funct.py

gistfile1.py

from random import randint
import random
import math
	
def quadeasy(): 
	a = randint(1,7)
	c = randint(1,40)
	b = 2 * math.sqrt(a*c)
	while(math.sqrt(a*c).is_integer() == False):
		c = c+1
	b = int(2 * math.sqrt(a*c))
	answer = float(-1 * b )/(2*a)
	question = "Solve the Equation %sx^2 + %sx + %s = 0" %(a ,b ,c )
	option1 = answer - randint(1,3)
	option2 = answer + randint(3,5)
	array = [option1 , option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def quadmedium():
	a = randint(1,7)
	b = randint(15,30)
	c = randint(2,5)
	while(math.sqrt((b*b) - (4*a*c)).is_integer() == False):
		c = c+1
	answer = ((-b) + (math.sqrt((b*b) - (4*a*c))))/ (2 * a)
	question = "Solve the Equation %sx^2 + %sx + %s = 0" %(a ,b ,c )
	option1 = answer - randint(1,3)
	option2 = answer + randint(3,5)
	array = [option1 , option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def quadhard():
	a = randint(4,7)
	b = randint(19,32)
	c = randint(3,10)
	while(math.sqrt((b*b) - (4*a*c)).is_integer() == False):
		c = c+1
	question = "Solve the Equation %sx^2 + %sx + %s = 0" %(a ,b ,c )
	option1 = answer - randint(1,3)
	option2 = answer + randint(3,5)
	array = [option1 , option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def easy_addition():
	a = randint(1, 20)
	b = randint(1, 20)
	question = 'Add the numbers ' + str(a) + ' and ' + str(b)
	answer = a + b
	option1 = answer + randint(5, 8)
	option2 = answer + randint(3, 5)
	array = [option1, option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def easy_subtraction():
	a = randint(20,50)
	b = randint(1,20)
	question = 'Subtract the numbers' + str(a) + ' and ' + str(b)
	answer = a - b
	option1 = answer - randint(1,3)
	option2 = answer + randint(3,5)
	option3 = answer - randint(5,7)
	array = [option1 , option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def linear_easy():
	a = randint(4,6)
	b = 1
	c = 0
	d = randint(1,4)
	e = randint(1,4)
	f = randint(5,10)
	question = 'Solve the linear equations %sx + %sy = 0 and %sx + %sy + %s = 0' %(a,b,d,e,f)
	answer_1 = b*f
	answer_2 = e*c
	answer_3 = e*a
	answer_4 = b*d
	answer_5 = d*c
	answer_6 = f*a
	final_answer_1 = float(answer_1 - answer_2) / (answer_3 - answer_4)
	final_answer_2 = float(answer_5 - answer_6) / (answer_3 - answer_4)
	answer = "(" + "{:.2f}".format(final_answer_1) + ", " + "{:.2f}".format(final_answer_2) + ")"
	option1 = "(" + ("{:.2f}".format(final_answer_1+ 0.23))  + ", " + ("{:.2f}".format(final_answer_2+0.23))  + ")"
	option2 = "(" + ("{:.2f}".format(final_answer_1+ 0.57))  + ", " + ("{:.2f}".format(final_answer_2+0.57))  + ")"
	option3 = "(" + ("{:.2f}".format(final_answer_1+ 0.73))  + ", " + ("{:.2f}".format(final_answer_2+0.73))  + ")"
	dict = {'question' : question, 'answer' : answer, 'option1' : option1,'option2' : option2,'option3' : option3}
	return dict

def linear_medium():
	a = 1
	b = randint(1,4)
	c = randint(-4,-1)
	d = 3
	e = randint(1,4)
	f = randint(-5,-1)
	question = 'Solve the linear equations %sx + %sy = 0 and %sx + %sy + %s = 0' %(a,b,d,e,f)
	answer_1 = b*f
	answer_2 = e*c
	answer_3 = e*a
	answer_4 = b*d
	answer_5 = d*c
	answer_6 = f*a
	final_answer_1 = float(answer_1 - answer_2) / (answer_3 - answer_4)
	final_answer_2 = float(answer_5 - answer_6) / (answer_3 - answer_4)
	answer = "(" + "{:.2f}".format(final_answer_1) + ", " + "{:.2f}".format(final_answer_2) + ")"
	option1 = "(" + ("{:.2f}".format(final_answer_1+ 0.34))  + ", " + ("{:.2f}".format(final_answer_2+0.34))  + ")"
	option2 = "(" + ("{:.2f}".format(final_answer_1+ 0.53))  + ", " + ("{:.2f}".format(final_answer_2+0.53))  + ")"
	option3 = "(" + ("{:.2f}".format(final_answer_1+ 0.77))  + ", " + ("{:.2f}".format(final_answer_2+0.77))  + ")"
	dict = {'question' : question, 'answer' : answer, 'option1' : option1,'option2' : option2,'option3' : option3, 'param1' : a , 'param2' : b, 'param3' : c, 'param4' : d, 'param5' : e, 'param6' : f}
	return dict

def easy_multiply():
	a = randint(1,20)
	b = randint(1,20)
	question = 'Multiply the numbers' + str(a) + ' and ' + str(b)
	answer = a * b
	option1 = answer - randint(1,3)
	option2 = answer + randint(3,5)
	array = [option1 , option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def easy_divide():
	a = randint(1,20)
	b = randint(40,60)
	answer = b/a
	question = 'Divide the numbers' + str(a) + ' and ' + str(b)
	while(b%a != 0):
		answer = b/a
		a = a + 1
	option1 = answer - randint(1,3)
	option2 = answer + randint(3,5)
	array = [option1 , option2]
	array.insert(answer, randint(0,2))
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : a , 'param2' : b }
	return dict

def medium_operation():
	dic_add = easy_addition()
	dic_sub = easy_subtraction()
	question = 'Solve the  expression ' + str(dic_add['param1'])  + ' + ' + str(dic_add['param2']) + ' - ' + str(dic_sub['param1']) + ' - ' + str(dic_sub['param2'])
	answer = dic_add['param1'] + dic_add['param2'] - dic_sub['param1'] - dic_sub['param2']
	param1 = dic_add['param1'] + dic_add['param2']
	param2 = dic_sub['param1'] - dic_sub['param2']
	option1 = answer + randint(1,3)
	option2 = answer + randint(3,5)
	array = [option1 , option2]
	rand = randint(0,2)
	array.insert(rand, answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : rand , 'param1' : param1 , 'param2' : param2 }
	return dict

def advacned_operation():
	dic_mult = easy_multiply()
	dic_div = easy_divide()
	dic_add = easy_addition()
	dic_sub = easy_subtraction()
	question = 'Solve the expression ( %s + %s )  + ( %s - %s ) + ( %s * %s ) + ( %s / %s )' %(dic_add["param1"], dic_add['param2'],dic_sub['param1'],dic_sub['param2'],dic_mult['param1'],dic_mult['param2'],dic_div['param1'],dic_div['param2']) 
	answer = (int(dic_add[param1]) + int(dic_add[param2])) + (int(dic_sub[param1]) - int(dic_sub[param2])) + (int(dic_mult[param1]) * int(dic_mult)[param2]) + ( int(dic_div[param1])/int(dic_div[param2]) )
	option1 = answer + 3
	option2 = answer + 5
	option3 = answer + 8
	array = [option1 , option2]
	array.insert(randint(0,2), answer)
	dict = { 'question': question , 'option1' : array[0] , 'option2' : array[1] , 'option3' : array[2] , 'answer' : str(answer) , 'param1' : param1 , 'param2' : param2 }
	return dict
	#question = 'Solve the expression ' + str(med_add['param1']) + ' + '+  str(med_add['param2']) 
	#return question	

def linear_hard():
	a = randint(13,20)
	b = randint(1,7)
	c = randint(5,10)
	d = randint(2,7)
	e = randint(4,8)
	f = randint(12,20)
	question = 'Solve the linear equations %sx + %sy = 0 and %sx + %sy + %s = 0' %(a,b,d,e,f)
	answer_1 = b*f
	answer_2 = e*c
	answer_3 = e*a
	answer_4 = b*d
	answer_5 = d*c
	answer_6 = f*a
	final_answer_1 = float(answer_1 - answer_2) / (answer_3 - answer_4)
	final_answer_2 = float(answer_5 - answer_6) / (answer_3 - answer_4)
	answer = "(" + "{:.2f}".format(final_answer_1) + ", " + "{:.2f}".format(final_answer_2) + ")"
	option1 = "(" + ("{:.2f}".format(final_answer_1+ 0.3))  + ", " + ("{:.2f}".format(final_answer_2+0.3))  + ")"
	option2 = "(" + ("{:.2f}".format(final_answer_1+ 0.4))  + ", " + ("{:.2f}".format(final_answer_2+0.4))  + ")"
	option3 = "(" + ("{:.2f}".format(final_answer_1+ 0.5))  + ", " + ("{:.2f}".format(final_answer_2+0.5))  + ")"
	dict = {'question' : question, 'answer' : answer, 'option1' : option1,'option2' : option2,'option3' : option3, 'param1' : a , 'param2' : b, 'param3' : c, 'param4' : d, 'param5' : e, 'param6' : f}
	return dict