1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
|
;;;; -*- Mode: LISP; Syntax: ANSI-Common-Lisp; Package: rsm.mpoly.test -*-
;;;; *************************************************************************
;;;; FILE IDENTIFICATION
;;;;
;;;; Name: mpoly-test.lisp
;;;; Purpose: Regression testing for multivariate polynomial arithmetic.
;;;; Author: R. Scott McIntire
;;;; Date Started: Aug 2003
;;;;
;;;; $Id: mpoly-test.lisp,v 1.2 2003/09/10 22:19:25 rscottmcintire Exp $
;;;; *************************************************************************
(in-package #:cl-user)
(defpackage rsm.mpoly.test
(:use #:cl #:ptester)
(:documentation
"Provides a test harness for multivariate polynomial arithmetic.")
)
(in-package rsm.mpoly.test)
(defparameter *foo* (rsm.mpoly:poly (2 (1 3)) (10 (2 1)) (4 (1 1))))
(defparameter *goo* (rsm.mpoly:poly (3 (1 1)) (-5 (1 2)) (-1 (2 1))))
(defparameter *boo* (rsm.mpoly:poly (2 (1 1)) (5 (2 1)) (3 (1 0)) (11 (0 0))))
(defparameter *doo* (rsm.mpoly:poly (3.2 (1 1)) (#c(3 4) (1 2)) (-1 (2 1))))
(defun run-mpoly-tests ()
(with-tests (:name "MULTIVARIATE POLYNOMIAL TESTS")
(test '(2 . #(1 3))
(rsm.mpoly:term 2 (1 3))
:test #'equalp)
(test (rsm.mpoly:poly (4 (2 1)) (#c(3 4) (1 2)) (5.2 (1 1))
(3 (1 0)) (11 (0 0)))
(rsm.mpoly:+ *boo* *doo*)
:test #'equalp)
(test (rsm.mpoly:poly (9 (2 1)) (2 (1 3)) (-5 (1 2)) (7 (1 1)))
(rsm.mpoly:+ *foo* *goo*)
:test #'equalp)
(test (rsm.mpoly:poly (2 (1 3)) (10 (2 1)) (4 (1 1)) (10 (0 0)))
(rsm.mpoly:+ *foo* 10)
:test #'equalp)
(test (rsm.mpoly:poly (2 (1 3)) (10 (2 1)) (4 (1 1)) (1 (0 0)))
(rsm.mpoly:+ *foo* 1)
:test #'equalp)
(test (rsm.mpoly:poly (2 (1 1)) (5 (2 1)) (3 (1 0)) (32 (0 0)))
(rsm.mpoly:+ *boo* 21)
:test #'equalp)
(test (rsm.mpoly:poly (-10 (4 2)) (-2 (3 4)) (-50 (3 3)) (26 (3 2))
(-10 (2 5)) (6 (2 4)) (-20 (2 3)) (12 (2 2)))
(rsm.mpoly:* *foo* *goo*)
:test #'equalp)
(test (rsm.mpoly:poly (-60 (4 2)) (-12 (3 4)) (-300 (3 3)) (156 (3 2))
(-60 (2 5)) (36 (2 4)) (-120 (2 3)) (72 (2 2)))
(rsm.mpoly:* *foo* 2 *goo* 3)
:test #'equalp)
(test (rsm.mpoly:poly (6 (2 2)) (15 (3 2)) (9 (2 1)) (33 (1 1))
(-10 (2 3)) (-25 (3 3)) (-15 (2 2)) (-55 (1 2))
(-2 (3 2)) (-5 (4 2)) (-3 (3 1)) (-11 (2 1)))
(rsm.mpoly:* *goo* *boo*)
:test #'equalp)
(test (rsm.mpoly:poly (1000 (6 3)) (600 (5 5)) (1200 (5 3)) (120 (4 7))
(480 (4 5)) (480 (4 3)) (8 (3 9)) (48 (3 7))
(96 (3 5)) (64 (3 3)))
(rsm.mpoly:^ *foo* 3)
:test #'equalp)
;; Takes several seconds.
(unwind-protect
(progn
;; Set the modulus for the next test.
(rsm.mpoly:set-modulus 17)
(test (rsm.mpoly:poly
(4 (16 16)) (13 (16 14)) (8 (16 12)) (1 (16 10))
(15 (16 8)) (4 (16 6)) (9 (16 4)) (16 (16 2))
(3 (15 16)) (10 (15 2)) (9 (14 16)) (15 (14 4))
(9 (14 2)) (10 (13 16)) (14 (13 6)) (16 (13 4))
(15 (13 2)) (13 (12 16)) (4 (12 8)) (15 (12 6))
(11 (12 4)) (9 (12 2)) (5 (11 16)) (6 (11 10))
(9 (11 8)) (2 (11 6)) (4 (11 4)) (4 (11 2))
(15 (10 16)) (9 (10 12)) (6 (10 10)) (13 (10 8))
(12 (10 6)) (1 (10 4)) (11 (10 2)) (11 (9 16))
(5 (9 14)) (2 (9 12)) (12 (9 10)) (6 (9 8))
(12 (9 6)) (11 (9 4)) (13 (9 2)) (15 (8 16))
(1 (8 14)) (7 (8 12)) (11 (8 10)) (2 (8 8)) (10 (8 6))
(10 (8 4)) (13 (8 2)) (4 (7 16)) (5 (7 14))
(12 (7 12)) (2 (7 10)) (4 (7 8)) (11 (7 6))
(7 (7 4)) (2 (7 2)) (11 (6 16)) (16 (6 14))
(5 (6 12)) (12 (6 10)) (3 (6 8)) (1 (6 6)) (7 (6 4))
(12 (6 2)) (6 (5 16)) (13 (5 14)) (16 (5 12)) (15 (5 10))
(2 (5 8)) (5 (5 6)) (5 (5 4)) (10 (5 2)) (12 (4 16))
(12 (4 14)) (11 (4 12)) (14 (4 10)) (5 (4 8))
(14 (4 6)) (13 (4 4)) (5 (4 2)) (3 (3 16)) (10 (3 14))
(3 (3 12)) (7 (3 10)) (2 (3 8)) (2 (3 6)) (4 (3 4))
(16 (3 2)) (7 (2 16)) (9 (2 14)) (11 (2 12)) (7 (2 10))
(9 (2 8)) (12 (2 6)) (2 (2 4)) (10 (2 2)) (9 (1 16))
(1 (1 14)) (1 (1 12)) (9 (1 10)) (11 (1 8)) (5 (1 6))
(4 (1 4)) (15 (1 2)))
(rsm.mpoly:^ *foo* 2000)
:test #'equalp))
;; Unset the modulus for the next test.
(rsm.mpoly:set-modulus nil))
)
t
)
|
