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Description:

MadGraph5_aMC@NLO is a framework that aims at providing all the elements necessary for SM and BSM phenomenology, such as the computations of cross sections, the generation of hard events and their matching with event generators, and the use of a variety of tools relevant to event manipulation and analysis. Processes can be simulated to LO accuracy for any user-defined Lagrangian, an the NLO accuracy in the case of models that support this kind of calculations -- prominent among these are QCD and EW corrections to SM processes. Matrix elements at the tree- and one-loop-level can also be obtained.

Homepage:

https://launchpad.net/mg5amcnlo

License:

UoI-NCSA

Versions

Metadata

Description

• MadGraph5_aMC@NLO is a framework that aims at providing all the elements necessary for SM and BSM phenomenology, such as the computations of cross sections, the generation of hard events and their matching with event generators, and the use of a variety of tools relevant to event manipulation and analysis. Processes can be simulated to LO accuracy for any user-defined Lagrangian, an the NLO accuracy in the case of models that support this kind of calculations -- prominent among these are QCD and EW corrections to SM processes. Matrix elements at the tree- and one-loop-level can also be obtained.

Maintainers

• Alexander Puck Neuwirth (alexander@neuwirth-informatik.de) - Type: person

Upstream

• Remote IDs:
  • launchpad: mg5amcnlo

<pkgmetadata>
	<maintainer type="person">
		<email>alexander@neuwirth-informatik.de</email>
		<name>Alexander Puck Neuwirth</name>
	</maintainer>
	<longdescription lang="en">
	MadGraph5_aMC@NLO is a framework that aims at providing all the elements necessary for SM and BSM phenomenology, such as the computations of cross sections, the generation of hard events and their matching with event generators, and the use of a variety of tools relevant to event manipulation and analysis. Processes can be simulated to LO accuracy for any user-defined Lagrangian, an the NLO accuracy in the case of models that support this kind of calculations -- prominent among these are QCD and EW corrections to SM processes. Matrix elements at the tree- and one-loop-level can also be obtained.
	</longdescription>
	<use>
		<flag name="lhapdf">USE system LHAPDF</flag>
		<flag name="fastjet">USE system FASTJET</flag>
		<flag name="pythia">USE system PYTHIA</flag>
		<flag name="thepeg">USE system thepeg</flag>
		<flag name="collier">USE system collier</flag>
		<flag name="iregi">USE system iregi</flag>
		<flag name="cuttools">USE system cuttools</flag>
		<flag name="madstr">install madstr</flag>
		<flag name="hepmc">USE system hepmc</flag>
	</use>
	<upstream>
		<remote-id type="launchpad">mg5amcnlo</remote-id>
	</upstream>
</pkgmetadata>

Lint Warnings

• [Warning] Ebuild 3.5.4 uses IUSE flag 'hepmc2' which is not documented in metadata.xml. Add the flag to metadata.xml <use> section.
• [Warning] Ebuild 2.9.19 uses IUSE flag 'hepmc2' which is not documented in metadata.xml. Add the flag to metadata.xml <use> section.
• [Warning] Missing md5-cache for version 3.5.4. Run 'ebuild <ebuild_file> manifest' or 'egencache' to generate it.
• [Warning] Missing md5-cache for version 3.5.3. Run 'ebuild <ebuild_file> manifest' or 'egencache' to generate it.
• [Warning] Missing md5-cache for version 2.9.19. Run 'ebuild <ebuild_file> manifest' or 'egencache' to generate it.

USE Flags

Files

• cuttools.patch

Manifest