nd2py

• nd2py package
  • no_copy_value()
  • Empty
    • Empty.n_operands
    • Empty.__init__()
    • Empty.map_nettype()
  • aggr
  • Csch
    • Csch.n_operands
  • pow2
  • cos
  • log
  • SplitByMul
    • SplitByMul.generic_visit()
    • SplitByMul.visit_Mul()
    • SplitByMul.visit_Div()
    • SplitByMul.merge_coefficients()
  • Sour
    • Sour.n_operands
    • Sour.map_nettype()
  • get_copy_value()
  • no_nettype_inference()
  • Csc
    • Csc.n_operands
  • maximum()
  • Cot
    • Cot.n_operands
  • set_fitable()
  • phi_s
  • sinh
  • min
  • regular
  • Add
    • Add.n_operands
  • no_set_fitable()
  • LogAbs
    • LogAbs.n_operands
  • Rgga
  • minimum()
  • Sec
    • Sec.n_operands
  • cosh
  • sigmoid
  • Identity
    • Identity.n_operands
  • div
  • Cosh
    • Cosh.n_operands
  • reg
  • pow
  • FoldConstant
    • FoldConstant.__init__()
    • FoldConstant.generic_visit()
    • FoldConstant.visit_Empty()
    • FoldConstant.visit_Number()
    • FoldConstant.visit_Variable()
  • TreePrinter
    • TreePrinter.generic_visit()
    • TreePrinter.visit_Empty()
    • TreePrinter.visit_Number()
    • TreePrinter.visit_Variable()
    • TreePrinter.visit_Add()
    • TreePrinter.visit_Mul()
  • Min
    • Min.n_operands
  • Constant()
  • arcsin
  • tanh
  • parse()
  • rgga
  • max
  • pow3
  • add
  • mul
  • neg
  • warn_once()
  • logabs
  • phi_t
  • setup_lazy_imports()
  • sub
  • Inv
    • Inv.n_operands
  • Aggr
    • Aggr.n_operands
    • Aggr.map_nettype()
  • Cos
    • Cos.n_operands
  • Regular
    • Regular.n_operands
  • Pow
    • Pow.n_operands
  • set_copy_value()
  • variables()
  • csc
  • Number
    • Number.n_operands
    • Number.__init__()
    • Number.map_nettype()
    • Number.get_nettype_range()
    • Number.nettype_range
  • targ
  • NumpyCalc
    • NumpyCalc.generic_visit()
    • NumpyCalc.visit_Empty()
    • NumpyCalc.visit_Number()
    • NumpyCalc.visit_Variable()
    • NumpyCalc.visit_Add()
    • NumpyCalc.visit_Sub()
    • NumpyCalc.visit_Mul()
    • NumpyCalc.visit_Div()
    • NumpyCalc.visit_Pow()
    • NumpyCalc.visit_Max()
    • NumpyCalc.visit_Min()
    • NumpyCalc.visit_Identity()
    • NumpyCalc.visit_Sin()
    • NumpyCalc.visit_Cos()
    • NumpyCalc.visit_Tan()
    • NumpyCalc.visit_Sec()
    • NumpyCalc.visit_Csc()
    • NumpyCalc.visit_Cot()
    • NumpyCalc.visit_Log()
    • NumpyCalc.visit_LogAbs()
    • NumpyCalc.visit_Exp()
    • NumpyCalc.visit_Abs()
    • NumpyCalc.visit_Neg()
    • NumpyCalc.visit_Inv()
    • NumpyCalc.visit_Sqrt()
    • NumpyCalc.visit_SqrtAbs()
    • NumpyCalc.visit_Pow2()
    • NumpyCalc.visit_Pow3()
    • NumpyCalc.visit_Arcsin()
    • NumpyCalc.visit_Arccos()
    • NumpyCalc.visit_Arctan()
    • NumpyCalc.visit_Sinh()
    • NumpyCalc.visit_Cosh()
    • NumpyCalc.visit_Tanh()
    • NumpyCalc.visit_Sech()
    • NumpyCalc.visit_Csch()
    • NumpyCalc.visit_Coth()
    • NumpyCalc.visit_Sigmoid()
    • NumpyCalc.visit_Regular()
    • NumpyCalc.visit_Sour()
    • NumpyCalc.visit_Targ()
    • NumpyCalc.visit_Aggr()
    • NumpyCalc.visit_Rgga()
    • NumpyCalc.visit_Readout()
  • readout
  • Pow2
    • Pow2.n_operands
  • Neg
    • Neg.n_operands
  • Div
    • Div.n_operands
  • Symbol
    • Symbol.n_operands
    • Symbol.__init__()
    • Symbol.copy()
    • Symbol.get_numbers()
    • Symbol.get_parameters()
    • Symbol.set_parameters()
    • Symbol.map_nettype()
  • BFGSFit
    • BFGSFit.__init__()
    • BFGSFit.fit()
    • BFGSFit.predict()
  • Variable
    • Variable.n_operands
    • Variable.__init__()
    • Variable.map_nettype()
    • Variable.get_nettype_range()
    • Variable.nettype_range
  • arccos
  • Sub
    • Sub.n_operands
  • Arcsin
    • Arcsin.n_operands
  • from_postorder()
  • Simplify
    • Simplify.generic_visit()
    • Simplify.remove_nested_unary()
    • Simplify.visit_Sin()
    • Simplify.visit_Cos()
    • Simplify.visit_Tanh()
    • Simplify.visit_Sigmoid()
    • Simplify.visit_Sqrt()
    • Simplify.visit_SqrtAbs()
    • Simplify.visit_Exp()
    • Simplify.visit_Log()
    • Simplify.visit_LogAbs()
    • Simplify.visit_Readout()
    • Simplify.visit_Number()
    • Simplify.visit_Variable()
    • Simplify.visit_Add()
    • Simplify.visit_Sub()
    • Simplify.visit_Mul()
    • Simplify.visit_Div()
    • Simplify.visit_Neg()
    • Simplify.visit_Inv()
    • Simplify.visit_Aggr()
  • prod()
  • Sqrt
    • Sqrt.n_operands
  • set_nettype_inference()
  • SqrtAbs
    • SqrtAbs.n_operands
  • Log
    • Log.n_operands
  • no_warn()
  • Arctan
    • Arctan.n_operands
  • Readout
    • Readout.n_operands
    • Readout.map_nettype()
  • Tanh
    • Tanh.n_operands
  • cot
  • Sech
    • Sech.n_operands
  • StringPrinter
    • StringPrinter.generic_visit()
    • StringPrinter.visit_Empty()
    • StringPrinter.visit_Number()
    • StringPrinter.visit_Variable()
    • StringPrinter.visit_Add()
    • StringPrinter.visit_Sub()
    • StringPrinter.visit_Mul()
    • StringPrinter.visit_Div()
    • StringPrinter.visit_Pow()
    • StringPrinter.visit_Neg()
    • StringPrinter.visit_Inv()
    • StringPrinter.visit_Pow2()
    • StringPrinter.visit_Pow3()
    • StringPrinter.visit_Sour()
    • StringPrinter.visit_Targ()
    • StringPrinter.visit_Aggr()
    • StringPrinter.visit_Rgga()
  • nettype_inference()
  • Max
    • Max.n_operands
  • sum()
  • sqrtabs
  • Tan
    • Tan.n_operands
  • Abs
    • Abs.n_operands
  • tan
  • Sinh
    • Sinh.n_operands
  • Arccos
    • Arccos.n_operands
  • FixNetType
    • FixNetType.generic_visit()
    • FixNetType.visit_Number()
    • FixNetType.visit_Variable()
    • FixNetType.visit_BinaryOp()
    • FixNetType.visit_Add()
    • FixNetType.visit_Sub()
    • FixNetType.visit_Mul()
    • FixNetType.visit_Div()
    • FixNetType.visit_Pow()
    • FixNetType.visit_Max()
    • FixNetType.visit_Min()
    • FixNetType.visit_Aggr()
    • FixNetType.visit_Rgga()
    • FixNetType.visit_Sour()
    • FixNetType.visit_Targ()
    • FixNetType.visit_Readout()
    • FixNetType.fix_nettype()
    • FixNetType.edge_to_node()
    • FixNetType.node_to_edge()
    • FixNetType.edge_to_scalar()
    • FixNetType.node_to_scalar()
    • FixNetType.scalar_to_node()
    • FixNetType.scalar_to_edge()
  • sin
  • sec
  • Sigmoid
    • Sigmoid.n_operands
  • exp
  • rho
  • Mul
    • Mul.n_operands
  • sour
  • sech
  • Pow3
    • Pow3.n_operands
  • Exp
    • Exp.n_operands
  • Targ
  • inv
  • from_preorder()
  • abs
  • sqrt
  • SplitByAdd
    • SplitByAdd.generic_visit()
    • SplitByAdd.visit_Add()
    • SplitByAdd.visit_Sub()
    • SplitByAdd.visit_Mul()
    • SplitByAdd.visit_Div()
    • SplitByAdd.visit_Neg()
    • SplitByAdd.visit_Sour()
    • SplitByAdd.visit_Targ()
    • SplitByAdd.visit_Aggr()
    • SplitByAdd.visit_Rgga()
    • SplitByAdd.visit_Readout()
    • SplitByAdd.merge_bias()
  • csch
  • Sin
    • Sin.n_operands
  • Coth
    • Coth.n_operands
  • arctan
  • Subpackages
    • nd2py.core package
      • no_copy_value()
      • Empty
      • aggr
      • Csch
      • pow2
      • cos
      • log
      • SplitByMul
      • Sour
      • get_copy_value()
      • no_nettype_inference()
      • Csc
      • maximum()
      • Cot
      • set_fitable()
      • phi_s
      • sinh
      • min
      • regular
      • Add
      • no_set_fitable()
      • LogAbs
      • Rgga
      • minimum()
      • Sec
      • cosh
      • sigmoid
      • Identity
      • div
      • Cosh
      • reg
      • pow
      • FoldConstant
      • TreePrinter
      • Min
      • Constant()
      • arcsin
      • tanh
      • parse()
      • rgga
      • max
      • pow3
      • add
      • mul
      • neg
      • warn_once()
      • logabs
      • phi_t
      • setup_lazy_imports()
      • sub
      • Inv
      • Aggr
      • Cos
      • Regular
      • Pow
      • set_copy_value()
      • variables()
      • csc
      • Number
      • targ
      • NumpyCalc
      • readout
      • Pow2
      • Neg
      • Div
      • Symbol
      • BFGSFit
      • Variable
      • arccos
      • Sub
      • Arcsin
      • prod()
      • from_postorder()
      • Simplify
      • Sqrt
      • set_nettype_inference()
      • SqrtAbs
      • Log
      • no_warn()
      • Arctan
      • Readout
      • Tanh
      • cot
      • Sech
      • StringPrinter
      • nettype_inference()
      • Max
      • sum()
      • sqrtabs
      • Tan
      • Abs
      • tan
      • Sinh
      • Arccos
      • FixNetType
      • sin
      • sec
      • Sigmoid
      • exp
      • rho
      • Mul
      • sour
      • sech
      • Pow3
      • Exp
      • Targ
      • inv
      • from_preorder()
      • abs
      • sqrt
      • csch
      • SplitByAdd
      • Sin
      • Coth
      • arctan
      • Subpackages
      • Submodules
      • nd2py.core.base_visitor module
      • nd2py.core.symbol_api module
    • nd2py.dataset package
      • Submodules
      • nd2py.dataset.tokenizer module
    • nd2py.generator package
      • Subpackages
    • nd2py.search package
      • setup_lazy_imports()
      • Subpackages
    • nd2py.utils package
      • AttrDict
      • EqualizeNormalize
      • MAE_score()
      • MAPE_score()
      • NamedTimer
      • ParallelTimer
      • R2_score()
      • RMSE_score()
      • Timer
      • add_minus_flags()
      • add_negation_flags()
      • adjust_text()
      • classproperty
      • clear_svg()
      • get_fig()
      • init_logger()
      • load_font()
      • log_exception()
      • merge_axes()
      • plotOD()
      • plot_resilience()
      • render_markdown()
      • render_python()
      • sMAPE_score()
      • seed_all()
      • setup_lazy_imports()
      • softmax()
      • tag2ansi()
      • use_chinese_font()
      • Subpackages
      • Submodules
      • nd2py.utils.attr_dict module
      • nd2py.utils.auto_gpu module
      • nd2py.utils.classproperty module
      • nd2py.utils.factory module
      • nd2py.utils.fix_parser module
      • nd2py.utils.lazy_loader module
      • nd2py.utils.log_exception module
      • nd2py.utils.logger module
      • nd2py.utils.metrics module
      • nd2py.utils.plot module
      • nd2py.utils.render_markdown module
      • nd2py.utils.render_python module
      • nd2py.utils.tag2ansi module
      • nd2py.utils.timing module
      • nd2py.utils.utils module