def solve_eq(self, coefs):
if (self.check_infinite(coefs)):
Printer.infinite_solution()
if (not self.is_degree_valid(coefs)):
Printer.cant_resolve(coefs)
if (not self.are_coefs_valid(coefs)):
Printer.impossible(coefs[0])
Printer.reduce_form(coefs.copy())
if (not coefs.get(2) or coefs[2] == 0):
sol = -coefs[0] / coefs[1]
print("The solution is :\n{}".format(self.sol_to_str(sol, coefs)))
exit()
delta = (coefs[1] * coefs[1]) - (4 * coefs[2] * coefs[0])
if (delta < 0):
print("The discriminant is stricly negative, there is no solution")
elif (delta == 0):
sol = (-coefs[1]) / (2 * coefs[2])
print("The discriminant is equal to 0," +
" the solution is :\n{}".format(
self.sol_to_str(sol, coefs, delta)))
else:
sol_1 = (-coefs[1] - (delta**0.5)) / (2 * coefs[2])
sol_2 = (-coefs[1] + (delta**0.5)) / (2 * coefs[2])
print("The discriminant is stricly positive, the two solutions " +
"are :\n{}\n{}".format(
self.sol_to_str(sol_1, coefs.copy(), delta, -1),
self.sol_to_str(sol_2, coefs, delta)))
