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_rotateToCS():
errMsg = "Wrong rotation for Box in CS"
mockResults = array([-19., 1.2, 8.]) # Expected result for Input
# Input
mag = [5, 5, 5]
dim = [1, 1, 1]
pos = [63, .8, 2]
# Run
from magpylib import source
b = source.magnet.Box(mag, dim, pos)
result = rotateToCS([44, 2, 10], b)
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