Hurleyworks

#pragma once

// Define types and functions on the host corresponding to CUDA built-ins.
#if !defined(__CUDACC__) || defined(OPTIXU_Platform_CodeCompletion)

// This code defines a struct named "int2" that contains two 32-bit integers named "x" and "y".
// The line "struct alignas (8) int2" specifies that the struct should be aligned on an 8-byte boundary in memory.
// This can be used to optimize memory access performance in certain situations.
// The code also provides two constructors for the struct. The first constructor takes a
// single 32-bit integer "v" and initializes both "x" and "y" to that value.

Hurleyworks

taken from https://github.com/shocker-0x15/OptiX_Utility

    class Timer {
        CUcontext m_context;
        CUevent m_startEvent;
        CUevent m_endEvent;
        bool m_startIsValid;
        bool m_endIsValid;

    public:

Hurleyworks

// tracing algorithms. Yocto/Shading is implemented in `yocto_shading.h`.
//

//
// LICENSE:
//
// Copyright (c) 2016 -- 2020 Fabio Pellacini
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal

Hurleyworks

#pragma once

#include "bare_bones_shared.h"

using namespace Shared;
using namespace BarebonesShared;

RT_PIPELINE_LAUNCH_PARAMETERS PipelineLaunchParameters plp;

Hurleyworks

size_t byteOffset = 0;

  // indices
	indices.data = deviceBuffer + byteOffset; 
	indices.byte_stride = static_cast<uint16_t>(byteStride);
	indices.count = static_cast<uint32_t>(tris.size());
	indices.elmt_byte_size = static_cast<uint16_t>(sizeof(uint32_t));

	uintptr_t number = (uintptr_t)indices.data;

Hurleyworks

struct PickingParams
{
	OptixTraversableHandle sceneAccel;
	float4* accum_buffer;
	uchar4* frame_buffer;
	CUdeviceptr pickBuffer; // CUDA device pointer with room for at least two unsigned int.

	// 4-byte aligned
	uint32_t subframe_index;
	int picking;

Hurleyworks

struct PickParams
{
	int picking;
	float3 rayOrigin;
	float3 rayDir;
	int32_t pickData[2];
	OptixTraversableHandle sceneAccel;
};

enum RayType

Hurleyworks

// compute previous pose
void IOptixEngine::srt_previous(float * key, ItemHandle item)
{
	
	Eigen::Vector3f p = item->spaceTime().previousWorldTransform.translation();
	Eigen::Vector3f s = item->spaceTime().scale;
	
	// model bounds works, world bounds does not!
	Eigen::AlignedBox3f bbox = item->spaceTime().modelBound;
	Eigen::Vector3f pivot = bbox.center();