== -- determines whether two NeuralCodes are equal

Usage:

C == D
Inputs:
- C and D, two NeuralCodes
Outputs:
- Boolean

Description

Determines whether two NeuralCodes are equal by comparing their dimension and list of codewords. This function does not look at the ring and polarized ring of the neural codes.

Ways to use symbol ==:

NeuralCode == NeuralCode
Matrix == Matrix -- see basic arithmetic of matrices
Ideal == Ideal -- see equality and containment
Ideal == ZZ -- see equality and containment
ZZ == Ideal -- see equality and containment
Module == Module -- see equality and containment of modules

For the programmer

The object == is a keyword.

This operator may be used as a binary operator in an expression like x==y. The user may install binary methods for handling such expressions with code such as

         X == Y := (x,y) -> ...

where X is the class of x and Y is the class of y.

The source of this document is in NeuralIdeals.m2:737:0.