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#ifndef ProdTutorial_CUmcparticle_h
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#define ProdTutorial_CUmcparticle_h
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#include <vector>
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// a simple class
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struct CUmcparticle
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{
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explicit CUmcparticle(double v, int c):energy(v),et(v),pt(v),px(v),py(v),pz(v),phi(v),eta(v),theta(v),mass(v),vx(v),vy(v),vz(v),motherET(v),motherPT(v),motherPhi(v),motherEta(v),grandMotherET(v),grandMotherPT(v),grandMotherPhi(v),grandMotherEta(v),charge(c),id(c),status(c),motherId(c),grandMotherId(c),grandMotherCharge(c) { }
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CUmcparticle():energy(-99),et(-99),pt(-99),px(-99),py(-99),pz(-99),phi(-99),eta(-99),theta(-99),mass(-99),vx(-99),vy(-99),vz(-99),motherET(-99),motherPT(-99),motherPhi(-99),motherEta(-99),grandMotherET(-99),grandMotherPT(-99),grandMotherPhi(-99),grandMotherEta(-99),charge(-99),id(-99),status(-99),motherId(-99),motherCharge(-99),grandMotherId(-99),grandMotherCharge(-99) { }
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double energy,et,pt,px,py,pz,phi,eta,theta,mass,vx,vy,vz,motherET,motherPT,motherPhi,motherEta,grandMotherET,grandMotherPT,grandMotherPhi,grandMotherEta,ggrandMotherET,ggrandMotherPT,ggrandMotherPhi,ggrandMotherEta;
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int charge,id,status,motherId,motherCharge,grandMotherId,grandMotherCharge;
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};
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// this is our new product, it is simply a
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// collection of CUmcparticle held in an std::vector
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typedef std::vector<CUmcparticle> CUmcparticleCollection;
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#endif
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