def ReturnLines(theta=30):
degree = math.pi / 180
Kr.calculate(theta * degree, 0)
MagneticFieldB = 2
tr2 = HELIOS.trajectory(Kr.V2, Kr.thetalab2 * degree, 10, Kr.m[2], MagneticFieldB)
tr3 = HELIOS.trajectory(Kr.V3, Kr.thetalab3 * degree, 1, Kr.m[3], MagneticFieldB)
return tr2, tr3
def GenerateXYData(self,thetalab2):
self.calculate(thetalab2*__constant_degree,0)
tr2 = HELIOS.trajectory(v=self.V2,
thetalab=self.thetalab2*__constant_degree,
charge=self.targetCharge2,
mass=self.m[2],
B=self.MagneticFieldB)
tr3 = HELIOS.trajectory(v=self.V3,
thetalab=self.thetalab3*__constant_degree,
charge=self.targetCharge3,
mass=self.m[3],
B=self.MagneticFieldB)
return tr2, tr3