def finalize(C_No):
Jno = jugsOut.pop()
jugglers[Jno]['picks'].append(C_No)
funcs.assign(circuits, jugglers, Jno, jugsOut, max_assign)
'opicks':[],
'current':{}}
for x in range(len(keys[8:])):
score = (keys[x+8], calcPick(circuits, jugglers[J_No], int(keys[x+8][1::])))
jugglers[J_No]['opicks'].append(score)
elif keys[0] == 'C':
circuits[int(keys[1][1::])] = {'H':int(keys[3]), 'E':int(keys[5]),
'P':int(keys[7]), 'assigned':[]}
infile.close()
max_assign = len(jugglers)/len(circuits)
picks = len(jugglers[0]['opicks'])
for k in jugglers.keys():
funcs.assign(circuits, jugglers, k, jugsOut, max_assign)
#check len(assigned) if > num_assign, reverse assigned to allow pop(?),
# pop and reassign last place
#print json.dumps(circuits, sort_keys=True, indent=4, separators=(',', ': '))
#print json.dumps(jugglers, sort_keys=True, indent=4, separators=(',', ': '))
def finalize(C_No):
Jno = jugsOut.pop()
jugglers[Jno]['picks'].append(C_No)
funcs.assign(circuits, jugglers, Jno, jugsOut, max_assign)
for k, v in circuits.iteritems():
filled = len(v['assigned'])
empty_slots=max_assign - filled
for x in range(empty_slots):