Thomas C. Hicks, 03.05.2010 07:16:
%Comment introducing the next block of packages
%Below are the packages for using Chinese on the system
%Third line of comment because I am a verbose guy!
ibus-pinyin
ibus-table-wubi
language-pack-zh-hans
etc.
I read the lines of the file into a list for proce
I am using Python 2.6.4 in Ubuntu. Since I use Ubuntu (with its every
6 months updates) and want to learn Python I have been working on a
post-install script that would get my Ubuntu system up and running with
my favorite packages quickly. Basically the script reads a text file,
processes the lin
"spir ☣" wrote
...When writing "size = size + new_allocated" instead of
"size = new_allocated", It get a growth pattern of:
0 3 6 9 16 24 33 43 54 66 80 96 114
Which is not exactly what is stated in code, but rather similar...
You mean like this line in the source?:
new_allocated += news
On Sunday May 2 2010 22:44:42 David Hutto wrote:
> Q1 and Q2 are to be entered as base ten scientific notation.
> When I try to input Q1 as raw input, entering in ((2*(10**7)), I get:
>
> ValueError: invalid literal for int() with base 10: '((2)*(10**7))'
>
> Which is why I broke it down into it'
On Mon, 3 May 2010 06:44:42 am David Hutto wrote:
> In the following code I'm trying to do basic calculations with
> coulumb's law
>
> #Coulombs Law
> '''
> F = (9*(10**9)) * (Q1*Q2) / (d**2)
> '''
> base = 10
> Q1mult = raw_input('First enter multiplier of base 10
> charge/coloumb(Q1):') Q1exp = r
In the following code I'm trying to do basic calculations with coulumb's law
#Coulombs Law
'''
F = (9*(10**9)) * (Q1*Q2) / (d**2)
'''
base = 10
Q1mult = raw_input('First enter multiplier of base 10 charge/coloumb(Q1):')
Q1exp = raw_input('Now enter exponent of base 10(Q1):')
Q1 = int(Q1mult)*(10**
On Mon, 3 May 2010 00:50:40 +1000
Steven D'Aprano wrote:
> On Sun, 2 May 2010 07:44:22 pm Lie Ryan wrote:
>
> > Python's 'list' is an array of pointers to `PyObject` ('object' in
> > Python) and the resizing algorithm keeps the list size such that
> > "allocated / 2 <= actual <= allocated". When
On Sun, 2 May 2010 07:44:22 pm Lie Ryan wrote:
> Python's 'list' is an array of pointers to `PyObject` ('object' in
> Python) and the resizing algorithm keeps the list size such that
> "allocated / 2 <= actual <= allocated". When list need to resize, it
> overallocates the list slightly over 1.125
On Sun, 2 May 2010 18:57:41 +1000
Steven D'Aprano wrote:
> On Sun, 2 May 2010 03:49:02 pm spir ☣ wrote:
> > Hello,
> >
> > Is there anywhere some introduction material to the implementation of
> > python lists (or to fully dynamic and flexible sequences, in
> > general)? More precisely, I'd like
On Sun, 02 May 2010 19:44:22 +1000
Lie Ryan wrote:
> On 05/02/10 15:49, spir ☣ wrote:
> > Hello,
> >
> > Is there anywhere some introduction material to the implementation of
> > python lists
> > (or to fully dynamic and flexible sequences, in general)?
>
>
> > More precisely, I'd like to kno
On 05/02/10 15:49, spir ☣ wrote:
> Hello,
>
> Is there anywhere some introduction material to the implementation of python
> lists
> (or to fully dynamic and flexible sequences, in general)?
> More precisely, I'd like to know what kind of base data-structure is used
> (linked list, dynamic arra
On Sun, 2 May 2010 03:49:02 pm spir ☣ wrote:
> Hello,
>
> Is there anywhere some introduction material to the implementation of
> python lists (or to fully dynamic and flexible sequences, in
> general)? More precisely, I'd like to know what kind of base
> data-structure is used (linked list, dynami
"spir ☣" wrote
Is there anywhere some introduction material to the implementation
of python lists (or to fully dynamic and flexible sequences, in general)?
The definitive information is the source code which is freely available.
More precisely, I'd like to know what kind of base data-structu
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