| Averaging() | xchen::TensorArray< T, dims > | |
| Begin() | xchen::TensorArray< T, dims > | [inline] |
| Clear() | xchen::TensorArray< T, dims > | [inline] |
| CopyExtend(int left,...) | xchen::TensorArray< T, dims > | [inline] |
| CopyExtend(int *rightleft) | xchen::TensorArray< T, dims > | [inline] |
| CopyExtendAtDirection(int i, int left, int right) | xchen::TensorArray< T, dims > | [inline] |
| Empty() const | xchen::TensorArray< T, dims > | [inline] |
| End() | xchen::TensorArray< T, dims > | [inline] |
| Extend(int left,...) | xchen::TensorArray< T, dims > | [inline] |
| Extend(int *rightleft) | xchen::TensorArray< T, dims > | [inline] |
| ExtendAtDirection(int i, int left, int right) | xchen::TensorArray< T, dims > | [inline] |
| GetElement(int *idx) const | xchen::TensorArray< T, dims > | |
| GetElement(int i,...) const | xchen::TensorArray< T, dims > | |
| GetSize(int dir=0) const | xchen::TensorArray< T, dims > | [inline] |
| GetSize(int *Sz) const | xchen::TensorArray< T, dims > | [inline] |
| GetTotalSize() const | xchen::TensorArray< T, dims > | [inline] |
| Insert(linear_iterator itr, T const &val) | xchen::TensorArray< T, dims > | |
| Insert(int dir, int before) | xchen::TensorArray< T, dims > | |
| InsertMiddlePoints(bool average=true) | xchen::TensorArray< T, dims > | |
| LinearIterate(int dir, int start, int len) | xchen::TensorArray< T, dims > | [inline] |
| LinearIterate(int *start=0, int *end=0) | xchen::TensorArray< T, dims > | [inline] |
| LinearReverseIterate(int dir, int start, int len) | xchen::TensorArray< T, dims > | [inline] |
| LinearReverseIterate(int *start=0, int *end=0) | xchen::TensorArray< T, dims > | [inline] |
| operator<<(ostream &os, const TensorArray &) | xchen::TensorArray< T, dims > | [friend] |
| operator=(const TensorArray &rhs) | xchen::TensorArray< T, dims > | |
| operator=(T) | xchen::TensorArray< T, dims > | |
| operator[](int i) | xchen::TensorArray< T, dims > | [inline] |
| operator[](Vector< int, dims >const &i) | xchen::TensorArray< T, dims > | [inline] |
| PopBack(int i=0) | xchen::TensorArray< T, dims > | |
| PopFront(int i=0) | xchen::TensorArray< T, dims > | |
| PrintShape() const | xchen::TensorArray< T, dims > | |
| Rbegin() | xchen::TensorArray< T, dims > | [inline] |
| Rend() | xchen::TensorArray< T, dims > | [inline] |
| Reserve(int newCapacity,...) | xchen::TensorArray< T, dims > | [inline] |
| Reserve(int *newCapacity) | xchen::TensorArray< T, dims > | |
| Resize(int newSz,...) | xchen::TensorArray< T, dims > | [inline] |
| Resize(int *newSz) | xchen::TensorArray< T, dims > | |
| ResizeOneDirection(int i, int new_sz) | xchen::TensorArray< T, dims > | |
| RowIterate(int row_d, int subarray_d, int start, int len) | xchen::TensorArray< T, dims > | [inline] |
| RowIterate(int d=0, int *start=0, int *end=0) | xchen::TensorArray< T, dims > | [inline] |
| RowReverseIterate(int r_d, int sub_d, int start, int L) | xchen::TensorArray< T, dims > | [inline] |
| RowReverseIterate(int d=0, int *start=0, int *end=0) | xchen::TensorArray< T, dims > | [inline] |
| SetN(int N) | xchen::TensorArray< T, dims > | [inline] |
| SliceIterate(int dir=0, int start=0, int end=0) | xchen::TensorArray< T, dims > | [inline] |
| TensorArray() | xchen::TensorArray< T, dims > | [inline] |
| TensorArray(int sz,...) | xchen::TensorArray< T, dims > | [inline, explicit] |
| TensorArray(int *sz) | xchen::TensorArray< T, dims > | [inline, explicit] |
| TensorArray(MyType const &) | xchen::TensorArray< T, dims > | [inline] |
| TensorArray(MyType const &, int d, int s, int e) | xchen::TensorArray< T, dims > | [inline] |
| TensorArray(MyType const &, int *start, int *end) | xchen::TensorArray< T, dims > | [inline] |
| TensorArray(TensorArray< T, dims+1 > const &rhs, int d, int s) | xchen::TensorArray< T, dims > | [inline] |
| TensorArray< T, dims-1 > class | xchen::TensorArray< T, dims > | [friend] |
| Transform(xchen::Transform const &) | xchen::TensorArray< T, dims > | [inline] |
| ~TensorArray() | xchen::TensorArray< T, dims > | [inline] |
