# COMPLEX `default del` ## entry (1) `(1,2) ( 1,2) (1 ,2) (1, 2) (1,2 )` -> stack should be (1,2), (1,2), (1,2), (1,2), (1,2) `del` ## entry (2) `(1.3,2.444555` -> stack should be (1.3,2.444555) `del` ## entry (3) `(1,` -> stack should be '(1,' `del` ## entry (4) `(nan,+inf)` -> stack should be (nan,inf) `del` ## entry (5) `(0x1234,0x1010)` -> stack should be (0x1234,0x1010) `del` ## entry (6) `(0b11,0b101)` -> stack should be (0b11,0b101) `del` ## add (1) `(1.2,2.3) (1,2) +` -> stack should be (2.2,4.3) `del` ## add (2) `(1.2,2.3) 3 +` -> stack should be (4.2,2.3) `del` ## add (3) `3 (1.2,2.3) +` -> stack should be (4.2,2.3) `del` ## sub (1) `(1.2,2.3) (2,2) -` -> stack should be (-0.8,0.3) `del` ## sub (2) `(1.2,2.3) 1 -` -> stack should be (0.2,2.3) `del` ## sub (3) `1 (1.2,2.3) -` -> stack should be (-0.2,-2.3) `del` ## mul (1) `(1,2) (3,4) *` -> stack should be (-5,10) `del` ## mul (2) `(3,4) (1,2) *` -> stack should be (-5,10) `del` ## mul (3) `(3,4) 2 *` -> stack should be (6,8) `del` ## mul (3) `2 (3,4) *` -> stack should be (6,8) `del` ## div (1) `(1,2) (3,4) /` -> stack should be (0.44,0.08) `del` ## div (2) `(1,2) 2 /` -> stack should be (0.5,1) `del` ## div (3) `2 (3,4) /` -> stack should be (0.24,-0.32) `del` ## re (1) `(1.2,3.4) re` -> stack should be 1.2 `del` ## re (2) `3 re` -> error should be 3 `del` ## re (3) `re` -> error should be 2 `del` ## im (1) `(1.2,3.4) im` -> stack should be 3.4 `del` ## im (2) `3 re` -> error should be 3 `del` ## im (3) `re` -> error should be 2 `del` ## chs `(3.14,6.28) chs` -> stack should be (-3.14,-6.28) `del` ## neg `(-3.14,-6.28) neg` -> stack should be (3.14,6.28) `del` ## inv (1) `(2,4) inv` -> stack should be (0.1,-0.2) `del` ## inv (2) `(0.1,-0.2) inv` -> stack should be (2,4) `del` ## abs `(3,4) abs` -> stack should be 5 `del` ## sign (1) `(1,0) sign` -> stack should be (1,0) `del` ## sign (2) `(0,1) sign` -> stack should be (0,1) `del` ## sign (3) `(3,-4) sign` -> stack should be (0.6,-0.8) `del` ## sq (1) `(12,10) sq` -> stack should be (44,240) `del` ## sqr (1) `(12,10) sq` -> stack should be (44,240) `del` ## arg (1) `(1,1) arg pi 4 / ==` -> stack should be 1 `del` ## arg (2) `1000 prec` `(-1,1) arg pi 3 * 4 / ==` -> stack should be 1 `default del` ## arg (3) `1000 prec` `(1,-1) arg pi chs 4 / ==` -> stack should be 1 `default del` ## arg (4) `1000 prec` `(-1,-1) arg pi -3 * 4 / ==` -> stack should be 1 `default del` ## arg (5) `1000 prec` `(1,0) arg 0 ==` -> stack should be 1 `default del` ## arg (6) `1000 prec` `(0,1) arg pi 2 / ==` -> stack should be 1 `default del` ## arg (7) `1000 prec` `(-1,0) arg pi ==` -> stack should be 1 `default del` ## arg (8) `1000 prec` `(0,-1) arg pi neg 2 / ==` -> stack should be 1 `default del` ## conj `(1,2) conj dup conj` -> stack should be (1,-2), (1,2) `del` ## r->c (1) `1 2 r->c` -> stack should be (1,2) `del` ## r->c (2) `0x12 0b1101 r->c` -> stack should be (0x12,0b1101) `del` ## r->c error (1) `1 r->c` -> error should be 2 `del` ## r->c error (2) `r->c` -> error should be 2 `del` ## r->c error (3) `'1' '2' r->c` -> error should be 3 `del` ## c->r (1) `(1,2) c->r` -> stack should be 1, 2 `del` ## c->r (2) `(0x12,0b1101) c->r` -> stack should be 0x12, 0b1101 `del` ## c->r error (2) `c->r` -> error should be 2 `del` ## c->r error (2) `'4' c->r` -> error should be 3 `del` ## r->p (1) `6 fix` `(1,2) r->p` -> stack should be (2.236068,1.107149) `del` ## r->p (2) `19 fix` `1 r->p` -> error should be 3.000000 `del` ## r->p (3) `r->p` -> error should be 2 `del` ## r->p (4) `'1' '2' r->p` -> error should be 3 `del` ## ^ (1) `6 fix` `(1,2) 2 ^` -> stack should be (-3.000000,4.000000) `del` ## ^ (2) `(1,2) 4 ^` -> stack should be (-7.000000,-24.000000) `del` ## ^ (3) `-3 .2 ^` -> stack should be (1.007818,0.732222) `del` ## ^ (4) `-3 (1,2) ^` -> stack should be (0.003284,-0.004539) `del` ## ^ (5) `(1,2) (1,2) ^` -> stack should be (-0.222517,0.100709) `del` ## sqrt (1) `(3,4) sqrt` -> stack should be (2.000000,1.000000) `del` ## sqrt (2) `-3 sqrt` -> stack should be (0.000000,1.732051) `del`