def FlagTouch(me, a, p, fid):
sets = a.fg_wz_sets
if sets.carryflags == asss.CARRY_ALL:
cancarry = MAXFLAGS
else:
cancarry = sets.carryflags - 1
if p.flagscarried >= cancarry:
return
if sets.allowpriv == 0 and p.freq >= 100:
return
if p.freq >= sets.disallowflagteamstart and p.freq < sets.disallowflagteamend:
return
# Lock in ability to win when flag is picked up
if not check_flag_team_sizes(a):
chat.SendMessage(p, "Note: Flag game cannot be won until every team has at least %d player(s)." % sets.minplayersperteam)
a.can_win = False
else:
a.can_win = True
# assign him the flag
f = asss.flaginfo()
f.state = asss.FI_CARRIED
f.carrier = p
flagcore.SetFlags(a, fid, f)
def FlagTouch(me, a, p, fid):
sets = a.fg_wz_sets
if sets.carryflags == asss.CARRY_ALL:
cancarry = MAXFLAGS
else:
cancarry = sets.carryflags - 1
if p.flagscarried >= cancarry:
return
if sets.allowpriv == 0 and p.freq >= 100:
return
if p.freq >= sets.disallowflagteamstart and p.freq < sets.disallowflagteamend:
return
# Lock in ability to win when flag is picked up
if not check_flag_team_sizes(a):
chat.SendMessage(
p,
"Note: Flag game cannot be won until every team has at least %d player(s)."
% sets.minplayersperteam)
a.can_win = False
else:
a.can_win = True
# assign him the flag
f = asss.flaginfo()
f.state = asss.FI_CARRIED
f.carrier = p
flagcore.SetFlags(a, fid, f)
def set(me, a, owners):
# only set owners from persistent data if the setting says so, and
# if the setting agrees:
if getattr(a, 'fg_turf_persist', 0) and len(owners) == a.fg_turf_fc:
f = asss.flaginfo()
f.state = asss.FI_ONMAP
for i in xrange(a.fg_turf_fc):
f.freq = owners[i]
flagcore.SetFlags(a, i, f)
def neut_flag(a, i, x, y, r, rmin, freq): # record it as a neut so we can behave differently when spawning it a.fg_wz_neuts.append(i) # move it to none, but record x, y, freq f = asss.flaginfo() f.state = asss.FI_NONE f.x, f.y = x, y f.freq = freq f.carrier = None flagcore.SetFlags(a, i, f)
def neut_flag(a, i, x, y, r, rmin, freq):
# record it as a neut so we can behave differently when spawning it
a.fg_wz_neuts.append(i)
# move it to none, but record x, y, freq
f = asss.flaginfo()
f.state = asss.FI_NONE
f.x, f.y = x, y
f.freq = freq
f.carrier = None
flagcore.SetFlags(a, i, f)
def spawn_flag(a, i, cx, cy, r, rmin, freq, fallback=1):
good = 0
tries = 0
while not good and tries < 30:
# assume this will work
good = 1
# pick a random point
x, y = circular_random(cx, cy, r + tries, rmin + tries)
# and move off of any tiles
x, y = mapdata.FindEmptyTileNear(a, x, y)
# check if it's hitting another flag:
for j in range(a.fg_wz_current):
if i != j:
n2, f2 = flagcore.GetFlags(a, j)
if n2 == 1 and f2.state == asss.FI_ONMAP and \
f2.x == x and f2.y == y:
good = 0
# and check for no-flag regions:
if good:
foundnoflags = []
def check_region(r):
if mapdata.RegionChunk(r, asss.RCT_NOFLAGS) is not None:
foundnoflags.append(1)
mapdata.EnumContaining(a, x, y, check_region)
if foundnoflags:
good = 0
# if we did hit another flag, bump up the radius so we don't get
# stuck here.
tries += 1
if good:
f = asss.flaginfo()
f.state = asss.FI_ONMAP
f.x, f.y = x, y
f.freq = freq
f.carrier = None
flagcore.SetFlags(a, i, f)
elif fallback:
# we have one fallback option: centering it
lm.LogA(asss.L_WARN, 'flagcore', a,
("failed to place a flag at (%d,%d)-%d, "
"falling back to center") % (cx, cy, r))
sets = a.fg_wz_sets
spawn_flag(a, i, sets.spawnx, sets.spawny, sets.spawnr, sets.spawnrmin,
freq, 0)
else:
# couldn't place in original location, and couldn't place in
# center either. this is really bad.
lm.LogA(asss.L_ERROR, 'flagcore', a,
("failed to place a flag at (%d,%d)-%d, "
"fallback disabled") % (cx, cy, r))
def spawn_flag(a, i, cx, cy, r, rmin, freq, fallback = 1):
good = 0
tries = 0
while not good and tries < 30:
# assume this will work
good = 1
# pick a random point
x, y = circular_random(cx, cy, r + tries, rmin + tries)
# and move off of any tiles
x, y = mapdata.FindEmptyTileNear(a, x, y)
# check if it's hitting another flag:
for j in range(a.fg_wz_current):
if i != j:
n2, f2 = flagcore.GetFlags(a, j)
if n2 == 1 and f2.state == asss.FI_ONMAP and \
f2.x == x and f2.y == y:
good = 0
# and check for no-flag regions:
if good:
foundnoflags = []
def check_region(r):
if mapdata.RegionChunk(r, asss.RCT_NOFLAGS) is not None:
foundnoflags.append(1)
mapdata.EnumContaining(a, x, y, check_region)
if foundnoflags:
good = 0
# if we did hit another flag, bump up the radius so we don't get
# stuck here.
tries += 1
if good:
f = asss.flaginfo()
f.state = asss.FI_ONMAP
f.x, f.y = x, y
f.freq = freq
f.carrier = None
flagcore.SetFlags(a, i, f)
elif fallback:
# we have one fallback option: centering it
lm.LogA(asss.L_WARN, 'flagcore', a,
("failed to place a flag at (%d,%d)-%d, "
"falling back to center") % (cx, cy, r))
sets = a.fg_wz_sets
spawn_flag(a, i, sets.spawnx, sets.spawny, sets.spawnr, sets.spawnrmin, freq, 0)
else:
# couldn't place in original location, and couldn't place in
# center either. this is really bad.
lm.LogA(asss.L_ERROR, 'flagcore', a,
("failed to place a flag at (%d,%d)-%d, "
"fallback disabled")% (cx, cy, r))
def FlagTouch(me, a, p, fid): sets = a.fg_wz_sets if sets.carryflags == asss.CARRY_ALL: cancarry = MAXFLAGS else: cancarry = sets.carryflags - 1 if p.flagscarried >= cancarry: return # assign him the flag f = asss.flaginfo() f.state = asss.FI_CARRIED f.carrier = p flagcore.SetFlags(a, fid, f)
def FlagTouch(me, a, p, fid):
sets = a.fg_wz_sets
if sets.carryflags == asss.CARRY_ALL:
cancarry = MAXFLAGS
else:
cancarry = sets.carryflags - 1
if p.flagscarried >= cancarry:
return
# assign him the flag
f = asss.flaginfo()
f.state = asss.FI_CARRIED
f.carrier = p
flagcore.SetFlags(a, fid, f)
def Init(me, a):
# get settings
a.fg_turf_fc = fc = mapdata.GetFlagCount(a)
a.fg_turf_persist = cfg.GetInt(a.cfg, "Flag", "PersistentTurfOwners",
1)
# set up turf game
flagcore.SetCarryMode(a, asss.CARRY_NONE)
flagcore.ReserveFlags(a, fc)
# set up initial flags
f = asss.flaginfo()
f.state = asss.FI_ONMAP
f.freq = -1
for i in xrange(fc):
flagcore.SetFlags(a, i, f)
