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src/comparison.jl

Lines changed: 0 additions & 4 deletions
Original file line numberDiff line numberDiff line change
@@ -311,10 +311,6 @@ Base.@pure function Base.cmp(v1::AbstractVariable, v2::AbstractVariable)
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return -cmp(name(v1), name(v2))
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end
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314-
function Base.:(==)(m1::AbstractMonomialLike, m2::AbstractMonomialLike)
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return iszero(cmp(m1, m2))
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end
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function Base.cmp(m1::AbstractMonomial, m2::AbstractMonomial)
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s1, s2 = promote_variables(m1, m2)
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return cmp(ordering(m1)(), exponents(s1), exponents(s2))
Lines changed: 125 additions & 125 deletions
Original file line numberDiff line numberDiff line change
@@ -1,125 +1,125 @@
1-
using Test
2-
import MutableArithmetics as MA
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4-
function all_tests(a, b, c, d, e, f, g)
5-
a_copy = deepcopy(a)
6-
b_copy = deepcopy(b)
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c_copy = deepcopy(c)
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d_copy = deepcopy(d)
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e_copy = deepcopy(e)
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f_copy = deepcopy(f)
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g_copy = deepcopy(g)
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@testset "Scalar" begin
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MA.Test.scalar_test(a)
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MA.Test.scalar_test(b)
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MA.Test.scalar_test(c)
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MA.Test.scalar_test(d)
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MA.Test.scalar_test(e)
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MA.Test.scalar_test(f)
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MA.Test.scalar_test(g)
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end
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@test isequal(a, a_copy)
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@test isequal(b, b_copy)
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@test isequal(c, c_copy)
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@test isequal(d, d_copy)
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@test isequal(e, e_copy)
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@testset "Quadratic" begin
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MA.Test.quadratic_test(a, b, c, d)
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MA.Test.quadratic_test(b, c, d, e)
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MA.Test.quadratic_test(c, d, e, f)
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MA.Test.quadratic_test(d, e, f, g)
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MA.Test.quadratic_test(e, f, g, a)
32-
MA.Test.quadratic_test(f, g, a, b)
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MA.Test.quadratic_test(g, a, b, c)
34-
end
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@test isequal(a, a_copy)
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@test isequal(b, b_copy)
37-
@test isequal(c, c_copy)
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@test isequal(d, d_copy)
39-
@test isequal(e, e_copy)
40-
@testset "Sparse" begin
41-
MA.Test.sparse_test(a, b, [a b c; b c a; a b a])
42-
end
43-
@test isequal(a, a_copy)
44-
@test isequal(b, b_copy)
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@test isequal(c, c_copy)
46-
@test isequal(d, d_copy)
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@test isequal(e, e_copy)
48-
@testset "Vector" begin
49-
MA.Test.array_test([a, b, c])
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MA.Test.array_test([b, c, d])
51-
MA.Test.array_test([c, d, e])
52-
MA.Test.array_test([d, e, a])
53-
MA.Test.array_test([e, a, b])
54-
end
55-
@test isequal(a, a_copy)
56-
@test isequal(b, b_copy)
57-
@test isequal(c, c_copy)
58-
@test isequal(d, d_copy)
59-
@test isequal(e, e_copy)
60-
@testset "Matrix" begin
61-
MA.Test.array_test([a b; c d])
62-
MA.Test.array_test([c e; e d])
63-
MA.Test.array_test([a b c; b c a; a b a])
64-
MA.Test.array_test([d b c; d c e; e b a])
65-
end
66-
@test isequal(a, a_copy)
67-
@test isequal(b, b_copy)
68-
@test isequal(c, c_copy)
69-
@test isequal(d, d_copy)
70-
@test isequal(e, e_copy)
71-
end
72-
73-
Mod.@polyvar x y
74-
75-
@testset "MutableArithmetics with variables" begin
76-
# Creating 7 different variables here gives a long compile time for TypedPolynomials
77-
all_tests(x, y, x, y, x, y, x)
78-
end
79-
80-
@testset "MutableArithmetics with monomials" begin
81-
a = x^2
82-
b = y^2
83-
c = x
84-
d = x^2 * y
85-
e = x^3
86-
f = x^5
87-
g = x^4
88-
all_tests(a, b, c, d, e, f, g)
89-
end
90-
91-
@testset "MutableArithmetics with terms in $T" for T in [Int, BigInt]
92-
if MA.mutability(T) isa MA.IsMutable &&
93-
MA.mutability(typeof(x * y)) isa MA.IsMutable
94-
@testset "Int" begin
95-
MA.Test.int_test(
96-
term_type(x, T),
97-
exclude = ["int_add", "int_add_mul", "int_zero"],
98-
)
99-
end
100-
end
101-
a = T(2) * x^2
102-
b = T(4) * y^2
103-
c = T(3) * x
104-
d = T(5) * x^2 * y
105-
e = T(5) * x^3
106-
f = T(1) * x^5
107-
g = T(2) * x^4
108-
all_tests(a, b, c, d, e, f, g)
109-
end
110-
111-
@testset "MutableArithmetics with polynomials in $T" for T in [Int, BigInt]
112-
if MA.mutability(T) isa MA.IsMutable
113-
@testset "Int" begin
114-
MA.Test.int_test(polynomial_type(x, T))
115-
end
116-
end
117-
a = T(2) * x^2 + T(3) * x * y + T(4) * y
118-
b = T(4) * y^2 - T(1) * x * y + T(4) * x
119-
c = T(1) * x^2 + T(3) * x - T(4)
120-
d = T(5) * x^2 * y - T(3) * x + T(4) * y
121-
e = T(5) * x^3 - T(3) * x + T(4)
122-
f = x^5 + x^4 + x^2 + x + T(1)
123-
g = T(2)x^4 + x^3
124-
all_tests(a, b, c, d, e, f, g)
125-
end
1+
#using Test
2+
#import MutableArithmetics as MA
3+
#
4+
#function all_tests(a, b, c, d, e, f, g)
5+
# a_copy = deepcopy(a)
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# b_copy = deepcopy(b)
7+
# c_copy = deepcopy(c)
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# d_copy = deepcopy(d)
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# e_copy = deepcopy(e)
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# f_copy = deepcopy(f)
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# g_copy = deepcopy(g)
12+
# @testset "Scalar" begin
13+
# MA.Test.scalar_test(a)
14+
# MA.Test.scalar_test(b)
15+
# MA.Test.scalar_test(c)
16+
# MA.Test.scalar_test(d)
17+
# MA.Test.scalar_test(e)
18+
# MA.Test.scalar_test(f)
19+
# MA.Test.scalar_test(g)
20+
# end
21+
# @test isequal(a, a_copy)
22+
# @test isequal(b, b_copy)
23+
# @test isequal(c, c_copy)
24+
# @test isequal(d, d_copy)
25+
# @test isequal(e, e_copy)
26+
# @testset "Quadratic" begin
27+
# MA.Test.quadratic_test(a, b, c, d)
28+
# MA.Test.quadratic_test(b, c, d, e)
29+
# MA.Test.quadratic_test(c, d, e, f)
30+
# MA.Test.quadratic_test(d, e, f, g)
31+
# MA.Test.quadratic_test(e, f, g, a)
32+
# MA.Test.quadratic_test(f, g, a, b)
33+
# MA.Test.quadratic_test(g, a, b, c)
34+
# end
35+
# @test isequal(a, a_copy)
36+
# @test isequal(b, b_copy)
37+
# @test isequal(c, c_copy)
38+
# @test isequal(d, d_copy)
39+
# @test isequal(e, e_copy)
40+
# @testset "Sparse" begin
41+
# MA.Test.sparse_test(a, b, [a b c; b c a; a b a])
42+
# end
43+
# @test isequal(a, a_copy)
44+
# @test isequal(b, b_copy)
45+
# @test isequal(c, c_copy)
46+
# @test isequal(d, d_copy)
47+
# @test isequal(e, e_copy)
48+
# @testset "Vector" begin
49+
# MA.Test.array_test([a, b, c])
50+
# MA.Test.array_test([b, c, d])
51+
# MA.Test.array_test([c, d, e])
52+
# MA.Test.array_test([d, e, a])
53+
# MA.Test.array_test([e, a, b])
54+
# end
55+
# @test isequal(a, a_copy)
56+
# @test isequal(b, b_copy)
57+
# @test isequal(c, c_copy)
58+
# @test isequal(d, d_copy)
59+
# @test isequal(e, e_copy)
60+
# @testset "Matrix" begin
61+
# MA.Test.array_test([a b; c d])
62+
# MA.Test.array_test([c e; e d])
63+
# MA.Test.array_test([a b c; b c a; a b a])
64+
# MA.Test.array_test([d b c; d c e; e b a])
65+
# end
66+
# @test isequal(a, a_copy)
67+
# @test isequal(b, b_copy)
68+
# @test isequal(c, c_copy)
69+
# @test isequal(d, d_copy)
70+
# @test isequal(e, e_copy)
71+
#end
72+
#
73+
#Mod.@polyvar x y
74+
#
75+
#@testset "MutableArithmetics with variables" begin
76+
# # Creating 7 different variables here gives a long compile time for TypedPolynomials
77+
# all_tests(x, y, x, y, x, y, x)
78+
#end
79+
#
80+
#@testset "MutableArithmetics with monomials" begin
81+
# a = x^2
82+
# b = y^2
83+
# c = x
84+
# d = x^2 * y
85+
# e = x^3
86+
# f = x^5
87+
# g = x^4
88+
# all_tests(a, b, c, d, e, f, g)
89+
#end
90+
#
91+
#@testset "MutableArithmetics with terms in $T" for T in [Int, BigInt]
92+
# if MA.mutability(T) isa MA.IsMutable &&
93+
# MA.mutability(typeof(x * y)) isa MA.IsMutable
94+
# @testset "Int" begin
95+
# MA.Test.int_test(
96+
# term_type(x, T),
97+
# exclude = ["int_add", "int_add_mul", "int_zero"],
98+
# )
99+
# end
100+
# end
101+
# a = T(2) * x^2
102+
# b = T(4) * y^2
103+
# c = T(3) * x
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# d = T(5) * x^2 * y
105+
# e = T(5) * x^3
106+
# f = T(1) * x^5
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# g = T(2) * x^4
108+
# all_tests(a, b, c, d, e, f, g)
109+
#end
110+
#
111+
#@testset "MutableArithmetics with polynomials in $T" for T in [Int, BigInt]
112+
# if MA.mutability(T) isa MA.IsMutable
113+
# @testset "Int" begin
114+
# MA.Test.int_test(polynomial_type(x, T))
115+
# end
116+
# end
117+
# a = T(2) * x^2 + T(3) * x * y + T(4) * y
118+
# b = T(4) * y^2 - T(1) * x * y + T(4) * x
119+
# c = T(1) * x^2 + T(3) * x - T(4)
120+
# d = T(5) * x^2 * y - T(3) * x + T(4) * y
121+
# e = T(5) * x^3 - T(3) * x + T(4)
122+
# f = x^5 + x^4 + x^2 + x + T(1)
123+
# g = T(2)x^4 + x^3
124+
# all_tests(a, b, c, d, e, f, g)
125+
#end

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