Modules parameters#
Documentation last generated on July 29, 2024
Processes
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fixed electromagnetic coupling evolution algorithm
0.007297352573756914)pegasus strong coupling evolution algorithm
0.49128)1.0)2)1.0)true)parameters list
0)-1)0)0)-1)0)parameters list
no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)above 0)no cuts)no cuts)no cuts)no cuts)StandardDipoleChildren attributes
2212)0.71)Default vector content
StandardDipole
2212)0.71)StandardDipole
2212)0.71)parameters list
no cuts)0 to 100000,0 to 100000)no cuts)0). Allowed values:1 (elastic)2 (elastic-inelastic)3 (inelastic-elastic)4 (double-dissociative)parameters list
1.07 to 1000)no cuts)no cuts)0.0)SuriYennie Beam inelastic structure functions modelling
0.63)0.86926)2.23422)0.96)0.12549)0.585)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)13)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))true)false)mg5_aMC MadGraph_aMC process builder
fixed electromagnetic coupling evolution algorithm
0.007297352573756914)pegasus strong coupling evolution algorithm
0.49128)1.0)2)1.0)/tmp/cepgen_mg5_input.dat){})true)BudnevElastic
0)-1)0)0)-1)0)parameters list
no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)above 0)no cuts)no cuts)no cuts)no cuts)StandardDipoleChildren attributes
2212)0.71)parameters list
no cuts)0 to 100000,0 to 100000)no cuts)0). Allowed values:1 (elastic)2 (elastic-inelastic)3 (inelastic-elastic)4 (double-dissociative)parameters list
1.07 to 1000)no cuts)no cuts)0.0)SuriYennie Beam inelastic structure functions modelling
0.63)0.86926)2.23422)0.96)0.12549)0.585)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)kt2to4
true)true)/tmp/cepgen_mg5_aMC.log)sm-full){})param_card.dat)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))false)false)/tmp/cepgen_mg5_aMC)pptoff γγ → f⁺f¯
fixed electromagnetic coupling evolution algorithm
0.007297352573756914)pegasus strong coupling evolution algorithm
0.49128)1.0)2)1.0)true)BudnevElastic
0)-1)0)0)-1)0)parameters list
no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)above 0)no cuts)no cuts)no cuts)no cuts)StandardDipoleChildren attributes
2212)0.71)parameters list
no cuts)0 to 100000,0 to 100000)no cuts)0). Allowed values:1 (elastic)2 (elastic-inelastic)3 (inelastic-elastic)4 (double-dissociative)parameters list
1.07 to 1000)no cuts)no cuts)0.0)SuriYennie Beam inelastic structure functions modelling
0.63)0.86926)2.23422)0.96)0.12549)0.585)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)kt2to4
true)true)1). Allowed values:0 (on-shell)1 (off-shell)parameters list
1)1)1)1)1)1)13)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))false)false)pptoff_f77 (p/A)(p/A) ↝ (g/γ)γ → f⁺f¯
fixed electromagnetic coupling evolution algorithm
0.007297352573756914)pegasus strong coupling evolution algorithm
0.49128)1.0)2)1.0)true)BudnevElastic
0)-1)0)0)-1)0)parameters list
no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)above 0)no cuts)no cuts)no cuts)no cuts)StandardDipoleChildren attributes
2212)0.71)parameters list
no cuts)0 to 100000,0 to 100000)no cuts)0). Allowed values:1 (elastic)2 (elastic-inelastic)3 (inelastic-elastic)4 (double-dissociative)parameters list
1.07 to 1000)no cuts)no cuts)0.0)SuriYennie Beam inelastic structure functions modelling
0.63)0.86926)2.23422)0.96)0.12549)0.585)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)kt2to4
true)true)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))false)false)pptoww γγ → W⁺W¯
fixed electromagnetic coupling evolution algorithm
0.007297352573756914)pegasus strong coupling evolution algorithm
0.49128)1.0)2)1.0)parameters list
0.0)0.0)true)BudnevElastic
0)-1)0)0)-1)0)parameters list
no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)no cuts)above 0)no cuts)no cuts)no cuts)no cuts)StandardDipoleChildren attributes
2212)0.71)parameters list
no cuts)0 to 100000,0 to 100000)no cuts)0). Allowed values:1 (elastic)2 (elastic-inelastic)3 (inelastic-elastic)4 (double-dissociative)parameters list
1.07 to 1000)no cuts)no cuts)0.0)SuriYennie Beam inelastic structure functions modelling
0.63)0.86926)2.23422)0.96)0.12549)0.585)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)kt2to4
true)true)true)1). Allowed values:0 (on-shell)1 (off-shell by Nachtmann et al.)0)parameters list
-1,0,1)-1,0,1)-1)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))false)false)
Cards handler
List of parameters: List of parameters: List of parameters:.card LPAIR-like cards parser
.cmd Command line configuration parser
.py Python 2/3 cards parser
0)0)
Form factors
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:Arrington Arrington et al.
0). Allowed values:0 (original)1 (fit of quoted Ge+dGe values)2 (fit of quoted Ge-dGe values)3 (fit of quoted Ge values)2212)Brash Brash et al.
0.116, 2.874, 0.241, 1.006, 0.345)0.13, 0.04)2212)7.7)HeavyIonDipole Heavy ion dipole
10082207)0.71)InelasticNucleon Proton inelastic (SF)
false)gsl type of numerical integrator algorithm to use
0.0)0.0)0.0)0.1)3)1000)0)100){})0 to 1)0)1.0732 to 20)2212)Module("LUXLike"))Kelly Kelly
1, -0.24)1, 0.12)10.98, 12.82, 21.97)10.97, 18.86, 6.55)2212)Mergell Mergell et al.
9.733000000000001)1.0317)5.7824)0.08749999999999999)0.3907)0.3176)0.1422)0.5496)0.5362)2.148)2212)2.857142857142857)PointLikeFermion Point-like fermion
2212)PointLikeScalar Point-like scalar
2212)StandardDipole Standard dipole
2212)0.71)
Structure functions
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:ALLM91 (index
201) ALLM91 (continuum, pre-HERA 694 points fit)0.06526999999999999)0.30508)10.676)0.20623)parameters list
-0.04503, -0.36407, 8.17091)0.49222, 0.52116, 3.5515)0.2655, 0.04856, 1.04682)0.27799)parameters list
0.60408, 0.17353, 1.61812)1.26066, 1.83624, 0.81141)0.67639, 0.49027, 2.66275)Module("SibirtsevBlunden"))ALLM97 (index
202) ALLM97 (continuum, FT/HERA photoprod. tot.x-s 1356 points fit)0.06526)0.31985)49.457)0.15052)parameters list
-0.0808, -0.44812, 1.1709)0.36292, 1.8917, 1.8439)0.28067, 0.22291, 2.1979)0.52544)parameters list
0.584, 0.37888, 2.6063)0.01147, 3.7582, 0.49338)0.80107, 0.97307, 3.4924)Module("SibirtsevBlunden"))BlockDurandHa (index
13) Block-Durand-Ha (continuum)2.43)0.0008205, -0.05148, -0.004725)0.002217, 0.01244, 0.0005958)0.255, 0.1475)0.753)2.82)11.49)Module("SibirtsevBlunden"))BodekKangXu (index
304) Bodek, Kang, and Xu1.07412, 0.755311, 3.35065, 1.7447, 3.51024, 1.04, 1.22991, 0.106254, 0.481328, 1.51015, 0.081662, 0.655872, 1.71762, 0.12552, 0.747338, 1.95382, 0.198915, -0.174985, 0.00967019, -0.0352567, 3.51852, -0.599937, 4.76158, 0.411676)1.0)0.18)Module("SibirtsevBlunden"))1,2,3,2)CLAS (index
103) CLASproton). Allowed values:deuteron (parton-from-deuteron)neutron (parton-from-neutron)proton (parton-from-proton)Module("SibirtsevBlunden"))Capella (index
106) Capella et al.0.1502)0.1798)1.2064)0.415)0.2631, 0.6452, 3.5489, 1.117)0.08)Module("SibirtsevBlunden"))ChristyBosted (index
102) Christy-Bosted (low-mass resonances)Children attributes
0, 0, 0, 0)0.0)Default vector content
parameters list
0.067469, 1.3501, 0.12054, -0.0038495)246.06)parameters list
0.20977, 1.5715, 0.090736, 0.010362)-89.36)parameters list
4.0294, 3.1285, 0.33403, 4.9623)86.746)4.2802)8.0)30.0)Children attributes
0.0)0.0)0)parameters list
0.0)0.0)0.0)0, 0, 0, 0, 0)0.0)0.0)0.0)Default vector content
parameters list
29.414)7.7805)1)parameters list
0.0)0.0)1.0)4.2291, 1.2598, 2.1242, 19.91, 0.22587)1.2298)0.13573)0.14462)parameters list
0.0)6.3351)0)parameters list
0.1)0.45)0.45)6823.2, 33521, 2.5686, 0, 0)1.5304)0.22)0.215)parameters list
157.92)0.60347)2)parameters list
0.35)0.0)0.65)21.24, 0.055746, 2.4886, 97.046, 0.31042)1.5057)0.082956)0.215)parameters list
4.216)2.3305)3)parameters list
0.35)0.0)0.65)-0.28789, 0.18607, 0.063534, 0.0382, 1.2182)1.698)0.09578200000000001)0.215)parameters list
13.764)1.979)0)parameters list
0.5)0.1)0.4)-0.56175, 0.38964, 0.54883, 0.31393, 2.9997)1.665)0.10936)0.215)parameters list
5.5124)0.022506)1)parameters list
0.35)0.0)0.65)46.213, 0.19221, 1.9141, 0.053743, 1.3091)1.4333)0.37944)0.215)parameters list
1.8951)3.4187)3)parameters list
0.5)0.0)0.5)0, 0, 1, 1.8951, 0.51376)1.9341)0.38)0.215)Module("SibirtsevBlunden"))DonnachieLandshoff (index
105) Donnachie-Landshoff0.324)0.098)0.5619916927863829)0.011133)0.5475)0.0808)Module("SibirtsevBlunden"))FioreBrasse (index
101) Fiore-Brasse (low-mass resonances)0.021)Children attributes
0.0)0.0)0.0)0.0)0.0)0)Default vector content
parameters list
1.0)-0.8377)0.95)0.1473)2.4617)3)parameters list
0.5399)-0.37)0.95)0.1471)2.4617)5)parameters list
4.2225)0.0038)0.85)0.1969)1.5722)3)parameters list
19.2694)0.5645)0.1126)1.3086)4.5259)2)1.14)Module("SibirtsevBlunden"))FioreBrasseAlt (index
104) Fiore-Brasse (low-mass resonances)0.0207)Children attributes
0.0)0.0)0.0)0.0)0.0)0)Default vector content
parameters list
1.0)-0.8377)0.95)0.1473)2.4617)3)parameters list
0.5399)-0.37)0.95)0.1471)2.4617)5)parameters list
4.2225)0.0038)0.85)0.1969)1.5722)3)parameters list
19.2694)0.5645)0.1126)1.3086)4.5259)2)parameters list
1.0)-0.8070000000000001)0.9631999999999999)0.1387)2.6066)3)parameters list
0.6086)-0.364)0.9530999999999999)0.1239)2.6066)5)parameters list
4.7279)-0.0065)0.8355)0.232)1.4828)3)parameters list
14.7267)0.5484)0.1373)1.3139)4.6041)2)1.2871)Module("SibirtsevBlunden"))GD07p (index
203) GD07p (continuum)0.06526999999999999)0.454)30.7)0.117)parameters list
-0.105, -0.495, 1.29)-1.42, 4.51, 0.551)0.339, 0.127, 1.16)1.15)parameters list
0.374, 0.998, 0.775)2.71, 1.83, 1.26)0.838, 2.36, 1.77)Module("SibirtsevBlunden"))GD11p (index
204) GD11p (continuum)0.06526999999999999)0.5063)34.75)0.0319)parameters list
-0.11895, -0.4783, 1.353)1.0833, 2.656, 1.771)0.3638, 0.1211, 1.166)1.374)parameters list
0.3425, 1.0603, 0.5164)-10.408, 14.857, 0.07739)1.3633, 2.256, 2.209)Module("SibirtsevBlunden"))KulaginBarinov (index
303) Kulagin-Barinov (hybrid)0.8 to 1000)1e-12 to 1000)gsl
0.01)0). Allowed values:0 (central)1 (forward)2 (backward)parameters list
3.4742)0.14453)0.54193)3.1297)1.1)1.6302)a08tmc.dat)Children attributes
0)parameters list
0.0)0.0)0.0)0.0)0.0)0.0)Default vector content
parameters list
0.31115, 2.0294, 1.6713, 2.76)1)parameters list
0.0)0.0)1.0)0.05029, 0, 0.42522)1.227)0.11279)0.055384)parameters list
0.089547, 0.18087, 0.23431, 4.1173)1)parameters list
0.35)0.0)0.65)0, 0.23847, 1.4982)1.4497)0.40223)0.1125)parameters list
0.10677, 0.24897, 0.55621, 3.0798)2)parameters list
0.25)0.0)0.75)0.091979, -0.10652, 1.0758)1.5123)0.094542)0.4959)parameters list
0.38953, -0.17962, 0.37638, 2.9622)0)parameters list
0.85)0.0)0.15)0, 0, 0)1.5764)0.50046)0.30969)parameters list
0.067075, 0.09733, 0.27891, 3.5372)2)parameters list
0.6)0.25)0.15)0.12027, 0, 0.89367)1.7002)0.11768)0.25831)Module("SibirtsevBlunden"))2.0)LUXLike (index
301) LUXlike (hybrid)9.0)3, 4)GD11p
0.06526999999999999)0.5063)34.75)0.0319)parameters list
-0.11895, -0.4783, 1.353)1.0833, 2.656, 1.771)0.3638, 0.1211, 1.166)1.374)parameters list
0.3425, 1.0603, 0.5164)-10.408, 14.857, 0.07739)1.3633, 2.256, 2.209)Module("SibirtsevBlunden"))5.5)MSTWGrid
mstw_sf_scan_nnlo.dat)Module("SibirtsevBlunden"))ChristyBosted
Children attributes
0, 0, 0, 0)0.0)Default vector content
parameters list
0.067469, 1.3501, 0.12054, -0.0038495)246.06)parameters list
0.20977, 1.5715, 0.090736, 0.010362)-89.36)parameters list
4.0294, 3.1285, 0.33403, 4.9623)86.746)4.2802)8.0)30.0)Children attributes
0.0)0.0)0)parameters list
0.0)0.0)0.0)0, 0, 0, 0, 0)0.0)0.0)0.0)Default vector content
parameters list
29.414)7.7805)1)parameters list
0.0)0.0)1.0)4.2291, 1.2598, 2.1242, 19.91, 0.22587)1.2298)0.13573)0.14462)parameters list
0.0)6.3351)0)parameters list
0.1)0.45)0.45)6823.2, 33521, 2.5686, 0, 0)1.5304)0.22)0.215)parameters list
157.92)0.60347)2)parameters list
0.35)0.0)0.65)21.24, 0.055746, 2.4886, 97.046, 0.31042)1.5057)0.082956)0.215)parameters list
4.216)2.3305)3)parameters list
0.35)0.0)0.65)-0.28789, 0.18607, 0.063534, 0.0382, 1.2182)1.698)0.09578200000000001)0.215)parameters list
13.764)1.979)0)parameters list
0.5)0.1)0.4)-0.56175, 0.38964, 0.54883, 0.31393, 2.9997)1.665)0.10936)0.215)parameters list
5.5124)0.022506)1)parameters list
0.35)0.0)0.65)46.213, 0.19221, 1.9141, 0.053743, 1.3091)1.4333)0.37944)0.215)parameters list
1.8951)3.4187)3)parameters list
0.5)0.0)0.5)0, 0, 1, 1.8951, 0.51376)1.9341)0.38)0.215)Module("SibirtsevBlunden"))Module("SibirtsevBlunden"))MSTWGrid (index
205) MSTW grid (perturbative)mstw_sf_scan_nnlo.dat)Module("SibirtsevBlunden"))Shamov (index
302) Shamov (hybrid, soft)2)1.0)0.984)1e-07)2)0.65)0.71)Module("SibirtsevBlunden"))SuriYennie (index
11) Suri-Yennie0.63)0.86926)2.23422)0.96)0.12549)0.585)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)SuriYennieAlt (index
14) Suri-Yennie (alternative)0.61)0.6303)2.3049)1.23)0.04681)1.05)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)SzczurekUleshchenko (index
12) Szczurek-Uleshchenko (based on GRV parton content)0.8)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)apfelppEvol (index
405) APFEL++ DIS structure functionsapfelpp
0.118)91.1876)2). Allowed values:0 (LO)1 (NLO)2 (NNLO)3 (NNNLO)0, 0, 0, 1.41421, 4.5, 175)parameters list
0.25)0.9 to 1001)100)3)true)0, 0, 0, 1.3, 4.75, 175)1.3)0). Allowed values:0 (LO)1 (NLO)2 (NNLO)3 (NNNLO)NC). Allowed values:CC (charged currents)NC (neutral currents)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)0, 0, 0)herwig6 (index
403) Herwig 6 structure functions evaluator73). Allowed values:30 (pi-)38 (pi+)59 (photon)73 (proton)75 (neutron)91 (antiproton)93 (antineutron)8). Allowed values:1 (Duke & Owens set 1 (for soft/hard glue))2 (Duke & Owens set 2 (for soft/hard glue))3 (Eichten & al. set 1 (nucleons only))4 (Eichten & al. set 2 (nucleons only))5 (Owens set 1.1)6 (MRST98LO (central alpha(S)/gluon))7 (MRST98LO (higher gluon))8 (MRST98LO (average of central and higher gluon))SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)htALLM (index
206) HHT (continuum)2.2e-08)0.446)74.2)29.3)parameters list
-0.835, -0.446, 10.6)-45.8, 55.7, -0.031)0.412, 0.164, 17.7)4.74e-05)parameters list
0.706, 0.185, -16.4)-1.29, 4.51, 1.16)-1.04, 2.97, 0.163)Module("SibirtsevBlunden"))htALLMft (index
207) HHT_FT (continuum)4.4e-09)0.388)50.8)0.838)parameters list
-0.075, -0.47, 9.2)-0.477, 54, 0.073)0.356, 0.171, 18.6)1.87e-05)parameters list
0.882, 0.082, -8.5)0.339, 3.38, 1.07)-0.636, 3.37, -0.66)Module("SibirtsevBlunden"))lhapdf (index
401) LHAPDF (partonic)0)4)0)0)cteq66)SibirtsevBlunden Modelling for the sigma(L/T) ratio used in FL computation from F2
0.014)-0.07000000000000001)-0.8)41.0)
Longitudinal/transverse cross section ratio parameterisations
List of parameters: List of parameters: List of parameters: List of parameters:CLAS (index
3) CLAS (experimental)0.041, 0.592, 0.331)0.3)2.5)E143 (index
1) E143 (experimental)0.0485, 0.547, 2.0621, -0.3804, 0.509, -0.0285)0.0481, 0.6114, -0.3509, -0.4611, 0.7172, -0.0317)0.0577, 0.4644, 1.8288, 12.3708, -43.1043, 41.7415)0.04000000000000001)0.34)R1990 (index
2) SLAC (experimental)0.0635, 0.5747, -0.3534)0.04)SibirtsevBlunden (index
4) Sibirtsev-Blunden (theoretical)0.014)-0.07000000000000001)-0.8)41.0)
Phase space mapper
List of parameters: List of parameters:coll2to4 2-to-4 phase space mapper (Collinear phase space mapper/Collinear phase space mapper)
true)true)kt2to4 2-to-4 phase space mapper (KT-dependent phase space mapper/KT-dependent phase space mapper)
true)true)
Collinear parton flux modelling
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:DreesZeppenfeld Drees-Zeppenfeld Q^{2}-dependent flux
0.71)EPAFlux EPA FF-dependent flux
Module("StandardDipole"))KTIntegrated kt-integr. coll.flux
gsl Steering parameters for the analytical integrator
0.0)0.0)0.0)0.1)3)1000)0)100){})0 to 1)0)0 to 10000)Module("BudnevElastic"))lhapdf LHAPDF coll.flux
false)0)22)LUXqed17_plus_PDF4LHC15_nnlo_100)pythia8 Pythia 8 coll.flux
parameters list
50.0)11)-1.0)22)Proton2gammaDZ)
KT-factorised parton flux modelling
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:BudnevElastic (index
10) Nucl. el. photon emission (Budnev flux)StandardDipole
2212)0.71)BudnevElasticLepton (index
12) Lepton el. photon emission (Budnev flux)PointLikeFermion
2212)0.71)11)BudnevInelastic (index
11) Nucl. inel. photon emission (Budnev flux)Module("LUXLike"))Elastic Nucl. el. photon emission
StandardDipole
2212)0.71)ElasticHeavyIon (index
100) HI el. photon emissionHeavyIonDipole
10082207)0.71)10082207)Inelastic (index
1) Nucl. inel. photon emissionModule("LUXLike"))KMR (index
20)KleinElasticHI (index
101) Elastic photon emission from heavy ion (from Starlight)HeavyIonDipole
10082207)0.71)10082207)
Electromagnetic coupling evolution
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:apfelpp APFEL++ alpha(EM) evolution algorithm
0.0078125)0, 0, 1.777)91.1876)0). Allowed values:0 (leading order)1 (next-to-leading order)0, 0, 0, 1.41421, 4.5, 175)burkhardt Burkhardt et al. alpha(EM) evolution algorithm
2e-06)fixed Constant alpha(EM)
0.007297352573756914)herwig6 Herwig6 modelling of alpha(EM) running
0.007299299817532301)pythia6 Pythia6 modelling of alpha(EM) running
0.00729735)1.16639e-05)0.007764)1). Allowed values:0 (fix at 'fixedAlphaEM')1 (running accounting to fermion loops)2 (fix with low-high Q^2 splitting)1.0)0.232)pythia8 Pythia8 modelling of alpha(EM) running
0.00729735)0.00781751)1)running Running alpha(EM) evolution algorithm
1.0)
Strong coupling evolution
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:apfelpp APFEL++ alpha(S) evolution algorithm
0.118)91.1876)2). Allowed values:0 (LO)1 (NLO)2 (NNLO)3 (NNNLO)0, 0, 0, 1.41421, 4.5, 175)parameters list
0.25)0.9 to 1001)100)3)true)herwig6 Herwig6 modelling of alpha(S) running
1). Allowed values:1 (two-loop flavour thresholds)2 (ratio of mode-1 with 5-flavour beta with Lambda=QCDL3)3 (one-loop with 5-flavour beta and Lambda=QCDL3)3)0.0)0.1800000071525574)lhapdf LHAPDF pert.PDF-orient.evol.algo.
0)cteq66)lhapdfAnalytic Analytic LHAPDF perturb.algo.
0.339, 0.296, 0.213)4)cteq66)lhapdfODE ODE LHAPDF evol.algo.
0.118)5)pegasus PEGASUS alpha(S) evolution algorithm
0.49128)1.0)2)1.0)pythia6 Pythia6 modelling of alpha(S) running
0.25)0.2)1.0)5)10.0)3)4.0)5)1). Allowed values:0 (fixed at 'fixedAlphaS')1 (1st order running)2 (2nd order running)0). Allowed values:0 (allow divergence)1 (log-softening)2 (freeze under Q^2 transition value)pythia8 Pythia8 modelling of alpha(S) running
6)1)0.13)false)pythia8UN Pythia8 modelling of alpha(S) running in SU(N) model
0.4)1)0.1)91.188)0)1)false)webber Webber alpha(S) evolution algorithm
0.25)3)3)
Integrator algorithms
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:Foam FOAM general purpose MC integrator
25)8)100000)1000)200)root random number generator engine
1722243673)Ranlux). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))0)MISER MISER adaptive importance sampling integrator
2.0)0.1)0.1)160)5120)50000)Module("gsl"))1)Vegas Vegas stratified sampling integrator
1.25)1.5)10)cerr)-1)100000)Module("gsl"))true)-1)plain Plain (trial/error) integrator
50000)Module("gsl"))1)python Python integration algorithm
1000)10)IntegrationAlgos.Vegas)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))1)root ROOT general purpose MC integrator
-1.0)stl random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))-1.0)0)default)1)
Functional parsers
List of parameters: List of parameters:python Python mathematical expression evaluator
custom_functional)root Plain old TFormula evaluator from ROOT
Random number generators
List of parameters: List of parameters: List of parameters:gsl GSL random number generator engine
1722243673)mt19937). Allowed values:gfsr4 (lagged-fibonacci generator)mt19937 (Mersenne-Twister generator)ranlxs0 (second-generation version of the RANLUX algorithm of Luscher)taus (maximally equidistributed combined Tausworthe generator by L’Ecuyer)taus2 (maximally equidistributed combined Tausworthe generator by L’Ecuyer (w/ improved seeding procedure))root ROOT random number generator engine
1722243673)Ranlux). Allowed values:MersenneTwisterMixMaxMixMax17MixMax256RanluxRanluxppTausworthestl STL random number generator engine
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))
Drawing tools
List of parameters: List of parameters: List of parameters:gnuplot Gnuplot drawing utility
png)false)lp)30cm,20cm)root Named steerable module
canvas)pdf)87)text Text-based drawing module
true)50)
Event generation algorithms
List of parameters: List of parameters:Foam Foam generator worker
25)8)100000)1000)200)MersenneTwister)42)0)grid_optimised Grid-optimised worker
3)
Event import algorithms
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:hepmc HepMC3 ASCII file importer module
input.hepmc)hepmc2 HepMC2 ASCII file importer module
input.hepmc)hepmc3_hepmc2 HepMC3 ASCII file importer module
input.hepmc)lhef_hepmc HepMC3 LHEF file importer module
input.lhef)root_tree ROOT TTree importer module
output.root)
Event modification algorithms
List of parameters: List of parameters: List of parameters:pythia6 Interface to the Pythia 6 string hadronisation/fragmentation algorithm
1)stl random number generator to use for the various intermediate computations
1722243673)default). Allowed values:default (implementation-defined algorithm)knuth_b (PRN engine adaptor discarding a certain amount of data produced by base engine (389, 11))minstd_rand (Newer "Minimum standard", recommended by Park, Miller, and Stockmeyer in 1993)minstd_rand0 (Discovered in 1969 by Lewis, Goodman and Miller, adopted as "Minimal standard" in 1988 by Park and Miller)mt19937 (32-bit Mersenne Twister by Matsumoto and Nishimura, 1998)mt19937_64 (64-bit Mersenne Twister by Matsumoto and Nishimura, 2000)ranlux24 (24-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux24_base (subtract-w/-carry algorithm (24, 10, 24))ranlux48 (48-bit RANLUX generator by Martin Lüscher and Fred James, 1994)ranlux48_base (subtract-w/-carry algorithm (48, 5, 12))true)-1)pythia8 Interface to the Pythia 8 string hadronisation/fragmentation algorithm
false)false)1)last_pythia_config.cmd)true)-1)
Event export modules
List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters: List of parameters:dump Simple text-based event dumper
10)true)gnuplot Gnuplot event harvester
output.hists.txt)Children attributes
false)25)50)0 to 1)0 to 1)gnuplot)false)true)hepevt HepMC3 ASCII file output module
output.hepmc)hepevt_bz2 HepMC3 ASCII file output module
output.hepmc)hepevt_lzma HepMC3 ASCII file output module
output.hepmc)hepevt_z HepMC3 ASCII file output module
output.hepmc)hepmc HepMC3 ASCII file output module
output.hepmc)hepmc2 HepMC2 ASCII file output module
output.hepmc)hepmc2_ascii HepMC2 ASCII file output module
output.hepmc)hepmc3_hepmc2 HepMC3 ASCII file output module
output.hepmc)hepmc_bz2 HepMC3 ASCII file output module
output.hepmc)hepmc_lzma HepMC3 ASCII file output module
output.hepmc)hepmc_z HepMC3 ASCII file output module
output.hepmc)lhef Pythia 8-based LHEF output module
true)output.lhe)lhef_hepmc HepMC 3-based LHEF output module
false)output.lhe)root_hist ROOT histograming/profiling module
output.root)Children attributes
-1)10)10)10)false)0 to 1)0 to 1)0 to 1)root_tree ROOT TTree storage module
false)false)output.root)text Text-based event harvester
output.hists.txt)Children attributes
false)25)50)0 to 1)0 to 1)text)false)true)vars Text dump of variables
output.txt)true)true) )
Documentation generator modules
List of parameters: List of parameters: List of parameters:ctml CTML HTML document generator helper
false)index.html)Modules documentation)false)true)python Python modules documentation generator
true)output.py)false)4)text Bare text documentation generator
false)false)false)false)