<simulation xmds-version="2">
  <testing>
    <xsil_file name="transverse_integration_in_vector_initialisation.xsil" expected="transverse_integration_in_vector_initialisation_expected.xsil" absolute_tolerance="1e-7" relative_tolerance="1e-5" />
  </testing>


 <name>transverse_integration_in_vector_initialisation</name>
 <author> Sebastian Wuester (Feb 2012)</author>
 <description>
   Solve Master-equation for system density matrix in super-matrix form
</description>

 <geometry>
   <propagation_dimension> t </propagation_dimension>
   <transverse_dimensions>
    <dimension name="Rpos" type="integer" lattice="3" domain="(0, 2)" />        <!-- atom positions -->  
    <dimension name="r" type="real" lattice="2" domain="(0,2)" />
   </transverse_dimensions>
 </geometry>

 <vector name="atompositions" type="real" initial_space="r" dimensions="r"> 
   <components> RR </components>
   <initialisation>  
         <![CDATA[
RR = r*r*r*0.2;
    ]]>
   </initialisation>
 </vector>

  <vector name="first_positions" type="real" dimensions="">
   <components> dummy2 </components>
   <initialisation>  
     <dependencies basis="r"> atompositions </dependencies>
     <![CDATA[
		dummy2 = RR*r;
     ]]>
   </initialisation>
 </vector>

 <sequence>
   <breakpoint filename="transverse_integration_in_vector_initialisation.xsil">
     <dependencies>first_positions</dependencies>
   </breakpoint>
   </sequence>

 <output format="hdf5">
 </output>
</simulation>