def parse(self, math: PageElement) -> str:
eq = ""
for child in math.children:
if self.__validate_html(str(child)):
next_part = self.__methods[child.name](child)
eq += self.__add_ast(eq, next_part) + next_part
return sanitize_input(eq)
def autosolve():
load_dotenv()
mml = MATHML()
task = 1
auto_solver = AutoSolver(config.BATTLE_3_EXTENSION, task)
while True:
div = auto_solver.start()
math_elements = div.find_all('math')
f = sympify(mml.parse(math_elements[1]))
splits = str(div.p).split('[')[-1].split(']')[0].split(',')
print(splits)
a, b = [sympify(sanitize_input(i)) for i in splits]
res = Solver.__solver(f, a, b)
auto_solver.send(res)
def autosolve():
raise NotImplementedError("Not implemented yet")
load_dotenv()
mml = MATHML()
task = 2
auto_solver = AutoSolver(config.BATTLE_3_EXTENSION, task)
while True:
div = auto_solver.start()
math_elements = div.find_all('math')
f = sympify(mml.parse(math_elements[1]))
a, b = [
sympify(sanitize_input(i))
for i in div.p.split('[')[-1].split(']')[0].split(',')
]
res = Solver.__solver(f, a, b)
auto_solver.send(res)
def cli():
f = sympify(sanitize_input(input("f(x)=")))
a = sympify(sanitize_input(input("a=")))
b = sympify(sanitize_input(input("b=")))
print(f"Result: {Solver.__solver(f, a, b)}")
def cli():
function_f = sympify(sanitize_input(input("Function f(x)=")))
function_g = sympify(sanitize_input(input("Function g(x)=")))
print(f"Result: {Solver.__solver(function_f, function_g)}")
def cli():
rl = sympify(input("Right limit: "))
ul = sympify(input("Upper limit: "))
function = sympify(sanitize_input(input("Function f(x)=")))
print(f"Result: {Solver.__solver(rl, ul, function)}")
def cli():
f = sympify(sanitize_input(input("f(x)=")))
g = sympify(sanitize_input(input("g(x)=")))
print(f"Result: {Solver.__solver(f, g)}")
def cli():
function_f = sympify(sanitize_input(input("Function f(x)=")))
poi_t = sympify(input("x0 of tangent: "))
print(f"Result: {Solver.__solver(function_f, poi_t)}")
