Den onsdagen den 30:e oktober 2013 kl. 09:52:16 UTC+1 skrev
jonas.t...@gmail.com:
> Den onsdagen den 30:e oktober 2013 kl. 08:07:31 UTC+1 skrev Tim Roberts:
>
> > jonas.thornv...@gmail.com wrote:
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> > >
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> > >Why did Python not implement end... The end is really not necessary for
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> >
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> > >the programming language it can be excluded, but it is a courtesy to
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> >
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> > >the programmer and could easily be transformed to indents automaticly,
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> >
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> > >that is removed before the compiliation/interpretation of code.
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> > You only say that because your brain has been poisoned by languages that
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> >
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> > require some kind of "end". It's not necessary, and it's extra typing. 99%
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> >
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> > of programmers do the indentation anyway, to make the program easy to read,
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> >
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> > so why not just make it part of the syntax? That way, you don't
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> >
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> > accidentally have the indentation not match the syntax.
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> >
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> > --
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> >
>
> > Tim Roberts, t...@probo.com
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> >
>
> > Providenza & Boekelheide, Inc.
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>
>
> It maybe common practice in program languages, but to me it is slightly
> confusing to have the while/for loop on the same indent level, as the regular
> statements.
>
> Because when the while loop ends there is no other identification then that
> the indent stopped, and to me it is easy to interpret that terms that
> actually straight under the loop belongs to it.
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>
>
> But of course it is a matter of adjust the way i look at the code.
>
> Thanks for help guys.
To show you guys that i am not totally uneducable i actually followed your
sugestions ;D.
(Is there any support similar javascript canvas for drawing, and HTML for
interactivity, textbox, buttons in python?).
I have been programming some PHP long time ago, basicly only remember you had
to have a server running to interact via HTML.
#!/usr/bin/python
import math
# Function definition is here
def sq(number):
square=1
factor=2
multip=exponent*exponent
print(x,"= ", end="")
while number>=multip:
while square<=number:
factor+=1
square=factor*factor
factor-=1
print(factor,"^2+",sep="",end="")
square=factor*factor
number=number-(factor*factor)
square=1
factor=1
print(number)
#Set exponent here
exponent=3
print("Exp=x^",exponent,sep="")
#Set range of numbers x
for x in range (1,100):
sq(x);
--
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