Finding entry points Branch analysis from position: 0 2 jumps found. (Code = 77) Position 1 = 10, Position 2 = 15 Branch analysis from position: 10 2 jumps found. (Code = 78) Position 1 = 11, Position 2 = 15 Branch analysis from position: 11 1 jumps found. (Code = 42) Position 1 = 10 Branch analysis from position: 10 Branch analysis from position: 15 1 jumps found. (Code = 62) Position 1 = -2 Branch analysis from position: 15 filename: /in/shnts function name: (null) number of ops: 17 compiled vars: !0 = $json, !1 = $arr, !2 = $magnetism, !3 = $element line #* E I O op fetch ext return operands ------------------------------------------------------------------------------------- 3 0 E > ASSIGN !0, '%7B%22Hydrogen%22%3A%22Diamagnetic%22%2C%22Niobium%22%3A%22N%2FA%22%2C%22Thallium%22%3A%22Diamagnetic%22%2C%22Helium%22%3A%22Diamagnetic%22%2C%22Molybdenum%22%3A%22Paramagnetic%22%2C%22Lead%22%3A%22Diamagnetic%22%2C%22Lithium%22%3A%22Paramagnetic%22%2C%22Technetium%22%3A%22N%2FA%22%2C%22Bismuth%22%3A%22Diamagnetic%22%2C%22Beryllium%22%3A%22Diamagnetic%22%2C%22Ruthenium%22%3A%22Paramagnetic%22%2C%22Polonium%22%3A%22N%2FA%22%2C%22Boron%22%3A%22Diamagnetic%22%2C%22Rhodium%22%3A%22Paramagnetic%22%2C%22Astatine%22%3A%22N%2FA%22%2C%22Carbon%22%3A%22Diamagnetic%22%2C%22Palladium%22%3A%22Paramagnetic%22%2C%22Radon%22%3A%22N%2FA%22%2C%22Nitrogen%22%3A%22Diamagnetic%22%2C%22Silver%22%3A%22Diamagnetic%22%2C%22Francium%22%3A%22N%2FA%22%2C%22Oxygen%22%3A%22Paramagnetic%22%2C%22Cadmium%22%3A%22Diamagnetic%22%2C%22Radium%22%3A%22N%2FA%22%2C%22Fluorine%22%3A%22N%2FA%22%2C%22Indium%22%3A%22Diamagnetic%22%2C%22Actinium%22%3A%22N%2FA%22%2C%22Neon%22%3A%22Diamagnetic%22%2C%22Tin%22%3A%22Paramagnetic%22%2C%22Thorium%22%3A%22N%2FA%22%2C%22Sodium%22%3A%22Paramagnetic%22%2C%22Antimony%22%3A%22Diamagnetic%22%2C%22Protactinium%22%3A%22N%2FA%22%2C%22Magnesium%22%3A%22Paramagnetic%22%2C%22Tellurium%22%3A%22Diamagnetic%22%2C%22Uranium%22%3A%22N%2FA%22%2C%22Aluminum%22%3A%22Paramagnetic%22%2C%22Iodine%22%3A%22N%2FA%22%2C%22Neptunium%22%3A%22N%2FA%22%2C%22Silicon%22%3A%22Diamagnetic%22%2C%22Xenon%22%3A%22Diamagnetic%22%2C%22Plutonium%22%3A%22N%2FA%22%2C%22Phosphorus%22%3A%22Diamagnetic%22%2C%22Cesium%22%3A%22N%2FA%22%2C%22Americium%22%3A%22N%2FA%22%2C%22Sulfur%22%3A%22Diamagnetic%22%2C%22Barium%22%3A%22Paramagnetic%22%2C%22Curium%22%3A%22N%2FA%22%2C%22Chlorine%22%3A%22Diamagnetic%22%2C%22Lanthanum%22%3A%22N%2FA%22%2C%22Berkelium%22%3A%22N%2FA%22%2C%22Argon%22%3A%22Diamagnetic%22%2C%22Cerium%22%3A%22Paramagnetic%22%2C%22Californium%22%3A%22N%2FA%22%2C%22Potassium%22%3A%22N%2FA%22%2C%22Praseodymium%22%3A%22N%2FA%22%2C%22Einsteinium%22%3A%22N%2FA%22%2C%22Calcium%22%3A%22Paramagnetic%22%2C%22Neodymium%22%3A%22Paramagnetic%22%2C%22Fermium%22%3A%22N%2FA%22%2C%22Scandium%22%3A%22N%2FA%22%2C%22Promethium%22%3A%22N%2FA%22%2C%22Mendelevium%22%3A%22N%2FA%22%2C%22Titanium%22%3A%22Paramagnetic%22%2C%22Samarium%22%3A%22Paramagnetic%22%2C%22Nobelium%22%3A%22N%2FA%22%2C%22Vanadium%22%3A%22N%2FA%22%2C%22Europium%22%3A%22Paramagnetic%22%2C%22Lawrencium%22%3A%22N%2FA%22%2C%22Chromium%22%3A%22Antiferromagnetic%22%2C%22Gadolinium%22%3A%22Ferromagnetic%22%2C%22Rutherfordium%22%3A%22N%2FA%22%2C%22Manganese%22%3A%22Paramagnetic%22%2C%22Terbium%22%3A%22Paramagnetic%22%2C%22Dubnium%22%3A%22N%2FA%22%2C%22Iron%22%3A%22Ferromagnetic%22%2C%22Dysprosium%22%3A%22Paramagnetic%22%2C%22Seaborgium%22%3A%22N%2FA%22%2C%22Cobalt%22%3A%22Ferromagnetic%22%2C%22Holmium%22%3A%22Paramagnetic%22%2C%22Bohrium%22%3A%22N%2FA%22%2C%22Nickel%22%3A%22Ferromagnetic%22%2C%22Erbium%22%3A%22Paramagnetic%22%2C%22Hassium%22%3A%22N%2FA%22%2C%22Copper%22%3A%22Diamagnetic%22%2C%22Thulium%22%3A%22Paramagnetic%22%2C%22Meitnerium%22%3A%22N%2FA%22%2C%22Zinc%22%3A%22Diamagnetic%22%2C%22Ytterbium%22%3A%22N%2FA%22%2C%22Darmstadtium%22%3A%22N%2FA%22%2C%22Gallium%22%3A%22Diamagnetic%22%2C%22Lutetium%22%3A%22N%2FA%22%2C%22Roentgenium%22%3A%22N%2FA%22%2C%22Germanium%22%3A%22Diamagnetic%22%2C%22Hafnium%22%3A%22N%2FA%22%2C%22Ununbium%22%3A%22N%2FA%22%2C%22Arsenic%22%3A%22Diamagnetic%22%2C%22Tantalum%22%3A%22N%2FA%22%2C%22Ununtrium%22%3A%22N%2FA%22%2C%22Selenium%22%3A%22Diamagnetic%22%2C%22Tungsten%22%3A%22Paramagnetic%22%2C%22Ununquadium%22%3A%22N%2FA%22%2C%22Bromine%22%3A%22Diamagnetic%22%2C%22Rhenium%22%3A%22N%2FA%22%2C%22Ununpentium%22%3A%22N%2FA%22%2C%22Krypton%22%3A%22Diamagnetic%22%2C%22Osmium%22%3A%22Paramagnetic%22%2C%22Ununhexium%22%3A%22N%2FA%22%2C%22Rubidium%22%3A%22N%2FA%22%2C%22Iridium%22%3A%22Paramagnetic%22%2C%22Ununseptium%22%3A%22N%2FA%22%2C%22Strontium%22%3A%22Paramagnetic%22%2C%22Platinum%22%3A%22Paramagnetic%22%2C%22Ununoctium%22%3A%22N%2FA%22%2C%22Yttrium%22%3A%22N%2FA%22%2C%22Gold%22%3A%22Diamagnetic%22%2C%22Zirconium%22%3A%22Paramagnetic%22%2C%22Mercury%22%3A%22Diamagnetic%22%7D' 5 1 INIT_FCALL 'json_decode' 2 SEND_VAR !0 3 SEND_VAL <true> 4 DO_ICALL $5 5 ASSIGN !1, $5 7 6 INIT_FCALL 'sort' 7 SEND_REF !1 8 DO_ICALL 9 9 > FE_RESET_R $8 !1, ->15 10 > > FE_FETCH_R ~9 $8, !2, ->15 11 > ASSIGN !3, ~9 10 12 CONCAT ~11 !2, '%0A' 13 ECHO ~11 9 14 > JMP ->10 15 > FE_FREE $8 11 16 > RETURN 1
Generated using Vulcan Logic Dumper, using php 8.0.0