simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation).CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation). CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see

simply serving as a "line continuation" character. This allows a single horizontal concatenation to span multiple lines (without the line break being interpreted as a vertical concatenation). CHAPTER 20 of CartesianIndex{N} are also supported. They represent a collection of scalar indices that each span N dimensions, enabling a form of indexing that is sometimes referred to as pointwise indexing. For by to_indices to an internal vector type (Base.Slice) to represent the collection of indices they span before being used. The singleton instance of Colon is also a function used to construct ranges; see