Commit 74ca87da authored by BRAMAS Berenger's avatar BRAMAS Berenger
Browse files
parents fd787919 961a4373
......@@ -524,7 +524,7 @@ class FRotationKernel : public FAbstractKernels<ParticleClass,CellClass,Containe
/** Compute d_mlk for \theta = 0
* \f[
* d^l_{m,k}( \theta ) = \delta_{m,k}, \textrm{ \delta Kronecker delta }
* d^l_{m,k}( \theta ) = \delta_{m,k,} \,\, \mbox{\textrm{ $\delta$ Kronecker symbol }}
* \f]
*/
void DlmkBuild0(FReal dlmk[P+1][P2+1][P2+1]) const {
......@@ -542,7 +542,7 @@ class FRotationKernel : public FAbstractKernels<ParticleClass,CellClass,Containe
/** Compute d_mlk for \theta = PI
* \f[
* d^l_{m,k}( \theta ) = (-1)^{l+k} \delta_{m,k}, \textrm{ \delta Kronecker delta }
* d^l_{m,k}( \theta ) = (-1)^{l+k} \delta_{m,k},\,\, \mbox{\textrm{ $\delta$ Kronecker delta } }
* \f]
*/
void DlmkBuildPi(FReal dlmk[P+1][P2+1][P2+1]) const {
......@@ -1012,7 +1012,7 @@ public:
* Implementation of rotation-based operators for Fast Multipole Method in X10
* At page 5 .1 as the operator B
* \f[
* M_{l,m}(a-b') = \sum_{j=|m|}^{\infty}{ \frac{ (j+l)! } { b^{j+l+1} } O_{j,-m}(a) } , \textrm{j bounded by P-l}
* M_{l,m}(a-b') = \sum_{j=|m|}^{\infty}{ \frac{ (j+l)! } { b^{j+l+1} } O_{j,-m}(a) } , \mbox{\textrm{ j bounded by P-l } }
* \f]
* As describe in the paper, when need first to rotate the SH
* then transfer using the formula
......
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