Loading src/Copar/Functors/GroupValued.hs +2 −2 Original line number Original line Diff line number Diff line Loading @@ -106,8 +106,8 @@ rationalHelp = <> Doc.annotate Doc.bold "Coalgebra syntax:" <> Doc.annotate Doc.bold "Coalgebra syntax:" <+> Doc.reflow "'{' X ':' rational, ... '}'" <+> Doc.reflow "'{' X ':' rational, ... '}'" <> Doc.line <> Doc.line <> Doc.reflow " Note that rationals currently have the same syntax as reals \ <> Doc.reflow "where 'rational' is either an integer or of the form a/b, \ \and proper fractions are not supported." \where a and b are integers." newtype OrderedComplex = OrderedComplex (Complex EqDouble) newtype OrderedComplex = OrderedComplex (Complex EqDouble) deriving (Eq, Num, NFData, Show) deriving (Eq, Num, NFData, Show) Loading Loading
src/Copar/Functors/GroupValued.hs +2 −2 Original line number Original line Diff line number Diff line Loading @@ -106,8 +106,8 @@ rationalHelp = <> Doc.annotate Doc.bold "Coalgebra syntax:" <> Doc.annotate Doc.bold "Coalgebra syntax:" <+> Doc.reflow "'{' X ':' rational, ... '}'" <+> Doc.reflow "'{' X ':' rational, ... '}'" <> Doc.line <> Doc.line <> Doc.reflow " Note that rationals currently have the same syntax as reals \ <> Doc.reflow "where 'rational' is either an integer or of the form a/b, \ \and proper fractions are not supported." \where a and b are integers." newtype OrderedComplex = OrderedComplex (Complex EqDouble) newtype OrderedComplex = OrderedComplex (Complex EqDouble) deriving (Eq, Num, NFData, Show) deriving (Eq, Num, NFData, Show) Loading