[Spoon-business] Edge Squares

[Daniel Lepage <dplepage@xxxxxxxxxxxx>]

I propose:

{{
__Connectivity__

[[Summary: If there are a bunch of squares connected in a line that all 
fulfill some properties, they're said to be Connect under those 
properties; a group of squares all Connected to each other is a 
Region.]]

Add to rule 301 the following sections:
{{
__A.3.3. Connections__

Two Grid Squares A and B are Connected with respect to a list of 
properties P if and only if A and B both have every property in P, and 
A is consecutive either to B or to another square C that is connected 
to B with respect to P.
}}
{{
__A.3.4. Regions__

A Region of Grid Squares with respect to a list of properties P is a 
set of Grid Squares such that every square in the set is Connected to 
every other square in the set with respect to P.
}}
}}

I also propose:
{{
__Edge Squares__

[[Summary: If Regions are undefined, this makes the outermost ring of 
Grid Squares the Edge Squares. Otherwise, it makes the outermost 
non-Void squares the Edge Squares; thus, if a pool of void ends up 
attached to the left wall of the grid, the squares around that pool are 
considered to be Edge.]]

If the proposal entitled __Connectivity__ failed, add to r301 the 
following section:
{{
__A.3.3. Edge Squares__

An Edge}}

If said proposal passed, however, instead add this section to r301:
{{
__A.3.3. Edge Squares__

A Border Square is any Grid Square which has an x coordinate or a y 
coordinate in the set {1,20}.
An Edge Square is any non-Void Grid Square which either is a Border 
Square, or which is adjacent to a Region of Grid Squares that have 
substance Void, and at least one square of that Region is a Border 
Square.
}}
}}

--
Wonko

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