trying new fcb in let/subst

Leftover only inj and eqvt

eapply fcb ok

Removed Inl and Inr

relaxed type in fcb

fcb with explicit bn function

added let-rec example

Experiments with res

proved the fcb also for sets (no restriction yet)

copied all work to Lambda.thy; had to derive a special version of fcb1 for concrete atom

streamlined the fcb-proof and made fcb1 a special case of fcb

completed proof in Classical; the fcb lemma works for any list of atoms (despite what was written earlier)

fcb for multible (list) binders; at the moment all of them have to have the same sort (at-class); this should also work for set binders, but not yet for restriction.

renamed ds to dset (disagreement set)

added small lemma about disagreement set

merge

New-style fcb for multiple binders.

equality of lst_binder and a few helper lemmas [l]lst. T = [l]lst. S <-> T = S

only one of the fcb precondistions are needed (probably the same with the perm-conditions)

another change to the fcb2; this is needed in order to get all proofs through in Lambda.thy

did all cases, except the multiple binder case

an alternative FCB for Abs_lst1; seems simpler but not as simple as I thought; not sure whether it generalises to multiple binders.

except for the interated binder case, finished definition in Calssical.thy

Make examples work with non-precompiled image

Remove Lambda_add.thy

The examples in Lambda_add can be defined by nominal_function directly

Theory name changes for JEdit

More usual names for substitution properties

Second Fixed Point Theorem

Speed-up the completeness proof.

the simplifier can simplify "sort (atom a)" if a is a concrete atom type declared with atom_decl

added file

expanded the example

fixed nasty bug with type variables in nominal_datatypes; this included to be careful with the output of the inductive and function package

tuned

deleted some dead code

some rudimentary infrastructure for storing data about nominal datatypes

constants with the same names

Quotients/TODO addtion

Minor

merge

spelling

merge

Abs_set_fcb

function for let-rec

TODO/minor

Move lst_fcb to Nominal2_Abs

More minor TODOs

Update TODO

Let/minor

Update Quotient/TODO and remove some attic code

merge

little on cps2

got rid of the boolean flag in the raw_equivariance function

Fix

merge

CPS3 can be defined with eqvt_rhs.

moved for the moment CPS translations into the example directory

merged

added eqvt_at and invariant for boths sides of the equations