Thank you John and Kila.
On Thu, 20 Aug 2020 at 00:42, kila suelika via Boost-users <
boost-users@lists.boost.org> wrote:
> In you lambda expression, you have to capture B_local :
>
> auto f = [&](Real x) { return std::bind(f0, _1, B_local)(x); };
>
> The *[&]* tells the compiler to capture v
In you lambda expression, you have to capture B_local :
auto f = [&](Real x) { return std::bind(f0, _1, B_local)(x); };
The *[&]* tells the compiler to capture variables by reference
automatically.
On Mon, Aug 17, 2020 at 2:26 AM Anirban Pal via Boost-users <
boost-users@lists.boost.org> wro
Thank you John and Paul for your responses. Allow me to be more clear.
I’m considering something like the following function *f0*, which depends
on *x* and some additional arguments given by the vector *A*. The vector *A
*is unknown at compile time and computed during execution. The function f0
is
On 14/08/2020 22:56, Anirban Pal via Boost-users wrote:
Hello,
I'm trying to integrate functions with BOOST quadrature routines. So
far they have been extremely impressive accuracy-wise, particularly
with multiprecision features.
I wish to integrate a function and pass some arguments to it.
From: Boost-users On Behalf Of Anirban
Pal via Boost-users
Sent: 14 August 2020 22:57
To: boost-users@lists.boost.org
Cc: Anirban Pal
Subject: [Boost-users] Integrate function with arguments using quadrature
Hello,
I'm trying to integrate functions with BOOST quadrature rou
Hello,
I'm trying to integrate functions with BOOST quadrature routines. So far
they have been extremely impressive accuracy-wise, particularly with
multiprecision features.
I wish to integrate a function and pass some arguments to it. These
arguments can be scalars, matrices, structs or objects.
