a third through Step Generator

main.py

@@ -1,44 +1,19 @@
 #All Rights Reserved John Salguero
 #Starts the backend to my Youtube stream
 
-from problem_generator import generate_problem, normalize
-from mathhook import parse, solve
-from sympy import sympify
+from problem_generator import generate_problem
+from steps_generator import generate_steps
 
 #define the entry point to the programs
 def main():
     problem = generate_problem()
-    
+    steps = generate_steps(problem);
 
     print("Generated Problem:")
     print(problem)
-    print("Solve:")
-    equation = apply_strategy(problem)
     
-    expr = parse(equation)
-    result = solve(expr, "x")
-    print(result)
-
-def square_both_sides(problem):
-    lhs, rhs = problem["problem"].split("=")
-
-    lhs = sympify(lhs.strip())
-    rhs = sympify(rhs.strip())
-    
-    lhs = lhs ** 2
-    rhs = rhs ** 2
-    
-    return f"{normalize(lhs)} = {normalize(rhs)}"
-
-def factor_or_formula(problem) :
-    return problem["problem"]
-
-def apply_strategy(problem):
-    if problem["type"] == "radical":
-        return square_both_sides(problem)
-    if problem["type"] == "quadratics":
-        return factor_or_formula(problem)
-    return problem["problem"]
+    print("Steps:")
+    print(steps)
 
 #Starts the program
 if __name__ == "__main__":