Ipopt
trunk
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#include <SensIndexSchurData.hpp>
Public Member Functions | |
IndexSchurData () | |
This class is the implementation aimed at applications where only SchurData matrices with entries 1 or -1 appear. | |
IndexSchurData (const std::vector< Index > idx, const std::vector< Index > val) | |
virtual | ~IndexSchurData () |
virtual SmartPtr< SchurData > | MakeNewSchurDataCopy () const |
virtual Index | GetNRowsAdded () const |
Returns number of rows/columns in schur matrix. | |
virtual void | SetData_Flag (Index dim, const Index *flags, Number v=1.0) |
Functions to set the Schurdata. | |
virtual void | SetData_Flag (Index dim, const Index *flags, const Number *values) |
Set Data to corresponing Number. | |
virtual Index | SetData_Index (Index dim, const Index *index, Number v=1.0) |
virtual void | SetData_List (const std::vector< Index > &list, Number v=1.0) |
virtual void | GetRow (Index i, IteratesVector &v) const |
Returns the i-th column vector of the matrix. | |
virtual void | GetMultiplyingVectors (Index i, std::vector< Index > &indices, std::vector< Number > &factors) const |
Returns two vectors that are needed for matrix-vector multiplication of B and P. | |
virtual void | Multiply (const IteratesVector &v, Vector &u) const |
Computes B*v with B in R(mxn) | |
virtual void | TransMultiply (const Vector &u, IteratesVector &v) const |
Computes A*u with A in R(nxm), KKT in R(n,n) | |
virtual void | PrintImpl (const Journalist &jnlst, EJournalLevel level, EJournalCategory category, const std::string &name, Index indent, const std::string &prefix) const |
void | AddData_Flag (Index dim, Index *flags, std::vector< Index > &delta_u_sort, Index v) |
Functions specific to IndexSchurData. | |
void | AddData_List (std::vector< Index > cols, std::vector< Index > &delta_u_sort, Index &new_du_size, Index v) |
const std::vector< Index > * | GetColIndices () const |
Private Member Functions | |
Index * | GetVectorLengths (const IteratesVector &v) const |
returns a vector that holds the accumulated length of each vector component: v_len[0] = v.GetComp(0)->Dim() v_len[i] = sum(k=0..i, v.GetComp(k)->Dim()) | |
Private Attributes | |
std::vector< Index > | idx_ |
std::vector< Index > | val_ |
Definition at line 15 of file SensIndexSchurData.hpp.
This class is the implementation aimed at applications where only SchurData matrices with entries 1 or -1 appear.
Ipopt::IndexSchurData::IndexSchurData | ( | const std::vector< Index > | idx, |
const std::vector< Index > | val | ||
) |
virtual Ipopt::IndexSchurData::~IndexSchurData | ( | ) | [virtual] |
virtual SmartPtr<SchurData> Ipopt::IndexSchurData::MakeNewSchurDataCopy | ( | ) | const [virtual] |
Implements Ipopt::SchurData.
virtual Index Ipopt::IndexSchurData::GetNRowsAdded | ( | ) | const [virtual] |
Returns number of rows/columns in schur matrix.
Reimplemented from Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::SetData_Flag | ( | Index | dim, |
const Index * | flags, | ||
Number | v = 1.0 |
||
) | [virtual] |
Functions to set the Schurdata.
At least one must be overloaded Set Data to one for given indices. Size of vector is ipopt_x_<full_x_
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::SetData_Flag | ( | Index | dim, |
const Index * | flags, | ||
const Number * | values | ||
) | [virtual] |
Set Data to corresponing Number.
Implements Ipopt::SchurData.
virtual Index Ipopt::IndexSchurData::SetData_Index | ( | Index | dim, |
const Index * | index, | ||
Number | v = 1.0 |
||
) | [virtual] |
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::SetData_List | ( | const std::vector< Index > & | list, |
Number | v = 1.0 |
||
) | [virtual] |
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::GetRow | ( | Index | i, |
IteratesVector & | v | ||
) | const [virtual] |
Returns the i-th column vector of the matrix.
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::GetMultiplyingVectors | ( | Index | row, |
std::vector< Index > & | indices, | ||
std::vector< Number > & | factors | ||
) | const [virtual] |
Returns two vectors that are needed for matrix-vector multiplication of B and P.
The index is the row, the first vector are the indices of non-zero components, in this row of B, the second vector gives the numbers in B(row,indices)
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::Multiply | ( | const IteratesVector & | v, |
Vector & | u | ||
) | const [virtual] |
Computes B*v with B in R(mxn)
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::TransMultiply | ( | const Vector & | u, |
IteratesVector & | v | ||
) | const [virtual] |
Computes A*u with A in R(nxm), KKT in R(n,n)
Implements Ipopt::SchurData.
virtual void Ipopt::IndexSchurData::PrintImpl | ( | const Journalist & | jnlst, |
EJournalLevel | level, | ||
EJournalCategory | category, | ||
const std::string & | name, | ||
Index | indent, | ||
const std::string & | prefix | ||
) | const [virtual] |
Implements Ipopt::SchurData.
void Ipopt::IndexSchurData::AddData_Flag | ( | Index | dim, |
Index * | flags, | ||
std::vector< Index > & | delta_u_sort, | ||
Index | v | ||
) |
Functions specific to IndexSchurData.
This function is for adding data to a SchurData object. It takes a set of column-indices a value v and adds indices accordingly. If the column is already set in the data, it stays at the same place, otherwise the new indices are added at the bottom, in the order specified by the indices. The vector delta_u_sort returns the actual sorting so that the user knows how to place the new values inside the elongated delta_u vector. These places are in C++ index style, so they correspond exactly to the indices used for the C++-array of the delta_u DenseVector
void Ipopt::IndexSchurData::AddData_List | ( | std::vector< Index > | cols, |
std::vector< Index > & | delta_u_sort, | ||
Index & | new_du_size, | ||
Index | v | ||
) | [virtual] |
Implements Ipopt::SchurData.
const std::vector<Index>* Ipopt::IndexSchurData::GetColIndices | ( | ) | const |
Index* Ipopt::IndexSchurData::GetVectorLengths | ( | const IteratesVector & | v | ) | const [private] |
returns a vector that holds the accumulated length of each vector component: v_len[0] = v.GetComp(0)->Dim() v_len[i] = sum(k=0..i, v.GetComp(k)->Dim())
std::vector<Index> Ipopt::IndexSchurData::idx_ [private] |
Definition at line 77 of file SensIndexSchurData.hpp.
std::vector<Index> Ipopt::IndexSchurData::val_ [private] |
Definition at line 78 of file SensIndexSchurData.hpp.