Package org.openscience.cdk.stereo
Class Atropisomeric
java.lang.Object
org.openscience.cdk.stereo.Atropisomeric
- All Implemented Interfaces:
Cloneable
,ICDKObject
,IStereoElement<IBond,
IAtom>
Restricted axial rotation around Aryl-Aryl bonds. The atropisomer is
stored in a similar manner to
Typical examples include BiNOL, and BiNAP.
ExtendedTetrahedral
(and
TetrahedralChirality
) except instead of storing the central atom
we store the sigma bond around which the rotation is restricted and the
four carriers are connect to either end atom of the 'focus' bond.
a b' / \ Ar --f-- Ar \ / a' b f: focus Ar: Aryl (carriers connected to either end of 'f') a,a',b,b': ortho substituted on the Aryl
Typical examples include BiNOL, and BiNAP.
- See Also:
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Field Summary
FieldsModifier and TypeFieldDescriptionprotected static final int
protected static final int
protected static final int
protected static final int
protected static final int
protected static final int
Fields inherited from interface org.openscience.cdk.interfaces.IStereoElement
AL, Allenal, AT, Atropisomeric, CFG_MASK, CisTrans, CLS_MASK, CT, CU, Cumulene, GRP_ABS, GRP_MASK, GRP_NUM_MASK, GRP_NUM_SHIFT, GRP_RAC, GRP_RAC1, GRP_RAC2, GRP_RAC3, GRP_RAC4, GRP_RAC5, GRP_REL, GRP_REL1, GRP_REL2, GRP_REL3, GRP_REL4, GRP_REL5, GRP_TYPE_MASK, HBPY8, HBPY9, HeptagonalBipyramidal, HexagonalBipyramidal, LEFT, OC, Octahedral, OPPOSITE, PBPY, PentagonalBipyramidal, RIGHT, SP, SP4, SPU, SPY, SPZ, SquarePlanar, SquarePyramidal, TBPY, Tetrahedral, TH, TOGETHER, TrigonalBipyramidal
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Constructor Summary
ConstructorsConstructorDescriptionAtropisomeric
(IBond focus, IAtom[] carriers, int value) Define a new atropisomer using the focus bond and the carrier atoms. -
Method Summary
Modifier and TypeMethodDescriptionboolean
Does the stereo element contain the provided atom.protected IStereoElement<IBond,
IAtom> Returns aIChemObjectBuilder
for the data classes that extend this class.The carriers of the stereochemistryint
Access the configuration order and class of the stereochemistry.int
The configuration class of the stereochemistry.int
The configuration order of the stereochemistry.getFocus()
The focus atom or bond at the 'centre' of the stereo-configuration.int
Access the stereo group information - see class doc.protected static <T> T[]
invapply
(T[] src, int[] perm) Map the atoms/bonds in this instance to a new stereo element using the provided atom/bond mapping.map
(Map<IChemObject, IChemObject> chemobjs) Update the stereo using the remapping of atoms/bonds in this instance to a new stereo element using the provided atom/bond mapping.final IStereoElement<IBond,
IAtom> mapStrict
(Map<IChemObject, IChemObject> chemobjs) Update the stereo using the remapping of atoms/bonds in this instance to a new stereo element using the provided atom/bond mapping.protected static int
numCarriers
(int cfg) protected void
setBuilder
(IChemObjectBuilder builder) void
setConfigOrder
(int cfg) Set the configuration order of the stereochemistry.void
setGroupInfo
(int grp) Set the stereo group information - see class doc.
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Field Details
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A
protected static final int A- See Also:
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B
protected static final int B- See Also:
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C
protected static final int C- See Also:
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D
protected static final int D- See Also:
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E
protected static final int E- See Also:
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F
protected static final int F- See Also:
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Constructor Details
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Atropisomeric
Define a new atropisomer using the focus bond and the carrier atoms.- Parameters:
focus
- the focus bondcarriers
- the carriersvalue
- the configurationIStereoElement.LEFT
orIStereoElement.RIGHT
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Method Details
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create
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numCarriers
protected static int numCarriers(int cfg) -
getFocus
The focus atom or bond at the 'centre' of the stereo-configuration.- Specified by:
getFocus
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Returns:
- the focus
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getCarriers
The carriers of the stereochemistry- Specified by:
getCarriers
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Returns:
- the carriers
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getConfigClass
public int getConfigClass()The configuration class of the stereochemistry.- Specified by:
getConfigClass
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Returns:
- configuration class
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getConfigOrder
public int getConfigOrder()The configuration order of the stereochemistry.- Specified by:
getConfigOrder
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Returns:
- configuration
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getConfig
public int getConfig()Access the configuration order and class of the stereochemistry.- Specified by:
getConfig
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Returns:
- the configuration
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setConfigOrder
public void setConfigOrder(int cfg) Set the configuration order of the stereochemistry.- Specified by:
setConfigOrder
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Parameters:
cfg
- the new configuration
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getGroupInfo
public int getGroupInfo()Access the stereo group information - see class doc.- Specified by:
getGroupInfo
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Returns:
- the group info
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setGroupInfo
public void setGroupInfo(int grp) Set the stereo group information - see class doc.- Specified by:
setGroupInfo
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Parameters:
grp
- the group info
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contains
Does the stereo element contain the provided atom.- Specified by:
contains
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Parameters:
atom
- an atom to test membership- Returns:
- whether the atom is present
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map
Map the atoms/bonds in this instance to a new stereo element using the provided atom/bond mapping. This allows the stereo element to be transferred between a cloned or aligned (i.e. isomorphic) chemical graph. If no mapping is found for a given atom or bond it is left intact. However the provided atom and bonds maps must not be null.- Specified by:
map
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Parameters:
atoms
- used to convert the original atoms to their mapped counterpartsbonds
- used to convert the original bonds to their mapped counterparts- Returns:
- a new stereo element in the same configuration but with atoms/bonds replaced with their mapped equivalence.
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map
Description copied from interface:IStereoElement
Update the stereo using the remapping of atoms/bonds in this instance to a new stereo element using the provided atom/bond mapping. This allows the stereo element to be transferred between a cloned or aligned (i.e. isomorphic) chemical graph. If no mapping is found for a given atom or bond the existing atom/bond it is left intact. If you want to remove stereo in such cases please useIStereoElement.mapStrict(java.util.Map<org.openscience.cdk.interfaces.IChemObject, org.openscience.cdk.interfaces.IChemObject>)
.- Specified by:
map
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Parameters:
chemobjs
- chem object mapping- Returns:
- a new stereo element in the same configuration but with atoms/bonds replaced with their mapped equivalence.
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mapStrict
Description copied from interface:IStereoElement
Update the stereo using the remapping of atoms/bonds in this instance to a new stereo element using the provided atom/bond mapping. This allows the stereo element to be transferred between a cloned or aligned (i.e. isomorphic) chemical graph. If no mapping is found for a given atom or bond a new element is NOT created.- Specified by:
mapStrict
in interfaceIStereoElement<F extends IChemObject,
C extends IChemObject> - Parameters:
chemobjs
- chem object mapping- Returns:
- a new stereo element in the same configuration but with atoms/bonds replaced with their mapped equivalence.
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getBuilder
Returns aIChemObjectBuilder
for the data classes that extend this class.- Specified by:
getBuilder
in interfaceICDKObject
- Returns:
- The
IChemObjectBuilder
matching thisICDKObject
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setBuilder
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invapply
protected static <T> T[] invapply(T[] src, int[] perm)
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