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// Copyright 2009-2021 Intel Corporation
// SPDX-License-Identifier: Apache-2.0
#include "../common/tutorial/tutorial_device.isph"
extern uniform float cube_vertices[8][4];
extern uniform unsigned int cube_triangle_indices[36];
extern uniform unsigned int cube_quad_indices[24];
struct Sphere
{
ALIGNED_STRUCT_(16)
Vec3f p; //!< position of the sphere
float r; //!< radius of the sphere
unsigned int geomID;
unsigned int num_time_steps;
};
struct TutorialData
{
uniform int frameID;
RTCScene g_scene;
uniform Vec3f* uniform face_colors;
uniform float g_time;
/* accumulation buffer */
uniform Vec3ff* uniform g_accu;
uniform unsigned int g_accu_width;
uniform unsigned int g_accu_height;
uniform unsigned int g_accu_count;
uniform Vec3f g_accu_vx;
uniform Vec3f g_accu_vy;
uniform Vec3f g_accu_vz;
uniform Vec3f g_accu_p;
float* cube_vertices;
int* cube_triangle_indices;
int* cube_quad_indices;
RTCScene scene0;
RTCScene scene1;
RTCScene scene2;
RTCScene scene3;
uniform Sphere* uniform sphere0;
uniform Sphere* uniform sphere1;
};
#if __SYCL_COMPILER_VERSION >= 20210801
}
namespace sycl {
template<> struct is_device_copyable<embree::TutorialData> : std::true_type {};
template<> struct is_device_copyable<const embree::TutorialData> : std::true_type {};
}
namespace embree {
#endif
inline void TutorialData_Constructor(uniform TutorialData* uniform This)
{
This->frameID = 50;
This->g_scene = NULL;
This->face_colors = uniform new uniform Vec3f[12];
This->g_time = 0;
This->g_accu = NULL;
This->g_accu_width = 0;
This->g_accu_height = 0;
This->g_accu_count = 0;
This->g_accu_vx = make_Vec3f(0.0f);
This->g_accu_vy = make_Vec3f(0.0f);
This->g_accu_vz = make_Vec3f(0.0f);
This->g_accu_p = make_Vec3f(0.0f);
This->scene0 = NULL;
This->scene1 = NULL;
This->scene2 = NULL;
This->scene3 = NULL;
This->sphere0 = NULL;
This->sphere1 = NULL;
This->cube_vertices = uniform new uniform float[8*4];
This->cube_triangle_indices = uniform new uniform int[36];
This->cube_quad_indices = uniform new uniform int[24];
memcpy(This->cube_vertices, cube_vertices, 8*4*sizeof(uniform float));
memcpy(This->cube_triangle_indices, cube_triangle_indices, 36*sizeof(uniform int));
memcpy(This->cube_quad_indices, cube_quad_indices, 24*sizeof(uniform int));
}
inline void TutorialData_Destructor(uniform TutorialData* uniform This)
{
delete[] This->face_colors; This->face_colors = NULL;
delete This->sphere0; This->sphere0 = NULL;
delete This->sphere1; This->sphere1 = NULL;
rtcReleaseScene(This->scene0); This->scene0 = NULL;
rtcReleaseScene(This->scene1); This->scene1 = NULL;
rtcReleaseScene(This->scene2); This->scene2 = NULL;
rtcReleaseScene(This->scene3); This->scene3 = NULL;
rtcReleaseScene (This->g_scene); This->g_scene = NULL;
delete[] This->g_accu; This->g_accu = NULL;
This->g_accu_width = 0;
This->g_accu_height = 0;
This->g_accu_count = 0;
delete[] This->cube_vertices;
delete[] This->cube_triangle_indices;
delete[] This->cube_quad_indices;
}
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