Added a status flag!

benchmarks/your_benchmark/benchmark.json

+{
+  "name": "UCHANNEL RHO",
+  "title": "UCHANNEL RHO BENCHMARK",
+  "description": "Benchmark for backward rho",
+  "target": "0.9"
+}

benchmarks/your_benchmark/config.yml

@@ -47,4 +47,8 @@ your_benchmark:results:
     -     bash benchmarks/your_benchmark/analyze.sh
     -     cp sim_output/nocampaign/plots_figures/*.pdf results/your_benchmark/
     - fi
+    - echo "Finished, copying over json now"
+    - cp benchmark_output/u_rho_eff.json results/your_benchmark/
     - echo "Finished copying!"
+    - collect_tests.py your_benchmark
+    - echo "Finished collecting!"

benchmarks/your_benchmark/macros/plot_rho_physics_benchmark.C

 #include "RiceStyle.h"
 
+#include "common_bench/benchmark.h"
+
 using namespace std;
 
+///////////// Set benchmark status!
+int setbenchstatus(double eff){
+        // create our test definition
+        common_bench::Test rho_reco_eff_test{
+          {
+            {"name", "rho_reconstruction_efficiency"},
+            {"title", "rho Reconstruction Efficiency for rho -> pi+pi- in the B0"},
+            {"description", "u-channel rho->pi+pi- reconstruction efficiency "},
+            {"quantity", "efficiency"},
+            {"target", "0.9"}
+          }
+        };
+        //this need to be consistent with the target above
+        double eff_target = 0.9;
+
+        if(eff<0 || eff>1){
+          rho_reco_eff_test.error(-1);
+        }else if(eff > eff_target){
+          rho_reco_eff_test.pass(eff);
+        }else{
+          rho_reco_eff_test.fail(eff);
+        }
+
+        // write out our test data
+        common_bench::write_test(rho_reco_eff_test, "./benchmark_output/u_rho_eff.json");
+	return 0;
+}
+
 void plot_rho_physics_benchmark(TString filename="./sim_output/plot_combined.root"){
   Ssiz_t dotPosition = filename.Last('.');
   TString figure_directory = filename(0, dotPosition);
@@ -378,4 +408,11 @@ void plot_rho_physics_benchmark(TString filename="./sim_output/plot_combined.roo
 
   TString figure3name = figure_directory+"/benchmark_rho_efficiencies.pdf";
   c5->Print(figure3name);
+
+  int minbineff = h_VM_mass_MC_etacut->FindBin(0.6);
+  int maxbineff = h_VM_mass_MC_etacut->FindBin(1.0);
+  double reconstuctionEfficiency = (1.0*h_VM_mass_REC_etacut->Integral(minbineff,maxbineff))/(1.0*h_VM_mass_MC_etacut->Integral(minbineff,maxbineff));
+  //set the benchmark status:
+  setbenchstatus(reconstuctionEfficiency);
+
 }