Nov-21-2017, 04:11 PM
Hi all!
I have recently started using Python 2 with no previous experience in the language. I have created a dictionary (or a dictionary of dictionaries) which is below of the entire periodic table, and I would like to be able to pull any data from this that I want from a user input. My issue is that I can only get it to print a single element and all of the attached data (and only using the interpreter on this site but not the actual python interpreter), whereas I'd like to be able to print everything (in a readable way) or be able to print certain parts, such as only radioactive elements or certain types of element.
If anyone can provide assistance, that would be amazing!
elements = {}
elements['H'] = {'name': 'Hydrogen', 'number': 1, 'Mass': 1.008, 'Type': 'Nonmetal', 'Radioactive': False}
elements['He'] = {'name': 'Helium', 'number': 2, 'Mass': 4.003, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Li'] = {'name': 'Lithium', 'number': 3, 'Mass': 6.941, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Be'] = {'name': 'Beryllium', 'number': 4, 'Mass': 9.012, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['B'] = {'name': 'Boron', 'number': 5, 'Mass': 10.811, 'Type': 'Semimetal', 'Radioactive': False}
elements['C'] = {'name': 'Carbon', 'number': 6, 'Mass': 12.011, 'Type': 'Nonmetal', 'Radioactive': False}
elements['N'] = {'name': 'Nitrogen', 'number': 7, 'Mass': 14.007, 'Type': 'Nonmetal', 'Radioactive': False}
elements['O'] = {'name': 'Oxygen', 'number': 8, 'Mass': 15.999, 'Type': 'Nonmetal', 'Radioactive': False}
elements['F'] = {'name': 'Flourine', 'number': 9, 'Mass': 18.998, 'Type': 'Halogen', 'Radioactive': False}
elements['Ne'] = {'name': 'Neon', 'number': 10, 'Mass': 20.180, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Na'] = {'name': 'Sodium', 'number': 11, 'Mass': 22.990, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Mg'] = {'name': 'Magnesium', 'number': 12, 'Mass': 24.305, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['Al'] = {'name': 'Aluminium', 'number': 13, 'Mass': 26.982, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Si'] = {'name': 'Silicon', 'number': 14, 'Mass': 28.086, 'Type': 'Semimetal', 'Radioactive': False}
elements['P'] = {'name': 'Phosphorus', 'number': 15, 'Mass': 30.974, 'Type': 'Nonmetal', 'Radioactive': False}
elements['S'] = {'name': 'Sulphur', 'number': 16, 'Mass': 32.066, 'Type': 'Nonmetal', 'Radioactive': False}
elements['Cl'] = {'name': 'Chlorine', 'number': 17, 'Mass': 35.453, 'Type': 'Halogen', 'Radioactive': False}
elements['Ne'] = {'name': 'Argon', 'number': 18, 'Mass': 39.948, 'Type': 'Noble Gas', 'Radioactive': False}
elements['K'] = {'name': 'Potassium', 'number': 19, 'Mass': 39.098, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Ca'] = {'name': 'Calcium', 'number': 20, 'Mass': 40.078, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['Sc'] = {'name': 'Scandium', 'number': 21, 'Mass': 44.956, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ti'] = {'name': 'Titanium', 'number': 22, 'Mass': 47.867, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['V'] = {'name': 'Vanadium', 'number': 23, 'Mass': 50.942, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Cr'] = {'name': 'Chromium', 'number': 24, 'Mass': 51.996, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Mn'] = {'name': 'Manganese', 'number': 25, 'Mass': 54.938, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Fe'] = {'name': 'Iron', 'number': 26, 'Mass': 55.845, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Co'] = {'name': 'Cobalt', 'number': 27, 'Mass': 58.693, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ni'] = {'name': 'Nickel', 'number': 28, 'Mass': 58.693, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Cu'] = {'name': 'Copper', 'number': 29, 'Mass': 63.546, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Zn'] = {'name': 'Zinc', 'number': 30, 'Mass': 65.38, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ga'] = {'name': 'Gallium', 'number': 31, 'Mass': 69.723, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Ge'] = {'name': 'Germanium', 'number': 32, 'Mass': 72.631, 'Type': 'Semimetal', 'Radioactive': False}
elements['As'] = {'name': 'Arsenic', 'number': 33, 'Mass': 74.922, 'Type': 'Semimetal', 'Radioactive': False}
elements['Se'] = {'name': 'Selenium', 'number': 34, 'Mass': 78.972, 'Type': 'Nonmetal', 'Radioactive': False}
elements['Br'] = {'name': 'Bromine', 'number': 35, 'Mass': 79.904, 'Type': 'Halogen', 'Radioactive': False}
elements['Kr'] = {'name': 'Krypton', 'number': 36, 'Mass': 84.798, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Rb'] = {'name': 'Rubidium', 'number': 37, 'Mass': 85.468, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Sr'] = {'name': 'Strontium', 'number': 38, 'Mass': 87.62, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['Y'] = {'name': 'Yttrium', 'number': 39, 'Mass': 88.906, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Zr'] = {'name': 'Zirconium', 'number': 40, 'Mass': 91.224, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Nb'] = {'name': 'Niobium', 'number': 41, 'Mass': 92.906, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Mo'] = {'name': 'Molybdenum', 'number': 42, 'Mass': 95.95, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Tc'] = {'name': 'Technetium', 'number': 43, 'Mass': 98.907, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Ru'] = {'name': 'Ruthenium', 'number': 44, 'Mass': 101.07, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Rh'] = {'name': 'Rhodium', 'number': 45, 'Mass': 102.906, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Pd'] = {'name': 'Palladium', 'number': 46, 'Mass': 106.42, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ag'] = {'name': 'Silver', 'number': 47, 'Mass': 107.868, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Cd'] = {'name': 'Cadmium', 'number': 48, 'Mass': 112.411, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['In'] = {'name': 'Indium', 'number': 49, 'Mass': 114.818, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Sn'] = {'name': 'Tin', 'number': 50, 'Mass': 118.711, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Sb'] = {'name': 'Antimony', 'number': 51, 'Mass': 121.760, 'Type': 'Semimetal', 'Radioactive': False}
elements['Te'] = {'name': 'Tellurium', 'number': 52, 'Mass': 127.6, 'Type': 'Semimetal', 'Radioactive': False}
elements['I'] = {'name': 'Iodine', 'number': 53, 'Mass': 126.904, 'Type': 'Halogen', 'Radioactive': False}
elements['Xe'] = {'name': 'Xenon', 'number': 54, 'Mass': 131.294, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Cs'] = {'name': 'Cesium', 'number': 55, 'Mass': 132.905, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Ba'] = {'name': 'Barium', 'number': 56, 'Mass': 137.328, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['La'] = {'name': 'Lanthanum', 'number': 57, 'Mass': 138.905, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Ce'] = {'name': 'Cerium', 'number': 58, 'Mass': 140.116, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Pr'] = {'name': 'Praseodymium', 'number': 59, 'Mass': 140.908, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Nd'] = {'name': 'Neodymium', 'number': 60, 'Mass': 144.242, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Pm'] = {'name': 'Prometheum', 'number': 61, 'Mass': 144.913, 'Type': 'Lanthanide', 'Radioactive': True}
elements['Sm'] = {'name': 'Samarium', 'number': 62, 'Mass': 150.36, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Eu'] = {'name': 'Europium', 'number': 63, 'Mass': 151.964, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Gd'] = {'name': 'Gadolinium', 'number': 64, 'Mass': 157.25, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Tb'] = {'name': 'Terbuim', 'number': 65, 'Mass': 158.925, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Dy'] = {'name': 'Dysprosium', 'number': 66, 'Mass': 162.500, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Ho'] = {'name': 'Holmium', 'number': 67, 'Mass': 164.930, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Er'] = {'name': 'Erbium', 'number': 68, 'Mass': 167.259, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Tm'] = {'name': 'Thulium', 'number': 69, 'Mass': 168.934, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Yb'] = {'name': 'Ytterbium', 'number': 70, 'Mass': 173.055, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Lu'] = {'name': 'Lutetium', 'number': 71, 'Mass': 174.967, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Hf'] = {'name': 'Hafnium', 'number': 72, 'Mass': 178.49, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ta'] = {'name': 'Tantalum', 'number': 73, 'Mass': 180.948, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['W'] = {'name': 'Tungsten', 'number': 74, 'Mass': 183.84, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Re'] = {'name': 'Rhenium', 'number': 75, 'Mass': 186.207, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Os'] = {'name': 'Osmium', 'number': 76, 'Mass': 190.23, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ir'] = {'name': 'Iridium', 'number': 77, 'Mass': 192.217, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Pt'] = {'name': 'Platinum', 'number': 78, 'Mass': 195.085, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Au'] = {'name': 'Gold', 'number': 79, 'Mass': 196.967, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Hg'] = {'name': 'Mercury', 'number': 80, 'Mass': 200.592, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Tl'] = {'name': 'Thallium', 'number': 81, 'Mass': 204.383, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Pb'] = {'name': 'Lead', 'number': 82, 'Mass': 207.2, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Bi'] = {'name': 'Bismuth', 'number': 83, 'Mass': 208.980, 'Type': 'Basic Metal', 'Radioactive': True}
elements['Po'] = {'name': 'Polonium', 'number': 84, 'Mass': 208.982, 'Type': 'Semimetal', 'Radioactive': True}
elements['At'] = {'name': 'Astatine', 'number': 85, 'Mass': 209.987, 'Type': 'Halogen', 'Radioactive': True}
elements['Rn'] = {'name': 'Radon', 'number': 86, 'Mass': 222.018, 'Type': 'Noble Gas', 'Radioactive': True}
elements['Fr'] = {'name': 'Francium', 'number': 87, 'Mass': 223.020, 'Type': 'Alkali Metal', 'Radioactive': True}
elements['Ra'] = {'name': 'Radium', 'number': 88, 'Mass': 226.025, 'Type': 'Alkaline Earth', 'Radioactive': True}
elements['Ac'] = {'name': 'Actinium', 'number': 89, 'Mass': 227.028, 'Type': 'Actinide', 'Radioactive': True}
elements['Th'] = {'name': 'Thorium', 'number': 90, 'Mass': 232.038, 'Type': 'Actinide', 'Radioactive': True}
elements['Pa'] = {'name': 'Protactinium', 'number': 91, 'Mass': 231.036, 'Type': 'Actinide', 'Radioactive': True}
elements['U'] = {'name': 'Uranium', 'number': 92, 'Mass': 238.029, 'Type': 'Actinide', 'Radioactive': True}
elements['Np'] = {'name': 'Neptunium', 'number': 93, 'Mass': 237.048, 'Type': 'Actinide', 'Radioactive': True}
elements['Pu'] = {'name': 'Plutonium', 'number': 94, 'Mass': 244.064, 'Type': 'Actinide', 'Radioactive': True}
elements['Am'] = {'name': 'Americium', 'number': 95, 'Mass': 243.061, 'Type': 'Actinide', 'Radioactive': True}
elements['Cm'] = {'name': 'Curium', 'number': 96, 'Mass': 247.070, 'Type': 'Actinide', 'Radioactive': True}
elements['Bk'] = {'name': 'Berkelium', 'number': 97, 'Mass': 247.070, 'Type': 'Actinide', 'Radioactive': True}
elements['Cf'] = {'name': 'Californium', 'number': 98, 'Mass': 251.080, 'Type': 'Actinide', 'Radioactive': True}
elements['Es'] = {'name': 'Einsteinium', 'number': 99, 'Mass': 254, 'Type': 'Actinide', 'Radioactive': True}
elements['Fm'] = {'name': 'Fermium', 'number': 100, 'Mass': 257.095, 'Type': 'Actinide', 'Radioactive': True}
elements['Md'] = {'name': 'Mendelevium', 'number': 101, 'Mass': 258.1, 'Type': 'Actinide', 'Radioactive': True}
elements['No'] = {'name': 'Nobelium', 'number': 102, 'Mass': 259.101, 'Type': 'Actinide', 'Radioactive': True}
elements['Lr'] = {'name': 'Lawrencium', 'number': 103, 'Mass': 262, 'Type': 'Actinide', 'Radioactive': True}
elements['Rf'] = {'name': 'Rutherfordium', 'number': 104, 'Mass': 261, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Db'] = {'name': 'Dubnium', 'number': 105, 'Mass': 262, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Sg'] = {'name': 'Seaborgium', 'number': 106, 'Mass': 266, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Bh'] = {'name': 'Bohrium', 'number': 107, 'Mass': 264, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Hs'] = {'name': 'Hassnium', 'number': 108, 'Mass': 269, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Mt'] = {'name': 'Meitnerium', 'number': 109, 'Mass': 268, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Ds'] = {'name': 'Darmstadium', 'number': 110, 'Mass': 269, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Rg'] = {'name': 'Roetgenium', 'number': 111, 'Mass': 272, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Cn'] = {'name': 'Copernicium', 'number': 112, 'Mass': 277, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Nh'] = {'name': 'Nihonium', 'number': 113, 'Mass': 'Unknown', 'Type': 'Basic Metal', 'Radioactive': True}
elements['Fl'] = {'name': 'Ferovium', 'number': 114, 'Mass': 289, 'Type': 'Basic Metal', 'Radioactive': True}
elements['Mc'] = {'name': 'Moscovium', 'number': 115, 'Mass': 'Unknown', 'Type': 'Basic Metal', 'Radioactive': True}
elements['Lv'] = {'name': 'Livermorium', 'number': 116, 'Mass': 298, 'Type': 'Basic Metal', 'Radioactive': True}
elements['Ts'] = {'name': 'Tennessine', 'number': 117, 'Mass': 'Unknown', 'Type': 'Halogen', 'Radioactive': True}
elements['Og'] = {'name': 'Oganesson', 'number': 118, 'Mass': 'Unknown', 'Type': 'Noble Gas', 'Radioactive': True}
usr_inp = input("What would you like to search for? ")
print elements[usr_inp]
I have recently started using Python 2 with no previous experience in the language. I have created a dictionary (or a dictionary of dictionaries) which is below of the entire periodic table, and I would like to be able to pull any data from this that I want from a user input. My issue is that I can only get it to print a single element and all of the attached data (and only using the interpreter on this site but not the actual python interpreter), whereas I'd like to be able to print everything (in a readable way) or be able to print certain parts, such as only radioactive elements or certain types of element.
If anyone can provide assistance, that would be amazing!
elements = {}
elements['H'] = {'name': 'Hydrogen', 'number': 1, 'Mass': 1.008, 'Type': 'Nonmetal', 'Radioactive': False}
elements['He'] = {'name': 'Helium', 'number': 2, 'Mass': 4.003, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Li'] = {'name': 'Lithium', 'number': 3, 'Mass': 6.941, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Be'] = {'name': 'Beryllium', 'number': 4, 'Mass': 9.012, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['B'] = {'name': 'Boron', 'number': 5, 'Mass': 10.811, 'Type': 'Semimetal', 'Radioactive': False}
elements['C'] = {'name': 'Carbon', 'number': 6, 'Mass': 12.011, 'Type': 'Nonmetal', 'Radioactive': False}
elements['N'] = {'name': 'Nitrogen', 'number': 7, 'Mass': 14.007, 'Type': 'Nonmetal', 'Radioactive': False}
elements['O'] = {'name': 'Oxygen', 'number': 8, 'Mass': 15.999, 'Type': 'Nonmetal', 'Radioactive': False}
elements['F'] = {'name': 'Flourine', 'number': 9, 'Mass': 18.998, 'Type': 'Halogen', 'Radioactive': False}
elements['Ne'] = {'name': 'Neon', 'number': 10, 'Mass': 20.180, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Na'] = {'name': 'Sodium', 'number': 11, 'Mass': 22.990, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Mg'] = {'name': 'Magnesium', 'number': 12, 'Mass': 24.305, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['Al'] = {'name': 'Aluminium', 'number': 13, 'Mass': 26.982, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Si'] = {'name': 'Silicon', 'number': 14, 'Mass': 28.086, 'Type': 'Semimetal', 'Radioactive': False}
elements['P'] = {'name': 'Phosphorus', 'number': 15, 'Mass': 30.974, 'Type': 'Nonmetal', 'Radioactive': False}
elements['S'] = {'name': 'Sulphur', 'number': 16, 'Mass': 32.066, 'Type': 'Nonmetal', 'Radioactive': False}
elements['Cl'] = {'name': 'Chlorine', 'number': 17, 'Mass': 35.453, 'Type': 'Halogen', 'Radioactive': False}
elements['Ne'] = {'name': 'Argon', 'number': 18, 'Mass': 39.948, 'Type': 'Noble Gas', 'Radioactive': False}
elements['K'] = {'name': 'Potassium', 'number': 19, 'Mass': 39.098, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Ca'] = {'name': 'Calcium', 'number': 20, 'Mass': 40.078, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['Sc'] = {'name': 'Scandium', 'number': 21, 'Mass': 44.956, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ti'] = {'name': 'Titanium', 'number': 22, 'Mass': 47.867, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['V'] = {'name': 'Vanadium', 'number': 23, 'Mass': 50.942, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Cr'] = {'name': 'Chromium', 'number': 24, 'Mass': 51.996, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Mn'] = {'name': 'Manganese', 'number': 25, 'Mass': 54.938, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Fe'] = {'name': 'Iron', 'number': 26, 'Mass': 55.845, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Co'] = {'name': 'Cobalt', 'number': 27, 'Mass': 58.693, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ni'] = {'name': 'Nickel', 'number': 28, 'Mass': 58.693, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Cu'] = {'name': 'Copper', 'number': 29, 'Mass': 63.546, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Zn'] = {'name': 'Zinc', 'number': 30, 'Mass': 65.38, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ga'] = {'name': 'Gallium', 'number': 31, 'Mass': 69.723, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Ge'] = {'name': 'Germanium', 'number': 32, 'Mass': 72.631, 'Type': 'Semimetal', 'Radioactive': False}
elements['As'] = {'name': 'Arsenic', 'number': 33, 'Mass': 74.922, 'Type': 'Semimetal', 'Radioactive': False}
elements['Se'] = {'name': 'Selenium', 'number': 34, 'Mass': 78.972, 'Type': 'Nonmetal', 'Radioactive': False}
elements['Br'] = {'name': 'Bromine', 'number': 35, 'Mass': 79.904, 'Type': 'Halogen', 'Radioactive': False}
elements['Kr'] = {'name': 'Krypton', 'number': 36, 'Mass': 84.798, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Rb'] = {'name': 'Rubidium', 'number': 37, 'Mass': 85.468, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Sr'] = {'name': 'Strontium', 'number': 38, 'Mass': 87.62, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['Y'] = {'name': 'Yttrium', 'number': 39, 'Mass': 88.906, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Zr'] = {'name': 'Zirconium', 'number': 40, 'Mass': 91.224, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Nb'] = {'name': 'Niobium', 'number': 41, 'Mass': 92.906, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Mo'] = {'name': 'Molybdenum', 'number': 42, 'Mass': 95.95, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Tc'] = {'name': 'Technetium', 'number': 43, 'Mass': 98.907, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Ru'] = {'name': 'Ruthenium', 'number': 44, 'Mass': 101.07, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Rh'] = {'name': 'Rhodium', 'number': 45, 'Mass': 102.906, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Pd'] = {'name': 'Palladium', 'number': 46, 'Mass': 106.42, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ag'] = {'name': 'Silver', 'number': 47, 'Mass': 107.868, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Cd'] = {'name': 'Cadmium', 'number': 48, 'Mass': 112.411, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['In'] = {'name': 'Indium', 'number': 49, 'Mass': 114.818, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Sn'] = {'name': 'Tin', 'number': 50, 'Mass': 118.711, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Sb'] = {'name': 'Antimony', 'number': 51, 'Mass': 121.760, 'Type': 'Semimetal', 'Radioactive': False}
elements['Te'] = {'name': 'Tellurium', 'number': 52, 'Mass': 127.6, 'Type': 'Semimetal', 'Radioactive': False}
elements['I'] = {'name': 'Iodine', 'number': 53, 'Mass': 126.904, 'Type': 'Halogen', 'Radioactive': False}
elements['Xe'] = {'name': 'Xenon', 'number': 54, 'Mass': 131.294, 'Type': 'Noble Gas', 'Radioactive': False}
elements['Cs'] = {'name': 'Cesium', 'number': 55, 'Mass': 132.905, 'Type': 'Alkali Metal', 'Radioactive': False}
elements['Ba'] = {'name': 'Barium', 'number': 56, 'Mass': 137.328, 'Type': 'Alkaline Earth', 'Radioactive': False}
elements['La'] = {'name': 'Lanthanum', 'number': 57, 'Mass': 138.905, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Ce'] = {'name': 'Cerium', 'number': 58, 'Mass': 140.116, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Pr'] = {'name': 'Praseodymium', 'number': 59, 'Mass': 140.908, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Nd'] = {'name': 'Neodymium', 'number': 60, 'Mass': 144.242, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Pm'] = {'name': 'Prometheum', 'number': 61, 'Mass': 144.913, 'Type': 'Lanthanide', 'Radioactive': True}
elements['Sm'] = {'name': 'Samarium', 'number': 62, 'Mass': 150.36, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Eu'] = {'name': 'Europium', 'number': 63, 'Mass': 151.964, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Gd'] = {'name': 'Gadolinium', 'number': 64, 'Mass': 157.25, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Tb'] = {'name': 'Terbuim', 'number': 65, 'Mass': 158.925, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Dy'] = {'name': 'Dysprosium', 'number': 66, 'Mass': 162.500, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Ho'] = {'name': 'Holmium', 'number': 67, 'Mass': 164.930, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Er'] = {'name': 'Erbium', 'number': 68, 'Mass': 167.259, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Tm'] = {'name': 'Thulium', 'number': 69, 'Mass': 168.934, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Yb'] = {'name': 'Ytterbium', 'number': 70, 'Mass': 173.055, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Lu'] = {'name': 'Lutetium', 'number': 71, 'Mass': 174.967, 'Type': 'Lanthanide', 'Radioactive': False}
elements['Hf'] = {'name': 'Hafnium', 'number': 72, 'Mass': 178.49, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ta'] = {'name': 'Tantalum', 'number': 73, 'Mass': 180.948, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['W'] = {'name': 'Tungsten', 'number': 74, 'Mass': 183.84, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Re'] = {'name': 'Rhenium', 'number': 75, 'Mass': 186.207, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Os'] = {'name': 'Osmium', 'number': 76, 'Mass': 190.23, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Ir'] = {'name': 'Iridium', 'number': 77, 'Mass': 192.217, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Pt'] = {'name': 'Platinum', 'number': 78, 'Mass': 195.085, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Au'] = {'name': 'Gold', 'number': 79, 'Mass': 196.967, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Hg'] = {'name': 'Mercury', 'number': 80, 'Mass': 200.592, 'Type': 'Transistion Metal', 'Radioactive': False}
elements['Tl'] = {'name': 'Thallium', 'number': 81, 'Mass': 204.383, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Pb'] = {'name': 'Lead', 'number': 82, 'Mass': 207.2, 'Type': 'Basic Metal', 'Radioactive': False}
elements['Bi'] = {'name': 'Bismuth', 'number': 83, 'Mass': 208.980, 'Type': 'Basic Metal', 'Radioactive': True}
elements['Po'] = {'name': 'Polonium', 'number': 84, 'Mass': 208.982, 'Type': 'Semimetal', 'Radioactive': True}
elements['At'] = {'name': 'Astatine', 'number': 85, 'Mass': 209.987, 'Type': 'Halogen', 'Radioactive': True}
elements['Rn'] = {'name': 'Radon', 'number': 86, 'Mass': 222.018, 'Type': 'Noble Gas', 'Radioactive': True}
elements['Fr'] = {'name': 'Francium', 'number': 87, 'Mass': 223.020, 'Type': 'Alkali Metal', 'Radioactive': True}
elements['Ra'] = {'name': 'Radium', 'number': 88, 'Mass': 226.025, 'Type': 'Alkaline Earth', 'Radioactive': True}
elements['Ac'] = {'name': 'Actinium', 'number': 89, 'Mass': 227.028, 'Type': 'Actinide', 'Radioactive': True}
elements['Th'] = {'name': 'Thorium', 'number': 90, 'Mass': 232.038, 'Type': 'Actinide', 'Radioactive': True}
elements['Pa'] = {'name': 'Protactinium', 'number': 91, 'Mass': 231.036, 'Type': 'Actinide', 'Radioactive': True}
elements['U'] = {'name': 'Uranium', 'number': 92, 'Mass': 238.029, 'Type': 'Actinide', 'Radioactive': True}
elements['Np'] = {'name': 'Neptunium', 'number': 93, 'Mass': 237.048, 'Type': 'Actinide', 'Radioactive': True}
elements['Pu'] = {'name': 'Plutonium', 'number': 94, 'Mass': 244.064, 'Type': 'Actinide', 'Radioactive': True}
elements['Am'] = {'name': 'Americium', 'number': 95, 'Mass': 243.061, 'Type': 'Actinide', 'Radioactive': True}
elements['Cm'] = {'name': 'Curium', 'number': 96, 'Mass': 247.070, 'Type': 'Actinide', 'Radioactive': True}
elements['Bk'] = {'name': 'Berkelium', 'number': 97, 'Mass': 247.070, 'Type': 'Actinide', 'Radioactive': True}
elements['Cf'] = {'name': 'Californium', 'number': 98, 'Mass': 251.080, 'Type': 'Actinide', 'Radioactive': True}
elements['Es'] = {'name': 'Einsteinium', 'number': 99, 'Mass': 254, 'Type': 'Actinide', 'Radioactive': True}
elements['Fm'] = {'name': 'Fermium', 'number': 100, 'Mass': 257.095, 'Type': 'Actinide', 'Radioactive': True}
elements['Md'] = {'name': 'Mendelevium', 'number': 101, 'Mass': 258.1, 'Type': 'Actinide', 'Radioactive': True}
elements['No'] = {'name': 'Nobelium', 'number': 102, 'Mass': 259.101, 'Type': 'Actinide', 'Radioactive': True}
elements['Lr'] = {'name': 'Lawrencium', 'number': 103, 'Mass': 262, 'Type': 'Actinide', 'Radioactive': True}
elements['Rf'] = {'name': 'Rutherfordium', 'number': 104, 'Mass': 261, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Db'] = {'name': 'Dubnium', 'number': 105, 'Mass': 262, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Sg'] = {'name': 'Seaborgium', 'number': 106, 'Mass': 266, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Bh'] = {'name': 'Bohrium', 'number': 107, 'Mass': 264, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Hs'] = {'name': 'Hassnium', 'number': 108, 'Mass': 269, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Mt'] = {'name': 'Meitnerium', 'number': 109, 'Mass': 268, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Ds'] = {'name': 'Darmstadium', 'number': 110, 'Mass': 269, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Rg'] = {'name': 'Roetgenium', 'number': 111, 'Mass': 272, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Cn'] = {'name': 'Copernicium', 'number': 112, 'Mass': 277, 'Type': 'Transistion Metal', 'Radioactive': True}
elements['Nh'] = {'name': 'Nihonium', 'number': 113, 'Mass': 'Unknown', 'Type': 'Basic Metal', 'Radioactive': True}
elements['Fl'] = {'name': 'Ferovium', 'number': 114, 'Mass': 289, 'Type': 'Basic Metal', 'Radioactive': True}
elements['Mc'] = {'name': 'Moscovium', 'number': 115, 'Mass': 'Unknown', 'Type': 'Basic Metal', 'Radioactive': True}
elements['Lv'] = {'name': 'Livermorium', 'number': 116, 'Mass': 298, 'Type': 'Basic Metal', 'Radioactive': True}
elements['Ts'] = {'name': 'Tennessine', 'number': 117, 'Mass': 'Unknown', 'Type': 'Halogen', 'Radioactive': True}
elements['Og'] = {'name': 'Oganesson', 'number': 118, 'Mass': 'Unknown', 'Type': 'Noble Gas', 'Radioactive': True}
usr_inp = input("What would you like to search for? ")
print elements[usr_inp]