Can a Tree Visit Every Cell in a Cubic Lattice Blindly?

In summary, the conversation discusses the need to generate a tree in a cubic lattice that visits every other cell just once, without marking the cell as visited. The speaker also mentions finding a solution and thanks for any references.
  • #1
intervoxel
195
1
I need to generate a tree in a cubic lattice that, from any cell, visits every other cell in the lattice just once. This visit must be blind, that is, it is not allowed to mark the cell as visited.
Thanks in advance for any solution or reference.
 
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  • #2
intervoxel said:
I need to generate a tree in a cubic lattice that, from any cell, visits every other cell in the lattice just once. This visit must be blind, that is, it is not allowed to mark the cell as visited.
Thanks in advance for any solution or reference.
Is this schoolwork?
 
  • #3
No, it's research.
 
  • #4
I Found a solution. Thanks.
 

What is a tree in a cubic lattice?

A tree in a cubic lattice is a mathematical model used to represent the branching structure of a tree in a three-dimensional space. It consists of a set of points, called nodes, connected by edges that form a cube-like shape.

Why is a cubic lattice used to model trees?

A cubic lattice is used because it allows for easy representation of the branching patterns of a tree, with each node having exactly three neighbors and branching at 90-degree angles. This makes it a simple and efficient way to study the growth and structure of trees.

What are the applications of studying trees in a cubic lattice?

Studying trees in a cubic lattice has various applications in fields such as biology, physics, and computer science. It can help in understanding the growth and development of real-world trees, simulating tree growth for virtual environments, and studying the properties of branching structures.

How is a tree in a cubic lattice different from a real tree?

A tree in a cubic lattice is a simplified mathematical model and does not accurately represent the complexity of a real tree. For example, real trees have varying branching angles and sizes, while a tree in a cubic lattice has a fixed branching angle and uniform edges.

What are the limitations of using a cubic lattice to model trees?

One limitation is that it assumes a regular and symmetric branching pattern, which may not accurately represent the growth of all types of trees. Additionally, the model does not take into account factors such as wind and other external forces that can affect the growth of a real tree.

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