A region defined by start and end index and lower and upper bound for each dimension.

T

length type.

N

no. of dimensions.

Types

• using rect_domain_type = blitz::RectDomain< N >
• using int_n = blitz::TinyVector< int, N >
• using vec = blitz::TinyVector< T, N >

Methods

• empty() const -> bool
• near(const Grid & rhs, T eps) -> bool
• template <class ... Args>
contains(const vec & x, const Args &... tail) const -> bool
• contains(const vec & x) const -> bool
• within_bounds(T x, int dim) const -> bool
• clear() -> void
• template <class ... Tail>
select(int head, Tail ... tail) const -> auto
• template <class ... Tail>
operator()(const blitz::Range & head, const Tail &... tail) const -> Grid< T, N >
• operator()(const blitz::RectDomain< N > & domain) const -> Grid< T, N >
• index(T x, const int dim) const -> const T
• index(const vec & x) const -> const vec
• operator!=(const Grid & rhs) const -> bool
• operator==(const Grid & rhs) const -> bool
• operator()(const int i, const int dim) const -> const T
• operator()(const int_n & i, const vec & delta) const -> const vec

  Point inside the region specified by index i and delta.

• operator()(const int_n & i) const -> const vec

  Point inside the region specified by index i.

• delta() const -> vec

  The size of the patch (interval) for all dimensions.

• delta(int i) const -> const T

  The size of the patch (interval) for dimension i.

• num_elements() const -> size_t

  Total number of grid points.

• length(int i) const -> const T

  The size of the region for dimension i.

• size() const -> const vec

  The size of the region.

• num_patches() const -> const int_n

  The number of patches (intervals) for all dimensions.

• num_patches(int i) const -> int

  The number of patches (intervals) for dimension i.

• max(int i) -> T &
• max(int i) const -> T
• max() -> vec &
• ubound(int i) -> T &
• ubound(int i) const -> T
• ubound() -> vec &

  Upper bound of the region.

• ubound() const -> const vec &

  Upper bound of the region.

• min(int i) -> T &
• min(int i) const -> T
• min() -> vec &
• lbound(int i) -> T &
• lbound(int i) const -> T
• lbound() -> vec &

  Lower bound of the region.

• lbound() const -> const vec &

  Lower bound of the region.

• domain() const -> rect_domain_type
• shape(int i) -> int &
• shape(int i) const -> int
• extent(int i) const -> int

  The number of points for dimension i.

• shape() -> int_n &
• shape() const -> const int_n

  The number of points for all dimensions.

• template <class ... Tail>
Grid(const Grid< T, 1 > & head, const Tail &... tail)explicit
• Grid(const int_n & shape)explicit
• Grid(const vec & ubound, const int_n & shape)
• Grid(const vec & lbound, const vec & ubound, const int_n & shape)
• template <class X>
Grid(const Grid< X, N > & rhs)explicit
• operator=(Grid &&) -> Grid &
• Grid(Grid &&)
• operator=(const Grid &) -> Grid &
• Grid(const Grid &)
• ~Grid()
• Grid()

Friends

• operator<<
• operator>>
• operator<<