Another question - about the range and steps -
Lets say I want to sample a parameter over a log scale -
Let’s say
p=1
p_range = [p/100, p*100]
psteps =11
# whihc I assume is equivalent to
collect(range(1.0/100, length=11, stop=1.0*100))
samples through
11-element Array{Float64,1}:
0.01
10.009
20.008
30.007
40.006
50.005
60.004
70.003
80.002
90.001
100.0
Is this correct?
If this is true consider that a logscale would be a better range to sample trhough the different
order of magnitud for the parameter in question-
for example-
something like this
10 .^range(log10(p/100), length=11, stop=log10(p*100))
samples through
11-element Array{Float64,1}:
0.01
0.025118864315095794
0.06309573444801933
0.15848931924611132
0.3981071705534972
1.0
2.51188643150958
6.309573444801933
15.848931924611133
39.810717055349734
100.0
Am I right that the parameter sapce is divided linearly and not logarithmically?