def practice(): #doesnt work
print('Welcome to the chemical equation practice tool.')
f = open('samples.txt', 'r')
samples_list = []
print('Enter a number between 1 and 5 to fetch a problem to solve')
sample_search = input()
for row in f:
(k, v) = row.split(':', 1)
if k == sample_search:
print(v)
unbalanced = v
print(
'Try to balance this equation. Your answer\nshould look something like this\n2H2 + O2 = 2H2O '
)
attempt = input()
equation = Equation(v)
correct = equation.balance()
if correct == attempt:
print('Well done! That is the correct answer!')
print(
'Would you like to try another problem? Enter 1 for yes 2 for no.'
)
answer = input()
if answer == '1':
practice()
if answer == 2:
print('Thanks for practicing!')
input()
if equation != attempt:
print(
'Oops... that isn\'t correct.. But heres the correct one...'
)
print(correct)
f.close()
def run_balance():
"""
Runs the chemical equation balance algorithm
"""
print('=================================================')
print(
'Insert chemical equation with elements in\nparentheses followed by the number of atoms:'
)
print('Example: (H)2 + (O)2 = (H)2(O)1')
user_input = input('>>> ')
try:
equation = Equation(user_input)
print('Balanced equation: ' + equation.balance())
sleep(3)
run_balance()
except IndexError:
print('Invalid input...')
sleep(3)
run_balance()
def run_balance():
#prompts user to input a chemical equation and gives them correct format
print('=================================================')
print(
'Insert chemical equation with elements in parentheses followed by the number of atoms:'
)
print('Example: (H)2 + (O)2 = (H)2(O)1')
user_input = input('>>> ')
#checks to see if the input matches the correct format and runs the balancing function
try:
equation = Equation(user_input)
print('Balanced equation: ' + equation.balance())
sleep(3)
run_balance()
#if input is not correctly formated then it will return as invalid input and ask the player again
except IndexError:
print('Invalid input...')
sleep(3)
run_balance()
async def stoichiometry(self, ctx, element, unknown_element, known_mass: float, mmA: float, mmB: float, *, eq):
equation = Equation(eq)
balanced_equation = equation.balance()
split = balanced_equation.split(' = ')
left = split[0]
right = split[1]
left_components = left.split(' + ')
right_components = right.split(' + ')
left_coefs = {}
right_coefs = {}
lis = []
lis2 = []
u = 0
u2 = 0
p = lambda x: enumerate(x)
o = list(p(left_components))
o2 = list(p(right_components))
for i in range(len(o)):
lis.append(o[u][0])
u += 1
for i in range(len(o2)):
lis2.append(o[u2][0])
u2 += 1
for x in lis:
if x >= 0:
left_coefs[left_components[x][1:len(left_components[x]) + 1]] = left_components[x][0]
for x2 in lis2:
if x2 >= 0:
right_coefs[right_components[x2][1:len(right_components[x2]) + 1]] = right_components[x2][0]
if element in left_coefs.keys(): coefA = int(left_coefs[element])
elif element in right_coefs.keys(): coefA = int(right_coefs[element])
else: await ctx.send(left_coefs)
if unknown_element in left_coefs.keys(): coefB = int(left_coefs[unknown_element])
elif unknown_element + " " in right_coefs.keys(): coefB = int(right_coefs[unknown_element + ' '])
else: await ctx.send(right_coefs)
# Calculation
mass_to_mass = (known_mass * coefB) * (mmB) / (mmA * coefA)
await ctx.send(f'{round(mass_to_mass, 2)} grams of {unknown_element}')
def run_balance():
"""
Runs the chemical equation balance algorithm
"""
print('=================================================')
print(
'Introduce ecuacion quimica con elementos dentro de \nparentesis seguido por numero de atomos:'
)
print('Ejemplo: (H)2 + (O)2 = (H)2(O)1')
user_input = input('>>> ')
try:
equation = Equation(user_input)
print('Ecuacion balanceada: ' + equation.balance())
sleep(3)
run_balance()
except IndexError:
print('Input invalido...')
sleep(3)
run_balance()
async def balance(ctx, *, equation):
"""
Runs the chemical equation balance algorithm
"""
equation = Equation(equation)
await ctx.send('Balanced equation: ' + equation.balance())
