geant4/examples/extended/radioactivedecay/exrdm/macros/test.aida

<?xml version="1.0" encoding="ISO-8859-1"?>
<!DOCTYPE aida SYSTEM "http://aida.freehep.org/schemas/3.2.1/aida.dtd" >
<aida version="3.2.1">
<implementation package="pi" version="1"/>
<histogram1d name="10" path="/" title="Energy deposit (MeV) in the traget">
<annotation>
<item key="Title" value="Energy deposit (MeV) in the traget"/>
<item key="Name" value="10"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<tuple name="100" options="" path="/" title="Emitted Particles">
<annotation>
<item key="Title" value="Emitted Particles"/>
<item key="Name" value="100"/>
</annotation>
<columns>
<column name="Name" type="std::string"/>
<column name="float Energy" type="std::string"/>
<column name="Time" type="std::string"/>
<column name="Weight" type="std::string"/>
</columns>
<rows/>
</tuple>
<histogram1d name="11" path="/" title="Energy deposit (MeV) in the detector">
<annotation>
<item key="Title" value="Energy deposit (MeV) in the detector"/>
<item key="Name" value="11"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<histogram1d name="12" path="/" title="Total energy spectrum (MeV) of the traget and detector">
<annotation>
<item key="Title" value="Total energy spectrum (MeV) of the traget and detector"/>
<item key="Name" value="12"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<histogram1d name="13" path="/" title="Coincidence spectrum (MeV) between the traget and detector">
<annotation>
<item key="Title" value="Coincidence spectrum (MeV) between the traget and detector"/>
<item key="Name" value="13"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<histogram1d name="14" path="/" title="Anti-coincidence spectrum (MeV) in the traget">
<annotation>
<item key="Title" value="Anti-coincidence spectrum (MeV) in the traget"/>
<item key="Name" value="14"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<histogram1d name="15" path="/" title="Anti-coincidence spectrum (MeV) in the detector">
<annotation>
<item key="Title" value="Anti-coincidence spectrum (MeV) in the detector"/>
<item key="Name" value="15"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<histogram1d name="16" path="/" title="Decay emission spectrum (MeV)">
<annotation>
<item key="Title" value="Decay emission spectrum (MeV)"/>
<item key="Name" value="16"/>
<item key="Entries" value="0"/>
<item key="Mean" value="0.0000e+00"/>
<item key="Rms" value="0.0000e+00"/>
<item key="Extra Entries" value="0"/>
<item key="Overflow" value="0"/>
<item key="Underflow" value="0"/>
</annotation>
<axis direction="x" max="1.50000000e+01" min="0.00000000e+00" numberOfBins="100"/>
<statistics entries="0">
<statistic direction="x" mean="0.00000000e+00" rms="0.00000000e+00"/>
</statistics>
<data1d/>
</histogram1d>
<tuple name="200" options="" path="/" title="RadioIsotopes">
<annotation>
<item key="Title" value="RadioIsotopes"/>
<item key="Name" value="200"/>
</annotation>
<columns>
<column name="Name" type="std::string"/>
<column name="float Time" type="std::string"/>
<column name="Weight" type="std::string"/>
</columns>
<rows/>
</tuple>
<tuple name="300" options="" path="/" title="Energy Depositions">
<annotation>
<item key="Title" value="Energy Depositions"/>
<item key="Name" value="300"/>
</annotation>
<columns>
<column name="Energy" type="float"/>
<column name="Time" type="float"/>
<column name="Weight" type="float"/>
</columns>
<rows/>
</tuple>
</aida>