def add_difshell(comp, i, shell_thickness, shell_radius):
new_name = comp.path.split('[')[0] + '/' + \
comp.name + '/' + difshell_name + str(i)
dif = moose.DifShell(new_name)
#dif.C = Ca_initial
dif.Ceq = Ca_basal
dif.D = dca
dif.valence = 2
dif.leak = 0
dif.shapeMode = 0
dif.length = comp.length
dif.diameter = 2 * shell_radius
dif.thickness = shell_thickness
return dif
def addCaDifShell(comp, shellMode, shellDiameter, shellThickness, name, capar):
name = strip_brackets(comp) + '/' + capar.CaName + '_' + name
dif = moose.DifShell(name)
dif.Ceq = capar.Ceq
dif.D = capar.DCa
dif.valence = 2
dif.leak = 0
dif.shapeMode = shellMode
dif.thickness = shellThickness
if shellMode:
dif.diameter = comp.diameter
dif.length = shellThickness
else:
dif.length = comp.length
dif.diameter = shellDiameter
return dif
def addCaDifShell(comp, shellMode, shellDiameter, shellThickness, name, capar):
shellName = ''
for s in comp.path.split('[0]'):
shellName += s
name = shellName + '/' + capar.CaName + '_' + name
dif = moose.DifShell(name)
dif.Ceq = capar.Ceq
dif.D = capar.DCa
dif.valence = 2
dif.leak = 0
dif.shapeMode = shellMode
dif.thickness = shellThickness
if shellMode:
dif.diameter = comp.diameter
dif.length = shellThickness
else:
dif.length = comp.length
dif.diameter = shellDiameter
return dif