Commit 20d6fb68 authored by Vincent Rothe's avatar Vincent Rothe
Browse files

v2.2.7

parent 9e23da43
# $Id: eio_base.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: eio_data.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: eio_hepmc.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: eio_lcio.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: eio_lhef.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: eio_stdhep.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: eio_weights.sin 4937 2013-12-05 09:29:17Z jr_reuter $
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# $Id: evaluators.sin 6004 2014-07-09 15:46:54Z cweiss $
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# $Id: event_streams.sin 4073 2013-02-12 13:42:18Z fbach $
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# $Id: event_transforms.sin 4073 2013-02-12 13:42:18Z fbach $
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# $Id: events.sin 6004 2014-07-09 15:46:54Z cweiss $
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# $Id: expressions.sin 6004 2014-07-09 15:46:54Z cweiss $
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process tag xsection error
Warning: these are not verified against publicated data
extra_shower_2 32804.84 192.18
extra_nlo_tt 617.732078175 0.0202981489447
extra_nlo_uu 732.467055573 0.132886748263
extra_nlo_uu_powheg 730.209153069 0.1009087196441
extra_nlo_methods 732.383935058 0.1431430868632
!!! Process: ttbar production at ILC
!!! Reported by: BACN on 2015-07-15
!!! Purpose: Tests consistency of separate integration with combined and
!!! simulated weighted events
model = SM
?logging = true
?openmp_logging = false
?vis_history = false
?integration_timer = false
openmp_num_threads = 1
sample_format = debug
?debug_decay = false
?debug_process = false
?debug_verbose = false
?write_raw = false
!seed = 0
mW = 80.376
mZ = 91.1876
GF = 1.16637E-005
wZ = 2.4952
wW = 2.124
# => alpha = 132.16066
mmu = 0
me = 0
mc = 0
ms = 0
wtop = 0
mtop = 175 GeV
?use_vamp_equivalences = false
$loop_me_method = "openloops"
?alpha_s_is_fixed = false
?alpha_s_from_mz = true
?alpha_s_from_lambda_qcd = false
alpha_power = 2
alphas_power = 0
scale = 2 * mtop
# Needs OpenLoops library eett
process extra_nlo_tt = E1, e1 => t, T { nlo_calculation = "Full" }
# Default parameters for FKS mapping
fks_dij_exp1 = 1.0
fks_mapping_type = 1
sqrts = 500 GeV
iterations = 5:50000:"gw", 5:50000:""
integrate (extra_nlo_tt)
show (integral(extra_nlo_tt))
show (error(extra_nlo_tt))
real seperate_integral = integral(extra_nlo_tt)
real seperate_error = error(extra_nlo_tt)
?combined_nlo_integration = true
integrate (extra_nlo_tt)
show (integral(extra_nlo_tt))
show (error(extra_nlo_tt))
expect (integral(extra_nlo_tt) == seperate_integral)
{tolerance = 3 * sqrt (seperate_error**2 + error(extra_nlo_tt)**2)}
?nlo_fixed_order = true
?unweighted = false
n_events = 200000
sample_format = hepmc
?hepmc_output_cross_section = true
simulate (extra_nlo_tt)
!!! Process: dijet production at ILC
!!! Reported by: BACN on 2015-07-15
!!! Purpose: Tests massive FSR Powheg
!!!
model = SM
?logging = true
?openmp_logging = false
?vis_history = false
?integration_timer = false
openmp_num_threads = 1
sample_format = debug
?debug_decay = false
?debug_process = false
?debug_verbose = false
?write_raw = false
!seed = 0
mW = 80.376
mZ = 91.1876
GF = 1.16637E-005
wZ = 2.4952
wW = 2.124
# => alpha = 132.16066
mmu = 0
me = 0
mc = 0
ms = 0
wtop = 0
mtop = 175 GeV
?use_vamp_equivalences = false
$loop_me_method = "openloops"
?alpha_s_is_fixed = false
?alpha_s_from_mz = true
?alpha_s_from_lambda_qcd = false
alpha_power = 2
alphas_power = 0
?combined_nlo_integration = true
?powheg_matching = true
powheg_grid_size_xi = 5
powheg_grid_size_y = 5
powheg_grid_sampling_points = 1000000
powheg_pt_min = 1
?powheg_use_singular_jacobian = false
!?powheg_test_sudakov = true
# hardest jet pT
scale = eval Pt [sort by -Pt [colored]]
# Needs OpenLoops library ee??
process extra_nlo_tt_powheg = E1, e1 => t, T { nlo_calculation = "Full" }
# Default parameters for FKS mapping
fks_dij_exp1 = 1.0
fks_mapping_type = 1
sqrts = 500 GeV
iterations = 5:50000:"gw", 5:50000:""
integrate (extra_nlo_tt_powheg)
show (integral(extra_nlo_tt_powheg))
show (error(extra_nlo_tt_powheg))
n_events = 500000
sample_format = hepmc
?hepmc_output_cross_section = true
$x_label = "$M_{ll}$/GeV"
$y_label = "$N_{\textrm{events}}$"
?x_log = true
?y_log = true
y_min = 1
y_max = n_events
histogram m_jj (0 GeV, 500 GeV, 20 GeV)
analysis = record m_jj (eval M [collect [colored]])
$sample = "extra_nlo_tt_powheg"
simulate (extra_nlo_tt_powheg)
compile_analysis { $out_file = "extra_nlo_tt_powheg_hist.dat" }
!!! Process: dijet production at ILC
!!! Reported by: BACN on 2015-07-15
!!! Purpose: Tests consistency of separate integration with combined and
!!! simulated weighted events
model = SM
?logging = true
?openmp_logging = false
?vis_history = false
?integration_timer = false
openmp_num_threads = 1
sample_format = debug
?debug_decay = false
?debug_process = false
?debug_verbose = false
?write_raw = false
!seed = 0
mW = 80.376
mZ = 91.1876
GF = 1.16637E-005
wZ = 2.4952
wW = 2.124
# => alpha = 132.16066
mmu = 0
me = 0
mc = 0
ms = 0
wtop = 0
mtop = 175 GeV
?use_vamp_equivalences = false
$loop_me_method = "openloops"
?alpha_s_is_fixed = true
?alpha_s_from_mz = false
?alpha_s_from_lambda_qcd = false
alpha_power = 2
alphas_power = 0
real pii = 3.14159265358
printf "alphas / Pi = %f" (alphas / pii)
show(alphas)
# hardest jet pT
!scale = eval Pt [sort by -Pt [colored]]
# Needs OpenLoops library ee??
process extra_nlo_uu = E1, e1 => u, U { nlo_calculation = "Full" }
# Default parameters for FKS mapping
fks_dij_exp1 = 1.0
fks_mapping_type = 1
sqrts = 500 GeV
iterations = 5:50000:"gw", 5:50000:""
integrate (extra_nlo_uu)
show (integral(extra_nlo_uu))
show (error(extra_nlo_uu))
real separate_integral = integral(extra_nlo_uu)
real separate_error = error(extra_nlo_uu)
process extra_nlo_uu_b = E1, e1 => u, U { nlo_calculation = "Born" }
integrate (extra_nlo_uu_b)
real ratio = (separate_integral - integral(extra_nlo_uu_b)) / integral(extra_nlo_uu_b)
printf "ratio = %f" (ratio)
expect (ratio == alphas / pii) {tolerance = 0.003 * alphas / pii}
?combined_nlo_integration = true
integrate (extra_nlo_uu)
show (integral(extra_nlo_uu))
show (error(extra_nlo_uu))
expect (integral(extra_nlo_uu) == separate_integral)
{tolerance = 3 * sqrt (separate_error**2 + error(extra_nlo_uu)**2)}
?nlo_fixed_order = true
?unweighted = false
n_events = 5000000
sample_format = hepmc
?hepmc_output_cross_section = true
simulate (extra_nlo_uu)
!!! Process: dijet production at ILC
!!! Reported by: BACN on 2015-07-15
!!! Purpose: Tests massless FSR Powheg
!!!
model = SM
?logging = true
?openmp_logging = false
?vis_history = false
?integration_timer = false
openmp_num_threads = 1
sample_format = debug
?debug_decay = false
?debug_process = false
?debug_verbose = false
?write_raw = false
!seed = 0
mW = 80.376
mZ = 91.1876
GF = 1.16637E-005
wZ = 2.4952
wW = 2.124
# => alpha = 132.16066
mmu = 0
me = 0
mc = 0
ms = 0
wtop = 0
mtop = 175 GeV
?use_vamp_equivalences = false
$loop_me_method = "openloops"
?alpha_s_is_fixed = false
?alpha_s_from_mz = true
?alpha_s_from_lambda_qcd = false
alpha_power = 2
alphas_power = 0
?combined_nlo_integration = true
?powheg_matching = true
powheg_grid_size_xi = 5
powheg_grid_size_y = 5
powheg_grid_sampling_points = 1000000
powheg_pt_min = 1
?powheg_use_singular_jacobian = false
!?powheg_test_sudakov = true
# hardest jet pT
scale = eval Pt [sort by -Pt [colored]]
# Needs OpenLoops library ee??
process extra_nlo_uu_powheg = E1, e1 => u, U { nlo_calculation = "Full" }
# Default parameters for FKS mapping
fks_dij_exp1 = 1.0
fks_mapping_type = 1
sqrts = 500 GeV
iterations = 5:50000:"gw", 5:50000:""
integrate (extra_nlo_uu_powheg)
show (integral(extra_nlo_uu_powheg))
show (error(extra_nlo_uu_powheg))
n_events = 500000
sample_format = hepmc
?hepmc_output_cross_section = true
$x_label = "$M_{ll}$/GeV"
$y_label = "$N_{\textrm{events}}$"
?x_log = true
?y_log = true
y_min = 1
y_max = n_events
histogram m_jj (0 GeV, 500 GeV, 20 GeV)
analysis = record m_jj (eval M [collect [colored]])
$sample = "extra_nlo_uu_powheg"
simulate (extra_nlo_uu_powheg)
compile_analysis { $out_file = "extra_nlo_uu_powheg_hist.dat" }
!!! Process: Electron-induced muon production at CLIC
!!! Reported by: Jean-Jacques Blaising on 2015-05-20
!!! Purpose: Tests that particles that don't radiate stay final state particles
!!!
model = SM
?logging = true
?openmp_logging = false
?vis_history = false
?integration_timer = false
openmp_num_threads = 1
sample_format = debug
?debug_decay = false
?debug_process = false
?debug_verbose = false
?write_raw = false
seed = 0
process extra_shower_1_p1 = "e-", "e+" => "mu+", "mu-"
compile
sqrts = 3000 GeV
beams = e1, E1 => isr
cuts = all Pt > 5 GeV and Theta > 10 degree and Theta < 170 degree ["mu+":"mu-"]
?keep_beams = true
?ps_fsr_active = true
$shower_method = "PYTHIA6"
n_events = 10**6
$sample = "extra_shower_1"
simulate (extra_shower_1_p1)
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