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/************************************************/
/**
* @file kernelBottomPressure.h
*
* @brief Kernel for computation of ocean bottom pressure.
*
* @see Kernel
*
* @author Andreas Kvas
* @date 2017-06-20
*
*/
/***********************************************/
#ifndef __GROOPS_KERNELBOTTOMPRESSURE__
#define __GROOPS_KERNELBOTTOMPRESSURE__
// Latex documentation
#ifdef DOCSTRING_Kernel
static const char *docstringKernelBottomPressure = R"(
\subsection{BottomPressure}
Ocean bottom pressure caused by water and atmosphere masses columns taking the effect of the loading into account.
The coefficients of the kernel defined in \eqref{eq.kernel} are
\begin{equation}
k_n = \frac{4\pi G R }{\gamma}\frac{1+k_n'}{2n+1},
\end{equation}
where $G$ is the gravitational constant, $\gamma$ is the normal gravity and $k_n'$ are the load Love numbers.
)";
#endif
/***********************************************/
#include "classes/kernel/kernel.h"
/***** CLASS ***********************************/
/** @brief Kernel for computation of ocean bottom pressure.
* @ingroup kernelGroup
* Conversion of density into ocean bottom pressure.
* @see Kernel */
class KernelBottomPressure : public Kernel
{
Vector kn;
public:
KernelBottomPressure(Config &config);
Vector coefficients (const Vector3d &p, UInt degree) const;
Vector inverseCoefficients(const Vector3d &p, UInt degree, Bool interior) const;
Double inverseKernel(const Vector3d &p, const Vector3d &q, const Kernel &kernel) const;
Double inverseKernel(const Time &time, const Vector3d &p, const GravityfieldBase &field) const;
};
/***********************************************/
#endif
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