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ABC * In this module there are a large number of functions. |
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abcd * In this module there are a large number of functions. |
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Finger This class encapsulates most fingerprint operations. |
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_PARALLEL_SIM_ARGS * In this module there are a large number of functions. |
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_PARALLEL_ABC_ARGS * In this module there are a large number of functions. |
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ImmutableFinger |
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new_instancemethod = new.instancemethod
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_newclass = 0
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ABC_swigregister = _finger.ABC_swigregister
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abcd_swigregister = _finger.abcd_swigregister
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Finger_swigregister = _finger.Finger_swigregister
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SMP_CHUNK = _finger.SMP_CHUNK
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_PARALLEL_SIM_ARGS_swigregister = _finger._PARALLEL_SIM_ARGS_s
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_PARALLEL_ABC_ARGS_swigregister = _finger._PARALLEL_ABC_ARGS_s
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FP_A(Finger f) -> float * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
tanimoto(Finger b1, Finger b2) -> double Tanimoto is a basic, symetric measure of similarity that can be called on fingerprinst:>>> tanimoto(Finger('128.**-'), Finger('128.*')) 0.5 it is symetric, so: >>> f1=Finger(128,.5) >>> f2=Finger(128,.4) >>> tanimoto(f1,f2)==tanimoto(f2,f1) 1 More details can be found at: http://www.daylight.com/dayhtml/doc/theory/theory.finger.html |
tversky(Finger b1, Finger b2, double alpha, double beta) -> double Tversky similarity is based on the tanimoto similarity but can be used for fuzzy substructure searching. Tversky can be called on fingerprints: >>> tversky(Finger('128.**-'), Finger('128.*'), 1, 1) 0.5 >>> tversky(Finger('128.**-'), Finger('128.*'), 0, 1) 1.0 >>> tversky(Finger('128.**-'), Finger('128.*'), 1, 0) 0.5 More details can be found at: http://www.daylight.com/dayhtml/doc/theory/theory.finger.html |
tversky_ABC(Finger f1, Finger f2, double alpha=1, double beta=1) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPG_to_FPS(Finger in) -> Finger * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPP_to_FPS(Finger in) -> Finger * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPM_to_FPS(Finger in) -> Finger * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPS_A(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPS_A_MM(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPP_A(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPP_A_MM(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPM_A(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPM_A_MM(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPG_A(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPG_A_MM(Finger f) -> unsigned int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPS_C(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPS_C_MM(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPP_C(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPP_C_MM(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPM_C(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPM_C_MM(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPG_C(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPG_C_MM(Finger f1, Finger f2) -> int * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPStversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPStversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSStversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSStversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPPtversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPPtversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSPtversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSPtversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPMtversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPMtversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSMtversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSMtversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPGtversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPGtversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSGtversky(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
FPSGtversky_MM(Finger f1, Finger f2, double alpha, double beta) -> double * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
parallel_sim(Finger q, PyObject fingers, int nproc=2, double alpha=1, double beta=1, int mode=1) -> PyObject * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
parallel_abc(Finger q, PyObject fingers, int nprocs, int mode) -> PyObject * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
_parallel_sim_helper(void args) -> void * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
_parallel_abc_helper(void args) -> void * In this module there are a large number of functions. They are partially organized by different * prefixes. * * FP = General purpose functions and functions for operating on standard folded fingerprints. * * FPD = Bit Decoders used to read fingerprints as binary data. This set of functions is used to * by the more complex compression schemes to decode fingerprints encoded by golomb.py. * * And a few definitions of different compressed types of fingerprints. Each of these types has a * special digit (G,S,P, or M) used at times to signal there usage in arguements. For example, * a FPSG???(FINGER *f1, FINGER *f2) would take a Sparse fingerprint for f1 and a Golomb fingerprint * for f2. * * FPG = Golomb Fingerprints encoded as described in golomb.py * FPS = Sparse fingerprints, storing 32-bit integers in system format. * FPP = Modified Elias Gamma MEG-I fingerprints as described in golomb.py. * FPM = Modified Elias Gamma MEG-R fingerprints as described in golomb.py. Some of these names may seem cryptic. Many of them are renamed much prettier names in prettyfinger.py. |
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_PARALLEL_SIM_ARGS_swigregister
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_PARALLEL_ABC_ARGS_swigregister
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