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functions `parameters' and `body'.
* algebra/domain.spad.pamphlet: Rename from algebra/domain.spad.
(Category): New category.
* algebra/Makefile.pamphlet (axiom_algebra_layer_0): Include
CATEGORY.o.
(DOMAIN.NRLIB/code.$(FASLEXT)): Remove rule.
* interp/trace.boot (transTraceItem): Use $LangSupportTypes.
* interp/sys-constants.boot ($None): New.
($Type): Likewise.
($LangSupportTypes): Likewise.
* interp/parse.boot (parseHas): Use $LangSupportTypes.
(parseHasRhs): Likewise.
* interp/i-spec2.boot (upLETtype): Use conceptualType.
(uptypeOf): Likewise.
(upwhere): Likewise.
(typeOfType): Remove.
* interp/i-spec1.boot (isDomainValuedVariable): Variables with
type Category and Type are domain valued too.
* interp/i-output.boot (output): Special case only Mode and Type.
* interp/i-funsel.boot (selectMms): Don't ignore modemaps with
category parameters.
* interp/i-coerce.boot (canCoerce1): Test for Category instead of
SubDomain Domain.
(canCoerceFrom0): Use $None and $Any.
(absolutelyCannotCoerce): Use $None.
(coerceInteractive): Use $LangSupportTypes.
(coerceInt1): Use $Any.
* interp/i-analy.boot (conceptualType): New.
(bottomUpType): Use it.
* interp/clammed.boot (isValidType): Use $LangSupportTypes.
* interp/g-cndata.boot (isNameOfType): Likewise.
* interp/category.boot (Category): Remove hacky definition.
* interp/buildom.boot ($noCategoryDomains): Domain now has a
Lisplib.
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