<lamarc>
<!-- Created from the LamarcDS DataStore -->
	<forces>
		<coalescence>
			<start-values> 0.01 </start-values>
			<method> USER </method>
			<max-events> 1000 </max-events>
		</coalescence>
	</forces>
	<!-- -->
	<chains>
		<replicates> 1 </replicates>
		<heating>
			<temperatures> 1 2 3 4 </temperatures>
			<swap-interval> 1 </swap-interval>
                        <adaptive> true </adaptive>
		</heating>
		<strategy>
			<resimulating> 1 </resimulating>
		</strategy>
			<initial>
				<number> 10 </number>
				<samples> 500 </samples>
				<discard> 1000 </discard>
				<interval> 20 </interval>
			</initial>
		<final>
			<number> 2 </number>
			<samples> 10000 </samples>
			<discard> 1000 </discard>
			<interval> 20 </interval>
		</final>
	</chains>
	<!-- -->
	<format>
		<verbosity> verbose </verbosity>
		<progress-reports> verbose </progress-reports>
		<echo> true </echo>
		<plotting>
			<profile> false </profile>
			<posterior> false </posterior>
		</plotting>
		<seed> 1005 </seed>
		<parameter-file> parmfile </parameter-file>
		<results-file> outfile.regheat </results-file>
		<in-summary-file> insumfile.regheat </in-summary-file>
		<out-summary-file> outsumfile.regheat </out-summary-file>
                <use-out-summary> true </use-out-summary>
                <use-in-summary> false </use-in-summary>
	</format>
	<!-- -->
	<data>
		<region name="multi">
			<population name="finland">
				<individual name="germ_10   ">
					<sample name="germ_10   ">
						<datablock type="DNA">
							TCATTTCCGGTGCAAACCGAATCTCAGCTTGATTAATCTGGATCACCCAGAAGAGCTCTTAAAACGCA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_11   ">
					<sample name="germ_11   ">
						<datablock type="DNA">
							AGATTTGGGGTGCAATGGGAATCTCTCGTTGATTATAGTGGATCAGGGAGAAGAGGACTTAAAACCGT
						</datablock>
					</sample>
				</individual>
				<individual name="germ_20   ">
					<sample name="germ_20   ">
						<datablock type="DNA">
							ACTTTTGCCGTGCATAGCCAATCTGACCATGATTTAACAGGATCTCGCTGAAGACCAGATAAAAGGGA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_21   ">
					<sample name="germ_21   ">
						<datablock type="DNA">
							ACAATTGCGCTGCTAAGCGTATCACACCTAGATAAAACTCGATGACGCACAAGTGCAGTAAAATCGGA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_30   ">
					<sample name="germ_30   ">
						<datablock type="DNA">
							ACATATGCGGAGGAAAGCGATTGTCACCTTCAATAAACTGCAACACGCAGTACAGCAGTTTATACGGA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_31   ">
					<sample name="germ_31   ">
						<datablock type="DNA">
							ACATTAGCGGTCCAAAGCGAAACTCACCTTGTTTAAACTGGTTCACGCAGATGAGCAGTTATAACGGA
						</datablock>
					</sample>
				</individual>
			</population>
		</region>
		<region name="multi2">
			<population name="finland">
				<individual name="germ_10   ">
					<sample name="germ_10   ">
						<datablock type="DNA">
							TCATTTCCGGTGCAAACCGAATCTCAGCTTGATTAATCTGGATCACCCAGAAGAGCTCTTAAAACGCA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_11   ">
					<sample name="germ_11   ">
						<datablock type="DNA">
							AGATTTGGGGTGCAATGGGAATCTCTCGTTGATTATAGTGGATCAGGGAGAAGAGGACTTAAAACCGT
						</datablock>
					</sample>
				</individual>
				<individual name="germ_20   ">
					<sample name="germ_20   ">
						<datablock type="DNA">
							ACTTTTGCCGTGCATAGCCAATCTGACCATGATTTAACAGGATCTCGCTGAAGACCAGATAAAAGGGA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_21   ">
					<sample name="germ_21   ">
						<datablock type="DNA">
							ACAATTGCGCTGCTAAGCGTATCACACCTAGATAAAACTCGATGACGCACAAGTGCAGTAAAATCGGA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_30   ">
					<sample name="germ_30   ">
						<datablock type="DNA">
							ACATATGCGGAGGAAAGCGATTGTCACCTTCAATAAACTGCAACACGCAGTACAGCAGTTTATACGGA
						</datablock>
					</sample>
				</individual>
				<individual name="germ_31   ">
					<sample name="germ_31   ">
						<datablock type="DNA">
							ACATTAGCGGTCCAAAGCGAAACTCACCTTGTTTAAACTGGTTCACGCAGATGAGCAGTTATAACGGA
						</datablock>
					</sample>
				</individual>
			</population>
		</region>
	</data>
</lamarc>
