return the units that this tree is expressed in . concode_field_sep Tree tree concode_elem_sep boolean storedIntervalsKnown concode_elem_sep double[] storedTimes concode_elem_sep List<NodeRef>[] lineagesAdded concode_elem_sep int[] lineageCounts concode_elem_sep List<NodeRef>[] lineagesRemoved concode_elem_sep double multifurcationLimit concode_elem_sep boolean superStore concode_elem_sep int[] indices concode_elem_sep double[] times concode_elem_sep double[] intervals concode_elem_sep int intervalCount concode_elem_sep int[] storedLineageCounts concode_elem_sep List[] lineages concode_elem_sep int[] storedIndices concode_elem_sep boolean intervalsKnown concode_elem_sep double[] storedIntervals concode_field_sep boolean isBinaryCoalescent concode_elem_sep void calculateIntervals concode_elem_sep void setIntervalsUnknown concode_elem_sep double getInterval concode_elem_sep void addLineage concode_elem_sep void restoreState concode_elem_sep int getSampleCount concode_elem_sep void collectTimes concode_elem_sep List getLineages concode_elem_sep double getIntervalTime concode_elem_sep void setMultifurcationLimit concode_elem_sep int getIntervalCount concode_elem_sep boolean isCoalescentOnly concode_elem_sep void removeLineage concode_elem_sep int getLineageCount concode_elem_sep double getDelta concode_elem_sep NodeRef getCoalescentNode concode_elem_sep void setTree concode_elem_sep int getCoalescentEvents concode_elem_sep IntervalType getIntervalType concode_elem_sep double getTotalDuration concode_elem_sep void storeState concode_elem_sep String toString concode_elem_sep void setUnits
Type function ( ) { return tree . getUnits ( ) ; }