def getSiteIndex(centerpos):
for index in es.createentitylist('func_bomb_target'):
current_min = vecmath.vector(es.getindexprop(index, 'CBaseEntity.m_Collision.m_vecMins'))
current_max = vecmath.vector(es.getindexprop(index, 'CBaseEntity.m_Collision.m_vecMaxs'))
if vecmath.isbetweenRect(centerpos, current_min, current_max):
return index
return 0
def drawLine(coord1, coord2,
model="materials/sprites/laser.vmt",
halo="materials/sprites/halo01.vmt",
seconds=0,
width=10,
endwidth=10,
red=255,
green=255,
blue=255,
brightness=255,
speed=10,
fadelength=0,
noise=0,
framestart=0,
framerate=0):
"""
Draw a line between two coordinates
"""
try:
c1 = vector(coord1)
c2 = vector(coord2)
except TypeError:
raise TypeError("Invalid parameter type for coordinates")
# Draw it!
mi = es.precachemodel(model)
hi = es.precachemodel(halo)
es.effect('beam', str(c1), str(c2), mi, hi,
framestart, framerate,
seconds, width, endwidth, fadelength, noise,
red, green, blue, brightness, speed)
def drawLine(coord1,
coord2,
model="materials/sprites/laser.vmt",
halo="materials/sprites/halo01.vmt",
seconds=0,
width=10,
endwidth=10,
red=255,
green=255,
blue=255,
brightness=255,
speed=10,
fadelength=0,
noise=0,
framestart=0,
framerate=0):
"""
Draw a line between two coordinates
"""
try:
c1 = vector(coord1)
c2 = vector(coord2)
except TypeError:
raise TypeError("Invalid parameter type for coordinates")
# Draw it!
mi = es.precachemodel(model)
hi = es.precachemodel(halo)
es.effect('beam', str(c1), str(c2), mi, hi, framestart, framerate, seconds,
width, endwidth, fadelength, noise, red, green, blue, brightness,
speed)
def drawCircle(origin, radius, steps=12,
axle1=(1,0,0),
axle2=(0,1,0),
normal=None,
model="materials/sprites/laser.vmt",
halo="materials/sprites/halo01.vmt",
seconds=0,
width=10,
endwidth=10,
red=255,
green=255,
blue=255,
brightness=255,
speed=10,
fadelength=0,
noise=0,
framestart=0,
framerate=0):
"""
Draw a circle on a plane defined by origin and two points (axles)
"""
try:
o = vector(origin)
a1 = vector(axle1)
if not normal:
a2 = vector(axle2)
normal = a1.cp(a2)
except TypeError:
raise TypeError("Invalid parameter type for coordinates")
# normalize steps to be modular by 4, rounding up
steps = int(float(steps)/4.0+.9)*4
# calculate steps per line
edgesteps = steps/4
# generate the corner vectors
k = []
k.append(a1.setlength(radius))
k.append(normal.cp(a1).setlength(radius))
k.append(-k[0])
k.append(-k[1])
k.append(k[0])
# distance between steps
steplength = vecmath.distance(k[0],k[1])/edgesteps
# Draw all the edges
mi = es.precachemodel(model)
hi = es.precachemodel(halo)
for edge in range(4):
c1 = o+k[edge]
minus = k[edge+1]-k[edge]
for s in range(edgesteps):
c2 = o+(k[edge]+minus.setlength(steplength*(s+1))).setlength(radius)
es.effect('beam', str(c1), str(c2), mi, hi,
framestart, framerate,
seconds, width, endwidth, fadelength, noise,
red, green, blue, brightness, speed)
c1 = c2
def getSiteIndex(centerpos):
for index in es.createentitylist('func_bomb_target'):
current_min = vecmath.vector(
es.getindexprop(index, 'CBaseEntity.m_Collision.m_vecMins'))
current_max = vecmath.vector(
es.getindexprop(index, 'CBaseEntity.m_Collision.m_vecMaxs'))
if vecmath.isbetweenRect(centerpos, current_min, current_max):
return index
return 0
def siteCheck():
bombsitesNum.clear()
managerindex = es.getentityindex('cs_player_manager')
if managerindex > 0:
index = getSiteIndex(vecmath.vector(es.getindexprop(managerindex, 'CCSPlayerResource.m_bombsiteCenterA')))
if index:
bombsitesNum['A'] = index
index = getSiteIndex(vecmath.vector(es.getindexprop(managerindex, 'CCSPlayerResource.m_bombsiteCenterB')))
if index:
bombsitesNum['B'] = index
def square(start, end,
frame=True,
fill=False,
steps=15,
users='#all',
delay=0,
model='sprites/laser.vmt',
halo=0,
startframe=0,
framerate=255,
life=3,
width=3,
endwidth=3,
fadelength=3,
amplitude=0,
r=255,
g=255,
b=255,
a=255,
speed=1,
queue=True):
'''
Creates a simple, rectangular square by entity indexes and/or coordinates.
You can fill it by setting "fill" to True. If you decided to fill the
square, you need to set "steps" to the number of lines should be used to
fill it. You can also disable the frame by setting "frame" to False.
'''
start = vector(getLocation(start))
end = vector(getLocation(end))
if frame:
p1 = vector(start)
p2 = vector(end)
p1.z = end.z
p2.z = start.z
polygon((start, p1, end, p2), users, delay, model, halo, startframe,
framerate, life, width, endwidth, fadelength, amplitude, r, g, b,
a, speed, queue=queue)
if not fill:
return
minz = min(start.z, end.z)
step = (max(start.z, end.z) - minz) / (steps + 1)
end.z = minz
start.z = minz
for x in xrange(steps):
start.z += step
end.z += step
beamPoints(users, delay, start, end, model, halo, startframe,
framerate, life, width, endwidth, fadelength, amplitude, r, g, b,
a, speed, queue=queue)
def siteCheck():
bombsitesNum.clear()
managerindex = es.getentityindex('cs_player_manager')
if managerindex > 0:
index = getSiteIndex(
vecmath.vector(
es.getindexprop(managerindex,
'CCSPlayerResource.m_bombsiteCenterA')))
if index:
bombsitesNum['A'] = index
index = getSiteIndex(
vecmath.vector(
es.getindexprop(managerindex,
'CCSPlayerResource.m_bombsiteCenterB')))
if index:
bombsitesNum['B'] = index
def player_jump(ev):
if not es.isbot(ev['userid']):
dbg( 'player jumped')
steamid = sid(ev)
players.increment(steamid,'jump')
vStartpos = vecmath.vector(es.getplayerlocation(ev['userid']))
players.update(steamid,'jump_startpos',str(vStartpos))
def Check_Runboost(userid):
location = es.getplayerlocation(userid)
steamid = es.getplayersteamid(userid)
velocity = int(
round(
vector(
(float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[1]')),
float(
es.getplayerprop(
userid,
'CBasePlayer.localdata.m_vecVelocity[2]')))).length(),
2))
gamethread.cancelDelayed("Check_Ground_%s" % userid)
if playerOnTop(userid)[0] == "True":
client[steamid]['loc'] = location
client[steamid]['time'] = 0
client[steamid]['avs'] = []
client[steamid]['pre'] = velocity
else:
gamethread.cancelDelayed("Check_Ground_%s" % userid)
Check_When_Grounded(userid, False, True)
return
gamethread.delayedname(0.001,
'Check_Runboost_%s' % userid,
Check_Runboost,
args=(userid))
def Set_Location(userid):
check = es.getplayerprop(userid, 'CBasePlayer.m_fFlags')
location = es.getplayerlocation(userid)
steamid = es.getplayersteamid(userid)
player = playerlib.getPlayer(userid)
velocity = int(
round(
vector(
(float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[1]')),
float(
es.getplayerprop(
userid,
'CBasePlayer.localdata.m_vecVelocity[2]')))).length(),
2))
if not check & 1:
if not playerOnTop(userid)[0] == "True":
if velocity < 400:
gamethread.cancelDelayed("Check_Runboost_%s" % userid)
gamethread.cancelDelayed("Check_Ground_%s" % userid)
Check_When_Grounded(userid, False, False)
else:
gamethread.cancelDelayed("Check_Runboost_%s" % userid)
gamethread.cancelDelayed("Check_Ground_%s" % userid)
Check_When_Grounded(userid, True, False)
else:
gamethread.cancelDelayed("Check_Runboost_%s" % userid)
gamethread.cancelDelayed("Check_Ground_%s" % userid)
Check_Runboost(userid)
return
else:
client[steamid]['loc'] = location
client[steamid]['time'] = 0
client[steamid]['avs'] = []
client[steamid]['pre'] = velocity
gamethread.cancelDelayed("Check_Runboost_%s" % userid)
gamethread.cancelDelayed("Check_Ground_%s" % userid)
if player.isdead:
gamethread.cancelDelayed("Check_Runboost_%s" % userid)
gamethread.cancelDelayed("Check_Ground_%s" % userid)
gamethread.cancelDelayed("Set_Location_%s" % userid)
esc.tell(
userid,
"#255,51,0[#255,137,0LJStats#255,51,0] #snowis no longer tracking you!"
)
client[steamid]['lj'] = 0
return
gamethread.delayedname(0.001,
'Set_Location_%s' % userid,
Set_Location,
args=(userid))
def sm2es_keyPress(ev):
userid = ev["userid"]
if es.exists("userid", userid):
if ev['status'] == '0':
return
if es.isbot(userid):
return
ply = playerlib.getPlayer(userid)
if ply.isdead:
return
velocity_x = float(
es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[0]'))
velocity_y = float(
es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[1]'))
velocity = int(
vector(
float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
userid,
'CBasePlayer.localdata.m_vecVelocity[1]'))).length())
steamid = es.getplayersteamid(userid)
if analysis[steamid]['onground'] == 0:
if ev["command"] == 'IN_MOVELEFT':
if analysis[steamid]['move'] == 0:
analysis[steamid]['move'] = 1
analysis[steamid]['view_angle_0'].append(
ply.getViewAngle()[0])
analysis[steamid]['view_angle_1'].append(
ply.getViewAngle()[1])
analysis[steamid]['intervals'].append(time.time())
analysis[steamid]['velocity'].append(velocity)
analysis[steamid]['strafes'] += 1
if ev['command'] == 'IN_MOVERIGHT':
if analysis[steamid]['move'] == 1:
analysis[steamid]['move'] = 0
analysis[steamid]['view_angle_0'].append(
ply.getViewAngle()[0])
analysis[steamid]['view_angle_1'].append(
ply.getViewAngle()[1])
analysis[steamid]['intervals'].append(time.time())
analysis[steamid]['velocity'].append(velocity)
analysis[steamid]['strafes'] += 1
def player_land(ev):
if not es.isbot(ev['userid']):
steamid = extendedstats.sid(ev)
extendedstats.dbg('player land')
pos = vecmath.vector(es.getplayerlocation(ev['userid']))
startpos = extendedstats.players.query(steamid,'jump_startpos')
if startpos:
distance = vecmath.distance(pos, vecmath.vector(startpos))
extendedstats.players.add(steamid,'jump_distance',distance)
if distance > extendedstats.players.query(steamid,'jump_longest'):
extendedstats.players.update(steamid,'jump_longest',distance)
if dcfg['notify_longestjump'] == '1':
name = extendedstats.getName(steamid)
rank,allplayers = extendedstats.getRank(steamid,'jump_longest')
rSteamid, rDistance = extendedstats.getToplist(1,'jump_longest')[0]
rName = extendedstats.getName(rSteamid)
if dcfg['notify_longestjump_all'] == '1':
es.msg('%s just broke his record of his longest jump. His new record is: %.2f meters!' % (name,distance*0.01905))
es.msg('He is ranked %s of %s now. Longest jump overall is %.2f meters by %s' % (rank,allplayers,rDistance,rName))
else:
es.tell(ev['userid'],'You just broke your record of your longest jump! Your new record is: %.2f meters!' % (distance*0.01905))
es.tell(ev['userid'],'You are now ranked %s of %s. Longest jump overall is %.2f meters by %s' % (rank,allplayers,rDistance,rName))
extendedstats.players.update(steamid,'jump_startpos',None)
def ball(origin, radius,
steps=15,
users='#all',
delay=0,
model='sprites/laser.vmt',
halo=0,
startframe=0,
framerate=255,
life=3,
width=3,
spread=0,
amplitude=0,
r=255,
g=255,
b=255,
a=255,
speed=1,
flags=0,
upper=True,
lower=True,
queue=True):
'''
Creates a ball by an entity index or coordinate and a radius.
NOTE:
The number of steps is used for the lower and upper half.
'''
step = float(radius) / steps
for x in xrange(steps):
dist = step * x
org = vector(origin)
org.z += dist
rad = 2 * radius * (1 - (float(x) / steps) ** 2) ** 0.5
args = (users, delay, org, rad, rad-0.1, model, halo, startframe,
framerate, life, width, spread, amplitude, r, g, b, a, speed,
flags)
if upper:
beamRingPoint(queue=queue, *args)
if not x or not lower:
continue
org.z -= 2 * dist
beamRingPoint(queue=queue, *args)
def setentname_cmd(args):
if gamename in ['cstrike', 'dod', 'hl2mp']:
userid = es.getuserid()
if userid:
if len(args) > 1:
entity = args[0]
entityname = args[1]
if entity.isdigit() and entityname:
player = playerlib.getPlayer(userid)
playerlocation = vecmath.vector(player.getLocation())
playermovetype = es.getplayerprop(int(player), 'CBaseEntity.movetype')
if gamename == 'cstrike':
playerviewangles = vecmath.vector((float(es.getplayerprop(int(player), 'CCSPlayer.m_angEyeAngles[0]')), float(es.getplayerprop(int(player), 'CCSPlayer.m_angEyeAngles[1]')), 0.0))
playerviewoffset = vecmath.vector((float(es.getplayerprop(int(player), 'CBasePlayer.localdata.m_vecViewOffset[0]')), float(es.getplayerprop(int(player), 'CBasePlayer.localdata.m_vecViewOffset[1]')), float(es.getplayerprop(int(player), 'CBasePlayer.localdata.m_vecViewOffset[2]'))))
elif gamename == 'dod':
playerviewangles = vecmath.vector((float(es.getplayerprop(int(player), 'CDODPlayer.m_angEyeAngles[0]')), float(es.getplayerprop(int(player), 'CDODPlayer.m_angEyeAngles[1]')), 0.0))
playerviewoffset = vecmath.vector((float(es.getplayerprop(int(player), 'CBasePlayer.localdata.m_vecViewOffset[0]')), float(es.getplayerprop(int(player), 'CBasePlayer.localdata.m_vecViewOffset[1]')), float(es.getplayerprop(int(player), 'CBasePlayer.localdata.m_vecViewOffset[2]'))))
elif gamename == 'hl2mp':
playerviewangles = vecmath.vector((float(es.getplayerprop(int(player), 'CHL2MP_Player.m_angEyeAngles[0]')), float(es.getplayerprop(int(player), 'CHL2MP_Player.m_angEyeAngles[1]')), 0.0))
playerviewoffset = vecmath.vector((float(es.getplayerprop(int(player), 'CHL2MP_Player.baseclass.baseclass.baseclass.baseclass.m_vecViewOffset[0]')), float(es.getplayerprop(int(player), 'CHL2MP_Player.baseclass.baseclass.baseclass.baseclass.m_vecViewOffset[1]')), float(es.getplayerprop(int(player), 'CHL2MP_Player.baseclass.baseclass.baseclass.baseclass.m_vecViewOffset[2]'))))
playerviewvector = (vecmath.vector(vecmath.angles((1.0,1.0,1.0), playerviewangles))) * 0.5
entitylocation = vecmath.vector(es.getindexprop(entity, 'CBaseEntity.m_vecOrigin'))
entityviewvector = (playerlocation - (playerviewoffset + playerviewvector)) + entitylocation
player.freeze(1)
player.setLocation(list(entityviewvector))
player.viewCoord(list(entitylocation))
es.entsetname(int(player), entityname)
es.server.cmd('es_xsetang %s %s %s' % (int(player), playerviewangles[0], playerviewangles[1]))
es.setplayerprop(int(player), 'CBaseEntity.movetype', playermovetype)
player.setLocation(list(playerlocation))
else:
es.dbgmsg(0, 'setentname: Invalid target user "%s" to setentname.' % target)
else:
es.dbgmsg(0, 'setentname: Not enough arguments to setentname. Syntax: setentname <entity-index#> <desired-name>')
else:
es.dbgmsg(0, 'setentname: No userid available. Sorry, no targetname set!')
else:
es.dbgmsg(0, 'setentname: Game "%s" is not supported. Sorry, no targetname set!' % gamename)
def player_jump(ev):
userid = ev["userid"]
steamid = es.getplayersteamid(userid)
if not es.isbot(userid):
analysis[steamid]["view_angle_0"] = []
analysis[steamid]["view_angle_1"] = []
analysis[steamid]["velocity"] = []
velocity = int(
vector(
float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
userid,
'CBasePlayer.localdata.m_vecVelocity[1]'))).length())
analysis[steamid]["velocity"].append(velocity)
def DoTheJump(userid):
if es.getplayerprop(userid, 'CBasePlayer.pl.deadflag'):
return
if userid not in JumpsUsed['time'] or userid not in JumpsUsed['count']:
ev = {}
ev['userid'] = userid
player_jump(ev)
return
if JumpsUsed['count'][userid] > Max_Uses and Max_Uses != -1:
return
newTime = time.time()
timeBetween = newTime - JumpsUsed['time'][userid]
if timeBetween > Intervals:
if JumpsUsed['count'][userid] > 0:
Push_Value2 = Push_Value
if int(es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[2]')) < 0:
Push_Value2 += (round(vecmath.vector((float(es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[0]')), float(es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[1]')), float(es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[2]')))).length(), 2) * Extra_Boost_If_Falling)
es.setplayerprop(userid,"CBasePlayer.localdata.m_vecBaseVelocity", "0,0,%s" %Push_Value2)
JumpsUsed['time'][userid] = newTime
JumpsUsed['count'][userid] += 1
def Check_When_Grounded(userid, bhop, runboost):
name = es.getplayername(userid)
steamid = es.getplayersteamid(userid)
velocity = int(
round(
vector(
(float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[1]')),
float(
es.getplayerprop(
userid,
'CBasePlayer.localdata.m_vecVelocity[2]')))).length(),
2))
client[steamid]["time"] += 0.01
client[steamid]["avs"].append(velocity)
check = es.getplayerprop(userid, 'CBasePlayer.m_fFlags')
if check & 1:
location = es.getplayerlocation(userid)
player = playerlib.getPlayer(userid)
distance = (vecmath.distance(
(float(client[steamid]['loc'][0]), float(
client[steamid]['loc'][1])),
(float(location[0]), float(location[1])))) + 32
index = 0
add = 0
for item in client[steamid]["avs"]:
add += item
index += 1
break
av = add / index
time = (client[steamid]["time"])
checker = float(client[steamid]['loc'][2]) - float(location[2])
average = 0
index = 1
for item in analysis[steamid]["view_angle_0"]:
index += 1
average += item
tell_average = float(average) / float(index)
detections = 0
for x in analysis[steamid]["view_angle_0"]:
if (x - tell_average) >= -1 and (x - tell_average) <= 4:
detections -= 2
else:
detections += 0.843
if detections < 0:
detections = 0
if not runboost:
if not bhop:
if distance > 264 and distance < 280 and client[steamid][
"time"] < 0.9 and client[steamid]["time"] > 0.68:
esc.tell(
userid,
'#snowPrestrafe:#255,137,0 %s u/s #snow| Strafes#255,137,0 %s'
%
(client[steamid]["pre"], analysis[steamid]["strafes"]))
esc.tell(
userid,
'#snowAverage Speed:#255,137,0 %s u/s #snowand air time:#255,137,0 %s seconds'
% (av, client[steamid]["time"]))
esc.tell(
userid, '#snowDistance:#255,137,0 %s units' %
(round(distance, 3)))
elif distance < 280 and client[steamid][
"time"] < 0.9 and distance > 240 and client[steamid][
"time"] > 0.68:
esc.tell(
userid,
'#snowPrestrafe:#255,137,0 %s u/s #snow| Strafes#255,137,0 %s'
%
(client[steamid]["pre"], analysis[steamid]["strafes"]))
esc.tell(
userid,
'#snowAverage Speed:#255,137,0 %s u/s #snowand air time:#255,137,0 %s seconds'
% (av, client[steamid]["time"]))
esc.tell(
userid, '#snowDistance:#255,137,0 %s units' %
(round(distance, 3)))
else:
if distance >= 485 and distance <= 580:
esc.tell(userid, '#yellow- RUNBOOST -')
esc.tell(
userid,
'#snowPrestrafe:#255,137,0 %s u/s #snow| Strafes#255,137,0 %s'
% (client[steamid]["pre"], analysis[steamid]["strafes"]))
esc.tell(
userid,
'#snowAverage Speed:#255,137,0 %s u/s #snowand air time:#255,137,0 %s seconds'
% (av, client[steamid]["time"]))
esc.tell(
userid,
'#snowDistance:#255,137,0 %s units' % (round(distance, 3)))
analysis[steamid] = {
'move': 0,
'view_angle_0': [],
'view_angle_1': [],
'velocity': [],
'intervals': [],
'onground': 0,
'location': (0, 0, 0),
'msg': 0,
'strafes': 0,
'time': 0,
'cheated': 0,
'loyal': 0
}
Set_Location(userid)
return
gamethread.delayedname(0.001,
'Check_Ground_%s' % userid,
Check_When_Grounded,
args=(userid, bhop, runboost))
def update(self):
timer = es.import_addon('trikztimer/plugins/timer')
"""
Update the player's message showing his targets ranks.
"""
if not es.exists('userid', self.userid):
return
#if not es.exists('userid', self.target):
# return
if es.getplayerteam(self.userid) in (2, 3):
if not playerlib.getPlayer(self.userid).isdead:
Player(self.userid).delspec(self.userid, self.target, 1)
return
target = self.getspec()
if target != -1:
self.target = target
steamid = es.getplayersteamid(self.target)
name = es.getplayername(self.target)
# PARTNER TIMER
velocity = round(
vector(
float(
es.getplayerprop(
self.target,
'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
self.target,
'CBasePlayer.localdata.m_vecVelocity[1]'))).length(
), 2)
Player(self.userid).addspec(self.userid, self.target)
Player(self.userid).delspec(self.userid, self.target, 2)
specs[self.userid]["last_spec"] = self.target
if steamid in timer.player:
string = timer.player[steamid]["text_display"]
if timer.CheckPartner(self.target):
string += "\n(Partnered)"
else:
string += "\n(Solo)"
timer.player[steamid]['spectators'] = specs[self.target]['n']
if not es.isbot(target):
hudhint(self.userid,
"- %s -\nVel: %s\n%s" % (name, velocity, string))
name_list = ""
if len(specs[self.target]['n']) > 0:
for object in specs[self.target]['n']:
s_name = str(es.getplayername(object))
if len(s_name) > 12:
s_name = str(es.getplayername(object))[0:12] + "..."
name_list += "\n" + s_name
if timer.tournament["status"] == 0:
keyhint(
self.userid, "%s's Spectators: %s\n%s" %
(name, len(specs[self.target]['n']), name_list))
else:
string = ""
string += "-- Tournament Mode --\n "
if timer.tournament["turn"] in timer.tournament["queue"] > 0:
turn = timer.tournament["turn"]
string += "\n %s | %s is playing..\n \n Next couple in: %s \n \n \n" % (
timer.tournament["queue"][turn][0]["name"],
timer.tournament["queue"][turn][1]["name"],
timer.TimeFormat(timer.tournament["time"], None, True))
else:
string += "\nNo teams available yet!\n \n"
keyhint(
self.userid, "Spectators: %s\n%s" %
(string, name, len(specs[self.target]['n']), name_list))
else:
Player(self.userid).delspec(self.userid, self.target, 2)
def sm2es_keyPress(ev):
userid = ev["userid"]
if es.exists("userid", userid):
if ev['status'] == '0':
return
ply = playerlib.getPlayer(userid)
if ply.isdead:
return
velocity_x = float(
es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[0]'))
velocity_y = float(
es.getplayerprop(userid, 'CBasePlayer.localdata.m_vecVelocity[1]'))
velocity = int(
vector(
float(
es.getplayerprop(
userid, 'CBasePlayer.localdata.m_vecVelocity[0]')),
float(
es.getplayerprop(
userid,
'CBasePlayer.localdata.m_vecVelocity[1]'))).length())
steamid = es.getplayersteamid(userid)
check = es.getplayerprop(userid, 'CBasePlayer.m_fFlags')
if not check & 1:
if ev["command"] == 'IN_MOVELEFT':
if analysis[steamid]['move'] == 0:
analysis[steamid]['move'] = 1
analysis[steamid]['view_angle_0'].append(
ply.getViewAngle()[0])
analysis[steamid]['view_angle_1'].append(
ply.getViewAngle()[1])
analysis[steamid]['intervals'].append(time.time())
analysis[steamid]['velocity'].append(velocity)
analysis[steamid]['strafes'] += 1
if ev['command'] == 'IN_MOVERIGHT':
if analysis[steamid]['move'] == 1:
analysis[steamid]['move'] = 0
analysis[steamid]['view_angle_0'].append(
ply.getViewAngle()[0])
analysis[steamid]['view_angle_1'].append(
ply.getViewAngle()[1])
analysis[steamid]['intervals'].append(time.time())
analysis[steamid]['velocity'].append(velocity)
analysis[steamid]['strafes'] += 1
else:
analysis[steamid] = {
'move': 0,
'view_angle_0': [],
'view_angle_1': [],
'velocity': [],
'intervals': [],
'onground': 0,
'location': (0, 0, 0),
'msg': 0,
'strafes': 0,
'time': 0,
'cheated': 0,
'loyal': 0
}
def drawBox(
coord1,
coord2,
model="materials/sprites/laser.vmt",
halo="materials/sprites/halo01.vmt",
seconds=0,
width=10,
endwidth=10,
red=255,
green=255,
blue=255,
brightness=255,
speed=10,
fadelength=0,
noise=0,
framestart=0,
framerate=0,
):
"""
Draw a rectangular box by using two coordinates
"""
try:
c1 = vector(coord1)
c2 = vector(coord2)
except TypeError:
raise TypeError, "Invalid parameter type for coordinates"
# Create the additional corners for the box
tc1 = vector(c1)
tc2 = vector(c1)
tc3 = vector(c1)
tc4 = vector(c2)
tc5 = vector(c2)
tc6 = vector(c2)
tc1[0] = c2[0]
tc2[1] = c2[1]
tc3[2] = c2[2]
tc4[0] = c1[0]
tc5[1] = c1[1]
tc6[2] = c1[2]
# Draw all the edges
mi = es.precachemodel(model)
hi = es.precachemodel(halo)
es.effect(
"beam",
str(c1),
str(tc1),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(c1),
str(tc2),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(c1),
str(tc3),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc6),
str(tc1),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc6),
str(tc2),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc6),
str(c2),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc4),
str(c2),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc5),
str(c2),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc5),
str(tc1),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc5),
str(tc3),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc4),
str(tc3),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
es.effect(
"beam",
str(tc4),
str(tc2),
mi,
hi,
framestart,
framerate,
seconds,
width,
endwidth,
fadelength,
noise,
red,
green,
blue,
brightness,
speed,
)
def drawCircle(origin,
radius,
steps=12,
axle1=(1, 0, 0),
axle2=(0, 1, 0),
normal=None,
model="materials/sprites/laser.vmt",
halo="materials/sprites/halo01.vmt",
seconds=0,
width=10,
endwidth=10,
red=255,
green=255,
blue=255,
brightness=255,
speed=10,
fadelength=0,
noise=0,
framestart=0,
framerate=0):
"""
Draw a circle on a plane defined by origin and two points (axles)
"""
try:
o = vector(origin)
a1 = vector(axle1)
if not normal:
a2 = vector(axle2)
normal = a1.cp(a2)
except TypeError:
raise TypeError("Invalid parameter type for coordinates")
# normalize steps to be modular by 4, rounding up
steps = int(float(steps) / 4.0 + .9) * 4
# calculate steps per line
edgesteps = steps / 4
# generate the corner vectors
k = []
k.append(a1.setlength(radius))
k.append(normal.cp(a1).setlength(radius))
k.append(-k[0])
k.append(-k[1])
k.append(k[0])
# distance between steps
steplength = vecmath.distance(k[0], k[1]) / edgesteps
# Draw all the edges
mi = es.precachemodel(model)
hi = es.precachemodel(halo)
for edge in range(4):
c1 = o + k[edge]
minus = k[edge + 1] - k[edge]
for s in range(edgesteps):
c2 = o + (k[edge] + minus.setlength(steplength *
(s + 1))).setlength(radius)
es.effect('beam', str(c1), str(c2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green,
blue, brightness, speed)
c1 = c2
def box(start, end,
frame=True,
fill=False,
steps=15,
users='#all',
delay=0,
model='sprites/laser.vmt',
halo=0,
startframe=0,
framerate=255,
life=3,
width=3,
endwidth=3,
fadelength=3,
amplitude=0,
r=255,
g=255,
b=255,
a=255,
speed=1,
queue=True):
'''
Creates a simple rectangular box by entity indexes and/or coordinates.
You can fill the walls by setting "fill" to True. If you decided to fill
the box, you need to set "steps" to the number of lines should be used to
fill it. You can also disable the frame by setting "frame" to False.
'''
start = vector(getLocation(start))
end = vector(getLocation(end))
p1 = vector(start)
p2 = vector(start)
p3 = vector(start)
p4 = vector(end)
p5 = vector(end)
p6 = vector(end)
p1.x = end.x
p2.y = end.y
p3.z = end.z
p4.x = start.x
p5.y = start.y
p6.z = start.z
args = (model, halo, startframe, framerate, life, width, endwidth,
fadelength, amplitude, r, g, b, a, speed)
args2 = (False, fill, steps, users, delay)
square(start, p4, queue=queue, *args2+args)
square(start, p5, queue=queue, *args2+args)
square(p1, end, queue=queue, *args2+args)
square(p2, end, queue=queue, *args2+args)
if not frame:
return
polygon((start, p1, p5, p3), users, delay, *args)
polygon((end, p4, p2, p6), users, delay, *args)
beamPoints(users, delay, start, p2, queue=queue, *args)
beamPoints(users, delay, p1, p6, queue=queue, *args)
beamPoints(users, delay, p5, end, queue=queue, *args)
beamPoints(users, delay, p3, p4, queue=queue, *args)
def drawBox(coord1,
coord2,
model="materials/sprites/laser.vmt",
halo="materials/sprites/halo01.vmt",
seconds=0,
width=10,
endwidth=10,
red=255,
green=255,
blue=255,
brightness=255,
speed=10,
fadelength=0,
noise=0,
framestart=0,
framerate=0):
"""
Draw a rectangular box by using two coordinates
"""
try:
c1 = vector(coord1)
c2 = vector(coord2)
except TypeError:
raise TypeError("Invalid parameter type for coordinates")
# Create the additional corners for the box
tc1 = vector(c1)
tc2 = vector(c1)
tc3 = vector(c1)
tc4 = vector(c2)
tc5 = vector(c2)
tc6 = vector(c2)
tc1[0] = c2[0]
tc2[1] = c2[1]
tc3[2] = c2[2]
tc4[0] = c1[0]
tc5[1] = c1[1]
tc6[2] = c1[2]
# Draw all the edges
mi = es.precachemodel(model)
hi = es.precachemodel(halo)
es.effect('beam', str(c1), str(tc1), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(c1), str(tc2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(c1), str(tc3), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc6), str(tc1), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc6), str(tc2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc6), str(c2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc4), str(c2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc5), str(c2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc5), str(tc1), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc5), str(tc3), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc4), str(tc3), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
es.effect('beam', str(tc4), str(tc2), mi, hi, framestart, framerate,
seconds, width, endwidth, fadelength, noise, red, green, blue,
brightness, speed)
def setentname_cmd(args):
if gamename in ['cstrike', 'dod', 'hl2mp']:
userid = es.getuserid()
if userid:
if len(args) > 1:
entity = args[0]
entityname = args[1]
if entity.isdigit() and entityname:
player = playerlib.getPlayer(userid)
playerlocation = vecmath.vector(player.getLocation())
playermovetype = es.getplayerprop(int(player),
'CBaseEntity.movetype')
if gamename == 'cstrike':
playerviewangles = vecmath.vector(
(float(
es.getplayerprop(
int(player),
'CCSPlayer.m_angEyeAngles[0]')),
float(
es.getplayerprop(
int(player),
'CCSPlayer.m_angEyeAngles[1]')), 0.0))
playerviewoffset = vecmath.vector(
(float(
es.getplayerprop(
int(player),
'CBasePlayer.localdata.m_vecViewOffset[0]')
),
float(
es.getplayerprop(
int(player),
'CBasePlayer.localdata.m_vecViewOffset[1]'
)),
float(
es.getplayerprop(
int(player),
'CBasePlayer.localdata.m_vecViewOffset[2]'
))))
elif gamename == 'dod':
playerviewangles = vecmath.vector(
(float(
es.getplayerprop(
int(player),
'CDODPlayer.m_angEyeAngles[0]')),
float(
es.getplayerprop(
int(player),
'CDODPlayer.m_angEyeAngles[1]')), 0.0))
playerviewoffset = vecmath.vector(
(float(
es.getplayerprop(
int(player),
'CBasePlayer.localdata.m_vecViewOffset[0]')
),
float(
es.getplayerprop(
int(player),
'CBasePlayer.localdata.m_vecViewOffset[1]'
)),
float(
es.getplayerprop(
int(player),
'CBasePlayer.localdata.m_vecViewOffset[2]'
))))
elif gamename == 'hl2mp':
playerviewangles = vecmath.vector(
(float(
es.getplayerprop(
int(player),
'CHL2MP_Player.m_angEyeAngles[0]')),
float(
es.getplayerprop(
int(player),
'CHL2MP_Player.m_angEyeAngles[1]')), 0.0))
playerviewoffset = vecmath.vector((
float(
es.getplayerprop(
int(player),
'CHL2MP_Player.baseclass.baseclass.baseclass.baseclass.m_vecViewOffset[0]'
)),
float(
es.getplayerprop(
int(player),
'CHL2MP_Player.baseclass.baseclass.baseclass.baseclass.m_vecViewOffset[1]'
)),
float(
es.getplayerprop(
int(player),
'CHL2MP_Player.baseclass.baseclass.baseclass.baseclass.m_vecViewOffset[2]'
))))
playerviewvector = (vecmath.vector(
vecmath.angles(
(1.0, 1.0, 1.0), playerviewangles))) * 0.5
entitylocation = vecmath.vector(
es.getindexprop(entity, 'CBaseEntity.m_vecOrigin'))
entityviewvector = (
playerlocation -
(playerviewoffset + playerviewvector)) + entitylocation
player.freeze(1)
player.setLocation(list(entityviewvector))
player.viewCoord(list(entitylocation))
es.entsetname(int(player), entityname)
es.server.cmd('es_xsetang %s %s %s' %
(int(player), playerviewangles[0],
playerviewangles[1]))
es.setplayerprop(int(player), 'CBaseEntity.movetype',
playermovetype)
player.setLocation(list(playerlocation))
else:
es.dbgmsg(
0,
'setentname: Invalid target user "%s" to setentname.' %
target)
else:
es.dbgmsg(
0,
'setentname: Not enough arguments to setentname. Syntax: setentname <entity-index#> <desired-name>'
)
else:
es.dbgmsg(
0,
'setentname: No userid available. Sorry, no targetname set!')
else:
es.dbgmsg(
0,
'setentname: Game "%s" is not supported. Sorry, no targetname set!'
% gamename)
