isabelle: src/HOLCF/Tr1.thy@74be52691d62 (annotated)

243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	1	(* Title: HOLCF/tr1.thy
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	2	ID: $Id$
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	3	Author: Franz Regensburger
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	4	Copyright 1993 Technische Universitaet Muenchen
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	5
625 119391dd1d59 New version nipkow parents: 243 diff changeset	6	Introduce the domain of truth values tr = one ++ one
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	7
625 119391dd1d59 New version nipkow parents: 243 diff changeset	8	The type is axiomatized as the least solution of a domain equation.
119391dd1d59 New version nipkow parents: 243 diff changeset	9	The functor term that specifies the domain equation is:
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	10
625 119391dd1d59 New version nipkow parents: 243 diff changeset	11	FT = <++,K_{one},K_{one}>
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	12
625 119391dd1d59 New version nipkow parents: 243 diff changeset	13	For details see chapter 5 of:
119391dd1d59 New version nipkow parents: 243 diff changeset	14
119391dd1d59 New version nipkow parents: 243 diff changeset	15	[Franz Regensburger] HOLCF: Eine konservative Erweiterung von HOL um LCF,
119391dd1d59 New version nipkow parents: 243 diff changeset	16	Dissertation, Technische Universit"at M"unchen, 1994
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	17
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	18	*)
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	19
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	20	Tr1 = One +
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	21
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	22	types tr 0
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	23	arities tr :: pcpo
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	24
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	25	consts
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	26	abs_tr :: "one ++ one -> tr"
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	27	rep_tr :: "tr -> one ++ one"
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	28	TT :: "tr"
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	29	FF :: "tr"
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	30	tr_when :: "'c -> 'c -> tr -> 'c"
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	31
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	32	rules
c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	33
1168 74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	34	abs_tr_iso "abs_tr`(rep_tr`u) = u"
74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	35	rep_tr_iso "rep_tr`(abs_tr`x) = x"
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	36
1168 74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	37	defs
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	38
1168 74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	39	TT_def "TT == abs_tr`(sinl`one)"
74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	40	FF_def "FF == abs_tr`(sinr`one)"
243 c22b85994e17 Franz Regensburger's Higher-Order Logic of Computable Functions embedding LCF nipkow parents: diff changeset	41
1168 74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	42	tr_when_def "tr_when ==
74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	43	(LAM e1 e2 t. sswhen`(LAM x.e1)`(LAM y.e2)`(rep_tr`t))"
74be52691d62 The curried version of HOLCF is now just called HOLCF. The old regensbu parents: 625 diff changeset	44	end

author	regensbu
	Thu, 29 Jun 1995 16:28:40 +0200
changeset 1168	74be52691d62
parent 625	119391dd1d59
child 1274	ea0668a1c0ba
permissions	-rw-r--r--