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always-none

suite examples · 2026-10-13 17:20:05 · CAS none · machine pi5 · dialect sexp · case set df65d778fc5c

By category

categorynsolvedwrongdeclined correctlyno verdicttimeoutunsupported
branch-cuts5001400
conventions2000200
log-exp2000200
parity5001400
primes2001100
radicals6001500
sign5001400
trig2000200
total290052400

Setup (run once per start, not counted in the per-query times)

measured setup time: 0.018 s

The system sent no setup code.

Cases

casecategoryoutcomequery (as sent)answersteps (from the trace)sdetail
demo-atan2-01 truebranch-cutsno verdict(real x) ∧ (real y) ∧ (positive x) ⊢ (= (atan2 y x) (atan (/ y x)))null0.0null
demo-atan2-02 falsebranch-cutsno verdict(real x) ∧ (real y) ∧ (negative x) ∧ (positive y) ⊢ (= (atan2 y x) (atan (/ y x)))null0.0null
demo-log-01 truebranch-cutsno verdict(real x) ∧ (real y) ∧ (positive x) ∧ (positive y) ⊢ (= (log (* x y)) (+ (log x) (log y)))null0.0null
demo-log-02 contingentbranch-cutsdeclined correctly(nonzero z) ∧ (nonzero w) ⊢ (= (log (* z w)) (+ (log z) (log w)))null0.0null (correct: contingent)
demo-log-03 falsebranch-cutsno verdict(real x) ∧ (negative x) ⊢ (= (log x) (log (- x)))null0.0null
demo-acot-01 trueconventionsno verdict(real x) ∧ (positive x) ⊢ (= (acot x) (atan (/ 1 x)))null0.0null
demo-heaviside-01 trueconventionsno verdict(real x) ∧ (nonzero x) ⊢ (= (+ (heaviside x) (heaviside (- x))) 1)null0.0null
demo-eq-log-01 truelog-expno verdict(real x) ∧ (positive x) ⊢ (= (log (exp x)) x)null0.0null
demo-eq-pow-01 truelog-expno verdict(integer n) ⊢ (= (pow -1 (* 2 n)) 1)null0.0null
demo-parity-01 trueparityno verdict(integer n) ∧ (odd n) ⊢ (= (pow -1 (+ n 1)) 1)null0.0null
demo-parity-02 falseparityno verdict(integer n) ∧ (integer m) ∧ (odd n) ∧ (odd m) ⊢ (= (pow -1 (* n m)) 1)null0.0null
demo-parity-03 trueparityno verdict(integer n) ⊢ (= (pow -1 (* n (+ n 1))) 1)null0.0null
demo-parity-04 contingentparitydeclined correctly(integer n) ∧ (even n) ⊢ (= (pow i n) 1)null0.0null (correct: contingent)
demo-parity-05 trueparityno verdict(integer n) ∧ (integer m) ∧ (odd n) ∧ (odd m) ⊢ (= (pow -1 (* n m)) -1)null0.0null
demo-prime-01 trueprimesno verdict(integer p) ∧ (prime p) ∧ (> p 2) ⊢ (= (pow -1 p) -1)null0.0null
demo-prime-02 contingentprimesdeclined correctly(integer p) ∧ (prime p) ⊢ (= (pow -1 p) -1)null0.0null (correct: contingent)
demo-eq-abs-01 trueradicalsno verdict(real x) ∧ (negative x) ⊢ (= (abs x) (- x))null0.0null
demo-eq-abs-02 falseradicalsno verdict(real x) ∧ (negative x) ⊢ (= (abs x) x)null0.0null
demo-eq-sqrt-01 trueradicalsno verdict(real x) ∧ (positive x) ⊢ (= (sqrt (pow x 2)) x)null0.0null
demo-eq-sqrt-02 trueradicalsno verdict(real x) ⊢ (= (sqrt (pow x 2)) (abs x))null0.0null
demo-eq-sqrt-03 contingentradicalsdeclined correctly(real x) ⊢ (= (sqrt (pow x 2)) x)null0.0null (correct: contingent)
demo-eq-sqrt-04 falseradicalsno verdict(real x) ∧ (positive x) ⊢ (= (+ (sqrt (pow x 2)) 1) x)null0.0null
demo-nonzero-01 truesignno verdict(imaginary z) ⊢ (= (abs (sign z)) 1)null0.0null
demo-sign-02 truesignno verdict(real x) ∧ (nonzero x) ⊢ (= (sign (pow x 2)) 1)null0.0null
demo-sign-03 contingentsigndeclined correctly(nonzero x) ⊢ (= (sign (pow x 2)) 1)null0.0null (correct: contingent)
demo-sign-04 truesignno verdict(= (abs (* z (conj z))) (* z (conj z)))null0.0null
demo-sign-05 truesignno verdict(real x) ∧ (real y) ∧ (positive x) ∧ (negative y) ⊢ (= (abs (- x y)) (- x y))null0.0null
demo-eq-trig-01 truetrigno verdict(= (+ (pow (sin x) 2) (pow (cos x) 2)) 1)null0.0null
demo-eq-trig-02 truetrigno verdict(= (* 2 (sin x) (cos x)) (sin (* 2 x)))null0.0null