Include CALO digits and clusters for inclusive dilepton lines wth electrons

@mtat @jagoodin

Adding CALO digits to inclusive dielectron and electron-muon lines increases BW from 1000 MB/s to 1170 MB/s. To bring this down, the following changes are made to the inclusive lines:

• Removed CALO digits on cut-based inclusive lines
• Tightened DOCA chi2 of dileptons in dielectron lines from 30 to 10
• Added DOCA chi2 cut of 10 to electron-muon lines
• Increased electron PT cut from 100 MeV to 250 MeV
• Tightened hadron IP chi2 from 6 to 7

This brings the BW back down to 985 MB/s.

In addition, the spruce BW seems to have increased by around 6%. After tightening several lines, the BW seems to have reduced back to where it was originally.

• In make_rd_detached_dielectron_for_BuTohPi0EE the I've added an IP chi2 cut of 12, tightened DOCACHI2 from 36 to 10 and tightened vertex chi2 from 9 to 8
• In make_rd_detached_dimuon_for_BuTohPi0MuMu, muon PIDmu is tightened from -4 to -2, and DOCA chi2 is tightened from 36 to 16
• In make_rd_detached_{kaons,pions}_for_hPi0ll a momentum cut of 2 GeV is added
• In Hlt2RD_BuToKpResolvedPi0MuMu the kaon PID is tightened from 1 to 2, and same for the sprucing line
• In SpruceRD_BuToHpEE electron PT is tightened from 100 MeV to 250 MeV, IP chi2 from 3 to 6 and hadron PT from 100 MeV to 200 MeV
• In SpruceRD_B0ToHpHmEE electron PT is tightened from 100 MeV to 300 MeV, IP chi2 from 3 to 7, added hadron momentum cut at 2 GeV and tightened Kst IP chi2 from 8 to 9
• Added DOCACHI2 cut at 10 in SpruceRD_BToPpPmEE and SpruceRD_BuToL0PmEE_{LL,DD} lines, and tightened proton PIDp cut from 0 to 1 in SpruceRD_BuToL0PmEE_{LL,DD} lines
• Added prescale of 0.4 in SpruceRD_BuToKTauTau_TauToMu_FakeK and tightened prescale in SpruceRD_BuToKTauMu_TauToMu_FakeK_SSKMu from 0.15 to 0.1
• All mass ranges in dielectron lines with pi0 reduced from 3.5 GeV to 4.0 GeV

I have also pinged the relevant line authors about these changes