Todo
The parameter(s) ‘A, c’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.initialize_dual_lambda_mu, line 4.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.is_feasible, line 4.)
Todo
This documentation seems wrong since lambda is not in the list of parameters.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.is_in_v, line 4.)
Todo
The parameter(s) ‘mu, theta, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.is_in_v, line 7.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.is_in_v_s, line 4.)
Todo
The parameter(s) ‘A, b, c, x0’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.solve, line 3.)
Todo
The return value(s) ‘x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.solve, line 5.)
Todo
Document parameter labmda
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.solve, line 11.)
Todo
Document parameter mu
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPoint.solve, line 15.)
Todo
The parameter(s) ‘A, c’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.initialize_dual_lambda_mu, line 4.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.is_feasible, line 4.)
Todo
This documentation looks wrong since lambda is not part of the parameters
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.is_in_v, line 4.)
Todo
The parameter(s) ‘gamma, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.is_in_v, line 7.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.is_in_v_s, line 4.)
Todo
The parameter(s) ‘A, b, c, x0’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.solve, line 3.)
Todo
The return value(s) ‘x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.solve, line 5.)
Todo
Document parameter labmda
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.solve, line 11.)
Todo
Document parameter mu
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointLongstep.solve, line 15.)
Todo
The parameter(s) ‘A, c’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.initialize_dual_lambda_mu, line 4.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.is_feasible, line 4.)
Todo
This documentation seems wrong since lambda is not in the list of parameters.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.is_in_v, line 4.)
Todo
The parameter(s) ‘mu, theta, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.is_in_v, line 7.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.is_in_v_s, line 4.)
Todo
The parameter(s) ‘A, b, c, x0’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.solve, line 3.)
Todo
The return value(s) ‘x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.solve, line 5.)
Todo
Document parameter labmda
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.solve, line 11.)
Todo
Document parameter mu
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointPredictorCorrector.solve, line 15.)
Todo
The parameter(s) ‘A, c’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.initialize_dual_lambda_mu, line 4.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.is_feasible, line 4.)
Todo
This documentation seems wrong since lambda is not in the list of parameters.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.is_in_v, line 4.)
Todo
The parameter(s) ‘mu, theta, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.is_in_v, line 7.)
Todo
The parameter(s) ‘A, b, c, lambda, mu, x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.is_in_v_s, line 4.)
Todo
The parameter(s) ‘A, b, c, x0’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.solve, line 3.)
Todo
The return value(s) ‘x’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.solve, line 5.)
Todo
Document parameter labmda
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.solve, line 11.)
Todo
Document parameter mu
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.LPInteriorPointShortstep.solve, line 15.)
Todo
Explain, what width means in this case
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.pavxWidth, line 25.)
Todo
Explain, what width means in this case
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.pavxWidthHeight, line 26.)
Todo
Explain, what height means in this case
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/0/bob.math/bob/math/__init__.py:docstring of bob.math.pavxWidthHeight, line 32.)
Todo
Explain DCTFeatures constructor in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.DCTFeatures, line 14.)
Todo
The parameter(s) ‘levels, max_level, min_level, quantization_table’ are used, but not documented.
Parameters:
dtype : numpy.dtype
[default: numpy.uint8] The data-type for the GLCM class
glcm : bob.ip.base.GLCM
The GLCM object to use for copy-construction
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.GLCM, line 18.)
Todo
Explain GaussianScaleSpace constructor in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.GaussianScaleSpace, line 13.)
Todo
UPDATE as this is not true
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.LBPTop, line 7.)
Todo
Add documentation for MultiscaleRetinex
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.MultiscaleRetinex, line 13.)
Todo
Check if this documentation is correct (seems to be copied from bob.ip.base.SelfQuotientImage
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.MultiscaleRetinex.process, line 4.)
Todo
Explain SIFT constructor in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.SIFT, line 13.)
Todo
explain SelfQuotientImage constructor
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.SelfQuotientImage, line 15.)
Todo
Explain TanTriggs constructor in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.TanTriggs, line 13.)
Todo
Explain VLDSIFT constructor in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.VLDSIFT, line 12.)
Todo
Describe the output of the VLDSIFT.extract() method in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.VLDSIFT.extract, line 8.)
Todo
Explain VLSIFT constructor in more detail.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.VLSIFT, line 12.)
Todo
explain WeightedGaussian constructor
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.WeightedGaussian, line 13.)
Todo
The parameter(s) ‘img, mask’ are used, but not documented.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.extrapolate_mask, line 19.)
Todo
Explain gamma correction in more detail
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.base/bob/ip/base/__init__.py:docstring of bob.ip.base.gamma_correction, line 3.)
Todo
Adapt http://pypi.python.org/pypi/xbob.example.faceverify so that it actually uses the bob.ip.gabor package.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.ip.gabor/doc/guide.rst, line 187.)
Todo
Support for weight cost in multi-class classification?
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.learn.libsvm/doc/c_cpp_api.rst, line 445.)
Todo
Describe the C++ API of this package.
(The original entry is located in /home/travis/build/bioidiap/bob.python/layers/1/bob.learn.mlp/doc/c_cpp_api.rst, line 245.)
This package is a simple Python wrapper to an open-source Optical Flow estimator based on the works by Horn & Schunck:
@article{Horn_Schunck_1981,
author = {B.K.P. Horn and B.G. Schunck},
title = {Determining optical flow},
year = {1981},
booktitle = {Artificial Intelligence},
volume = {17},
pages = {185--203},
}
The implementation is purely based on Bob:
@inproceedings{Anjos_ACMMM_2012,
author = {A. Anjos and L. El Shafey and R. Wallace and M. G\"unther and C. McCool and S. Marcel},
title = {Bob: a free signal processing and machine learning toolbox for researchers},
year = {2012},
month = oct,
booktitle = {20th ACM Conference on Multimedia Systems (ACMMM), Nara, Japan},
publisher = {ACM Press},
url = {http://publications.idiap.ch/downloads/papers/2012/Anjos_Bob_ACMMM12.pdf},
}
This package also provides a unit testing framework, to check on the accuracy of results produced in different platforms.