Safe Haskell | Safe-Infered |
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# Documentation

Maybe the naming should be according to Algebra.Unit:
Algebra.Zero as module name, and `query`

as method name.

C Double | |

C Float | |

C Int | |

C Int8 | |

C Int16 | |

C Int32 | |

C Int64 | |

C Integer | |

C Word | |

C Word8 | |

C Word16 | |

C Word32 | |

C Word64 | |

C T | |

C T | |

C T | |

C v => C [v] | |

C a => C (T a) | |

(C a, C a) => C (T a) | |

C a => C (T a) | |

C a => C (T a) | |

C a => C (T a) | |

C a => C (T a) | |

C a => C (T a) | |

(Eq a, Num a) => C (T a) | |

C a => C (T a) | |

C a => C (T a) | |

C a => C (RootProduct a) | |

(C v0, C v1) => C (v0, v1) | |

C v => C (T a v) | |

C v => C (T a v) | |

C v => C (T a v) | |

(C v0, C v1, C v2) => C (v0, v1, v2) |

defltIsZero :: (Eq a, C a) => a -> BoolSource

Checks if a number is the zero element.
This test is not possible for all `C`

types,
since e.g. a function type does not belong to Eq.
isZero is possible for some types where (==zero) fails
because there is no unique zero.
Examples are
vector (the length of the zero vector is unknown),
physical values (the unit of a zero quantity is unknown),
residue class (the modulus is unknown).