Sebastian Cheung via Tutor schrieb am 30.09.2015 um 10:55:
> How to read a jpg or png file into python and extract text thanks. I
> would imagine getting small symbols like ; or , to be difficult?
That depends entirely on the OCR engine. And you won't normally get in
touch with that very deeply.
On Wed, Sep 30, 2015 at 09:12:20AM +0300, Michel Guirguis wrote:
> Good afternoon,
>
> How to calculate the cumulative normal distribution function CND in
> order to use this figure to calculate the call option based on the
> Black and Scholes model.
>
> >>> from math import*
> >>> def CND(X):
On Wed, Sep 30, 2015 at 09:12:20AM +0300, Michel Guirguis wrote:
> Good afternoon,
>
> How to calculate the cumulative normal distribution function CND in
> order to use this figure to calculate the call option based on the
> Black and Scholes model.
>
> >>> from math import*
> >>> def CND(X):
On Wed, Sep 30, 2015 at 11:13:04AM +0200, Laura Creighton wrote:
> In a message of Wed, 30 Sep 2015 09:12:20 +0300, Michel Guirguis writes:
> >Good afternoon,
> >
> >How to calculate the cumulative normal distribution function CND in
> >order to use this figure to calculate the call option based o
How to read a jpg or png file into python and extract text thanks. I would
imagine getting small symbols like ; or , to be difficult?
Any good framework like this?
Seb
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In a message of Wed, 30 Sep 2015 09:12:20 +0300, Michel Guirguis writes:
>Good afternoon,
>
>How to calculate the cumulative normal distribution function CND in order to
>use this figure to calculate the call option based on the Black and Scholes
>model.
The easy way is to install scipy.
Then y
Good afternoon,
How to calculate the cumulative normal distribution function CND in order to
use this figure to calculate the call option based on the Black and Scholes
model.
>>> from math import*
>>> def CND(X):
m = abs(X)
[a1,a2,a3,a4,a5]=(0.31938153,-0.356563782,1.781477937
