BASE <http://www.w3.org/ns/shex#>
PREFIX rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#>
PREFIX sx: <http://www.w3.org/ns/shex#>
PREFIX xsd: <http://www.w3.org/2001/XMLSchema#>

[] a sx:Schema ;
  sx:start <#Schema> ;
  sx:shapes (
    <#Schema>
    <#shapeDeclOrExpr>
    <#ShapeDecl>
    <#shapeExpr>
    <#ShapeOr>
    <#ShapeAnd>
    <#ShapeNot>
    <#NodeConstraint>
    <#Shape>
    <#ShapeExternal>
    <#SemAct>
    <#Annotation>
    <#facet_holder>
    <#numericLiteral>
    <#valueSetValue>
    <#objectValue>
    <#IriStem>
    <#IriStemRange>
    <#LiteralStem>
    <#LiteralStemRange>
    <#Language>
    <#LanguageStem>
    <#LanguageStemRange>
    <#Wildcard>
    <#tripleExpression>
    <#NotYetResolvedInclusion>
    <#OneOf>
    <#EachOf>
    <#TripleConstraint>
    <#tripleExpressionList2Plus>
    <#tripleExpressionList1Plus>
    <#IriList1Plus>
    <#SemActList1Plus>
    <#ShapeDeclList1Plus>
    <#shapeDeclOrExprList2Plus>
    <#shapeDeclOrExprList1Plus>
    <#valueSetValueList1Plus>
    <#AnnotationList1Plus>
    <#IriStemExclusionList1Plus>
    <#LiteralStemExclusionList1Plus>
    <#LanguageStemExclusionList1Plus>
  ) .

<#Schema> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:Schema ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:imports ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#IriList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:startActs ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#SemActList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:start ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#shapeDeclOrExpr> ]
      [ a sx:TripleConstraint ; sx:predicate sx:shapes ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#ShapeDeclList1Plus> ] ) ] ] .

<#shapeDeclOrExpr> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeOr ;
  sx:shapeExprs ( <#ShapeDecl> <#shapeExpr> ) ] .

<#ShapeDecl> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:ShapeDecl ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:abstract ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( true false ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:shapeExpr ;
        sx:valueExpr <#shapeExpr> ] ) ] ] .

<#shapeExpr> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeOr ;
  sx:shapeExprs ( <#ShapeOr> <#ShapeAnd> <#ShapeNot> <#NodeConstraint> <#Shape> <#ShapeExternal> ) ] .

<#ShapeOr> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:ShapeOr ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:shapeExprs ;
        sx:valueExpr <#shapeDeclOrExprList2Plus> ] ) ] ] .

<#ShapeAnd> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:ShapeAnd ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:shapeExprs ;
        sx:valueExpr <#shapeDeclOrExprList2Plus> ] ) ] ] .

<#ShapeNot> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:ShapeNot ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:shapeExpr ;
        sx:valueExpr <#shapeDeclOrExpr> ] ) ] ] .

<#NodeConstraint> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:NodeConstraint ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:nodeKind ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr
          [ a sx:NodeConstraint ; sx:values ( sx:iri sx:bnode sx:literal sx:nonliteral ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:datatype ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] ]
      <#xsFacets>
      [ a sx:TripleConstraint ; sx:predicate sx:values ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#valueSetValueList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:semActs ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#SemActList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:annotation ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#AnnotationList1Plus> ] ) ] ] .

<#Shape> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:Shape ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:extends ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#shapeDeclOrExprList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:closed ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( true false ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:extra ; sx:min 0 ; sx:max -1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:expression ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#tripleExpression> ]
      [ a sx:TripleConstraint ; sx:predicate sx:semActs ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#SemActList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:annotation ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#AnnotationList1Plus> ] ) ] ] .

<#ShapeExternal> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:TripleConstraint ; sx:predicate rdf:type ;
      sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:ShapeExternal ) ] ] ] .

<#SemAct> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:SemAct ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:name ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:code ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ] ) ] ] .

<#Annotation> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:Annotation ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:predicate ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:object ; sx:valueExpr <#objectValue> ] ) ] ] .

<#facet_holder> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; # hold labeled productions
  sx:expression [ a sx:EachOf ; sx:expressions (
    <#xsFacets>
    <#stringFacet>
    <#numericFacet>
  ) ] ] .
<#xsFacets> a sx:OneOf ; sx:min 0 ; sx:max -1 ;
  sx:expressions (
    <#stringFacet>
    <#numericFacet>
  ) .
<#stringFacet> a sx:OneOf ;
  sx:expressions (
    [ a sx:TripleConstraint ; sx:predicate sx:length ;
      sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
    [ a sx:TripleConstraint ; sx:predicate sx:minlength ;
      sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
    [ a sx:TripleConstraint ; sx:predicate sx:maxlength ;
      sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate sx:pattern ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:flags ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ]
    ) ]
  ) .
<#numericFacet> a sx:OneOf ;
  sx:expressions (
    [ a sx:TripleConstraint ; sx:predicate sx:mininclusive ;
      sx:valueExpr <#numericLiteral> ]
    [ a sx:TripleConstraint ; sx:predicate sx:minexclusive ;
      sx:valueExpr <#numericLiteral> ]
    [ a sx:TripleConstraint ; sx:predicate sx:maxinclusive ;
      sx:valueExpr <#numericLiteral> ]
    [ a sx:TripleConstraint ; sx:predicate sx:maxexclusive ;
      sx:valueExpr <#numericLiteral> ]
    [ a sx:TripleConstraint ; sx:predicate sx:totaldigits ;
      sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
    [ a sx:TripleConstraint ; sx:predicate sx:fractiondigits ;
      sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ] ) .

<#numericLiteral> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeOr ;
  sx:shapeExprs (
    [ a sx:NodeConstraint ; sx:datatype xsd:integer ]
    [ a sx:NodeConstraint ; sx:datatype xsd:decimal ]
    [ a sx:NodeConstraint ; sx:datatype xsd:double ] ) ] .

<#valueSetValue> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeOr ;
  sx:shapeExprs ( <#objectValue> <#IriStem> <#IriStemRange>
                                 <#LiteralStem> <#LiteralStemRange>
                 <#Language> <#LanguageStem> <#LanguageStemRange> ) ] .
<#objectValue> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeOr ;
  sx:shapeExprs (
    [ a sx:NodeConstraint ; sx:nodeKind sx:iri ]
    [ a sx:NodeConstraint ; sx:nodeKind sx:literal ] ) ] . # rdf:langString breaks on Annotation.object

<#IriStem> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:IriStem ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:stem ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ] ) ] ] .
<#IriStemRange> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:IriStemRange ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:stem ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:datatype xsd:string ]
          <#Wildcard> ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:exclusion ;
        sx:valueExpr <#IriStemExclusionList1Plus> ] ) ] ] .

<#LiteralStem> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:LiteralStem ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:stem ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ] ) ] ] .
<#LiteralStemRange> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:LiteralStemRange ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:stem ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:datatype xsd:string ]
          <#Wildcard> ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:exclusion ;
        sx:valueExpr <#LiteralStemExclusionList1Plus> ] ) ] ] .

<#Language> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:Language ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:languageTag ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ] ) ] ] .
<#LanguageStem> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:LanguageStem ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:stem ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:string ] ] ) ] ] .
<#LanguageStemRange> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:LanguageStemRange ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:stem ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:datatype xsd:string ]
          <#Wildcard> ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:exclusion ;
        sx:valueExpr <#LanguageStemExclusionList1Plus> ] ) ] ] .

<#Wildcard> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeAnd ;
  sx:shapeExprs (
    [ a sx:NodeConstraint ; sx:nodeKind sx:bnode ]
    [ a sx:Shape ; sx:closed true ;
      sx:expression
        [ a sx:TripleConstraint ; sx:predicate rdf:type ;
          sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:Wildcard ) ] ] ] ) ] .

<#tripleExpression> a sx:ShapeDecl ; sx:shapeExpr [ a sx:ShapeOr ;
  sx:shapeExprs (
    <#NotYetResolvedInclusion>
    <#TripleConstraint>
    <#OneOf>
    <#EachOf>
  ) ] .

<#NotYetResolvedInclusion> a sx:ShapeDecl ;
  sx:shapeExpr [ a sx:Shape ; sx:closed true ] . # will have 1 incoming, 0 outgoing arcs

<#OneOf> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:OneOf ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:min ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:max ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
     [ a sx:TripleConstraint ; sx:predicate sx:expressions ;
       sx:valueExpr <#tripleExpressionList2Plus> ]
     [ a sx:TripleConstraint ; sx:predicate sx:semActs ; sx:min 0 ; sx:max 1 ;
       sx:valueExpr <#SemActList1Plus> ]
     [ a sx:TripleConstraint ; sx:predicate sx:annotation ; sx:min 0 ; sx:max 1 ;
       sx:valueExpr <#AnnotationList1Plus> ] ) ] ] .

<#EachOf> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr
	  [ a sx:NodeConstraint ; sx:values ( sx:EachOf ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:min ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr
	  [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:max ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:expressions ;
        sx:valueExpr <#tripleExpressionList2Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:semActs ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#SemActList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:annotation ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#AnnotationList1Plus> ] ) ] ] .

<#TripleConstraint> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:type ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( sx:TripleConstraint ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:inverse ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( true false ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:negated ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:values ( true false ) ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:min ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:max ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:datatype xsd:integer ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:predicate ;
        sx:valueExpr [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] ]
      [ a sx:TripleConstraint ; sx:predicate sx:valueExpr ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#shapeDeclOrExpr> ]
      [ a sx:TripleConstraint ; sx:predicate sx:semActs ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#SemActList1Plus> ]
      [ a sx:TripleConstraint ; sx:predicate sx:annotation ; sx:min 0 ; sx:max 1 ;
        sx:valueExpr <#AnnotationList1Plus> ] ) ] ] .

# RDF Lists

<#tripleExpressionList2Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ;
        sx:valueExpr <#tripleExpression> ]
      [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
        sx:valueExpr <#tripleExpressionList1Plus> ] ) ] ] .

<#tripleExpressionList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ;
        sx:valueExpr <#tripleExpression> ]
      [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
        sx:valueExpr
	  [ a sx:ShapeOr ; sx:shapeExprs (
	    [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
	    <#tripleExpressionList1Plus> ) ] ] ) ] ] .

<#IriList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] ]
      [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
	  <#IriList1Plus> ) ] ] ) ] ] .

<#SemActList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr <#SemAct> ]
      [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
	  <#SemActList1Plus> ) ] ] ) ] ] .

<#ShapeDeclList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr <#ShapeDecl> ]
      [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
	  <#ShapeDeclList1Plus> ) ] ] ) ] ] .

<#shapeDeclOrExprList2Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression [ a sx:EachOf ; sx:expressions (
    [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr <#shapeDeclOrExpr> ]
    [ a sx:TripleConstraint ; sx:predicate rdf:rest ; sx:valueExpr <#shapeDeclOrExprList1Plus> ] ) ] ] .

<#shapeDeclOrExprList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr <#shapeDeclOrExpr> ]
      [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
        sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	  [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ] <#shapeDeclOrExprList1Plus> ) ] ] ) ] ] .

<#valueSetValueList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr <#valueSetValue> ]
       [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
         sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	   [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
           <#valueSetValueList1Plus> ) ] ] ) ] ] .

<#AnnotationList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr <#Annotation> ]
       [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
         sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	   [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
           <#AnnotationList1Plus> ) ] ] ) ] ] .

<#IriStemExclusionList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs ( [ a sx:NodeConstraint ; sx:nodeKind sx:iri ] <#IriStem> ) ] ]
       [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
         sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	   [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
           <#IriStemExclusionList1Plus> ) ] ] ) ] ] .

<#LiteralStemExclusionList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs ( [ a sx:NodeConstraint ; sx:datatype xsd:string ] <#LiteralStem> ) ] ]
       [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
         sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	   [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
           <#LiteralStemExclusionList1Plus> ) ] ] ) ] ] .

<#LanguageStemExclusionList1Plus> a sx:ShapeDecl ; sx:shapeExpr [ a sx:Shape ; sx:closed true ;
  sx:expression
    [ a sx:EachOf ; sx:expressions (
      [ a sx:TripleConstraint ; sx:predicate rdf:first ; sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs ( [ a sx:NodeConstraint ; sx:datatype xsd:string ] <#LanguageStem> ) ] ]
       [ a sx:TripleConstraint ; sx:predicate rdf:rest ;
         sx:valueExpr [ a sx:ShapeOr ; sx:shapeExprs (
	   [ a sx:NodeConstraint ; sx:values ( rdf:nil ) ]
           <#LanguageStemExclusionList1Plus> ) ] ] ) ] ] .