Uses of Class
fj.data.hlist.HPre.HSucc
Packages that use HPre.HSucc
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Uses of HPre.HSucc in fj.data.hlist
Methods in fj.data.hlist with type parameters of type HPre.HSuccModifier and TypeMethodDescriptionstatic <N extends HPre.HNat<N>,
M extends HPre.HNat<M>, R extends HPre.HNat<R>, H extends HPre.HAdd<N, HPre.HSucc<M>, R>>
HPre.HAdd<HPre.HSucc<N>, HPre.HSucc<M>, HPre.HSucc<R>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HSucc<M> b, H h) The sum of numbers a and b is one greater than the sum of b and the predecessor of a.Methods in fj.data.hlist that return HPre.HSuccModifier and TypeMethodDescriptionstatic <N extends HPre.HNat<N>>
HPre.HSucc<N> HPre.HNat.hSucc
(N n) Methods in fj.data.hlist that return types with arguments of type HPre.HSuccModifier and TypeMethodDescriptionstatic <N extends HPre.HNat<N>,
M extends HPre.HNat<M>, R extends HPre.HNat<R>, H extends HPre.HAdd<N, HPre.HSucc<M>, R>>
HPre.HAdd<HPre.HSucc<N>, HPre.HSucc<M>, HPre.HSucc<R>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HSucc<M> b, H h) The sum of numbers a and b is one greater than the sum of b and the predecessor of a.static <N extends HPre.HNat<N>,
M extends HPre.HNat<M>, R extends HPre.HNat<R>, H extends HPre.HAdd<N, HPre.HSucc<M>, R>>
HPre.HAdd<HPre.HSucc<N>, HPre.HSucc<M>, HPre.HSucc<R>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HSucc<M> b, H h) The sum of numbers a and b is one greater than the sum of b and the predecessor of a.static <N extends HPre.HNat<N>,
M extends HPre.HNat<M>, R extends HPre.HNat<R>, H extends HPre.HAdd<N, HPre.HSucc<M>, R>>
HPre.HAdd<HPre.HSucc<N>, HPre.HSucc<M>, HPre.HSucc<R>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HSucc<M> b, H h) The sum of numbers a and b is one greater than the sum of b and the predecessor of a.static <N extends HPre.HNat<N>>
HPre.HAdd<HPre.HSucc<N>, HPre.HZero, HPre.HSucc<N>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HZero b) The sum of zero and any other number is that number.static <N extends HPre.HNat<N>>
HPre.HAdd<HPre.HSucc<N>, HPre.HZero, HPre.HSucc<N>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HZero b) The sum of zero and any other number is that number.static <N extends HPre.HNat<N>>
HPre.HAdd<HPre.HZero, HPre.HSucc<N>, HPre.HSucc<N>> HPre.HAdd.add
(HPre.HZero a, HPre.HSucc<N> b) The sum of zero and any other number is that number.static <N extends HPre.HNat<N>>
HPre.HAdd<HPre.HZero, HPre.HSucc<N>, HPre.HSucc<N>> HPre.HAdd.add
(HPre.HZero a, HPre.HSucc<N> b) The sum of zero and any other number is that number.static <N extends HPre.HNat<N>,
NN extends HPre.HNat<NN>, B extends HPre.HBool, E extends HPre.HEq<N, NN, B>>
HPre.HEq<HPre.HSucc<N>, HPre.HSucc<NN>, B> HPre.HEq.eq
(HPre.HSucc<N> a, HPre.HSucc<NN> b, E e) A number is equal to another if their predecessors are equal.static <N extends HPre.HNat<N>,
NN extends HPre.HNat<NN>, B extends HPre.HBool, E extends HPre.HEq<N, NN, B>>
HPre.HEq<HPre.HSucc<N>, HPre.HSucc<NN>, B> HPre.HEq.eq
(HPre.HSucc<N> a, HPre.HSucc<NN> b, E e) A number is equal to another if their predecessors are equal.static <N extends HPre.HNat<N>>
HPre.HEq<HPre.HSucc<N>, HPre.HZero, HPre.HFalse> HPre.HEq.eq
(HPre.HSucc<N> a, HPre.HZero b) Zero is not equal to anything other than zero.static <N extends HPre.HNat<N>>
HPre.HEq<HPre.HZero, HPre.HSucc<N>, HPre.HFalse> HPre.HEq.eq
(HPre.HZero a, HPre.HSucc<N> b) Zero is not equal to anything other than zero.Show
<HPre.HSucc<N>> HPre.HSucc.show()
Methods in fj.data.hlist with parameters of type HPre.HSuccModifier and TypeMethodDescriptionstatic <N extends HPre.HNat<N>,
M extends HPre.HNat<M>, R extends HPre.HNat<R>, H extends HPre.HAdd<N, HPre.HSucc<M>, R>>
HPre.HAdd<HPre.HSucc<N>, HPre.HSucc<M>, HPre.HSucc<R>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HSucc<M> b, H h) The sum of numbers a and b is one greater than the sum of b and the predecessor of a.static <N extends HPre.HNat<N>>
HPre.HAdd<HPre.HSucc<N>, HPre.HZero, HPre.HSucc<N>> HPre.HAdd.add
(HPre.HSucc<N> a, HPre.HZero b) The sum of zero and any other number is that number.static <N extends HPre.HNat<N>>
HPre.HAdd<HPre.HZero, HPre.HSucc<N>, HPre.HSucc<N>> HPre.HAdd.add
(HPre.HZero a, HPre.HSucc<N> b) The sum of zero and any other number is that number.static <N extends HPre.HNat<N>,
NN extends HPre.HNat<NN>, B extends HPre.HBool, E extends HPre.HEq<N, NN, B>>
HPre.HEq<HPre.HSucc<N>, HPre.HSucc<NN>, B> HPre.HEq.eq
(HPre.HSucc<N> a, HPre.HSucc<NN> b, E e) A number is equal to another if their predecessors are equal.static <N extends HPre.HNat<N>>
HPre.HEq<HPre.HSucc<N>, HPre.HZero, HPre.HFalse> HPre.HEq.eq
(HPre.HSucc<N> a, HPre.HZero b) Zero is not equal to anything other than zero.static <N extends HPre.HNat<N>>
HPre.HEq<HPre.HZero, HPre.HSucc<N>, HPre.HFalse> HPre.HEq.eq
(HPre.HZero a, HPre.HSucc<N> b) Zero is not equal to anything other than zero.static <N extends HPre.HNat<N>>
NHPre.HNat.hPred
(HPre.HSucc<N> n)