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| __init__ (self, int nx, int ndx, casadi.SX expression, casadi.SX cx, bool use_hessian=True) |
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| __call__ (self, x) |
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| computeJacobian (self, x, J) |
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| vectorHessianProduct (self, x, v, H) |
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Definition at line 10 of file casadi_utils.py.
◆ __init__()
proxsuite_nlp.casadi_utils.CasadiFunction.__init__ |
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| self, |
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int | nx, |
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int | ndx, |
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casadi.SX | expression, |
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casadi.SX | cx, |
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bool | use_hessian = True ) |
◆ __call__()
proxsuite_nlp.casadi_utils.CasadiFunction.__call__ |
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| self, |
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| x ) |
◆ computeJacobian()
proxsuite_nlp.casadi_utils.CasadiFunction.computeJacobian |
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| self, |
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| x, |
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| J ) |
◆ vectorHessianProduct()
proxsuite_nlp.casadi_utils.CasadiFunction.vectorHessianProduct |
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| self, |
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| x, |
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| v, |
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| H ) |
◆ clam
proxsuite_nlp.casadi_utils.CasadiFunction.clam |
◆ expr
proxsuite_nlp.casadi_utils.CasadiFunction.expr |
◆ Jexpr
proxsuite_nlp.casadi_utils.CasadiFunction.Jexpr |
◆ use_hessian
proxsuite_nlp.casadi_utils.CasadiFunction.use_hessian |
◆ Hexpr
proxsuite_nlp.casadi_utils.CasadiFunction.Hexpr |
◆ fun
proxsuite_nlp.casadi_utils.CasadiFunction.fun |
◆ Jfun
proxsuite_nlp.casadi_utils.CasadiFunction.Jfun |
◆ Hfun
proxsuite_nlp.casadi_utils.CasadiFunction.Hfun |
◆ _zero
proxsuite_nlp.casadi_utils.CasadiFunction._zero |
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protected |
The documentation for this class was generated from the following file: