from mathgenerator import mathgen # test your generators here # print(mathgen.addition()) # prints each generator in genList list = mathgen.getGenList() for item in list: print(item[2]) # print(mathgen.getGenList()) print(mathgen.genById(10)) #Make a pdf with 10 problems of generator id 1 # mathgen.makePdf(0, 10)
from mathgenerator import mathgen # test your generators here print(mathgen.addition()) print(mathgen.genById(79)) # prints each generator in genList list = mathgen.getGenList() for item in list: print(item[2])
from mathgenerator import mathgen # test your generators here print(mathgen.addition()) # prints each generator in genList list = mathgen.getGenList() for item in list: print(item[2]) # print(mathgen.getGenList()) print(mathgen.genById(99))
from mathgenerator import mathgen # test your generators here print(mathgen.addition()) # prints each generator in genList list = mathgen.getGenList() for item in list: print(item[2]) # print(mathgen.getGenList()) print(mathgen.genById(91))
from mathgenerator import mathgen # test your generators here print(mathgen.addition()) # prints each generator in genList list = mathgen.getGenList() for item in list: print(item[2]) # print(mathgen.getGenList()) print(mathgen.genById(85))
from mathgenerator import mathgen for _ in range(100): print(mathgen.genById(2, maxMulti=100, style='latex'))
from mathgenerator import mathgen #test your generators here print(mathgen.addition()) print(mathgen.genById(74))