This PR adds the possibility to calculate discrete logarithmic bounds, e.g. via sp.update(bounds='log') or sp.update(bounds='symlog') for symmetric bounds around 0. This option has at least one boundary per power of ten (which would be equivalent to sp.update(bounds=['log', 1])) and the second (optional) number controls how many number per power of tenth exists. sp.update(bounds=['log', 2]) for instance results is something like [1, 5, 10, 50, 100, 500], etc..
If this second number is omitted, then we calculate it such, that we are around 11 boundaries in total.
Additionally, this PR fixes the default setting of colorbar ticks.
Closes #13
[x] Tests added (for all bug fixes or enhancements)
[x] Tests passed (for all non-documentation changes)
[x] Fully documented, including CHANGELOG.rst for all changes
This PR adds the possibility to calculate discrete logarithmic bounds, e.g. via
sp.update(bounds='log')orsp.update(bounds='symlog')for symmetric bounds around 0. This option has at least one boundary per power of ten (which would be equivalent tosp.update(bounds=['log', 1])) and the second (optional) number controls how many number per power of tenth exists.sp.update(bounds=['log', 2])for instance results is something like[1, 5, 10, 50, 100, 500], etc..If this second number is omitted, then we calculate it such, that we are around 11 boundaries in total.
Additionally, this PR fixes the default setting of colorbar ticks.
Closes #13
CHANGELOG.rstfor all changes