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diff --git a/FixedOrderGen/configFO.yml b/FixedOrderGen/configFO.yml
index c238e4e..25686bb 100644
--- a/FixedOrderGen/configFO.yml
+++ b/FixedOrderGen/configFO.yml
@@ -1,54 +1,62 @@
+# number of generated events
events: 200
jets:
min pt: 30
- R: 0.4
algorithm: antikt
+ R: 0.4
max rapidity: 5
beam:
energy: 6500
particles: [p, p]
pdf: 230000
process: p p => h 4j
# fraction of events with two extremal emissions in one direction
# that contain an unordered emission
unordered fraction: 0.05
scales: max jet pperp
event output:
- HEJFO.lhe
# - RHEJ.lhe
# - RHEJ_events.hepmc
Higgs properties:
mass: 125
width: 0.004165
decays: {into: [photon, photon], branching ratio: 0.0023568762400521404}
random generator:
name: mixmax
+# unweighting parameters
+# remove to obtain weighted events
unweight:
- sample size: 200
+ sample size: 200 # should be similar to "events:", but not more than ~10000
max deviation: 0
+# to use a rivet analysis
+#
+# analysis:
+# rivet: MC_XS # rivet analysis name
+# output: RHEJ # name of the yoda files, ".yoda" and scale suffix will be added
+#
+# to use a custom analysis
+#
# analysis:
-# # to use a custom analysis
-# plugin: /home/andersen/HEJ/PURE/GitReverse/build/analysis-plugins/src/libVBF.so
-# min dy12: 2.8
-# min m12: 400
-# output: HEJFO.root
-# # wtwt cut: # optional cut on (event weight)^2
+# plugin: /path/to/libmyanalysis.so
+# my analysis parameter: some value
# parameters for Higgs-gluon couplings
-# this requires compilation with looptools
+# this requires compilation with qcdloop
+#
# Higgs coupling:
# use impact factors: false
# mt: 174
# include bottom: true
# mb: 4.7
diff --git a/config.yml b/config.yml
index be28642..9e92143 100644
--- a/config.yml
+++ b/config.yml
@@ -1,94 +1,90 @@
# number of attempted resummation phase space points for each input event
trials: 10
min extparton pt: 30 # minimum transverse momentum of extremal partons
+# maximum soft transverse momentum fraction in extremal jets
+#
+# max ext soft pt fraction: 0.1
+
resummation jets: # resummation jet properties
min pt: 35 # minimum jet transverse momentum
- algorithm: antikt # jet algorithm
+ algorithm: antikt # jet clustering algorithm
R: 0.4 # jet R parameter
fixed order jets: # properties of input jets
min pt: 30
# by default, algorithm and R are like for resummation jets
# treatment of he various event classes
# the supported settings are: reweight, keep, discard
-# non-FKL events cannot be reweighted
+# non-HEJ events cannot be reweighted
FKL: reweight
unordered: keep
non-HEJ: keep
-# scale settings similar to original HEJ
-#
-# Use combinations of max jet pperp, input scales, ht/2,
-# and the jet invariant mass and vary all scales by factors
-# of 1, sqrt(2), and 2. Discard combinations where mur and muf
-# differ by a factor of more than two.
-#
-# The weight entries in the final events are ordered as follows:
-# 0-18: max jet pperp
-# 19-37: input scales
-# 38-56: ht/2
-# 57-75: jet invariant mass
-# In each of these groups, the first entry corresponds to the basic
-# scale choice. In the following entries, mur and muf are varied with
-# the above factors. The entries are ordered lexicographically so that
-# mur1 < mur2 or (mur1 == mur2 and muf1 < muf2).
+# central scale choice or choices
#
-# Note that in contrast to HEJ, the central choice for the event is always
-# max jet pperp and cannot be configured (yet).
+# scales: [125, max jet pperp, H_T/2, 2*jet invariant mass, m_j1j2]
+scales: 91.188
+
+# factors by which the central scales should be multiplied
+# renormalisation and factorisation scales are varied independently
#
-# scales: [max jet pperp, input, Ht/2, jet invariant mass]
# scale factors: [0.5, 0.7071, 1, 1.41421, 2]
-# max scale ratio: 2.0001
-scales: 91.188
+# maximum ratio between renormalisation and factorisation scale
+#
+# max scale ratio: 2.0001
# import scale setting functions
#
# import scales:
# lib_my_scales.so: [scale0,scale1]
log correction: false # whether or not to include higher order logs
unweight: false # TODO: whether or not to unweight events
# event output files
#
# the supported formats are
# - Les Houches (suffix .lhe)
# - HepMC (suffix .hepmc3)
# TODO: - ROOT ntuples (suffix .root)
#
# An output file's format is deduced either automatically from the suffix
# or from an explicit specification, e.g.
# - Les Houches: outfile
event output:
- RHEJ.lhe
# - RHEJ_events.hepmc
-analysis:
- # to use a custom analysis
- # plugin: ./src/analysis-plugins/libVBF.so
- # output: RHEJ.root
- # wtwt cut: # optional cut on (event weight)^2
- # to use rivet
- # rivet: MC_XS # rivet analysis name
- # output: RHEJ # name of the yoda files, ".yoda" and scale suffix will be added
+# to use a rivet analysis
+#
+# analysis:
+# rivet: MC_XS # rivet analysis name
+# output: RHEJ # name of the yoda files, ".yoda" and scale suffix will be added
+#
+# to use a custom analysis
+#
+# analysis:
+# plugin: /path/to/libmyanalysis.so
+# my analysis parameter: some value
# selection of random number generator and seed
# the choices are
# - mixmax (seed is an integer)
# - ranlux64 (seed is a filename containing parameters)
random generator:
name: mixmax
# seed: 1
# parameters for Higgs-gluon couplings
-# this requires compilation with looptools
+# this requires compilation with qcdloop
+#
# Higgs coupling:
# use impact factors: false
# mt: 174
# include bottom: true
# mb: 4.7

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