from plugin import plugin @plugin("element") def element(jarvis, s): from collections import namedtuple #symbol atomic_number atomic_mass group elements = { 'Hydrogen': ('H', '1', '1', 'Non Metals'), 'Helium': ('He', '2', '4', 'Noble Gases'), 'Lithium': ('Li','3', '7', 'Alkali Metals'), 'Berylium': ('Be', '4', '9', 'Alkaline Earth Metals'), 'Boron': ('B', '5', '11', 'Non Metals'), 'Carbon': ('C', '6', '12', 'Non Metals'), 'Nitrogen': ('N', '7', '14', 'Non Metals'), 'Oxygen': ('O', '8', '16', 'Non Metals'), 'Fluorine': ('F', '9', '19', 'Halogens'), 'Neon': ('Ne', '10', '20', 'Noble Gasses'), 'Sodium': ('Na', '11', '23', 'Alkali Metals'), 'Magnesium': ('Mg', '12', '24', 'Alkaline Earth Metal'), 'Aluminium': ('Al', '13', '27', 'Other Metals'), 'Silicon': ('Si', '14', '28', 'Non Metals'), 'Phosphorus': ('P', '15', '31', 'Non Metals'), 'Sulfur': ('S', '16', '32', 'Non Metals'), 'Chlorine': ('Cl', '17', '35.5', 'Halogens'), 'Argon': ('Ar', '18', '40', 'Noble Gasses'), 'Potassium': ('K', '19', '39', 'Alkali Metals'), 'Calcium': ('Ca', '20', '40', 'Alkaline Earth Metals'), 'Scandium': ('Sc', '21', '45', 'Transition Metals'), 'Titanium': ('Ti','22', '48', 'Transition Metals'), 'Vanadium': ('V','23', '51', 'Transition Metals'), 'Chromium': ('Cr', '24', '52', 'Transition Metals'), 'Manganese': ('Mn', '25', '55', 'Transition Metals'), 'Iron': ('Fe', '26', '56', 'Transition Metals'), 'Cobalt': ('Co', '27', '59', 'Transition Metals'), 'Nickel': ('Ni', '28', '59', 'Transition Metals'), 'Copper': ('Cu', '29', '63.5', 'Transition Metals'), 'Zinc': ('Zn', '30', '65', 'Transition Metals'), 'Gallium': ('Ga', '31', '70', 'Other Metals'), 'Germanium': ('Ge', '32', '73', 'Other Metals'), 'Arsenic': ('As', '33', '75', 'Non Metals'), 'Selenium': ('Se', '34', '79', 'Non Metals'), 'Bromine': ('Br', '35', '80', 'Halogens'), 'Krypton': ('Kr', '36', '84', 'Noble Gasses'), 'Rubidium': ('Rb', '37', '85', 'Alkali Metals'), 'Strontium': ('Sr', '38', '88', 'Alkaline Earth Metals'), 'Yttrium': ('Y', '39', '89', 'Transition Metals'), 'Zirconium': ('Zr', '40', '91', 'Transition Metals'), 'Niobium': ('Nb', '41', '93', 'Transition Metals'), 'Molybdenum': ('Mo', '42', '96', 'Transition Metals'), 'Technetium': ('Tc', '43', '98', 'Transition Metals'), 'Ruthenium': ('Ru', '44', '101', 'Transition Metals'), 'Rhodium': ('Rh', '45', '103', 'Transition Metals'), 'Palladium': ('Pd', '46', '106', 'Transition Metals'), 'Silver': ('Ag', '47', '108', 'Transition Metals'), 'Cadmium': ('Cd', '48', '112', 'Transition Metals'), 'Indium': ('In', '49', '115', 'Other Metals'), 'Tin': ('Sn', '50', '119', 'Other Metals'), 'Antimony': ('Sb', '51', '122', 'Other Metals'), 'Tellurium': ('Te', '52', '128', 'Non Metals'), 'Iodine': ('I',' 53', '127', 'Halogens'), 'Xenon': ('Xe', '54', '131', 'Noble Gasses'), 'Caesium': ('Cs', '55', '133', 'Alkali Metals'), 'Barium': ('Ba', '56', '137', 'Alkaline Earth Metals'), 'Lanthanum': ('La', '57', '139', 'Rare Earth Metals'), 'Astatine': ('At','85' ,'210' , 'Halogens'), 'Americium': ('Am','95','243' , 'Actinides') , 'Actinium': ('Ac','89' ,'227' , 'Actinides'), 'Bismuth': ('Bi','83' ,'209.0', 'Other Metals'), 'Bohrium': ('Bh','107 ','264' , 'Transition Metals'), 'Copernicium': ('Cn','112' ,'285', 'Transition Metals'), 'Cerium': ('Ce','58' ,'140.1' , 'Lanthanides'), 'Curium': ('Cm','96' ,'247' , 'Actinides'), 'Californium': ('Cf','98' ,'251' , 'Actinides'), 'Dubnium': ('Db','105' ,'268' , 'Transition Metals'), 'Darmstadtium': ('Ds','110' ,'281' , 'Transition Metals'), 'Dysprosium': ('Dy','66' ,'162.5' , 'Lanthanides'), 'Europium': ('Eu','63' ,'152.0' , 'Lanthanides'), 'Einsteinium': ('Es','99' ,'252' , 'Actinides'), 'Francium': ('Fr','87' ,'223' , 'Alkaki Metals'), 'Fermium': ('Fm','100' ,'257' , 'Actinides'), 'Gold': ('Au','79' ,'197.0' , 'Transition Metals'), 'Gadolinium': ('Gd','64' ,'157.2' , 'Lanthanides'), 'Hafnium': ('Hf','72' ,'178.5' , 'Transition Metals'), 'Hassium': ('Hs','108' ,'277' , 'Transition Metals'), 'Holmium': ('Ho','67' ,'164.9' , 'Lanthanides'), 'Iridium': ('Ir','77' ,'192.2' , 'Transition Metals'), 'Lead': ('Pb','82' ,'207.2' , 'Other Metals'), 'Lutetium': ('Lu','71' ,'175.0' , 'Lanthanides'), 'Lawrencium': ('Lr','103' ,'262' , 'Actinides'), 'Meitnerium': ('Mt','109' ,'276' , 'Transition Metals'), 'Mendelevium': ('Md','101' ,'258' , 'Actinides'), 'Neodymium': ('Nd','60' ,'144.2' , 'Lanthanides'), 'Nobelium': ('No','102' ,'259' , 'Actinides'), 'Neptunium': ('Np','93' ,'237' , 'Actinides'), 'Osmium': ('Os','76' ,'190.2' , 'Transition Metals'), 'Platinum': ('Pt','78' ,'195.1' , 'Transition Metals'), 'Plutonium': ('Pu','94' ,'244' , 'Actinides'), 'Promethium': ('Pm','61' ,'145' , 'Lanthanides'), 'Protactinium': ('Pa','91' ,'231.0' , 'Actinides'), 'Praseodymium': ('Pr','59' ,'140.9' , 'Lanthanides'), 'Radon': ('Rn','86' ,'222' , 'Noble Gases'), 'Rhenium': ('Re','75' ,'186.2' , 'Transition Metals'), 'Radium': ('Ra','88' ,'226' , 'Alkaline Earth Metals'), 'Rutherfordium': ('Rf','104' ,'265' , 'Transition Metals'), 'Roentgenium': ('Rg','111' ,'280' , 'Transition Metals'), 'Seaborgium': ('Sg','106' ,'271' , 'Transition Metals'), 'Samarium': ('Sm','62' ,'150.4' , 'Lanthanides'), 'Tantalum': ('Ta','73' ,'180.9' , 'Transition Metals'), 'Tungsten': ('W','74' ,'183.9' , 'Transition Metals'), 'Thallium': ('Tl','81' ,'204.38' , 'Other Metals'), 'Terbium': ('Tb','65' ,'158.9' , 'Lanthanides'), 'Thulium': ('Tm','69' ,'168.9' , 'Lanthanides'), 'Thorium': ('Th','90' ,'232.0' , 'Actinides'), 'Uranium': ('U','92' ,'238.0' , 'Actinides'), 'Ytterbium': ('Yb','70' ,'173.0' , 'Lanthanides'), } found = False element = str(input("Enter a periodic element: ").strip().capitalize()) for key,value in elements.items(): if(element == key): jarvis.say('Symbol: ' + value[0] + '\nAtomic Number: ' + value[1] + '\nAtomic Mass: ' + value[2] + '\nGroup: ' + value[3]) found = True if not found: jarvis.say('Please make sure you typed the element correctly.')