Examples
Numbers are sent out in reverse order from that in which they were received
Reverse the sequential order of two integers
| Name | Type | Opt | Description |
|---|---|---|---|
| initial-value/number-format | int or float | opt | Sets an initial value for the number that is to be sent out the left outlet. Float argument will cause a float to be sent out the left outlet. (The number sent out the right outlet is always an int.) If there is no argument, the initial value is . |
| bang | In left inlet: Swaps and sends out the numbers currently stored in swap. | |
| int | input [int] |
In left inlet: The number is sent out the right outlet, then the number in the right inlet is sent out the left outlet. |
| (inlet1) | input [int] |
In right inlet: The number is stored to be sent out the left outlet when a number is received in the left inlet. |
| float | input [float] |
The numbers are converted to int, unless there is a float argument, in which case the number received in the right inlet is stored as a float. |
| (inlet1) | input [float] |
In right inlet: The number is stored to be sent out the left outlet when a number is received in the left inlet. |
| list | input [list] |
In left inlet: The numbers are stored in swap. The first number is sent out the right outlet, then the second number is sent out the left outlet. |
| Name | Description |
|---|---|
| buddy | Synchronize arriving data, output them together |
| fswap | Reverse the sequential order of two floating-point numbers |
| pack | Combine numbers and symbols into a list |
| unpack | Break a list into individual messages |
| Max Basic Tutorial 17: Data Structures And Probability | Max Basic Tutorial 17: Data Structures And Probability |