const mic_i pID(primID);
const mic_i gID(geomID);
const float *__restrict__ const vptr0_t0 = (float*)&mesh->vertex(tri.v[0]);
const float *__restrict__ const vptr1_t0 = (float*)&mesh->vertex(tri.v[1]);
const float *__restrict__ const vptr2_t0 = (float*)&mesh->vertex(tri.v[2]);
prefetch<PFHINT_L1>(vptr1_t0);
prefetch<PFHINT_L1>(vptr2_t0);
const mic_f v0_t0 = broadcast4to16f(vptr0_t0);
const mic_f v1_t0 = broadcast4to16f(vptr1_t0);
const mic_f v2_t0 = broadcast4to16f(vptr2_t0);
const mic_f tri_accel_t0 = initTriangle1(v0_t0,v1_t0,v2_t0,gID,pID,mic_i(mesh->mask));
store16f_ngo(&acc->t0,tri_accel_t0);
if ((int)mesh->numTimeSteps == 1)
{
store16f_ngo(&acc->t1,tri_accel_t0);
}
else
{
assert( (int)mesh->numTimeSteps == 2 );
const float *__restrict__ const vptr0_t1 = (float*)&mesh->vertex(tri.v[0],1);
const float *__restrict__ const vptr1_t1 = (float*)&mesh->vertex(tri.v[1],1);
const float *__restrict__ const vptr2_t1 = (float*)&mesh->vertex(tri.v[2],1);
const mic_f v0_t1 = broadcast4to16f(vptr0_t1);
}
__forceinline void computeAccelerationDataMB(const unsigned int &geomID,
const unsigned int &primID,
const Scene *__restrict__ const scene,
BVH4mb::Triangle01 * __restrict__ const acc)
{
const TriangleMesh* __restrict__ const mesh = scene->getTriangleMesh(geomID);
const TriangleMesh::Triangle & tri = mesh->triangle(primID);
const mic_i pID(primID);
const mic_i gID(geomID);
const mic3f v_t0 = mesh->getTriangleVertices<PFHINT_L1>(tri);
const mic_f tri_accel_t0 = initTriangle1(v_t0[0],v_t0[1],v_t0[2],gID,pID,mic_i(mesh->mask));
store16f_ngo(&acc->t0,tri_accel_t0);
if ((int)mesh->numTimeSteps == 1)
{
store16f_ngo(&acc->t1,tri_accel_t0);
}
else
{
assert( (int)mesh->numTimeSteps == 2 );
const mic3f v_t1 = mesh->getTriangleVertices<PFHINT_L1>(tri,1);
const mic_f tri_accel_t1 = initTriangle1(v_t1[0],v_t1[1],v_t1[2],gID,pID,mic_i(mesh->mask));
store16f_ngo(&acc->t1,tri_accel_t1);
