def summ_tables(add=20, summ=20):
logger.debug("creating 20+20")
summs_deck = flash_card_deck()
print("test", summs_deck)
for i in range(1, add + 1):
for j in range(1, summ + 1):
summs_deck.add_q_n_a("%s + %s" % (i, j), "%s" % (i + j), 15)
return summs_deck
def add_mult_tables(mul=6, mult=6, previous_deck=None):
""" creates or add new tables Q&A """
if not previous_deck:
previous_deck = flash_card_deck()
for i in range(1, mul + 1):
for j in range(1, mul + 1):
previous_deck.add_q_n_a("%s · %s" % (i, j), "%s" % (i * j), 10)
return previous_deck
def add_div_tables(previous_deck=None, mul=10, mult=10):
""" create or add new divisions to deck """
if not previous_deck:
previous_deck = flash_card_deck()
qna = []
for i in range(1, mul + 1):
for j in range(1, mul + 1):
qna.append(("%s ÷ %s" % (i * j, j), "%s" % (i)))
random.shuffle(qna)
for q, a in qna:
previous_deck.add_q_n_a(q, a, 10)
return previous_deck
def number_bound(min_total=10, max_total=100):
""" generates number bound with sums
between min_total and max_total
"""
logger.debug("creating 20+20")
summs_deck = flash_card_deck()
print("test", summs_deck)
for i in range(min_total, max_total + 1):
for j in range(min_total, max_total + 1):
if (i + j) > min_total and (i + j) < max_total:
summs_deck.add_q_n_a("%s + %s" % (i, j), "%s" % (i + j), 15)
return summs_deck
qna.append(("%s ÷ %s" % (i * j, j), "%s" % (i)))
random.shuffle(qna)
for q, a in qna:
previous_deck.add_q_n_a(q, a, 10)
return previous_deck
def summ_tables(deck=None, add=5, summ=5):
logger.debug("creating summs tables")
qna = []
for i in range(1, add + 1):
for j in range(1, summ + 1):
qna.append(("%s + %s" % (i, j), "%s" % (i + j)))
random.shuffle(qna)
for q, a in qna:
deck.add_q_n_a(q, a, 15)
print(deck)
return deck
logger = logging.getLogger()
if __name__ == "__main__":
logger.debug("MAIN")
deck = flash_card_deck("/var/www/DrillMaster/DrillMaster/Anthony.json")
print(10, deck.json)
deck = summ_tables(deck, 5, 5)
print(deck)
print(deck.json)
deck.save_hdd()