Creating a Tromino with n=8 and Missing Square at (4,6)

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Homework Help Overview

The discussion revolves around creating a tromino on an 8x8 board with a specific missing square. Participants are exploring the definitions and properties of trominos and polyominos, as well as the implications of the parameters involved in the problem.

Discussion Character

  • Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • The original poster attempts to define the problem setup and seeks assistance in denoting the missing square. Some participants question the definition of a tromino and its relation to the term polyomino, while others inquire about the meaning of the parameter n.

Discussion Status

The discussion is currently focused on clarifying terminology and understanding the problem's requirements. There is no explicit consensus yet, but participants are engaging with the concepts and definitions involved.

Contextual Notes

There is some ambiguity regarding the definition of trominos and the parameter n, which may affect the understanding of the problem. The original poster's approach to denoting the missing square is also under consideration.

Bucs44
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I'm trying to create a tromino where n=8 and the missing square is four from the left and six from the top.

Here's what I have so far:

Input: n, a power of 8; and the location L of the missing square
Output: A tiling of an n x n deficient board
1. tile(n,L) {
2. if (n==8) {


I'm unsure of how to denote where the missing square is. Can anyone help?
 
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What's a tromino?
 
StatusX said:
What's a tromino?

That doesn't bode well for me - but a tromino is an object made up of three squares. It can also be called a polyomino.
 
Well, that doesn't really narrow it down. But I can guess what you mean is one of the two 2D shapes consisting of 3 squares, where each shares a side with one of the others, ie, they're in a straight line or they make an L.

But then what does n refer to? Or do you mean for there to be n squares, where n isn't necessarily 3? (I'm betting this is actually what "polyomino" refers to)
 
Last edited:

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