def main():
vel = t.getVector3d("Velocity :")
pos = t.getVector3d("Position :", [0, 0, 0])
# org = t.getVector3d("Origin :",[0,0,0])
left = p.Particle(pos, vel, mass=5, title="Left")
right = p.Particle(pos, -3.0 * vel, mass=10, title="Right")
t.tprint(left)
t.tprint(right)
mom = left.getLinearMomentum() + right.getLinearMomentum()
k = left.getKineticEnergy() + right.getKineticEnergy()
t.tprint("Inital linear momentum is : ", mom)
t.tprint("Initial Energy is : ", k)
left.elasticCollision(right)
t.tprint(left)
t.tprint(right)
mom = left.getLinearMomentum() + right.getLinearMomentum()
k = left.getKineticEnergy() + right.getKineticEnergy()
t.tprint("Final linear momentum is : ", mom)
t.tprint("Final Energy is : ", k)
def main():
ps = p.ParticleSystem().readFile(t.openFile("File",defaulttype="part"))
t.tprint(ps)
while True:
pos = t.getVector3d("Position")
ef = ps.getElectrostaticPotential(pos)
t.tprint("Field at : ",pos," is : ",ef)
def main():
xdata = []
ydata = []
a = t.getVector3d("Central", [5, 1, 0])
t.tprint(a)
for i in range(0, 100):
x = i / 10.0
xdata.append(x)
b = v.Vector3d(x, 0, 0)
f = a.inverseSquare(b, -1.0)
t.tprint(f),
ydata.append(abs(f))
pt.plot(xdata, ydata)
pt.show()
def main():
a = tio.getVector3d("Give a vector",[1,2,3])
tio.tprint(repr(a))
r,u = a.unitPair()
tio.tprint("Abs is : ",r," Unit is : ",u)
u = v.Unit3d(a)
tio.tprint("Unit vector is " , repr(u))
ang = v.Angle(u)
tio.tprint("Angle of u is ", repr(ang))
ang = v.Angle(a)
tio.tprint("Angle of a is ", repr(ang))
w = v.Unit3d(ang)
tio.tprint("Unit 3d from angle is ",w)
d = tio.getAngle("Give angle pair",[0.5,0.6])
tio.tprint(repr(d))
def main():
f = tio.openFile("Give file","r","lens")
for l in f.readlines():
tio.tprint(l)
z = tio.getComplex("Give complex",complex(1,1))
tio.tprint("Complex is " + repr(z))
v = tio.getVector3d("Vector")
tio.tprint("vector is : " + repr(v))
options = ["start","close","quit","restart"]
n,nopt = tio.getOption("Option",options)
tio.tprint("Option {0:d} chosen, name is {1:s}".format(n,nopt))
x = tio.getFloat("float",3.0,0.0,5.0)
tio.tprint(x)
st = tio.getString("and a string")
tio.tprint(st)
