Commit bd3e3f2e authored by Matthieu Schaller's avatar Matthieu Schaller
Browse files

Code formatting

parent d6739db2
...@@ -223,31 +223,51 @@ __attribute__((always_inline)) INLINE static void kernel_eval(float u, ...@@ -223,31 +223,51 @@ __attribute__((always_inline)) INLINE static void kernel_eval(float u,
* @param w (return) The value of the kernel function $W(x,h)$. * @param w (return) The value of the kernel function $W(x,h)$.
* @param dw_dx (return) The norm of the gradient of $|\\nabla W(x,h)|$. * @param dw_dx (return) The norm of the gradient of $|\\nabla W(x,h)|$.
*/ */
static const vector kernel_igamma_vec = {.f[0] = (float)kernel_igamma, .f[1] = (float)kernel_igamma, static const vector kernel_igamma_vec = {.f[0] = (float)kernel_igamma,
.f[2] = (float)kernel_igamma, .f[3] = (float)kernel_igamma, .f[1] = (float)kernel_igamma,
.f[4] = (float)kernel_igamma, .f[5] = (float)kernel_igamma, .f[2] = (float)kernel_igamma,
.f[6] = (float)kernel_igamma, .f[7] = (float)kernel_igamma}; .f[3] = (float)kernel_igamma,
.f[4] = (float)kernel_igamma,
static const vector kernel_ivals_vec = {.f[0] = (float)kernel_ivals, .f[1] = (float)kernel_ivals, .f[5] = (float)kernel_igamma,
.f[2] = (float)kernel_ivals, .f[3] = (float)kernel_ivals, .f[6] = (float)kernel_igamma,
.f[4] = (float)kernel_ivals, .f[5] = (float)kernel_ivals, .f[7] = (float)kernel_igamma};
.f[6] = (float)kernel_ivals, .f[7] = (float)kernel_ivals};
static const vector kernel_ivals_vec = {.f[0] = (float)kernel_ivals,
static const vector kernel_constant_vec = {.f[0] = (float)kernel_constant, .f[1] = (float)kernel_constant, .f[1] = (float)kernel_ivals,
.f[2] = (float)kernel_constant, .f[3] = (float)kernel_constant, .f[2] = (float)kernel_ivals,
.f[4] = (float)kernel_constant, .f[5] = (float)kernel_constant, .f[3] = (float)kernel_ivals,
.f[6] = (float)kernel_constant, .f[7] = (float)kernel_constant}; .f[4] = (float)kernel_ivals,
.f[5] = (float)kernel_ivals,
static const vector kernel_igamma3_vec = {.f[0] = (float)kernel_igamma3, .f[1] = (float)kernel_igamma3, .f[6] = (float)kernel_ivals,
.f[2] = (float)kernel_igamma3, .f[3] = (float)kernel_igamma3, .f[7] = (float)kernel_ivals};
.f[4] = (float)kernel_igamma3, .f[5] = (float)kernel_igamma3,
.f[6] = (float)kernel_igamma3, .f[7] = (float)kernel_igamma3}; static const vector kernel_constant_vec = {.f[0] = (float)kernel_constant,
.f[1] = (float)kernel_constant,
static const vector kernel_igamma4_vec = {.f[0] = (float)kernel_igamma4, .f[1] = (float)kernel_igamma4, .f[2] = (float)kernel_constant,
.f[2] = (float)kernel_igamma4, .f[3] = (float)kernel_igamma4, .f[3] = (float)kernel_constant,
.f[4] = (float)kernel_igamma4, .f[5] = (float)kernel_igamma4, .f[4] = (float)kernel_constant,
.f[6] = (float)kernel_igamma4, .f[7] = (float)kernel_igamma4}; .f[5] = (float)kernel_constant,
.f[6] = (float)kernel_constant,
.f[7] = (float)kernel_constant};
static const vector kernel_igamma3_vec = {.f[0] = (float)kernel_igamma3,
.f[1] = (float)kernel_igamma3,
.f[2] = (float)kernel_igamma3,
.f[3] = (float)kernel_igamma3,
.f[4] = (float)kernel_igamma3,
.f[5] = (float)kernel_igamma3,
.f[6] = (float)kernel_igamma3,
.f[7] = (float)kernel_igamma3};
static const vector kernel_igamma4_vec = {.f[0] = (float)kernel_igamma4,
.f[1] = (float)kernel_igamma4,
.f[2] = (float)kernel_igamma4,
.f[3] = (float)kernel_igamma4,
.f[4] = (float)kernel_igamma4,
.f[5] = (float)kernel_igamma4,
.f[6] = (float)kernel_igamma4,
.f[7] = (float)kernel_igamma4};
__attribute__((always_inline)) __attribute__((always_inline))
INLINE static void kernel_deval_vec(vector *u, vector *w, vector *dw_dx) { INLINE static void kernel_deval_vec(vector *u, vector *w, vector *dw_dx) {
...@@ -278,7 +298,6 @@ __attribute__((always_inline)) ...@@ -278,7 +298,6 @@ __attribute__((always_inline))
/* Return everything */ /* Return everything */
w->v = w->v * kernel_constant_vec.v * kernel_igamma3_vec.v; w->v = w->v * kernel_constant_vec.v * kernel_igamma3_vec.v;
dw_dx->v = dw_dx->v * kernel_constant_vec.v * kernel_igamma4_vec.v; dw_dx->v = dw_dx->v * kernel_constant_vec.v * kernel_igamma4_vec.v;
} }
#endif #endif
......
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