def doFires(fires):
if len(fires) == 0:
return (None, None)
suitFiresDict = { }
for fire in fires:
suitId = fire['target']['suit'].doId
if suitFiresDict.has_key(suitId):
suitFiresDict[suitId].append(fire)
continue
suitFiresDict[suitId] = [
fire]
suitFires = suitFiresDict.values()
def compFunc(a, b):
if len(a) > len(b):
return 1
elif len(a) < len(b):
return -1
return 0
suitFires.sort(compFunc)
totalHitDict = { }
singleHitDict = { }
groupHitDict = { }
for fire in fires:
suitId = fire['target']['suit'].doId
if fire['target']['hp'] > 0:
addHit(singleHitDict, suitId, 1)
addHit(totalHitDict, suitId, 1)
else:
addHit(singleHitDict, suitId, 0)
addHit(totalHitDict, suitId, 0)
fire['target']['hp'] > 0
notify.debug('singleHitDict = %s' % singleHitDict)
notify.debug('groupHitDict = %s' % groupHitDict)
notify.debug('totalHitDict = %s' % totalHitDict)
delay = 0.0
mtrack = Parallel()
firedTargets = []
for sf in suitFires:
if len(sf) > 0:
ival = __doSuitFires(sf)
if ival:
mtrack.append(Sequence(Wait(delay), ival))
delay = delay + TOON_FIRE_SUIT_DELAY
continue
retTrack = Sequence()
retTrack.append(mtrack)
camDuration = retTrack.getDuration()
camTrack = MovieCamera.chooseFireShot(fires, suitFiresDict, camDuration)
return (retTrack, camTrack)
def doFires(fires):
if len(fires) == 0:
return (None, None)
suitFiresDict = { }
for fire in fires:
suitId = fire['target']['suit'].doId
if suitFiresDict.has_key(suitId):
suitFiresDict[suitId].append(fire)
continue
suitFiresDict[suitId] = [
fire]
suitFires = suitFiresDict.values()
def compFunc(a, b):
if len(a) > len(b):
return 1
elif len(a) < len(b):
return -1
return 0
suitFires.sort(compFunc)
totalHitDict = { }
singleHitDict = { }
groupHitDict = { }
for fire in fires:
suitId = fire['target']['suit'].doId
if fire['target']['hp'] > 0:
addHit(singleHitDict, suitId, 1)
addHit(totalHitDict, suitId, 1)
else:
addHit(singleHitDict, suitId, 0)
addHit(totalHitDict, suitId, 0)
fire['target']['hp'] > 0
notify.debug('singleHitDict = %s' % singleHitDict)
notify.debug('groupHitDict = %s' % groupHitDict)
notify.debug('totalHitDict = %s' % totalHitDict)
delay = 0.0
mtrack = Parallel()
firedTargets = []
for sf in suitFires:
if len(sf) > 0:
ival = __doSuitFires(sf)
if ival:
mtrack.append(Sequence(Wait(delay), ival))
delay = delay + TOON_FIRE_SUIT_DELAY
continue
retTrack = Sequence()
retTrack.append(mtrack)
camDuration = retTrack.getDuration()
camTrack = MovieCamera.chooseFireShot(fires, suitFiresDict, camDuration)
return (retTrack, camTrack)
def doFires(fires):
""" Throws occur in the following order:
a) by suit, in order of increasing number of throws per suit
1) level 1 throws, right to left, (TOON_THROW_DELAY later)
2) level 2 throws, right to left, (TOON_THROW_DELAY later)
3) level 3 throws, right to left, (TOON_THROW_DELAY later)
etc.
b) next suit, (TOON_THROW_SUIT_DELAY later)
"""
#import pdb; pdb.set_trace()
if (len(fires) == 0):
return (None, None)
# Group the throws by targeted suit
suitFiresDict = {}
# throw['toon'] is the thrower.
for fire in fires:
suitId = fire['target']['suit'].doId
if (suitFiresDict.has_key(suitId)):
suitFiresDict[suitId].append(fire)
else:
suitFiresDict[suitId] = [fire]
# A list of lists of throws grouped by suit
suitFires = suitFiresDict.values()
# Sort the suits based on the number of throws per suit
def compFunc(a, b):
if (len(a) > len(b)):
return 1
elif (len(a) < len(b)):
return -1
return 0
suitFires.sort(compFunc)
#since we have group throws now, we calculate how
#many times each suit gets hit over here
totalHitDict = {}
singleHitDict = {}
groupHitDict = {}
for fire in fires:
if 1:
suitId = fire['target']['suit'].doId
if fire['target']['hp'] > 0:
addHit(singleHitDict,suitId,1)
addHit(totalHitDict,suitId,1)
else:
addHit(singleHitDict,suitId,0)
addHit(totalHitDict,suitId,0)
notify.debug('singleHitDict = %s' % singleHitDict)
notify.debug('groupHitDict = %s' % groupHitDict)
notify.debug('totalHitDict = %s' % totalHitDict)
# Apply attacks in order
delay = 0.0
mtrack = Parallel()
firedTargets = []
for sf in suitFires:
if (len(sf) > 0):
ival = __doSuitFires(sf)
if (ival):
mtrack.append(Sequence(Wait(delay), ival))
delay = delay + TOON_FIRE_SUIT_DELAY
retTrack = Sequence()
retTrack.append(mtrack)
camDuration = retTrack.getDuration()
camTrack = MovieCamera.chooseFireShot(fires, suitFiresDict,
camDuration)
return (retTrack, camTrack)
