def run():
from PyMieSim.Scatterer import Sphere, Cylinder
from PyMieSim.Source import PlaneWave
Source = PlaneWave(Wavelength=500e-9, Polarization=0, Amplitude=1)
Scat = Sphere(Diameter=1000e-9, Source=Source, Index=1.4, nMedium=1.0)
SPF = Scat.SPF(Num=300)
SPF.Plot()
def run(Plot, Save):
from PyMieSim.Scatterer import Sphere
from PyMieSim.Source import PlaneWave
Source = PlaneWave(Wavelength=450e-9, Polarization=0, E0=1)
Scat = Sphere(Diameter=800e-9, Source=Source, Index=1.4)
SPF = Scat.SPF(Num=100)
if Plot:
SPF.Plot()
if Save:
from pathlib import Path
dir = f'docs/images/{Path(__file__).stem}'
SPF.SaveFig(Directory=dir)
class ScattererTestCase(unittest.TestCase, BaseStepTest):
Source = PlaneWave(Wavelength = 450e-9, Polarization = 0)
photodiode = Photodiode(**DetectorKwarg)
lpmode = LPmode(Mode = (0,1), **DetectorKwarg)
integratingSphere = IntegratingSphere()
#___________________________________SPHERE________________________________________________________________
@TestFactory('Spherical scatterer initialization')
def step00(self):
print("\nUnittest: <Scatterer>" + '='*100)
self.sphere = Sphere(Diameter = 300e-9, Index = 1.4, Source = self.Source)
@TestFactory('Spherical Scatterer <S1S2> compute')
def step03(self):
self.sphere.S1S2(Num=40)
@TestFactory('Spherical Scatterer <Stokes> compute')
def step04(self):
self.sphere.Stokes(Num=40)
@TestFactory('Spherical Scatterer <FarFields> compute')
def step04(self):
self.sphere.FarField(Num=30)
@TestFactory('Spherical Scatterer <SPF> compute')
def step05(self):
self.sphere.SPF(Num=30)
@TestFactory('Spherical Scatterer <An & Bn> compute')
def step06(self):
pass
self.sphere.an(3)
self.sphere.an()
self.sphere.bn(3)
self.sphere.bn()
self.sphere.cn(3)
self.sphere.cn()
self.sphere.dn(3)
self.sphere.dn()
@TestFactory('Spherical Scatterer <S1S2> plotting')
def step07(self):
GUI.invoke_after(PLOTTIME, Close)
self.sphere.S1S2(Num=40).Plot()
@TestFactory('Spherical Scatterer <Stokes> plotting')
def step08(self):
GUI.invoke_after(PLOTTIME, Close)
self.sphere.Stokes(Num=40).Plot()
@TestFactory('Spherical Scatterer <FarField> plotting')
def step09(self):
GUI.invoke_after(PLOTTIME, Close)
GUI.invoke_after(2*PLOTTIME, Close)
self.sphere.FarField(Num=40).Plot()
@TestFactory('Spherical Scatterer <SPF> plotting')
def step10(self):
GUI.invoke_after(PLOTTIME, Close)
self.sphere.SPF(Num=40).Plot()
@TestFactory('Spherical <Photodiode> coupling')
def step11(self):
self.photodiode.Coupling(Scatterer = self.sphere)
@TestFactory('Spherical <LPmode> coupling')
def step12(self):
self.lpmode.Coupling(Scatterer = self.sphere)
@TestFactory('Spherical <IntegratingSphere> coupling')
def step13(self):
self.integratingSphere.Coupling(Scatterer = self.sphere)
@TestFactory('Spherical Photodiode footprint compute')
def step14(self):
self.photodiode.Footprint(Scatterer=self.sphere)
@TestFactory('Spherical LPmode footprint compute')
def step15(self):
self.lpmode.Footprint(Scatterer=self.sphere)
#___________________________________CYLINDER________________________________________________________________
@TestFactory('Cylindrical scatterer initialization')
def step16(self):
self.cylinder = Cylinder(Diameter = 300e-9, Index = 1.4, Source = self.Source)
@TestFactory('Cylindrical Scatterer <S1S2> compute')
def step17(self):
self.cylinder.S1S2(Num=40)
@TestFactory('Cylindrical Scatterer <Stokes> compute')
def step18(self):
self.cylinder.Stokes(Num=40)
@TestFactory('Cylindrical Scatterer <FarFields> compute')
def step19(self):
self.cylinder.FarField(Num=30)
@TestFactory('Cylindrical Scatterer <SPF> compute')
def step20(self):
self.cylinder.SPF(Num=30)
@TestFactory('Cylindrical Scatterer <An & Bn> compute')
def step21(self):
self.cylinder.an(3)
self.cylinder.an()
self.cylinder.bn(3)
self.cylinder.bn()
@TestFactory('Cylindrical Scatterer <S1S2> plotting')
def step22(self):
GUI.invoke_after(PLOTTIME, Close)
self.cylinder.S1S2(Num=10).Plot()
@TestFactory('Cylindrical Scatterer <Stokes> plotting')
def step23(self):
GUI.invoke_after(PLOTTIME, Close)
self.cylinder.Stokes(40).Plot()
@TestFactory('Cylindrical Scatterer <FarField> plotting')
def step24(self):
GUI.invoke_after(PLOTTIME, Close)
GUI.invoke_after(2*PLOTTIME, Close)
self.cylinder.FarField(40).Plot()
@TestFactory('Cylindrical Scatterer <SPF> plotting')
def step25(self):
GUI.invoke_after(PLOTTIME, Close)
self.cylinder.SPF(40).Plot()
@TestFactory('Cylindrical <Photodiode> coupling')
def step26(self):
self.photodiode.Coupling(Scatterer = self.cylinder)
@TestFactory('Cylindrical <LPmode> coupling')
def step27(self):
self.lpmode.Coupling(Scatterer = self.cylinder)
@TestFactory('Cylindrical <IntegratingSphere> coupling')
def step28(self):
self.integratingSphere.Coupling(Scatterer = self.cylinder)
@TestFactory('Cylindrical Photodiode footprint compute')
def step29(self):
self.photodiode.Footprint(Scatterer=self.cylinder)
@TestFactory('Cylindrical LPmode footprint compute')
def step30(self):
self.lpmode.Footprint(Scatterer=self.cylinder)
# #___________________________________CORESHELL________________________________________________________________
@TestFactory('Core/Shell scatterer initialization')
def step31(self):
self.coreShell = ShellSphere(CoreDiameter = 300e-9, ShellWidth=200e-9, CoreIndex = 1.4, ShellIndex=1.5, Source = self.Source)
@TestFactory('Core/Shell Scatterer <S1S2> compute')
def step32(self):
self.coreShell.S1S2(Num=40)
@TestFactory('Core/Shell Scatterer <Stokes> compute')
def step33(self):
self.coreShell.Stokes(Num=40)
@TestFactory('Core/Shell Scatterer <FarFields> compute')
def step34(self):
self.coreShell.FarField(Num=30)
@TestFactory('Core/Shell Scatterer <SPF> compute')
def step35(self):
self.coreShell.SPF(Num=30)
@TestFactory('Core/Shell Scatterer <An & Bn> compute')
def step36(self):
self.coreShell.an(3)
self.coreShell.an()
self.coreShell.bn(3)
self.coreShell.bn()
@TestFactory('Core/Shell Scatterer <S1S2> plotting')
def step37(self):
GUI.invoke_after(PLOTTIME, Close)
self.coreShell.S1S2(Num=10).Plot()
@TestFactory('Core/Shell Scatterer <Stokes> plotting')
def step38(self):
GUI.invoke_after(PLOTTIME, Close)
self.coreShell.Stokes(40).Plot()
@TestFactory('Core/Shell Scatterer <FarField> plotting')
def step39(self):
GUI.invoke_after(PLOTTIME, Close)
GUI.invoke_after(2*PLOTTIME, Close)
self.coreShell.FarField(40).Plot()
@TestFactory('Core/Shell Scatterer <SPF> plotting')
def step40(self):
GUI.invoke_after(PLOTTIME, Close)
self.coreShell.SPF(40).Plot()
@TestFactory('Core/Shell <Photodiode> coupling')
def step41(self):
self.photodiode.Coupling(Scatterer = self.coreShell)
@TestFactory('Core/Shell <LPmode> coupling')
def step42(self):
self.lpmode.Coupling(Scatterer = self.coreShell)
@TestFactory('Core/Shell <IntegratingSphere> coupling')
def step43(self):
self.integratingSphere.Coupling(Scatterer = self.coreShell)
@TestFactory('Core/Shell Photodiode footprint compute')
def step44(self):
self.photodiode.Footprint(Scatterer=self.coreShell)
@TestFactory('Core/Shell LPmode footprint compute')
def step45(self):
self.footprint = self.lpmode.Footprint(Scatterer=self.coreShell)
@TestFactory('Core/Shell Scatterer <Footprint> plotting')
def step46(self):
GUI.invoke_after(PLOTTIME, Close)
self.footprint.Plot()