Have implemented a NodeHeightsStatistic. This produces an ordered list of node heights. If given a groupSize statistic then it will group them accordingly. This allows us to write a demographic log file that contains the population sizes and change points for Skyline and Skyride plots: <log id="demoLog" logEvery="5000" fileName="gmrf.demo">     <parameter idref="skyride.logPopSize"/>     <nodeHeightsStatistic id="changePoint">         <treeModel idref="treeModel"/>     </nodeHeightsStatistic>			 </log> 		 <log id="demoLog" logEvery="5000" fileName="bsp.demo">     <parameter idref="skyline.popSize"/>     <parameter idref="skyline.groupSize"/>     <nodeHeightsStatistic id="changePoint">         <treeModel idref="treeModel"/>         <parameter idref="skyline.groupSize"/>     </nodeHeightsStatistic>			 </log> 		
Have implemented a NodeHeightsStatistic. This produces an ordered list of node heights. If given a groupSize statistic then it will group them accordingly. This allows us to write a demographic log file that contains the population sizes and change points for Skyline and Skyride plots:
<log id="demoLog" logEvery="5000" fileName="gmrf.demo">
    <parameter idref="skyride.logPopSize"/>
    <nodeHeightsStatistic id="changePoint">
        <treeModel idref="treeModel"/>
    </nodeHeightsStatistic>			
</log>
		
<log id="demoLog" logEvery="5000" fileName="bsp.demo">
    <parameter idref="skyline.popSize"/>
    <parameter idref="skyline.groupSize"/>
    <nodeHeightsStatistic id="changePoint">
        <treeModel idref="treeModel"/>
        <parameter idref="skyline.groupSize"/>
    </nodeHeightsStatistic>			
</log>
		

luminwin/beast-mcmc,luminwin/beast-mcmc,luminwin/beast-mcmc,luminwin/beast-mcmc,luminwin/beast-mcmc