On 2024-05-30 21:47:14 -0700, HenHanna via Python-list wrote:
> [('the', 36225), ('and', 17551), ('of', 16759), ('i', 16696), ('a', 15816),
> ('to', 15722), ('that', 11252), ('in', 10743), ('it', 10687)]
>
> ((the 36225) (and 17551) (of 16759) (i 16696) (a 15816) (to 15722) (that
> 11252) (in 10743) (it 10687))
>
>
> i think the latter is easier-to-read, so i use this code
> (by Peter Norvig)
This doesn't work well if your strings contain spaces:
Lprint(
[
["Just", "three", "words"],
["Just", "three words"],
["Just three", "words"],
["Just three words"],
]
)
prints:
((Just three words) (Just three words) (Just three words) (Just three words))
Output is often a compromise between readability and precision.
> def lispstr(exp):
> # "Convert a Python object back into a Lisp-readable string."
> if isinstance(exp, list):
This won't work for your example, since you have a list of tuples, not a
list of lists and a tuple is not an instance of a list.
> return '(' + ' '.join(map(lispstr, exp)) + ')'
> else:
> return str(exp)
>
> def Lprint(x): print(lispstr(x))
I like to use pprint, but it's lacking support for user-defined types. I
should be able to add a method (maybe __pprint__?) to my classes which
handle proper formatting (with line breaks and indentation).
hp
--
_ | Peter J. Holzer | Story must make more sense than reality.
|_|_) | |
| | | h...@hjp.at | -- Charles Stross, "Creative writing
__/ | http://www.hjp.at/ | challenge!"
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