While not immediately applicable to BdvFunctions.show(), relaxing the NumericType constraint on AbstractSource and the RandomAccessibleSource classes would be helpful for something like ViewerPanel.addSource(), allowing these convenience classes to be used in those applications as well (i.e. passing a RandomAccessibleInterval<LabelMultisetType>).
In the case where T is not a NumericType, only the NearestNeighborInterpolator is used, rather than DefaultInterpolators which requires NumericType so that it can use both Nearest Neighbor and NLinear.
While not immediately applicable to
BdvFunctions.show(), relaxing theNumericTypeconstraint onAbstractSourceand theRandomAccessibleSourceclasses would be helpful for something likeViewerPanel.addSource(), allowing these convenience classes to be used in those applications as well (i.e. passing aRandomAccessibleInterval<LabelMultisetType>).In the case where
Tis not aNumericType, only theNearestNeighborInterpolatoris used, rather thanDefaultInterpolatorswhich requiresNumericTypeso that it can use both Nearest Neighbor and NLinear.Notably, this solution uses a raw type on
DefaultInterpolators, but I don't know of a much better way to do it.@hanslovsky suggested this change.