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Chemical Data Processing Library Python API - Version 1.4.0
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Provides constants for labeling the endpoints of bonds matched by RECAP fragmentation rules. More...
Inheritance diagram for CDPL.Chem.RECAPAtomLabel:Static Public Attributes | |
| int | NONE = 0 |
| Specifies that the atom carries no label. | |
| int | AMIDE_N = 1 |
| Specifies the nitrogen side of an amide bond. | |
| int | AMIDE_C = 2 |
| Specifies the carbon side of an amide bond. | |
| int | ESTER_O = 3 |
| Specifies the oxygen side of an ester bond. | |
| int | ESTER_C = 4 |
| Specifies the carbon side of an ester bond. | |
| int | AMINE_N = 5 |
| Specifies the nitrogen side of an amine bond. | |
| int | AMINE_C = 6 |
| Specifies the carbon side of an amine bond. | |
| int | UREA_N = 7 |
| Specifies the nitrogen side of a urea bond. | |
| int | UREA_C = 8 |
| Specifies the carbon side of a urea bond. | |
| int | ETHER_O = 9 |
| Specifies the oxygen side of an ether bond. | |
| int | ETHER_C = 10 |
| Specifies the carbon side of an ether bond. | |
| int | OLEFIN_C = 11 |
| Specifies a carbon side of an olefinic bond. | |
| int | QUATERNARY_N_N = 12 |
| Specifies the nitrogen side of a quaternary amine bond. | |
| int | QUATERNARY_N_C = 13 |
| Specifies the carbon side of a quaternary amine bond. | |
| int | AROMATIC_N_ALIPHATIC_C_N = 14 |
| Specifies the nitrogen side of an aromatic nitrogen to aliphatic carbon bond. | |
| int | AROMATIC_N_ALIPHATIC_C_C = 15 |
| Specifies the carbon side of an aromatic nitrogen to aliphatic carbon bond. | |
| int | LACTAM_N_ALIPHATIC_C_N = 16 |
| Specifies the nitrogen side of a lactam bond. | |
| int | LACTAM_N_ALIPHATIC_C_C = 17 |
| Specifies the carbon side of a lactam bond. | |
| int | AROMATIC_C_AROMATIC_C_C = 18 |
| Specifies an atom of an aromatic carbon-carbon bond. | |
| int | SULFONAMIDE_N = 19 |
| Specifies the nitrogen side of a sulfonamide bond. | |
| int | SULFONAMIDE_S = 20 |
| Specifies the sulfur side of a sulfonamide bond. | |
Provides constants for labeling the endpoints of bonds matched by RECAP fragmentation rules.