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void | ResetButX () |
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void | Reset () |
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const double & | X1 () const |
| get x-value of first hadron
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const double & | X2 () const |
| get x-value of second hadron
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const int & | p () const |
| get x-value of second hadron
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void | SetX (double x) |
| set x-value of first hadron (if e.g. DIS)
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void | SetX1 (double x) |
| setx-value of first hadron
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void | SetX2 (double x) |
| set x-value of second hadron
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void | SetProcessId (int n) |
| set identifier of specific subprocess (0<n<NSubproc), according to the corresponding PDF linear combination
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void | SetEventCounter (long long int n) |
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void | SetWeight (double w) |
| if not a flexible-scale table More...
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void | SetSigma (double s) |
| weight to calculate cross section (i.e. already multiplied by PDF,alpha_s).
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void | AddSigma (double s) |
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void | SetWeight_MuIndependent (double w) |
| flexible scale table: More...
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void | SetWeight_log_mur (double w) |
| set weight w, which will contribute with log_e(mur^2)*w
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void | SetWeight_log_muf (double w) |
| set weight w, which will contribute with log_e(muf^2)*w
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void | SetWeight_log_murr (double w) |
| set weight w, which will contribute with log^2_e(mur^2)*w
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void | SetWeight_log_muff (double w) |
| set weight w, which will contribute with log^2_e(muf^2)*w
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void | SetWeight_log_murf (double w) |
| set weight w, which will contribute with log_e(mur^2)*log_e(muf^2)*w
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void | AddWeight_MuIndependent (double w) |
| weights must be mutliplied with dummypdf (1/x)
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void | AddWeight_log_mur (double w) |
| set weight w, which will contribute with log_e(mur^2)*w
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void | AddWeight_log_muf (double w) |
| set weight w, which will contribute with log_e(muf^2)*w
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void | AddWeight_log_murr (double w) |
| set weight w, which will contribute with log^2_e(mur^2)*w
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void | AddWeight_log_muff (double w) |
| set weight w, which will contribute with log^2_e(muf^2)*w
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void | AddWeight_log_murf (double w) |
| set weight w, which will contribute with log_e(mur^2)*log_e(muf^2)*w
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