def ball(recipients,
center,
radius,
steps=15,
upper_half=True,
lower_half=True,
**kwargs):
"""Create a ball by using the remporary effect ``BeamRingPoint``.
:param RecipientFilter recipients:
Players that should see the beam.
:param Vector center:
The center location of the ball.
:param float radius:
The radius of the ball.
:param int steps:
Number of rings that should be used to create the ball.
:param bool upper_half:
If False, the upper half of the ball isn't created.
:param bool lower_half:
If False, the lower half of the ball isn't created.
.. note::
The number of steps is used for the lower and upper half. So, if you
define 15 steps, 29 rings are created (the center ring is shared by
both halves).
"""
# Make sure that at least one argument is True
assert not (upper_half == lower_half == False)
step = float(radius) / steps
for x in range(steps):
dist = step * x
org = Vector(*center)
org.z += dist
rad = 2 * radius * (1 - (float(x) / steps)**2)**0.5
if upper_half:
entity = TempEntity('BeamRingPoint')
entity.center = org
entity.start_radius = rad
entity.end_radius = rad - 0.1
for attr, value in kwargs.items():
setattr(entity, attr, value)
entity.create(recipients)
if x and lower_half:
org.z -= 2 * dist
entity = TempEntity('BeamRingPoint')
entity.center = org
entity.start_radius = rad
entity.end_radius = rad - 0.1
for attr, value in kwargs.items():
setattr(entity, attr, value)
entity.create(recipients)
def ball(recipients, center, radius, steps=15, upper_half=True, lower_half=True, **kwargs):
"""Create a ball by using the remporary effect ``BeamRingPoint``.
:param RecipientFilter recipients:
Players that should see the beam.
:param Vector center:
The center location of the ball.
:param float radius:
The radius of the ball.
:param int steps:
Number of rings that should be used to create the ball.
:param bool upper_half:
If False, the upper half of the ball isn't created.
:param bool lower_half:
If False, the lower half of the ball isn't created.
.. note::
The number of steps is used for the lower and upper half. So, if you
define 15 steps, 29 rings are created (the center ring is shared by
both halves).
"""
# Make sure that at least one argument is True
assert not (upper_half == lower_half == False)
step = float(radius) / steps
for x in range(steps):
dist = step * x
org = Vector(*center)
org.z += dist
rad = 2 * radius * (1 - (float(x) / steps) ** 2) ** 0.5
if upper_half:
entity = TempEntity('BeamRingPoint')
entity.center = org
entity.start_radius = rad
entity.end_radius = rad - 0.1
for attr, value in kwargs.items():
setattr(entity, attr, value)
entity.create(recipients)
if x and lower_half:
org.z -= 2 * dist
entity = TempEntity('BeamRingPoint')
entity.center = org
entity.start_radius = rad
entity.end_radius = rad - 0.1
for attr, value in kwargs.items():
setattr(entity, attr, value)
entity.create(recipients)
def effect108(model, center, start_radius, end_radius, frame_rate, life_time,
width, fade_length, amplitude, red, green, blue, alpha, speed,
flags):
"""
est_effect_08 <player filter> <delay> <model> <middle x y z> <start radius> <end radius> <framerate> <life> <width> <spread> <amplitude> <red> <green> <blue> <alpha> <speed> <flags>
"""
if not isinstance(model, Model):
model = Model(model)
if not isinstance(center, Vector):
center = Vector(*center)
te = TempEntity('BeamRingPoint')
te.model = model
te.halo = model
te.center = center
te.start_radius = start_radius
te.end_radius = end_radius
te.frame_rate = frame_rate
te.life_time = life_time
te.start_width = width
te.end_width = width
te.fade_length = fade_length
te.amplitude = amplitude
te.red = red
te.green = green
te.blue = blue
te.alpha = alpha
te.speed = speed
te.flags = flags
return te
def effect10(model, x, y, z, start_radius, end_radius, life_time, width,
fade_length, amplitude, red, green, blue, alpha, speed):
"""
est_effect 10 <player filter> <delay> <model> <x> <y> <z> <start radius> <end radius> <life> <width> <spread> <amplitude> <red> <green> <blue> <alpha> <speed>
"""
if not isinstance(model, Model):
model = Model(model)
te = TempEntity('BeamRingPoint')
te.model = model
te.halo = model
te.center = Vector(x, y, z)
te.start_radius = start_radius
te.end_radius = end_radius
te.life_time = life_time
te.start_width = width
te.end_width = width
te.fade_length = fade_length
te.amplitude = amplitude
te.red = red
te.green = green
te.blue = blue
te.alpha = alpha
te.speed = speed
return te
def _est_effect(command):
todo = str(command[1])
filter = str(command[2])
delay = float(command[3])
if todo == "1":
te = TempEntity('Armor Ricochet')
te.position = Vector(float(command[4]), float(command[5]),
float(command[6]))
te.direction = Vector(float(command[7]), float(command[8]),
float(command[9]))
te.create()
if todo == "2":
te = TempEntity('BeamEntPoint')
te.alpha = int(command[13])
te.blue = int(command[12])
te.green = int(command[11])
te.end_width = float(command[9])
te.life_time = float(command[7])
te.start_width = float(command[8])
te.end_entity_index = Player.from_userid(int(command[6])).index
te.halo_index = Model(str(command[4])).index
te.model_index = Model(str(command[4])).index
te.start_entity_index = Player.from_userid(int(command[5])).index
te.red = int(command[11])
te.create()
if todo == "3":
te = TempEntity('BeamPoints')
model = Model(str(command[4]))
x1 = float(command[5])
y1 = float(command[6])
z1 = float(command[7])
x2 = float(command[8])
y2 = float(command[9])
z2 = float(command[10])
life = float(command[11])
width = int(command[12])
end_width = int(command[13])
red = int(command[14])
green = int(command[15])
blue = int(command[16])
alpha = int(command[17])
te.alpha = alpha
te.green = green
te.blue = blue
te.red = red
te.end_width = end_width
te.life_time = life
te.start_width = width
te.halo_index = model.index
te.model_index = model.index
te.end_point = Vector(x1, y1, z1)
te.start_point = Vector(x2, y2, z2)
te.create()
if todo == "4":
te = TempEntity('BeamFollow')
te.alpha = int(command[13])
te.blue = int(command[12])
te.green = int(command[11])
te.end_width = int(command[8])
te.life_time = float(command[6])
te.start_width = int(command[7])
te.entity_index = Player.from_userid(int(command[5])).index
te.fade_length = int(command[9])
te.halo_index = Model(str(command[4])).index
te.model_index = Model(str(command[4])).index
te.red = int(command[10])
te.create()
if todo == "5":
te = TempEntity('BeamRing')
te.alpha = int(command[14])
te.blue = int(command[13])
te.green = int(command[12])
te.amplitude = float(command[10])
te.end_width = int(command[8])
te.life_time = float(command[7])
te.start_width = int(command[8])
te.end_entity_index = int(command[6])
te.halo_index = Model(str(command[4])).index
te.model_index = Model(str(command[4])).index
te.speed = int(command[15])
te.start_entity_index = Player.from_userid(int(command[5])).index
te.red = int(command[11])
#est_effect [BeamRing] <player Filter> <delay> <model> <userid> <end index> <life> <width> <spread> <amplitude> <Red> <Green> <Blue> <Alpha> <speed>
if todo == "6":
te = TempEntity('Large Funnel')
te.model_index = Model(str(command[4])).index
te.reversed = int(command[8])
te.origin = Vector(float(command[5]), float(command[6]),
float(command[7]))
te.create()
#est_effect [LargeFunnel] <player Filter> <delay> <model> <x> <y> <z> <reversed>
if todo == "7":
te = TempEntity('Smoke')
te.scale = float(command[8])
te.frame_rate = int(command[9])
te.model_index = Model(str(command[4])).index
te.model = Model(str(command[4]))
te.origin = Vector(float(command[5]), float(command[6]),
float(command[7]))
te.create()
if todo == "8":
te = TempEntity('Metal Sparks')
te.direction = Vector(float(command[8]), float(command[9]),
float(command[10]))
te.position = Vector(float(command[5]), float(command[6]),
float(command[7]))
te.create()
#est_effect [MetalSparks] <player Filter> <delay> <model> <x> <y> <z> (towards <x> <y> <z>) +
if todo == "9":
te = TempEntity('GaussExplosion')
te.type = int(command[11])
te.direction = Vector(float(command[8]), float(command[9]),
float(command[10]))
te.origin = Vector(float(command[5]), float(command[6]),
float(command[7]))
te.create()
#est_effect [GaussExplosion] <player Filter> <delay> <model> <x> <y> <z> (towards <x> <y> <z>) <type>
if todo == "10":
te = TempEntity('BeamRingPoint')
te.alpha = int(command[17])
te.blue = int(command[16])
te.green = int(command[15])
te.amplitude = float(command[13])
te.end_width = float(command[11])
te.life_time = float(command[10])
te.start_width = float(command[11])
te.end_radius = float(command[9])
te.start_radius = float(command[8])
te.fade_length = int(command[12])
te.halo_index = Model(str(command[4])).index
te.model_index = Model(str(command[4])).index
te.speed = int(command[18])
te.center = Vector(float(command[5]), float(command[6]),
float(command[7]))
te.red = int(command[14])
te.create()
if todo == "11":
te = TempEntity('GlowSprite')
te.life_time = float(command[8])
te.scale = float(command[9])
te.brightness = int(command[10])
te.model_index = Model(str(command[4])).index
te.origin = Vector(float(command[5]), float(command[6]),
float(command[7]))
te.create()