Requirement
Add functions to join 1D and 2D arrays to get new arrays. This issue could be split up into a number of smaller issues to manage scope. Proposed join functions:
- Two 1D arrays joined end-to-end to create a new 1D array whose length is the sum of the two lengths of the input arrays
- An enumerable of
IArrayJoinable2D objects - for a new type IArrayJoinable2D, which can be joined to get back a new 2D array. A IArrayJoinable2D type can be either a 1D array, in which case it can be regarded as a 2D array with exactly 1 row or 1 column, depending on the join orientation, or it can be a 2D array.
Note: all methods should be eventually exposed for both one-based and zero-based arrays.
Value Proposition
Joining arrays in a tried-and-tested way without loops reduces the burden of doing this in application code.
Design Ideas
For the joining of IArrayJoinable2D objects, could use wrapper types to convert 1D/2D arrays to joinable objects. Probably would want a joiner class to do the work here.
Requirement
Add functions to join 1D and 2D arrays to get new arrays. This issue could be split up into a number of smaller issues to manage scope. Proposed join functions:
IArrayJoinable2Dobjects - for a new typeIArrayJoinable2D, which can be joined to get back a new 2D array. AIArrayJoinable2Dtype can be either a 1D array, in which case it can be regarded as a 2D array with exactly 1 row or 1 column, depending on the join orientation, or it can be a 2D array.Note: all methods should be eventually exposed for both one-based and zero-based arrays.
Value Proposition
Joining arrays in a tried-and-tested way without loops reduces the burden of doing this in application code.
Design Ideas
For the joining of
IArrayJoinable2Dobjects, could use wrapper types to convert 1D/2D arrays to joinable objects. Probably would want a joiner class to do the work here.