# A square box with MT collisions turned on, use to test the effect of the various parameters on the ordering
# Spawn probability is normal
VALUE NumberOfSimulations=1
VALUE MaxFrameCount=3000
VALUE StartCountingMTsAt=0 # The start value at which to begin numbering MTs
VALUE LineThickness=1
VALUE LogWriteFrequency=5
VALUE StartMTCount=5
VALUE TargetMTCount=5
VALUE SpawnProbability=0.0
VALUE SpawnBothWays=True
VALUE UniformNucleation=True
ANGLE MinAngle=-10
ANGLE MaxAngle=10
VALUE MTWidth=0.001
VALUE PayloadSize=0
VALUE StericRestriction=False
VALUE MTWidth=0.01
VALUE NucleateToBelowLayer=True #If True then there's a finite probability of spontaneous nucleation on a lower layer
VALUE LowerLayerNucleationProbability=0.01 #Probability of nucleating onto a lower layer (also proportional to number of MTs)
VALUE StartCellFrameOffset=0
VALUE CellFramesPerMinute=0
VALUE CellFileOffset=0
VALUE CellList=4
VALUE LogFile='Logs/TuringDiffusion.txt'
VALUE PlasmaMembrane=True
VALUE SubCorticalMaxLength=14
VALUE CrossoverExponent=5
VALUE Layer=0
# An attempt at events goes here
#EVENT print 'Event test',self
# An attempt at an interaction function goes here
INTERACTIONFUNCTION IF.py