# GraphViz compliant export for:HHTest (Type: network) digraph SimHHTest { fontsize=10; overlap=false; subgraph cluster_network { style=filled; color="#D6eeEA"; node [style=filled,color=white]; label = "Network to be simulated"; node [shape=rectangle]; HHTest; # Population hhPop contains components of: Component(id=hhcell type=cell) node [shape=ellipse,color="white",fontcolor="black"]; hhPop; HHTest -> hhPop [len=1.00, arrowhead=diamond] } subgraph cluster_comps { style=filled; color="#CCFFCC"; node [style=filled,color=white]; label = "Components"; node [shape=ellipse label=<

hhcell (cell)

>]; "hhcell (cell)"; "hhPop" -> "hhcell (cell)" [label="1",len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (0)

>]; "null (0)"; "hhcell (cell)" -> "null (0)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

morphology (morphology)

>]; "morphology (morphology)"; "hhcell (cell)" -> "morphology (morphology)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

soma (id = 0)

>]; "soma (id = 0)"; "morphology (morphology)" -> "soma (id = 0)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (1)

x = 0, y = 0, z = 0,
diameter = 17.841242, radius = 8.920621E-6 m, xLength = 0 m,
yLength = 0 m, zLength = 0 m

>]; "null (1)"; "soma (id = 0)" -> "null (1)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (2)

x = 0, y = 0, z = 0,
diameter = 17.841242, radius = 8.920621E-6 m, xLength = 0 m,
yLength = 0 m, zLength = 0 m

>]; "null (2)"; "soma (id = 0)" -> "null (2)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

soma_group (segmentGroup)

>]; "soma_group (segmentGroup)"; "morphology (morphology)" -> "soma_group (segmentGroup)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (3)

>]; "null (3)"; "soma_group (segmentGroup)" -> "null (3)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

bioPhys1 (biophysicalProperties)

>]; "bioPhys1 (biophysicalProperties)"; "hhcell (cell)" -> "bioPhys1 (biophysicalProperties)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (4)

>]; "null (4)"; "bioPhys1 (biophysicalProperties)" -> "null (4)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (5)

value = -0.02 V

>]; "null (5)"; "null (4)" -> "null (5)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (6)

value = -0.065 V

>]; "null (6)"; "null (4)" -> "null (6)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

leak (channelDensity)

erev = -0.054387000000000005 V, condDensity = 3 kg^-1 m^-4 s^3 A^2

>]; "leak (channelDensity)"; "null (4)" -> "leak (channelDensity)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

passiveChan (ionChannelPassive)

conductance = 1.0E-11 S

>]; "passiveChan (ionChannelPassive)"; "leak (channelDensity)" -> "passiveChan (ionChannelPassive)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (7)

>]; "null (7)"; "passiveChan (ionChannelPassive)" -> "null (7)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

naChans (channelDensity)

erev = 0.05 V, condDensity = 1200 kg^-1 m^-4 s^3 A^2

>]; "naChans (channelDensity)"; "null (4)" -> "naChans (channelDensity)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

naChan (ionChannelHH)

conductance = 1.0E-11 S

>]; "naChan (ionChannelHH)"; "naChans (channelDensity)" -> "naChan (ionChannelHH)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (8)

>]; "null (8)"; "naChan (ionChannelHH)" -> "null (8)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

m (gateHHrates)

instances = 3

>]; "m (gateHHrates)"; "naChan (ionChannelHH)" -> "m (gateHHrates)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (9)

rate = 1000 s^-1, midpoint = -0.04 V, scale = 0.01 V

>]; "null (9)"; "m (gateHHrates)" -> "null (9)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (10)

rate = 4000 s^-1, midpoint = -0.065 V, scale = -0.018000000000000002 V

>]; "null (10)"; "m (gateHHrates)" -> "null (10)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

h (gateHHrates)

instances = 1

>]; "h (gateHHrates)"; "naChan (ionChannelHH)" -> "h (gateHHrates)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (11)

rate = 70 s^-1, midpoint = -0.065 V, scale = -0.02 V

>]; "null (11)"; "h (gateHHrates)" -> "null (11)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (12)

rate = 1000 s^-1, midpoint = -0.035 V, scale = 0.01 V

>]; "null (12)"; "h (gateHHrates)" -> "null (12)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

kChans (channelDensity)

erev = -0.077 V, condDensity = 360 kg^-1 m^-4 s^3 A^2

>]; "kChans (channelDensity)"; "null (4)" -> "kChans (channelDensity)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

kChan (ionChannelHH)

conductance = 1.0E-11 S

>]; "kChan (ionChannelHH)"; "kChans (channelDensity)" -> "kChan (ionChannelHH)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (13)

>]; "null (13)"; "kChan (ionChannelHH)" -> "null (13)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

n (gateHHrates)

instances = 4

>]; "n (gateHHrates)"; "kChan (ionChannelHH)" -> "n (gateHHrates)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (14)

rate = 100 s^-1, midpoint = -0.055 V, scale = 0.01 V

>]; "null (14)"; "n (gateHHrates)" -> "null (14)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (15)

rate = 125 s^-1, midpoint = -0.065 V, scale = -0.08 V

>]; "null (15)"; "n (gateHHrates)" -> "null (15)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (16)

value = 0.01 kg^-1 m^-4 s^4 A^2

>]; "null (16)"; "null (4)" -> "null (16)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (17)

>]; "null (17)"; "bioPhys1 (biophysicalProperties)" -> "null (17)" [len=1.00, arrowhead=diamond] node [shape=ellipse label=<

null (18)

value = 0.3 kg^2 m^2 s^-3 A^-2

>]; "null (18)"; "null (17)" -> "null (18)" [len=1.00, arrowhead=diamond] } subgraph cluster_compTypes { style=filled; color="#D6E0EA"; node [style="rounded, filled",color=white]; label = "Component Types"; node [style="rounded, filled",color=white]; node [shape=box label=<

cell

neuroLexId

State vars: v (voltage), spiking

initMembPot = biophysicalProperties/membraneProperties/initMembPotential/value

thresh = biophysicalProperties/membraneProperties/spikeThresh/value

surfaceArea = SUM OF: morphology/segments[*]/surfaceArea

totSpecCap = biophysicalProperties/totSpecCap

totCap = totSpecCap * surfaceArea

iChannels = biophysicalProperties/membraneProperties/totChanCurrent

iSyn = SUM OF: synapses[*]/i

iCa = biophysicalProperties/membraneProperties/iCa

caConc = biophysicalProperties/intracellularProperties/caConc

caConcExt = biophysicalProperties/intracellularProperties/caConcExt

v' = (iChannels + iSyn) / totCap

IF v .gt. thresh AND spiking .lt. 0.5 THEN

(spiking = 1)
AND (EVENT: spike)

IF v .lt. thresh THEN

(spiking = 0)

Exposures: spiking, iChannels (current), iSyn (current),
totSpecCap (specificCapacitance), surfaceArea (area), iCa (current),
caConc (concentration), caConcExt (concentration), v (voltage)

>]; cell; node [shape=box label=<

baseCellMembPot

Exposures: v (voltage)

>]; baseCellMembPot; cell -> baseCellMembPot [len=1.00, arrowhead=onormal] node [shape=box label=<

baseSpikingCell

>]; baseSpikingCell; baseCellMembPot -> baseSpikingCell [len=1.00, arrowhead=onormal] node [shape=box label=<

baseCell

>]; baseCell; baseSpikingCell -> baseCell [len=1.00, arrowhead=onormal] node [shape=box label=<

baseStandalone

>]; baseStandalone; baseCell -> baseStandalone [len=1.00, arrowhead=onormal] node [shape=box label=<

notes

>]; notes; node [shape=box label=<

morphology

>]; morphology; node [shape=box label=<

segment

Consts: LEN = 1 m

name

radDist = distal/radius

dx = distal/xLength

dy = distal/yLength

dz = distal/zLength

px = proximal/xLength

py = proximal/yLength

pz = proximal/zLength

length = sqrt(((dx - px) * (dx - px) + (dy - py) * (dy - py) + (dz - pz) * (dz - pz))/(LEN * LEN)) * LEN

Exposures: surfaceArea (area), radDist (length), length (length)

>]; segment; node [shape=box label=<

proximal

Consts: MICRON = 1.0E-6 m

>]; proximal; node [shape=box label=<

point3DWithDiam

Params: x, y, z,
diameter

Consts: MICRON = 1.0E-6 m

>]; point3DWithDiam; proximal -> point3DWithDiam [len=1.00, arrowhead=onormal] node [shape=box label=<

distal

Consts: MICRON = 1.0E-6 m

>]; distal; node [shape=box label=<

point3DWithDiam

Params: x, y, z,
diameter

Consts: MICRON = 1.0E-6 m

>]; point3DWithDiam; distal -> point3DWithDiam [len=1.00, arrowhead=onormal] node [shape=box label=<

segmentGroup

neuroLexId

>]; segmentGroup; node [shape=box label=<

member

segment

>]; member; node [shape=box label=<

biophysicalProperties

totSpecCap = membraneProperties/totSpecCap

Exposures: totSpecCap (specificCapacitance)

>]; biophysicalProperties; node [shape=box label=<

membraneProperties

REQUIRES: surfaceArea (area)

totSpecCap = SUM OF: specificCapacitances[*]/specCap

totChanPopCurrent = SUM OF: populations[*]/i

totChanDensCurrentDensity = SUM OF: channelDensities[*]/iDensity

totChanCurrent = totChanPopCurrent + (totChanDensCurrentDensity * surfaceArea)

totChanPopCurrentCa = SUM OF: populations[ion='ca']/i

totChanDensCurrentDensityCa = SUM OF: channelDensities[ion='ca']/iDensity

iCa = totChanPopCurrentCa + (totChanDensCurrentDensityCa * surfaceArea)

Exposures: totChanCurrent (current), iCa (current), totSpecCap (specificCapacitance)

>]; membraneProperties; node [shape=box label=<

spikeThresh

Params: value (voltage)

>]; spikeThresh; node [shape=box label=<

initMembPotential

Params: value (voltage)

>]; initMembPotential; node [shape=box label=<

channelDensity

Params: erev (voltage)

Consts: vShift = 0 V

REQUIRES: v (voltage)

segmentGroup

ion

channelf = ionChannel/fopen

gDensity = condDensity * channelf

iDensity = gDensity * (erev - v)

Exposures: gDensity (conductanceDensity), iDensity (currentDensity)

>]; channelDensity; node [shape=box label=<

baseChannelDensityCond

Params: condDensity (conductanceDensity)

REQUIRES: v (voltage)

Exposures: gDensity (conductanceDensity), iDensity (currentDensity)

>]; baseChannelDensityCond; channelDensity -> baseChannelDensityCond [len=1.00, arrowhead=onormal] node [shape=box label=<

baseChannelDensity

REQUIRES: v (voltage)

Exposures: iDensity (currentDensity)

>]; baseChannelDensity; baseChannelDensityCond -> baseChannelDensity [len=1.00, arrowhead=onormal] node [shape=box label=<

ionChannelPassive

REQUIRES: v (voltage)

species

fopen = 1

g = conductance

Exposures: g (conductance), fopen

>]; ionChannelPassive; node [shape=box label=<

ionChannel

REQUIRES: v (voltage)

conductanceScale = PRODUCT OF: conductanceScaling[*]/factor

fopen0 = PRODUCT OF: gates[*]/fcond

fopen = conductanceScale * fopen0

g = conductance * fopen

Exposures: g (conductance), fopen

>]; ionChannel; ionChannelPassive -> ionChannel [len=1.00, arrowhead=onormal] node [shape=box label=<

ionChannelHH

REQUIRES: v (voltage)

species

conductanceScale = PRODUCT OF: conductanceScaling[*]/factor

fopen0 = PRODUCT OF: gates[*]/fcond

fopen = conductanceScale * fopen0

g = conductance * fopen

Exposures: g (conductance), fopen

>]; ionChannelHH; ionChannel -> ionChannelHH [len=1.00, arrowhead=onormal] node [shape=box label=<

baseIonChannel

Params: conductance (conductance)

REQUIRES: v (voltage)

neuroLexId

Exposures: g (conductance), fopen

>]; baseIonChannel; ionChannelHH -> baseIonChannel [len=1.00, arrowhead=onormal] node [shape=box label=<

notes

>]; notes; node [shape=box label=<

channelDensity

Params: erev (voltage)

Consts: vShift = 0 V

REQUIRES: v (voltage)

segmentGroup

ion

channelf = ionChannel/fopen

gDensity = condDensity * channelf

iDensity = gDensity * (erev - v)

Exposures: gDensity (conductanceDensity), iDensity (currentDensity)

>]; channelDensity; node [shape=box label=<

baseChannelDensityCond

Params: condDensity (conductanceDensity)

REQUIRES: v (voltage)

Exposures: gDensity (conductanceDensity), iDensity (currentDensity)

>]; baseChannelDensityCond; node [shape=box label=<

baseChannelDensity

REQUIRES: v (voltage)

Exposures: iDensity (currentDensity)

>]; baseChannelDensity; node [shape=box label=<

ionChannelHH

REQUIRES: v (voltage)

species

conductanceScale = PRODUCT OF: conductanceScaling[*]/factor

fopen0 = PRODUCT OF: gates[*]/fcond

fopen = conductanceScale * fopen0

g = conductance * fopen

Exposures: g (conductance), fopen

>]; ionChannelHH; node [shape=box label=<

baseIonChannel

Params: conductance (conductance)

REQUIRES: v (voltage)

neuroLexId

Exposures: g (conductance), fopen

>]; baseIonChannel; node [shape=box label=<

notes

>]; notes; node [shape=box label=<

gateHHrates

State vars: q

rateScale = PRODUCT OF: q10Settings[*]/q10

alpha = forwardRate/r

beta = reverseRate/r

fcond = q^instances

inf = alpha/(alpha+beta)

tau = 1/((alpha+beta) * rateScale)

q' = (inf - q) / tau

Exposures: alpha (per_time), beta (per_time), tau (time),
inf, rateScale, fcond,
q

>]; gateHHrates; node [shape=box label=<

gate

Exposures: fcond, q

>]; gate; gateHHrates -> gate [len=1.00, arrowhead=onormal] node [shape=box label=<

baseGate

Params: instances

Exposures: fcond, q

>]; baseGate; gate -> baseGate [len=1.00, arrowhead=onormal] node [shape=box label=<

HHExpLinearRate

REQUIRES: v (voltage)

x = (v - midpoint) / scale

Exposures: r (per_time)

>]; HHExpLinearRate; node [shape=box label=<

baseHHRate

Params: rate (per_time), midpoint (voltage), scale (voltage)

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseHHRate; HHExpLinearRate -> baseHHRate [len=1.00, arrowhead=onormal] node [shape=box label=<

baseVoltageDepRate

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseVoltageDepRate; baseHHRate -> baseVoltageDepRate [len=1.00, arrowhead=onormal] node [shape=box label=<

HHExpRate

REQUIRES: v (voltage)

r = rate * exp((v - midpoint)/scale)

Exposures: r (per_time)

>]; HHExpRate; node [shape=box label=<

baseHHRate

Params: rate (per_time), midpoint (voltage), scale (voltage)

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseHHRate; HHExpRate -> baseHHRate [len=1.00, arrowhead=onormal] node [shape=box label=<

baseVoltageDepRate

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseVoltageDepRate; node [shape=box label=<

gateHHrates

State vars: q

rateScale = PRODUCT OF: q10Settings[*]/q10

alpha = forwardRate/r

beta = reverseRate/r

fcond = q^instances

inf = alpha/(alpha+beta)

tau = 1/((alpha+beta) * rateScale)

q' = (inf - q) / tau

Exposures: alpha (per_time), beta (per_time), tau (time),
inf, rateScale, fcond,
q

>]; gateHHrates; node [shape=box label=<

gate

Exposures: fcond, q

>]; gate; node [shape=box label=<

baseGate

Params: instances

Exposures: fcond, q

>]; baseGate; node [shape=box label=<

HHExpRate

REQUIRES: v (voltage)

r = rate * exp((v - midpoint)/scale)

Exposures: r (per_time)

>]; HHExpRate; node [shape=box label=<

baseHHRate

Params: rate (per_time), midpoint (voltage), scale (voltage)

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseHHRate; node [shape=box label=<

baseVoltageDepRate

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseVoltageDepRate; node [shape=box label=<

HHSigmoidRate

REQUIRES: v (voltage)

r = rate / (1 + exp(0 - (v - midpoint)/scale))

Exposures: r (per_time)

>]; HHSigmoidRate; node [shape=box label=<

baseHHRate

Params: rate (per_time), midpoint (voltage), scale (voltage)

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseHHRate; HHSigmoidRate -> baseHHRate [len=1.00, arrowhead=onormal] node [shape=box label=<

baseVoltageDepRate

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseVoltageDepRate; node [shape=box label=<

channelDensity

Params: erev (voltage)

Consts: vShift = 0 V

REQUIRES: v (voltage)

segmentGroup

ion

channelf = ionChannel/fopen

gDensity = condDensity * channelf

iDensity = gDensity * (erev - v)

Exposures: gDensity (conductanceDensity), iDensity (currentDensity)

>]; channelDensity; node [shape=box label=<

baseChannelDensityCond

Params: condDensity (conductanceDensity)

REQUIRES: v (voltage)

Exposures: gDensity (conductanceDensity), iDensity (currentDensity)

>]; baseChannelDensityCond; node [shape=box label=<

baseChannelDensity

REQUIRES: v (voltage)

Exposures: iDensity (currentDensity)

>]; baseChannelDensity; node [shape=box label=<

ionChannelHH

REQUIRES: v (voltage)

species

conductanceScale = PRODUCT OF: conductanceScaling[*]/factor

fopen0 = PRODUCT OF: gates[*]/fcond

fopen = conductanceScale * fopen0

g = conductance * fopen

Exposures: g (conductance), fopen

>]; ionChannelHH; node [shape=box label=<

baseIonChannel

Params: conductance (conductance)

REQUIRES: v (voltage)

neuroLexId

Exposures: g (conductance), fopen

>]; baseIonChannel; node [shape=box label=<

notes

>]; notes; node [shape=box label=<

gateHHrates

State vars: q

rateScale = PRODUCT OF: q10Settings[*]/q10

alpha = forwardRate/r

beta = reverseRate/r

fcond = q^instances

inf = alpha/(alpha+beta)

tau = 1/((alpha+beta) * rateScale)

q' = (inf - q) / tau

Exposures: alpha (per_time), beta (per_time), tau (time),
inf, rateScale, fcond,
q

>]; gateHHrates; node [shape=box label=<

gate

Exposures: fcond, q

>]; gate; node [shape=box label=<

baseGate

Params: instances

Exposures: fcond, q

>]; baseGate; node [shape=box label=<

HHExpLinearRate

REQUIRES: v (voltage)

x = (v - midpoint) / scale

Exposures: r (per_time)

>]; HHExpLinearRate; node [shape=box label=<

baseHHRate

Params: rate (per_time), midpoint (voltage), scale (voltage)

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseHHRate; node [shape=box label=<

baseVoltageDepRate

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseVoltageDepRate; node [shape=box label=<

HHExpRate

REQUIRES: v (voltage)

r = rate * exp((v - midpoint)/scale)

Exposures: r (per_time)

>]; HHExpRate; node [shape=box label=<

baseHHRate

Params: rate (per_time), midpoint (voltage), scale (voltage)

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseHHRate; node [shape=box label=<

baseVoltageDepRate

REQUIRES: v (voltage)

Exposures: r (per_time)

>]; baseVoltageDepRate; node [shape=box label=<

specificCapacitance

Params: value (specificCapacitance)

segmentGroup

specCap = value

Exposures: specCap (specificCapacitance)

>]; specificCapacitance; node [shape=box label=<

intracellularProperties

caConc = SUM OF: speciesList[ion='ca']/concentration

caConcExt = SUM OF: speciesList[ion='ca']/extConcentration

Exposures: caConc (concentration), caConcExt (concentration)

>]; intracellularProperties; node [shape=box label=<

resistivity

Params: value (resistivity)

segmentGroup

>]; resistivity; } "hhcell (cell)" -> cell [len=1.00] "null (0)" -> notes [len=1.00] "morphology (morphology)" -> morphology [len=1.00] "soma (id = 0)" -> segment [len=1.00] "null (1)" -> proximal [len=1.00] "null (2)" -> distal [len=1.00] "soma_group (segmentGroup)" -> segmentGroup [len=1.00] "null (3)" -> member [len=1.00] "bioPhys1 (biophysicalProperties)" -> biophysicalProperties [len=1.00] "null (4)" -> membraneProperties [len=1.00] "null (5)" -> spikeThresh [len=1.00] "null (6)" -> initMembPotential [len=1.00] "leak (channelDensity)" -> channelDensity [len=1.00] "passiveChan (ionChannelPassive)" -> ionChannelPassive [len=1.00] "null (7)" -> notes [len=1.00] "naChans (channelDensity)" -> channelDensity [len=1.00] "naChan (ionChannelHH)" -> ionChannelHH [len=1.00] "null (8)" -> notes [len=1.00] "m (gateHHrates)" -> gateHHrates [len=1.00] "null (9)" -> HHExpLinearRate [len=1.00] "null (10)" -> HHExpRate [len=1.00] "h (gateHHrates)" -> gateHHrates [len=1.00] "null (11)" -> HHExpRate [len=1.00] "null (12)" -> HHSigmoidRate [len=1.00] "kChans (channelDensity)" -> channelDensity [len=1.00] "kChan (ionChannelHH)" -> ionChannelHH [len=1.00] "null (13)" -> notes [len=1.00] "n (gateHHrates)" -> gateHHrates [len=1.00] "null (14)" -> HHExpLinearRate [len=1.00] "null (15)" -> HHExpRate [len=1.00] "null (16)" -> specificCapacitance [len=1.00] "null (17)" -> intracellularProperties [len=1.00] "null (18)" -> resistivity [len=1.00] }