---

DiscreteConnollyShape Member List

This is the complete list of members for DiscreteConnollyShape, including all inherited members.

• _shapes (defined in UnionShape) [protected]
• actual_gradient_accuracy() const (defined in Function) [virtual]
• actual_hessian_accuracy() const (defined in Function) [virtual]
• actual_value_accuracy() const [virtual]
• add_shape(Ref< Shape >) (defined in UnionShape)
• boundingbox(double valuemin, double valuemax, SCVector3 &p1, SCVector3 &p2) (defined in UnionShape) [virtual]
• change_coordinates() [virtual]
• class_desc() const
• class_name() const
• class_version() const
• Compute() (defined in Compute)
• compute() [virtual]
• dereference() [inline]
• DescribedClass() (defined in DescribedClass)
• DescribedClass(const DescribedClass &) (defined in DescribedClass)
• desired_gradient_accuracy() const (defined in Function) [virtual]
• desired_hessian_accuracy() const (defined in Function) [virtual]
• desired_value_accuracy() const [virtual]
• dim_ [protected]
• dimension() const
• dir_restore_state(StateIn &si, const char *objectname, const char *keyword=0) (defined in SavableState) [static]
• DiscreteConnollyShape(const Ref< KeyVal > &) (defined in DiscreteConnollyShape)
• distance_to_surface(const SCVector3 &r, SCVector3 *grad=0) const (defined in UnionShape) [virtual]
• do_change_coordinates(const Ref< NonlinearTransform > &) [protected]
• do_gradient(int) (defined in Function)
• do_hessian(int) (defined in Function)
• do_value(int)
• failure(const char *) (defined in Volume) [protected, virtual]
• Function() (defined in Function)
• Function(StateIn &) (defined in Function)
• Function(const Function &) (defined in Function)
• Function(const Ref< KeyVal > &, double funcacc=DBL_EPSILON, double gradacc=DBL_EPSILON, double hessacc=DBL_EPSILON)
• get_gradient(SCVector3 &g) (defined in Volume)
• get_x(SCVector3 &x) (defined in Volume)
• get_x() const (defined in Function) [inline]
• get_x_no_copy() const (defined in Function) [inline]
• get_x_reference() [inline, protected]
• gradient() (defined in Function) [virtual]
• gradient_ [protected]
• gradient_implemented() const (defined in UnionShape) [virtual]
• gradient_needed() const (defined in Function)
• gradient_result() (defined in Function) [inline]
• guess_hessian(RefSymmSCMatrix &) [virtual]
• hessian() (defined in Function) [virtual]
• hessian_ [protected]
• hessian_implemented() const (defined in Function) [virtual]
• hessian_needed() const (defined in Function)
• hessian_result() (defined in Function) [inline]
• identifier() [inline]
• initialize(const Ref< Molecule > &,double probe_radius) (defined in DiscreteConnollyShape)
• interpolate(const SCVector3 &p1, const SCVector3 &p2, double val, SCVector3 &result) (defined in Shape) [virtual]
• interpolation_accuracy() (defined in Volume) [protected]
• inverse_hessian(RefSymmSCMatrix &) (defined in Function) [virtual]
• is_outside(const SCVector3 &r) const (defined in UnionShape) [virtual]
• key_restore_state(StateIn &si, const char *keyword) [static]
• lock_ptr() const
• managed() const [inline]
• managed() const [inline]
• matrixkit() const
• matrixkit_ [protected]
• nreference() const [inline]
• obsolete() [virtual]
• operator=(const Function &) (defined in Function)
• operator=(const SavableState &) (defined in SavableState)
• operator=(const DescribedClass &) (defined in DescribedClass)
• operator=(const RefCount &) (defined in RefCount) [inline, protected]
• print(std::ostream &=ExEnv::out()) const [virtual]
• RefCount() (defined in RefCount) [inline, protected]
• RefCount(const RefCount &) (defined in RefCount) [inline, protected]
• reference() [inline]
• restore_state(StateIn &si) [static]
• SavableState() (defined in SavableState) [protected]
• SavableState(const SavableState &) (defined in SavableState) [protected]
• SavableState(StateIn &) [protected]
• save_data_state(StateOut &) [virtual]
• save_object_state(StateOut &)
• save_state(StateOut &)
• save_state(SavableState *s, StateOut &) (defined in SavableState) [static]
• save_vbase_state(StateOut &) [virtual]
• set_actual_gradient_accuracy(double) (defined in Function) [protected, virtual]
• set_actual_hessian_accuracy(double) (defined in Function) [protected, virtual]
• set_actual_value_accuracy(double) (defined in Function) [protected, virtual]
• set_desired_gradient_accuracy(double) (defined in Function) [virtual]
• set_desired_hessian_accuracy(double) (defined in Function) [virtual]
• set_desired_value_accuracy(double) [virtual]
• set_dimension(const RefSCDimension &) (defined in Function) [protected, virtual]
• set_gradient(const SCVector3 &g) (defined in Volume)
• set_gradient(RefSCVector &g) (defined in Volume) [virtual]
• set_hessian(RefSymmSCMatrix &) (defined in Function) [protected, virtual]
• set_matrixkit(const Ref< SCMatrixKit > &) [protected, virtual]
• set_value(double) (defined in Function) [protected, virtual]
• set_x(const SCVector3 &x) (defined in Volume)
• set_x(const RefSCVector &x) [virtual]
• Shape() (defined in Shape)
• Shape(const Ref< KeyVal > &keyval) (defined in Shape)
• solve(const SCVector3 &p, const SCVector3 &grad, double value, SCVector3 &result) (defined in Volume) [virtual]
• UnionShape() (defined in UnionShape)
• unlock_ptr() const
• unmanage() [inline]
• use_locks(bool inVal)
• value() [virtual]
• value_ [protected]
• value_implemented() const [virtual]
• value_needed() const
• value_result() (defined in Function) [inline]
• Volume() (defined in Volume)
• Volume(const Ref< KeyVal > &) (defined in Volume)
• x_ [protected]
• ~Compute() (defined in Compute) [virtual]
• ~DescribedClass() (defined in DescribedClass) [virtual]
• ~DiscreteConnollyShape() (defined in DiscreteConnollyShape)
• ~Function() (defined in Function) [virtual]
• ~Identity() (defined in Identity) [virtual]
• ~RefCount() (defined in RefCount) [virtual]
• ~SavableState() (defined in SavableState) [virtual]
• ~Shape() (defined in Shape) [virtual]
• ~UnionShape() (defined in UnionShape)
• ~Volume() (defined in Volume)

---