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Copy pathModel_SPN_STDP-protPK-isifor.xml
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Model_SPN_STDP-protPK-isifor.xml
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<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
<SDRun xmlns:xi="http://www.w3.org/2001/XInclude" xmlns="http://stochdiff.textensor.org">
<!-- this file defines a single run of the calculation, using morphology and
reaction data brought in from other files -->
<xi:include href="Rxn_SPNspineAChm4R_Gshydr5_AC1_GiGsfast-GapD.xml" />
<xi:include href="Morph_1sp2umDend.xml" />
<xi:include href="IC_SPNspineAChm4R_AC1_coupleGqhigh.xml" />
<xi:include href="StimCoupleSTDP_PK_forward.xml" />
<xi:include href="Out_SPNspineCaMKII_DagL_AChm1R_AC1.xml" />
<!--2D means the morphology is interpreted like a flatworm, 3D for
roundworms. The 2D case is good for testing as it is eas/Stry to visualize the
results (also, 3D may not work yet...) -->
<geometry> 2D </geometry>
<depth2D> 0.6 </depth2D>
<distribution> BINOMIAL </distribution>
<algorithm> INDEPENDENT </algorithm>
<simulationSeed> 123 </simulationSeed>
<outputQuantity>NUMBER</outputQuantity>
<!-- run time for the calculation, milliseconds -->
<runtime> 600000 </runtime>
<!-- 100001 -->
<!-- set the seed to get the same spines each time testing -->
<spineSeed> 123 </spineSeed>
<discretization>
<!-- default largest size for elements in bulk volumes (dendrites), microns -->
<defaultMaxElementSide>0.3</defaultMaxElementSide>
<!-- discretization for spines, microns -->
<spineDeltaX> 0.1 </spineDeltaX>
<!-- This specifies the surface layers, first implemented in v.2.1.7 -->
<surfaceLayers>0.1,0.2</surfaceLayers>
<!-- override the default for a particular region. -->
<!-- Matches against id or regionClass in the morphology file -->
<!--
<MaxElementSide region="PSD">0.1</MaxElementSide>
-->
</discretization>
<!-- timestep used in fixed step calculations, in milliseconds -->
<fixedStepDt> 1 </fixedStepDt>
<!-- interval at which stuff should be saved to the output file(s) -->
<outputInterval> 500 </outputInterval>
<!-- the tolerace is used for adaptive sims -->
<tolerance> 0.002 </tolerance>
<!-- calculation types include GRID_STEPPED_STOCHASTIC and GRID_STEPPED_CONTINUOUS for
reaction-diffusion systems. Single mixed pool calculations should be listed here too (TODO) -->
<!--calculation>GRID_STEPPED_STOCHASTIC</calculation-->
<!--use the following for adaptive: -->
<calculation>GRID_ADAPTIVE</calculation>
</SDRun>