWire host to start and stop the transpo

hostphasor- clj

(hostphasor- args)

(hostphasor- args inlet1)

(hostphasor- args inlet1 inlet2)

(hostphasor- args inlet1 inlet2 inlet3)

(hostphasor- args inlet1 inlet2 inlet3 inlet4)

(hostphasor- args inlet1 inlet2 inlet3 inlet4 inlet5)

(hostphasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hostphasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hostphasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hostphasor- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(hostphasor- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

hostphasor~ outputs an audio-rate sawtooth wave that is sample-synchronized to the beat of the ReWire host sequencer. The waveform can be fed to other audio obj

hostsync- clj

(hostsync- args)

(hostsync- args inlet1)

(hostsync- args inlet1 inlet2)

(hostsync- args inlet1 inlet2 inlet3)

(hostsync- args inlet1 inlet2 inlet3 inlet4)

(hostsync- args inlet1 inlet2 inlet3 inlet4 inlet5)

(hostsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hostsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hostsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hostsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(hostsync- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

The hostsync~ object provides information about the current state of the ReWire host.

hover clj

(hover args)

(hover args inlet1)

(hover args inlet1 inlet2)

(hover args inlet1 inlet2 inlet3)

(hover args inlet1 inlet2 inlet3 inlet4)

(hover args inlet1 inlet2 inlet3 inlet4 inlet5)

(hover args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(hover args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(hover args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(hover args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(hover args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Sends out the scripting names of any object over which the cursor is hovering.

if clj

(if args)

(if args inlet1)

(if args inlet1 inlet2)

(if args inlet1 inlet2 inlet3)

(if args inlet1 inlet2 inlet3 inlet4)

(if args inlet1 inlet2 inlet3 inlet4 inlet5)

(if args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(if args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(if args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(if args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(if args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Evaluates input according to a conditional statement specified in an if-then-else form.

ifft- clj

(ifft- args)

(ifft- args inlet1)

(ifft- args inlet1 inlet2)

(ifft- args inlet1 inlet2 inlet3)

(ifft- args inlet1 inlet2 inlet3 inlet4)

(ifft- args inlet1 inlet2 inlet3 inlet4 inlet5)

(ifft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ifft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ifft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ifft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ifft- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

ifft~ performs an Inverse FFT (inverse fast Fourier transform) on an input signal.

imovie clj

(imovie args)

(imovie args inlet1)

(imovie args inlet1 inlet2)

(imovie args inlet1 inlet2 inlet3)

(imovie args inlet1 inlet2 inlet3 inlet4)

(imovie args inlet1 inlet2 inlet3 inlet4 inlet5)

(imovie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(imovie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(imovie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(imovie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(imovie args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Plays a movie in a user-interface object within the patcher window.

in clj

(in args)

(in args inlet1)

(in args inlet1 inlet2)

(in args inlet1 inlet2 inlet3)

(in args inlet1 inlet2 inlet3 inlet4)

(in args inlet1 inlet2 inlet3 inlet4 inlet5)

(in args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(in args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(in args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(in args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(in args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

in defines a message inlet for a patcher loaded by poly~ or pfft~.

in- clj

(in- args)

(in- args inlet1)

(in- args inlet1 inlet2)

(in- args inlet1 inlet2 inlet3)

(in- args inlet1 inlet2 inlet3 inlet4)

(in- args inlet1 inlet2 inlet3 inlet4 inlet5)

(in- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(in- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(in- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(in- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(in- args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Use the in~ object inside a patcher loaded by the poly~ object to create a patcher signal inlet.

incdec clj

(incdec args)

(incdec args inlet1)

(incdec args inlet1 inlet2)

(incdec args inlet1 inlet2 inlet3)

(incdec args inlet1 inlet2 inlet3 inlet4)

(incdec args inlet1 inlet2 inlet3 inlet4 inlet5)

(incdec args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(incdec args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(incdec args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(incdec args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(incdec args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Increment or Decrement a value. When connected to a number box, Click the upper half of the object to increment, click the lower half to decrement.

index- clj

(index- args)

(index- args inlet1)

(index- args inlet1 inlet2)

(index- args inlet1 inlet2 inlet3)

(index- args inlet1 inlet2 inlet3 inlet4)

(index- args inlet1 inlet2 inlet3 inlet4 inlet5)

(index- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(index- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(index- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(index- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(index- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use index~ to read from a buffer~ object at a signal-driven sample index with no interpolation on the output.

info- clj

(info- args)

(info- args inlet1)

(info- args inlet1 inlet2)

(info- args inlet1 inlet2 inlet3)

(info- args inlet1 inlet2 inlet3 inlet4)

(info- args inlet1 inlet2 inlet3 inlet4 inlet5)

(info- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(info- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(info- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(info- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(info- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the info~ object to report the information in a file read into a buffer~ object in response to a bang. If the information is not present, it will be 0. info

inlet clj

(inlet args)

(inlet args inlet1)

(inlet args inlet1 inlet2)

(inlet args inlet1 inlet2 inlet3)

(inlet args inlet1 inlet2 inlet3 inlet4)

(inlet args inlet1 inlet2 inlet3 inlet4 inlet5)

(inlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(inlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(inlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(inlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(inlet args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Receive messages from outside the patcher wherever it is embedded. Each inlet object in a patcher will show up as an inlet at the top of an object box when the

int clj

(int args)

(int args inlet1)

(int args inlet1 inlet2)

(int args inlet1 inlet2 inlet3)

(int args inlet1 inlet2 inlet3 inlet4)

(int args inlet1 inlet2 inlet3 inlet4 inlet5)

(int args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(int args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(int args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(int args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(int args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

int can store and output any given integer number.

ioscbank- clj

(ioscbank- args)

(ioscbank- args inlet1)

(ioscbank- args inlet1 inlet2)

(ioscbank- args inlet1 inlet2 inlet3)

(ioscbank- args inlet1 inlet2 inlet3 inlet4)

(ioscbank- args inlet1 inlet2 inlet3 inlet4 inlet5)

(ioscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ioscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ioscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ioscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ioscbank- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

ioscbank~ is an interpolated oscillator bank with signal inputs to set oscillator frequency and magnitude.

itable clj

(itable args)

(itable args inlet1)

(itable args inlet1 inlet2)

(itable args inlet1 inlet2 inlet3)

(itable args inlet1 inlet2 inlet3 inlet4)

(itable args inlet1 inlet2 inlet3 inlet4 inlet5)

(itable args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(itable args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(itable args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(itable args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(itable args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Provides visual display of the table contents in your patcher window.

iter clj

(iter args)

(iter args inlet1)

(iter args inlet1 inlet2)

(iter args inlet1 inlet2 inlet3)

(iter args inlet1 inlet2 inlet3 inlet4)

(iter args inlet1 inlet2 inlet3 inlet4 inlet5)

(iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(iter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(iter args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Unpacks and outputs list contents one element at a time.

itoa clj

(itoa args)

(itoa args inlet1)

(itoa args inlet1 inlet2)

(itoa args inlet1 inlet2 inlet3)

(itoa args inlet1 inlet2 inlet3 inlet4)

(itoa args inlet1 inlet2 inlet3 inlet4 inlet5)

(itoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(itoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(itoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(itoa args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(itoa args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Converts a stream or list of up to 256 integers into a symbol.

jit.cellblock clj

(jit.cellblock args)

(jit.cellblock args inlet1)

(jit.cellblock args inlet1 inlet2)

(jit.cellblock args inlet1 inlet2 inlet3)

(jit.cellblock args inlet1 inlet2 inlet3 inlet4)

(jit.cellblock args inlet1 inlet2 inlet3 inlet4 inlet5)

(jit.cellblock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(jit.cellblock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(jit.cellblock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(jit.cellblock args
               inlet1
               inlet2
               inlet3
               inlet4
               inlet5
               inlet6
               inlet7
               inlet8
               inlet9)

(jit.cellblock args
               inlet1
               inlet2
               inlet3
               inlet4
               inlet5
               inlet6
               inlet7
               inlet8
               inlet9
               inlet10)

Provides storage, viewing and editing of two-dimensional data. The format is similar to the "grid" display tools found in many other development environments. T

join clj

(join args)

(join args inlet1)

(join args inlet1 inlet2)

(join args inlet1 inlet2 inlet3)

(join args inlet1 inlet2 inlet3 inlet4)

(join args inlet1 inlet2 inlet3 inlet4 inlet5)

(join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(join args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(join args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Takes separate untyped items and combines them into an output list.

js clj

(js args)

(js args inlet1)

(js args inlet1 inlet2)

(js args inlet1 inlet2 inlet3)

(js args inlet1 inlet2 inlet3 inlet4)

(js args inlet1 inlet2 inlet3 inlet4 inlet5)

(js args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(js args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(js args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(js args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(js args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Exposes the Javascript language and some Max specific extensions. The js object can be instantiated with a javascript filename or with numerical arguments to sp

jstrigger clj

(jstrigger args)

(jstrigger args inlet1)

(jstrigger args inlet1 inlet2)

(jstrigger args inlet1 inlet2 inlet3)

(jstrigger args inlet1 inlet2 inlet3 inlet4)

(jstrigger args inlet1 inlet2 inlet3 inlet4 inlet5)

(jstrigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(jstrigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(jstrigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(jstrigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(jstrigger args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

The jstrigger object is similar to the trigger object, except that typed-in arguments within parentheses are passed to the Javascript evaluator. For more inform

jsui clj

(jsui args)

(jsui args inlet1)

(jsui args inlet1 inlet2)

(jsui args inlet1 inlet2 inlet3)

(jsui args inlet1 inlet2 inlet3 inlet4)

(jsui args inlet1 inlet2 inlet3 inlet4 inlet5)

(jsui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(jsui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(jsui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(jsui args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(jsui args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Provides an environment to make user interface elements using Javascript. This provides all of the programming tools available in the js object, but also expose

jweb clj

(jweb args)

(jweb args inlet1)

(jweb args inlet1 inlet2)

(jweb args inlet1 inlet2 inlet3)

(jweb args inlet1 inlet2 inlet3 inlet4)

(jweb args inlet1 inlet2 inlet3 inlet4 inlet5)

(jweb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(jweb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(jweb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(jweb args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(jweb args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The jweb object uses the cross-platform Chromium Embedded Framework (CEF) to view renderable data in a Max box.

key clj

(key args)

(key args inlet1)

(key args inlet1 inlet2)

(key args inlet1 inlet2 inlet3)

(key args inlet1 inlet2 inlet3 inlet4)

(key args inlet1 inlet2 inlet3 inlet4 inlet5)

(key args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(key args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(key args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(key args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(key args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Tracks and outputs the key-codes, ASCII values, and modifier-key values of key presses on the computer keyboard.

keyup clj

(keyup args)

(keyup args inlet1)

(keyup args inlet1 inlet2)

(keyup args inlet1 inlet2 inlet3)

(keyup args inlet1 inlet2 inlet3 inlet4)

(keyup args inlet1 inlet2 inlet3 inlet4 inlet5)

(keyup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(keyup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(keyup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(keyup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(keyup args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Tracks and outputs the key-codes, ASCII values, and modifier-key values of key releases on the computer keyboard.

kink- clj

(kink- args)

(kink- args inlet1)

(kink- args inlet1 inlet2)

(kink- args inlet1 inlet2 inlet3)

(kink- args inlet1 inlet2 inlet3 inlet4)

(kink- args inlet1 inlet2 inlet3 inlet4 inlet5)

(kink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(kink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(kink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(kink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(kink- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

kink~ takes phasor~ values and distorts them according to a slope factor. If the input times the slope is less than 0.5, that value is output. Otherwise, a comp

kslider clj

(kslider args)

(kslider args inlet1)

(kslider args inlet1 inlet2)

(kslider args inlet1 inlet2 inlet3)

(kslider args inlet1 inlet2 inlet3 inlet4)

(kslider args inlet1 inlet2 inlet3 inlet4 inlet5)

(kslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(kslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(kslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(kslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(kslider args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Outputs and displays note and velocity information using an on-screen keyboard.

lcd clj

(lcd args)

(lcd args inlet1)

(lcd args inlet1 inlet2)

(lcd args inlet1 inlet2 inlet3)

(lcd args inlet1 inlet2 inlet3 inlet4)

(lcd args inlet1 inlet2 inlet3 inlet4 inlet5)

(lcd args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(lcd args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(lcd args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(lcd args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(lcd args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

led clj

(led args)

(led args inlet1)

(led args inlet1 inlet2)

(led args inlet1 inlet2 inlet3)

(led args inlet1 inlet2 inlet3 inlet4)

(led args inlet1 inlet2 inlet3 inlet4 inlet5)

(led args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(led args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(led args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(led args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(led args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

levelmeter- clj

(levelmeter- args)

(levelmeter- args inlet1)

(levelmeter- args inlet1 inlet2)

(levelmeter- args inlet1 inlet2 inlet3)

(levelmeter- args inlet1 inlet2 inlet3 inlet4)

(levelmeter- args inlet1 inlet2 inlet3 inlet4 inlet5)

(levelmeter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(levelmeter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(levelmeter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(levelmeter- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(levelmeter- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Use the levelmeter~ when you need a signal level-meter with ballistics. The meter~ object provides metering in a simpler and more compact form.

line clj

(line args)

(line args inlet1)

(line args inlet1 inlet2)

(line args inlet1 inlet2 inlet3)

(line args inlet1 inlet2 inlet3 inlet4)

(line args inlet1 inlet2 inlet3 inlet4 inlet5)

(line args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(line args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(line args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(line args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(line args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Generate ramps and line segments from one value to another within a specified amount of time.

line- clj

(line- args)

(line- args inlet1)

(line- args inlet1 inlet2)

(line- args inlet1 inlet2 inlet3)

(line- args inlet1 inlet2 inlet3 inlet4)

(line- args inlet1 inlet2 inlet3 inlet4 inlet5)

(line- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(line- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(line- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(line- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(line- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the line~ object to generate a signal ramp or envelope. It uses the Max time format syntax; envelope times can be either single valued fixed or tempo-relati

linedrive clj

(linedrive args)

(linedrive args inlet1)

(linedrive args inlet1 inlet2)

(linedrive args inlet1 inlet2 inlet3)

(linedrive args inlet1 inlet2 inlet3 inlet4)

(linedrive args inlet1 inlet2 inlet3 inlet4 inlet5)

(linedrive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(linedrive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(linedrive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(linedrive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(linedrive args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Scales number from one range to another with an exponential curve. Both the input and output ranges are expressed as single arguments representing the maximum v

listfunnel clj

(listfunnel args)

(listfunnel args inlet1)

(listfunnel args inlet1 inlet2)

(listfunnel args inlet1 inlet2 inlet3)

(listfunnel args inlet1 inlet2 inlet3 inlet4)

(listfunnel args inlet1 inlet2 inlet3 inlet4 inlet5)

(listfunnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(listfunnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(listfunnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(listfunnel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(listfunnel args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Outputs the elements of an incoming list in the format: [index] [element] for each element of the list.

loadbang clj

(loadbang args)

(loadbang args inlet1)

(loadbang args inlet1 inlet2)

(loadbang args inlet1 inlet2 inlet3)

(loadbang args inlet1 inlet2 inlet3 inlet4)

(loadbang args inlet1 inlet2 inlet3 inlet4 inlet5)

(loadbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(loadbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(loadbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(loadbang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(loadbang args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Outputs a bang automatically when the file is opened or when the patch is part of another file that is opened.

loadmess clj

(loadmess args)

(loadmess args inlet1)

(loadmess args inlet1 inlet2)

(loadmess args inlet1 inlet2 inlet3)

(loadmess args inlet1 inlet2 inlet3 inlet4)

(loadmess args inlet1 inlet2 inlet3 inlet4 inlet5)

(loadmess args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(loadmess args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(loadmess args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(loadmess args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(loadmess args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Outputs a message automatically when the file is opened, or when the patch is part of another file that is opened.

log- clj

(log- args)

(log- args inlet1)

(log- args inlet1 inlet2)

(log- args inlet1 inlet2 inlet3)

(log- args inlet1 inlet2 inlet3 inlet4)

(log- args inlet1 inlet2 inlet3 inlet4 inlet5)

(log- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(log- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(log- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(log- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(log- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the log~ object to output a signal composed of the logarithms of its input values. You can specify the logarithmic base.

lookup- clj

(lookup- args)

(lookup- args inlet1)

(lookup- args inlet1 inlet2)

(lookup- args inlet1 inlet2 inlet3)

(lookup- args inlet1 inlet2 inlet3 inlet4)

(lookup- args inlet1 inlet2 inlet3 inlet4 inlet5)

(lookup- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(lookup- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(lookup- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(lookup- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(lookup- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

lookup~ allows you to use a table of samples (buffer~ object) to do waveshaping on a signal, in which the Y values of an input signal are used as X values to lo

lores- clj

(lores- args)

(lores- args inlet1)

(lores- args inlet1 inlet2)

(lores- args inlet1 inlet2 inlet3)

(lores- args inlet1 inlet2 inlet3 inlet4)

(lores- args inlet1 inlet2 inlet3 inlet4 inlet5)

(lores- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(lores- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(lores- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(lores- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(lores- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

lores~ implements an inexpensive lowpass with an adjustment that lets you add a specified resonance. The middle inlet sets a kind of cutoff frequency, but the s

makenote clj

(makenote args)

(makenote args inlet1)

(makenote args inlet1 inlet2)

(makenote args inlet1 inlet2 inlet3)

(makenote args inlet1 inlet2 inlet3 inlet4)

(makenote args inlet1 inlet2 inlet3 inlet4 inlet5)

(makenote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(makenote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(makenote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(makenote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(makenote args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Outputs a MIDI note-on message paired with a velocity value followed by a note-off message after a specified amount of time. This allows for generative MIDI out

match clj

(match args)

(match args inlet1)

(match args inlet1 inlet2)

(match args inlet1 inlet2 inlet3)

(match args inlet1 inlet2 inlet3 inlet4)

(match args inlet1 inlet2 inlet3 inlet4 inlet5)

(match args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(match args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(match args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(match args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(match args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Watches an incoming stream of ints, floats, symbols, lists, or messages, and outputs the stream after it has met the specification of its arguments.

matrix- clj

(matrix- args)

(matrix- args inlet1)

(matrix- args inlet1 inlet2)

(matrix- args inlet1 inlet2 inlet3)

(matrix- args inlet1 inlet2 inlet3 inlet4)

(matrix- args inlet1 inlet2 inlet3 inlet4 inlet5)

(matrix- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(matrix- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(matrix- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(matrix- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(matrix- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

matrix~ is an array of signal connectors and mixers (adders). It can have any number of inlets and outlets. Signals entering at each inlet can be routed to one

matrixctrl clj

(matrixctrl args)

(matrixctrl args inlet1)

(matrixctrl args inlet1 inlet2)

(matrixctrl args inlet1 inlet2 inlet3)

(matrixctrl args inlet1 inlet2 inlet3 inlet4)

(matrixctrl args inlet1 inlet2 inlet3 inlet4 inlet5)

(matrixctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(matrixctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(matrixctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(matrixctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(matrixctrl args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Provides a user interface control containing a group of cells in a grid. Cell states can either be on/off or incremental steps. This object is especially useful

maximum clj

(maximum args)

(maximum args inlet1)

(maximum args inlet1 inlet2)

(maximum args inlet1 inlet2 inlet3)

(maximum args inlet1 inlet2 inlet3 inlet4)

(maximum args inlet1 inlet2 inlet3 inlet4 inlet5)

(maximum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(maximum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(maximum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(maximum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(maximum args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Watches an input stream for any numbers which are greater than its most recently set maximum. If the input value is less than or equal to the maximum, the maxim

maximum- clj

(maximum- args)

(maximum- args inlet1)

(maximum- args inlet1 inlet2)

(maximum- args inlet1 inlet2 inlet3)

(maximum- args inlet1 inlet2 inlet3 inlet4)

(maximum- args inlet1 inlet2 inlet3 inlet4 inlet5)

(maximum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(maximum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(maximum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(maximum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(maximum- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

maximum~ outputs a signal which is the maximum of two input signals.

mean clj

(mean args)

(mean args inlet1)

(mean args inlet1 inlet2)

(mean args inlet1 inlet2 inlet3)

(mean args inlet1 inlet2 inlet3 inlet4)

(mean args inlet1 inlet2 inlet3 inlet4 inlet5)

(mean args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mean args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mean args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mean args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mean args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Calculates the mean (average) of all the numbers it has received and outputs it.

menubar clj

(menubar args)

(menubar args inlet1)

(menubar args inlet1 inlet2)

(menubar args inlet1 inlet2 inlet3)

(menubar args inlet1 inlet2 inlet3 inlet4)

(menubar args inlet1 inlet2 inlet3 inlet4 inlet5)

(menubar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(menubar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(menubar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(menubar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(menubar args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The menubar object provides control over the menu bar. It allows your patch to put up its own menus, and add items to standard File and Edit menus. When a menu

message clj

(message args)

(message args inlet1)

(message args inlet1 inlet2)

(message args inlet1 inlet2 inlet3)

(message args inlet1 inlet2 inlet3 inlet4)

(message args inlet1 inlet2 inlet3 inlet4 inlet5)

(message args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(message args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(message args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(message args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(message args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

message displays and sends any given message with the capability to handle specified arguments.

meter- clj

(meter- args)

(meter- args inlet1)

(meter- args inlet1 inlet2)

(meter- args inlet1 inlet2 inlet3)

(meter- args inlet1 inlet2 inlet3 inlet4)

(meter- args inlet1 inlet2 inlet3 inlet4 inlet5)

(meter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(meter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(meter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(meter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(meter- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the meter~ object to monitor any signal in the range -1 and 1 (other signals should be scaled first).

metro clj

(metro args)

(metro args inlet1)

(metro args inlet1 inlet2)

(metro args inlet1 inlet2 inlet3)

(metro args inlet1 inlet2 inlet3 inlet4)

(metro args inlet1 inlet2 inlet3 inlet4 inlet5)

(metro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(metro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(metro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(metro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(metro args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Acts as a metronome which outputs bang s at a regular, specified interval. This object uses the Max time format syntax, so the interval that the metro object us

midiflush clj

(midiflush args)

(midiflush args inlet1)

(midiflush args inlet1 inlet2)

(midiflush args inlet1 inlet2 inlet3)

(midiflush args inlet1 inlet2 inlet3 inlet4)

(midiflush args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiflush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiflush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiflush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiflush args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiflush args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Analyzes a raw MIDI stream (from midiin or seq), counting the number of note-ons received for each note and MIDI channel. When it is sent a bang, MIDI note-off

midiformat clj

(midiformat args)

(midiformat args inlet1)

(midiformat args inlet1 inlet2)

(midiformat args inlet1 inlet2 inlet3)

(midiformat args inlet1 inlet2 inlet3 inlet4)

(midiformat args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiformat args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Numbers received in the inlets are used as data for MIDI messages. The data is formatted into a complete MIDI message (with the status byte determined by the in

midiin clj

(midiin args)

(midiin args inlet1)

(midiin args inlet1 inlet2)

(midiin args inlet1 inlet2 inlet3)

(midiin args inlet1 inlet2 inlet3 inlet4)

(midiin args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiin args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Listens to a specified MIDI port and output the raw MIDI data received.

midiinfo clj

(midiinfo args)

(midiinfo args inlet1)

(midiinfo args inlet1 inlet2)

(midiinfo args inlet1 inlet2 inlet3)

(midiinfo args inlet1 inlet2 inlet3 inlet4)

(midiinfo args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiinfo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiinfo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiinfo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiinfo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiinfo args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Outputs a series of messages which will set up a pop-up menu to a list of MIDI output devices when a bang is received. A number in midiinfo 's right inlet creat

midiout clj

(midiout args)

(midiout args inlet1)

(midiout args inlet1 inlet2)

(midiout args inlet1 inlet2 inlet3)

(midiout args inlet1 inlet2 inlet3 inlet4)

(midiout args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiout args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Transmits raw MIDI data to a specified port.

midiparse clj

(midiparse args)

(midiparse args inlet1)

(midiparse args inlet1 inlet2)

(midiparse args inlet1 inlet2 inlet3)

(midiparse args inlet1 inlet2 inlet3 inlet4)

(midiparse args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiparse args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiparse args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiparse args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiparse args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiparse args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Separates raw MIDI bytes into standard message types. This object works particularly well formatting the output of the midiin and seq objects.

midiselect clj

(midiselect args)

(midiselect args inlet1)

(midiselect args inlet1 inlet2)

(midiselect args inlet1 inlet2 inlet3)

(midiselect args inlet1 inlet2 inlet3 inlet4)

(midiselect args inlet1 inlet2 inlet3 inlet4 inlet5)

(midiselect args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(midiselect args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(midiselect args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(midiselect args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(midiselect args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

midiselect receives raw MIDI bytes and separates the input stream. MIDI data to be selected for output is set using object attributes. There is a separate data

minimum clj

(minimum args)

(minimum args inlet1)

(minimum args inlet1 inlet2)

(minimum args inlet1 inlet2 inlet3)

(minimum args inlet1 inlet2 inlet3 inlet4)

(minimum args inlet1 inlet2 inlet3 inlet4 inlet5)

(minimum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(minimum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(minimum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(minimum args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(minimum args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Watches an input stream for any numbers which are less than its most recently set minimum. If the input value is greater than or equal to the minimum, the minim

minimum- clj

(minimum- args)

(minimum- args inlet1)

(minimum- args inlet1 inlet2)

(minimum- args inlet1 inlet2 inlet3)

(minimum- args inlet1 inlet2 inlet3 inlet4)

(minimum- args inlet1 inlet2 inlet3 inlet4 inlet5)

(minimum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(minimum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(minimum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(minimum- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(minimum- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

minimum~ outputs a signal which is the minimum of two input signals.

minmax- clj

(minmax- args)

(minmax- args inlet1)

(minmax- args inlet1 inlet2)

(minmax- args inlet1 inlet2 inlet3)

(minmax- args inlet1 inlet2 inlet3 inlet4)

(minmax- args inlet1 inlet2 inlet3 inlet4 inlet5)

(minmax- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(minmax- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(minmax- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(minmax- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(minmax- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

minmax~ computes the minimum and maximum values of an input signal and outputs signals which are the maximum signal and the minimum signal as well as outputs of

modifiers clj

(modifiers args)

(modifiers args inlet1)

(modifiers args inlet1 inlet2)

(modifiers args inlet1 inlet2 inlet3)

(modifiers args inlet1 inlet2 inlet3 inlet4)

(modifiers args inlet1 inlet2 inlet3 inlet4 inlet5)

(modifiers args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(modifiers args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(modifiers args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(modifiers args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(modifiers args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Polls and reports the state of the keyboard's modifier keys.

mousefilter clj

(mousefilter args)

(mousefilter args inlet1)

(mousefilter args inlet1 inlet2)

(mousefilter args inlet1 inlet2 inlet3)

(mousefilter args inlet1 inlet2 inlet3 inlet4)

(mousefilter args inlet1 inlet2 inlet3 inlet4 inlet5)

(mousefilter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mousefilter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mousefilter args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mousefilter args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(mousefilter args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Allows messages to pass only when the mouse button is up (un-clicked).

mousestate clj

(mousestate args)

(mousestate args inlet1)

(mousestate args inlet1 inlet2)

(mousestate args inlet1 inlet2 inlet3)

(mousestate args inlet1 inlet2 inlet3 inlet4)

(mousestate args inlet1 inlet2 inlet3 inlet4 inlet5)

(mousestate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mousestate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mousestate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mousestate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mousestate args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Provides button status and cursor position information about the mouse/cursor when the cursor is positioned within a Max patcher window. The mouse button is sam

movie clj

(movie args)

(movie args inlet1)

(movie args inlet1 inlet2)

(movie args inlet1 inlet2 inlet3)

(movie args inlet1 inlet2 inlet3 inlet4)

(movie args inlet1 inlet2 inlet3 inlet4 inlet5)

(movie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(movie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(movie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(movie args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(movie args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Plays a movie in a separate window. All movie playback control is managed by messages to the object.

mstosamps- clj

(mstosamps- args)

(mstosamps- args inlet1)

(mstosamps- args inlet1 inlet2)

(mstosamps- args inlet1 inlet2 inlet3)

(mstosamps- args inlet1 inlet2 inlet3 inlet4)

(mstosamps- args inlet1 inlet2 inlet3 inlet4 inlet5)

(mstosamps- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mstosamps- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mstosamps- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mstosamps- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mstosamps- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the mstosamps~ object to convert an incoming signal carrying a millisecond value and output a signal which converts those millisecond values to a number of

mtof clj

(mtof args)

(mtof args inlet1)

(mtof args inlet1 inlet2)

(mtof args inlet1 inlet2 inlet3)

(mtof args inlet1 inlet2 inlet3 inlet4)

(mtof args inlet1 inlet2 inlet3 inlet4 inlet5)

(mtof args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mtof args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mtof args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mtof args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mtof args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Performs MIDI-note-number to frequency conversion. Frequency is reported in as a float in Hertz (Hz).

mtof- clj

(mtof- args)

(mtof- args inlet1)

(mtof- args inlet1 inlet2)

(mtof- args inlet1 inlet2 inlet3)

(mtof- args inlet1 inlet2 inlet3 inlet4)

(mtof- args inlet1 inlet2 inlet3 inlet4 inlet5)

(mtof- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mtof- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mtof- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mtof- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mtof- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the mtof~ object to perform signal-rate MIDI-to-Frequency conversion.

mtr clj

(mtr args)

(mtr args inlet1)

(mtr args inlet1 inlet2)

(mtr args inlet1 inlet2 inlet3)

(mtr args inlet1 inlet2 inlet3 inlet4)

(mtr args inlet1 inlet2 inlet3 inlet4 inlet5)

(mtr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mtr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mtr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mtr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mtr args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Records messages and provides sequenced playback.

multislider clj

(multislider args)

(multislider args inlet1)

(multislider args inlet1 inlet2)

(multislider args inlet1 inlet2 inlet3)

(multislider args inlet1 inlet2 inlet3 inlet4)

(multislider args inlet1 inlet2 inlet3 inlet4 inlet5)

(multislider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(multislider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(multislider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(multislider args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(multislider args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Displays data as either an array of sliders or a scrolling display. When configured as sliders, the values are set (and output) as numeric lists. When configure

mute- clj

(mute- args)

(mute- args inlet1)

(mute- args inlet1 inlet2)

(mute- args inlet1 inlet2 inlet3)

(mute- args inlet1 inlet2 inlet3 inlet4)

(mute- args inlet1 inlet2 inlet3 inlet4 inlet5)

(mute- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mute- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mute- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mute- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mute- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

mute~ provides an easy way to disable only the signal objects in a subpatcher. (An alternative is to use pcontrol, but this disables all objects (i.e. MIDI) and

mxj clj

(mxj args)

(mxj args inlet1)

(mxj args inlet1 inlet2)

(mxj args inlet1 inlet2 inlet3)

(mxj args inlet1 inlet2 inlet3 inlet4)

(mxj args inlet1 inlet2 inlet3 inlet4 inlet5)

(mxj args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mxj args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mxj args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mxj args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mxj args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Execute Java classes as Max objects. The Java classes must be specially written for Max, but work identically within the JVM (Java Virtual Machine) on both Wind

mxj- clj

(mxj- args)

(mxj- args inlet1)

(mxj- args inlet1 inlet2)

(mxj- args inlet1 inlet2 inlet3)

(mxj- args inlet1 inlet2 inlet3 inlet4)

(mxj- args inlet1 inlet2 inlet3 inlet4 inlet5)

(mxj- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(mxj- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(mxj- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(mxj- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(mxj- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The mxj~ object (and its Max equivalent mxj) instantiate specially-written Java classes and acts as a Max-level peer object, passing data that originates in Max

next clj

(next args)

(next args inlet1)

(next args inlet1 inlet2)

(next args inlet1 inlet2 inlet3)

(next args inlet1 inlet2 inlet3 inlet4)

(next args inlet1 inlet2 inlet3 inlet4 inlet5)

(next args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(next args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(next args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(next args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(next args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Sends a bang out its left outlet when an incoming message is not part of the same Max "event" as a previous message. (An "event" is a mouse click, key press, MI

node.script clj

(node.script args)

(node.script args inlet1)

(node.script args inlet1 inlet2)

(node.script args inlet1 inlet2 inlet3)

(node.script args inlet1 inlet2 inlet3 inlet4)

(node.script args inlet1 inlet2 inlet3 inlet4 inlet5)

(node.script args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(node.script args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(node.script args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(node.script args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(node.script args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Control a local Node.js process from Max. Messages preceded by script control the lifecycle of the Node script (start to start, stop to stop). Other messages wi

nodes clj

(nodes args)

(nodes args inlet1)

(nodes args inlet1 inlet2)

(nodes args inlet1 inlet2 inlet3)

(nodes args inlet1 inlet2 inlet3 inlet4)

(nodes args inlet1 inlet2 inlet3 inlet4 inlet5)

(nodes args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(nodes args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(nodes args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(nodes args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(nodes args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Displays nodes in a 2-dimensional space, and calculates the distance from a node points.

noise- clj

(noise- args)

(noise- args inlet1)

(noise- args inlet1 inlet2)

(noise- args inlet1 inlet2 inlet3)

(noise- args inlet1 inlet2 inlet3 inlet4)

(noise- args inlet1 inlet2 inlet3 inlet4 inlet5)

(noise- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(noise- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(noise- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(noise- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(noise- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the noise~ object to generate a signal consisting of uniformly distributed random white-noise with values between -1.0 and 1.0.

normalize- clj

(normalize- args)

(normalize- args inlet1)

(normalize- args inlet1 inlet2)

(normalize- args inlet1 inlet2 inlet3)

(normalize- args inlet1 inlet2 inlet3 inlet4)

(normalize- args inlet1 inlet2 inlet3 inlet4 inlet5)

(normalize- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(normalize- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(normalize- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(normalize- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(normalize- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

normalize~ performs real-time normalization of its input by multiplying each input sample value by a scaling factor - computed as the maximum output value (sent

notein clj

(notein args)

(notein args inlet1)

(notein args inlet1 inlet2)

(notein args inlet1 inlet2 inlet3)

(notein args inlet1 inlet2 inlet3 inlet4)

(notein args inlet1 inlet2 inlet3 inlet4 inlet5)

(notein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(notein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(notein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(notein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(notein args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Receives its input from a MIDI note-on or note-off message sent by a MIDI input device.

noteout clj

(noteout args)

(noteout args inlet1)

(noteout args inlet1 inlet2)

(noteout args inlet1 inlet2 inlet3)

(noteout args inlet1 inlet2 inlet3 inlet4)

(noteout args inlet1 inlet2 inlet3 inlet4 inlet5)

(noteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(noteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(noteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(noteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(noteout args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Transmits note-on and note-off messages to a MIDI device.

notequals- clj

(notequals- args)

(notequals- args inlet1)

(notequals- args inlet1 inlet2)

(notequals- args inlet1 inlet2 inlet3)

(notequals- args inlet1 inlet2 inlet3 inlet4)

(notequals- args inlet1 inlet2 inlet3 inlet4 inlet5)

(notequals- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(notequals- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(notequals- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(notequals- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(notequals- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

!=~ outputs a 1 signal when the left input is not-equal to the right input and a 0 when it is equal to the right input. The right input can be a signal or a flo

nslider clj

(nslider args)

(nslider args inlet1)

(nslider args inlet1 inlet2)

(nslider args inlet1 inlet2 inlet3)

(nslider args inlet1 inlet2 inlet3 inlet4)

(nslider args inlet1 inlet2 inlet3 inlet4 inlet5)

(nslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(nslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(nslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(nslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(nslider args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

nslider or "Note Slider" is a musical-notation-based integer value slider.

number clj

(number args)

(number args inlet1)

(number args inlet1 inlet2)

(number args inlet1 inlet2 inlet3)

(number args inlet1 inlet2 inlet3 inlet4)

(number args inlet1 inlet2 inlet3 inlet4 inlet5)

(number args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(number args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(number args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(number args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(number args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Displays, inputs, and outputs integer numbers.

number- clj

(number- args)

(number- args inlet1)

(number- args inlet1 inlet2)

(number- args inlet1 inlet2 inlet3)

(number- args inlet1 inlet2 inlet3 inlet4)

(number- args inlet1 inlet2 inlet3 inlet4 inlet5)

(number- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(number- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(number- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(number- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(number- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the number~ object to display signal values or generate them.

numkey clj

(numkey args)

(numkey args inlet1)

(numkey args inlet1 inlet2)

(numkey args inlet1 inlet2 inlet3)

(numkey args inlet1 inlet2 inlet3 inlet4)

(numkey args inlet1 inlet2 inlet3 inlet4 inlet5)

(numkey args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(numkey args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(numkey args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(numkey args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(numkey args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

offer clj

(offer args)

(offer args inlet1)

(offer args inlet1 inlet2)

(offer args inlet1 inlet2 inlet3)

(offer args inlet1 inlet2 inlet3 inlet4)

(offer args inlet1 inlet2 inlet3 inlet4 inlet5)

(offer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(offer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(offer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(offer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(offer args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Store two ints as an x, y pair, and access them by x value. When a pair is retrieved, it is deleted from the collection.

omx-4band- clj

(omx-4band- args)

(omx-4band- args inlet1)

(omx-4band- args inlet1 inlet2)

(omx-4band- args inlet1 inlet2 inlet3)

(omx-4band- args inlet1 inlet2 inlet3 inlet4)

(omx-4band- args inlet1 inlet2 inlet3 inlet4 inlet5)

(omx-4band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(omx-4band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(omx-4band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(omx-4band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(omx-4band- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

omx.4band~ delivers the signal-processing power of Octimax in a 4-band compressor.

omx-5band- clj

(omx-5band- args)

(omx-5band- args inlet1)

(omx-5band- args inlet1 inlet2)

(omx-5band- args inlet1 inlet2 inlet3)

(omx-5band- args inlet1 inlet2 inlet3 inlet4)

(omx-5band- args inlet1 inlet2 inlet3 inlet4 inlet5)

(omx-5band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(omx-5band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(omx-5band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(omx-5band- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(omx-5band- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

omx.5band~ delivers the signal-processing power of Octimax in a 5-band compressor.

omx-peaklim- clj

(omx-peaklim- args)

(omx-peaklim- args inlet1)

(omx-peaklim- args inlet1 inlet2)

(omx-peaklim- args inlet1 inlet2 inlet3)

(omx-peaklim- args inlet1 inlet2 inlet3 inlet4)

(omx-peaklim- args inlet1 inlet2 inlet3 inlet4 inlet5)

(omx-peaklim- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(omx-peaklim- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(omx-peaklim- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(omx-peaklim- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(omx-peaklim- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

omx.peaklim~ is a peak-limiter which allows for the specified control of signal amplitude.

omx.comp- clj

(omx.comp- args)

(omx.comp- args inlet1)

(omx.comp- args inlet1 inlet2)

(omx.comp- args inlet1 inlet2 inlet3)

(omx.comp- args inlet1 inlet2 inlet3 inlet4)

(omx.comp- args inlet1 inlet2 inlet3 inlet4 inlet5)

(omx.comp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(omx.comp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(omx.comp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(omx.comp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(omx.comp- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

omx.comp~ is a fully-featured signal compressor with limiting, gating, sidechain, and dual-band options.

onebang clj

(onebang args)

(onebang args inlet1)

(onebang args inlet1 inlet2)

(onebang args inlet1 inlet2 inlet3)

(onebang args inlet1 inlet2 inlet3 inlet4)

(onebang args inlet1 inlet2 inlet3 inlet4 inlet5)

(onebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(onebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(onebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(onebang args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(onebang args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Allows a bang in the left inlet to pass through ONLY if a bang has been received in the right inlet. After that, a bang in the left inlet will not get through a

onepole- clj

(onepole- args)

(onepole- args inlet1)

(onepole- args inlet1 inlet2)

(onepole- args inlet1 inlet2 inlet3)

(onepole- args inlet1 inlet2 inlet3 inlet4)

(onepole- args inlet1 inlet2 inlet3 inlet4 inlet5)

(onepole- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(onepole- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(onepole- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(onepole- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(onepole- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

The onepole~ object implements the simplest of IIR filters, providing a 6dB per octave attenuation. This filter is very efficient and useful for gently rolling

opendialog clj

(opendialog args)

(opendialog args inlet1)

(opendialog args inlet1 inlet2)

(opendialog args inlet1 inlet2 inlet3)

(opendialog args inlet1 inlet2 inlet3 inlet4)

(opendialog args inlet1 inlet2 inlet3 inlet4 inlet5)

(opendialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(opendialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(opendialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(opendialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(opendialog args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the opendialog object to select a file of a specific type or folder from a standard dialog window. To choose a folder, use the "fold" type. opendialog repor

oscbank- clj

(oscbank- args)

(oscbank- args inlet1)

(oscbank- args inlet1 inlet2)

(oscbank- args inlet1 inlet2 inlet3)

(oscbank- args inlet1 inlet2 inlet3 inlet4)

(oscbank- args inlet1 inlet2 inlet3 inlet4 inlet5)

(oscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(oscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(oscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(oscbank- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(oscbank- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

oscbank~ is a non-interpolating oscillator bank with signal inputs to set oscillator frequency and magnitude.

out clj

(out args)

(out args inlet1)

(out args inlet1 inlet2)

(out args inlet1 inlet2 inlet3)

(out args inlet1 inlet2 inlet3 inlet4)

(out args inlet1 inlet2 inlet3 inlet4 inlet5)

(out args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(out args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(out args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(out args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(out args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

out defines a message outlet for a patcher loaded by poly~ or pfft~.

out- clj

(out- args)

(out- args inlet1)

(out- args inlet1 inlet2)

(out- args inlet1 inlet2 inlet3)

(out- args inlet1 inlet2 inlet3 inlet4)

(out- args inlet1 inlet2 inlet3 inlet4 inlet5)

(out- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(out- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(out- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(out- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(out- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the out~ object inside a patcher loaded by the poly~ object to create a patcher signal outlet.

outlet clj

(outlet args)

(outlet args inlet1)

(outlet args inlet1 inlet2)

(outlet args inlet1 inlet2 inlet3)

(outlet args inlet1 inlet2 inlet3 inlet4)

(outlet args inlet1 inlet2 inlet3 inlet4 inlet5)

(outlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(outlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(outlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(outlet args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(outlet args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Show up as an outlet at the bottom of an object box when the patcher is used inside another patcher (as an object or a subpatch). Messages received by the outle

overdrive- clj

(overdrive- args)

(overdrive- args inlet1)

(overdrive- args inlet1 inlet2)

(overdrive- args inlet1 inlet2 inlet3)

(overdrive- args inlet1 inlet2 inlet3 inlet4)

(overdrive- args inlet1 inlet2 inlet3 inlet4 inlet5)

(overdrive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(overdrive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(overdrive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(overdrive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(overdrive- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

The overdrive~ object uses a waveshaping function to distort audio signals. It amplifies signals, limiting the maximum value of the signal to +/- 1. Values outs

pack clj

(pack args)

(pack args inlet1)

(pack args inlet1 inlet2)

(pack args inlet1 inlet2 inlet3)

(pack args inlet1 inlet2 inlet3 inlet4)

(pack args inlet1 inlet2 inlet3 inlet4 inlet5)

(pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pack args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Combine items into an output list. The arguments determine the list format and types of the list elements. The number of inlets is based on the number of argume

pak clj

(pak args)

(pak args inlet1)

(pak args inlet1 inlet2)

(pak args inlet1 inlet2 inlet3)

(pak args inlet1 inlet2 inlet3 inlet4)

(pak args inlet1 inlet2 inlet3 inlet4 inlet5)

(pak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pak args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

The pak object (pronounced "pock") offers much of the functionality of pack, but outputs the entire list whenever input is received in any inlet.

panel clj

(panel args)

(panel args inlet1)

(panel args inlet1 inlet2)

(panel args inlet1 inlet2 inlet3)

(panel args inlet1 inlet2 inlet3 inlet4)

(panel args inlet1 inlet2 inlet3 inlet4 inlet5)

(panel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(panel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(panel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(panel args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(panel args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

The panel object lets you create colored panels for use in creating user interfaces. The panel can be a variety of shapes, including circles, triangles, arrows,

pass- clj

(pass- args)

(pass- args inlet1)

(pass- args inlet1 inlet2)

(pass- args inlet1 inlet2 inlet3)

(pass- args inlet1 inlet2 inlet3 inlet4)

(pass- args inlet1 inlet2 inlet3 inlet4 inlet5)

(pass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pass- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pass- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

pass~ is used above any outlet object that will handle a signal. When the audio in the subpatch is enabled, the pass~ object will pass its input to its output.

past clj

(past args)

(past args inlet1)

(past args inlet1 inlet2)

(past args inlet1 inlet2 inlet3)

(past args inlet1 inlet2 inlet3 inlet4)

(past args inlet1 inlet2 inlet3 inlet4 inlet5)

(past args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(past args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(past args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(past args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(past args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Sends a bang when a number rises above a certain specified value.

patcher clj

(patcher args)

(patcher args inlet1)

(patcher args inlet1 inlet2)

(patcher args inlet1 inlet2 inlet3)

(patcher args inlet1 inlet2 inlet3 inlet4)

(patcher args inlet1 inlet2 inlet3 inlet4 inlet5)

(patcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(patcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(patcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(patcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(patcher args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Creates patches within patches.

patcherargs clj

(patcherargs args)

(patcherargs args inlet1)

(patcherargs args inlet1 inlet2)

(patcherargs args inlet1 inlet2 inlet3)

(patcherargs args inlet1 inlet2 inlet3 inlet4)

(patcherargs args inlet1 inlet2 inlet3 inlet4 inlet5)

(patcherargs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(patcherargs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(patcherargs args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(patcherargs args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(patcherargs args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Retrieves patcher arguments and parses attribute style arguments. "normal" arguments are sent out the left outlet (first), and attribute style arguments are sen

pattr clj

(pattr args)

(pattr args inlet1)

(pattr args inlet1 inlet2)

(pattr args inlet1 inlet2 inlet3)

(pattr args inlet1 inlet2 inlet3 inlet4)

(pattr args inlet1 inlet2 inlet3 inlet4 inlet5)

(pattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pattr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pattr args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Stores its own data, or binds to another object to share its contents with other pattr-based objects (such as pattrstorage). Can be used for data routing or pre

pattrforward clj

(pattrforward args)

(pattrforward args inlet1)

(pattrforward args inlet1 inlet2)

(pattrforward args inlet1 inlet2 inlet3)

(pattrforward args inlet1 inlet2 inlet3 inlet4)

(pattrforward args inlet1 inlet2 inlet3 inlet4 inlet5)

(pattrforward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pattrforward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pattrforward args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pattrforward args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(pattrforward args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Routes messages or selects new message routing destinations according to the messages it receives. You can also use the pattrforward object to route messages di

pattrhub clj

(pattrhub args)

(pattrhub args inlet1)

(pattrhub args inlet1 inlet2)

(pattrhub args inlet1 inlet2 inlet3)

(pattrhub args inlet1 inlet2 inlet3 inlet4)

(pattrhub args inlet1 inlet2 inlet3 inlet4 inlet5)

(pattrhub args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pattrhub args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pattrhub args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pattrhub args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pattrhub args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Centralizes communication with all pattr objects in a patcher.

pattrmarker clj

(pattrmarker args)

(pattrmarker args inlet1)

(pattrmarker args inlet1 inlet2)

(pattrmarker args inlet1 inlet2 inlet3)

(pattrmarker args inlet1 inlet2 inlet3 inlet4)

(pattrmarker args inlet1 inlet2 inlet3 inlet4 inlet5)

(pattrmarker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pattrmarker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pattrmarker args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pattrmarker args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(pattrmarker args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

The pattrmarker object associates a patcher with a global name, which can be used when looking up named objects. This permits, among other conveniences, name lo

pattrstorage clj

(pattrstorage args)

(pattrstorage args inlet1)

(pattrstorage args inlet1 inlet2)

(pattrstorage args inlet1 inlet2 inlet3)

(pattrstorage args inlet1 inlet2 inlet3 inlet4)

(pattrstorage args inlet1 inlet2 inlet3 inlet4 inlet5)

(pattrstorage args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pattrstorage args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pattrstorage args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pattrstorage args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(pattrstorage args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

View and modify client object data, and store or recall presets.

pcontrol clj

(pcontrol args)

(pcontrol args inlet1)

(pcontrol args inlet1 inlet2)

(pcontrol args inlet1 inlet2 inlet3)

(pcontrol args inlet1 inlet2 inlet3 inlet4)

(pcontrol args inlet1 inlet2 inlet3 inlet4 inlet5)

(pcontrol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pcontrol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pcontrol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pcontrol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pcontrol args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Serves as a remote control for patcher/subpatcher windows and functions.

peak clj

(peak args)

(peak args inlet1)

(peak args inlet1 inlet2)

(peak args inlet1 inlet2 inlet3)

(peak args inlet1 inlet2 inlet3 inlet4)

(peak args inlet1 inlet2 inlet3 inlet4 inlet5)

(peak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(peak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(peak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(peak args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(peak args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Compares a number to a previous peak-value and, if larger, it is sent out the output while the new peak-value is set to that number.

peakamp- clj

(peakamp- args)

(peakamp- args inlet1)

(peakamp- args inlet1 inlet2)

(peakamp- args inlet1 inlet2 inlet3)

(peakamp- args inlet1 inlet2 inlet3 inlet4)

(peakamp- args inlet1 inlet2 inlet3 inlet4 inlet5)

(peakamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(peakamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(peakamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(peakamp- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(peakamp- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the peakamp~ object to monitor an incoming signal and reports the absolute value of the peak amplitude of the signal it has received since the last time it

peek- clj

(peek- args)

(peek- args inlet1)

(peek- args inlet1 inlet2)

(peek- args inlet1 inlet2 inlet3)

(peek- args inlet1 inlet2 inlet3 inlet4)

(peek- args inlet1 inlet2 inlet3 inlet4 inlet5)

(peek- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(peek- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(peek- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(peek- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(peek- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use peek~ to read and write sample values to a named buffer~. Unlike related objects index~ and poke~, values and indices are specified as Max messages, and the

pfft- clj

(pfft- args)

(pfft- args inlet1)

(pfft- args inlet1 inlet2)

(pfft- args inlet1 inlet2 inlet3)

(pfft- args inlet1 inlet2 inlet3 inlet4)

(pfft- args inlet1 inlet2 inlet3 inlet4 inlet5)

(pfft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pfft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pfft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pfft- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pfft- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

The pfft~ object is designed to simplify spectral audio processing using the Fast Fourier Transform (FFT). In addition to performing the FFT and the Inverse Fas

pgmin clj

(pgmin args)

(pgmin args inlet1)

(pgmin args inlet1 inlet2)

(pgmin args inlet1 inlet2 inlet3)

(pgmin args inlet1 inlet2 inlet3 inlet4)

(pgmin args inlet1 inlet2 inlet3 inlet4 inlet5)

(pgmin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pgmin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pgmin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pgmin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pgmin args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

pgmout clj

(pgmout args)

(pgmout args inlet1)

(pgmout args inlet1 inlet2)

(pgmout args inlet1 inlet2 inlet3)

(pgmout args inlet1 inlet2 inlet3 inlet4)

(pgmout args inlet1 inlet2 inlet3 inlet4 inlet5)

(pgmout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pgmout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pgmout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pgmout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pgmout args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

phaseshift- clj

(phaseshift- args)

(phaseshift- args inlet1)

(phaseshift- args inlet1 inlet2)

(phaseshift- args inlet1 inlet2 inlet3)

(phaseshift- args inlet1 inlet2 inlet3 inlet4)

(phaseshift- args inlet1 inlet2 inlet3 inlet4 inlet5)

(phaseshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(phaseshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(phaseshift- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(phaseshift- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(phaseshift- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

The phaseshift~ object is a 2nd-order allpass filter.

phasewrap- clj

(phasewrap- args)

(phasewrap- args inlet1)

(phasewrap- args inlet1 inlet2)

(phasewrap- args inlet1 inlet2 inlet3)

(phasewrap- args inlet1 inlet2 inlet3 inlet4)

(phasewrap- args inlet1 inlet2 inlet3 inlet4 inlet5)

(phasewrap- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(phasewrap- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(phasewrap- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(phasewrap- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(phasewrap- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

phasewrap~ takes any input signal and wrap it between π and -π values.

phasor- clj

(phasor- args)

(phasor- args inlet1)

(phasor- args inlet1 inlet2)

(phasor- args inlet1 inlet2 inlet3)

(phasor- args inlet1 inlet2 inlet3 inlet4)

(phasor- args inlet1 inlet2 inlet3 inlet4 inlet5)

(phasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(phasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(phasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(phasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(phasor- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the phasor~ object to generate sawtooth waves suitable for sample-accurate control and timing tasks. For smoother sounding sawtooth generation, use the band

pictctrl clj

(pictctrl args)

(pictctrl args inlet1)

(pictctrl args inlet1 inlet2)

(pictctrl args inlet1 inlet2 inlet3)

(pictctrl args inlet1 inlet2 inlet3 inlet4)

(pictctrl args inlet1 inlet2 inlet3 inlet4 inlet5)

(pictctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pictctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pictctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pictctrl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pictctrl args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Creating buttons, switches, knobs, and other controls using images from a picture file for its appearance.

pictslider clj

(pictslider args)

(pictslider args inlet1)

(pictslider args inlet1 inlet2)

(pictslider args inlet1 inlet2 inlet3)

(pictslider args inlet1 inlet2 inlet3 inlet4)

(pictslider args inlet1 inlet2 inlet3 inlet4 inlet5)

(pictslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pictslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pictslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pictslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pictslider args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

A slider control that uses pictures in external files for its appearance. It uses two pictures--one for the "knob" and one for the background over which the kno

pink- clj

(pink- args)

(pink- args inlet1)

(pink- args inlet1 inlet2)

(pink- args inlet1 inlet2 inlet3)

(pink- args inlet1 inlet2 inlet3 inlet4)

(pink- args inlet1 inlet2 inlet3 inlet4 inlet5)

(pink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pink- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pink- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

pink~ generates pink noise, as distinguished from white noise (which the MSP object noise~ generates). White noise has constant spectral power per hertz of band

pipe clj

(pipe args)

(pipe args inlet1)

(pipe args inlet1 inlet2)

(pipe args inlet1 inlet2 inlet3)

(pipe args inlet1 inlet2 inlet3 inlet4)

(pipe args inlet1 inlet2 inlet3 inlet4 inlet5)

(pipe args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pipe args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pipe args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pipe args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pipe args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Delays numbers, lists of numbers or symbols. pipe uses the Max time format syntax, so the delay interval can be either fixed or tempo-relative.

play- clj

(play- args)

(play- args inlet1)

(play- args inlet1 inlet2)

(play- args inlet1 inlet2 inlet3)

(play- args inlet1 inlet2 inlet3 inlet4)

(play- args inlet1 inlet2 inlet3 inlet4 inlet5)

(play- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(play- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(play- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(play- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(play- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the play~ object as a playback interface for a buffer~. that plays back samples based on an offset within the buffer. It is typically used with the line~ ob

playbar clj

(playbar args)

(playbar args inlet1)

(playbar args inlet1 inlet2)

(playbar args inlet1 inlet2 inlet3)

(playbar args inlet1 inlet2 inlet3 inlet4)

(playbar args inlet1 inlet2 inlet3 inlet4 inlet5)

(playbar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(playbar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(playbar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(playbar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(playbar args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Interacts with movie, imovie, sfplay~ or jit.movie to control the playback, position and looping of the media

plot- clj

(plot- args)

(plot- args inlet1)

(plot- args inlet1 inlet2)

(plot- args inlet1 inlet2 inlet3)

(plot- args inlet1 inlet2 inlet3 inlet4)

(plot- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(plot- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the plot~ object to graph sets of data as points across a domain. The source of the data to be visualized may be a Max list, an MSP buffer~, or an audio sig

plugin- clj

(plugin- args)

(plugin- args inlet1)

(plugin- args inlet1 inlet2)

(plugin- args inlet1 inlet2 inlet3)

(plugin- args inlet1 inlet2 inlet3 inlet4)

(plugin- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plugin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plugin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plugin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plugin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(plugin- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The plugin~ object receives its input from the Live application as part of a Max for Live audio device.

plugout- clj

(plugout- args)

(plugout- args inlet1)

(plugout- args inlet1 inlet2)

(plugout- args inlet1 inlet2 inlet3)

(plugout- args inlet1 inlet2 inlet3 inlet4)

(plugout- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plugout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plugout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plugout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plugout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(plugout- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

The plugout~ object sends its output to the Live application as part of a Max for Live Audio device or Instrument.

plugphasor- clj

(plugphasor- args)

(plugphasor- args inlet1)

(plugphasor- args inlet1 inlet2)

(plugphasor- args inlet1 inlet2 inlet3)

(plugphasor- args inlet1 inlet2 inlet3 inlet4)

(plugphasor- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plugphasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plugphasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plugphasor- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plugphasor- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(plugphasor- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

The plugphasor~ object outputs an audio-rate sawtooth wave that is sample-synchronized to the beat of the Ableton Live sequencer. The waveform can be fed to oth

plugreceive- clj

(plugreceive- args)

(plugreceive- args inlet1)

(plugreceive- args inlet1 inlet2)

(plugreceive- args inlet1 inlet2 inlet3)

(plugreceive- args inlet1 inlet2 inlet3 inlet4)

(plugreceive- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plugreceive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plugreceive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plugreceive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plugreceive- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(plugreceive- args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Note: plug-in building for hosts other than Ableton Live is no longer supported. For more information to help you make the transition to creating plug-ins in Ma

plugsend- clj

(plugsend- args)

(plugsend- args inlet1)

(plugsend- args inlet1 inlet2)

(plugsend- args inlet1 inlet2 inlet3)

(plugsend- args inlet1 inlet2 inlet3 inlet4)

(plugsend- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plugsend- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plugsend- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plugsend- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plugsend- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(plugsend- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Note: plug-in building for hosts other than Ableton Live is no longer supported. For more information to help you make the transition to creating plug-ins in Ma

plugsync- clj

(plugsync- args)

(plugsync- args inlet1)

(plugsync- args inlet1 inlet2)

(plugsync- args inlet1 inlet2 inlet3)

(plugsync- args inlet1 inlet2 inlet3 inlet4)

(plugsync- args inlet1 inlet2 inlet3 inlet4 inlet5)

(plugsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(plugsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(plugsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(plugsync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(plugsync- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

The plugsync~ object provides information about the current state of Ableton Live host applicaiton.

poke- clj

(poke- args)

(poke- args inlet1)

(poke- args inlet1 inlet2)

(poke- args inlet1 inlet2 inlet3)

(poke- args inlet1 inlet2 inlet3 inlet4)

(poke- args inlet1 inlet2 inlet3 inlet4 inlet5)

(poke- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(poke- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(poke- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(poke- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(poke- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

poke~ allows you to write samples into a buffer~ at sample locations specified by a signal.

poltocar clj

(poltocar args)

(poltocar args inlet1)

(poltocar args inlet1 inlet2)

(poltocar args inlet1 inlet2 inlet3)

(poltocar args inlet1 inlet2 inlet3 inlet4)

(poltocar args inlet1 inlet2 inlet3 inlet4 inlet5)

(poltocar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(poltocar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(poltocar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(poltocar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(poltocar args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Converts a polar-coordinate pair consisting of distance and angle values into a cartesian-coordinate pair consisting of real and imaginary values.

poltocar- clj

(poltocar- args)

(poltocar- args inlet1)

(poltocar- args inlet1 inlet2)

(poltocar- args inlet1 inlet2 inlet3)

(poltocar- args inlet1 inlet2 inlet3 inlet4)

(poltocar- args inlet1 inlet2 inlet3 inlet4 inlet5)

(poltocar- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(poltocar- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(poltocar- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(poltocar- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(poltocar- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

poltocar~ will take any given signal as a polar coordinate and output the cartesian conversion of that signal.

poly clj

(poly args)

(poly args inlet1)

(poly args inlet1 inlet2)

(poly args inlet1 inlet2 inlet3)

(poly args inlet1 inlet2 inlet3 inlet4)

(poly args inlet1 inlet2 inlet3 inlet4 inlet5)

(poly args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(poly args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(poly args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(poly args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(poly args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Provides polyphonic voice-allocation by allocating data to different individual voices.

poly- clj

(poly- args)

(poly- args inlet1)

(poly- args inlet1 inlet2)

(poly- args inlet1 inlet2 inlet3)

(poly- args inlet1 inlet2 inlet3 inlet4)

(poly- args inlet1 inlet2 inlet3 inlet4 inlet5)

(poly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(poly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(poly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(poly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(poly- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the poly~ to encapsulate a patcher inside an object box, to specify the patcher filename and the number of instances you want to load as arguments to the po

polybuffer- clj

(polybuffer- args)

(polybuffer- args inlet1)

(polybuffer- args inlet1 inlet2)

(polybuffer- args inlet1 inlet2 inlet3)

(polybuffer- args inlet1 inlet2 inlet3 inlet4)

(polybuffer- args inlet1 inlet2 inlet3 inlet4 inlet5)

(polybuffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(polybuffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(polybuffer- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(polybuffer- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(polybuffer- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

polybuffer~ lets you operate with a group of buffer~ objects. Each buffer~ will be named after polybuffer~ first argument and an index (aka for a polybuffer~ to

polyin clj

(polyin args)

(polyin args inlet1)

(polyin args inlet1 inlet2)

(polyin args inlet1 inlet2 inlet3)

(polyin args inlet1 inlet2 inlet3 inlet4)

(polyin args inlet1 inlet2 inlet3 inlet4 inlet5)

(polyin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(polyin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(polyin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(polyin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(polyin args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

polyout clj

(polyout args)

(polyout args inlet1)

(polyout args inlet1 inlet2)

(polyout args inlet1 inlet2 inlet3)

(polyout args inlet1 inlet2 inlet3 inlet4)

(polyout args inlet1 inlet2 inlet3 inlet4 inlet5)

(polyout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(polyout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(polyout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(polyout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(polyout args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

pong- clj

(pong- args)

(pong- args inlet1)

(pong- args inlet1 inlet2)

(pong- args inlet1 inlet2 inlet3)

(pong- args inlet1 inlet2 inlet3 inlet4)

(pong- args inlet1 inlet2 inlet3 inlet4 inlet5)

(pong- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pong- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pong- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pong- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pong- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the pong~ object to either fold or wrap its input within the range of a low value and a high value.

pow clj

(pow args)

(pow args inlet1)

(pow args inlet1 inlet2)

(pow args inlet1 inlet2 inlet3)

(pow args inlet1 inlet2 inlet3 inlet4)

(pow args inlet1 inlet2 inlet3 inlet4 inlet5)

(pow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pow args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pow args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Raises the base value (set in the left inlet) to the power of the exponent (set in the right inlet).

pow- clj

(pow- args)

(pow- args inlet1)

(pow- args inlet1 inlet2)

(pow- args inlet1 inlet2 inlet3)

(pow- args inlet1 inlet2 inlet3 inlet4)

(pow- args inlet1 inlet2 inlet3 inlet4 inlet5)

(pow- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pow- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pow- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pow- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pow- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

pow~ raises the base value (set in the right inlet) to the power of the exponent (set in the left inlet). Either inlet can receive a signal, float or int.

prepend clj

(prepend args)

(prepend args inlet1)

(prepend args inlet1 inlet2)

(prepend args inlet1 inlet2 inlet3)

(prepend args inlet1 inlet2 inlet3 inlet4)

(prepend args inlet1 inlet2 inlet3 inlet4 inlet5)

(prepend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(prepend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(prepend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(prepend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(prepend args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Prepends any input messages with a stored message.

preset clj

(preset args)

(preset args inlet1)

(preset args inlet1 inlet2)

(preset args inlet1 inlet2 inlet3)

(preset args inlet1 inlet2 inlet3 inlet4)

(preset args inlet1 inlet2 inlet3 inlet4 inlet5)

(preset args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(preset args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(preset args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(preset args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(preset args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

preset can store and recall the parameters of any specified user interface objects at the click of a mouse. It can also be used as a user interface link to a na

print clj

(print args)

(print args inlet1)

(print args inlet1 inlet2)

(print args inlet1 inlet2 inlet3)

(print args inlet1 inlet2 inlet3 inlet4)

(print args inlet1 inlet2 inlet3 inlet4 inlet5)

(print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(print args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(print args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

print will print any input into the Max Console for debugging, messaging, or analysis purposes. Selecting "Show Output" from the Object Action Menu opens the si

prob clj

(prob args)

(prob args inlet1)

(prob args inlet1 inlet2)

(prob args inlet1 inlet2 inlet3)

(prob args inlet1 inlet2 inlet3 inlet4)

(prob args inlet1 inlet2 inlet3 inlet4 inlet5)

(prob args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(prob args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(prob args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(prob args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(prob args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Creates a table of weighted numeric transitions. A bang message causes the weighting, and a potential transition, to be calculated.

pv clj

(pv args)

(pv args inlet1)

(pv args inlet1 inlet2)

(pv args inlet1 inlet2 inlet3)

(pv args inlet1 inlet2 inlet3 inlet4)

(pv args inlet1 inlet2 inlet3 inlet4 inlet5)

(pv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Creates a value that is shared between objects, but only within a single patcher. Unlike the value object, pv objects that share the same name only share the sa

pvar clj

(pvar args)

(pvar args inlet1)

(pvar args inlet1 inlet2)

(pvar args inlet1 inlet2 inlet3)

(pvar args inlet1 inlet2 inlet3 inlet4)

(pvar args inlet1 inlet2 inlet3 inlet4 inlet5)

(pvar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(pvar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(pvar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(pvar args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(pvar args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The pvar object lets you build user interfaces in one part of your patcher that are associated with the "process" part in another part of the patcher. Unlike th

qlim clj

(qlim args)

(qlim args inlet1)

(qlim args inlet1 inlet2)

(qlim args inlet1 inlet2 inlet3)

(qlim args inlet1 inlet2 inlet3 inlet4)

(qlim args inlet1 inlet2 inlet3 inlet4 inlet5)

(qlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(qlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(qlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(qlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(qlim args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Slows down throughput of messages. Limiting is based on a minimum amount of time between passed message.

qlist clj

(qlist args)

(qlist args inlet1)

(qlist args inlet1 inlet2)

(qlist args inlet1 inlet2 inlet3)

(qlist args inlet1 inlet2 inlet3 inlet4)

(qlist args inlet1 inlet2 inlet3 inlet4 inlet5)

(qlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(qlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(qlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(qlist args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(qlist args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Stores a collection of timed or untimed "cues" in the form of messages which can be sent either out its outlet or remotely to various receive objects in your pa

qmetro clj

(qmetro args)

(qmetro args inlet1)

(qmetro args inlet1 inlet2)

(qmetro args inlet1 inlet2 inlet3)

(qmetro args inlet1 inlet2 inlet3 inlet4)

(qmetro args inlet1 inlet2 inlet3 inlet4 inlet5)

(qmetro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(qmetro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(qmetro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(qmetro args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(qmetro args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Outputs bang messages at a set interval. Similar to metro, qmetro will drop output if the processing queue is overloaded.

quickthresh clj

(quickthresh args)

(quickthresh args inlet1)

(quickthresh args inlet1 inlet2)

(quickthresh args inlet1 inlet2 inlet3)

(quickthresh args inlet1 inlet2 inlet3 inlet4)

(quickthresh args inlet1 inlet2 inlet3 inlet4 inlet5)

(quickthresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(quickthresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(quickthresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(quickthresh args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(quickthresh args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Combines numbers when they are received close together. quickthresh is a faster, low-latency alternative to thresh that is optimized for chord detection.

radiogroup clj

(radiogroup args)

(radiogroup args inlet1)

(radiogroup args inlet1 inlet2)

(radiogroup args inlet1 inlet2 inlet3)

(radiogroup args inlet1 inlet2 inlet3 inlet4)

(radiogroup args inlet1 inlet2 inlet3 inlet4 inlet5)

(radiogroup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(radiogroup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(radiogroup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(radiogroup args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(radiogroup args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Provides a user interface for option selection. There are two modes of operation: radio button and checkbox.

rampsmooth- clj

(rampsmooth- args)

(rampsmooth- args inlet1)

(rampsmooth- args inlet1 inlet2)

(rampsmooth- args inlet1 inlet2 inlet3)

(rampsmooth- args inlet1 inlet2 inlet3 inlet4)

(rampsmooth- args inlet1 inlet2 inlet3 inlet4 inlet5)

(rampsmooth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rampsmooth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rampsmooth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rampsmooth- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(rampsmooth- args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Smooths an incoming signal across n samples. Each time an incoming value changes, it begins a linear ramp to reach this value.

rand- clj

(rand- args)

(rand- args inlet1)

(rand- args inlet1 inlet2)

(rand- args inlet1 inlet2 inlet3)

(rand- args inlet1 inlet2 inlet3 inlet4)

(rand- args inlet1 inlet2 inlet3 inlet4 inlet5)

(rand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rand- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rand- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the rand~ object to generate a signal consisting of random values between -1 and 1 generated at a frequency specified by its input. It interpolates linearly

random clj

(random args)

(random args inlet1)

(random args inlet1 inlet2)

(random args inlet1 inlet2 inlet3)

(random args inlet1 inlet2 inlet3 inlet4)

(random args inlet1 inlet2 inlet3 inlet4 inlet5)

(random args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(random args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(random args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(random args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(random args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Outputs random numbers within the range between 0 and 1 less than the argument specified.

rate- clj

(rate- args)

(rate- args inlet1)

(rate- args inlet1 inlet2)

(rate- args inlet1 inlet2 inlet3)

(rate- args inlet1 inlet2 inlet3 inlet4)

(rate- args inlet1 inlet2 inlet3 inlet4 inlet5)

(rate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rate- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rate- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

The rate~ object accepts an input signal from a phasor~ and time scales it by a multiplier received as a float in its right inlet. Numbers less than 1 create se

rdiv clj

(rdiv args)

(rdiv args inlet1)

(rdiv args inlet1 inlet2)

(rdiv args inlet1 inlet2 inlet3)

(rdiv args inlet1 inlet2 inlet3 inlet4)

(rdiv args inlet1 inlet2 inlet3 inlet4 inlet5)

(rdiv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rdiv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rdiv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rdiv args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rdiv args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Divides a number by the incoming value. Functions like the / object, but the inlets' functions are reversed.

receive clj

(receive args)

(receive args inlet1)

(receive args inlet1 inlet2)

(receive args inlet1 inlet2 inlet3)

(receive args inlet1 inlet2 inlet3 inlet4)

(receive args inlet1 inlet2 inlet3 inlet4 inlet5)

(receive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(receive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(receive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(receive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(receive args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Receives and outputs messages from send objects sharing the same name. This allows you to send any kind of message between Patcher windows or within a window wi

receive- clj

(receive- args)

(receive- args inlet1)

(receive- args inlet1 inlet2)

(receive- args inlet1 inlet2 inlet3)

(receive- args inlet1 inlet2 inlet3 inlet4)

(receive- args inlet1 inlet2 inlet3 inlet4 inlet5)

(receive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(receive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(receive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(receive- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(receive- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the receive~ object to grab signals put out by send~ objects and outputs them out its signal outlet.

record- clj

(record- args)

(record- args inlet1)

(record- args inlet1 inlet2)

(record- args inlet1 inlet2 inlet3)

(record- args inlet1 inlet2 inlet3 inlet4)

(record- args inlet1 inlet2 inlet3 inlet4 inlet5)

(record- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(record- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(record- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(record- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(record- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

record~ records a signal into a buffer~ object. You can record up to 4 channels by specifying the optional argument. Recording stops when the buffer~ is filled.

rect- clj

(rect- args)

(rect- args inlet1)

(rect- args inlet1 inlet2)

(rect- args inlet1 inlet2 inlet3)

(rect- args inlet1 inlet2 inlet3 inlet4)

(rect- args inlet1 inlet2 inlet3 inlet4 inlet5)

(rect- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rect- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rect- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rect- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rect- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the rect~ object to generate an anti-aliased rectangle wave.

regexp clj

(regexp args)

(regexp args inlet1)

(regexp args inlet1 inlet2)

(regexp args inlet1 inlet2 inlet3)

(regexp args inlet1 inlet2 inlet3 inlet4)

(regexp args inlet1 inlet2 inlet3 inlet4 inlet5)

(regexp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(regexp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(regexp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(regexp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(regexp args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

relativepath clj

(relativepath args)

(relativepath args inlet1)

(relativepath args inlet1 inlet2)

(relativepath args inlet1 inlet2 inlet3)

(relativepath args inlet1 inlet2 inlet3 inlet4)

(relativepath args inlet1 inlet2 inlet3 inlet4 inlet5)

(relativepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(relativepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(relativepath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(relativepath args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9)

(relativepath args
              inlet1
              inlet2
              inlet3
              inlet4
              inlet5
              inlet6
              inlet7
              inlet8
              inlet9
              inlet10)

Converts an absolute path to one that is relative to the Max application folder.

reson- clj

(reson- args)

(reson- args inlet1)

(reson- args inlet1 inlet2)

(reson- args inlet1 inlet2 inlet3)

(reson- args inlet1 inlet2 inlet3 inlet4)

(reson- args inlet1 inlet2 inlet3 inlet4 inlet5)

(reson- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(reson- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(reson- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(reson- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(reson- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the reson~ object when you need a resonant bandpass filter.

rewire- clj

(rewire- args)

(rewire- args inlet1)

(rewire- args inlet1 inlet2)

(rewire- args inlet1 inlet2 inlet3)

(rewire- args inlet1 inlet2 inlet3 inlet4)

(rewire- args inlet1 inlet2 inlet3 inlet4 inlet5)

(rewire- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rewire- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rewire- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rewire- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rewire- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The rewire~ object allows MSP to function as a ReWire mixer.

round clj

(round args)

(round args inlet1)

(round args inlet1 inlet2)

(round args inlet1 inlet2 inlet3)

(round args inlet1 inlet2 inlet3 inlet4)

(round args inlet1 inlet2 inlet3 inlet4 inlet5)

(round args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(round args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(round args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(round args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(round args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Calculates and outputs an integer multiple of any given number.

round- clj

(round- args)

(round- args inlet1)

(round- args inlet1 inlet2)

(round- args inlet1 inlet2 inlet3)

(round- args inlet1 inlet2 inlet3 inlet4)

(round- args inlet1 inlet2 inlet3 inlet4 inlet5)

(round- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(round- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(round- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(round- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(round- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the round~ object to round a signal input to an integer multiple.

route clj

(route args)

(route args inlet1)

(route args inlet1 inlet2)

(route args inlet1 inlet2 inlet3)

(route args inlet1 inlet2 inlet3 inlet4)

(route args inlet1 inlet2 inlet3 inlet4 inlet5)

(route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(route args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(route args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Tries to match a message's first argument to the route object's own arguments. The rightmost outlet passes any message that matched no other choice, so you may

routepass clj

(routepass args)

(routepass args inlet1)

(routepass args inlet1 inlet2)

(routepass args inlet1 inlet2 inlet3)

(routepass args inlet1 inlet2 inlet3 inlet4)

(routepass args inlet1 inlet2 inlet3 inlet4 inlet5)

(routepass args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(routepass args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(routepass args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(routepass args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(routepass args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Tries to match a message's first argument to the route object's own arguments. Unlike the route object, routepass does not strip off the matched portion of the

router clj

(router args)

(router args inlet1)

(router args inlet1 inlet2)

(router args inlet1 inlet2 inlet3)

(router args inlet1 inlet2 inlet3 inlet4)

(router args inlet1 inlet2 inlet3 inlet4 inlet5)

(router args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(router args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(router args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(router args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(router args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

rslider clj

(rslider args)

(rslider args inlet1)

(rslider args inlet1 inlet2)

(rslider args inlet1 inlet2 inlet3)

(rslider args inlet1 inlet2 inlet3 inlet4)

(rslider args inlet1 inlet2 inlet3 inlet4 inlet5)

(rslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rslider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rslider args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Set a value range from the lowest to highest value.

rtin clj

(rtin args)

(rtin args inlet1)

(rtin args inlet1 inlet2)

(rtin args inlet1 inlet2 inlet3)

(rtin args inlet1 inlet2 inlet3 inlet4)

(rtin args inlet1 inlet2 inlet3 inlet4 inlet5)

(rtin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(rtin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(rtin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(rtin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(rtin args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Receives and outputs MIDI real time messages transmitted from a specified MIDI input device.

sah- clj

(sah- args)

(sah- args inlet1)

(sah- args inlet1 inlet2)

(sah- args inlet1 inlet2 inlet3)

(sah- args inlet1 inlet2 inlet3 inlet4)

(sah- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sah- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sah- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sah- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sah- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sah- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use sah~ to capture ("sample") and continually output ("hold") the value of an input signal whenever another "control" signal rises above a specified threshold

sampstoms- clj

(sampstoms- args)

(sampstoms- args inlet1)

(sampstoms- args inlet1 inlet2)

(sampstoms- args inlet1 inlet2 inlet3)

(sampstoms- args inlet1 inlet2 inlet3 inlet4)

(sampstoms- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sampstoms- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sampstoms- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sampstoms- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sampstoms- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sampstoms- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Use the sampstoms~ object to convert an incoming signal carrying a time value in samples and output a signal which converts that number of samples to a number o

savedialog clj

(savedialog args)

(savedialog args inlet1)

(savedialog args inlet1 inlet2)

(savedialog args inlet1 inlet2 inlet3)

(savedialog args inlet1 inlet2 inlet3 inlet4)

(savedialog args inlet1 inlet2 inlet3 inlet4 inlet5)

(savedialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(savedialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(savedialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(savedialog args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(savedialog args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Opens a file dialog for selection or entry of a filename to write. savedialog takes a list of one or more file types and allows you to save a file and choose a

saw- clj

(saw- args)

(saw- args inlet1)

(saw- args inlet1 inlet2)

(saw- args inlet1 inlet2 inlet3)

(saw- args inlet1 inlet2 inlet3 inlet4)

(saw- args inlet1 inlet2 inlet3 inlet4 inlet5)

(saw- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(saw- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(saw- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(saw- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(saw- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the saw~ object to generate an anti-aliased sawtooth wave.

scale clj

(scale args)

(scale args inlet1)

(scale args inlet1 inlet2)

(scale args inlet1 inlet2 inlet3)

(scale args inlet1 inlet2 inlet3 inlet4)

(scale args inlet1 inlet2 inlet3 inlet4 inlet5)

(scale args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(scale args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(scale args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(scale args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(scale args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

The scale object maps an input range of float or integer values to an output range. The output range can be larger or smaller than the input range, can be inver

scope- clj

(scope- args)

(scope- args inlet1)

(scope- args inlet1 inlet2)

(scope- args inlet1 inlet2 inlet3)

(scope- args inlet1 inlet2 inlet3 inlet4)

(scope- args inlet1 inlet2 inlet3 inlet4 inlet5)

(scope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(scope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(scope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(scope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(scope- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the scope~ object to visualize and audio signal using an oscilloscope-style display.

screensize clj

(screensize args)

(screensize args inlet1)

(screensize args inlet1 inlet2)

(screensize args inlet1 inlet2 inlet3)

(screensize args inlet1 inlet2 inlet3 inlet4)

(screensize args inlet1 inlet2 inlet3 inlet4 inlet5)

(screensize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(screensize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(screensize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(screensize args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(screensize args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Reports the resolution to which the computer's monitor is currently set.

select clj

(select args)

(select args inlet1)

(select args inlet1 inlet2)

(select args inlet1 inlet2 inlet3)

(select args inlet1 inlet2 inlet3 inlet4)

(select args inlet1 inlet2 inlet3 inlet4 inlet5)

(select args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(select args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(select args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(select args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(select args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Selectively outputs a bang in response to any input which matches its arguments and will output non-matching messages out its right-most outlet.

selector- clj

(selector- args)

(selector- args inlet1)

(selector- args inlet1 inlet2)

(selector- args inlet1 inlet2 inlet3)

(selector- args inlet1 inlet2 inlet3 inlet4)

(selector- args inlet1 inlet2 inlet3 inlet4 inlet5)

(selector- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(selector- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(selector- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(selector- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(selector- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the selector~ object to choose between one of several input signals (or none). The selector~ is similar to the Max switch object but for signals, however if

send clj

(send args)

(send args inlet1)

(send args inlet1 inlet2)

(send args inlet1 inlet2 inlet3)

(send args inlet1 inlet2 inlet3 inlet4)

(send args inlet1 inlet2 inlet3 inlet4 inlet5)

(send args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(send args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(send args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(send args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(send args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

send will transmit given messages to receive objects which are named by the same argument and will allow you to send any kind of message between Patcher windows

send- clj

(send- args)

(send- args inlet1)

(send- args inlet1 inlet2)

(send- args inlet1 inlet2 inlet3)

(send- args inlet1 inlet2 inlet3 inlet4)

(send- args inlet1 inlet2 inlet3 inlet4 inlet5)

(send- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(send- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(send- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(send- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(send- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

The send~ object lets you send a signal to another patcher window or to another location within the same patcher window without using a patch cord.

seq clj

(seq args)

(seq args inlet1)

(seq args inlet1 inlet2)

(seq args inlet1 inlet2 inlet3)

(seq args inlet1 inlet2 inlet3 inlet4)

(seq args inlet1 inlet2 inlet3 inlet4 inlet5)

(seq args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(seq args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(seq args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(seq args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(seq args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

seq is a sequencer of raw MIDI bytes. You can control the speed of playback (only at the time you start it), read and write from files, and record from live MID

seq- clj

(seq- args)

(seq- args inlet1)

(seq- args inlet1 inlet2)

(seq- args inlet1 inlet2 inlet3)

(seq- args inlet1 inlet2 inlet3 inlet4)

(seq- args inlet1 inlet2 inlet3 inlet4 inlet5)

(seq- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(seq- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(seq- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(seq- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(seq- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The seq~ object is an event sequencer that is driven by a signal input. seq~ can be used to create looping sequences of control data that are synchronized to a

serial clj

(serial args)

(serial args inlet1)

(serial args inlet1 inlet2)

(serial args inlet1 inlet2 inlet3)

(serial args inlet1 inlet2 inlet3 inlet4)

(serial args inlet1 inlet2 inlet3 inlet4 inlet5)

(serial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(serial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(serial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(serial args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(serial args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

setclock clj

(setclock args)

(setclock args inlet1)

(setclock args inlet1 inlet2)

(setclock args inlet1 inlet2 inlet3)

(setclock args inlet1 inlet2 inlet3 inlet4)

(setclock args inlet1 inlet2 inlet3 inlet4 inlet5)

(setclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(setclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(setclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(setclock args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(setclock args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Allows the creation of alternatives to the standard millisecond clock. This includes several modes of timing that change timing activities. Each setclock is ass

sfinfo- clj

(sfinfo- args)

(sfinfo- args inlet1)

(sfinfo- args inlet1 inlet2)

(sfinfo- args inlet1 inlet2 inlet3)

(sfinfo- args inlet1 inlet2 inlet3 inlet4)

(sfinfo- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sfinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sfinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sfinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sfinfo- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sfinfo- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

sfinfo~ gives you the number of channels, sample size, sampling rate, sampletype, filename, and duration of a soundfile.

sflist- clj

(sflist- args)

(sflist- args inlet1)

(sflist- args inlet1 inlet2)

(sflist- args inlet1 inlet2 inlet3)

(sflist- args inlet1 inlet2 inlet3 inlet4)

(sflist- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sflist- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sflist- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sflist- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sflist- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sflist- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

sflist~ stores a list of preloaded cues for sound files that can be accessed by multiple sfplay~ objects. Each sflist~ object has a unique name that sfplay~ obj

sfplay- clj

(sfplay- args)

(sfplay- args inlet1)

(sfplay- args inlet1 inlet2)

(sfplay- args inlet1 inlet2 inlet3)

(sfplay- args inlet1 inlet2 inlet3 inlet4)

(sfplay- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sfplay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sfplay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sfplay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sfplay- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sfplay- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the sfplay~ object to play audio files from disk. Supported formats include AIFF, WAVE, MP3, M4A, NeXT/SUN(.au), and Raw Data.

sfrecord- clj

(sfrecord- args)

(sfrecord- args inlet1)

(sfrecord- args inlet1 inlet2)

(sfrecord- args inlet1 inlet2 inlet3)

(sfrecord- args inlet1 inlet2 inlet3 inlet4)

(sfrecord- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sfrecord- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sfrecord- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sfrecord- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sfrecord- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sfrecord- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the sfrecord~ object to record and save MSP output as an audio file.

sig- clj

(sig- args)

(sig- args inlet1)

(sig- args inlet1 inlet2)

(sig- args inlet1 inlet2 inlet3)

(sig- args inlet1 inlet2 inlet3 inlet4)

(sig- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sig- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sig- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sig- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sig- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sig- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the sig~ object to convert regular numbers into audio signals.

sin clj

(sin args)

(sin args inlet1)

(sin args inlet1 inlet2)

(sin args inlet1 inlet2 inlet3)

(sin args inlet1 inlet2 inlet3 inlet4)

(sin args inlet1 inlet2 inlet3 inlet4 inlet5)

(sin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sin args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Use the sin object to calculate and output the sine of any given number.

sinh clj

(sinh args)

(sinh args inlet1)

(sinh args inlet1 inlet2)

(sinh args inlet1 inlet2 inlet3)

(sinh args inlet1 inlet2 inlet3 inlet4)

(sinh args inlet1 inlet2 inlet3 inlet4 inlet5)

(sinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sinh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sinh args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the sinh object to calculate and output the hyperbolic sine of any given number.

sinh- clj

(sinh- args)

(sinh- args inlet1)

(sinh- args inlet1 inlet2)

(sinh- args inlet1 inlet2 inlet3)

(sinh- args inlet1 inlet2 inlet3 inlet4)

(sinh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sinh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sinh- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the sinh~ object to calculate and output a signal that is the hyperbolic sine function of each sample of the input signal.

sinx- clj

(sinx- args)

(sinx- args inlet1)

(sinx- args inlet1 inlet2)

(sinx- args inlet1 inlet2 inlet3)

(sinx- args inlet1 inlet2 inlet3 inlet4)

(sinx- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sinx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sinx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sinx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sinx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sinx- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

sinx~ is a real sine function whose input expects values between 0 and 2π (similar to cosx~ but unlike cos~ which is designed to work with phasor~ 's output fro

slide clj

(slide args)

(slide args inlet1)

(slide args inlet1 inlet2)

(slide args inlet1 inlet2 inlet3)

(slide args inlet1 inlet2 inlet3 inlet4)

(slide args inlet1 inlet2 inlet3 inlet4 inlet5)

(slide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(slide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(slide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(slide args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(slide args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Filters an input value logarithmically between changes. It's particularly useful for envelope following and lowpass filtering to smooth a stream of continuous d

slide- clj

(slide- args)

(slide- args inlet1)

(slide- args inlet1 inlet2)

(slide- args inlet1 inlet2 inlet3)

(slide- args inlet1 inlet2 inlet3 inlet4)

(slide- args inlet1 inlet2 inlet3 inlet4 inlet5)

(slide- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(slide- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(slide- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(slide- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(slide- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Use the slide~ object for envelope following and lowpass filtering.

slider clj

(slider args)

(slider args inlet1)

(slider args inlet1 inlet2)

(slider args inlet1 inlet2 inlet3)

(slider args inlet1 inlet2 inlet3 inlet4)

(slider args inlet1 inlet2 inlet3 inlet4 inlet5)

(slider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(slider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(slider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(slider args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(slider args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Resembles a sliding potentiometer, outputting numbers restricted to a specified range, offset by a specified number, and multiplied by a specified number.

snapshot- clj

(snapshot- args)

(snapshot- args inlet1)

(snapshot- args inlet1 inlet2)

(snapshot- args inlet1 inlet2 inlet3)

(snapshot- args inlet1 inlet2 inlet3 inlet4)

(snapshot- args inlet1 inlet2 inlet3 inlet4 inlet5)

(snapshot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(snapshot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(snapshot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(snapshot- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(snapshot- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the snapshot~ object to convert a signal value into a float message when a bang is received or according to a specified interval. The interval can be set to

spectroscope- clj

(spectroscope- args)

(spectroscope- args inlet1)

(spectroscope- args inlet1 inlet2)

(spectroscope- args inlet1 inlet2 inlet3)

(spectroscope- args inlet1 inlet2 inlet3 inlet4)

(spectroscope- args inlet1 inlet2 inlet3 inlet4 inlet5)

(spectroscope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(spectroscope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(spectroscope- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(spectroscope- args
               inlet1
               inlet2
               inlet3
               inlet4
               inlet5
               inlet6
               inlet7
               inlet8
               inlet9)

(spectroscope- args
               inlet1
               inlet2
               inlet3
               inlet4
               inlet5
               inlet6
               inlet7
               inlet8
               inlet9
               inlet10)

spectroscope~ serves as a visual spectrogram or sonogram interface for the analysis of signals.

speedlim clj

(speedlim args)

(speedlim args inlet1)

(speedlim args inlet1 inlet2)

(speedlim args inlet1 inlet2 inlet3)

(speedlim args inlet1 inlet2 inlet3 inlet4)

(speedlim args inlet1 inlet2 inlet3 inlet4 inlet5)

(speedlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(speedlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(speedlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(speedlim args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(speedlim args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Limit the throughput speed of incoming messages to a fixed time limit. The time can be specified in milliseconds or using a tempo-relative interval.

spell clj

(spell args)

(spell args inlet1)

(spell args inlet1 inlet2)

(spell args inlet1 inlet2 inlet3)

(spell args inlet1 inlet2 inlet3 inlet4)

(spell args inlet1 inlet2 inlet3 inlet4 inlet5)

(spell args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(spell args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(spell args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(spell args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(spell args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Accepts a numeric stream and outputs and outputs ASCII characters. Options arguments provide for forced-length messages.

spike- clj

(spike- args)

(spike- args inlet1)

(spike- args inlet1 inlet2)

(spike- args inlet1 inlet2 inlet3)

(spike- args inlet1 inlet2 inlet3 inlet4)

(spike- args inlet1 inlet2 inlet3 inlet4 inlet5)

(spike- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(spike- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(spike- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(spike- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(spike- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

spike~ reports intervals of zero to non-zero transitions.

split clj

(split args)

(split args inlet1)

(split args inlet1 inlet2)

(split args inlet1 inlet2 inlet3)

(split args inlet1 inlet2 inlet3 inlet4)

(split args inlet1 inlet2 inlet3 inlet4 inlet5)

(split args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(split args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(split args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(split args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(split args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Check if input can fall within a specified range. If it falls within that range, it sends the number out the left outlet and if it does not, then it sends the n

spray clj

(spray args)

(spray args inlet1)

(spray args inlet1 inlet2)

(spray args inlet1 inlet2 inlet3)

(spray args inlet1 inlet2 inlet3 inlet4)

(spray args inlet1 inlet2 inlet3 inlet4 inlet5)

(spray args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(spray args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(spray args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(spray args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(spray args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Accepts lists as input, where the first number is taken as the outlet number, and one or more values that follow are sent out that outlet and those to its right

sprintf clj

(sprintf args)

(sprintf args inlet1)

(sprintf args inlet1 inlet2)

(sprintf args inlet1 inlet2 inlet3)

(sprintf args inlet1 inlet2 inlet3 inlet4)

(sprintf args inlet1 inlet2 inlet3 inlet4 inlet5)

(sprintf args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sprintf args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sprintf args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sprintf args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sprintf args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Uses the common C-language "printf" function inside Max. You can combine symbols, organize lists of numbers, or format messages or menu items. For complete docu

sqrt clj

(sqrt args)

(sqrt args inlet1)

(sqrt args inlet1 inlet2)

(sqrt args inlet1 inlet2 inlet3)

(sqrt args inlet1 inlet2 inlet3 inlet4)

(sqrt args inlet1 inlet2 inlet3 inlet4 inlet5)

(sqrt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sqrt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sqrt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sqrt args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sqrt args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Calculates and outputs the square-root of any given number.

sqrt- clj

(sqrt- args)

(sqrt- args inlet1)

(sqrt- args inlet1 inlet2)

(sqrt- args inlet1 inlet2 inlet3)

(sqrt- args inlet1 inlet2 inlet3 inlet4)

(sqrt- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sqrt- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sqrt- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sqrt- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sqrt- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sqrt- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

sqrt~ will output a signal which is the square-root function of the input signal.

standalone clj

(standalone args)

(standalone args inlet1)

(standalone args inlet1 inlet2)

(standalone args inlet1 inlet2 inlet3)

(standalone args inlet1 inlet2 inlet3 inlet4)

(standalone args inlet1 inlet2 inlet3 inlet4 inlet5)

(standalone args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(standalone args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(standalone args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(standalone args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(standalone args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

The standalone object lets you set options for creating a standalone application from a Max patch, and is used in conjunction with the Build Application/Collect

stripnote clj

(stripnote args)

(stripnote args inlet1)

(stripnote args inlet1 inlet2)

(stripnote args inlet1 inlet2 inlet3)

(stripnote args inlet1 inlet2 inlet3 inlet4)

(stripnote args inlet1 inlet2 inlet3 inlet4 inlet5)

(stripnote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(stripnote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(stripnote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(stripnote args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(stripnote args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Only pass note-on messages: those having any velocity above 0.

strippath clj

(strippath args)

(strippath args inlet1)

(strippath args inlet1 inlet2)

(strippath args inlet1 inlet2 inlet3)

(strippath args inlet1 inlet2 inlet3 inlet4)

(strippath args inlet1 inlet2 inlet3 inlet4 inlet5)

(strippath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(strippath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(strippath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(strippath args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(strippath args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Removes path information from a complete file path. strippath also tells you whether the resulting filename is in the search path or not.

stutter- clj

(stutter- args)

(stutter- args inlet1)

(stutter- args inlet1 inlet2)

(stutter- args inlet1 inlet2 inlet3)

(stutter- args inlet1 inlet2 inlet3 inlet4)

(stutter- args inlet1 inlet2 inlet3 inlet4 inlet5)

(stutter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(stutter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(stutter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(stutter- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(stutter- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

The stutter~ object keeps a history of its signal input (left inlet). Upon receiving an int (left inlet), it copies that number of the most recently received sa

substitute clj

(substitute args)

(substitute args inlet1)

(substitute args inlet1 inlet2)

(substitute args inlet1 inlet2 inlet3)

(substitute args inlet1 inlet2 inlet3 inlet4)

(substitute args inlet1 inlet2 inlet3 inlet4 inlet5)

(substitute args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(substitute args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(substitute args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(substitute args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(substitute args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Matches messages to its own arguments; whenever it finds a match, will make the appropriate substitution.

suspend clj

(suspend args)

(suspend args inlet1)

(suspend args inlet1 inlet2)

(suspend args inlet1 inlet2 inlet3)

(suspend args inlet1 inlet2 inlet3 inlet4)

(suspend args inlet1 inlet2 inlet3 inlet4 inlet5)

(suspend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(suspend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(suspend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(suspend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(suspend args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Reports Mac OS suspend/resume events. The behavior is emulated on Windows.

sustain clj

(sustain args)

(sustain args inlet1)

(sustain args inlet1 inlet2)

(sustain args inlet1 inlet2 inlet3)

(sustain args inlet1 inlet2 inlet3 inlet4)

(sustain args inlet1 inlet2 inlet3 inlet4 inlet5)

(sustain args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sustain args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sustain args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sustain args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sustain args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Holds any notes with velocities of 0 until instructed to release them. This provides for sustain pedal-like behavior when working with incoming MIDI notes.

svf- clj

(svf- args)

(svf- args inlet1)

(svf- args inlet1 inlet2)

(svf- args inlet1 inlet2 inlet3)

(svf- args inlet1 inlet2 inlet3 inlet4)

(svf- args inlet1 inlet2 inlet3 inlet4 inlet5)

(svf- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(svf- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(svf- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(svf- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(svf- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

The svf~ object is an implementation of a state-variable filter algorithm described in Hal Chamberlin's book, "Musical Applications of Microprocessors." A uniqu

swap clj

(swap args)

(swap args inlet1)

(swap args inlet1 inlet2)

(swap args inlet1 inlet2 inlet3)

(swap args inlet1 inlet2 inlet3 inlet4)

(swap args inlet1 inlet2 inlet3 inlet4 inlet5)

(swap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(swap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(swap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(swap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(swap args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Swaps the values of its inlets, preserving right-to-left ordering. The first outlet type is determined by its argument. The second outlet's type is always an in

swatch clj

(swatch args)

(swatch args inlet1)

(swatch args inlet1 inlet2)

(swatch args inlet1 inlet2 inlet3)

(swatch args inlet1 inlet2 inlet3 inlet4)

(swatch args inlet1 inlet2 inlet3 inlet4 inlet5)

(swatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(swatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(swatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(swatch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(swatch args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Provides 2-dimensional selection and display of colors, representing hue along the horizontal axis and lightness along the vertical axis. A third color dimensio

switch clj

(switch args)

(switch args inlet1)

(switch args inlet1 inlet2)

(switch args inlet1 inlet2 inlet3)

(switch args inlet1 inlet2 inlet3 inlet4)

(switch args inlet1 inlet2 inlet3 inlet4 inlet5)

(switch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(switch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(switch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(switch args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(switch args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

sxformat clj

(sxformat args)

(sxformat args inlet1)

(sxformat args inlet1 inlet2)

(sxformat args inlet1 inlet2 inlet3)

(sxformat args inlet1 inlet2 inlet3 inlet4)

(sxformat args inlet1 inlet2 inlet3 inlet4 inlet5)

(sxformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sxformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sxformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sxformat args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sxformat args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Accepts, as arguments, a list of numbers which are sent out sequentially. In addition, you may use one or more "expr"-style statements, which start with the wor

sync- clj

(sync- args)

(sync- args inlet1)

(sync- args inlet1 inlet2)

(sync- args inlet1 inlet2 inlet3)

(sync- args inlet1 inlet2 inlet3 inlet4)

(sync- args inlet1 inlet2 inlet3 inlet4 inlet5)

(sync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sync- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sync- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

sync~ outputs a 0-1 ramp, like phasor~. The frequency of the ramp can be specified in beats per minute (BPM), or by sending sync~ a tempo reference via tap temp

sysexin clj

(sysexin args)

(sysexin args inlet1)

(sysexin args inlet1 inlet2)

(sysexin args inlet1 inlet2 inlet3)

(sysexin args inlet1 inlet2 inlet3 inlet4)

(sysexin args inlet1 inlet2 inlet3 inlet4 inlet5)

(sysexin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(sysexin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(sysexin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(sysexin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(sysexin args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Receives MIDI system exclusive messages from a MIDI input device. It takes an optional argument for port selection. If a MIDI system exclusive message is receiv

tab clj

(tab args)

(tab args inlet1)

(tab args inlet1 inlet2)

(tab args inlet1 inlet2 inlet3)

(tab args inlet1 inlet2 inlet3 inlet4)

(tab args inlet1 inlet2 inlet3 inlet4 inlet5)

(tab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tab args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tab args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

The tab can be used to create multiple button and multiple column displays and interfaces.

table clj

(table args)

(table args inlet1)

(table args inlet1 inlet2)

(table args inlet1 inlet2 inlet3)

(table args inlet1 inlet2 inlet3 inlet4)

(table args inlet1 inlet2 inlet3 inlet4 inlet5)

(table args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(table args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(table args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(table args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(table args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

tan clj

(tan args)

(tan args inlet1)

(tan args inlet1 inlet2)

(tan args inlet1 inlet2 inlet3)

(tan args inlet1 inlet2 inlet3 inlet4)

(tan args inlet1 inlet2 inlet3 inlet4 inlet5)

(tan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tan args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tan args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Use the tan object to calculate and output the tangent of any given number.

tanh clj

(tanh args)

(tanh args inlet1)

(tanh args inlet1 inlet2)

(tanh args inlet1 inlet2 inlet3)

(tanh args inlet1 inlet2 inlet3 inlet4)

(tanh args inlet1 inlet2 inlet3 inlet4 inlet5)

(tanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tanh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tanh args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the tanh object to calculate and output the hyperbolic tangent of any given number.

tanh- clj

(tanh- args)

(tanh- args inlet1)

(tanh- args inlet1 inlet2)

(tanh- args inlet1 inlet2 inlet3)

(tanh- args inlet1 inlet2 inlet3 inlet4)

(tanh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(tanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tanh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tanh- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the tanh~ object to calculate and output a signal that is the hyperbolic tangent function of each sample of the input signal.

tanx- clj

(tanx- args)

(tanx- args inlet1)

(tanx- args inlet1 inlet2)

(tanx- args inlet1 inlet2 inlet3)

(tanx- args inlet1 inlet2 inlet3 inlet4)

(tanx- args inlet1 inlet2 inlet3 inlet4 inlet5)

(tanx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tanx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tanx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tanx- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tanx- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Use the tanx~ object to calculate and output a signal that is the tangent function of each sample of the input signal. The tanx~ object is a true π based functi

tapin- clj

(tapin- args)

(tapin- args inlet1)

(tapin- args inlet1 inlet2)

(tapin- args inlet1 inlet2 inlet3)

(tapin- args inlet1 inlet2 inlet3 inlet4)

(tapin- args inlet1 inlet2 inlet3 inlet4 inlet5)

(tapin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tapin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tapin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tapin- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tapin- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

tapin~ receives a signal in and copies into a delay line. Using tapout~ objects, you can read from the delay line at various delay times. You must connect the o

tapout- clj

(tapout- args)

(tapout- args inlet1)

(tapout- args inlet1 inlet2)

(tapout- args inlet1 inlet2 inlet3)

(tapout- args inlet1 inlet2 inlet3 inlet4)

(tapout- args inlet1 inlet2 inlet3 inlet4 inlet5)

(tapout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tapout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tapout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tapout- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tapout- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The outlet of a tapin~ object must be connected to the left inlet of tapout~ in order for the delay line to function. The tapout~ object has one or more inlets

techno- clj

(techno- args)

(techno- args inlet1)

(techno- args inlet1 inlet2)

(techno- args inlet1 inlet2 inlet3)

(techno- args inlet1 inlet2 inlet3 inlet4)

(techno- args inlet1 inlet2 inlet3 inlet4 inlet5)

(techno- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(techno- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(techno- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(techno- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(techno- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

techno~ is a signal-based step-sequencer that facilitates sample-accurate timing of events.

teeth- clj

(teeth- args)

(teeth- args inlet1)

(teeth- args inlet1 inlet2)

(teeth- args inlet1 inlet2 inlet3)

(teeth- args inlet1 inlet2 inlet3 inlet4)

(teeth- args inlet1 inlet2 inlet3 inlet4 inlet5)

(teeth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(teeth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(teeth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(teeth- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(teeth- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

The teeth~ object implements a comb filter, in which a slightly delayed version of a signal is added to itself, causing phase cancellations and a spectrum that

tempo clj

(tempo args)

(tempo args inlet1)

(tempo args inlet1 inlet2)

(tempo args inlet1 inlet2 inlet3)

(tempo args inlet1 inlet2 inlet3 inlet4)

(tempo args inlet1 inlet2 inlet3 inlet4 inlet5)

(tempo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tempo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tempo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tempo args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tempo args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Produces metronomic output controllable in beats per minute, and with specifiable whole-note divisions.

text clj

(text args)

(text args inlet1)

(text args inlet1 inlet2)

(text args inlet1 inlet2 inlet3)

(text args inlet1 inlet2 inlet3 inlet4)

(text args inlet1 inlet2 inlet3 inlet4 inlet5)

(text args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(text args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(text args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(text args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(text args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Collects and formats incoming messages as text to be output as lines of text.

textbutton clj

(textbutton args)

(textbutton args inlet1)

(textbutton args inlet1 inlet2)

(textbutton args inlet1 inlet2 inlet3)

(textbutton args inlet1 inlet2 inlet3 inlet4)

(textbutton args inlet1 inlet2 inlet3 inlet4 inlet5)

(textbutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(textbutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(textbutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(textbutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(textbutton args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

textedit clj

(textedit args)

(textedit args inlet1)

(textedit args inlet1 inlet2)

(textedit args inlet1 inlet2 inlet3)

(textedit args inlet1 inlet2 inlet3 inlet4)

(textedit args inlet1 inlet2 inlet3 inlet4 inlet5)

(textedit args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(textedit args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(textedit args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(textedit args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(textedit args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Provides a user interface within a patcher which can collect typed-in text from the computer-keyboard.

thispatcher clj

(thispatcher args)

(thispatcher args inlet1)

(thispatcher args inlet1 inlet2)

(thispatcher args inlet1 inlet2 inlet3)

(thispatcher args inlet1 inlet2 inlet3 inlet4)

(thispatcher args inlet1 inlet2 inlet3 inlet4 inlet5)

(thispatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(thispatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(thispatcher args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(thispatcher args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9)

(thispatcher args
             inlet1
             inlet2
             inlet3
             inlet4
             inlet5
             inlet6
             inlet7
             inlet8
             inlet9
             inlet10)

Allows modification of a patcher window with Max messages.

thispoly- clj

(thispoly- args)

(thispoly- args inlet1)

(thispoly- args inlet1 inlet2)

(thispoly- args inlet1 inlet2 inlet3)

(thispoly- args inlet1 inlet2 inlet3 inlet4)

(thispoly- args inlet1 inlet2 inlet3 inlet4 inlet5)

(thispoly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(thispoly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(thispoly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(thispoly- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(thispoly- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the thispoly~ object to control poly~ voice allocation and muting. When placed inside a patcher loaded by the poly~ object, it sends and receives messages f

thresh clj

(thresh args)

(thresh args inlet1)

(thresh args inlet1 inlet2)

(thresh args inlet1 inlet2 inlet3)

(thresh args inlet1 inlet2 inlet3 inlet4)

(thresh args inlet1 inlet2 inlet3 inlet4 inlet5)

(thresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(thresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(thresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(thresh args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(thresh args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Collects items into a list if they appear within a certain specifiable amount of time. Each time an item arrives, the time is reset.

thresh- clj

(thresh- args)

(thresh- args inlet1)

(thresh- args inlet1 inlet2)

(thresh- args inlet1 inlet2 inlet3)

(thresh- args inlet1 inlet2 inlet3 inlet4)

(thresh- args inlet1 inlet2 inlet3 inlet4 inlet5)

(thresh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(thresh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(thresh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(thresh- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(thresh- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use the thresh~ object to detect signals which exceed a specified level.

timepoint clj

(timepoint args)

(timepoint args inlet1)

(timepoint args inlet1 inlet2)

(timepoint args inlet1 inlet2 inlet3)

(timepoint args inlet1 inlet2 inlet3 inlet4)

(timepoint args inlet1 inlet2 inlet3 inlet4 inlet5)

(timepoint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(timepoint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(timepoint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(timepoint args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(timepoint args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Outputs a bang when the clock reaches a specific time. The clock has to be moving forward in order for the bang to be output.

timer clj

(timer args)

(timer args inlet1)

(timer args inlet1 inlet2)

(timer args inlet1 inlet2 inlet3)

(timer args inlet1 inlet2 inlet3 inlet4)

(timer args inlet1 inlet2 inlet3 inlet4 inlet5)

(timer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(timer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(timer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(timer args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(timer args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

timer starts keeping time when a bang is sent to the left inlet. The right outlet can report elapsed time in milliseconds or one of the Max time format options,

togedge clj

(togedge args)

(togedge args inlet1)

(togedge args inlet1 inlet2)

(togedge args inlet1 inlet2 inlet3)

(togedge args inlet1 inlet2 inlet3 inlet4)

(togedge args inlet1 inlet2 inlet3 inlet4 inlet5)

(togedge args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(togedge args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(togedge args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(togedge args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(togedge args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Output bangs for 0-to-1 transitions out the left outlet, and bangs the right outlet for 1-to-0 transitions. Outlets alternate output when bangs are received.

toggle clj

(toggle args)

(toggle args inlet1)

(toggle args inlet1 inlet2)

(toggle args inlet1 inlet2 inlet3)

(toggle args inlet1 inlet2 inlet3 inlet4)

(toggle args inlet1 inlet2 inlet3 inlet4 inlet5)

(toggle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(toggle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(toggle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(toggle args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(toggle args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

When clicked, toggle outputs a 0 when turned off and a 1 when turned on. When giving input, a non-zero number will turn it on, a 0 will turn it off, and a bang

tosymbol clj

(tosymbol args)

(tosymbol args inlet1)

(tosymbol args inlet1 inlet2)

(tosymbol args inlet1 inlet2 inlet3)

(tosymbol args inlet1 inlet2 inlet3 inlet4)

(tosymbol args inlet1 inlet2 inlet3 inlet4 inlet5)

(tosymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tosymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tosymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tosymbol args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tosymbol args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

tosymbol accepts any message, number, or list, and converts it into a single symbol. The symbol has a maximum length of 2048 characters.

touchin clj

(touchin args)

(touchin args inlet1)

(touchin args inlet1 inlet2)

(touchin args inlet1 inlet2 inlet3)

(touchin args inlet1 inlet2 inlet3 inlet4)

(touchin args inlet1 inlet2 inlet3 inlet4 inlet5)

(touchin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(touchin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(touchin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(touchin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(touchin args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Outputs from MIDI aftertouch (channel pressure) messages received from a MIDI input device.

touchout clj

(touchout args)

(touchout args inlet1)

(touchout args inlet1 inlet2)

(touchout args inlet1 inlet2 inlet3)

(touchout args inlet1 inlet2 inlet3 inlet4)

(touchout args inlet1 inlet2 inlet3 inlet4 inlet5)

(touchout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(touchout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(touchout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(touchout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(touchout args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Transmits MIDI aftertouch values to a MIDI device.

train- clj

(train- args)

(train- args inlet1)

(train- args inlet1 inlet2)

(train- args inlet1 inlet2 inlet3)

(train- args inlet1 inlet2 inlet3 inlet4)

(train- args inlet1 inlet2 inlet3 inlet4 inlet5)

(train- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(train- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(train- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(train- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(train- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

train~ generates a pulse signal whose period is specifiable in terms of milliseconds (see <~ for a method of making a pulse wave at a specified frequency). It a

translate clj

(translate args)

(translate args inlet1)

(translate args inlet1 inlet2)

(translate args inlet1 inlet2 inlet3)

(translate args inlet1 inlet2 inlet3 inlet4)

(translate args inlet1 inlet2 inlet3 inlet4 inlet5)

(translate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(translate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(translate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(translate args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(translate args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Converts from any of the fixed or relative Max time values to any other fixed or relative time value.

transport clj

(transport args)

(transport args inlet1)

(transport args inlet1 inlet2)

(transport args inlet1 inlet2 inlet3)

(transport args inlet1 inlet2 inlet3 inlet4)

(transport args inlet1 inlet2 inlet3 inlet4 inlet5)

(transport args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(transport args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(transport args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(transport args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(transport args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Starts and stops the passage of time for objects linked to a transport. If given a name, the transport object will control a time context of the given name, oth

trapezoid- clj

(trapezoid- args)

(trapezoid- args inlet1)

(trapezoid- args inlet1 inlet2)

(trapezoid- args inlet1 inlet2 inlet3)

(trapezoid- args inlet1 inlet2 inlet3 inlet4)

(trapezoid- args inlet1 inlet2 inlet3 inlet4 inlet5)

(trapezoid- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(trapezoid- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(trapezoid- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(trapezoid- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(trapezoid- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

trapezoid~ is a trapezoidal wavetable with signal inputs to change ramp up/down phase position. The default lo/hi points are 0. and 1., but may be changed using

tri- clj

(tri- args)

(tri- args inlet1)

(tri- args inlet1 inlet2)

(tri- args inlet1 inlet2 inlet3)

(tri- args inlet1 inlet2 inlet3 inlet4)

(tri- args inlet1 inlet2 inlet3 inlet4 inlet5)

(tri- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(tri- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(tri- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(tri- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(tri- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

tri~ generates a triangle wave whose component frequencies are resistant to aliasing.

triangle- clj

(triangle- args)

(triangle- args inlet1)

(triangle- args inlet1 inlet2)

(triangle- args inlet1 inlet2 inlet3)

(triangle- args inlet1 inlet2 inlet3 inlet4)

(triangle- args inlet1 inlet2 inlet3 inlet4 inlet5)

(triangle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(triangle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(triangle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(triangle- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(triangle- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

triangle~ is a triangle/ramp wavetable with signal input to change phase offset of the peak value. The default lo/hi points are -1. and 1., but may be changed u

trigger clj

(trigger args)

(trigger args inlet1)

(trigger args inlet1 inlet2)

(trigger args inlet1 inlet2 inlet3)

(trigger args inlet1 inlet2 inlet3 inlet4)

(trigger args inlet1 inlet2 inlet3 inlet4 inlet5)

(trigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(trigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(trigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(trigger args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(trigger args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Outputs any input received in order from right to left and formatted according to the object-argument specified.

trough clj

(trough args)

(trough args inlet1)

(trough args inlet1 inlet2)

(trough args inlet1 inlet2 inlet3)

(trough args inlet1 inlet2 inlet3 inlet4)

(trough args inlet1 inlet2 inlet3 inlet4 inlet5)

(trough args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(trough args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(trough args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(trough args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(trough args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Compares an input value to the stored value and, if it's smaller it sends the input to the output and sets it as the new trough.

trunc- clj

(trunc- args)

(trunc- args inlet1)

(trunc- args inlet1 inlet2)

(trunc- args inlet1 inlet2 inlet3)

(trunc- args inlet1 inlet2 inlet3 inlet4)

(trunc- args inlet1 inlet2 inlet3 inlet4 inlet5)

(trunc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(trunc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(trunc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(trunc- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(trunc- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

trunc~ converts signals with values such as 1.75 to 1.0. Negative values are modified so that -1.75 becomes -1.0. This object is very simple but computationally

twod-wave- clj

(twod-wave- args)

(twod-wave- args inlet1)

(twod-wave- args inlet1 inlet2)

(twod-wave- args inlet1 inlet2 inlet3)

(twod-wave- args inlet1 inlet2 inlet3 inlet4)

(twod-wave- args inlet1 inlet2 inlet3 inlet4 inlet5)

(twod-wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(twod-wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(twod-wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(twod-wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(twod-wave- args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

2d.wave~ is similar to wave~, but with an additional axis. A given ms range of an audio file will be divided into n rows. Y phase input will determine which row

ubutton clj

(ubutton args)

(ubutton args inlet1)

(ubutton args inlet1 inlet2)

(ubutton args inlet1 inlet2 inlet3)

(ubutton args inlet1 inlet2 inlet3 inlet4)

(ubutton args inlet1 inlet2 inlet3 inlet4 inlet5)

(ubutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(ubutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(ubutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(ubutton args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(ubutton args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Creates a transparant click-able region that can be placed over graphics or other objects. Produces a bang message when clicked.

udpreceive clj

(udpreceive args)

(udpreceive args inlet1)

(udpreceive args inlet1 inlet2)

(udpreceive args inlet1 inlet2 inlet3)

(udpreceive args inlet1 inlet2 inlet3 inlet4)

(udpreceive args inlet1 inlet2 inlet3 inlet4 inlet5)

(udpreceive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(udpreceive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(udpreceive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(udpreceive args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(udpreceive args
            inlet1
            inlet2
            inlet3
            inlet4
            inlet5
            inlet6
            inlet7
            inlet8
            inlet9
            inlet10)

Receives messages transmitted over a network using the User Datagram Protocol (UDP).

udpsend clj

(udpsend args)

(udpsend args inlet1)

(udpsend args inlet1 inlet2)

(udpsend args inlet1 inlet2 inlet3)

(udpsend args inlet1 inlet2 inlet3 inlet4)

(udpsend args inlet1 inlet2 inlet3 inlet4 inlet5)

(udpsend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(udpsend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(udpsend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(udpsend args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(udpsend args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Transmits messages over a network using the User Datagram Protocol (UDP).

umenu clj

(umenu args)

(umenu args inlet1)

(umenu args inlet1 inlet2)

(umenu args inlet1 inlet2 inlet3)

(umenu args inlet1 inlet2 inlet3 inlet4)

(umenu args inlet1 inlet2 inlet3 inlet4 inlet5)

(umenu args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(umenu args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(umenu args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(umenu args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(umenu args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Displays text as a pop-up menu. Selections can be made manually, or set incoming numbers. Outputs both selection number and selection text.

universal clj

(universal args)

(universal args inlet1)

(universal args inlet1 inlet2)

(universal args inlet1 inlet2 inlet3)

(universal args inlet1 inlet2 inlet3 inlet4)

(universal args inlet1 inlet2 inlet3 inlet4 inlet5)

(universal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(universal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(universal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(universal args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(universal args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Sends a input message to all instances of the same class of object in a patcher. The order in which the messages arrive is not defined.

unjoin clj

(unjoin args)

(unjoin args inlet1)

(unjoin args inlet1 inlet2)

(unjoin args inlet1 inlet2 inlet3)

(unjoin args inlet1 inlet2 inlet3 inlet4)

(unjoin args inlet1 inlet2 inlet3 inlet4 inlet5)

(unjoin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(unjoin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(unjoin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(unjoin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(unjoin args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Separates a list's elements by group, and send each group of items out a separate outlet.

unpack clj

(unpack args)

(unpack args inlet1)

(unpack args inlet1 inlet2)

(unpack args inlet1 inlet2 inlet3)

(unpack args inlet1 inlet2 inlet3 inlet4)

(unpack args inlet1 inlet2 inlet3 inlet4 inlet5)

(unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(unpack args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(unpack args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

Breaks a list into its elements, and sends each item out a separate outlet.

urn clj

(urn args)

(urn args inlet1)

(urn args inlet1 inlet2)

(urn args inlet1 inlet2 inlet3)

(urn args inlet1 inlet2 inlet3 inlet4)

(urn args inlet1 inlet2 inlet3 inlet4 inlet5)

(urn args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(urn args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(urn args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(urn args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(urn args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Outputs random numbers and keeps track of each number that has been generated. When all numbers up to the maximum (set via an argument or the right inlet) have

uzi clj

(uzi args)

(uzi args inlet1)

(uzi args inlet1 inlet2)

(uzi args inlet1 inlet2 inlet3)

(uzi args inlet1 inlet2 inlet3 inlet4)

(uzi args inlet1 inlet2 inlet3 inlet4 inlet5)

(uzi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(uzi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(uzi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(uzi args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(uzi args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

Outputs a specified number of bang messages quickly. uzi is designed for rapid-fire output of a large number of bang messages.

value clj

(value args)

(value args inlet1)

(value args inlet1 inlet2)

(value args inlet1 inlet2 inlet3)

(value args inlet1 inlet2 inlet3 inlet4)

(value args inlet1 inlet2 inlet3 inlet4 inlet5)

(value args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(value args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(value args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(value args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(value args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Shares data with other value objects of the same name. If you send a message (number, list, or anything else) to one value object, it is set for all value objec

vdp clj

(vdp args)

(vdp args inlet1)

(vdp args inlet1 inlet2)

(vdp args inlet1 inlet2 inlet3)

(vdp args inlet1 inlet2 inlet3 inlet4)

(vdp args inlet1 inlet2 inlet3 inlet4 inlet5)

(vdp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(vdp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(vdp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(vdp args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(vdp args
     inlet1
     inlet2
     inlet3
     inlet4
     inlet5
     inlet6
     inlet7
     inlet8
     inlet9
     inlet10)

The vdp object works with serially-controlled videodisk players (remember them?) that are compatible with the Pioneer 4200 or 8000 standard. Each command receiv

vectral- clj

(vectral- args)

(vectral- args inlet1)

(vectral- args inlet1 inlet2)

(vectral- args inlet1 inlet2 inlet3)

(vectral- args inlet1 inlet2 inlet3 inlet4)

(vectral- args inlet1 inlet2 inlet3 inlet4 inlet5)

(vectral- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(vectral- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(vectral- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(vectral- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(vectral- args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Use the vectral~ object to filter frame-based signal data such as the output of the fft~ object.

vexpr clj

(vexpr args)

(vexpr args inlet1)

(vexpr args inlet1 inlet2)

(vexpr args inlet1 inlet2 inlet3)

(vexpr args inlet1 inlet2 inlet3 inlet4)

(vexpr args inlet1 inlet2 inlet3 inlet4 inlet5)

(vexpr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(vexpr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(vexpr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(vexpr args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(vexpr args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

Performs mathematical calculations using C language-style mathematical operations. Operates on inputs that are lists rather than collections of single values.

vst- clj

(vst- args)

(vst- args inlet1)

(vst- args inlet1 inlet2)

(vst- args inlet1 inlet2 inlet3)

(vst- args inlet1 inlet2 inlet3 inlet4)

(vst- args inlet1 inlet2 inlet3 inlet4 inlet5)

(vst- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(vst- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(vst- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(vst- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(vst- args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Use the vst~ object to load a real-time VST, VST3 or Audio Unit plug-in and use its audio processing in MSP. When vst~ is instantiated as mcs.vst~, the plug-in'

wave- clj

(wave- args)

(wave- args inlet1)

(wave- args inlet1 inlet2)

(wave- args inlet1 inlet2 inlet3)

(wave- args inlet1 inlet2 inlet3 inlet4)

(wave- args inlet1 inlet2 inlet3 inlet4 inlet5)

(wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(wave- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(wave- args
       inlet1
       inlet2
       inlet3
       inlet4
       inlet5
       inlet6
       inlet7
       inlet8
       inlet9
       inlet10)

wave~ reads from a portion of a buffer~ to produce a repeating waveform, given a signal input that goes between 0 and 1 (for example, using a phasor~) to define

waveform- clj

(waveform- args)

(waveform- args inlet1)

(waveform- args inlet1 inlet2)

(waveform- args inlet1 inlet2 inlet3)

(waveform- args inlet1 inlet2 inlet3 inlet4)

(waveform- args inlet1 inlet2 inlet3 inlet4 inlet5)

(waveform- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(waveform- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(waveform- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(waveform- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(waveform- args
           inlet1
           inlet2
           inlet3
           inlet4
           inlet5
           inlet6
           inlet7
           inlet8
           inlet9
           inlet10)

Use the waveform~ object to view or edit the contents of a buffer~.

when clj

(when args)

(when args inlet1)

(when args inlet1 inlet2)

(when args inlet1 inlet2 inlet3)

(when args inlet1 inlet2 inlet3 inlet4)

(when args inlet1 inlet2 inlet3 inlet4 inlet5)

(when args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(when args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(when args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(when args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(when args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Outputs the current time of a transport in ticks and bars/beats/units.

xbendin clj

(xbendin args)

(xbendin args inlet1)

(xbendin args inlet1 inlet2)

(xbendin args inlet1 inlet2 inlet3)

(xbendin args inlet1 inlet2 inlet3 inlet4)

(xbendin args inlet1 inlet2 inlet3 inlet4 inlet5)

(xbendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(xbendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(xbendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(xbendin args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(xbendin args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Acts as a 14-bit pitch bend filter/processor and xbendin2 serves as a 2-byte pitch bend filter/processor.

xbendout clj

(xbendout args)

(xbendout args inlet1)

(xbendout args inlet1 inlet2)

(xbendout args inlet1 inlet2 inlet3)

(xbendout args inlet1 inlet2 inlet3 inlet4)

(xbendout args inlet1 inlet2 inlet3 inlet4 inlet5)

(xbendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(xbendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(xbendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(xbendout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(xbendout args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Formats messages which occupy both bytes of the MIDI pitch bend message. xbendout2 allows you to send the pitch bend data as two bytes from 0-127.

xnotein clj

(xnotein args)

(xnotein args inlet1)

(xnotein args inlet1 inlet2)

(xnotein args inlet1 inlet2 inlet3)

(xnotein args inlet1 inlet2 inlet3 inlet4)

(xnotein args inlet1 inlet2 inlet3 inlet4 inlet5)

(xnotein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(xnotein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(xnotein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(xnotein args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(xnotein args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

xnoteout clj

(xnoteout args)

(xnoteout args inlet1)

(xnoteout args inlet1 inlet2)

(xnoteout args inlet1 inlet2 inlet3)

(xnoteout args inlet1 inlet2 inlet3 inlet4)

(xnoteout args inlet1 inlet2 inlet3 inlet4 inlet5)

(xnoteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(xnoteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(xnoteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(xnoteout args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(xnoteout args
          inlet1
          inlet2
          inlet3
          inlet4
          inlet5
          inlet6
          inlet7
          inlet8
          inlet9
          inlet10)

Cycling '74 Max Online Documentation. Browse and search the Max MSP Documentation and Reference online

zerox- clj

(zerox- args)

(zerox- args inlet1)

(zerox- args inlet1 inlet2)

(zerox- args inlet1 inlet2 inlet3)

(zerox- args inlet1 inlet2 inlet3 inlet4)

(zerox- args inlet1 inlet2 inlet3 inlet4 inlet5)

(zerox- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(zerox- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(zerox- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(zerox- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(zerox- args
        inlet1
        inlet2
        inlet3
        inlet4
        inlet5
        inlet6
        inlet7
        inlet8
        inlet9
        inlet10)

zerox~ functions as a zero-crossing counter or transient detector.

zigzag- clj

(zigzag- args)

(zigzag- args inlet1)

(zigzag- args inlet1 inlet2)

(zigzag- args inlet1 inlet2 inlet3)

(zigzag- args inlet1 inlet2 inlet3 inlet4)

(zigzag- args inlet1 inlet2 inlet3 inlet4 inlet5)

(zigzag- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(zigzag- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(zigzag- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(zigzag- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(zigzag- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

Use zigzag~ to generate multisegment linear ramps. This object is similar to line~, but retains information about the ramp after it has been output, and allows

zl clj

(zl args)

(zl args inlet1)

(zl args inlet1 inlet2)

(zl args inlet1 inlet2 inlet3)

(zl args inlet1 inlet2 inlet3 inlet4)

(zl args inlet1 inlet2 inlet3 inlet4 inlet5)

(zl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(zl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(zl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(zl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(zl args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Performs several kinds of list processing functions. You set the function with an argument, and can change the function performed with the mode message. The beh

zmap clj

(zmap args)

(zmap args inlet1)

(zmap args inlet1 inlet2)

(zmap args inlet1 inlet2 inlet3)

(zmap args inlet1 inlet2 inlet3 inlet4)

(zmap args inlet1 inlet2 inlet3 inlet4 inlet5)

(zmap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(zmap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(zmap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(zmap args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(zmap args
      inlet1
      inlet2
      inlet3
      inlet4
      inlet5
      inlet6
      inlet7
      inlet8
      inlet9
      inlet10)

Maps an input range of values and to an output range of values. Similar to scale, but clips values to the ranges, and does not allow inverted scaling.

zplane- clj

(zplane- args)

(zplane- args inlet1)

(zplane- args inlet1 inlet2)

(zplane- args inlet1 inlet2 inlet3)

(zplane- args inlet1 inlet2 inlet3 inlet4)

(zplane- args inlet1 inlet2 inlet3 inlet4 inlet5)

(zplane- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(zplane- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(zplane- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(zplane- args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(zplane- args
         inlet1
         inlet2
         inlet3
         inlet4
         inlet5
         inlet6
         inlet7
         inlet8
         inlet9
         inlet10)

The zplane~ object provides a way to graph filter poles and zeros in the Z-plane for display. Use the zplane~ object in conjunction with the filtergraph~ object

| clj

(| args)

(| args inlet1)

(| args inlet1 inlet2)

(| args inlet1 inlet2 inlet3)

(| args inlet1 inlet2 inlet3 inlet4)

(| args inlet1 inlet2 inlet3 inlet4 inlet5)

(| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Performs a bit-by-bit OR of two numbers (expressed in binary for the task). Outputs a number composed of all those bits which are 1 in either of the two numbers

|| clj

(|| args)

(|| args inlet1)

(|| args inlet1 inlet2)

(|| args inlet1 inlet2 inlet3)

(|| args inlet1 inlet2 inlet3 inlet4)

(|| args inlet1 inlet2 inlet3 inlet4 inlet5)

(|| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6)

(|| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7)

(|| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8)

(|| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9)

(|| args inlet1 inlet2 inlet3 inlet4 inlet5 inlet6 inlet7 inlet8 inlet9 inlet10)

Compares one number to another and outputs a 1 if the either number is non-zero or a 0 if both number are 0.