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|
[ BlockClaim Proposition
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 1
, locColumn = 1
}
) Nothing
( Marker "assumetest" )
( Claim []
( SymbolicQuantified
{ loc = Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 2
, locColumn = 5
}
, quant = Universally
, vars = NamedVar "x" :| []
, b = Unbounded
, suchThat = Nothing
, stmt = StmtFormula
{ formula = FormulaChain
( ChainBase
( ExprVar
( NamedVar "x" ) :| []
) Positive
( Relation
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 2
, locColumn = 28
}
)
( RelationSymbol
( Symbol "=" )
( ParameterArity 0 )
( Marker "eq" )
) []
)
( ExprVar
( NamedVar "x" ) :| []
)
)
}
}
)
)
, BlockProof
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 4
, locColumn = 1
}
)
( FixSymbolic
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 5
, locColumn = 5
}
)
( NamedVar "x" :| [] ) Unbounded
( Have
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 6
, locColumn = 5
}
) Nothing
( StmtFormula
{ formula = FormulaChain
( ChainBase
( ExprVar
( NamedVar "x" ) :| []
) Positive
( Relation
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 6
, locColumn = 13
}
)
( RelationSymbol
( Symbol "=" )
( ParameterArity 0 )
( Marker "eq" )
) []
)
( ExprVar
( NamedVar "x" ) :| []
)
)
}
) JustificationEmpty ( Qed Nothing JustificationEmpty )
)
)
( Location
{ locFile = "test/examples/prooffix.tex"
, locLine = 7
, locColumn = 1
}
)
]
|