Check multiple candidate b to eta kstar

Check multiple candidate B to etap kstar

1.For the make_BdsToEtapKstz_Gamma line.

options.evt_max = 100000
b/w (GB/s) = input rate (1290 kHz for this HLT2 output file) x file_size (MB) / options.evt_max
           = 1290 kHz x 0.0085 MB / 100000 = 0.00010965GB/s = 0.11MB/s
rate (kHz) = input rate (45.1 kHz for this HLT2 output file) x eff
           = 1290 kHz x (0.001000000 +- 0.000999995)% = 0.0129 kHz

[lji@lxplus958 stack]$  ls -lh --si  hlt2_output_bnoc_data__turbo.mdf 
-rwxr-x---. 1 lji z5 8.5k Dec  5 09:09 hlt2_output_bnoc_data__turbo.mdf

[lji@lxplus958 stack]$ grep "LAZY_AND: Hlt2BnoC_BdsToEtapKstz_Gamma" make_BdsToEtapKstz_Gamma7.log 
   LAZY_AND: Hlt2BnoC_BdsToEtapKstz_GammaDecisionWithOutput                   #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|
    LAZY_AND: Hlt2BnoC_BdsToEtapKstz_Gamma                                    #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|

And, the candidate multiplicity is as follows:

2.For the make_BuToEtaKstp_LL_Gamma line.

options.evt_max = 100000
b/w (GB/s) = input rate (1290 kHz for this HLT2 output file) x file_size (MB) / options.evt_max
           = 1290 kHz x 0.0110 MB / 100000 = 0.0001419GB/sGB/s = 0.14MB/s
rate (kHz) = input rate (45.1 kHz for this HLT2 output file) x eff
           = 1290 kHz x (0.001000000 +- 0.000999995)% = 0.0129 kHz

[lji@lxplus902 stack]$ ls -lh --si  hlt2_output_bnoc_data__turbo.mdf 
-rwxr-x---. 1 lji z5 12k Dec  5 12:28 hlt2_output_bnoc_data__turbo.mdf
[lji@lxplus902 stack]$ grep "LAZY_AND: Hlt2BnoC_BuToEtaKstp_LL_Gamma" BuToEtaKstp_LL_Gamma6.log 
   LAZY_AND: Hlt2BnoC_BuToEtaKstp_LL_GammaDecisionWithOutput                  #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|
    LAZY_AND: Hlt2BnoC_BuToEtaKstp_LL_Gamma                                   #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|

And, the candidate multiplicity is as follows:

3.For the make_BuToEtapKstp_LL_Gamma line.

options.evt_max = 100000
b/w (GB/s) = input rate (1290 kHz for this HLT2 output file) x file_size (MB) / options.evt_max
           = 1290 kHz x 0.0100 MB / 100000 = 0.0001290GB/sGB/s = 0.129MB/s
rate (kHz) = input rate (45.1 kHz for this HLT2 output file) x eff
           = 1290 kHz x (0.001000000 +- 0.000999995)% = 0.0129 kHz

[lji@lxplus902 change3]$ ls -sh -si hlt2_output_bnoc_data__turbo.mdf 
1947492988 10K hlt2_output_bnoc_data__turbo.mdf
[lji@lxplus902 change3]$ grep "LAZY_AND: Hlt2BnoC_BuToEtapKstp_LL_Gamma" BuToEtapKstp_LL_Gamma3.log 
   LAZY_AND: Hlt2BnoC_BuToEtapKstp_LL_GammaDecisionWithOutput                 #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|
    LAZY_AND: Hlt2BnoC_BuToEtapKstp_LL_Gamma                                  #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|
    LAZY_AND: Hlt2BnoC_BuToEtaKstp_LL_Gamma                                   #=100000  Sum=1           Eff=|(0.001000000 +- 0.000999995)%|

And, the candidate multiplicity is as follows:

cc @hyin