Solution to tuples in SETL
 

where the lhs is anything that can be assigned to, and s is an ... _0X
s [x, y] or [[x, y], z], every member of s must be a tuple
structurally compatible with lhs, by the same rule that governs
parallel assignments such as the idiomatic the Is anything that can be
assigned and s an already OR NOTE Note a such As Every of by same
(C) 2013 Martin Musatov
**IN FULL RAW CODE RELEASE**
C:\_Administrator: Command Prompt - where the lhs is anything that can
be assigned to, and s is an ... _0X
s [x, y] or [[x, y], z], every member of s must be a tuple
structurally compatible with lhs, by the same rule that governs
parallel assignments such as the idiomatic
C:\Users\mmusatov\the
C:\Users\mmusatov\Is
C:\Users\mmusatov\anything
C:\Users\mmusatov\that
C:\Users\mmusatov\can
C:\Users\mmusatov\be
C:\Users\mmusatov\assigned
C:\Users\mmusatov\and
C:\Users\mmusatov\s
C:\Users\mmusatov\an
C:\Users\mmusatov\already
C:\Users\mmusatov\OR
C:\Users\mmusatov\NOTE
C:\Windows\System32\Note
C:\Users\mmusatov\a
C:\Users\mmusatov\such
C:\Users\mmusatov\As
C:\Users\mmusatov\Every
C:\Users\mmusatov\of
C:\Users\mmusatov\by
C:\Users\mmusatov\same
(C) 2013 Martin Musatov

Re: Solution to tuples in SETL
 

On Jan 25, 10:45*am, Musatov <marty.musa...@gmail.com> wrote:
> where the lhs is anything that can be assigned to, and s is an ... _0X
> s [x, y] or [[x, y], z], every member of s must be a tuple
> structurally compatible with lhs, by the same rule that governs
> parallel assignments such as the idiomatic the Is anything that can be
> assigned and s an already OR NOTE Note a such As Every of by same
> (C) 2013 Martin Musatov
> **IN FULL RAW CODE RELEASE**
> C:\_Administrator: Command Prompt - where the lhs is anything that can
> be assigned to, and s is an ... _0X
> s [x, y] or [[x, y], z], every member of s must be a tuple
> structurally compatible with lhs, by the same rule that governs
> parallel assignments such as the idiomatic
> C:\Users\mmusatov\the
> C:\Users\mmusatov\Is
> C:\Users\mmusatov\anything
> C:\Users\mmusatov\that
> C:\Users\mmusatov\can
> C:\Users\mmusatov\be
> C:\Users\mmusatov\assigned
> C:\Users\mmusatov\and
> C:\Users\mmusatov\s
> C:\Users\mmusatov\an
> C:\Users\mmusatov\already
> C:\Users\mmusatov\OR
> C:\Users\mmusatov\NOTE
> C:\Windows\System32\Note
> C:\Users\mmusatov\a
> C:\Users\mmusatov\such
> C:\Users\mmusatov\As
> C:\Users\mmusatov\Every
> C:\Users\mmusatov\of
> C:\Users\mmusatov\by
> C:\Users\mmusatov\same
> (C) 2013 Martin Musatov
or rather structurally true
C:\_Administrator: Command Prompt - where the lhs is anything that can
be assigned to, and s is an ... _0X
s [x, y] or [[x, y], z], every member of s must be a tuple
structurally
compatible with lhs, by the same rule that governs parallel
assignments such as
the idiomatic
C:\Users\mmusatov\the
C:\Users\mmusatov\Is
C:\Users\mmusatov\anything
C:\Users\mmusatov\that
C:\Users\mmusatov\can
C:\Users\mmusatov\be
C:\Users\mmusatov\assigned
C:\Users\mmusatov\and
C:\Users\mmusatov\s
C:\Users\mmusatov\an
C:\Users\mmusatov\already
C:\Users\mmusatov\OR
C:\Users\mmusatov\NOTE
C:\Windows\System32\Note
C:\Users\mmusatov\a
C:\Users\mmusatov\such
C:\Users\mmusatov\As
C:\Users\mmusatov\Every
C:\Users\mmusatov\of
C:\Users\mmusatov\by
C:\Users\mmusatov\same
(C) 2013 Martin Musatov