Sometimes it can be useful to create labelings at multiple threshold levels at non-linear steps. Instead of going from 128 to 255 in steps of 10, you might want to set the levels at e.g. 10, 15, 23, 35, 53, 80, 120, ... (i.e. 10*(1.5)^n)
Of course you can log-transform (and re-normalize to unsigned byte type) your image before running Level CCA. In this case it would be great if Level CCA supported floating point number as lower/upper bounds and step size.
Sometimes it can be useful to create labelings at multiple threshold levels at non-linear steps. Instead of going from 128 to 255 in steps of 10, you might want to set the levels at e.g. 10, 15, 23, 35, 53, 80, 120, ... (i.e.
10*(1.5)^n)Of course you can log-transform (and re-normalize to unsigned byte type) your image before running Level CCA. In this case it would be great if Level CCA supported floating point number as lower/upper bounds and step size.