import massspring as m
m.acceleration.x = 0
m.acceleration.y = -m.ge
m.acceleration.z = 0
NM = 20
d = 10
m.mass(m=5,
r=5,
x=0,
y=200,
z=0,
vx=0,
vy=0,
vz=0,
moveable=False,
solid=True,
bound=True,
resistible=True,
color=m.colors.RED,
visible=True)
for i in range(NM):
m.mass(m=10,
r=5,
x=i * d + d,
y=200,
z=i * d,
vx=0,
vy=0,
import massspring as m
m.acceleration.y = -m.ge
m1 = m.mass(x=0,
y=0,
z=0,
vx=0,
vy=0,
vz=0,
m=10,
r=10,
q=0,
moveable=False,
solid=True,
bound=True,
gravitational=False,
resistible=False,
electrical=False,
conductive=False,
color=m.colors.GREEN,
visible=True)
m2 = m.mass(x=200,
y=-100,
z=0,
vx=0,
vy=0,
vz=0,
m=100,
r=10,
q=0.1,
import massspring as m
m.acceleration.x = -m.ge
m.acceleration.y = -m.ge
m.acceleration.z = -m.ge
n = 5
m.mass(m=20,
r=20,
x=-50,
y=-50,
z=0,
vx=0,
vy=0,
vz=0,
moveable=True,
solid=True,
bound=True,
color=m.colors.RED,
visible=True)
m.mass(m=20,
r=20,
x=50,
y=-50,
z=0,
vx=0,
vy=0,
vz=0,
moveable=True,
solid=True,
import massspring as m
m1 = m.mass(m=20,
r=45,
x=-50,
y=5,
z=0,
vx=20,
vy=0,
vz=0,
moveable=True,
solid=True,
bound=True,
color=m.colors.RED,
visible=True)
m2 = m.mass(m=30,
r=60,
x=50,
y=0,
z=5,
vx=-20,
vy=0,
vz=0,
moveable=True,
solid=True,
bound=True,
color=m.colors.GREEN,
visible=True)
m.mainloop(100, 0)
import massspring as ms
import massspring.networklib as nl
ms.acceleration.y = -ms.ge
m1 = ms.mass(moveable=False)
m2 = ms.mass(x=-100, y=-100)
s1 = ms.spring(m1, m2, k=100000)
kwargs = {"displaying": False}
nl.start_server_mainloop(
ms, (), kwargs,
nl.handle_client_wrapper(
nl.analyse_request_wrapper(ms.mass_lis, ms.spring_lis)))
"""
import massspring as ms
n = int(input("how many cockroaches? "))
assert n % 2 == 0, ValueError("n must be dividable by 2 but it's value is %d" %
n)
r = 20
m = 10
d = 56
_vx = 30
for i in range(-n // 2, n // 2):
x = i * d + d // 2
vx = -ms.sign(x) * _vx
ms.mass(x=x, m=m, r=r, vx=vx, bound=False)
s = 0
def frame():
global s
for c in ms.collision_lis:
if c.check_collision():
s += 1
ms.mainloop(2, 0, frame=frame)
print(s)