diff --git a/Changes.md b/Changes.md
index ed5f844..7d3f24b 100644
--- a/Changes.md
+++ b/Changes.md
@@ -1,118 +1,120 @@
 # Changelog
 
 This is the log for changes to the HEJ program. Further changes to the HEJ API
 are documented in [`Changes-API.md`](Changes-API.md). If you are using HEJ as a
 library, please also read the changes there.
 
 ## Version 2.1
 
 Implemented W boson with jets for complete set of first subleading processes
 (unordered gluon, central and extremal quark-antiquark pair), see
 [arXiv:TODO](https://arxiv.org/abs/TODO). Ported unordered gluon emissions for
 pure jets from HEJ 1. This release include many changes to the code, which
 affect users of HEJ as a library (see [`Changes-API.md`](Changes-API.md)).
 
 ### 2.1.0
 
 #### New Processes
 * Resummation for W bosons with jets
   - New subleading processes `extremal qqx` & `central qqx` for a quark and
     anti-quark in the final state, e.g. `g g => u d_bar Wm g` (the other
     subleading processes also work with W's)
   - `HEJFOG` can generate multiple jets together with a (off-shell) W bosons
     decaying into lepton & neutrino
 * Resummation can now be performed on all subleading processes within pure
   jets also. This includes `unordered`, `extremal qqbar` and `central
   qqbar` processes.
 
 #### More Physics implementation
 * Partons now have a Colour charge
   - Colours are read from and written to LHE files
   - For reweighted events the colours are created according to leading colour in
     the FKL limit
 * Use relative fraction for soft transverse momentum in extremal jets (`max ext
   soft pt fraction`). This supersedes `min extparton pt`, which is now
   deprecated and will be removed in future versions.
 
 #### Updates to Runcard
 * Allow multiplication and division of multiple scale functions e.g.
   `H_T/2*m_j1j2`
 * Grouped `event treatment` for subleading channels together in runcard
   - Rename `non-HEJ` processes to `non-resummable`
 * Read electro-weak constants from input
   - new mandatory setting `vev` to change vacuum expectation value
   - new mandatory settings `particle properties` to specify mass & width of
     bosons
   - FOG: decays are now specified in `decays` setting (previously under
     `particle properties`)
 * Optional setting to specify maximal number of Fixed Order events (`max
   events`, default is all)
 * Allow changing the regulator lambda in input (`regulator parameter`, only for
   advanced users)
 
 #### Changes to Input/Output
 * Added support to read & write `hdf5` event files suggested in
   [arXiv:1905.05120](https://arxiv.org/abs/1905.05120) (needs
   [HighFive](https://github.com/BlueBrain/HighFive))
 * Support input with average weight equal to the cross section (`IDWTUP=1 or 4`)
 * Analyses now get general run information (`LHEF::HEPRUP`) in the
   constructor. **This might break previously written, external analyses!**
   - external analyses should now be created with
     `make_analysis(YAML::Node const & config, LHEF::HEPRUP const & heprup)`
 * Support `rivet` version 3 with both `HepMC` version 2 and 3
   - Multiple weights with `rivet 3` will only create one `.yoda` file (instead
     of one per weight/scale)
 * Added option to unweight only resummation events
   (`unweight: {type: resummation}`)
 * Added option for partially unweighting resummation events, similar to
   the fixed-order generator.
 * Improved unweighting algorithm.
 * Follow HepMC convention for particle Status codes: incoming = 11,
   decaying = 2, outgoing = 1 (unchanged)
 
 #### Miscellaneous
 * Print cross sections at end of run
+* Added example analysis & scale to `examples/`. Everything in `examples/` will
+  be build when the flag `-DBUILD_EXAMPLES=TRUE` is set in `cmake`.
 * Use `git-lfs` for raw data in test (`make test` now requires `git-lfs`)
 * Dropped support for HepMC 3.0.0, either HepMC version 2 or >3.1 is required
   - It is now possible to write out both HepMC 2 and HepMC 3 events at the same
     time
 
 ## Version 2.0
 
 First release of HEJ 2. Complete code rewrite compared to HEJ 1. Improved
 matching to Fixed Order ([arXiv:1805.04446](https://arxiv.org/abs/1805.04446)).
 Implemented processes: Higgs boson with jets (FKL and unordered gluon emission,
 with finite quark mass loop,
 [arXiv:1812.08072](https://arxiv.org/abs/1812.08072)), and pure jets (only FKL).
 See [arXiv:1902.08430](https://arxiv.org/abs/1902.08430)
 
 
 ### 2.0.6
 
 * Fixed compiling rivet when YODA headers are _outside_ of rivet directory
 
 ### 2.0.5
 
 * Fixed event classification for input not ordered in rapidity
 
 ### 2.0.4
 
 * Fixed wrong path of `HEJ_INCLUDE_DIR` in `hej-config.cmake`
 
 ### 2.0.3
 
 * Fixed parsing of (numerical factor) * (base scale) in configuration
 * Don't change scale names, but sanitise Rivet output file names instead
 
 ### 2.0.2
 
 * Changed scale names to `"_over_"` and `"_times_"` for proper file names (was
   `"/"` and `"*"` before)
 
 ### 2.0.1
 
 * Fixed name of fixed-order generator in error message.
 
 ### 2.0.0
 
 * First release
diff --git a/t/CMakeLists.txt b/t/CMakeLists.txt
index 13aa862..49d0c9a 100644
--- a/t/CMakeLists.txt
+++ b/t/CMakeLists.txt
@@ -1,368 +1,394 @@
 set(tst_dir "${CMAKE_CURRENT_SOURCE_DIR}")
 set(tst_ME_data_dir "${tst_dir}/ME_data")
 
 # small library for common test functions
 add_library(hej_test SHARED hej_test.cc)
 target_include_directories(hej_test PUBLIC ${tst_dir})
 target_link_libraries(hej_test HEJ)
 # test event classification
 # test explicit configurations
 add_executable(test_classify ${tst_dir}/test_classify.cc)
 target_compile_options(test_classify PRIVATE "-O0") # avoid compiler optimisation
 target_link_libraries(test_classify HEJ hej_test)
 add_test(
   NAME t_classify
   COMMAND test_classify
   )
 # test against reference data
 add_executable(test_classify_ref ${tst_dir}/test_classify_ref.cc)
 target_link_libraries(test_classify_ref HEJ hej_test)
 add_test(
   NAME t_classify_ref
   COMMAND test_classify_ref ${tst_dir}/classify_ref ${tst_dir}/classify.lhe.gz
   )
 add_test(
   NAME t_classify_ref_4j
   COMMAND test_classify_ref ${tst_dir}/classify_ref_4j ${tst_dir}/4j.lhe.gz
   )
 add_test(
   NAME t_classify_ref_W4j
   COMMAND test_classify_ref ${tst_dir}/classify_ref_W4j ${tst_dir}/MGemnubar4j_unweighted.lhe.gz
   )
 
 # test for valid W decays
 add_executable(test_decay ${tst_dir}/test_decay.cc)
 target_link_libraries(test_decay HEJ hej_test)
 add_test(
   NAME t_valid_decay
   COMMAND test_decay
   )
 
 # test valid jet cuts on tagging jets
 add_executable(test_jet_cuts ${tst_dir}/test_jet_cuts.cc)
 target_link_libraries(test_jet_cuts HEJ hej_test)
 add_test(
   NAME t_jet_cuts
   COMMAND test_jet_cuts
   )
 
 # test phase space point
 add_executable(test_psp ${tst_dir}/test_psp.cc)
 target_link_libraries(test_psp HEJ hej_test)
 add_test(
   NAME t_psp
   COMMAND test_psp ${tst_dir}/psp_gen.lhe.gz
   )
 
+# test importing analyses
+
+get_target_property(ANALYSIS_PATH AnalysisTemplate_lib BINARY_DIR)
+get_target_property(ANALYSIS_LIB AnalysisTemplate_lib OUTPUT_NAME)
+set(ANALYSIS_PARAMETERS "")
+configure_file( ${tst_dir}/analysis_config.yml.in
+                ${PROJECT_BINARY_DIR}/t/analysis_config_simple.yml  @ONLY )
+add_test(
+  NAME t_analysis_simple
+  COMMAND $<TARGET_FILE:HEJ_main>
+          ${PROJECT_BINARY_DIR}/t/analysis_config_simple.yml
+          ${tst_dir}/2j.lhe.gz
+)
+
+get_target_property(ANALYSIS_PATH AnalysisPrint_lib BINARY_DIR)
+get_target_property(ANALYSIS_LIB AnalysisPrint_lib OUTPUT_NAME)
+set(ANALYSIS_PARAMETERS "  output: ana_output")
+configure_file( ${tst_dir}/analysis_config.yml.in
+                ${PROJECT_BINARY_DIR}/t/analysis_config_print.yml  @ONLY )
+add_test(
+  NAME t_analysis_print
+  COMMAND $<TARGET_FILE:HEJ_main>
+          ${PROJECT_BINARY_DIR}/t/analysis_config_print.yml
+          ${tst_dir}/2j.lhe.gz
+)
+
 # test importing scales (from examples/softestptScale)
 add_executable(test_scale_import ${tst_dir}/test_scale_import)
 target_link_libraries(test_scale_import HEJ)
 
 get_target_property(SCALE_PATH softestptScale_lib BINARY_DIR)
 get_target_property(SCALE_LIB softestptScale_lib OUTPUT_NAME)
 set(SCALE_NAME "softest_jet_pt")
 configure_file( ${tst_dir}/jet_config_with_import.yml.in
                 ${PROJECT_BINARY_DIR}/t/jet_config_with_import.yml  @ONLY )
 
 add_test(
   NAME t_scale_import
   COMMAND test_scale_import ${PROJECT_BINARY_DIR}/t/jet_config_with_import.yml
 )
 
 # test scale arithmetic (e.g. 2*H_T/4)
 add_executable(test_scale_arithmetics ${tst_dir}/test_scale_arithmetics)
 target_link_libraries(test_scale_arithmetics HEJ hej_test)
 add_test(
   NAME t_scale_arithmetics
   COMMAND test_scale_arithmetics ${tst_dir}/jet_config.yml ${tst_dir}/2j.lhe.gz
   )
 
 # test "ParameterDescription"
 add_executable(test_descriptions ${tst_dir}/test_descriptions)
 target_link_libraries(test_descriptions HEJ hej_test)
 add_test(
   NAME t_descriptions
   COMMAND test_descriptions
   )
 
 # test "EventParameters*Weight"
 add_executable(test_parameters ${tst_dir}/test_parameters)
 target_link_libraries(test_parameters HEJ hej_test)
 add_test(
   NAME test_parameters
   COMMAND test_parameters
   )
 
 # test unweighting
 add_executable(test_unweighter ${tst_dir}/test_unweighter)
 target_link_libraries(test_unweighter HEJ hej_test)
 add_test(
   NAME test_unweighter
   COMMAND test_unweighter ${tst_dir}/4j.lhe.gz
   )
 
 # test colour generation
 add_executable(test_colours ${tst_dir}/test_colours)
 target_link_libraries(test_colours HEJ hej_test)
 add_test(
   NAME t_colour_flow
   COMMAND test_colours
   )
 
 # test matrix elements
 add_executable(test_ME_generic ${tst_dir}/test_ME_generic.cc)
 target_link_libraries(test_ME_generic HEJ hej_test)
 add_test(
   NAME t_ME_j
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_mtinf.yml ${tst_ME_data_dir}/ME_jets_tree.dat ${tst_ME_data_dir}/PSP_jets.lhe.gz
   )
 add_test(
   NAME t_ME_j_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_mtinf.yml ${tst_ME_data_dir}/ME_jets_tree_virt.dat ${tst_ME_data_dir}/PSP_jets.lhe.gz
   )
 add_test(
   NAME t_ME_h
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_mtinf.yml ${tst_ME_data_dir}/ME_h_mtinf_tree.dat ${tst_ME_data_dir}/PSP_h.lhe.gz
   )
 add_test(
   NAME t_ME_h_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_mtinf.yml ${tst_ME_data_dir}/ME_h_mtinf_virt.dat ${tst_ME_data_dir}/PSP_h.lhe.gz
   )
 if(QCDloop_FOUND)
   add_test(
     NAME t_ME_h_mt
     COMMAND test_ME_generic ${tst_ME_data_dir}/config_mt.yml ${tst_ME_data_dir}/ME_h_mt_tree.dat ${tst_ME_data_dir}/PSP_h.lhe.gz
     )
   add_test(
     NAME t_ME_h_mtmb
     COMMAND test_ME_generic ${tst_ME_data_dir}/config_mtmb.yml ${tst_ME_data_dir}/ME_h_mtmb_tree.dat ${tst_ME_data_dir}/PSP_h.lhe.gz
     )
 endif()
 add_test(
   NAME t_ME_j_subl
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_pure.yml ${tst_ME_data_dir}/ME_jets_subl_tree.dat ${tst_ME_data_dir}/PSP_jets_subl.lhe.gz
   )
 add_test(
   NAME t_ME_j_subl_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_pure.yml ${tst_ME_data_dir}/ME_jets_subl_tree_virt.dat ${tst_ME_data_dir}/PSP_jets_subl.lhe.gz
   )
 add_test(
   NAME t_ME_j_subl_new
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_pure.yml ${tst_ME_data_dir}/ME_jets_subl_tree_new.dat ${tst_dir}/4j.lhe.gz
   )
 add_test(
   NAME t_ME_j_subl_new_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_pure.yml ${tst_ME_data_dir}/ME_jets_subl_tree_new_virt.dat ${tst_dir}/4j.lhe.gz
   )
 add_test(
   NAME t_ME_w_FKL
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_w_ME.yml ${tst_ME_data_dir}/ME_w_FKL_tree.dat ${tst_ME_data_dir}/PSP_w_FKL.lhe.gz
   )
 add_test(
   NAME t_ME_w_FKL_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_w_ME.yml ${tst_ME_data_dir}/ME_w_FKL_virt.dat ${tst_ME_data_dir}/PSP_w_FKL.lhe.gz
   )
 add_test(
   NAME t_ME_Wp
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_w_ME.yml ${tst_ME_data_dir}/ME_Wp.dat ${tst_ME_data_dir}/PSP_Wp.lhe.gz
   )
 add_test(
   NAME t_ME_Wp_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_w_ME.yml ${tst_ME_data_dir}/ME_Wp_virt.dat ${tst_ME_data_dir}/PSP_Wp.lhe.gz
   )
 add_test(
   NAME t_ME_Wm
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_w_ME.yml ${tst_ME_data_dir}/ME_Wm.dat ${tst_ME_data_dir}/PSP_Wm.lhe.gz
   )
 add_test(
   NAME t_ME_Wm_virt
   COMMAND test_ME_generic ${tst_ME_data_dir}/config_w_ME.yml ${tst_ME_data_dir}/ME_Wm_virt.dat ${tst_ME_data_dir}/PSP_Wm.lhe.gz
   )
 
 # test main executable
 file(COPY "${tst_dir}/jet_config.yml" DESTINATION "${CMAKE_BINARY_DIR}")
 set(test_config "${CMAKE_BINARY_DIR}/jet_config.yml")
 if(HighFive_FOUND)
   file(READ ${test_config} config)
   file(WRITE ${test_config} "${config}  - tst.hdf5\n")
 endif()
 if(HepMC3_FOUND)
   file(READ ${test_config} config)
   file(WRITE ${test_config} "${config}  - tst.hepmc\n")
 endif()
 if(HepMC_FOUND)
   file(READ ${test_config} config)
   file(WRITE ${test_config} "${config}  - tst.hepmc2\n")
 endif()
 if(rivet_FOUND)
   file(READ ${test_config} config)
   file(WRITE ${test_config} "${config}\nanalysis:\n  rivet: MC_XS\n  output: tst\n")
 endif()
 set(test_cmd_main "$<TARGET_FILE:HEJ_main>\\\;${test_config}\\\;${tst_dir}/2j.lhe.gz")
 # check that HepMC3 output is correct
 if(HepMC3_FOUND)
   add_executable(check_hepmc ${tst_dir}/check_hepmc.cc)
   target_link_libraries(check_hepmc HEJ ${HEPMC3_LIBRARIES})
   target_include_directories(check_hepmc PRIVATE ${HEPMC3_INCLUDE_DIR})
   set(test_cmd_hepmc "$<TARGET_FILE:check_hepmc>\\\;tst.hepmc")
 else()
   set(test_cmd_hepmc "")
 endif()
 # check that LHEF output is correct
 add_executable(check_lhe ${tst_dir}/check_lhe.cc)
 target_link_libraries(check_lhe HEJ hej_test)
 set(test_cmd_lhe "$<TARGET_FILE:check_lhe>\\\;tst.lhe")
 # check that rivet interface is consistent with naive rivet
 if(rivet_FOUND)
   # this assumes "rivet" and "yodadiff" are found in PATH
   if(rivet_USE_HEPMC3)
     set(hepmc_file "tst.hepmc")
   else()
     set(hepmc_file "tst.hepmc2")
   endif()
   if(rivet_USE_HEPMC3 OR (rivet_VERSION VERSION_LESS 3))
     set(histo_exclude "")
   else()
     # rivet 3 with HepMC 2 is inconsistent in order of weights
     # -> interface != direct call (by permutation)
     # REQUIRES Yoda 1.7.5
     set(histo_exclude "-M\\\;\\\\d")
   endif()
   set(test_cmd_rivet "rivet\\\;-a\\\;MC_XS\\\;${hepmc_file}\\\;-o\\\;tst_direct.yoda\
 \;yodadiff\\\;${histo_exclude}\\\;tst.yoda\\\;tst_direct.yoda")
 else()
   set(test_cmd_rivet "")
 endif()
 # Run dependent tests in one command to ensure correct execution order
 # Note: The commands are concatenated with "\;" to escape CMake lists.
 #       Thus arguments have to be escaped twice "\\\;".
 #       e.g. "cmd1\;cmd2\\\;arg1\\\;arg2" is executed like "cmd1 && cmd2 arg1 arg2"
 add_test(
   NAME t_main
   COMMAND ${CMAKE_COMMAND}
     -DCMDS=${test_cmd_main}\;${test_cmd_hepmc}\;${test_cmd_lhe}\;${test_cmd_rivet}
     -P ${PROJECT_SOURCE_DIR}/cmake/run_multiple_tests.cmake
   )
 # check HDF5 reader & writer
 if(HighFive_FOUND)
   add_executable(test_hdf5 ${tst_dir}/test_hdf5.cc)
   target_link_libraries(test_hdf5 HEJ)
   add_test(
     NAME t_hdf5
     COMMAND test_hdf5 ${tst_dir}/Wm9-g4-repack.hdf5
     )
   add_executable(test_hdf5_write ${tst_dir}/test_hdf5_write.cc)
   target_link_libraries(test_hdf5_write HEJ)
   add_test(
     NAME t_hdf5_write
     COMMAND test_hdf5_write ${tst_dir}/Wm9-g4-repack.hdf5
     )
 endif()
 # check rivet interface
 if(RIVET_FOUND)
   add_executable(check_rivet ${tst_dir}/check_rivet.cc)
   target_link_libraries(check_rivet HEJ rivet::rivet)
   add_test(
     NAME t_rivet
     COMMAND check_rivet
     )
 endif()
 
 # test boson reconstruction
 add_executable(cmp_events ${tst_dir}/cmp_events.cc)
 target_link_libraries(cmp_events HEJ)
 add_test(
   NAME t_epnu_2j_noW
   COMMAND cmp_events ${tst_dir}/epnu2jLOFKL_unweight.lhe.tar.gz ${tst_dir}/epnu2jLOFKL_unweight_noW.lhe.gz
   )
 
 # test resummed result
 add_executable(check_res ${tst_dir}/check_res.cc)
 target_link_libraries(check_res HEJ hej_test)
 
 if(TEST_ALL) # deactivate long tests by default
   add_test(
     NAME t_2j
     COMMAND check_res ${tst_dir}/2j.lhe.gz 3.49391e+07 419684
     )
   add_test(
     NAME t_3j
     COMMAND check_res ${tst_dir}/3j.lhe.gz  2.37902e+06 25746.6
     )
   add_test(
     NAME t_3j_unof
     COMMAND check_res ${tst_dir}/3j.lhe.gz  133399 4688.83 unof
     )
   add_test(
     NAME t_3j_unob
     COMMAND check_res ${tst_dir}/3j.lhe.gz  105247 3449.45 unob
     )
   add_test(
     NAME t_3j_splitf
     COMMAND check_res ${tst_dir}/3j.lhe.gz  97659.9 2748.65 splitf
     )
   add_test(
     NAME t_3j_splitb
     COMMAND check_res ${tst_dir}/3j.lhe.gz  107150 2799.8 splitb
     )
   add_test(
     NAME t_4j
     COMMAND check_res ${tst_dir}/4j.lhe.gz  603713 72822.6
     )
   add_test(
     NAME t_4j_qqxmid
     COMMAND check_res ${tst_dir}/4j.lhe.gz  21866.7 1716.96 qqxmid
     )
   add_test(
     NAME t_h_3j
     COMMAND check_res ${tst_dir}/h_3j.lhe.gz 0.821622 0.0220334
     )
   add_test(
     NAME t_h_3j_unof
     COMMAND check_res ${tst_dir}/h_3j_uno.lhe.gz 0.0127362 0.000271555 unof
     )
   add_test(
     NAME t_h_3j_unob
     COMMAND check_res ${tst_dir}/h_3j_uno.lhe.gz 0.0130615 0.000224793 unob
     )
   add_test(
     NAME t_epnu_2j
     COMMAND check_res ${tst_dir}/epnu2jLOFKL_unweight.lhe.tar.gz 262.7 3
     )
   add_test(
     NAME t_MGepnu_3j
     COMMAND check_res ${tst_dir}/MGepnu3j_unweighted.lhe.gz 38.9512 1
     )
   add_test(
     NAME t_MGemnubar_3j
     COMMAND check_res ${tst_dir}/MGemnubar3j_unweighted.lhe.gz 24.1575 1
     )
   add_test(
     NAME t_MGepnu_3j_unof
     COMMAND check_res ${tst_dir}/MGepnu3j_unweighted.lhe.gz 9.63702 0.128355 unof
     )
   add_test(
     NAME t_MGepnu_3j_unob
     COMMAND check_res ${tst_dir}/MGepnu3j_unweighted.lhe.gz 9.70119 0.108436 unob
     )
   add_test(
     NAME t_MGepnu_3j_splitf
     COMMAND check_res ${tst_dir}/MGepnu3j_unweighted.lhe.gz 2.91995 0.0463182 splitf
     )
   add_test(
     NAME t_MGepnu_3j_splitb
     COMMAND check_res ${tst_dir}/MGepnu3j_unweighted.lhe.gz 3.40708 0.0550975 splitb
     )
   add_test(
     NAME t_MGepnu_4j
     COMMAND check_res ${tst_dir}/MGepnu4j_unweighted.lhe.gz 10.2542 0.135106
     )
   add_test(
     NAME t_MGemnubar_4j
     COMMAND check_res ${tst_dir}/MGemnubar4j_unweighted.lhe.gz 5.57909 0.0300496
     )
   add_test(
     NAME t_MGepnu_4j_qqxmid
     COMMAND check_res ${tst_dir}/MGepnu4j_unweighted.lhe.gz 0.732084 0.005 qqxmid
     )
 endif()
diff --git a/t/analysis_config.yml.in b/t/analysis_config.yml.in
new file mode 100644
index 0000000..50cc70e
--- /dev/null
+++ b/t/analysis_config.yml.in
@@ -0,0 +1,45 @@
+trials: 10
+
+max ext soft pt fraction: 0.1
+
+resummation jets:
+  min pt: 35
+  algorithm: antikt
+  R: 0.4
+
+fixed order jets:
+  min pt: 30
+
+event treatment:
+  FKL: reweight
+  unordered: discard
+  extremal qqx: reweight
+  central qqx: discard
+  non-resummable: keep
+
+log correction: false
+
+scales: 125
+
+random generator:
+  name: mixmax
+  seed: 11
+
+vev: 246.2196508
+
+particle properties:
+  Higgs:
+    mass: 125
+    width: 0.004165
+  W:
+    mass: 80.385
+    width: 2.085
+  Z:
+    mass: 91.187
+    width: 2.495
+
+analysis:
+  plugin: @ANALYSIS_PATH@/lib@ANALYSIS_LIB@.so
+@ANALYSIS_PARAMETERS@
+
+max events: 100