## Abstract

Transforming arrays of tuples into tuples of arrays and back again. These are generally very cheap operations, as the internal compiler representation is always tuples of arrays.

## Synopsis

val zip | [n] 'a 'b : | (as: [n]a) -> (bs: [n]b) -> [n](a, b) |

val zip2 | [n] 'a 'b : | (as: [n]a) -> (bs: [n]b) -> [n](a, b) |

val zip3 | [n] 'a 'b 'c : | (as: [n]a) -> (bs: [n]b) -> (cs: [n]c) -> [n](a, b, c) |

val zip4 | [n] 'a 'b 'c 'd : | (as: [n]a) -> (bs: [n]b) -> (cs: [n]c) -> (ds: [n]d) -> [n](a, b, c, d) |

val zip5 | [n] 'a 'b 'c 'd 'e : | (as: [n]a) -> (bs: [n]b) -> (cs: [n]c) -> (ds: [n]d) -> (es: [n]e) -> [n](a, b, c, d, e) |

val unzip | [n] 'a 'b : | (xs: [n](a, b)) -> ([n]a, [n]b) |

val unzip2 | [n] 'a 'b : | (xs: [n](a, b)) -> ([n]a, [n]b) |

val unzip3 | [n] 'a 'b 'c : | (xs: [n](a, b, c)) -> ([n]a, [n]b, [n]c) |

val unzip4 | [n] 'a 'b 'c 'd : | (xs: [n](a, b, c, d)) -> ([n]a, [n]b, [n]c, [n]d) |

val unzip5 | [n] 'a 'b 'c 'd 'e : | (xs: [n](a, b, c, d, e)) -> ([n]a, [n]b, [n]c, [n]d, [n]e) |

## Description

- ↑val zip [n] 'a 'b: (as: [n]a) -> (bs: [n]b) -> [n](a, b)
Construct an array of pairs from two arrays.

- ↑val zip2 [n] 'a 'b: (as: [n]a) -> (bs: [n]b) -> [n](a, b)
Construct an array of pairs from two arrays.

- ↑val zip3 [n] 'a 'b 'c: (as: [n]a) -> (bs: [n]b) -> (cs: [n]c) -> [n](a, b, c)
As

`zip2`

, but with one more array.- ↑val zip4 [n] 'a 'b 'c 'd: (as: [n]a) -> (bs: [n]b) -> (cs: [n]c) -> (ds: [n]d) -> [n](a, b, c, d)
As

`zip3`

, but with one more array.- ↑val zip5 [n] 'a 'b 'c 'd 'e: (as: [n]a) -> (bs: [n]b) -> (cs: [n]c) -> (ds: [n]d) -> (es: [n]e) -> [n](a, b, c, d, e)
As

`zip4`

, but with one more array.- ↑val unzip3 [n] 'a 'b 'c: (xs: [n](a, b, c)) -> ([n]a, [n]b, [n]c)
As

`unzip2`

, but with one more array.