# Reduced Collatz Dynamics for Integers from 3 to 999999

Citation Author(s):
Wei Ren
Submitted by:
Wei Ren
Last updated:
Thu, 11/08/2018 - 10:34
DOI:
10.21227/hq8c-x340
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#### Abstract

The data is reduced Collatz dynamics that is denoted by occurred (3*x+1)/2 represented by "-'' and x/2 represented by "0", during the process from a starting integer to the first integer less than the starting integer. The format is: starting integer, binary representation, the count of (3*x+1)/2, the count of x/2, the reduced dynamics represented by "-'' and "0", the ratio - the count of x/2 over the count of (3*x+1)/2.

E.g., 3 11 2 2 1.0000000 --00, 7 111 4 3 0.7500000 ---0-00. The data file presents starting integer from 3 to 999999. As reduced dynamics is "0" for x=0 mod 2 and is "-0" for x=1 mod 4, we only output x=3 mod 4 in the data file.

Instructions:

The format of data is:

starting integer, binary representation of the starting integer, the count of (3*x+1)/2, the count of x/2, the reduced dynamics represented by "-'' and "0", the ratio - the count of x/2 over the count of (3*x+1)/2.

E.g., 3 11 2 2 1.0000000 --00. It means that the reduced dynamics for 3 is --00, which means that (3*x+1)/2, (3*x+1)/2, x/2, x/2. Indeed, reduced dynamics for 3 is 3 ->10 -> 5 -> 16 -> 8 -> 4 ->2.

As 2<3, reduced dynamics for 3 is obtained.

7 111 4 3 0.7500000 ---0-00. It means that the reduced dynamics for 7 is ---0-00, which means that (3*x+1)/2, (3*x+1)/2, (3*x+1)/2, x/2, (3*x+1)/2, x/2, x/2. Indeed, reduced dynamics for 7 is

7 -> 22 -> 11 -> 34 -> 17 -> 52 -> 26 -> 13 -> 40 -> 20 -> 10 -> 5.

As 5 <7, reduced dynamics for 7 is obtained.