namespace dc = "http://purl.org/dc/elements/1.1/"
namespace dcterms = "http://purl.org/dc/terms/"

dc:title [ "LegalRuleML Stripe Content Module" ]
dc:version [ "1.0." ]
dc:creator [ "Tara Athan (taraathan AT gmail.com)" ]
dc:contributor [ "Harold Boley" ]
dc:contributor [ "Guido Governatori" ]
dc:contributor [ "Monica Palmirani" ]
dc:contributor [ "Adrian Paschke" ]
dc:contributor [ "Adam Wyner" ]
dc:subject [ "LegalRuleML, stripe-skipping" ]
dc:description [ "expansion module for stripe content patterns." ]
dc:language [ "en" ]
start |= notAllowed
# All the LegalRuleML roles below are optional because
# it is possible to reconstruct the edge element from
# the type and/or position of the child Node element
# This module is included in both the compact and normalized serializations.
# 
# To allow only explicit striping (normalized serialization), also include
# the stripe_optional module, but not the stripe_skipping module.
# 
# To allow only stripe-skippining (compact serialization), also include
# the stripe_skipping module, but not the stripe_optional module

##
hasAgentCollection.content |= AgentCollection.Node.choice

##
hasAgent.content |= Agent.Node.choice

##
hasAlternativeCollection.content |= AlternativeCollection.Node.choice

##
hasAssociationCollection.content |= AssociationCollection.Node.choice

##
hasAssociation.content |= Association.Node.choice

##
hasAuthorityCollection.content |= AuthorityCollection.Node.choice

##
hasAuthority.content |= Authority.Node.choice

##
hasContext.content |= Context.Node.choice

##
hasFigureCollection.content |= FigureCollection.Node.choice

##
hasFigure.content |= Figure.Node.choice

##
hasJurisdictionCollection.content |= JurisdictionCollection.Node.choice

##
hasJurisdiction.content |= Jurisdiction.Node.choice

##
hasLegalSourceCollection.content |= LegalSourceCollection.Node.choice

##
hasLegalSource.content |= LegalSource.Node.choice

##
hasSourceCollection.content |= SourceCollection.Node.choice

##
hasSource.content |= Source.Node.choice

##
hasPrefix.content |= Prefix.Node.choice

##
hasLegalReferenceCollection.content |= LegalReferenceCollection.Node.choice

##
hasLegalReference.content |= LegalReference.Node.choice

##
hasReferenceCollection.content |= ReferenceCollection.Node.choice

##
hasReference.content |= Reference.Node.choice

##
hasRoleCollection.content |= RoleCollection.Node.choice

##
hasRole.content |= Role.Node.choice

##
hasStatementCollection.content |= StatementCollection.Node.choice

##
hasStatement.content |= Statement.Node.choice

##
hasComment.content |= Comment.Node.choice

##
hasParaphrase.content |= Paraphrase.Node.choice

##
hasTemplate-Constitutive.content |= ConstitutiveStatementFormula.choice

##
hasTemplate-Override.content |= OverrideStatementFormula.choice

##
hasTemplate-Penalty.content |= PenaltyStatementFormula.choice

##
hasTemplate-Prescriptive.content |= PrescriptiveStatementFormula.choice

##
hasTemplate-Reparation.content |= ReparationStatementFormula.choice

##
hasTemporalCharacteristics.content |= TemporalCharacteristicCollection.Node.choice

##
hasTemporalCharacteristic.content |= TemporalCharacteristic.Node.choice

##
hasTimeCollection.content |= TimeCollection.Node.choice

##
hasTime.content |= Time.Node.choice

## From RuleML

##
formula_And-const.content |= ConstitutiveAndFormula.choice

##
formula_Deontic.content |= DeonticFormula.choice

##
formula_Exists-const.content |= ConstitutiveExistsFormula.choice

##
formula_Forall-const.content |= ConstitutiveForallFormula.choice

##
formula_Or-const.content |= ConstitutiveOrFormula.choice

##
formula_Suborder.content |= SuborderFormula.choice

##
strong-const.content |= ConstitutiveNegFormula.choice

##
torso-const.content |= ConstitutiveConclusionFormula.choice

##
argTimeData.content |= TimeData.Node.choice

##
# Non-skippable edges with leaf or branch forms
##
hasStrength.content |= Strength.Node.choice?

##
appliesStrength.content |= Strength.Node.choice?

##
hasTemplate-Factual.content |= FactualStatementFormula.choice?

##
hasQualification.content |= QualificationFormula.choice?

# 
# The following content models are LegalRuleML-specific patterns that are applied to required stripes in the RuleML namespace 

##
slotDeontic.content |= DeonticRole.Node.choice, AnyTerm.choice
body_Implies-const.content |= ConstitutivePremiseFormula.choice
head_Implies-const.content |= ConstitutiveConclusionFormula.choice
body_ConstitutiveRule.content |= PremiseFormula.choice
head_ConstitutiveRule.content |= ConstitutiveConclusionFormula.choice
body_PrescriptiveRule.content |= PremiseFormula.choice
head_PrescriptiveRule.content |= PrescriptiveConclusionFormula.choice