Do you enjoy logic games such as number puzzles? Have you ever considered how such games and programming relates? There is more than one way to solve a problem; that’s the basic idea that programming and logic games share. Does it sound far-fetched? For most gamers, considering how programming and logic games link is hardly the highlight of their gaming endeavors. However, as you dive deep into your favorite logic games, your progress follows a certain set of rules to arrive at a conclusive point. At its core, that is logical reasoning, and it also applies in programming. Logical reasoning can simply be defined as the process of applying rules to solve a problem.

Programming and logical reasoning

A program’s backbone is an algorithm that a programmer develops. The algorithm is step-by-step instructions a programmer develops to solve a specific problem, and it comes along with rules that lay down the path to follow to handle a situation. Following the algorithm, the rules show what comes next if a condition is met or not. For the algorithm to work correctly, the programmer builds rules following logical reasoning. This determines the path a user follows when employing the program, noting that a problem-solving quest doesn’t have to follow only one approach. As per the input, the program predicts what comes next and sets in motion the appropriate action.

Logic games

While solving logic games, the main trick is to understand the rules and follow the clues that guide your steps. Solving a puzzle such as Sudoku, for example, provides gamers with a range of paths to follow to complete the grid. However, regardless of your approach, you have to follow the rules. If you don’t, you can’t fill every square and cell with the right numbers, meaning that you’ll fail. If you place a certain number on a cell, you need to review its impact on the whole grid and ensure that it follows the given rules. If you don’t, you’ll only be filling the grid aimlessly with numbers holding no flow intended. Finding a logical flow, following the set rules, determines what step you’ll take. From your previous step, you can review the grid and establish if you are following the rules or need to change your action to stay on course.

Programming and logic games are distinct yet closely related. For gamers to succeed, they don’t have to be programmers. Likewise, for a programmer to develop successful programs, they don’t have to be puzzlers. However, both employ similar fundamental principles of logical reasoning. Programming and logic games also strive to arrive at a certain conclusion after solving a problem. While playing logic games, the goal is to fill the grid with the right values, either number placements or coloring, to create an image. On the other hand, programming provides a sequence of instructions that performs a task, solving a certain problem. From the simplest to the most sophisticated programs such as an operating system, the goal remains to follow given rules to solve a problem automatically.