if k == 0:
row.append((int(SS)/float(13001000) + aql*15 + BaR*2))
if b == 17:
row.append((int(SS)/float(13001000) + aql*15 + BaR*2 - halfcostB)/halfcostB)
row.append((int(SS)/float(13001000) + aql*15 + BaR*2 - nosducostB)/nosducostB)
elif k == float('inf'):
row.append((int(SS)/float(13001000) + aql*2 + BaR*15))
if b == 17:
row.append((int(SS)/float(13001000) + aql*2 + BaR*15 - halfcostQ)/halfcostQ)
row.append((int(SS)/float(13001000) + aql*2 + BaR*15 - nosducostQ)/nosducostQ)
table.append(row)
# Keeps track of costs of the heuristics half and half and no SDU allocation to obtain for percent difference in cost
# compared to allocation suggested by paper
if k == 0 and b == 15:
halfcostB = int(SS)/float(13001000) + aql*15 + BaR*2
elif k == float('inf') and b == 15:
halfcostQ = int(SS)/float(13001000) + aql*2 + BaR*15
elif k == 0 and b == 20:
nosducostB = int(SS)/float(13001000) + aql*15 + BaR*2
elif k == float('inf') and b == 20:
nosducostQ = int(SS)/float(13001000) + aql*2 + BaR*15
ISF1.writeLog(fil, table)
# print 0
# print b
# print ("--- %s seconds ---" % (time.time() - start_time))
row.append(p)
if k == 0:
row.append((int(SS)/float(20001000) + aql*15 + BaR*2))
if b == 17:
row.append((int(SS)/float(20001000) + aql*15 + BaR*2 - halfcostB)/halfcostB)
row.append((int(SS)/float(20001000) + aql*15 + BaR*2 - nosducostB)/nosducostB)
elif k == float('inf'):
row.append((int(SS)/float(20001000) + aql*2 + BaR*15))
if b == 17:
row.append((int(SS)/float(20001000) + aql*2 + BaR*15 - halfcostQ)/halfcostQ)
row.append((int(SS)/float(20001000) + aql*2 + BaR*15 - nosducostQ)/nosducostQ)
table.append(row)
if k == 0 and b == 15:
halfcostB = (int(SS)/float(20001000) + aql*15 + BaR*2
elif k == float('inf') and b == 15:
halfcostQ = (int(SS)/float(20001000) + aql*2 + BaR*15
elif k == 0 and b == 20:
nosducostB = (int(SS)/float(20001000) + aql*15 + BaR*2
elif k == float('inf') and b == 20:
nosducostQ = (int(SS)/float(20001000) + aql*2 + BaR*15
ISF1.writeLog(fil, table)
# print 0
# print b
# print ("--- %s seconds ---" % (time.time() - start_time))
