Generate a Formula for Square Spiral Algorithm | 10x10 Problem Statement

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SUMMARY

The discussion focuses on generating a formula for a square spiral algorithm specifically for a 10x10 grid. The proposed formula, a = x + y - 1, successfully calculates values for the first row and column but fails for subsequent numbers. Participants emphasize the importance of visualizing the final output to guide the formulation process. The conversation encourages a structured approach to problem-solving in algorithm design.

PREREQUISITES
  • Understanding of algorithm design principles
  • Familiarity with coordinate systems in programming
  • Basic knowledge of mathematical sequences
  • Experience with programming languages for implementation
NEXT STEPS
  • Research "Square Spiral Algorithm" for various implementations
  • Learn about "Mathematical Induction" for formula validation
  • Explore "Coordinate Transformation" techniques in algorithms
  • Study "Recursive Algorithms" for generating complex patterns
USEFUL FOR

This discussion is beneficial for computer scientists, algorithm developers, and mathematics enthusiasts interested in algorithmic pattern generation and problem-solving strategies.

SwiftxStuff
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The problem statement
c8bde7b850.png


Form a formula to generate every value in the 10x10 square spiral shown above. Use the variables: x = the column of the cell, y = the row of the cell, s = the size of the spiral (in this case 10).

The formula must work for any size of spiral, where s is the width and height of the spiral.

Solution attempt

Let a = the value of the cell
a = x + y - 1
This works for the first row and the first column of 10-19, but doesn't work for any further numbers.
 
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Hi SxS. Welcome to the famous Physics Forums! :smile:

Have you thought how you might present your answer? That might be a good place to start. Try and work out what the answer would look like. Imagine that someone were to hand you the correct answer all figured out...how would you recognize it as being correct? What form would the answer take?

Not until you have thought about what the answer will look like will you be at the right place to start thinking of an approach to getting that answer.
 

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