On Sat, 06 Dec 2008 23:33:35 -0800, 5lvqbwl02 wrote:
> I'm trying to solve the 9-tile puzzle using as functional an approach as
> possible. I've recently finished reading SICP and am deliberately
> avoiding easy python-isms for the more convoluted scheme/functional
> methods. The following funct
[EMAIL PROTECTED] writes:
> I'm trying to solve the 9-tile puzzle using as functional an approach
> as possible. I've recently finished reading SICP and am deliberately
> avoiding easy python-isms for the more convoluted scheme/functional
> methods. The following function is trivial to do with f
James Stroud wrote:
def linear_search(array, truth_func, loc=(0,0)):
idx1, idx2 = loc
if idx1 >= len(array):
return None
if idx2 >= len(array[idx1]):
return linear_search(array, truth_func, (idx1+1, 0))
value = array[idx1][idx2]
tf = truth_func(value)
if tf:
return loc
e
[EMAIL PROTECTED] wrote:
I'm trying to solve the 9-tile puzzle using as functional an approach
as possible. I've recently finished reading SICP and am deliberately
avoiding easy python-isms for the more convoluted scheme/functional
methods. The following function is trivial to do with for loops
I'm trying to solve the 9-tile puzzle using as functional an approach
as possible. I've recently finished reading SICP and am deliberately
avoiding easy python-isms for the more convoluted scheme/functional
methods. The following function is trivial to do with for loops and
directly accessing arr
I'm trying to solve the 9-tile puzzle using as functional an approach
as possible. I've recently finished reading SICP and am deliberately
avoiding easy python-isms for the more convoluted scheme/functional
methods. The following function is trivial to do with for loops and
directly accessing arr
