How to resolve the algorithm Thue-Morse step by step in the Julia programming language
Published on 22 June 2024 08:30 PM
How to resolve the algorithm Thue-Morse step by step in the Julia programming language
Table of Contents
Problem Statement
Create a Thue-Morse sequence.
Let's start with the solution:
Step by Step solution about How to resolve the algorithm Thue-Morse step by step in the Julia programming language
Function Definition:
function thuemorse(len::Int)
This defines a function called thuemorse
that takes one argument, len
, which specifies the length of the Thue-Morse sequence to generate.
Initialization:
rst = Vector{Int8}(len)
rst[1] = 0
rst
is initialized as a growingVector{Int8}
of lengthlen
.- Its first element
rst[1]
is set to 0, as per the definition of the Thue-Morse sequence.
Loop for Generating the Sequence:
i, imax = 2, 1
while i ≤ len
while i ≤ len && i ≤ 2 * imax
rst[i] = 1 - rst[i-imax]
i += 1
end
imax *= 2
end
i
is the index of the element in the sequence being calculated.imax
keeps track of the current maximum value ofi
that has been reached in previous iterations.- The inner loop generates the elements of the sequence using the Thue-Morse definition:
- If
i
is less than or equal to the lengthlen
and less than or equal to twiceimax
, then:- The value of
rst[i]
is set to 1 minus the value ofrst[i-imax]
. This is the definition of the Thue-Morse sequence, where each element is the complement (0 or 1) of the elementimax
steps back in the sequence. i
is incremented by 1.
- The value of
- If
- The outer loop continues doubling
imax
after each iteration of the inner loop. This allows the sequence to be generated efficiently by doubling the steps back with each iteration.
Return:
return rst
The function returns the generated Thue-Morse sequence as a Vector{Int8}
.
Usage:
println(join(thuemorse(100)))
- This line generates the Thue-Morse sequence of length 100 and joins its elements into a string using
join
. println
then prints the resulting string.
Source code in the julia programming language
function thuemorse(len::Int)
rst = Vector{Int8}(len)
rst[1] = 0
i, imax = 2, 1
while i ≤ len
while i ≤ len && i ≤ 2 * imax
rst[i] = 1 - rst[i-imax]
i += 1
end
imax *= 2
end
return rst
end
println(join(thuemorse(100)))
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