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<?xml version="1.0" encoding="UTF-8"?>
<neuroml xmlns="http://morphml.org/neuroml/schema" xmlns:meta="http://morphml.org/metadata/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:mml="http://morphml.org/morphml/schema" xmlns:cml="http://morphml.org/channelml/schema" xmlns:bio="http://morphml.org/biophysics/schema" xmlns:net="http://morphml.org/networkml/schema" xsi:schemaLocation="http://morphml.org/neuroml/schema http://www.neuroml.org/NeuroMLValidator/NeuroMLFiles/Schemata/v1.8.1/Level3/NeuroML_Level3_v1.8.1.xsd" lengthUnits="micrometer">

<meta:notes>

Complete network structure generated with project: Ex6_CerebellumDemo saved with neuroConstruct v1.4.1 on: 15:48:08, 12-Nov-10

Cell Group: PurkinjeCells contains 4 cells
Cell Group: GranuleCells contains 80 cells
Cell Group: MossyFibers contains 12 cells

Network connection: NetConn_2 contains 34 individual synaptic connections
Network connection: NetConn_1 contains 319 individual synaptic connections

</meta:notes>

<meta:properties>
    
<meta:property tag="neuroConstruct_random_seed" value="-2038310042">    
    
</meta:property>
    
<meta:property tag="neuroConstruct_sim_config" value="Default Simulation Configuration">    
    
</meta:property>
    
<meta:property tag="neuroConstruct_sim_duration" value="100.0">    
    
</meta:property>
    
<meta:property tag="neuroConstruct_sim_time_step" value="0.02">    
    
</meta:property>
    
<meta:property tag="neuroConstruct_temperature" value="25.0">    
    
</meta:property>
</meta:properties>

<cells>
    
<cell name="PurkinjeCell">
        
<meta:notes>A very simplified Purkinje Cell for testing purposes only</meta:notes>
        
<mml:segments>
            
<mml:segment id="0" name="Soma" cable="0">
                
<mml:proximal x="0.0" y="0.0" z="0.0" diameter="30.0"/>
                
<mml:distal x="0.0" y="0.0" z="0.0" diameter="30.0"/>
            
</mml:segment>
            
<mml:segment id="1" name="mainAxon" parent="0" cable="1">
                
<mml:proximal x="0.0" y="0.0" z="0.0" diameter="2.0"/>
                
<mml:distal x="0.0" y="-140.0" z="0.0" diameter="2.0"/>
            
</mml:segment>
            
<mml:segment id="4" name="root" parent="0" cable="2">
                
<mml:proximal x="0.0" y="0.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="30.0" z="0.0" diameter="3.0"/>
            
</mml:segment>
            
<mml:segment id="5" name="mainDend1" parent="4" cable="3">
                
<mml:proximal x="0.0" y="30.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="50.0" z="0.0" diameter="3.0"/>
            
</mml:segment>
            
<mml:segment id="6" name="mainDend2" parent="4" cable="4">
                
<mml:proximal x="0.0" y="30.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="50.0" z="-40.0" diameter="3.0"/>
            
</mml:segment>
            
<mml:segment id="7" name="mainDend3" parent="4" cable="5">
                
<mml:proximal x="0.0" y="30.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="50.0" z="40.0" diameter="3.0"/>
            
</mml:segment>
            
<mml:segment id="8" name="Dend_4" parent="5" cable="6">
                
<mml:proximal x="0.0" y="50.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="80.0" z="-10.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="9" name="Dend_5" parent="5" cable="7">
                
<mml:proximal x="0.0" y="50.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="80.0" z="10.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="10" name="Dend_6" parent="5" cable="8">
                
<mml:proximal x="0.0" y="50.0" z="0.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="85.0" z="0.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="11" name="Dend_7" parent="6" cable="9">
                
<mml:proximal x="0.0" y="50.0" z="-40.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="70.0" z="-50.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="12" name="Dend_8" parent="6" cable="10">
                
<mml:proximal x="0.0" y="50.0" z="-40.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="70.0" z="-30.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="13" name="Dend_9" parent="6" cable="11">
                
<mml:proximal x="0.0" y="50.0" z="-40.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="75.0" z="-40.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="14" name="Dend_10" parent="7" cable="12">
                
<mml:proximal x="0.0" y="50.0" z="40.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="70.0" z="30.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="15" name="Dend_11" parent="7" cable="13">
                
<mml:proximal x="0.0" y="50.0" z="40.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="70.0" z="50.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="16" name="Dend_12" parent="7" cable="14">
                
<mml:proximal x="0.0" y="50.0" z="40.0" diameter="3.0"/>
                
<mml:distal x="0.0" y="75.0" z="40.0" diameter="1.8000001"/>
            
</mml:segment>
            
<mml:segment id="17" name="Dend_13" parent="8" cable="15">
                
<mml:proximal x="0.0" y="80.0" z="-10.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="130.0" z="-24.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="18" name="Dend_14" parent="8" cable="16">
                
<mml:proximal x="0.0" y="80.0" z="-10.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="130.0" z="-10.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="19" name="Dend_15" parent="8" cable="17">
                
<mml:proximal x="0.0" y="80.0" z="-10.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="130.0" z="4.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="20" name="Dend_16" parent="9" cable="18">
                
<mml:proximal x="0.0" y="80.0" z="10.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="130.0" z="-4.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="21" name="Dend_17" parent="9" cable="19">
                
<mml:proximal x="0.0" y="80.0" z="10.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="130.0" z="10.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="22" name="Dend_18" parent="9" cable="20">
                
<mml:proximal x="0.0" y="80.0" z="10.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="130.0" z="24.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="23" name="Dend_19" parent="10" cable="21">
                
<mml:proximal x="0.0" y="85.0" z="0.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="135.0" z="-14.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="24" name="Dend_20" parent="10" cable="22">
                
<mml:proximal x="0.0" y="85.0" z="0.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="135.0" z="0.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="25" name="Dend_21" parent="10" cable="23">
                
<mml:proximal x="0.0" y="85.0" z="0.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="135.0" z="14.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="26" name="Dend_22" parent="11" cable="24">
                
<mml:proximal x="0.0" y="70.0" z="-50.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="120.0" z="-64.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="27" name="Dend_23" parent="11" cable="25">
                
<mml:proximal x="0.0" y="70.0" z="-50.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="120.0" z="-50.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="28" name="Dend_24" parent="11" cable="26">
                
<mml:proximal x="0.0" y="70.0" z="-50.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="120.0" z="-36.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="29" name="Dend_25" parent="12" cable="27">
                
<mml:proximal x="0.0" y="70.0" z="-30.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="120.0" z="-44.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="30" name="Dend_26" parent="12" cable="28">
                
<mml:proximal x="0.0" y="70.0" z="-30.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="120.0" z="-30.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="31" name="Dend_27" parent="12" cable="29">
                
<mml:proximal x="0.0" y="70.0" z="-30.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="120.0" z="-16.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="32" name="Dend_28" parent="13" cable="30">
                
<mml:proximal x="0.0" y="75.0" z="-40.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="125.0" z="-54.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="33" name="Dend_29" parent="13" cable="31">
                
<mml:proximal x="0.0" y="75.0" z="-40.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="125.0" z="-40.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="34" name="Dend_30" parent="13" cable="32">
                
<mml:proximal x="0.0" y="75.0" z="-40.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="125.0" z="-26.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="35" name="Dend_31" parent="14" cable="33">
                
<mml:proximal x="0.0" y="70.0" z="30.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="120.0" z="16.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="36" name="Dend_32" parent="14" cable="34">
                
<mml:proximal x="0.0" y="70.0" z="30.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="120.0" z="30.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="37" name="Dend_33" parent="14" cable="35">
                
<mml:proximal x="0.0" y="70.0" z="30.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="120.0" z="44.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="38" name="Dend_34" parent="15" cable="36">
                
<mml:proximal x="0.0" y="70.0" z="50.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="120.0" z="36.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="39" name="Dend_35" parent="15" cable="37">
                
<mml:proximal x="0.0" y="70.0" z="50.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="120.0" z="50.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="40" name="Dend_36" parent="15" cable="38">
                
<mml:proximal x="0.0" y="70.0" z="50.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="120.0" z="64.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="41" name="Dend_37" parent="16" cable="39">
                
<mml:proximal x="0.0" y="75.0" z="40.0" diameter="1.8000001"/>
                
<mml:distal x="5.0" y="125.0" z="26.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="42" name="Dend_38" parent="16" cable="40">
                
<mml:proximal x="0.0" y="75.0" z="40.0" diameter="1.8000001"/>
                
<mml:distal x="0.0" y="125.0" z="40.0" diameter="1.08"/>
            
</mml:segment>
            
<mml:segment id="43" name="Dend_39" parent="16" cable="41">
                
<mml:proximal x="0.0" y="75.0" z="40.0" diameter="1.8000001"/>
                
<mml:distal x="-5.0" y="125.0" z="54.0" diameter="1.08"/>
            
</mml:segment>
        
</mml:segments>
        
<mml:cables>
            
<mml:cable id="0" name="Soma">
                
<meta:group>all</meta:group>
                
<meta:group>soma_group</meta:group>
            
</mml:cable>
            
<mml:cable id="1" name="AxonSec" fract_along_parent="0.5">
                
<meta:properties>
                    
<meta:property tag="numberInternalDivisions" value="3">                    
                    
</meta:property>
                
</meta:properties>
            
<meta:group>all</meta:group>                <meta:group>axon_group</meta:group>
            
</mml:cable>
            
<mml:cable id="2" name="DendRootSec" fract_along_parent="0.5">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="3" name="DendSec1">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="4" name="DendSec2">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="5" name="DendSec3">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="6" name="Dend_4_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="7" name="Dend_5_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="8" name="Dend_6_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="9" name="Dend_7_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="10" name="Dend_8_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="11" name="Dend_9_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="12" name="Dend_10_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="13" name="Dend_11_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="14" name="Dend_12_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
            
</mml:cable>
            
<mml:cable id="15" name="Dend_13_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="16" name="Dend_14_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="17" name="Dend_15_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="18" name="Dend_16_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="19" name="Dend_17_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="20" name="Dend_18_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="21" name="Dend_19_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="22" name="Dend_20_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="23" name="Dend_21_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="24" name="Dend_22_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="25" name="Dend_23_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="26" name="Dend_24_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="27" name="Dend_25_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="28" name="Dend_26_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="29" name="Dend_27_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="30" name="Dend_28_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="31" name="Dend_29_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="32" name="Dend_30_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="33" name="Dend_31_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="34" name="Dend_32_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="35" name="Dend_33_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="36" name="Dend_34_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="37" name="Dend_35_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="38" name="Dend_36_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="39" name="Dend_37_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="40" name="Dend_38_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
            
<mml:cable id="41" name="Dend_39_Sec">
                
<meta:group>all</meta:group>
                
<meta:group>dendrite_group</meta:group>
                
<meta:group>main_dends</meta:group>
            
</mml:cable>
        
</mml:cables>
        
<!--Adding the biophysical parameters-->
        
<biophysics units="Physiological Units">
            
<bio:mechanism name="NaConductance" type="Channel Mechanism">
                
<bio:parameter name="gmax" value="120.0">
                    
<bio:group>axon_group</bio:group>
                    
<bio:group>dendrite_group</bio:group>
                    
<bio:group>soma_group</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:mechanism name="KConductance" type="Channel Mechanism">
                
<bio:parameter name="gmax" value="36.0">
                    
<bio:group>axon_group</bio:group>
                    
<bio:group>soma_group</bio:group>
                    
<bio:group>dendrite_group</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:mechanism name="PassiveCond" type="Channel Mechanism" passive_conductance="true">
                
<bio:parameter name="e" value="-54.3">
                    
<bio:group>axon_group</bio:group>
                    
<bio:group>soma_group</bio:group>
                    
<bio:group>dendrite_group</bio:group>
                
</bio:parameter>
                
<bio:parameter name="gmax" value="0.3">
                    
<bio:group>axon_group</bio:group>
                    
<bio:group>soma_group</bio:group>
                    
<bio:group>dendrite_group</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:spec_capacitance>
                
<bio:parameter value="1.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:spec_capacitance>
            
<bio:spec_axial_resistance>
                
<bio:parameter value="0.03">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:spec_axial_resistance>
            
<bio:init_memb_potential>
                
<bio:parameter value="-65.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:init_memb_potential>
        
</biophysics>
        
<connectivity>
            
<net:potential_syn_loc synapse_type="GranPurkSyn">
                
<net:group>main_dends</net:group>
            
</net:potential_syn_loc>
        
</connectivity>
    
</cell>
    
<cell name="GranuleCell">
        
<meta:notes>A very simplified cerebellar Granule like Cell for testing purposes only</meta:notes>
        
<mml:segments>
            
<mml:segment id="0" name="Soma" cable="0">
                
<mml:proximal x="0.0" y="0.0" z="0.0" diameter="8.0"/>
                
<mml:distal x="0.0" y="0.0" z="0.0" diameter="8.0"/>
            
</mml:segment>
            
<mml:segment id="1" name="mainAxon" parent="0" cable="1">
                
<mml:proximal x="0.0" y="0.0" z="0.0" diameter="1.2"/>
                
<mml:distal x="0.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="2" name="Axon_1" parent="1" cable="2">
                
<mml:proximal x="0.0" y="140.0" z="0.0" diameter="1.2"/>
                
<mml:distal x="10.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="3" name="Axon_2" parent="1" cable="3">
                
<mml:proximal x="0.0" y="140.0" z="0.0" diameter="1.2"/>
                
<mml:distal x="-10.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="4" name="Axon_3" parent="2" cable="2">
                
<mml:distal x="20.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="5" name="Axon_4" parent="3" cable="3">
                
<mml:distal x="-20.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="6" name="Axon_5" parent="4" cable="2">
                
<mml:distal x="30.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="7" name="Axon_6" parent="5" cable="3">
                
<mml:distal x="-30.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="8" name="Axon_7" parent="6" cable="2">
                
<mml:distal x="40.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="9" name="Axon_8" parent="7" cable="3">
                
<mml:distal x="-40.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="10" name="Axon_9" parent="8" cable="2">
                
<mml:distal x="50.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="11" name="Axon_10" parent="9" cable="3">
                
<mml:distal x="-50.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="12" name="Axon_11" parent="10" cable="2">
                
<mml:distal x="60.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="13" name="Axon_12" parent="11" cable="3">
                
<mml:distal x="-60.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="14" name="Axon_13" parent="12" cable="2">
                
<mml:distal x="70.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="15" name="Axon_14" parent="13" cable="3">
                
<mml:distal x="-70.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="16" name="Axon_15" parent="14" cable="2">
                
<mml:distal x="80.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="17" name="Axon_16" parent="15" cable="3">
                
<mml:distal x="-80.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="18" name="Axon_17" parent="16" cable="2">
                
<mml:distal x="90.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="19" name="Axon_18" parent="17" cable="3">
                
<mml:distal x="-90.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="20" name="Axon_19" parent="18" cable="2">
                
<mml:distal x="100.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="21" name="Axon_20" parent="19" cable="3">
                
<mml:distal x="-100.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="22" name="Axon_21" parent="20" cable="2">
                
<mml:distal x="110.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="23" name="Axon_22" parent="21" cable="3">
                
<mml:distal x="-110.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="24" name="Axon_23" parent="22" cable="2">
                
<mml:distal x="120.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
            
<mml:segment id="25" name="Axon_24" parent="23" cable="3">
                
<mml:distal x="-120.0" y="140.0" z="0.0" diameter="1.2"/>
            
</mml:segment>
        
</mml:segments>
        
<mml:cables>
            
<mml:cable id="0" name="Soma">
                
<meta:group>all</meta:group>
                
<meta:group>soma_group</meta:group>
            
</mml:cable>
            
<mml:cable id="1" name="mainAxonSection" fract_along_parent="0.5">
                
<meta:properties>
                    
<meta:property tag="numberInternalDivisions" value="2">                    
                    
</meta:property>
                
</meta:properties>
            
<meta:group>all</meta:group>                <meta:group>axon_group</meta:group>
                
<meta:group>ascending_segment</meta:group>
            
</mml:cable>
            
<mml:cable id="2" name="parallelFiberPos">
                
<meta:properties>
                    
<meta:property tag="numberInternalDivisions" value="2">                    
                    
</meta:property>
                
</meta:properties>
            
<meta:group>all</meta:group>                <meta:group>axon_group</meta:group>
                
<meta:group>parallel_fibers</meta:group>
            
</mml:cable>
            
<mml:cable id="3" name="parallelFiberNeg">
                
<meta:properties>
                    
<meta:property tag="numberInternalDivisions" value="2">                    
                    
</meta:property>
                
</meta:properties>
            
<meta:group>all</meta:group>                <meta:group>axon_group</meta:group>
                
<meta:group>parallel_fibers</meta:group>
            
</mml:cable>
        
</mml:cables>
        
<!--Adding the biophysical parameters-->
        
<biophysics units="Physiological Units">
            
<bio:mechanism name="NaConductance" type="Channel Mechanism">
                
<bio:parameter name="gmax" value="120.0">
                    
<bio:group>soma_group</bio:group>
                    
<bio:group>axon_group</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:mechanism name="PassiveCond" type="Channel Mechanism" passive_conductance="true">
                
<bio:parameter name="e" value="-54.3">
                    
<bio:group>axon_group</bio:group>
                    
<bio:group>soma_group</bio:group>
                
</bio:parameter>
                
<bio:parameter name="gmax" value="0.3">
                    
<bio:group>axon_group</bio:group>
                    
<bio:group>soma_group</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:mechanism name="KConductance" type="Channel Mechanism">
                
<bio:parameter name="gmax" value="36.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:spec_capacitance>
                
<bio:parameter value="1.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:spec_capacitance>
            
<bio:spec_axial_resistance>
                
<bio:parameter value="0.02">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:spec_axial_resistance>
            
<bio:init_memb_potential>
                
<bio:parameter value="-65.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:init_memb_potential>
        
</biophysics>
        
<connectivity>
            
<net:potential_syn_loc synapse_type="GranPurkSyn">
                
<net:group>parallel_fibers</net:group>
            
</net:potential_syn_loc>
            
<net:potential_syn_loc synapse_type="GranGolgiSyn">
                
<net:group>parallel_fibers</net:group>
            
</net:potential_syn_loc>
            
<net:potential_syn_loc synapse_type="MFGranSyn" synapse_direction="preAndOrPost">
                
<net:group>soma_group</net:group>
            
</net:potential_syn_loc>
        
</connectivity>
    
</cell>
    
<cell name="MossyFiber">
        
<meta:notes>A simple cell for testing purposes only</meta:notes>
        
<mml:segments>
            
<mml:segment id="0" name="Rosette" cable="0">
                
<mml:proximal x="0.0" y="0.0" z="0.0" diameter="10.0"/>
                
<mml:distal x="0.0" y="20.0" z="0.0" diameter="10.0"/>
            
</mml:segment>
        
</mml:segments>
        
<mml:cables>
            
<mml:cable id="0" name="Soma">
                
<meta:group>all</meta:group>
                
<meta:group>soma_group</meta:group>
            
</mml:cable>
        
</mml:cables>
        
<!--Adding the biophysical parameters-->
        
<biophysics units="Physiological Units">
            
<bio:mechanism name="NaConductance" type="Channel Mechanism">
                
<bio:parameter name="gmax" value="120.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:mechanism name="PassiveCond" type="Channel Mechanism" passive_conductance="true">
                
<bio:parameter name="e" value="-54.3">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
                
<bio:parameter name="gmax" value="0.3">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:mechanism name="KConductance" type="Channel Mechanism">
                
<bio:parameter name="gmax" value="36.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:mechanism>
            
<bio:spec_capacitance>
                
<bio:parameter value="1.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:spec_capacitance>
            
<bio:spec_axial_resistance>
                
<bio:parameter value="0.03">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:spec_axial_resistance>
            
<bio:init_memb_potential>
                
<bio:parameter value="-65.0">
                    
<bio:group>all</bio:group>
                
</bio:parameter>
            
</bio:init_memb_potential>
        
</biophysics>
        
<connectivity>
            
<net:potential_syn_loc synapse_type="MFGranSyn" synapse_direction="preAndOrPost">
                
<net:group>soma_group</net:group>
            
</net:potential_syn_loc>
        
</connectivity>
    
</cell>
</cells>

<channels units="Physiological Units">
    
<channel_type name="KConductance" xmlns="http://morphml.org/channelml/schema">
        
        
<status value="stable">
            
<meta:comment>Equations adapted from HH paper for modern convention of external potential being zero</meta:comment>
            
<meta:contributor>
                
<meta:name>Padraig Gleeson</meta:name>
            
</meta:contributor>
        
</status>
        
        
<meta:notes>Simple example of K conductance in squid giant axon. Based on channel from Hodgkin and Huxley 1952</meta:notes>
        
        
<meta:authorList>
            
<meta:modelTranslator>
                
<meta:name>Padraig Gleeson</meta:name>
                
<meta:institution>UCL</meta:institution>    
                
<meta:email>p.gleeson - at - ucl.ac.uk</meta:email>
            
</meta:modelTranslator>
        
</meta:authorList>

        
<meta:publication>
            
<meta:fullTitle>A. L. Hodgkin and A. F. Huxley, A quantitative description of membrane current and its application
            to conduction and excitation in nerve, J. Physiol., vol. 117, pp. 500-544, 1952.
</meta:fullTitle>
            
<meta:pubmedRef>http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&amp;db=pubmed&amp;dopt=Abstract&amp;list_uids=12991237</meta:pubmedRef>
        
</meta:publication>

        
<meta:neuronDBref>
            
<meta:modelName>K channels</meta:modelName>
            
<meta:uri>http://senselab.med.yale.edu/senselab/NeuronDB/channelGene2.htm#table3</meta:uri>
        
</meta:neuronDBref>
        
        
<current_voltage_relation cond_law="ohmic" ion="k" default_gmax="36" default_erev="-77.0">
            
            
<gate name="n" instances="4">
                
<closed_state id="n0"/>
                
<open_state id="n"/>
                    
                
<transition name="alpha" from="n0" to="n" expr_form="exp_linear" rate="0.1" scale="10" midpoint="-55"/>
                
<transition name="beta" from="n" to="n0" expr_form="exponential" rate="0.125" scale="-80" midpoint="-65"/>
                    
            
</gate>
        
</current_voltage_relation>
        
    
</channel_type>
    
<channel_type name="NaConductance" density="yes" xmlns="http://morphml.org/channelml/schema">
        
        
<status value="stable">
            
<meta:comment>Equations adapted from HH paper for modern convention of external potential being zero</meta:comment>
            
<meta:contributor>
                
<meta:name>Padraig Gleeson</meta:name>
            
</meta:contributor>
        
</status>

        
<meta:notes>Simple example of Na conductance in squid giant axon. Based on channel from Hodgkin and Huxley 1952</meta:notes>
        
        
<meta:authorList>
            
<meta:modelTranslator>
                
<meta:name>Padraig Gleeson</meta:name>
                
<meta:institution>UCL</meta:institution>    
                
<meta:email>p.gleeson - at - ucl.ac.uk</meta:email>
            
</meta:modelTranslator>
        
</meta:authorList>

        
<meta:publication>
            
<meta:fullTitle>A. L. Hodgkin and A. F. Huxley, A quantitative description of membrane current and
            its application to conduction and excitation in nerve, J. Physiol., vol. 117, pp. 500-544, 1952.
</meta:fullTitle>
            
<meta:pubmedRef>http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&amp;db=pubmed&amp;dopt=Abstract&amp;list_uids=12991237</meta:pubmedRef>
        
</meta:publication>

        
<meta:neuronDBref>
            
<meta:modelName>Na channels</meta:modelName>
            
<meta:uri>http://senselab.med.yale.edu/senselab/NeuronDB/channelGene2.htm#table2</meta:uri>
        
</meta:neuronDBref>
        
        
<current_voltage_relation cond_law="ohmic" ion="na" default_erev="50" default_gmax="120">
            
            
<gate name="m" instances="3">
                
<closed_state id="m0"/>
                
<open_state id="m"/>

                
<transition name="alpha" from="m0" to="m" expr_form="exp_linear" rate="1" scale="10" midpoint="-40"/>  
                
<transition name="beta" from="m" to="m0" expr_form="exponential" rate="4" scale="-18" midpoint="-65"/>  
            
</gate>
            
            
<gate name="h" instances="1">
                
<closed_state id="h0"/>
                
<open_state id="h"/>

                
<transition name="alpha" from="h0" to="h" expr_form="exponential" rate="0.07" scale="-20" midpoint="-65"/>  
                
<transition name="beta" from="h" to="h0" expr_form="sigmoid" rate="1" scale="-10" midpoint="-35"/>    
            
</gate>
            
        
</current_voltage_relation>
        
        
    
</channel_type>
    
<channel_type name="PassiveCond" density="yes" xmlns="http://morphml.org/channelml/schema">
        
        
<status value="stable"/>

        
<meta:notes>Simple example of a leak/passive conductance. Note: for GENESIS cells with a single leak conductance,
        it is better to use the Rm and Em variables for a passive current.
</meta:notes>

        
<current_voltage_relation cond_law="ohmic" ion="non_specific" default_erev="-54.3" default_gmax="0.3"/>

    
</channel_type>
    
<synapse_type name="GranPurkSyn" xmlns="http://morphml.org/channelml/schema">
        
        
<status value="stable">
            
<meta:contributor>
                
<meta:name>Padraig Gleeson</meta:name>
            
</meta:contributor>
        
</status>
    
        
<meta:notes>Simple example of a synaptic mechanism, which consists of a postsynaptic conductance which changes as
        double exponential function of time. Mappings exist for NEURON and GENESIS.
</meta:notes>
        
        
<meta:neuronDBref>
            
<meta:modelName>Receptor properties</meta:modelName>
            
<meta:uri>http://senselab.med.yale.edu/senselab/NeuronDB/receptors2.asp</meta:uri>
        
</meta:neuronDBref>
        
        
<doub_exp_syn max_conductance="1.0E-5" rise_time="1" decay_time="2" reversal_potential="0"/>
    
    
</synapse_type>
    
<synapse_type name="MFExtSynInput" xmlns="http://morphml.org/channelml/schema">
        
        
<status value="stable">
            
<meta:contributor>
                
<meta:name>Padraig Gleeson</meta:name>
            
</meta:contributor>
        
</status>
    
        
<meta:notes>Simple example of a synaptic mechanism, which consists of a postsynaptic conductance which changes as
        double exponential function of time. Mappings exist for NEURON and GENESIS.
</meta:notes>
        
        
<meta:neuronDBref>
            
<meta:modelName>Receptor properties</meta:modelName>
            
<meta:uri>http://senselab.med.yale.edu/senselab/NeuronDB/receptors2.asp</meta:uri>
        
</meta:neuronDBref>
        
        
<doub_exp_syn max_conductance="1.0E-5" rise_time="1" decay_time="2" reversal_potential="0"/>
    
    
</synapse_type>
    
<synapse_type name="MFGranSyn" xmlns="http://morphml.org/channelml/schema">
        
        
<status value="stable">
            
<meta:contributor>
                
<meta:name>Padraig Gleeson</meta:name>
            
</meta:contributor>
        
</status>
    
        
<meta:notes>Simple example of a synaptic mechanism, which consists of a postsynaptic conductance which changes as
        double exponential function of time. Mappings exist for NEURON and GENESIS.
</meta:notes>
        
        
<meta:neuronDBref>
            
<meta:modelName>Receptor properties</meta:modelName>
            
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<properties prop_delay="0.031365767" internal_delay="5.842962" weight="1.0"/>
            
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</connections>
    
</projection>
    
<projection name="NetConn_1" source="MossyFibers" target="GranuleCells">
        
<synapse_props synapse_type="MFGranSyn" internal_delay="7.5" weight="1.0" threshold="-20.0">
        
</synapse_props>
        
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<connection id="7" pre_cell_id="8" pre_fraction_along="0.13444412" post_cell_id="1">
                
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<connection id="8" pre_cell_id="11" pre_fraction_along="0.89607745" post_cell_id="2">
                
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<properties prop_delay="0.1084767" internal_delay="6.328673" weight="1.0"/>
            
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<connection id="11" pre_cell_id="4" pre_fraction_along="0.9495677" post_cell_id="2">
                
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<properties prop_delay="0.050617654" internal_delay="5.3498793" weight="1.0"/>
            
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<connection id="14" pre_cell_id="11" pre_fraction_along="0.56495845" post_cell_id="3">
                
<properties prop_delay="0.06085442" internal_delay="6.473112" weight="1.0"/>
            
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<connection id="15" pre_cell_id="5" pre_fraction_along="0.3983459" post_cell_id="4">
                
<properties prop_delay="0.019962832" internal_delay="9.692696" weight="1.0"/>
            
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<properties prop_delay="0.052416157" internal_delay="9.031643" weight="1.0"/>
            
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<connection id="17" pre_cell_id="1" pre_fraction_along="0.38471818" post_cell_id="4">
                
<properties prop_delay="0.05850326" internal_delay="9.1359215" weight="1.0"/>
            
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<properties prop_delay="0.03301594" internal_delay="6.252272" weight="1.0"/>
            
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<properties prop_delay="0.07926679" internal_delay="6.4066043" weight="1.0"/>
            
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<properties prop_delay="0.04556684" internal_delay="6.290121" weight="1.0"/>
            
</connection>
            
<connection id="298" pre_cell_id="5" pre_fraction_along="0.68301374" post_cell_id="75">
                
<properties prop_delay="0.03944983" internal_delay="7.5399647" weight="1.0"/>
            
</connection>
            
<connection id="299" pre_cell_id="1" pre_fraction_along="0.24862564" post_cell_id="75">
                
<properties prop_delay="0.06993805" internal_delay="5.9784217" weight="1.0"/>
            
</connection>
            
<connection id="300" pre_cell_id="4" pre_fraction_along="0.29376638" post_cell_id="75">
                
<properties prop_delay="0.05040876" internal_delay="6.0563" weight="1.0"/>
            
</connection>
            
<connection id="301" pre_cell_id="11" pre_fraction_along="0.7417556" post_cell_id="76">
                
<properties prop_delay="0.054262545" internal_delay="7.0760136" weight="1.0"/>
            
</connection>
            
<connection id="302" pre_cell_id="8" pre_fraction_along="0.15400821" post_cell_id="76">
                
<properties prop_delay="0.09106958" internal_delay="9.26059" weight="1.0"/>
            
</connection>
            
<connection id="303" pre_cell_id="6" pre_fraction_along="0.9337397" post_cell_id="76">
                
<properties prop_delay="0.059120875" internal_delay="8.7621975" weight="1.0"/>
            
</connection>
            
<connection id="304" pre_cell_id="9" pre_fraction_along="0.2409398" post_cell_id="76">
                
<properties prop_delay="0.12243601" internal_delay="9.895837" weight="1.0"/>
            
</connection>
            
<connection id="305" pre_cell_id="11" pre_fraction_along="0.0020554066" post_cell_id="77">
                
<properties prop_delay="0.036227398" internal_delay="5.9822454" weight="1.0"/>
            
</connection>
            
<connection id="306" pre_cell_id="6" pre_fraction_along="0.14962721" post_cell_id="77">
                
<properties prop_delay="0.053273104" internal_delay="9.021389" weight="1.0"/>
            
</connection>
            
<connection id="307" pre_cell_id="4" pre_fraction_along="0.059064984" post_cell_id="77">
                
<properties prop_delay="0.08656482" internal_delay="9.935169" weight="1.0"/>
            
</connection>
            
<connection id="308" pre_cell_id="3" pre_fraction_along="0.9506463" post_cell_id="77">
                
<properties prop_delay="0.10329957" internal_delay="5.0673647" weight="1.0"/>
            
</connection>
            
<connection id="309" pre_cell_id="1" pre_fraction_along="0.7100764" post_cell_id="78">
                
<properties prop_delay="0.030942716" internal_delay="9.852835" weight="1.0"/>
            
</connection>
            
<connection id="310" pre_cell_id="4" pre_fraction_along="0.14536148" post_cell_id="78">
                
<properties prop_delay="0.043467153" internal_delay="8.428087" weight="1.0"/>
            
</connection>
            
<connection id="311" pre_cell_id="0" pre_fraction_along="0.879631" post_cell_id="78">
                
<properties prop_delay="0.039623853" internal_delay="8.421483" weight="1.0"/>
            
</connection>
            
<connection id="312" pre_cell_id="5" pre_fraction_along="0.47042978" post_cell_id="78">
                
<properties prop_delay="0.01506482" internal_delay="5.9888725" weight="1.0"/>
            
</connection>
            
<connection id="313" pre_cell_id="10" pre_fraction_along="0.7039098" post_cell_id="78">
                
<properties prop_delay="0.049501225" internal_delay="7.4853506" weight="1.0"/>
            
</connection>
            
<connection id="314" pre_cell_id="4" pre_fraction_along="0.4568054" post_cell_id="79">
                
<properties prop_delay="0.019969124" internal_delay="7.3760324" weight="1.0"/>
            
</connection>
            
<connection id="315" pre_cell_id="1" pre_fraction_along="0.4742077" post_cell_id="79">
                
<properties prop_delay="0.06460182" internal_delay="5.785845" weight="1.0"/>
            
</connection>
            
<connection id="316" pre_cell_id="5" pre_fraction_along="0.9612828" post_cell_id="79">
                
<properties prop_delay="0.038196668" internal_delay="8.007369" weight="1.0"/>
            
</connection>
            
<connection id="317" pre_cell_id="0" pre_fraction_along="0.77468693" post_cell_id="79">
                
<properties prop_delay="0.04062645" internal_delay="5.9256845" weight="1.0"/>
            
</connection>
            
<connection id="318" pre_cell_id="9" pre_fraction_along="0.13117373" post_cell_id="79">
                
<properties prop_delay="0.066121936" internal_delay="8.942841" weight="1.0"/>
            
</connection>
        
</connections>
    
</projection>
</projections>

<inputs units="Physiological Units" xmlns="http://morphml.org/networkml/schema">
    
<input name="Input_0">
        
<random_stim frequency="0.05" synaptic_mechanism="MFExtSynInput"/>
        
<target population="MossyFibers">
            
<sites size="12">
                
<site cell_id="0" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="9" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="3" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="8" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="6" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="1" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="2" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="5" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="7" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="4" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="11" segment_id="0" fraction_along="0.5"/>
                
<site cell_id="10" segment_id="0" fraction_along="0.5"/>
            
</sites>
        
</target>
    
</input>
</inputs>

</neuroml>