def writeStats(dtype, results):
# determine draw type
if dtype == '777':
max_num = 70
else:
max_num = 37
k=0 # count number of lines
###################
# Write draw statistics
lines = csv.writer(open('draw_stats.csv','wb'),delimiter=',')
first_line = ['Draw','Ticket','OddEven','LowHigh','Sum','SumOddEven','SumRoot','SumOENums','SumLHNums','SumLastDig','DigitSum','StdDev']
lines.writerow(first_line)
for line in results:
a = results[k][1:]
draw_num = results[k][0]
b =[draw_num, a, oddEven(a), lowHigh(a, max_num), sumRange(a), sumRangeOddEven(a), sumRoot(a), sumOddEvenNums(a), sumlowHighNums(a, max_num), sumLastDig(a), digitsSum(a), stdDev(a)]
lines.writerow(b) # write statistics to draw_stats
k+=1 # last iteration will be the maximum line number
###################
# Write ball statistics
skipper = Skips.skipCtr(max_num, results, k) #create skip object
lines = csv.writer(open('ball_stats.csv','wb'),delimiter=',')
first_line = ['Ball','Skip 1','Skip 2','Skip 3','Skip 4','Skip 5','5 Skips Sum','Skip Average']
lines.writerow(first_line)
ball = 1
skp = skipper.skip
for key in skp:
avg = (sum(skp[key])/len(skp[key])) # skip average
lst5skps = sum(skp[key][0:5]) # skip sum
if len(skp[key]) < 5: # check for empty indexes
length = len(skp[key])
while length < 5:
skp[key].append(None)
length += 1
balls = [ball, skp[key][0], skp[key][1], skp[key][2], skp[key][3], skp[key][4], lst5skps,avg]
lines.writerow(balls)
ball+=1
####################
# look for ball appearance in each square
if dtype == '777': # Special 777 algorithm
fname = open('777_numbers.txt','wb')
sqr = Squares.square(results, max_num, k) # create square object
sqr_list, sqr_length = kenoSqrFilter(sqr)
fname.write(sqr_list)
print 'A total of %d possible numbers has been written to 777_numbers.txt' % sqr_length
