POAV2¶
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class
sknano.core.atoms.
POAV2
(*args)[source] [edit on github][source]¶ Bases:
sknano.core.atoms.mixins.POAV
POAV
sub-class for POAV2 analysis.Attributes
A
Magnitude of \(\mathbf{v}_{\pi}\). H
Altitude of tetrahedron. R1
Bond
1Vector
length
.R2
Bond
2Vector
length
.R3
Bond
3Vector
length
.T
\(\frac{1}{6}\) the volume of the tetrahedron defined by Vector
sV1
,V2
, andV3
.V1
\(\mathbf{v}_1\) unit Vector
V2
\(\mathbf{v}_2\) unit Vector
V3
\(\mathbf{v}_3\) unit Vector
Vpi
\(\mathbf{v}_{\pi}\) unit Vector
Vv1v2v3
Volume of the parallelepiped defined by Vector
sv1
,v2
, andv3
.fmtstr
Format string. m
\(s\) character content of the \(\pi\)-orbital (\(s^mp\)) for \(sp^3\) normalized hybridization. misalignment_angles
List of misalignment \(\phi_{i}\) angles. n1
\(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_1\) bond. n2
\(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_2\) bond. n3
\(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_3\) bond. pyramidalization_angles
List of pyramidalization \(\theta_{P}\) angles. reciprocal_v1
Reciprocal Vector
\(\mathbf{v}_1^{*}\).reciprocal_v2
Reciprocal Vector
\(\mathbf{v}_2^{*}\).reciprocal_v3
Reciprocal Vector
\(\mathbf{v}_3^{*}\).sigma_pi_angles
List of \(\theta_{\sigma-\pi}\) angles. t
\(\frac{1}{6}\) the volume of the tetrahedron defined by Vector
sv1
,v2
, andv3
.v1
Vector
\(\mathbf{v}_1\) directed along the \(\sigma\)-orbital to the nearest-neighborAtom
inBond
1.v2
Vector
\(\mathbf{v}_2\) directed along the \(\sigma\)-orbital to the nearest-neighborAtom
inBond
2.v3
Vector
\(\mathbf{v}_3\) directed along the \(\sigma\)-orbital to the nearest-neighborAtom
inBond
3.vpi
General \(\pi\)-orbital axis vector (\(\mathbf{v}_{\pi}\)) formed by the terminii of Vector
sVector
sv1
,v2
, andv3
.Methods
POAVdict
([rad2deg])Return dictionary of POAV2
class attributes.todict
()Return dict
of constructor parameters.Attributes Summary
T
\(\frac{1}{6}\) the volume of the tetrahedron defined by Vector
sV1
,V2
, andV3
.m
\(s\) character content of the \(\pi\)-orbital (\(s^mp\)) for \(sp^3\) normalized hybridization. n1
\(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_1\) bond. n2
\(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_2\) bond. n3
\(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_3\) bond. Methods Summary
POAVdict
([rad2deg])Return dictionary of POAV2
class attributes.Attributes Documentation
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T
¶ \(\frac{1}{6}\) the volume of the tetrahedron defined by
Vector
sV1
,V2
, andV3
.\[T = \cos\theta_{12}\cos\theta_{23}\cos\theta_{31}\times \frac{|\mathbf{V}_1\cdot(\mathbf{V}_2\times\mathbf{V}_3)|}{6}\]
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m
¶ \(s\) character content of the \(\pi\)-orbital (\(s^mp\)) for \(sp^3\) normalized hybridization.
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n1
¶ \(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_1\) bond.
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n2
¶ \(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_2\) bond.
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n3
¶ \(p\) character content of the \(\sigma\)-orbital hybridization for \(\sigma_3\) bond.
Methods Documentation
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POAVdict
(rad2deg=False)[source] [edit on github][source]¶ Return dictionary of
POAV2
class attributes.
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