Index

_

__getitem__() (ocpy.oc.OC method) __len__() (ocpy.oc.OC method) __setitem__() (ocpy.oc.OC method)

_atan2 (ocpy.oc.ModelComponent attribute) _kepler_solve() (ocpy.oc.Keplerian method) _param() (ocpy.oc.ModelComponent method)

B

bin() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method), [1]

C

calculate_oc() (ocpy.data.Data method) (ocpy.model_data.DataModel method) (ocpy.oc.OC method), [1] calculate_weights() (ocpy.data.Data method) (ocpy.model_data.DataModel method)

Checker (class in ocpy.utils) clean() (ocpy.oc_pymc.OCPyMC method), [1] corner() (ocpy.oc_pymc.OCPyMC method), [1]

D

Data (class in ocpy.data) data (ocpy.oc.OC attribute)

DataModel (class in ocpy.model_data) distribution (ocpy.oc.Parameter attribute)

F

fill_errors() (ocpy.data.Data method) (ocpy.model_data.DataModel method) fill_weights() (ocpy.data.Data method) (ocpy.model_data.DataModel method) fit() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1] fit_keplerian() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1] fit_linear() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1] fit_lite() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1]

fit_parabola() (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1] fit_quadratic() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1] fit_sinusoidal() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1] fixed (ocpy.model_oc.ParameterModel attribute) (ocpy.oc.Parameter attribute) Fixer (class in ocpy.utils) from_file() (ocpy.data.Data class method) (ocpy.model_data.DataModel class method) (ocpy.model_oc.OCModel class method) (ocpy.oc.OC class method) (ocpy.oc.OC method)

G

grad() (ocpy.newtonian.NewtonianOp method)

group_by() (ocpy.data.Data method) (ocpy.model_data.DataModel method)

I

integrate() (ocpy.newtonian.NewtonianModel method)

K

Keplerian (class in ocpy.oc)

KeplerianOld (class in ocpy.oc)

L

length_checker() (ocpy.utils.Checker static method) length_fixer() (ocpy.utils.Fixer static method)

LengthCheckError Linear (class in ocpy.oc)

M

make_node() (ocpy.newtonian.NewtonianOp method) math (ocpy.oc_lmfit.OCLMFit attribute), [1] (ocpy.oc_pymc.OCPyMC attribute), [1] math_class (ocpy.oc.ModelComponent attribute), [1] max (ocpy.model_oc.ParameterModel attribute) (ocpy.oc.Parameter attribute) merge() (ocpy.data.Data method) (ocpy.model_data.DataModel method) (ocpy.model_oc.OCModel method) (ocpy.oc.OC method), [1] min (ocpy.model_oc.ParameterModel attribute) (ocpy.oc.Parameter attribute) model_func() (ocpy.newtonian.NewtonianModel method) (ocpy.oc.Keplerian method), [1] (ocpy.oc.KeplerianOld method) (ocpy.oc.Linear method), [1] (ocpy.oc.Quadratic method), [1] (ocpy.oc.Sinusoidal method), [1]

model_function() (ocpy.model_oc.ModelComponentModel method) (ocpy.oc.ModelComponent method), [1] ModelComponent (class in ocpy.oc) ModelComponentModel (class in ocpy.model_oc) module ocpy ocpy.custom_types ocpy.data ocpy.errors ocpy.model_data ocpy.model_oc ocpy.newtonian ocpy.oc ocpy.oc_lmfit ocpy.oc_pymc ocpy.utils ocpy.visualization

N

name (ocpy.newtonian.NewtonianModel attribute) (ocpy.oc.Keplerian attribute), [1] (ocpy.oc.KeplerianOld attribute) (ocpy.oc.Linear attribute), [1] (ocpy.oc.Quadratic attribute), [1] (ocpy.oc.Sinusoidal attribute), [1]

NewtonianModel (class in ocpy.newtonian) NewtonianOp (class in ocpy.newtonian) none_to_nan() (ocpy.utils.Fixer static method)

O

OC (class in ocpy.oc) OCLMFit (class in ocpy.oc_lmfit) OCModel (class in ocpy.model_oc) ocpy module ocpy.custom_types module ocpy.data module ocpy.errors module ocpy.model_data module ocpy.model_oc module

ocpy.newtonian module ocpy.oc module ocpy.oc_lmfit module ocpy.oc_pymc module ocpy.utils module ocpy.visualization module OCPyMC (class in ocpy.oc_pymc)

P

Parameter (class in ocpy.oc) ParameterModel (class in ocpy.model_oc) params (ocpy.oc.Keplerian attribute) (ocpy.oc.Linear attribute) (ocpy.oc.ModelComponent attribute), [1] (ocpy.oc.Quadratic attribute) (ocpy.oc.Sinusoidal attribute) perform() (ocpy.newtonian.NewtonianOp method)

Plot (class in ocpy.visualization) plot() (ocpy.oc.OC method), [1] (ocpy.visualization.Plot class method) plot_corner() (ocpy.visualization.Plot static method) plot_data() (ocpy.visualization.Plot static method) plot_model_components() (ocpy.visualization.Plot class method) plot_model_lmfit() (ocpy.visualization.Plot class method) plot_model_pymc() (ocpy.visualization.Plot class method) plot_trace() (ocpy.visualization.Plot static method)

Q

Quadratic (class in ocpy.oc)

R

residue() (ocpy.model_oc.OCModel method) (ocpy.oc.OC method) (ocpy.oc_lmfit.OCLMFit method) (ocpy.oc_pymc.OCPyMC method), [1]

S

set_math() (ocpy.oc.ModelComponent method), [1] Sinusoidal (class in ocpy.oc)

std (ocpy.model_oc.ParameterModel attribute) (ocpy.oc.Parameter attribute)

T

trace() (ocpy.oc_pymc.OCPyMC method), [1]

U

update_from_idata() (ocpy.oc.ModelComponent method), [1]

update_parameters() (ocpy.oc.ModelComponent method), [1]

V

value (ocpy.model_oc.ParameterModel attribute) (ocpy.oc.Parameter attribute)