def getB(
self, pos
): # Particular Line current B field calculation. Check RCS for getB() interface
rotatedPos = rotateToCS(pos, self)
return getBField(
Bfield_Dipole(self.moment, rotatedPos), # The B field
self) # Object Angle/Axis properties
def getB(
self, pos
): # Particular Cylinder B field calculation. Check RCS for getB() interface
rotatedPos = rotateToCS(pos, self)
return getBField(
Bfield_Cylinder(self.magnetization, rotatedPos, self.dimension,
self.iterDia), # The B field
self) # Object Angle/Axis properties
def getB(
self, pos
): # Particular Line current B field calculation. Check RCS for getB() interface
rotatedPos = rotateToCS(pos, self)
return getBField(
Bfield_CurrentLine(rotatedPos, self.vertices,
self.current), # The B field
self)
def getB(
self, pos
): # Particular Circular current B field calculation. Check RCS for getB() interface
rotatedPos = rotateToCS(pos, self)
return getBField(
Bfield_CircularCurrentLoop(self.current, self.dimension,
rotatedPos), # The B field
self)
def test_getBField():
errMsg = "Wrong field for Box in CS"
mockResults = array([-4.72365793e-05, 1.35515955e-05, -7.13360174e-05])
# Input
mockField = array([1.40028858e-05, -4.89208175e-05, -7.01030695e-05])
axis = [1, 1, 1]
angle = 90
class MockSource: ## Mock a Source object with two attributes.
def __init__(self, axis, angle):
self.axis = axis
self.angle = angle
mockSource = MockSource(axis, angle)
# Run
result = getBField(mockField, mockSource)
rounding = 4
for i in range(3):
assert round(result[i], rounding) == round(mockResults[i],
rounding), errMsg
def getB(self, pos):
rotatedPos = rotateToCS(pos, self)
return getBField(
Bfield_Sphere(self.magnetization, rotatedPos,
self.dimension), # The B Field
self) # Object Angle/Axis properties
