Changeset 3563 for branches/f4grobner
- Timestamp:
- 2015-09-05T16:47:01-07:00 (9 years ago)
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- 1 edited
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branches/f4grobner/monom.lisp
r3562 r3563 253 253 exponents1 exponents2 exponents3 exponents4)))))) 254 254 255 (defmethod monom-divisible-by-p ((m1 monom) (m2 monom)) 256 "Returns T if monomial M1 is divisible by monomial M2, NIL otherwise." 257 (with-slots ((exponents1 exponents)) 258 m1 259 (with-slots ((exponents2 exponents)) 260 m2 261 (every #'>= exponents1 exponents2)))) 262 263 (defmethod monom-rel-prime-p ((m1 monom) (m2 monom)) 264 "Returns T if two monomials M1 and M2 are relatively prime (disjoint)." 265 (with-slots ((exponents1 exponents)) 266 m1 267 (with-slots ((exponents2 exponents)) 268 m2 269 (every #'(lambda (x y) (zerop (min x y))) exponents1 exponents2)))) 255 (defgeneric divisible-by-p (object1 object2) 256 (:documentation "Return T if OBJECT1 is divisible by OBJECT2.") 257 (:method ((m1 monom) (m2 monom)) 258 "Returns T if monomial M1 is divisible by monomial M2, NIL otherwise." 259 (with-slots ((exponents1 exponents)) 260 m1 261 (with-slots ((exponents2 exponents)) 262 m2 263 (every #'>= exponents1 exponents2))))) 264 265 (defmethod rel-prime-p (object1 object2) 266 (:method ((m1 monom) (m2 monom)) 267 "Returns T if two monomials M1 and M2 are relatively prime (disjoint)." 268 (with-slots ((exponents1 exponents)) 269 m1 270 (with-slots ((exponents2 exponents)) 271 m2 272 (every #'(lambda (x y) (zerop (min x y))) exponents1 exponents2))))) 270 273 271 274 (defmethod monom-lcm ((m1 monom) (m2 monom))
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