sympy-simplify
suite trig · 2026-10-12 20:21:47 · CAS sympy 1.15.0.dev, mode fork · machine pi5 · dialect sympy · case set 45d6b9056f06
By category
old report format (graded with a combined score): its nulls are shown as no verdict, because an old report cannot tell a correct decline on a contingent case from no verdict
| category | n | solved | wrong | declined correctly | no verdict | timeout | unsupported |
|---|---|---|---|---|---|---|---|
| identities | 5 | 3 | 0 | 0 | 2 | 0 | 0 |
| inverse | 4 | 0 | 0 | 0 | 4 | 0 | 0 |
| periodicity | 4 | 1 | 0 | 0 | 3 | 0 | 0 |
| total | 13 | 4 | 0 | 0 | 9 | 0 | 0 |
Setup (run once per start, not counted in the per-query times)
measured setup time: 0.494 s
setup — not timed
from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
| sympy | sympy.__version__ | → | 1.15.0.dev |
| warm-up | simplify(sin(W)**2 + cos(W)**2) | → | 1 |
Cases
| case | category | outcome | query (as sent) | answer | steps (from the trace) | s | detail | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| trig-double-01 true | identities | solved | Q.complex(z) ⊢ Eq(sin((2*z)), (2*(sin(z)*cos(z)))) | true | difference → -2*sin(z)*cos(z) + sin(2*z) · simplify → 0 | 0.034 | true | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
z = Symbol('z', complex=True)
Residual = sin(2 * z) - (2 * (sin(z) * cos(z)))
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-double-02 false | identities | no verdict | Q.real(x) ∧ Q.positive(x) ∧ (x < 1) ⊢ Eq(sin((2*x)), (2*sin(x))) | null | difference → -2*sin(x) + sin(2*x) · simplify → 2*(cos(x) - 1)*sin(x) | 0.045 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True, positive=True)
# dropped (not a unary fact about one symbol): x < 1
Residual = sin(2 * x) - (2 * sin(x))
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-pyth-01 true | identities | solved | Q.complex(z) ⊢ Eq(((sin(z)*sin(z)) + (cos(z)*cos(z))), 1) | true | difference → sin(z)**2 + cos(z)**2 - 1 · simplify → 0 | 0.036 | true | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
z = Symbol('z', complex=True)
Residual = sin(z) * sin(z) + cos(z) * cos(z) - 1
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-sqrt-01 contingent | identities | no verdict | Q.real(x) ⊢ Eq(sqrt((1 - (sin(x)*sin(x)))), cos(x)) | null | difference → sqrt(1 - sin(x)**2) - cos(x) · simplify → -cos(x) + Abs(cos(x)) | 0.063 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
Residual = sqrt(1 - sin(x) * sin(x)) - cos(x)
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-tan-01 true | identities | solved | Q.real(x) ∧ (~Q.zero(cos(x))) ⊢ Eq(tan(x), (sin(x)/cos(x))) | true | difference → -sin(x)/cos(x) + tan(x) · simplify → 0 | 0.036 | true | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
# dropped (not a unary fact about one symbol): ~Q.zero(cos(x))
Residual = tan(x) - (sin(x) / cos(x))
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-acos-01 true | inverse | no verdict | Q.real(x) ∧ Q.positive(x) ∧ (x < 3) ⊢ Eq(acos(cos(x)), x) | null | difference → -x + acos(cos(x)) · simplify → -x + acos(cos(x)) | 0.034 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True, positive=True)
# dropped (not a unary fact about one symbol): x < 3
Residual = acos(cos(x)) - x
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-asin-01 contingent | inverse | no verdict | Q.real(x) ⊢ Eq(asin(sin(x)), x) | null | difference → -x + asin(sin(x)) · simplify → -x + asin(sin(x)) | 0.04 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
Residual = asin(sin(x)) - x
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-asin-02 true | inverse | no verdict | Q.real(x) ∧ (x > (-1)) ∧ (x < 1) ⊢ Eq(asin(sin(x)), x) | null | difference → -x + asin(sin(x)) · simplify → -x + asin(sin(x)) | 0.04 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
# dropped (not a unary fact about one symbol): x > -1
# dropped (not a unary fact about one symbol): x < 1
Residual = asin(sin(x)) - x
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-atan-01 true | inverse | no verdict | Q.real(x) ∧ (x > (-1)) ∧ (x < 1) ⊢ Eq(atan(tan(x)), x) | null | difference → -x + atan(tan(x)) · simplify → -x + atan(tan(x)) | 0.044 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
# dropped (not a unary fact about one symbol): x > -1
# dropped (not a unary fact about one symbol): x < 1
Residual = atan(tan(x)) - x
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-period-01 true | periodicity | solved | Q.complex(z) ⊢ Eq(sin((z + (2*pi))), sin(z)) | true | difference → 0 · simplify → 0 | 0.01 | true | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
z = Symbol('z', complex=True)
Residual = sin(z + 2 * pi) - sin(z)
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-period-02 contingent | periodicity | no verdict | Q.real(x) ⊢ Eq(cos((x + pi)), cos(x)) | null | difference → -2*cos(x) · simplify → -2*cos(x) | 0.022 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
Residual = cos(x + pi) - cos(x)
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-period-03 contingent | periodicity | no verdict | Q.real(x) ∧ Q.positive(x) ⊢ Eq(cos((x + pi)), cos(x)) | null | difference → -2*cos(x) · simplify → -2*cos(x) | 0.021 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True, positive=True)
Residual = cos(x + pi) - cos(x)
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||
| trig-shift-01 contingent | periodicity | no verdict | Q.real(x) ⊢ Eq(sin((x + pi)), sin(x)) | null | difference → -2*sin(x) · simplify → -2*sin(x) | 0.022 | null | ||||||||||||
codesetup — not timed from sympy import *
import sympy
SympyVersion = sympy.__version__
# warm-up: a fixed generic expression, never case content
W = Symbol('W')
Warmup = simplify(sin(W)**2 + cos(W)**2)
# every query then runs in its own forked process, starting from this state:
# the expression caches are dropped (imported and lazily loaded modules stay)
sympy.core.cache.clear_cache()
x = Symbol('x', real=True)
Residual = sin(x + pi) - sin(x)
Result = simplify(Residual)
# true iff the result is 0; false only if it is a definite nonzero number
Answer = True if Result == 0 else False if (Result.is_number and Result.is_finite and Result.is_zero is False) else None
print(Result, Answer, sep='\n')
| |||||||||||||||||||