39 lines
1.2 KiB
C++
39 lines
1.2 KiB
C++
{
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// For Flexi source
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// eventually convert from ASCII output files to ROOT files
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/*
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gROOT->ProcessLine(".L convert.C");
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ReadASCII("EnergyDeposition_Flexi_livermore.out", "brachytherapy_Flexi_livermore.root");
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ReadASCII("EnergyDeposition_Flexi_penelope.out", "brachytherapy_Flexi_penelope.root");
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ReadASCII("EnergyDeposition_Flexi_opt0.out", "brachytherapy_Flexi_opt0.root");
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ReadASCII("EnergyDeposition_Flexi_opt3.out", "brachytherapy_Flexi_opt3.root");
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ReadASCII("EnergyDeposition_Flexi_opt4.out", "brachytherapy_Flexi_opt4.root");
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*/
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// g(r) is calculated from the root files
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gROOT->ProcessLine(".L TG43_relative_dose.C");
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Read("Flexi", "livermore");
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Read("Flexi", "penelope");
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Read("Flexi", "opt0");
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Read("Flexi", "opt3");
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Read("Flexi", "opt4");
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//gROOT->ProcessLine(".x compare.C");
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// or...
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// plot all results with the alternative EM physics constructors
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gROOT->ProcessLine(".x compare_all.C");
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// use compare.C when only one physics approach is used
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// For Oncura source
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/*gROOT->ProcessLine(".L TG43_relative_dose.C");
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Read("Oncura", "livermore");
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Read("Oncura", "penelope");
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Read("Oncura", "opt0");
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Read("Oncura", "opt3");
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Read("Oncura", "opt4");
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gROOT->ProcessLine(".x compare_6711.C");
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//or ...
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// gROOT->ProcessLine(".x compare_6711_all.C");
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*/
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}
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