>> In [4]:import array
>> In [5]:def f7(list):
>> .5.: return array.array('B', list).tostring()
>> .5.:
>>
>> In [6]:f7([97, 98, 99])
>> Out[6]:'abc'
ugh the code it self is not generic python, that was an example of how to
do this
my project is OCR
http://www.eternite.co.uk/gundam_clips/ocr.PNG
The letter I equals to "282" because it has 2 points on the y axis of the
first point, and 8 points on the y axis on the second, and then 2 on the
last one.
So the string would be translated into:
28201722030033330000004222400722240172206 and so on.
#####################
so what I am going to have is a string like above and what I 'll have is
a list of tuples, for instance [a, 222] , [b,333] and so forth
how do I write the fastest code to do this
optimization is immediately needed because the job is done as soon this
translation is complete.
so two bottle neck
image.getdata() is a good solution, i haven't found a better one,
and the other bottle neck is this translation process.
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