Curve classes: Continuation, EquilibriumCurve, FoldCurve,
HopfCurveOne, HopfCurveTwo
Continuation is the ancestral class of all curve classes and contains
the continuation algorithms (Moore-Penrose, etc.) It also contains all
methods that are general to any curve found using continuation.
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FLOQ_TOL
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clock
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sum
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PI
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pointsToPointset
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negate
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argmax
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ndarray
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conjugate
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sqrt
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multiply
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identity
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evec1_standard
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ver = [ ' 0 ' , ' 99 ' , ' 0 ' ]
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failed = False
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rcParamsDefault = {'figure.subplot.right': 0.90000000000000002...
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colorbar_doc = ' \n\nAdd a colorbar to a plot.\n\nFunction sign ...
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rcParams = {'figure.subplot.right': 0.90000000000000002, 'math...
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log10 = <ufunc 'log10'>
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Inf = inf
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NaN = nan
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isfinite = <ufunc 'isfinite'>
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r_ = <numpy.lib.index_tricks.RClass object at 0x115c2f0>
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c_ = <numpy.lib.index_tricks.CClass object at 0x115c330>
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sign = <ufunc 'sign'>
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mod = <ufunc 'remainder'>
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subtract = <ufunc 'subtract'>
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divide = <ufunc 'divide'>
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isnan = <ufunc 'isnan'>
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_classes = [ ' Continuation ' , ' EquilibriumCurve ' , ' FoldCurve ' , ' ...
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_constants = [ ' cont_args_list ' , ' cont_bif_points ' , ' equilibriu ...
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cont_args_list = [ ' name ' , ' force ' , ' freepars ' , ' MaxNumPoints ' , ...
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cont_bif_points = [ ' BP ' , ' B ' , ' SP ' ]
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equilibrium_args_list = [ ' LocBifPoints ' ]
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equilibrium_bif_points = [ ' LP ' , ' H ' ]
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fold_args_list = [ ' LocBifPoints ' ]
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fold_bif_points = [ ' BT ' , ' ZH ' , ' CP ' ]
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hopf_args_list = [ ' LocBifPoints ' ]
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hopf_bif_points = [ ' BT ' , ' ZH ' , ' GH ' , ' DH ' ]
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fixedpoint_args_list = [ ' LocBifPoints ' , ' period ' ]
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fixedpoint_bif_points = [ ' PD ' , ' LPC ' , ' NS ' ]
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limitcycle_args_list = [ ' LocBifPoints ' , ' NumCollocation ' , ' Num ...
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limitcycle_bif_points = [ ' PD ' , ' LPC ' , ' NS ' ]
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userdefined_args_list = [ ' LocBifPoints ' ]
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other_special_points = [ ' RG ' , ' UZ ' , ' P ' , ' MX ' ]
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auto_point_types = { -9: ' MX ' , -4: ' UZ ' , 1: ' BP ' , 2: ' LP ' , 3: ' ...
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solution_measures_list = [ ' max ' , ' min ' , ' avg ' , ' nm2 ' ]
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solution_measures = { ' avg ' : 1, ' max ' : 0, ' min ' : 0, ' nm2 ' : 2}
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all_args_list = [ ' force ' , ' NumIntervals ' , ' SPOut ' , ' period ' , ' ...
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all_point_types = [ ' NS ' , ' B ' , ' ZH ' , ' PD ' , ' DH ' , ' UZ ' , ' H ' , ' SP ...
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all_curve_types = [ ' EP-C ' , ' LP-C ' , ' H-C1 ' , ' H-C2 ' , ' FP-C ' , ' LC ...
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bif_curve_colors = { ' EP-C ' : ' k ' , ' FP-C ' : ' g ' , ' H-C1 ' : ' b ' , ' H- ...
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bif_point_colors = { ' B ' : ' dr ' , ' BP ' : ' og ' , ' BT ' : ' sy ' , ' CP ' : ' ...
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stab_line_styles = { ' N ' : ' -. ' , ' S ' : ' - ' , ' U ' : ' -- ' , ' X ' : ' : ' }
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