On 1 February 2013 at 10:26, M A wrote:
| The fundamental problem is, as you said, that RcppEigen doesn't know
| how to form an Eigen::Map with the as function.
Templates are initiated by the compiler based on what is available. This
fails as nobody wrote one with this 'const' signature. Now, i
Yes, I can understand why it's not clear what the Cm_class is for (I
did take out all the linear algebra and other parts of the class).
That is, after all, a consequence of creating a minimal example. And,
I am also happy to declare functions as you do. The point is, though,
that the typedef used i
Sorry but I am still struggling (even after reformatting the source code)
to understand what the problem is. For one thing it is not clear to me
what the Cm_class is for.
The fundamental rule for me is that I always declare functions like
//[[Rcpp::Export]]
Eigen::VectorXd testfunc(const MapVecd
Right. The problem comes up because of the constructor with one of my
classes. Here is a slightly extended minimal example:
// [[Rcpp::depends(RcppEigen)]]
#include
#include
typedef Eigen::Map MapVecd;
typedef Eigen::Map MapMatd; // (A). This one works
with (1) below
//typedef Eigen::Map MapMa
I should check the syntax before sending the message.
On Thu, Jan 31, 2013 at 11:30 AM, Douglas Bates wrote:
> The as function in RcppEigen can form an
>
> Eigen::Map
>
> but doesn't know how to form an
>
> Eigen::Map
>
> Generally I find that I confuse myself less when the const is outside the
The as function in RcppEigen can form an
Eigen::Map
but doesn't know how to form an
Eigen::Map
Generally I find that I confuse myself less when the const is outside the
Eigen::Map. In other words, I use something like
typedef Eigen::Map mMat;
const mMat M(mat_from_R);
This tells me that M i
