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(load "../common.tl")
(defstruct numbase nil
v
(:method + (me arg) ^(+ ,me.v ,arg))
(:method - (me arg) ^(- ,me.v ,arg))
(:method -- (me arg) ^(- ,arg ,me.v))
(:method neg (me) ^(- ,me.v))
(:method * (me arg) ^(* ,me.v ,arg))
(:method / (me arg) ^(/ ,me.v ,arg))
(:method // (me arg) ^(/ ,arg ,me.v))
(:method recip (me) ^(/ ,me.v))
(:method abs (me) ^(abs ,me.v))
(:method signum (me) ^(signum ,me.v))
(:method trunc (me arg) ^(trunc ,me.v ,arg))
(:method r-trunc (me arg) ^(trunc ,arg ,me.v))
(:method trunc1 (me) ^(trunc ,me.v))
(:method mod (me arg) ^(mod ,me.v ,arg))
(:method r-mod (me arg) ^(mod ,arg ,me.v))
(:method expt (me arg) ^(expt ,me.v ,arg))
(:method r-expt (me arg) ^(expt ,arg ,me.v))
(:method exptmod (me arg1 arg2) ^(exptmod ,me.v ,arg1 ,arg2))
(:method isqrt (me) ^(isqrt ,me.v))
(:method square (me) ^(square ,me.v))
(:method > (me arg) ^(> ,me.v ,arg))
(:method < (me arg) ^(< ,me.v ,arg))
(:method >= (me arg) ^(>= ,me.v ,arg))
(:method <= (me arg) ^(<= ,me.v ,arg))
(:method = (me arg) ^(= ,me.v ,arg))
(:method zerop (me) ^(zerop ,me.v))
(:method plusp (me) ^(plusp ,me.v))
(:method minusp (me) ^(minusp ,me.v))
(:method evenp (me) ^(evenp ,me.v))
(:method oddp (me) ^(oddp ,me.v))
(:method floor (me arg) ^(floor ,me.v ,arg))
(:method r-floor (me arg) ^(floor ,arg ,me.v))
(:method floor1 (me) ^(floor ,me.v))
(:method ceil (me arg) ^(ceil ,me.v ,arg))
(:method r-ceil (me arg) ^(ceil ,arg ,me.v))
(:method ceil1 (me) ^(ceil ,me.v))
(:method round (me arg) ^(round ,me.v ,arg))
(:method r-round (me arg) ^(round ,arg ,me.v))
(:method round1 (me) ^(round ,me.v))
(:method sin (me) ^(sin ,me.v))
(:method cos (me) ^(cos ,me.v))
(:method tan (me) ^(tan ,me.v))
(:method asin (me) ^(asin ,me.v))
(:method acos (me) ^(acos ,me.v))
(:method atan (me) ^(atan ,me.v))
(:method atan2 (me arg) ^(atan2 ,me.v ,arg))
(:method r-atan2 (me arg) ^(atan2 ,arg ,me.v))
(:method log (me) ^(log ,me.v))
(:method log2 (me) ^(log2 ,me.v))
(:method log10 (me) ^(log10 ,me.v))
(:method exp (me) ^(exp ,me.v))
(:method sqrt (me) ^(sqrt ,me.v))
(:method logand (me arg) ^(logand ,me.v ,arg))
(:method logior (me arg) ^(logior ,me.v ,arg))
(:method lognot (me arg) ^(lognot ,me.v ,arg))
(:method r-lognot (me arg) ^(lognot ,arg ,me.v))
(:method lognot1 (me) ^(lognot ,me.v))
(:method logtrunc (me arg) ^(logtrunc ,me.v ,arg))
(:method r-logtrunc (me arg) ^(logtrunc ,arg ,me.v))
(:method sign-extend (me arg) ^(sign-extend ,me.v ,arg))
(:method ash (me arg) ^(ash ,me.v ,arg))
(:method bit (me arg) ^(bit ,me.v ,arg))
(:method width (me) ^(width ,me.v))
(:method logcount (me) ^(logcount ,me.v))
(:method cbrt (me) ^(cbrt ,me.v))
(:method erf (me) ^(erf ,me.v))
(:method erfc (me) ^(erfc ,me.v))
(:method exp10 (me) ^(exp10 ,me.v))
(:method exp2 (me) ^(exp2 ,me.v))
(:method expm1 (me) ^(expm1 ,me.v))
(:method gamma (me) ^(gamma ,me.v))
(:method j0 (me) ^(j0 ,me.v))
(:method j1 (me) ^(j1 ,me.v))
(:method lgamma (me) ^(lgamma ,me.v))
(:method log1p (me) ^(log1p ,me.v))
(:method logb (me) ^(logb ,me.v))
(:method nearbyint (me) ^(nearbyint ,me.v))
(:method rint (me) ^(rint ,me.v))
(:method significand (me) ^(significand ,me.v))
(:method tgamma (me) ^(tgamma ,me.v))
(:method y0 (me) ^(y0 ,me.v))
(:method y1 (me) ^(y1 ,me.v))
(:method copysign (me arg) ^(copysign ,me.v ,arg))
(:method drem (me arg) ^(drem ,me.v ,arg))
(:method fdim (me arg) ^(fdim ,me.v ,arg))
(:method fmax (me arg) ^(fmax ,me.v ,arg))
(:method fmin (me arg) ^(fmin ,me.v ,arg))
(:method hypot (me arg) ^(hypot ,me.v ,arg))
(:method jn (me arg) ^(jn ,me.v ,arg))
(:method ldexp (me arg) ^(ldexp ,me.v ,arg))
(:method nextafter (me arg) ^(nextafter ,me.v ,arg))
(:method remainder (me arg) ^(remainder ,me.v ,arg))
(:method scalb (me arg) ^(scalb ,me.v ,arg))
(:method scalbln (me arg) ^(scalbln ,me.v ,arg))
(:method yn (me arg) ^(yn ,me.v ,arg))
(:method r-copysign (me arg) ^(copysign ,arg ,me.v))
(:method r-drem (me arg) ^(drem ,arg ,me.v))
(:method r-fdim (me arg) ^(fdim ,arg ,me.v))
(:method r-fmax (me arg) ^(fmax ,arg ,me.v))
(:method r-fmin (me arg) ^(fmin ,arg ,me.v))
(:method r-hypot (me arg) ^(hypot ,arg ,me.v))
(:method r-jn (me arg) ^(jn ,arg ,me.v))
(:method r-ldexp (me arg) ^(ldexp ,arg ,me.v))
(:method r-nextafter (me arg) ^(nextafter ,arg ,me.v))
(:method r-remainder (me arg) ^(remainder ,arg ,me.v))
(:method r-scalb (me arg) ^(scalb ,arg ,me.v))
(:method r-scalbln (me arg) ^(scalbln ,arg ,me.v))
(:method r-yn (me arg) ^(yn ,arg ,me.v))
(:method tofloat (me) ^(tofloat ,me.v))
(:method toint (me) ^(toint ,me.v)))
(defvarl n (new numbase v 1))
(test (+ n 0) (+ 1 0))
(test (+ 0 n) (+ 1 0))
(test (- n) (- 1))
(test (- n 0) (- 1 0))
(test (- 0 n) (- 0 1))
(test (* n 0) (* 1 0))
(test (* 0 n) (* 1 0))
(test (/ n 0) (/ 1 0))
(test (/ 0 n) (/ 0 1))
(test (/ n) (/ 1))
(test (abs n) (abs 1))
(test (signum n) (signum 1))
(test (trunc n 0) (trunc 1 0))
(test (trunc 0 n) (trunc 0 1))
(test (trunc n) (trunc 1))
(test (mod n 0) (mod 1 0))
(test (mod 0 n) (mod 0 1))
(test (expt n 0) (expt 1 0))
(test (expt 0 n) (expt 0 1))
(test (exptmod n 2 3) (exptmod 1 2 3))
(test (isqrt n) (isqrt 1))
(test (square n) (square 1))
(test (sys:b> n 0) (> 1 0))
(test (sys:b> 0 n) (< 1 0))
(test (sys:b< n 0) (< 1 0))
(test (sys:b< 0 n) (> 1 0))
(test (sys:b< 0 n) (> 1 0))
(test (sys:b= n 0) (= 1 0))
(test (sys:b= 0 n) (= 1 0))
(test (zerop n) (zerop 1))
(test (plusp n) (plusp 1))
(test (minusp n) (minusp 1))
(test (evenp n) (evenp 1))
(test (oddp n) (oddp 1))
(test (floor n 0) (floor 1 0))
(test (floor 0 n) (floor 0 1))
(test (floor n) (floor 1))
(test (ceil n 0) (ceil 1 0))
(test (ceil 0 n) (ceil 0 1))
(test (ceil n) (ceil 1))
(test (round n 0) (round 1 0))
(test (round 0 n) (round 0 1))
(test (round n) (round 1))
(test (sin n) (sin 1))
(test (cos n) (cos 1))
(test (tan n) (tan 1))
(test (asin n) (asin 1))
(test (acos n) (acos 1))
(test (atan n) (atan 1))
(test (atan2 n 0) (atan2 1 0))
(test (atan2 0 n) (atan2 0 1))
(test (log n) (log 1))
(test (log2 n) (log2 1))
(test (log10 n) (log10 1))
(test (exp n) (exp 1))
(test (sqrt n) (sqrt 1))
(test (logand n 0) (logand 1 0))
(test (logand 0 n) (logand 1 0))
(test (logior n 0) (logior 1 0))
(test (logior 0 n) (logior 1 0))
(test (lognot n 0) (lognot 1 0))
(test (lognot 0 n) (lognot 0 1))
(test (lognot n) (lognot 1))
(test (logtrunc n 0) (logtrunc 1 0))
(test (logtrunc 0 n) (logtrunc 0 1))
(test (sign-extend n 2) (sign-extend 1 2))
(test (ash n 0) (ash 1 0))
(test (width n) (width 1))
(test (logcount n) (logcount 1))
(test (cbrt n) (cbrt 1))
(test (erf n) (erf 1))
(test (erfc n) (erfc 1))
(test (exp10 n) (exp10 1))
(test (exp2 n) (exp2 1))
(test (expm1 n) (expm1 1))
(test (gamma n) (gamma 1))
(test (j0 n) (j0 1))
(test (j1 n) (j1 1))
(test (lgamma n) (lgamma 1))
(test (log1p n) (log1p 1))
(test (logb n) (logb 1))
(test (nearbyint n) (nearbyint 1))
(test (rint n) (rint 1))
(test (significand n) (significand 1))
(test (tgamma n) (tgamma 1))
(test (y0 n) (y0 1))
(test (y1 n) (y1 1))
(test (copysign n 0) (copysign 1 0))
(test (drem n 0) (drem 1 0))
(test (fdim n 0) (fdim 1 0))
(test (fmax n 0) (fmax 1 0))
(test (fmin n 0) (fmin 1 0))
(test (hypot n 0) (hypot 1 0))
(test (jn n 0) (jn 1 0))
(test (ldexp n 0) (ldexp 1 0))
(test (nextafter n 0) (nextafter 1 0))
(test (remainder n 0) (remainder 1 0))
(test (scalb n 0) (scalb 1 0))
(test (scalbln n 0) (scalbln 1 0))
(test (yn n 0) (yn 1 0))
(test (copysign 0 n) (copysign 0 1))
(test (drem 0 n) (drem 0 1))
(test (fdim 0 n) (fdim 0 1))
(test (fmax 0 n) (fmax 0 1))
(test (fmin 0 n) (fmin 0 1))
(test (hypot 0 n) (hypot 0 1))
(test (jn 0 n) (jn 0 1))
(test (ldexp 0 n) (ldexp 0 1))
(test (nextafter 0 n) (nextafter 0 1))
(test (remainder 0 n) (remainder 0 1))
(test (scalb 0 n) (scalb 0 1))
(test (scalbln 0 n) (scalbln 0 1))
(test (yn 0 n) (yn 0 1))
(test (tofloat n) (tofloat 1))
(test (toint n) (toint 1))
(test (arithp n) t)
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