def calcModel(self):
self.I = self.params['i0'] * sphere.formfactor(
self.q, self.params['r'], self.params['sldCore'],
self.params['sldSolvent'], self.params['sigR']) + self.params['bg']
self.r, self.sld = sphere.sld(self.params['r'], self.params['sldCore'],
self.params['sldSolvent'])
def calcModel(self):
self.I = self.params['i0'] * (
self.params['fraction'] * sphere_cs.formfactor(
self.q, self.params['r1'], self.params['d'],
self.params['sldCore'], self.params['sldShell'], self.params[
'sldSolvent'], self.params['sigR1'], self.params['sigD']) +
(1 - self.params['fraction']) * sphere_cs.formfactor(
self.q, self.params['r2'], self.params['d'],
self.params['sldCore'], self.params['sldShell'],
self.params['sldSolvent'], self.params['sigR2'], self.
params['sigD'])) + self.params['i0Oleic'] * sphere.formfactor(
self.q, self.params['d'], self.params['sldOleic'],
self.params['sldSolvent'], 0) + self.params['bg']
r1, sld1 = sphere_cs.sld(self.params['r1'], self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'])
r2, sld2 = sphere_cs.sld(self.params['r2'], self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'])
r3, sld3 = sphere.sld(self.params['d'], self.params['sldOleic'],
self.params['sldSolvent'])
self.r = np.concatenate([r1, r1[::-1], r2, r2[::-1], r3])
self.sld = np.concatenate([sld1, sld1[::-1], sld2, sld2[::-1], sld3])
def calcMagneticModel(self):
self.I = self.params['i0'] * sphere_cs.magnetic_formfactor(
self.q,
self.params['r'],
self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'],
self.params['sigR'],
self.params['sigD'],
self.params['dDead'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSolvent'],
self.params['xi'],
self.params['sin2alpha'],
self.params['polarization'],
) + self.params['i0Oleic'] * sphere.magnetic_formfactor(
self.q, self.params['rOleic'], self.params['sldOleic'],
self.params['sldSolvent'], 0, 0, 0, self.params['xi'],
self.params['sin2alpha'],
self.params['polarization']) + self.params['bg']
r1, sld1 = sphere_cs.sld(self.params['r'], self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'])
r2, sld2 = sphere.sld(self.params['rOleic'], self.params['sldOleic'],
self.params['sldSolvent'])
self.r = np.concatenate([r1, r1[::-1], r2])
self.sld = np.concatenate([sld1, sld1[::-1], sld2])
reducedR = self.params['r'] - self.params['dDead']
if reducedR < 0:
reducedR = 0
rMag1, sldMag1 = sphere_cs.sld(reducedR, self.params['d'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSolvent'])
rMag2, sldMag2 = sphere.sld(self.params['rOleic'], 0, 0)
self.rMag = np.concatenate([rMag1, rMag1[::-1], rMag2])
self.sldMag = np.concatenate([sldMag1, sldMag1[::-1], sldMag2])
def calcMagneticModel(self):
self.I = self.params['i0'] * sphere.magnetic_formfactor(
self.q,
self.params['r'],
self.params['sldCore'],
self.params['sldSolvent'],
self.params['sigR'],
self.params['magSldCore'],
self.params['magSldSolvent'],
self.params['xi'],
self.params['sin2alpha'],
self.params['polarization'],
) + self.params['bg']
self.r, self.sld = sphere.sld(self.params['r'], self.params['sldCore'],
self.params['sldSolvent'])
self.rMag, self.sldMag = sphere.sld(self.params['r'],
self.params['magSldCore'],
self.params['magSldMatrix'])
def calcMagneticModel(self):
self.x_herm, self.w_herm = hermgauss(int(self.params['orderHermite']))
self.x_leg, self.w_leg = leggauss(int(self.params['orderLegendre']))
self.I = self.params['i0'] * superball_css_coupled.magnetic_formfactor(
self.q, self.params['particleSize'], self.params['dShell'], self.
params['dSurfactant'], self.params['pVal'], self.params['sldCore'],
self.params['sldShell'], self.params['sldSurfactant'],
self.params['sldSolvent'], self.params['sigParticleSize'],
self.params['magSldCore'], self.params['magSldShell'],
self.params['magSldSurfactant'], self.params['magSldSolvent'],
self.params['xi'], self.params['sin2alpha'],
self.params['polarization'], self.x_herm, self.w_herm, self.x_leg,
self.w_leg) + self.params['i0Oleic'] * sphere.formfactor(
self.q, self.params['rOleic'], self.params['sldSurfactant'],
self.params['sldSolvent'], 0) + self.params['bg']
r1, sld1 = superball_css_coupled.sld(
self.params['particleSize'], self.params['dShell'],
self.params['dSurfactant'], self.params['sldCore'],
self.params['sldShell'], self.params['sldSurfactant'],
self.params['sldSolvent'])
r2, sld2 = sphere.sld(self.params['rOleic'],
self.params['sldSurfactant'],
self.params['sldSolvent'])
self.r = np.concatenate([r1, r1[::-1], r2])
self.sld = np.concatenate([sld1, sld1[::-1], sld2])
rMag1, sldMag1 = superball_css_coupled.sld(
self.params['particleSize'],
self.params['dShell'],
self.params['dSurfactant'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSurfactant'],
self.params['magSldSolvent'],
)
rMag2, sldMag2 = sphere.sld(self.params['rOleic'], 0, 0)
self.rMag = np.concatenate([rMag1, rMag1[::-1], rMag2])
self.sldMag = np.concatenate([sldMag1, sldMag1[::-1], sldMag2])
def calcModel(self):
self.I = self.params['i0'] * sphere_cs.formfactor(
self.q, self.params['r'], self.params['d'], self.params['sldCore'],
self.params['sldShell'], self.params['sldSolvent'],
self.params['sigR'],
self.params['sigD']) + self.params['i0Oleic'] * sphere.formfactor(
self.q, self.params['rOleic'], self.params['sldOleic'],
self.params['sldSolvent'], 0) + self.params['bg']
r1, sld1 = sphere_cs.sld(self.params['r'], self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'])
r2, sld2 = sphere.sld(self.params['rOleic'], self.params['sldOleic'],
self.params['sldSolvent'])
self.r = np.concatenate([r1, r1[::-1], r2])
self.sld = np.concatenate([sld1, sld1[::-1], sld2])
def calcModel(self):
self.x_herm, self.w_herm = hermgauss(int(self.params['orderHermite']))
self.x_leg, self.w_leg = leggauss(int(self.params['orderLegendre']))
self.I = self.params['i0'] * superball_css_coupled2.formfactor(
self.q,
self.params['particleSize'],
self.params['dShell'],
self.params['dSurfactant'],
self.params['pVal'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSurfactant'],
self.params['sldSolvent'],
self.params['sigParticleSize'],
self.params['sigD'],
self.x_herm, self.w_herm, self.x_leg, self.w_leg
) + self.params['i0Oleic'] * sphere.formfactor(
self.q,
self.params['rOleic'],
self.params['sldSurfactant'],
self.params['sldSolvent'],
0
) + self.params['bg']
r1, sld1 = superball_css_coupled2.sld(
self.params['particleSize'],
self.params['dShell'],
self.params['dSurfactant'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSurfactant'],
self.params['sldSolvent']
)
r2, sld2 = sphere.sld(
self.params['rOleic'],
self.params['sldSurfactant'],
self.params['sldSolvent']
)
self.r = np.concatenate([r1, r1[::-1], r2])
self.sld = np.concatenate([sld1, sld1[::-1], sld2])
def calcMagneticModel(self):
self.I = self.params['i0'] * (
self.params['fraction'] * sphere_cs.magnetic_formfactor(
self.q,
self.params['r1'],
self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'],
self.params['sigR1'],
self.params['sigD'],
self.params['dDead1'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSolvent'],
self.params['xi'],
self.params['sin2alpha'],
self.params['polarization'],
) + (1 - self.params['fraction']) * sphere_cs.magnetic_formfactor(
self.q,
self.params['r2'],
self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'],
self.params['sigR2'],
self.params['sigD'],
self.params['dDead2'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSolvent'],
self.params['xi'],
self.params['sin2alpha'],
self.params['polarization'],
)) + self.params['i0Oleic'] * sphere.magnetic_formfactor(
self.q, self.params['d'], self.params['sldOleic'],
self.params['sldSolvent'], 0, 0, 0, self.params['xi'],
self.params['sin2alpha'],
self.params['polarization']) + self.params['bg']
r1, sld1 = sphere_cs.sld(self.params['r1'], self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'])
r2, sld2 = sphere_cs.sld(self.params['r2'], self.params['d'],
self.params['sldCore'],
self.params['sldShell'],
self.params['sldSolvent'])
r3, sld3 = sphere.sld(self.params['d'], self.params['sldOleic'],
self.params['sldSolvent'])
self.r = np.concatenate([r1, r1[::-1], r2, r2[::-1], r3])
self.sld = np.concatenate([sld1, sld1[::-1], sld2, sld2[::-1], sld3])
reducedR1 = self.params['r1'] - self.params['dDead1']
reducedR2 = self.params['r2'] - self.params['dDead2']
if reducedR1 < 0:
reducedR1 = 0
if reducedR2 < 0:
reducedR2 = 0
rMag1, sldMag1 = sphere_cs.sld(reducedR1, self.params['d'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSolvent'])
rMag2, sldMag2 = sphere_cs.sld(reducedR2, self.params['d'],
self.params['magSldCore'],
self.params['magSldShell'],
self.params['magSldSolvent'])
rMag3, sldMag3 = sphere.sld(self.params['d'], 0, 0)
self.rMag = np.concatenate(
[rMag1, rMag1[::-1], rMag2, rMag2[::-1], rMag3])
self.sldMag = np.concatenate(
[sldMag1, sldMag1[::-1], sldMag2, sldMag2[::-1], sldMag3])
