Standard vector in basic linear algebra, i.e. BLAS/LAPACK.
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| Vector () |
| create zero sized vector
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| Vector (const size_t n) |
| create vector of size n and stride 1
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| Vector (const Vector &v) |
| copy operator (copy reference)
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| Vector (const MemBlockRef< value_t > &ref, const Range &r) |
| create vector based on memory block ref and range r
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| Vector (const Vector< value_t > &v, const Range &r, const copy_policy_t p=copy_reference) |
| create copy/reference to sub vector of v defined by r
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| Vector (const Matrix< value_t > &M, const Range &r, const idx_t col, const copy_policy_t p=copy_reference) |
| create copy/reference to column of matrix M defined by r and col
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| Vector (const Matrix< value_t > &M, const idx_t row, const Range &r, const copy_policy_t p=copy_reference) |
| create copy/reference to row of matrix M defined by r and row
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Vector & | operator= (const Vector &v) |
| copy operator for vectors
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size_t | length () const |
| return length of vector
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size_t | stride () const |
| return stride of index set
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value_t | operator() (const idx_t i) const |
| return coefficient at position i
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value_t & | operator() (const idx_t i) |
| return reference to coefficient at position i
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value_t | entry (const idx_t i) const |
| explicitly return coefficient and no reference at position i
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Vector | operator() (const Range &r) const |
| return reference to sub vector defined by r
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value_t * | data () const |
| give access to internal data
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| MemBlockRef () |
| ctor for zero sized block but reference to NULL block
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| MemBlockRef (const MemBlockRef< value_t > &ref) |
| ctor: store memory block ref and add a reference
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| MemBlockRef (const size_t n) |
| ctor: create memory block of size n and one reference
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| ~MemBlockRef () |
| dtor: delete reference, but not necessarily the data
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void | set_block (MemBlock< value_t > *b=&_null_block) |
| set internal memory block to b (default = NULL)
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void | set_block (const MemBlockRef< value_t > &ref) |
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