I
ilford3200
Hello!
I'm having trouble running the following randomization procedure in
PopTools 3.0 for Excel and could really use some help!
-I have two columns of paired comparisons. Each column contains 6000
values (rows).
-In a third column I calculated whether or not the two paired values
in row 1 are the same as the two paired values in row 2. The formula
indicates when adjacent rows are the same with a '1' and a '0' if they
are different.
-I then copied this formula all the way down the third column, so that
I could tell when paired values in immediately adjacent rows were the
same (i.e., rows 1 and 2, 2 and 3, 3 and 4, etc.).
-I then summed the cells of the third column to give me the total
number of times I had adjacent rows of paired values that were the
same.
Now,
-I need to shuffle the values in column 1 while keeping the original
values in column 2 the same, and recalculate the 1s and 0s in the
third column. I then need to repeat this step 1000 times, each time
calculating the sum of the third column and keeping this summed value
to create a sampling distribution.
The purpose of this test is to see if my original data have more or
fewer adjacent rows that are the same than random.
Thanks in advance,
Ilford
I'm having trouble running the following randomization procedure in
PopTools 3.0 for Excel and could really use some help!
-I have two columns of paired comparisons. Each column contains 6000
values (rows).
-In a third column I calculated whether or not the two paired values
in row 1 are the same as the two paired values in row 2. The formula
indicates when adjacent rows are the same with a '1' and a '0' if they
are different.
-I then copied this formula all the way down the third column, so that
I could tell when paired values in immediately adjacent rows were the
same (i.e., rows 1 and 2, 2 and 3, 3 and 4, etc.).
-I then summed the cells of the third column to give me the total
number of times I had adjacent rows of paired values that were the
same.
Now,
-I need to shuffle the values in column 1 while keeping the original
values in column 2 the same, and recalculate the 1s and 0s in the
third column. I then need to repeat this step 1000 times, each time
calculating the sum of the third column and keeping this summed value
to create a sampling distribution.
The purpose of this test is to see if my original data have more or
fewer adjacent rows that are the same than random.
Thanks in advance,
Ilford