Another plot for the analysis
-- make a plot of the best guess of Kon and Koff (check the grid from Full Model 2)
maybe use a red big cross for the best guess
something different for the 5 other best guess
something of increasingly smaller size for all the other
plot(best guess, big red large circle, size 15)
plot(5 bestes, medium green circle, size 10)
num = numel(guesses) - best - 5 best = numel -6
to calculate the size of the dot is a linear regression with negative slope
x = nummer of guesses
y = size
slope = (diff of size = 9 to 1, hence 8) / num
y-intercept = max size of dot (y when x is one) + abs(slope)
for i = i:num
size = slope*i + intercept
plot(i, size, blue)
endfor
Note: the grid already comes sorted by ssr
Another plot for the analysis
-- make a plot of the best guess of Kon and Koff (check the grid from Full Model 2)
maybe use a red big cross for the best guess
something different for the 5 other best guess
something of increasingly smaller size for all the other
plot(best guess, big red large circle, size 15)
plot(5 bestes, medium green circle, size 10)
num = numel(guesses) - best - 5 best = numel -6
to calculate the size of the dot is a linear regression with negative slope
x = nummer of guesses
y = size
slope = (diff of size = 9 to 1, hence 8) / num
y-intercept = max size of dot (y when x is one) + abs(slope)
for i = i:num
size = slope*i + intercept
plot(i, size, blue)
endfor
Note: the grid already comes sorted by ssr