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;;; the toplevel operators of each equation in the system
;;; type : array[term]
(defmacro match-acz-state-methods (state__) `(svref ,state__ 0))
;;; functional terms
;;; type : array[term]
(defmacro match-acz-state-lhs-f (state__) `(svref ,state__ 1))
;;; variables on the LHS
;;; type : array[term]
(defmacro match-acz-state-lhs-v (state__) `(svref ,state__ 2))
;;; contants on the RHS
;;; type : array[term]
(defmacro match-acz-state-rhs-c (state__) `(svref ,state__ 3))
;;; functional terms on RHS
;;; type : array[term]
(defmacro match-acz-state-rhs-f (state__) `(svref ,state__ 4))
;;; notes repeated functional terms of LHS
;;; type : array[bool]
(defmacro match-acz-state-lhs-f-r (state__) `(svref ,state__ 5))
;;; notes repeated variables of LHS
;;; type : array[bool]
(defmacro match-acz-state-lhs-v-r (state__) `(svref ,state__ 6))
;;; notes repeated constants of RHS
;;; type : array[bool]
(defmacro match-acz-state-rhs-c-r (state__) `(svref ,state__ 7))
;;; notes repreated funcational terms of RHS
;;; type : array[bool]
(defmacro match-acz-state-rhs-f-r (state__) `(svref ,state__ 8))
;;; variables and funs acocunted for by RHS-c-sol
;;; type : fixnum
(defmacro match-acz-state-lhs-mask (state__) `(svref ,state__ 9))
;;; funs accounted for by RHS-c-sol
;;; type : fixnum
(defmacro match-acz-state-lhs-f-mask (state__) `(svref ,state__ 10))
;;; bit vector of all repeated (> 0) terms on LHS
(defmacro match-acz-state-lhs-r-mask (state__) `(svref ,state__ 11))
;;; solution matrix for constants
;;; type : array[fixnum]
(defmacro match-acz-state-rhs-c-sol (state__) `(svref ,state__ 12 ))
;;; max value of elements of RHS-C-sol
;;; type : fixnum
(defmacro match-acz-state-rhs-c-max (state__) `(svref ,state__ 13))
;;; solutions matrix; functional terms
;;; type : array[fixnum]
(defmacro match-acz-state-rhs-f-sol (state__) `(svref ,state__ 14))
;;; max value of elements of RHS-f-sol
;;; type : fixnum
(defmacro match-acz-state-rhs-f-max (state__) `(svref ,state__ 15))
;;; type : fixnum 11111 ... 1111
(defmacro match-acz-state-rhs-full-bits (state__) `(svref ,state__ 16))
;;; array of compatibility bitvectors; constants
;;; type : array[fixnum]
(defmacro match-acz-state-rhs-c-compat (state__) `(svref ,state__ 17))
;;; array of compatibility bitvectors; funcs
;;; type : array[fixnum]
(defmacro match-acz-state-rhs-f-compat (state__) `(svref ,state__ 18))
;;; number of constants on LHS after simplification
;;; type : fixnum
(defmacro match-acz-state-lhs-c-count (state__) `(svref ,state__ 19))
;;; number of functions on LHS after simplification
;;; type : fixnum
(defmacro match-acz-state-lhs-f-count (state__) `(svref ,state__ 20))
;;; number of variables on LHS after simplification
;;; type : fixnum
(defmacro match-acz-state-lhs-v-count (state__) `(svref ,state__ 21))
;;; number of constants on RHS after simplification
;;; type : fixnum
(defmacro match-acz-state-rhs-c-count (state__) `(svref ,state__ 22))
;;; number of functions on RHS after simplification
;;; type : fixnum
(defmacro match-acz-state-rhs-f-count (state__) `(svref ,state__ 23))
;;; t iff all solutions have been reported.
(defmacro match-acz-state-no-more (state__) `(svref ,state__ 24))
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