def getRoundSeeds(bracketVector, roundNum):
roundSeeds = []
regionWinners = []
# Compute Rounds 1-4 scores
for region in range(4):
start = 15 * region
end = start + 8
regionVector = bracketVector[start:end]
seeds = [1, 16, 8, 9, 5, 12, 4, 13, 6, 11, 3, 14, 7, 10, 2, 15]
stopRound = min(roundNum, 5)
for r in range(1, stopRound):
seeds = applyRoundResults(seeds, regionVector)
start = end
end += int(len(seeds) / 2)
regionVector = bracketVector[start:end]
regionWinners.append(seeds[0])
if stopRound < 5:
for seed in seeds:
roundSeeds.append(seed)
if stopRound < 5:
return roundSeeds
if roundNum == 5:
return regionWinners
# Compute Rounds 5-6
finalFourVector = bracketVector[-3:]
finalSeeds = []
if finalFourVector[0] == 1:
finalSeeds.append(regionWinners[0])
else:
finalSeeds.append(regionWinners[1])
if finalFourVector[1] == 1:
finalSeeds.append(regionWinners[2])
else:
finalSeeds.append(regionWinners[3])
if roundNum == 6:
return finalSeeds
championSeeds = []
if finalFourVector[2] == 1:
championSeeds.append(finalSeeds[0])
else:
championSeeds.append(finalSeeds[1])
return championSeeds
def getWinner(bracketVector): championInfo = [] regionWinners = [] # Compute Rounds 1-4 scores for region in range(4): start = 15 * region end = start + 8 regionVector = bracketVector[start:end] seeds = [1, 16, 8, 9, 5, 12, 4, 13, 6, 11, 3, 14, 7, 10, 2, 15] for r in range(1, 5): seeds = applyRoundResults(seeds, regionVector) start = end end += int(len(seeds) / 2) regionVector = bracketVector[start:end] regionWinners.append(seeds[0]) # Compute Rounds 5-6 scores finalFourVector = bracketVector[-3:] championshipGameSeeds = applyRoundResults(regionWinners, finalFourVector[0:2]) championRegion = 0 if finalFourVector[2] == 1: championRegion = 1 - finalFourVector[0] ffLoserRegion = finalFourVector[0] else: championRegion = 3 - finalFourVector[1] ffLoserRegion = 2 + finalFourVector[1] championInfo.append(championshipGameSeeds[1 - finalFourVector[2]]) championInfo.append(championRegion) championInfo.append(regionWinners[ffLoserRegion]) championInfo.append(ffLoserRegion) return championInfo
for year in range(1985, cutoffYear + 1):
bracketVector = getActualBracketVector(year)
ffSeeds = []
# Compute Final Four seeds
for region in range(4):
start = 15 * region
end = start + 8
regionVector = bracketVector[start:end]
seeds = [1, 16, 8, 9, 5, 12, 4, 13, 6, 11, 3, 14, 7, 10, 2, 15]
for r in range(1, 5):
seeds = applyRoundResults(seeds, regionVector)
start = end
end += int(len(seeds) / 2)
regionVector = bracketVector[start:end]
ffSeeds += seeds
for posIndex in range(4):
seedNum = ffSeeds[posIndex]
freqs['{0}_{1:02d}'.format(posIndex, seedNum)] += 1
seedNums = range(1, 17)
pooledFreqCounts = [0 for i in range(16)]
pooledFreqs = dict(zip(seedNums, pooledFreqCounts))
for seedNum in range(1, 17):