Exotic dictionary - Scrabble with names of chemical elements and their symbols

Exotic dictionary - Scrabble with names of chemical elements and their symbols

1 point: I ×12, U ×11, N ×8, E ×7, R ×7, O ×6, A ×5, T ×5, L ×4, S ×3
2 points: D ×3, G ×2
3 points: M ×11, C ×3, B ×2, P ×2
4 points: H ×2, F ×1, V ×1, W ×1, Y ×1
5 points: K ×1
8 points: X ×1
10 points: Z ×1

I played it with 20 tiles in rack at a time.

I was inspired with it by Bernie McMahon's Facebook post on 'Quicksilver theme Scrabble board' to Scrabble Snippetz Facebook group and Pixie Pit Scrabble Players Facebook group.

This should work out well enough because since all two letter symbols of chemical elements are included in the dictionary (but not any of the one letter symbols of chemical elements), most of the rarely used letters that are stagnated in the player's racks at the end of the played game should have some place in the Scrabble board to be pushed away as symbols of chemical elements and not as names of chemical elements.
Players should plan the end game in such a way that they push away the rarely used letters that are not part of any two letter symbol of any chemical element at the earliest and not keeping them in their racks till the very end of the played games with this dictionary.

elements.py

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elements = []
elements.append('hydrogen')
elements.append('helium')
elements.append('lithium')
elements.append('beryllium')
elements.append('boron')
elements.append('carbon')
elements.append('nitrogen')
elements.append('oxygen')
elements.append('fluorine')
elements.append('neon')
elements.append('sodium')
elements.append('magnesium')
elements.append('aluminium')
elements.append('silicon')
elements.append('phosphorus')
elements.append('sulphur')
elements.append('chlorine')
elements.append('argon')
elements.append('potassium')
elements.append('calcium')
elements.append('scandium')
elements.append('titanium')
elements.append('vanadium')
elements.append('chromium')
elements.append('manganese')
elements.append('iron')
elements.append('cobalt')
elements.append('nickel')
elements.append('copper')
elements.append('zinc')
elements.append('gallium')
elements.append('germanium')
elements.append('arsenic')
elements.append('selenium')
elements.append('bromine')
elements.append('krypton')
elements.append('rubidium')
elements.append('strontium')
elements.append('yttrium')
elements.append('zirconium')
elements.append('niobium')
elements.append('molybdenum')
elements.append('technetium')
elements.append('ruthenium')
elements.append('rhodium')
elements.append('palladium')
elements.append('silver')
elements.append('cadmium')
elements.append('indium')
elements.append('tin')
elements.append('antimony')
elements.append('tellurium')
elements.append('iodine')
elements.append('xenon')
elements.append('caesium')
elements.append('barium')
elements.append('lanthanum')
elements.append('cerium')
elements.append('praseodymium')
elements.append('neodymium')
elements.append('promethium')
elements.append('samarium')
elements.append('europium')
elements.append('gadolinium')
elements.append('terbium')
elements.append('dysprosium')
elements.append('holmium')
elements.append('erbium')
elements.append('thulium')
elements.append('ytterbium')
elements.append('lutetium')
elements.append('hafnium')
elements.append('tantalum')
elements.append('tungsten')
elements.append('rhenium')
elements.append('osmium')
elements.append('iridium')
elements.append('platinum')
elements.append('gold')
elements.append('mercury')
elements.append('thallium')
elements.append('lead')
elements.append('bismuth')
elements.append('polonium')
elements.append('astatine')
elements.append('radon')
elements.append('francium')
elements.append('radium')
elements.append('actinium')
elements.append('thorium')
elements.append('protactinium')
elements.append('uranium')
elements.append('neptunium')
elements.append('plutonium')
elements.append('americium')
elements.append('curium')
elements.append('berkelium')
elements.append('californium')
elements.append('einsteinium')
elements.append('fermium')
elements.append('mendelevium')
elements.append('nobelium')
elements.append('lawrencium')
elements.append('rutherfordium')
elements.append('dubnium')
elements.append('seaborgium')
elements.append('bohrium')
elements.append('hassium')
elements.append('meitnerium')
elements.append('darmstadtium')
elements.append('roentgenium')
elements.append('copernicium')
elements.append('nihonium')
elements.append('flerovium')
elements.append('moscovium')
elements.append('livermorium')
elements.append('tennessine')
elements.append('oganesson')
symbols = []
symbols.append('h')
symbols.append('he')
symbols.append('li')
symbols.append('be')
symbols.append('b')
symbols.append('c')
symbols.append('n')
symbols.append('o')
symbols.append('f')
symbols.append('ne')
symbols.append('na')
symbols.append('mg')
symbols.append('al')
symbols.append('si')
symbols.append('p')
symbols.append('s')
symbols.append('cl')
symbols.append('ar')
symbols.append('k')
symbols.append('ca')
symbols.append('sc')
symbols.append('ti')
symbols.append('v')
symbols.append('cr')
symbols.append('mn')
symbols.append('fe')
symbols.append('co')
symbols.append('ni')
symbols.append('cu')
symbols.append('zn')
symbols.append('ga')
symbols.append('ge')
symbols.append('as')
symbols.append('se')
symbols.append('br')
symbols.append('kr')
symbols.append('rb')
symbols.append('sr')
symbols.append('y')
symbols.append('zr')
symbols.append('nb')
symbols.append('mo')
symbols.append('tc')
symbols.append('ru')
symbols.append('rh')
symbols.append('pd')
symbols.append('ag')
symbols.append('cd')
symbols.append('in')
symbols.append('sn')
symbols.append('sb')
symbols.append('te')
symbols.append('i')
symbols.append('xe')
symbols.append('cs')
symbols.append('ba')
symbols.append('la')
symbols.append('ce')
symbols.append('pr')
symbols.append('nd')
symbols.append('pm')
symbols.append('sm')
symbols.append('eu')
symbols.append('gd')
symbols.append('tb')
symbols.append('dy')
symbols.append('ho')
symbols.append('er')
symbols.append('tm')
symbols.append('yb')
symbols.append('lu')
symbols.append('hf')
symbols.append('ta')
symbols.append('w')
symbols.append('re')
symbols.append('os')
symbols.append('ir')
symbols.append('pt')
symbols.append('au')
symbols.append('hg')
symbols.append('tl')
symbols.append('pb')
symbols.append('bi')
symbols.append('po')
symbols.append('at')
symbols.append('rn')
symbols.append('fr')
symbols.append('ra')
symbols.append('ac')
symbols.append('th')
symbols.append('pa')
symbols.append('u')
symbols.append('np')
symbols.append('pu')
symbols.append('am')
symbols.append('cm')
symbols.append('bk')
symbols.append('cf')
symbols.append('es')
symbols.append('fm')
symbols.append('md')
symbols.append('no')
symbols.append('lr')
symbols.append('rf')
symbols.append('db')
symbols.append('sg')
symbols.append('bh')
symbols.append('hs')
symbols.append('mt')
symbols.append('ds')
symbols.append('rg')
symbols.append('cn')
symbols.append('nh')
symbols.append('fl')
symbols.append('mc')
symbols.append('lv')
symbols.append('ts')
symbols.append('og')
print('[Header]')
print('Version=100000')
print('Author=Raman Viswanathan <raman22feb1988@gmail.com>')
print('StandardCategory=Chemical elements')
print('Licence=GNU General Public License, v3')
print('Comment=Periodic table of chemical elements')
print('Letters=A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z')
print('Values=1,3,3,2,1,4,2,4,1,8,5,1,3,1,1,3,10,1,1,1,1,4,4,8,4,10')
print('Counts=5,2,3,3,7,1,2,2,12,0,1,4,11,8,6,2,0,7,3,5,11,1,1,1,1,1')
print('[Replace]')
print('[Categories]')
print('1=Element names')
print('2=Element symbols')
print('[Words]')
# count = [0] * 26
# total = 0
# for item in elements:
#     for letter in item:
#         count[ord(letter) - 97] += 1
#         total += 1
# for item in symbols:
#     for letter in item:
#         count[ord(letter) - 97] += 1
#         total += 1
# for thing in range(26):
#     print chr(thing + 65), (count[thing] * 1000.0) / total
for i in range(118):
    print elements[i].upper() + '=Chemical element with atomic number ' + str(i + 1) + ';1'
for j in range(118):
    print symbols[j].upper() + '=Symbol for chemical element ' + elements[j].capitalize() + ';2'
 