daviddoji/CalculusWithJuliaNotes.jl
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fix typo

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jverzani 2024-10-31 14:26:45 -04:00
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quarto/precalc/vectors.qmd
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@ -744,7 +744,7 @@ These properties may not all be desirable for one reason or the other and `Juli
Vectors are $1$-dimensional, but there are desires for other dimensions. Vectors are a implemented as a special case of a more general array type. Arrays are of dimension $N$ for various non-negative values of $N$. A common, and somewhat familiar, mathematical use of a $2$-dimensional array is a matrix.
Arrays can have their entries accessed by dimension and within that dimension their components. By default these are $1$-based, but other offsets are possible through the `OffetArrays.jl` package. A matrix can refer to its values either by row and column indices or, as a matrix has linear indexing by a single index.
Arrays can have their entries accessed by dimension and within that dimension their components. By default these are $1$-based, but other offsets are possible through the `OffsetArrays.jl` package. A matrix can refer to its values either by row and column indices or, as a matrix has linear indexing by a single index.
For large collections of data with many entries being $0$ a sparse array is beneficial for less memory intensive storage. These are implemented in the `SparseArrays.jl` package.