Interfaces defined for the Herwig::FFDipole class.

Brief class description:

The FFDipole class implements the final-final dipole for the SOPTHY algorithm
See also Herwig::FFDipole

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Name: WeightOutput
Type: Switch

Description:

Whether or not to output the average weight for testing
Registered options:

0(No)

Don't output the average

1(Yes)

Output the average

Default value: 0

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Name: DipoleOption
Type: Switch

Description:

Option for generating the primary dipole distribution
Registered options:

0(NoMass)

Don't include the mass terms in the primary distribution

1(Mass)

Include the mass terms in the primary distribution

Default value: 0

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Name: BetaOption
Type: Switch

Description:

Option for the inclusive of the higher beta coefficients
Registered options:

0(None)

No higher betas included

1(Collinear)

Include the collinear approx

2(CollinearVirtualA)

Include the collinear approx with virtual corrections

3(CollinearVirtualB)

Include the collinear approx with virtual corrections

4(Exact)

Include the exact higher order terms if available

Default value: 4

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Name: EnergyCutOff
Type: Switch

Description:

The type of cut-off on the photon energy to apply
Registered options:

0(BoostedFrame)

Only apply cut-off in boosted frame

1(RestFrame)

Apply cut-off in rest frame

2(LabFrame)

Apply cut-off in lab frame

Default value: 1

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Name: MaximumWeight
Type: Parameter

Description:

The maximum weight for unweighting
Default value: 7
Minimum value: 0
Maximum value: 100

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Name: MinimumEnergyLab
Type: Parameter

Description:

The minimum energy of the photons in the lab frame
Default value: 100
Minimum value: 1
Maximum value: 10000

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Name: MinimumEnergyRest
Type: Parameter

Description:

The minimum energy of the photons in the rest frame of the decaying particle
Default value: 100
Minimum value: 1
Maximum value: 10000

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Name: MinimumEnergyBoosted
Type: Parameter

Description:

The minimum energy of the photons in the boosted frame in which they are generated.
Default value: 1e-06
Minimum value: 0
Maximum value: 100

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Name: MaximumTries
Type: Integer parameter

Description:

Maximum number of attempts to unweight
Default value: 500
Minimum value: 10
Maximum value: 100000

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Name: UnWeight
Type: Switch

Description:

Control the type of unweighting to perform, only one should be used the other options are for debugging purposes.
Registered options:

0(NoUnweighting)

Perform no unweighting

1(AllWeights)

Include all the weights

2(NoJacobian)

Only include the dipole and YFS weights

3(Dipole)

Only include the dipole weight

4(YFS)

Only include the YFS weight

5(NLO)

Weight to get the stict NLO rate

Default value: 1