Sergey B Kirpichev
fb69943530
Following functions kept: ```pycon >>> import inspect ... with_args = [] ... with_kwargs = [] ... for n in dir(mpmath): ... m = getattr(mpmath, n) ... try: ... s = inspect.signature(m) ... except: ... continue ... if any(_.kind == inspect._ParameterKind.VAR_POSITIONAL for _ in s.parameters.values()): ... for name in s.parameters: ... if s.parameters[name].kind == inspect._ParameterKind.VAR_POSITIONAL and name == 'args': ... with_args.append(n) ... break ... if any(_.kind == inspect._ParameterKind.VAR_KEYWORD for _ in s.parameters.values()): ... with_kwargs.append(n) ... print(with_args) ... print(with_kwargs) ... ['arange', 'ellipe', 'ellippi', 'linspace', 'matrix', 'ones', 'timing', 'zeros'] ['multiplicity', 'timing'] ``` We need support for multiple signatures in the first case. In the second - it's impossible to implement these functions without kwargs. Closes #1056
26 lines
894 B
ReStructuredText
26 lines
894 B
ReStructuredText
Root-finding and optimization
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-----------------------------
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Root-finding (``findroot``)
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...........................
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.. autofunction:: mpmath.findroot
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Solvers
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^^^^^^^
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.. autoclass:: mpmath.calculus.optimization.Secant
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.. autoclass:: mpmath.calculus.optimization.Newton
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.. autoclass:: mpmath.calculus.optimization.MNewton
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.. autoclass:: mpmath.calculus.optimization.Halley
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.. autoclass:: mpmath.calculus.optimization.Muller
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.. autoclass:: mpmath.calculus.optimization.Bisection
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.. autoclass:: mpmath.calculus.optimization.Illinois
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.. autoclass:: mpmath.calculus.optimization.Pegasus
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.. autoclass:: mpmath.calculus.optimization.Anderson
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.. autoclass:: mpmath.calculus.optimization.Ridder
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.. autoclass:: mpmath.calculus.optimization.ANewton
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.. autoclass:: mpmath.calculus.optimization.MDNewton
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.. autoclass:: mpmath.calculus.optimization.ModAB
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.. autoclass:: mpmath.calculus.optimization.Brent
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