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E | F | G | H | I | M | N | P | R | S | T

E

  • Error

F

  • fit() (GeneralRegression.GenericRegressor method)
    • (NpyProximation.HilbertRegressor method)
    • (NpyProximation.Regression method)
  • form_basis() (NpyProximation.FunctionSpace method)
  • FunctionSpace (class in NpyProximation)

G

  • GeneralRegression (module)
  • GenericRegressor (class in GeneralRegression)
  • get_n_splits() (ModelSelection.TimeSeriesCV method)

H

  • HilbertRegressor (class in NpyProximation)

I

  • inner() (NpyProximation.FunctionSpace method)
  • integral() (NpyProximation.Measure method)

M

  • Measure (class in NpyProximation)
  • ModelSelection (module)

N

  • norm() (NpyProximation.Measure method)
  • NpyProximation (module)

P

  • predict() (GeneralRegression.GenericRegressor method)
    • (NpyProximation.HilbertRegressor method)
  • project() (NpyProximation.FunctionSpace method)

R

  • Regression (class in NpyProximation)

S

  • score() (NpyProximation.HilbertRegressor method)
  • series() (NpyProximation.FunctionSpace method)
  • set_func_spc() (NpyProximation.Regression method)
  • set_measure() (NpyProximation.Regression method)
  • split() (ModelSelection.TimeSeriesCV method)

T

  • TimeSeriesCV (class in ModelSelection)

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