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    <location>itts023d.itts.ttu.edu</location>
    <date>4/11/2026 12:24:54 PM</date>
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        <att id="a105" dt_id="S" sn="1" name="classification" caption="type" description="Application types can be simulator, compiler, protocol, etc.  New types can be added if they do not fit previously used types." width="20" is_concept="true" host_concepts="false" srt_id="s" sra_id="s" version="2" version_date="12/1/2003 10:52:03 AM" />
        <att id="a623" dt_id="C" sn="1" name="parent_application" caption="Parent Simulator" description="Parent application if the current application is &quot;web link to&quot;" ref_class="c36" ref_class_name="modeling_application" mi="false" is_concept="false" host_concepts="true" srt_id="s" sra_id="s" version="1" version_date="12/11/2015 3:39:21 PM" />
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          <att_value att_id="a103" value="Some of the key features of neuroConstruct are: * neuroConstruct can import morphology files in GENESIS, NEURON, Neurolucida, SWC and MorphML format for inclusion in single cell or network models, or more abstract cells can also be built manually. * Creation of networks of conductance based neurons positioned in 3D * Complex connectivity patterns between cell groups can be specified for the networks * Simulations can be run on the NEURON or GENESIS platforms * Biophysically realistic cellular mechanisms (synapses/channel mechanisms) can be imported from native script files (*.mod or *.g) or created from templates using ChannelML * Automatic generation of code to record simulation data and visualisation/analysis of data in neuroConstruct * Recorded simulation runs can be viewed and managed through the Simulation Browser interface " />
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