import random from app import create_app, db from app.models.assessment import PastQuestion def seed_50_questions(): app = create_app('development') with app.app_context(): # Core 5 Subjects subjects = ['Mathematics', 'English', 'Biology', 'Physics', 'Chemistry'] languages = ['en', 'ha', 'yo', 'ig', 'pi'] # Templates for subjects templates = { 'Mathematics': [ ("Solve for x: {a}x + {b} = {c}", "x = {res}", ["{res}", "{res1}", "{res2}", "{res3}"], "Algebra"), ("What is the square root of {a_sq}?", "{a}", ["{a}", "{a1}", "{a2}", "{a3}"], "Arithmetic"), ("If a triangle has angles {a} and {b}, what is the third angle?", "{res}", ["{res}", "{res1}", "{res2}", "{res3}"], "Geometry"), ("Calculate the area of a circle with radius {a}.", "{res_sq}π", ["{res_sq}π", "{res1}π", "{res2}π", "{res3}π"], "Geometry"), ("What is the value of {a} squared plus {b} squared?", "{res}", ["{res}", "{res1}", "{res2}", "{res3}"], "Arithmetic") ], 'Physics': [ ("A force of {a}N acts on a mass of {b}kg. What is the acceleration?", "{res}m/s²", ["{res}m/s²", "{res1}m/s²", "{res2}m/s²", "{res3}m/s²"], "Mechanics"), ("Calculate the work done when a force of {a}N moves an object {b}m.", "{res}J", ["{res}J", "{res1}J", "{res2}J", "{res3}J"], "Energy"), ("What is the pressure of {a}N acting on {b}m² area?", "{res}Pa", ["{res}Pa", "{res1}Pa", "{res2}Pa", "{res3}Pa"], "Mechanics"), ("Find the potential energy of {a}kg at {b}m height (g=10).", "{res}J", ["{res}J", "{res1}J", "{res2}J", "{res3}J"], "Energy"), ("What is the frequency of a wave with period {a} seconds?", "{res}Hz", ["{res}Hz", "{res1}Hz", "{res2}Hz", "{res3}Hz"], "Waves") ], 'Chemistry': [ ("How many protons are in an atom with atomic number {a}?", "{a}", ["{a}", "{a1}", "{a2}", "{a3}"], "Atomic Structure"), ("What is the mass number of an element with {a} protons and {b} neutrons?", "{res}", ["{res}", "{res1}", "{res2}", "{res3}"], "Atomic Structure"), ("An isotope has {a} protons and {b} neutrons. What is its symbol?", "Element-{res}", ["Element-{res}", "Element-{res1}", "Element-{res2}", "Element-{res3}"], "Atomic Structure"), ("A solution has pH {a}. It is considered:", "{res_type}", ["Acidic", "Basic", "Neutral", "Alkaline"], "Acids & Bases"), ("What is the valence electron count for an atom in Group {a}?", "{a}", ["{a}", "{a1}", "{a2}", "{a3}"], "Periodic Table") ], 'Biology': [ ("The powerhouse of the cell is the:", "Mitochondria", ["Mitochondria", "Nucleus", "Ribosome", "Vacuole"], "Cell Biology"), ("Which organ is primarily responsible for filtering blood?", "Kidney", ["Kidney", "Heart", "Liver", "Lungs"], "Human Systems"), ("Photosynthesis primarily occurs in which part of the plant?", "Leaf", ["Leaf", "Root", "Stem", "Flower"], "Botany"), ("How many chambers does a human heart have?", "4", ["4", "2", "3", "1"], "Human Systems"), ("What is the primary gas produced by plants during the day?", "Oxygen", ["Oxygen", "Carbon Dioxide", "Nitrogen", "Argon"], "Ecology") ], 'English': [ ("Choose the correct tense: I ___ to school yesterday.", "went", ["went", "go", "going", "gone"], "Grammar"), ("What is the synonym of 'Quick'?", "Fast", ["Fast", "Slow", "Heavy", "Quiet"], "Vocabulary"), ("The plural of 'Child' is:", "Children", ["Children", "Childs", "Childrens", "Childes"], "Grammar"), ("Which of these is a Metaphor?", "Life is a journey", ["Life is a journey", "As brave as a lion", "Boom!", "Alas!"], "Literature"), ("Identify the Noun in: 'The happy dog barked.'", "Dog", ["Dog", "Happy", "Barked", "The"], "Grammar") ] } print("Deleting old past questions...") db.session.query(PastQuestion).delete() db.session.commit() for sub in subjects: print(f"Generating 50 questions for {sub}...") for i in range(50): tpl_data = random.choice(templates[sub]) tpl, ans_tpl, opts_tpl, topic = tpl_data # Randomize variables a = random.randint(1, 20) b = random.randint(1, 20) a_sq = a * a c = a * random.randint(2, 5) + b # Calc math results if sub == 'Mathematics': if 'x +' in tpl: res = (c - b) // a elif 'square root' in tpl: res = a elif 'triangle' in tpl: res = 180 - a - b elif 'circle' in tpl: res = a * a else: res = a*a + b*b elif sub == 'Physics': if 'force' in tpl: res = a // b if b != 0 else a elif 'work' in tpl: res = a * b elif 'pressure' in tpl: res = a // b if b != 0 else a elif 'potential' in tpl: res = a * b * 10 else: res = 1 // a if a != 0 else 1 elif sub == 'Chemistry': if 'pH' in tpl: res_type = "Acidic" if a < 7 else ("Basic" if a > 7 else "Neutral") res = a + b else: res = a # dummy # Format text text = tpl.format(a=a, b=b, c=c, a_sq=a_sq, res=res, res_sq=res, res_type=res_type if 'res_type' in locals() else '') correct_val = ans_tpl.format(res=res, a=a, res_sq=res, res_type=res_type if 'res_type' in locals() else '') # Options final_options = [] for o_tpl in opts_tpl: val = o_tpl.format(res=res, a=a, a1=a+1, a2=a+2, a3=a+3, res1=res+5, res2=res-2, res3=res*2, res_sq=res) final_options.append(val) # Ensure unique options final_options = list(set(final_options)) while len(final_options) < 4: final_options.append(f"Option {len(final_options) + 1}") random.shuffle(final_options) correct_letter = 'A' for idx, opt in enumerate(final_options): if opt == correct_val: correct_letter = chr(65 + idx) # Add for all languages for lang in languages: q = PastQuestion( subject=sub, year=random.randint(2015, 2024), topic=topic, question_text=text, option_a=final_options[0], option_b=final_options[1], option_c=final_options[2], option_d=final_options[3], correct_answer=correct_letter, explanation=f"This is a standard {sub} problem based on {topic} principles.", language=lang, education_level='Academics' ) db.session.add(q) db.session.commit() print(f"Completed {sub}") print("Total questions in DB:", db.session.query(PastQuestion).count()) if __name__ == '__main__': seed_50_questions()