Method render_debug_kernel

src/Renderer/GPURendererThread.cpp:257–296

}

void GPURendererThread::render_debug_kernel()
{
	m_frame_rendered = false;

	GPUKernelCompilerOptions compiler_options_copy = m_renderer->m_global_compiler_options->deep_copy();
	// Copying the render data here to avoid race concurrency issues with
	// the asynchronous ImGui UI which may also modifiy the render data
	HIPRTRenderData render_data_copy = m_renderer->get_render_data();

	// Updating the previous and current camera
	render_data_copy.current_camera = m_renderer->m_camera.to_hiprt(m_renderer->m_render_resolution.x, m_renderer->m_render_resolution.y);
	render_data_copy.prev_camera = m_renderer->m_previous_frame_camera.to_hiprt(m_renderer->m_render_resolution.x, m_renderer->m_render_resolution.y);

	launch_debug_kernel(render_data_copy);

	// Recording GPU frame time stop timestamp and computing the frame time
	struct CallbackPayload
	{
		bool* frame_rendered;
		bool* currently_rendering;
		std::condition_variable* render_completed_condition_variable;
	};

	CallbackPayload* payload = new CallbackPayload;
	payload->currently_rendering = &m_currently_rendering;
	payload->frame_rendered = &m_frame_rendered;
	payload->render_completed_condition_variable = &m_render_completed_condition_variable;

	OROCHI_CHECK_ERROR(oroLaunchHostFunc(m_renderer->get_main_stream(), [](void* payload) 
	{
		CallbackPayload* payload_struct = reinterpret_cast<CallbackPayload*>(payload);
		*payload_struct->frame_rendered = true;
		*payload_struct->currently_rendering = false;
		payload_struct->render_completed_condition_variable->notify_all();

		delete payload_struct;
	}, payload));

	post_sample_update(render_data_copy, compiler_options_copy);
}

GPUKernel& GPURendererThread::get_debug_trace_kernel()
{