Render batch

        // GpuMappedBuffer approach
        bool matused = false;
        int batchBound = -1;
        for (const Engine::RenderNode& node : nodes)
        {
            bool hasMaterial = false;
            int batch = node.mID / 16;

            if (node.mObject->Has<Engine::MaterialComponent>())
            {
                context->GetCommandList()->Get()->SetGraphicsRootDescriptorTable(1, node.mObject->Get<Engine::MaterialComponent>()->GetDiffuseMap()->GetSRV().mGpuHandle);
                context->GetCommandList()->Get()->SetGraphicsRootDescriptorTable(2, node.mObject->Get<Engine::MaterialComponent>()->GetNormalsMap()->GetSRV().mGpuHandle);
                context->GetCommandList()->Get()->SetGraphicsRootDescriptorTable(3, node.mObject->Get<Engine::MaterialComponent>()->GetMetallicMap()->GetSRV().mGpuHandle);
                context->GetCommandList()->Get()->SetGraphicsRootDescriptorTable(4, node.mObject->Get<Engine::MaterialComponent>()->GetRoughnessMap()->GetSRV().mGpuHandle);
                context->GetCommandList()->Get()->SetGraphicsRootDescriptorTable(5, node.mObject->Get<Engine::MaterialComponent>()->GetHeightMap()->GetSRV().mGpuHandle);
                hasMaterial = true;
                matused = true;
            }

            if (node.mObject->Has<Engine::MeshComponent>() && hasMaterial)
            {
                if (batchBound != batch)
                {
                    batchBound = batch;
                    context->SetConstantBuffer(6, matrices->GetGpuVirtualAddress(batch * 16 * sizeof(float) * 16 * 2));
                }
                context->SetConstants(7, Engine::DWParam(node.mID % 16));

                node.mObject->Get<Engine::MeshComponent>()->GetMesh()->Render(context);
            }
        }

        // StructuredBuffer approach
        for (const Engine::RenderNode& node : nodes)
        {
            node.mObject->Get<Engine::MeshComponent>()->GetMesh()->Render(context);
        }