     forAllVertices(hornet, OPERATOR_LocalClusteringCoefficients { triPerVertex,d_ccLocal }); 
 
 
-    // int* d_ccLocalInt;
-    // int sumInt=gpu::reduce<clusterCoeff_t>(d_ccLocal, size_t(hornet.nV()));
-
-    // xlib::CubReduce<clusterCoeff_t> red(d_ccLocal, hornet.nV());
-    // gpu::reduce
-
     int _num_items = hornet.nV();
 
     void*  _d_temp_storage     { nullptr };

    gpu::free(_d_temp_storage);

    std::cout << "Global CC " << h_ccGlobal/hornet.nV() << std::endl;
    // clusterCoeff_t sum=gpu::reduce(d_ccLocal, hornet.nV());
}


void ClusteringCoefficient::release(){

#include "Static/ClusteringCoefficient/cc.cuh"
#include "Static/TriangleCounting/triangle2.cuh"


#include "Core/StandardAPI.hpp"

