Dimensions of Arrays

Tags: #◇CCPROG2 #◇C Programming #◇Programming #◇Computer Science #◇Data Structures #◇Data Types #◇Structured Programming #◇Memory Management

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◇Overview

◇Details / Theory

◇One-Dimensional Arrays (1D Arrays)

◇Two-Dimensional Arrays (2D Arrays)

◇Multidimensional Arrays (3D+)

◇Common Pitfalls

Confusing dimension with size — dimension is the number of indices needed (1D, 2D, 3D), size is the total number of elements
Assuming all dimensions have the same number of elements — a 2D array can be int arr[3][5] (3 rows, 5 columns)
Using multidimensional arrays when a 1D array with index math would suffice — higher dimensions increase complexity and memory overhead

◇Summary

TL;DR — Arrays can be 1D (single index), 2D (row × column, stored in row-major order), or multidimensional (3D+). Dimension = number of indices required to access an element. Choose the smallest dimension that models your data naturally.

◇Links

Related: - ◇One-Dimensional Arrays (1D Arrays) - ◇Two-Dimensional Arrays (2D Arrays) - ◇Multidimensional Arrays (3D+)
Source / Reference:

◇References & Navigation

• Previous Topic: ◇Common Array Operations & Considerations
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• Related Notes: ◇One-Dimensional Arrays (1D Arrays), ◇Two-Dimensional Arrays (2D Arrays)