UnitCell
This a python binding to the C++ class Mantid::Geometry::UnitCell.
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class mantid.geometry.UnitCell((object)arg1)
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__init__((object)arg1) → None
__init__( (object)self, (UnitCell)other) -> None
__init__( (object)self, (float)_a, (float)_b, (float)_c) -> None
__init__( (object)self, (float)_a, (float)_b, (float)_c, (float)_alpha, (float)_beta, (float)_gamma [, (int)Unit=0]) -> None
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a((UnitCell)self) → float
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a1((UnitCell)self) → float
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a2((UnitCell)self) → float
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a3((UnitCell)self) → float
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alpha((UnitCell)self) → float
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alpha1((UnitCell)self) → float
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alpha2((UnitCell)self) → float
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alpha3((UnitCell)self) → float
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alphastar((UnitCell)self) → float
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astar((UnitCell)self) → float
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b((UnitCell)self) → float
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b1((UnitCell)self) → float
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b2((UnitCell)self) → float
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b3((UnitCell)self) → float
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beta((UnitCell)self) → float
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beta1((UnitCell)self) → float
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beta2((UnitCell)self) → float
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beta3((UnitCell)self) → float
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betastar((UnitCell)self) → float
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bstar((UnitCell)self) → float
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c((UnitCell)self) → float
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cstar((UnitCell)self) → float
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d((UnitCell)self, (float)h, (float)k, (float)l) → float
d( (UnitCell)self, (V3D)hkl) -> float
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dstar((UnitCell)self, (float)h, (float)k, (float)l) → float
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errora((UnitCell)self) → float
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erroralpha((UnitCell)self[, (int)Unit=0]) → float
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errorb((UnitCell)self) → float
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errorbeta((UnitCell)self[, (int)Unit=0]) → float
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errorc((UnitCell)self) → float
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errorgamma((UnitCell)self[, (int)Unit=0]) → float
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gamma((UnitCell)self) → float
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gammastar((UnitCell)self) → float
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getB((UnitCell)self) → numpy.ndarray
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getBinv((UnitCell)self) → numpy.ndarray
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getG((UnitCell)self) → numpy.ndarray
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getGstar((UnitCell)self) → numpy.ndarray
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recAngle((UnitCell)self, (float)h1, (float)k1, (float)l1, (float)h2, (float)k2, (float)l2[, (int)Unit=0]) → float
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recVolume((UnitCell)self) → float
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recalculateFromGstar((UnitCell)self, (object)NewGstar) → None
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set((UnitCell)self, (float)_a, (float)_b, (float)_c, (float)_alpha, (float)_beta, (float)_gamma[, (int)Unit=0]) → None
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setError((UnitCell)self, (float)_aerr, (float)_berr, (float)_cerr, (float)_alphaerr, (float)_betaerr, (float)_gammaerr[, (int)Unit=0]) → None
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setErrora((UnitCell)self, (float)_aerr) → None
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setErroralpha((UnitCell)self, (float)_alphaerr[, (int)Unit=0]) → None
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setErrorb((UnitCell)self, (float)_berr) → None
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setErrorbeta((UnitCell)self, (float)_betaerr[, (int)Unit=0]) → None
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setErrorc((UnitCell)self, (float)_cerr) → None
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setErrorgamma((UnitCell)self, (float)_gammaerr[, (int)Unit=0]) → None
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seta((UnitCell)self, (float)_a) → None
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setalpha((UnitCell)self, (float)_alpha[, (int)Unit=0]) → None
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setb((UnitCell)self, (float)_b) → None
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setbeta((UnitCell)self, (float)_beta[, (int)Unit=0]) → None
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setc((UnitCell)self, (float)_c) → None
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setgamma((UnitCell)self, (float)_gamma[, (int)Unit=0]) → None
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volume((UnitCell)self) → float