Carlo Alberini carloalbe1 at yahoo.it
Thu Dec 13 14:57:12 CET 2018

Dear Alexander,

$\int_{2x+3}^{\frac{1}{x+1}}f(t)dt$, with some f(t) as you like.

It would be fantastic if I could have the plot af such a function… written with the “algebraic” option (easy and fast …)

Thank you
Carlo

> Il giorno 13 dic 2018, alle ore 14:47, Alexander Grahn <A.Grahn at hzdr.de> ha scritto:
>
> Dear Carlo,
>
> On Thu, Dec 13, 2018 at 01:25:56PM +0100, Carlo Alberini wrote:
>> Dear list,
>>   I write this message after reading the pst-func manual. I have found very interesting the command \psCumIntegral and I have two questions about it:
>>
>> - the command works only with the integration interval from 0 to x, or si it possible to put - as integration interval - also two functions like f(x) and g(x)? ... in order to have the plot of an integral function like $F(x)=\int_{f(x)}^{g(x)}f(t)dt$ ...?
>>
>> and
>>
>> - is it possible to write, in such a way, the function under the integral operator with the option “algebraic”, or not? ... like this ...
>>
>> \psCumIntegral[algebraic,plotpoints=1000,Simpson=10,linecolor=blue]{1}{9}{ln(x)/(1+x^3)}
>>
>>
>> Best regards
>> Carlo
>
> could you please specify f(x) and g(x)?
>
> Alexander
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