def FlagTouch(me, a, p, fid):
n, f = flagcore.GetFlags(a, fid)
assert n == 1
oldfreq = f.freq
f.state = asss.FI_ONMAP
newfreq = f.freq = p.freq
flagcore.SetFlags(a, fid, f)
asss.call_callback(asss.CB_TURFTAG, (a, p, fid, oldfreq, newfreq), a)
def check_win(a):
current = a.fg_wz_current
ownedflags = 0
winfreq = -1
for i in range(current):
n, f = flagcore.GetFlags(a, i)
assert n == 1
if f.state == asss.FI_ONMAP:
if f.freq == winfreq:
ownedflags += 1
else:
winfreq = f.freq
ownedflags = 1
# just to check
for i in range(current, a.fg_wz_sets.max):
n, f = flagcore.GetFlags(a, current)
assert n == 0 or f.state == asss.FI_NONE
if ownedflags == current and winfreq != -1:
# we have a winner!
points = asss.call_callback(asss.CB_WARZONEWIN, (a, winfreq, 0), a)
# hardcoded default
if points == 0: points = 1000
flagcore.FlagReset(a, winfreq, points)
a.fg_wz_current = 0
if a.fg_wz_sets.warpplayersonwin:
for i in range(0, a.fg_wz_sets.maxfreqtowarp + 1):
game.GivePrize((a, i), asss.PRIZE_WARP, 1)
if a.fg_wz_last_freq_to_win != winfreq:
a.fg_wz_last_freq_to_win = winfreq
a.fg_wz_consecutive_wins = 0
a.fg_wz_consecutive_wins += 1
if winfreq <= a.fg_wz_sets.maxfreqtoshuffle and \
winfreq >= a.fg_wz_sets.minfreqtoshuffle:
playerlist = []
if a.fg_wz_sets.consecutivewinstoshuffle > 0 and \
a.fg_wz_consecutive_wins >= a.fg_wz_sets.consecutivewinstoshuffle:
a.fg_wz_last_freq_to_win = -1
a.fg_wz_consecutive_wins = 0
chat.SendArenaMessage(a,
"---SPECCING EVERYONE TO EVEN TEAMS---")
def playerstolist(p):
if p.freq <= a.fg_wz_sets.maxfreqtoshuffle and \
p.freq >= a.fg_wz_sets.minfreqtoshuffle and \
p.arena == a and p.type != asss.T_FAKE:
playerlist.append((p, p.ship))
game.SetShipAndFreq(p, asss.SHIP_SPEC, a.specfreq)
asss.for_each_player(playerstolist)
random.shuffle(playerlist)
for (p, ship) in playerlist:
(actualship,
actualfreq) = a.fg_wz_freqman.ShipChange(p, ship, 0)
game.SetShipAndFreq(p, actualship, actualfreq)
def check_win(a): current = a.fg_wz_current ownedflags = 0 winfreq = -1 for i in xrange(current): n, f = flagcore.GetFlags(a, i) assert n == 1 if f.state == asss.FI_ONMAP: if f.freq == winfreq: ownedflags += 1 else: winfreq = f.freq ownedflags = 1 # just to check for i in xrange(current, a.fg_wz_sets.max): n, f = flagcore.GetFlags(a, current) assert n == 0 or f.state == asss.FI_NONE if ownedflags == current and winfreq != -1: # we have a winner! points = asss.call_callback(asss.CB_WARZONEWIN, (a, winfreq, 0), a) # hardcoded default if points == 0: points = 1000 flagcore.FlagReset(a, winfreq, points) a.fg_wz_current = 0
def check_win(a):
current = a.fg_wz_current
ownedflags = 0
winfreq = -1
for i in xrange(current):
n, f = flagcore.GetFlags(a, i)
assert n == 1
if f.state == asss.FI_ONMAP:
if f.freq == winfreq:
ownedflags += 1
else:
winfreq = f.freq
ownedflags = 1
# just to check
for i in xrange(current, a.fg_wz_sets.max):
n, f = flagcore.GetFlags(a, current)
assert n == 0 or f.state == asss.FI_NONE
if ownedflags == current and winfreq != -1:
# we have a winner!
points = asss.call_callback(asss.CB_WARZONEWIN, (a, winfreq, 0), a)
# hardcoded default
if points == 0: points = 1000
flagcore.FlagReset(a, winfreq, points)
a.fg_wz_current = 0
def check_win(a):
current = a.fg_wz_current
ownedflags = 0
winfreq = -1
for i in range(current):
n, f = flagcore.GetFlags(a, i)
assert n == 1
if f.state == asss.FI_ONMAP:
if f.freq == winfreq:
ownedflags += 1
else:
winfreq = f.freq
ownedflags = 1
# just to check
for i in range(current, a.fg_wz_sets.max):
n, f = flagcore.GetFlags(a, current)
assert n == 0 or f.state == asss.FI_NONE
if ownedflags == current and winfreq != -1:
# we have a winner!
points = asss.call_callback(asss.CB_WARZONEWIN, (a, winfreq, 0), a)
# hardcoded default
if points == 0: points = 1000
flagcore.FlagReset(a, winfreq, points)
a.fg_wz_current = 0
if a.fg_wz_sets.warpplayersonwin:
for i in range(0, a.fg_wz_sets.maxfreqtowarp+1):
game.GivePrize((a, i), asss.PRIZE_WARP, 1)
if a.fg_wz_last_freq_to_win != winfreq:
a.fg_wz_last_freq_to_win = winfreq
a.fg_wz_consecutive_wins = 0
a.fg_wz_consecutive_wins += 1
if winfreq <= a.fg_wz_sets.maxfreqtoshuffle and \
winfreq >= a.fg_wz_sets.minfreqtoshuffle:
playerlist = []
if a.fg_wz_sets.consecutivewinstoshuffle > 0 and \
a.fg_wz_consecutive_wins >= a.fg_wz_sets.consecutivewinstoshuffle:
a.fg_wz_last_freq_to_win = -1
a.fg_wz_consecutive_wins = 0
chat.SendArenaMessage(a, "---SPECCING EVERYONE TO EVEN TEAMS---")
def playerstolist(p):
if p.freq <= a.fg_wz_sets.maxfreqtoshuffle and \
p.freq >= a.fg_wz_sets.minfreqtoshuffle and \
p.arena == a and p.type != asss.T_FAKE:
playerlist.append((p, p.ship))
game.SetShipAndFreq(p, asss.SHIP_SPEC, a.specfreq)
asss.for_each_player(playerstolist)
random.shuffle(playerlist)
for (p, ship) in playerlist:
(actualship, actualfreq) = a.fg_wz_freqman.ShipChange(p, ship, 0)
game.SetShipAndFreq(p, actualship, actualfreq)
