This is an attempt to use Les Houches event files to generate an event in Herwig. We target the inclusive dijet production event at 7 TeV, using an LHE file from MadGraph5. Please make a folder and copy the input and LHE files in it; Input file: {F541661} LHE file: {F541662} Alternatively, you can simply use the following commands: ``` mkdir LesHouches cd LesHouches wget https://phab-files.hepforge.org/file/download/n5ycv7s67f47i7nk37fi/PHID-FILE-bzz3zr7ar5bniyuqmct5/LHC-LesHouches.in wget https://phab-files.hepforge.org/file/download/ktmalsrogbl4ec52dynp/PHID-FILE-73dmncv2ytrteho6g3gn/LHC-dijet.lhe.gz ``` You can run the event by: ``` Herwig read LHC-LesHouches.in Herwig run LHC-LesHouches.run -N 10000 ``` By looking at the input files, one finds ut that it is using the [[https://rivet.hepforge.org/analyses/ATLAS_2012_I1082936.html | ATLAS_2012_I1082936 ]] Rivet analysis plugin to compare the results against the exiting experimental data. To create the corresponding plots, run: ``` rivet-mkhtml LHC-LesHouches.yoda ``` and find the plots in "rivet-plots" directory. Obviously, 10000 iterations are not nearly enough to cancel-out the statistical fluctuations in the results. However, running this event with the minimum of the required iterations could be time-consuming. We have already run this event for 8 million iterations: FILE you can compare your results with our's, using ``` rivet-mkhtml LHC-LesHouches.yoda:N10K dijet7TeV.yoda:N8M ```

This is an attempt to use Les Houches event files to generate an event in Herwig. We target the inclusive dijet production event at 7 TeV, using an LHE file from MadGraph5. Please make a folder and copy the input and LHE files in it; Input file: {F541661} LHE file: {F541662} Alternatively, you can simply use the following commands: ``` mkdir LesHouches cd LesHouches wget https://phab-files.hepforge.org/file/download/n5ycv7s67f47i7nk37fi/PHID-FILE-bzz3zr7ar5bniyuqmct5/LHC-LesHouches.in wget https://phab-files.hepforge.org/file/download/ktmalsrogbl4ec52dynp/PHID-FILE-73dmncv2ytrteho6g3gn/LHC-dijet.lhe.gz ``` Now, you can run the event by: ``` Herwig read LHC-LesHouches.in Herwig run LHC-LesHouches.run -N 10000 ``` By looking at the input files, one finds out that it is using the [[https://rivet.hepforge.org/analyses/ATLAS_2012_I1082936.html | ATLAS_2012_I1082936 ]] Rivet analysis plugin to compare the results against the exiting experimental data. To create the corresponding plots, run: ``` rivet-mkhtml LHC-LesHouches.yoda ``` and find the plots in "rivet-plots" directory. Obviously, 10000 iterations are not nearly enough to cancel-out the statistical fluctuations in the results. However, running this event with the minimum of the required iterations could be time-consuming. We have already run this event for 8 million iterations: FILE you can compare your results with our's, using ``` rivet-mkhtml LHC-LesHouches.yoda:N10K dijet7TeV.yoda:N8M ```

This is an attempt to use Les Houches event files to generate an event in Herwig. We target the inclusive dijet production event at 7 TeV, using an LHE file from MadGraph5. Please make a folder and copy the input and LHE files in it; Input file: {F541661} LHE file: {F541662} Alternatively, you can simply use the following commands: ``` mkdir LesHouches cd LesHouches wget https://phab-files.hepforge.org/file/download/n5ycv7s67f47i7nk37fi/PHID-FILE-bzz3zr7ar5bniyuqmct5/LHC-LesHouches.in wget https://phab-files.hepforge.org/file/download/ktmalsrogbl4ec52dynp/PHID-FILE-73dmncv2ytrteho6g3gn/LHC-dijet.lhe.gz ``` YouNow, you can run the event by: ``` Herwig read LHC-LesHouches.in Herwig run LHC-LesHouches.run -N 10000 ``` By looking at the input files, one finds out that it is using the [[https://rivet.hepforge.org/analyses/ATLAS_2012_I1082936.html | ATLAS_2012_I1082936 ]] Rivet analysis plugin to compare the results against the exiting experimental data. To create the corresponding plots, run: ``` rivet-mkhtml LHC-LesHouches.yoda ``` and find the plots in "rivet-plots" directory. Obviously, 10000 iterations are not nearly enough to cancel-out the statistical fluctuations in the results. However, running this event with the minimum of the required iterations could be time-consuming. We have already run this event for 8 million iterations: FILE you can compare your results with our's, using ``` rivet-mkhtml LHC-LesHouches.yoda:N10K dijet7TeV.yoda:N8M ```