//Cameron McIntyre//
//TC neuron (3-D dendritic tree)//
//NEURON 5.3 (windows version)//
//March 2003//
//number of nodes increased to 60
// added vtrap to isina (M.Birdno 2/08)
// changed % of h1 to 60% and h2 to 40% in Ik2 (McCormick/Huguenard 1992a, p. 1379)
// changed beta_s in axnode75mb slow K channel to follow intuitive sense, but keep dynamics
//
//
//Variables//
proc model_globals(){
celsius=36 //degC//
v_init=-70 //mV//
dendelements=251
somaelements=3
iselements=3 //initial segment elements
axonnodes=30 //250 //15
paranodes1=58 //498 //28 //numnodes*2 - 2
paranodes2=58 //498 //28
axoninter=87 //747 //42 // = (numnodes-1)*3
total=490 //2250 //370
fiberD=2
paralength1=3
nodelength=1
space_p1=0.002
space_p2=0.004
space_i=0.004
rhoa=0.7e6 //Ohm-um//
mycm=0.1 //uF/cm2/lamella membrane//
mygm=0.001 //S/cm2/lamella membrane//
// Use following parameters from synaptic changes for intrinsic bursting //
CTXsynapses = 71 // NMDAsynapses=71
CERsynapses = 75 // AMPAsynapses=75
GABAsynapses=108
RNsynapses = 54
TINsynapses = 54
CTXsynNMDAg=2*2*0.00117 // 0.002 uS// 0.002 // 0.001 on 6/14/07 // 0.1* // 2*0.00117 in March 2008
// NMDA threshold with no other inputs is X // still consistent with Rhodes 2006 NMDA conductances
CTXsynAMPAg=2*3.5*0.0000335 // 0.0005 uS // - Ith = 0.00017// 0.0005 // 0.0005 on 6/11/07
// AMPA threshold with no other inputs is 0.00025 // 0.0000335 on 2/19 // 5*0.0000335 in Feb. 2008 // 3.5 * 0.0000335 in March 2008
CERsynNMDAg=0.2*0.002 // 0.002 uS// 0.002 // 0.001 on 6/14/07 // 0.004 if AMPAg is 0.0005 (2/18/08)
// NMDA threshold with no other inputs is X // still consistent with Rhodes 2006 NMDA conductances???
CERsynAMPAg=1.35*0.000225 // 0.0005 uS // - Ith = 0.00017// 0.0005 // 0.0005 on 6/11/07
// AMPA threshold with no other inputs is 0.00025 // 0.000225 on 2/19
GABAsynAg=0.02 //uS// 0.005
GABAsynBg=0.0002 //uS// 0.0002 // 0.000 on 23 June 2007
}
model_globals()
proc dependent_var() {
if (fiberD==1) {axonD=0.8 nodeD=0.7 paraD1=0.7 paraD2=0.8 deltax=200 paralength2=10 nl=20}
if (fiberD==2) {axonD=1.6 nodeD=1.4 paraD1=1.4 paraD2=1.6 deltax=200 paralength2=10 nl=30}
Rpn0=(rhoa*.01)/(PI*((((nodeD/2)+space_p1)^2)-((nodeD/2)^2)))
Rpn1=(rhoa*.01)/(PI*((((paraD1/2)+space_p1)^2)-((paraD1/2)^2)))
Rpn2=(rhoa*.01)/(PI*((((paraD2/2)+space_p2)^2)-((paraD2/2)^2)))
Rpx=(rhoa*.01)/(PI*((((axonD/2)+space_i)^2)-((axonD/2)^2)))
interlength=(deltax-nodelength-(2*paralength1)-(2*paralength2))/3
}
dependent_var()
objref sCTX[CTXsynapses], sCER[CERsynapses], sGABA[GABAsynapses]
objref s[total]
create elec
objref modyn
elec {
modyn = new mdltrdyn(0.5)
modyn.tau1 = mdltau1
modyn.tau2 = mdltau2
}
create soma[somaelements]
create dend[dendelements]
create initseg[iselements]
create node[axonnodes], MYSA[paranodes1], FLUT[paranodes2], STIN[axoninter]
create CTXpre, CERpre, GABApre
access soma[1]
proc initcell() {
for i=0,dendelements-1 {
dend[i] {
s[i] = new SectionRef()
nseg = 1
Ra = 300
cm = 1
insert extracellular
insert tcleakdepol
gkl_tcleakdepol = gKL // 0.00005 M. Birdno changed w/ new leakdepol mechanism March 2009
gnal_tcleakdepol = 0.0000305 //0.0000305 for tonic; 0.0000095 for -70 rest; 0 for burst // 0.0000075 6/11/07
tau_m_tcleakdepol = tau_m // (ms)
minc_tcleakdepol = minc // incremental decrease in m for every stimulus pulse
setpointer vext_tcleakdepol(0.5), s[0].sec.e_extracellular(0.5)
setpointer pmodyn_tcleakdepol(0.5), modyn.i
insert tcit
pcatbar_tcit = 0.000075//0.0001 for -70 rest; 0.0002 for burst
vshift_tcit = 3
qm_tcit = 2.5
qh_tcit = 2.5
insert tcihshift
ghbar_tcihshift = 0.0015 // 0.0005 // 0.001 6/11/07 // 0.001 based on Llinas burst-hyperpol data 8/01/08
qexp_tcihshift = 3
vshifto_tcihshift = 5 //10 for -70 rest; 5 for burst
vsh_increment_tcihshift = vsh_incr // (mV)
tau_vsh_tcihshift = tau_vsh // (ms)
setpointer vext_tcihshift(0.5), s[0].sec.e_extracellular(0.5)
setpointer pmodyn_tcihshift(0.5), modyn.i
insert tcik2
gk2bar_tcik2 = 0.0007*gKfactor // MB *2 on 8/01/08. Back to previous on 3/18/09
vshift_tcik2 = 0
insert isina
gnabar_isina = 0.03 // MB divided by 1.5 on 8/01/08. Back to 0.03 on 11/17/08
vtraub_isina = -68
insert isikdr
gkdrbar_isikdr = 0.003*gKfactor // MB *2 on 8/01/08. Back to previous on 3/18/09
vtraub_isikdr = -78.8
// ki = 106
insert kdyn
// ki_kdyn = 106 // (mM)
ko_kdyn = 3 // (mM)
dep_kdyn = depth_soma
tk0_kdyn = tauk
tkfac_kdyn = getTaukFac()
}
}
for i=0,somaelements-1 {
soma[i] {
s[i+dendelements] = new SectionRef()
nseg = 1
Ra = 300
cm = 1
insert extracellular
insert tcleakdepol
gkl_tcleakdepol = gKL // 0.00005 M. Birdno changed w/ new leakdepol mechanism March 2009
gnal_tcleakdepol = 0.0000305 //0.0000305 for tonic; 0.0000095 for -70 rest; 0 for burst // 0.0000075 6/11/07
tau_m_tcleakdepol = tau_m // (ms)
minc_tcleakdepol = minc // incremental decrease in m for every stimulus pulse
setpointer vext_tcleakdepol(0.5), s[0].sec.e_extracellular(0.5)
setpointer pmodyn_tcleakdepol(0.5), modyn.i
insert tcit
pcatbar_tcit = 0.000075 //0.0001 for -70 rest; 0.0002 for burst
vshift_tcit = 3
qm_tcit = 2.5
qh_tcit = 2.5
insert tcihshift
ghbar_tcihshift = 0.0015 // 0.0005 // 0.001 6/11/07 // 0.001 based on Llinas burst-hyperpol data 8/01/08
qexp_tcihshift = 3
vshifto_tcihshift = 5 //10 for -70 rest; 5 for burst
vsh_increment_tcihshift = vsh_incr // (mV)
tau_vsh_tcihshift = tau_vsh // (ms)
setpointer vext_tcihshift(0.5), s[0].sec.e_extracellular(0.5)
setpointer pmodyn_tcihshift(0.5), modyn.i
insert tcik2
gk2bar_tcik2 = 0.0007*gKfactor // MB *2 on 8/01/08. Back to previous on 3/18/09
vshfit_tcik2 = 0
insert isina
gnabar_isina = 0.03 // MB divided by 1.5 on 8/01/08. Back to 0.03 on 11/17/08
vtraub_isina = -68
insert isikdr
gkdrbar_isikdr = 0.003*gKfactor // MB *2 on 8/01/08. Back to previous on 3/18/09
vtraub_isikdr = -78.8
// ki = 106
insert kdyn
// ki_kdyn = 106 // (mM)
ko_kdyn = 3 // (mM)
dep_kdyn = depth_soma
tk0_kdyn = tauk
tkfac_kdyn = getTaukFac()
}
}
for i=0,iselements-1 {
initseg[i] {
s[i+dendelements+somaelements] = new SectionRef()
nseg = 1
Ra = 300
cm = 1
insert pas
g_pas=0.00005
e_pas=-70
insert tcik2
gk2bar_tcik2 = 0.007*gKfactor // MB *2 on 8/01/08. Back to previous on 3/18/09
vshfit_tcik2 = 0
insert isina
gnabar_isina = 0.3/1.0 // MB divided by 1.5 on 8/01/08. Back to 0.03 on 11/17/08
vtraub_isina = -68
insert isikdr
gkdrbar_isikdr = 0.03*gKfactor // MB *2 on 7/28/08. Back to previous on 3/18/09
vtraub_isikdr = -78.8
// ki = 106
insert kdyn
// ki_kdyn = 106 // (mM)
ko_kdyn = 3 // (mM)
dep_kdyn = depth_ax
tk0_kdyn = tauk
tkfac_kdyn = taukFactor
insert extracellular
}
}
for i=0,axonnodes-2 {
node[i]{
s[i+dendelements+somaelements+iselements] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert axnode75mb
vshift_axnode75mb = 10 // 10
ena_axnode75mb = 45 // 45 in TC, 50 in MRG
gnabar_axnode75mb = 3
gnapbar_axnode75mb = 0.01 // 0.05 in TC, 0.01 in MRG
// ek_axnode75mb = -95 // -95 in TC, -90 in MRG?
gkbar_axnode75mb = 0.07*gKfactor // 0.07 in TC, 0.08 in MRG // // *2 on 12/9/08 by M. Birdno
gl_axnode75mb = 0.007 // 0.005 in TC, 0.007 in MRG // 0.007 in TC_mb?
el_axnode75mb = -60// -65 for TC axon only, -60 in TC, -90 in MRG
// ki = 106
insert kdyn
// ki_kdyn = 106 // (mM)
ko_kdyn = 3 // (mM)
dep_kdyn = depth_ax
tk0_kdyn = tauk
tkfac_kdyn = taukFactor
insert extracellular xraxial=Rpn0 xg=1e10 xc=0
}
}
ki = 106
node[axonnodes-1] {
s[dendelements+somaelements+iselements+axonnodes-1] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert pas
g_pas = 0.005
e_pas = -70
insert extracellular
}
for i=0, paranodes1-1 {
MYSA[i]{
s[i+dendelements+somaelements+iselements+axonnodes] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert pas
g_pas=0.0001
e_pas=-70
insert extracellular xraxial=Rpn1 xg=mygm/(nl*2) xc=mycm/(nl*2)
}
}
for i=0, paranodes2-1 {
FLUT[i]{
s[i+dendelements+somaelements+iselements+axonnodes+paranodes1] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert parak75
gkbar_parak75 = 0.02*gKfactor // *2 on 12/9/08 by M. Birdno
vshift_parak75 = 10
insert pas
g_pas=0.0001
e_pas=-70
insert extracellular xraxial=Rpn2 xg=mygm/(nl*2) xc=mycm/(nl*2)
}
}
for i=0, axoninter-1 {
STIN[i]{
s[i+dendelements+somaelements+iselements+axonnodes+paranodes1+paranodes2] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert pas
g_pas=0.0001
e_pas=-70
insert extracellular xraxial=Rpx xg=mygm/(nl*2) xc=mycm/(nl*2)
}
}
/* CERpre {
nseg=1
L=1
d=1
Ra=100
cm=1
insert pas
g_pas=0.001
e_pas=-65
}
CTXpre {
nseg=1
L=1
d=1
Ra=100
cm=1
insert pas
g_pas=0.001
e_pas=-65
}
GABApre {
nseg=1
L=1
d=1
Ra=100
cm=1
insert pas
g_pas=0.001
e_pas=-65
}
*/
elec {
L=1
d=1
}
}
initcell()
connect soma[1](0), soma[0](1)
connect soma[2](0), soma[1](1)
connect dend[0](0), soma[2](1)
connect dend[1](0), dend[0](1)
connect dend[2](0), dend[1](1)
connect dend[3](0), soma[2](1)
connect dend[4](0), dend[3](1)
connect dend[5](0), dend[4](1)
connect dend[6](0), dend[3](1)
connect dend[7](0), dend[6](1)
connect dend[8](0), soma[2](1)
connect dend[9](0), dend[8](1)
connect dend[10](0), dend[9](1)
connect dend[11](0), dend[9](1)
connect dend[12](0), dend[11](1)
connect dend[13](0), dend[9](1)
connect dend[14](0), dend[13](1)
connect dend[15](0), dend[14](1)
connect dend[16](0), dend[14](1)
connect dend[17](0), dend[8](1)
connect dend[18](0), dend[17](1)
connect dend[19](0), dend[17](1)
connect dend[20](0), dend[19](1)
connect dend[21](0), dend[19](1)
connect dend[22](0), soma[2](1)
connect dend[23](0), dend[22](1)
connect dend[24](0), dend[23](1)
connect dend[25](0), dend[24](1)
connect dend[26](0), dend[24](1)
connect dend[27](0), dend[26](1)
connect dend[28](0), dend[27](1)
connect dend[29](0), dend[28](1)
connect dend[30](0), dend[29](1)
connect dend[31](0), dend[30](1)
connect dend[32](0), dend[22](1)
connect dend[33](0), dend[32](1)
connect dend[34](0), dend[33](1)
connect dend[35](0), dend[32](1)
connect dend[36](0), dend[35](1)
connect dend[37](0), dend[36](1)
connect dend[38](0), dend[35](1)
connect dend[39](0), dend[38](1)
connect dend[40](0), dend[39](1)
connect dend[41](0), dend[38](1)
connect dend[42](0), dend[35](1)
connect dend[43](0), dend[42](1)
connect dend[44](0), dend[32](1)
connect dend[45](0), dend[44](1)
connect dend[46](0), dend[45](1)
connect dend[47](0), dend[45](1)
connect dend[48](0), dend[44](1)
connect dend[49](0), dend[44](1)
connect dend[50](0), soma[2](1)
connect dend[51](0), dend[50](1)
connect dend[52](0), dend[51](1)
connect dend[53](0), dend[52](1)
connect dend[54](0), dend[53](1)
connect dend[55](0), soma[0](0)
connect dend[56](0), dend[55](1)
connect dend[57](0), dend[56](1)
connect dend[58](0), dend[57](1)
connect dend[59](0), dend[58](1)
connect dend[60](0), dend[57](1)
connect dend[61](0), dend[60](1)
connect dend[62](0), dend[60](1)
connect dend[63](0), dend[56](1)
connect dend[64](0), dend[63](1)
connect dend[65](0), dend[64](1)
connect dend[66](0), dend[63](1)
connect dend[67](0), dend[66](1)
connect dend[68](0), dend[67](1)
connect dend[69](0), dend[66](1)
connect dend[70](0), dend[69](1)
connect dend[71](0), dend[56](1)
connect dend[72](0), dend[71](1)
connect dend[73](0), dend[72](1)
connect dend[74](0), dend[73](1)
connect dend[75](0), dend[72](1)
connect dend[76](0), dend[75](1)
connect dend[77](0), dend[75](1)
connect dend[78](0), dend[71](1)
connect dend[79](0), dend[78](1)
connect dend[80](0), dend[79](1)
connect dend[81](0), dend[55](1)
connect dend[82](0), dend[81](1)
connect dend[83](0), dend[82](1)
connect dend[84](0), dend[81](1)
connect dend[85](0), dend[84](1)
connect dend[86](0), dend[81](1)
connect dend[87](0), dend[86](1)
connect dend[88](0), dend[87](1)
connect dend[89](0), dend[86](1)
connect dend[90](0), dend[89](1)
connect dend[91](0), dend[89](1)
connect dend[92](0), dend[81](1)
connect dend[93](0), dend[92](1)
connect dend[94](0), soma[0](0)
connect dend[95](0), dend[94](1)
connect dend[96](0), dend[95](1)
connect dend[97](0), dend[96](1)
connect dend[98](0), dend[96](1)
connect dend[99](0), dend[98](1)
connect dend[100](0), dend[94](1)
connect dend[101](0), dend[100](1)
connect dend[102](0), dend[101](1)
connect dend[103](0), dend[102](1)
connect dend[104](0), dend[101](1)
connect dend[105](0), dend[100](1)
connect dend[106](0), dend[105](1)
connect dend[107](0), soma[0](0)
connect dend[108](0), dend[107](1)
connect dend[109](0), dend[108](1)
connect dend[110](0), dend[109](1)
connect dend[111](0), dend[110](1)
connect dend[112](0), dend[109](1)
connect dend[113](0), dend[112](1)
connect dend[114](0), dend[108](1)
connect dend[115](0), dend[114](1)
connect dend[116](0), dend[115](1)
connect dend[117](0), dend[114](1)
connect dend[118](0), dend[117](1)
connect dend[119](0), dend[108](1)
connect dend[120](0), dend[119](1)
connect dend[121](0), dend[108](1)
connect dend[122](0), dend[121](1)
connect dend[123](0), dend[121](1)
connect dend[124](0), dend[123](1)
connect dend[125](0), dend[107](1)
connect dend[126](0), dend[125](1)
connect dend[127](0), dend[126](1)
connect dend[128](0), dend[127](1)
connect dend[129](0), dend[127](1)
connect dend[130](0), dend[126](1)
connect dend[131](0), dend[126](1)
connect dend[132](0), dend[131](1)
connect dend[133](0), dend[131](1)
connect dend[134](0), dend[125](1)
connect dend[135](0), dend[134](1)
connect dend[136](0), dend[134](1)
connect dend[137](0), dend[136](1)
connect dend[138](0), dend[136](1)
connect dend[139](0), dend[134](1)
connect dend[140](0), dend[139](1)
connect dend[141](0), dend[139](1)
connect dend[142](0), soma[1](1)
connect dend[143](0), dend[142](1)
connect dend[144](0), dend[143](1)
connect dend[145](0), dend[144](1)
connect dend[146](0), dend[142](1)
connect dend[147](0), dend[146](1)
connect dend[148](0), dend[147](1)
connect dend[149](0), dend[148](1)
connect dend[150](0), dend[147](1)
connect dend[151](0), dend[150](1)
connect dend[152](0), dend[151](1)
connect dend[153](0), dend[146](1)
connect dend[154](0), dend[153](1)
connect dend[155](0), dend[154](1)
connect dend[156](0), dend[154](1)
connect dend[157](0), dend[153](1)
connect dend[158](0), dend[157](1)
connect dend[159](0), dend[142](1)
connect dend[160](0), dend[159](1)
connect dend[161](0), dend[160](1)
connect dend[162](0), dend[142](1)
connect dend[163](0), dend[142](1)
connect dend[164](0), dend[163](1)
connect dend[165](0), dend[163](1)
connect dend[166](0), dend[165](1)
connect dend[167](0), dend[142](1)
connect dend[168](0), dend[167](1)
connect dend[169](0), dend[142](1)
connect dend[170](0), dend[169](1)
connect dend[171](0), dend[170](1)
connect dend[172](0), dend[169](1)
connect dend[173](0), dend[172](1)
connect dend[174](0), dend[169](1)
connect dend[175](0), dend[174](1)
connect dend[176](0), dend[174](1)
connect dend[177](0), dend[176](1)
connect dend[178](0), dend[174](1)
connect dend[179](0), dend[178](1)
connect dend[180](0), dend[174](1)
connect dend[181](0), dend[180](1)
connect dend[182](0), dend[174](1)
connect dend[183](0), dend[182](1)
connect dend[184](0), dend[183](1)
connect dend[185](0), dend[184](1)
connect dend[186](0), dend[182](1)
connect dend[187](0), dend[186](1)
connect dend[188](0), dend[187](1)
connect dend[189](0), dend[186](1)
connect dend[190](0), dend[189](1)
connect dend[191](0), dend[186](1)
connect dend[192](0), dend[191](1)
connect dend[193](0), dend[174](1)
connect dend[194](0), dend[193](1)
connect dend[195](0), dend[193](1)
connect dend[196](0), soma[2](1)
connect dend[197](0), dend[196](1)
connect dend[198](0), dend[197](1)
connect dend[199](0), dend[196](1)
connect dend[200](0), dend[199](1)
connect dend[201](0), dend[200](1)
connect dend[202](0), dend[200](1)
connect dend[203](0), dend[199](1)
connect dend[204](0), dend[203](1)
connect dend[205](0), dend[204](1)
connect dend[206](0), dend[205](1)
connect dend[207](0), dend[206](1)
connect dend[208](0), dend[204](1)
connect dend[209](0), dend[208](1)
connect dend[210](0), dend[209](1)
connect dend[211](0), dend[203](1)
connect dend[212](0), dend[211](1)
connect dend[213](0), dend[212](1)
connect dend[214](0), dend[212](1)
connect dend[215](0), dend[211](1)
connect dend[216](0), dend[203](1)
connect dend[217](0), dend[216](1)
connect dend[218](0), dend[217](1)
connect dend[219](0), dend[218](1)
connect dend[220](0), dend[219](1)
connect dend[221](0), dend[217](1)
connect dend[222](0), dend[221](1)
connect dend[223](0), dend[217](1)
connect dend[224](0), dend[223](1)
connect dend[225](0), dend[216](1)
connect dend[226](0), dend[225](1)
connect dend[227](0), dend[226](1)
connect dend[228](0), dend[225](1)
connect dend[229](0), dend[228](1)
connect dend[230](0), dend[229](1)
connect dend[231](0), dend[228](1)
connect dend[232](0), dend[231](1)
connect dend[233](0), dend[232](1)
connect dend[234](0), soma[2](1)
connect dend[235](0), dend[234](1)
connect dend[236](0), dend[235](1)
connect dend[237](0), dend[236](1)
connect dend[238](0), dend[236](1)
connect dend[239](0), dend[235](1)
connect dend[240](0), dend[239](1)
connect dend[241](0), dend[239](1)
connect dend[242](0), dend[235](1)
connect dend[243](0), dend[242](1)
connect dend[244](0), dend[234](1)
connect dend[245](0), dend[244](1)
connect dend[246](0), dend[244](1)
connect dend[247](0), dend[244](1)
connect dend[248](0), dend[244](1)
connect dend[249](0), dend[248](1)
connect dend[250](0), dend[244](1)
connect initseg[0](0), soma[2](1)
connect initseg[1](0), initseg[0](1)
connect initseg[2](0), initseg[1](1)
connect node[0](0), initseg[2](1)
connect MYSA[0](0), node[0](1)
connect FLUT[0](0), MYSA[0](1)
connect STIN[0](0), FLUT[0](1)
connect STIN[1](0), STIN[0](1)
connect STIN[2](0), STIN[1](1)
connect FLUT[1](0), STIN[2](1)
connect MYSA[1](0), FLUT[1](1)
connect node[1](0), MYSA[1](1)
for i=1, axonnodes-2 {
connect MYSA[2*i](0), node[i](1)
connect FLUT[2*i](0), MYSA[2*i](1)
connect STIN[3*i](0), FLUT[2*i](1)
connect STIN[3*i+1](0), STIN[3*i](1)
connect STIN[3*i+2](0), STIN[3*i+1](1)
connect FLUT[2*i+1](0), STIN[3*i+2](1)
connect MYSA[2*i+1](0), FLUT[2*i+1](1)
connect node[i+1](0), MYSA[2*i+1](1)
}
// Changed locations of synapses and type to better match Sato data
// See notes on 6/13/07 sheet.
soma[0] {
sCER[0] = new SectionRef()
pt3dadd(-23.25, -7.35, -34.2, 4.4)
pt3dadd(-21.9, -6.18, -31.05, 14.959)
pt3dadd(-21, -5.8875, -30.4875, 21.439)
pt3dadd(-20.1, -5.03862, -28.6974, 24.974)
}
soma[1] {
sGABA[106] = new SectionRef()
pt3dadd(-20.1, -5.03862, -28.6974, 24.974)
pt3dadd(-16.95, -4.48638, -27.5526, 25.363)
pt3dadd(-16.05, -4.26426, -26.5824, 26.719)
pt3dadd(-13.8, -3.05889, -24.0111, 28.865)
pt3dadd(-9.75, -1.51125, -21.6675, 28.311)
pt3dadd(-4.8, 1.0875, -17.5662, 25.297)
}
soma[2] {
sGABA[107] = new SectionRef()
pt3dadd(-4.8, 1.0875, -17.5662, 25.297)
pt3dadd(-3.45, 0.795, -15.435, 23.776)
pt3dadd(-0.75, 1.875, -11.4192, 15.383)
pt3dadd(0.15, 1.56, -10.53, 4.3)
}
//dend1[0]
dend[0] {
sGABA[0] = new SectionRef()
pt3dadd(0.15, 1.56, -10.53, 4.3)
pt3dadd(1.5, 5.5, 0, 0.91)
pt3dadd(3.5, 8.5, 5.5, 0.91)
pt3dadd(6, 10, 9, 0.91)
pt3dadd(9, 9.5, 13, 0.91)
pt3dadd(12.5, 9, 17, 0.91)
}
dend[1] {
sCTX[1] = new SectionRef() // sCTX[0] is in dend[232]
pt3dadd(12.5, 9, 17, 0.91)
pt3dadd(15, 9.5, 22, 0.91)
pt3dadd(17, 11.5, 25, 0.91)
pt3dadd(18.5, 13.5, 29, 0.91)
pt3dadd(21.5, 14.5, 35.5, 0.91)
pt3dadd(24, 16, 41.5, 0.91)
}
dend[2] {
sCTX[2] = new SectionRef()
pt3dadd(24, 16, 41.5, 0.91)
pt3dadd(26.5, 16, 49.5, 0.91)
pt3dadd(29.5, 17, 55, 0.91)
pt3dadd(33, 18, 58.5, 0.91)
pt3dadd(37.5, 18.5, 61.5, 0.91)
pt3dadd(42, 18.5, 63.5, 0.91)
pt3dadd(47, 18.5, 66.5, 0.91)
}
//dend2[0]
dend[3] {
sCER[1] = new SectionRef()
pt3dadd(0.15, 1.56, -10.53, 4.3)
pt3dadd(2, 14, -2.5, 0.91)
pt3dadd(4.5, 14.5, 0.5, 0.91)
pt3dadd(6.5, 16, 4, 0.91)
pt3dadd(8.5, 17, 7.5, 0.91)
pt3dadd(10, 18.5, 11, 0.91)
pt3dadd(12, 18.5, 12.5, 0.91)
pt3dadd(14, 19, 15, 0.91)
pt3dadd(16, 19, 16.5, 0.91)
pt3dadd(18, 20, 18.5, 0.91)
pt3dadd(21, 21, 21, 0.91)
pt3dadd(24.5, 22.5, 26.5, 0.91)
}
//dend2[1]
dend[4] {
sCER[2] = new SectionRef()
pt3dadd(24.5, 22.5, 26.5, 0.93)
pt3dadd(28, 24, 31.5, 0.93)
pt3dadd(31, 26, 34.5, 0.93)
pt3dadd(33.5, 29, 36, 0.93)
pt3dadd(35.5, 32, 36.5, 0.93)
pt3dadd(38, 34.5, 39.5, 0.93)
pt3dadd(41.5, 34.5, 42, 0.93)
pt3dadd(45, 33.5, 48.5, 0.93)
}
dend[5] {
sCTX[3] = new SectionRef()
pt3dadd(45, 33.5, 48.5, 0.93)
pt3dadd(48, 33.5, 52.5, 0.93)
pt3dadd(50, 34.5, 56.5, 0.93)
pt3dadd(52.5, 35.5, 58, 0.93)
pt3dadd(55.5, 34.5, 59.5, 0.93)
pt3dadd(58.5, 34.5, 61.5, 0.93)
pt3dadd(60, 35, 64, 0.93)
pt3dadd(59.5, 36.5, 68, 0.93)
}
//dend2[2]
dend[6] {
sGABA[1] = new SectionRef()
pt3dadd(24.5, 22.5, 26.5, 0.86)
pt3dadd(24.5, 25, 34, 0.86)
pt3dadd(25.5, 28, 42, 0.86)
pt3dadd(26.5, 30.5, 47, 0.86)
pt3dadd(28.5, 33, 50.5, 0.86)
pt3dadd(31, 35, 51, 0.86)
pt3dadd(33.5, 37.5, 52, 0.86)
pt3dadd(36, 41.5, 54.5, 0.86)
}
dend[7] {
sCTX[4] = new SectionRef()
pt3dadd(36, 41.5, 54.5, 0.86)
pt3dadd(38, 45.5, 57, 0.86)
pt3dadd(39.5, 49.5, 59, 0.86)
pt3dadd(41, 52.5, 60, 0.86)
pt3dadd(42, 55.5, 63, 0.86)
pt3dadd(42.5, 58.5, 63, 0.86)
pt3dadd(42.5, 62.5, 61, 0.86)
}
//dend3[0]
dend[8] {
sGABA[2] = new SectionRef()
pt3dadd(0, 13.5, -5, 4.3)
pt3dadd(7.5, -4, 2.5, 2.8)
pt3dadd(9, -6, 7.5, 2.8)
pt3dadd(11, -8, 10.5, 2.8)
}
//dend3[1]
dend[9] {
sGABA[3] = new SectionRef()
pt3dadd(11, -8, 10.5, 1.3)
pt3dadd(14, -8, 11, 1.3)
pt3dadd(17, -7.5, 12.5, 1.3)
pt3dadd(20.5, -6.5, 14, 1.3)
pt3dadd(23.5, -4.5, 13.5, 1.3)
pt3dadd(27, -2.5, 13, 1.3)
}
//dend3[2] buldge (not included)
//dend3[3]
dend[10] {
sCTX[5] = new SectionRef()
pt3dadd(27, -2.5, 13, 0.96)
pt3dadd(29.5, -4, 15, 0.96)
pt3dadd(33, -5.5, 18, 0.96)
pt3dadd(36.5, -8, 21.5, 0.96)
pt3dadd(40, -9.5, 23, 0.96)
pt3dadd(43, -9.5, 24, 0.96)
pt3dadd(46.5, -7.5, 24, 0.96)
pt3dadd(49.5, -6, 24, 0.96)
pt3dadd(53, -4.5, 24, 0.96)
pt3dadd(56.5, -4, 25, 0.96)
}
//dend3[4]
dend[11] {
sCTX[6] = new SectionRef()
pt3dadd(27, -2.5, 13, 0.93)
pt3dadd(28, 0, 14.5, 0.93)
pt3dadd(29.5, 2, 15.5, 0.93)
pt3dadd(31.5, 4.5, 15.5, 0.93)
pt3dadd(33.5, 7, 19, 0.93)
pt3dadd(35, 9.5, 23, 0.93)
pt3dadd(37, 11, 29.5, 0.93)
pt3dadd(39, 12.5, 33.5, 0.93)
pt3dadd(41.5, 13.5, 39, 0.93)
pt3dadd(44.5, 15, 45, 0.93)
}
dend[12] {
sGABA[4] = new SectionRef()
pt3dadd(44.5, 15, 45, 0.93)
pt3dadd(47, 15.5, 51.5, 0.93)
pt3dadd(50, 16.5, 55, 0.93)
pt3dadd(53, 18, 56, 0.93)
pt3dadd(55.5, 19, 56, 0.93)
pt3dadd(57.5, 20.5, 56, 0.93)
pt3dadd(59, 22, 56, 0.93)
pt3dadd(60.5, 22, 57, 0.93)
pt3dadd(63.5, 21, 60.5, 0.93)
pt3dadd(67, 20, 66.5, 0.93)
}
//dend3[5]
dend[13] {
sGABA[5] = new SectionRef()
pt3dadd(27, -2.5, 13, 0.94)
pt3dadd(29, -0.5, 11, 0.94)
pt3dadd(31.5, 1, 10.5, 0.94)
pt3dadd(34, 4, 10.5, 0.94)
pt3dadd(37, 6.5, 12, 0.94)
pt3dadd(39.5, 8.5, 15.5, 0.94)
pt3dadd(42.5, 10, 18.5, 0.94)
pt3dadd(45, 11, 21.5, 0.94)
pt3dadd(47.5, 11.5, 23.5, 0.94)
}
dend[14] {
sCTX[7] = new SectionRef()
pt3dadd(47.5, 11.5, 23.5, 0.94)
pt3dadd(50, 11.5, 27, 0.94)
pt3dadd(53, 12.5, 30.5, 0.94)
pt3dadd(57, 14, 33, 0.94)
pt3dadd(61, 15.5, 35, 0.94)
pt3dadd(65.5, 17, 38.5, 0.94)
pt3dadd(69, 17.5, 42, 0.94)
pt3dadd(72, 17.5, 45, 0.94)
}
//dend3[6]
dend[15] {
sCTX[8] = new SectionRef()
pt3dadd(72, 17.5, 45, 0.8)
pt3dadd(75.5, 17, 47, 0.8)
pt3dadd(79.5, 17, 49, 0.8)
pt3dadd(83, 16.5, 50.5, 0.8)
pt3dadd(87, 16.5, 50.5, 0.8)
pt3dadd(91.5, 16, 50.5, 0.8)
pt3dadd(96, 17, 53.5, 0.8)
pt3dadd(100, 19, 60, 0.8)
}
//dend3[7]
dend[16] {
sCTX[9] = new SectionRef()
pt3dadd(72, 17.5, 45, 0.8)
pt3dadd(74.5, 18.5, 38, 0.8)
pt3dadd(77, 20, 34.5, 0.8)
pt3dadd(81, 21.5, 34.5, 0.8)
pt3dadd(86.5, 24.5, 34.5, 0.8)
}
//dend3[8]
dend[17] {
sCTX[10] = new SectionRef()
pt3dadd(11, -8, 10.5, 1.2)
pt3dadd(12, -10, 10.5, 1.2)
pt3dadd(15, -11, 14, 1.2)
pt3dadd(17.5, -12, 19.5, 1.2)
pt3dadd(18.5, -14, 23.5, 1.2)
pt3dadd(18, -16.5, 26.5, 1.2)
pt3dadd(17, -19, 30.5, 1.2)
}
//dend3[9]
dend[18] {
sGABA[6] = new SectionRef()
pt3dadd(17, -19, 30.5, 0.93)
pt3dadd(14, -20, 31.5, 0.93)
pt3dadd(12, -22, 35, 0.93)
pt3dadd(11.5, -24.5, 40.5, 0.93)
pt3dadd(12.5, -27.5, 42.5, 0.93)
pt3dadd(15, -29.5, 41, 0.93)
}
//dend3[10]
dend[19] {
sGABA[7] = new SectionRef()
pt3dadd(17, -19, 30.5, 0.92)
pt3dadd(18, -21, 28, 0.92)
pt3dadd(19.5, -23.5, 26.5, 0.92)
pt3dadd(21, -24.5, 23.5, 0.92)
pt3dadd(23, -24, 22, 0.92)
pt3dadd(25.5, -22.5, 22, 0.92)
pt3dadd(27.5, -21.5, 27, 0.92)
pt3dadd(30, -21.5, 34.5, 0.92)
}
//dend3[11]
dend[20] {
sCTX[11] = new SectionRef()
pt3dadd(30, -21.5, 34.5, 0.91)
pt3dadd(31.5, -20, 39.5, 0.91)
pt3dadd(33, -19.5, 45, 0.91)
pt3dadd(34.5, -20, 50.5, 0.91)
pt3dadd(35, -19, 58, 0.91)
pt3dadd(36.5, -18, 63, 0.91)
pt3dadd(37.5, -15, 66.5, 0.91)
pt3dadd(40, -13, 68, 0.91)
pt3dadd(42.5, -10.5, 72, 0.91)
}
//dend3[12]
dend[21] {
sCTX[12] = new SectionRef()
pt3dadd(30, -21.5, 34.5, 0.91)
pt3dadd(32.5, -22, 36, 0.91)
pt3dadd(35, -23, 37, 0.91)
}
//dend4[0]
dend[22] {
sCER[3] = new SectionRef()
pt3dadd(0.15, 1.56, -10.53, 4.3)
pt3dadd(3.15, -1.44, -0.03, 4.3)
pt3dadd(7.15, -4.94, 7.97, 4.3)
}
//dend4[1]
dend[23] {
sGABA[8] = new SectionRef()
pt3dadd(7.15, -4.94, 7.97, 1.7)
pt3dadd(4.65, -7.44, 11.47, 1.7)
pt3dadd(3.15, -9.94, 13.97, 1.7)
pt3dadd(3.15, -13.44, 15.97, 1.7)
}
//dend4[2]
dend[24] {
sCTX[13] = new SectionRef()
pt3dadd(3.15, -13.44, 15.97, 1.2)
pt3dadd(4.15, -16.44, 18.47, 1.2)
pt3dadd(4.15, -19.94, 21.97, 1.2)
pt3dadd(3.15, -23.94, 24.97, 1.2)
pt3dadd(2.15, -27.94, 27.47, 1.2)
pt3dadd(1.65, -32.44, 27.97, 1.2)
pt3dadd(2.15, -36.94, 27.97, 1.2)
pt3dadd(2.15, -40.94, 30.97, 1.2)
pt3dadd(2.15, -43.94, 33.97, 1.2)
pt3dadd(3.15, -46.44, 36.47, 1.2)
}
dend[25] {
sCTX[14] = new SectionRef()
pt3dadd(3.15, -46.44, 36.47, 1.2)
pt3dadd(4.15, -49.44, 35.47, 1.2)
pt3dadd(4.65, -52.44, 34.47, 1.2)
pt3dadd(4.15, -55.94, 38.97, 1.2)
pt3dadd(4.15, -59.44, 43.47, 1.2)
pt3dadd(5.65, -62.44, 47.97, 1.2)
pt3dadd(7.15, -66.44, 47.97, 1.2)
pt3dadd(6.65, -69.94, 47.97, 1.2)
pt3dadd(6.65, -72.44, 48.97, 1.2)
pt3dadd(8.65, -74.94, 51.97, 1.2)
}
//dend4[3]
dend[26] {
sCTX[15] = new SectionRef()
pt3dadd(3.15, -13.44, 15.97, 1.2)
pt3dadd(4.65, -13.94, 20.97, 1.2)
pt3dadd(5.65, -14.44, 26.97, 1.2)
pt3dadd(5.15, -15.44, 30.97, 1.2)
pt3dadd(3.65, -16.94, 33.47, 1.2)
pt3dadd(1.65, -18.94, 33.47, 1.2)
pt3dadd(-0.35, -21.44, 35.47, 1.2)
}
dend[27] {
sCTX[16] = new SectionRef()
pt3dadd(-0.35, -21.44, 35.47, 1.2)
pt3dadd(-1.35, -24.44, 39.47, 1.2)
pt3dadd(-1.85, -26.94, 43.97, 1.2)
pt3dadd(-1.85, -27.44, 48.47, 1.2)
pt3dadd(-2.85, -27.44, 50.47, 1.2)
pt3dadd(-4.35, -27.44, 52.47, 1.2)
pt3dadd(-5.85, -27.44, 56.47, 1.2)
pt3dadd(-7.85, -25.94, 61.97, 1.2)
}
dend[28] {
sCER[4] = new SectionRef()
pt3dadd(-7.85, -25.94, 61.97, 1.2)
pt3dadd(-9.35, -22.94, 64.97, 1.2)
pt3dadd(-9.85, -20.44, 64.97, 1.2)
pt3dadd(-8.35, -17.44, 63.97, 1.2)
pt3dadd(-7.35, -14.94, 63.47, 1.2)
pt3dadd(-6.85, -11.94, 63.47, 1.2)
pt3dadd(-5.35, -9.94, 63.47, 1.2)
pt3dadd(-2.35, -7.94, 64.47, 1.2)
}
dend[29] {
sCTX[17] = new SectionRef()
pt3dadd(-2.35, -7.94, 64.47, 1.2)
pt3dadd(-0.85, -6.44, 64.47, 1.2)
pt3dadd(-1.85, -3.44, 64.97, 1.2)
pt3dadd(-1.35, -0.94, 64.97, 1.2)
pt3dadd(-0.35, 2.56, 65.47, 1.2)
pt3dadd(-0.85, 4.06, 64.97, 1.2)
pt3dadd(-3.85, 6.06, 64.47, 1.2)
pt3dadd(-6.35, 7.06, 58.97, 1.2)
}
dend[30] {
sGABA[9] = new SectionRef()
pt3dadd(-6.35, 7.06, 58.97, 1.2)
pt3dadd(-7.85, 10.06, 53.97, 1.2)
pt3dadd(-8.85, 14.06, 49.97, 1.2)
pt3dadd(-9.85, 17.56, 50.97, 1.2)
pt3dadd(-11.35, 21.06, 50.47, 1.2)
pt3dadd(-13.85, 22.56, 47.97, 1.2)
pt3dadd(-16.85, 24.56, 46.97, 1.2)
pt3dadd(-18.85, 27.06, 45.47, 1.2)
pt3dadd(-20.35, 30.06, 39.97, 1.2)
}
dend[31] {
sCTX[18] = new SectionRef()
pt3dadd(-20.35, 30.06, 39.97, 1.2)
pt3dadd(-21.85, 33.56, 32.47, 1.2)
pt3dadd(-23.35, 36.06, 29.47, 1.2)
pt3dadd(-26.35, 39.06, 31.47, 1.2)
pt3dadd(-28.35, 43.06, 35.97, 1.2)
pt3dadd(-32.35, 46.06, 39.97, 1.2)
pt3dadd(-35.85, 48.56, 45.47, 1.2)
pt3dadd(-40.35, 50.06, 49.97, 1.2)
pt3dadd(-45.35, 51.56, 52.47, 1.2)
pt3dadd(-52.35, 53.06, 54.47, 1.2)
}
//dend4[4]
dend[32] {
sGABA[10] = new SectionRef()
pt3dadd(7.15, -4.94, 7.97, 2.3)
pt3dadd(10.15, -6.94, 12.97, 2.3)
pt3dadd(13.15, -9.44, 16.47, 2.3)
pt3dadd(16.15, -11.44, 18.47, 2.3)
}
//dend4[5] buldge (not included)
//dend4[6]
dend[33] {
sCTX[19] = new SectionRef()
pt3dadd(16.15, -11.44, 18.47, 0.8)
pt3dadd(19.15, -13.44, 16.47, 0.8)
pt3dadd(22.65, -14.94, 15.97, 0.8)
pt3dadd(25.65, -16.44, 15.97, 0.8)
pt3dadd(28.15, -17.94, 15.97, 0.8)
pt3dadd(31.15, -20.44, 16.47, 0.8)
pt3dadd(33.65, -22.94, 16.97, 0.8)
}
dend[34] {
sGABA[11] = new SectionRef()
pt3dadd(33.65, -22.94, 16.97, 0.8)
pt3dadd(37.15, -25.94, 16.47, 0.8)
pt3dadd(40.65, -27.94, 14.47, 0.8)
pt3dadd(44.65, -29.44, 13.47, 0.8)
pt3dadd(48.65, -31.94, 13.47, 0.8)
pt3dadd(52.15, -35.44, 13.97, 0.8)
pt3dadd(55.15, -40.44, 15.97, 0.8)
}
//dend4[7]
dend[35] {
sCER[5] = new SectionRef()
pt3dadd(16.15, -11.44, 18.47, 1.7)
pt3dadd(18.65, -9.94, 18.47, 1.7)
pt3dadd(22.15, -8.94, 18.47, 1.7)
}
//dend4[8] buldge (not included)
//dend4[9]
dend[36] {
sCER[6] = new SectionRef()
pt3dadd(22.15, -8.94, 18.47, 0.8)
pt3dadd(24.15, -6.44, 24.47, 0.8)
pt3dadd(26.65, -4.94, 29.47, 0.8)
pt3dadd(29.65, -3.44, 31.47, 0.8)
pt3dadd(33.65, -2.44, 33.47, 0.8)
pt3dadd(37.65, -0.44, 34.47, 0.8)
}
dend[37] {
sCER[7] = new SectionRef()
pt3dadd(37.65, -0.44, 34.47, 0.8)
pt3dadd(41.65, 1.06, 37.47, 0.8)
pt3dadd(45.15, 2.56, 41.47, 0.8)
pt3dadd(50.15, 2.56, 44.97, 0.8)
pt3dadd(56.15, 1.06, 47.97, 0.8)
}
//dend4[10]
dend[38] {
sCER[8] = new SectionRef()
pt3dadd(22.15, -8.94, 18.47, 0.89)
pt3dadd(25.15, -8.44, 23.47, 0.89)
pt3dadd(29.15, -8.94, 33.47, 0.89)
}
//dend4[11]
dend[39] {
sCER[9] = new SectionRef()
pt3dadd(29.15, -8.94, 33.47, 0.8)
pt3dadd(33.15, -6.94, 30.47, 0.8)
pt3dadd(37.15, -5.44, 29.97, 0.8)
pt3dadd(42.15, -3.94, 30.97, 0.8)
pt3dadd(47.15, -3.44, 31.97, 0.8)
pt3dadd(51.65, -3.44, 31.97, 0.8)
pt3dadd(54.65, -3.44, 30.97, 0.8)
}
dend[40] {
sCTX[20] = new SectionRef()
pt3dadd(54.65, -3.44, 30.97, 0.8)
pt3dadd(57.65, -3.44, 29.97, 0.8)
pt3dadd(60.65, -3.44, 30.97, 0.8)
pt3dadd(63.65, -2.94, 34.97, 0.8)
pt3dadd(66.15, -1.44, 41.47, 0.8)
pt3dadd(68.65, -0.94, 44.97, 0.8)
pt3dadd(72.65, -0.94, 43.97, 0.8)
}
//dend4[12]
dend[41] {
sCER[10] = new SectionRef()
pt3dadd(29.15, -8.94, 33.47, 0.8)
pt3dadd(30.15, -10.44, 34.97, 0.8)
pt3dadd(31.65, -12.44, 37.47, 0.8)
pt3dadd(34.15, -13.94, 40.47, 0.8)
pt3dadd(36.65, -15.44, 42.47, 0.8)
pt3dadd(39.65, -16.44, 43.47, 0.8)
pt3dadd(42.15, -17.94, 45.47, 0.8)
pt3dadd(44.15, -20.44, 47.47, 0.8)
pt3dadd(46.15, -23.94, 49.47, 0.8)
pt3dadd(49.15, -27.94, 49.47, 0.8)
}
//dend4[13]
dend[42] {
sCTX[21] = new SectionRef()
pt3dadd(22.15, -8.94, 18.47, 0.8)
pt3dadd(25.15, -9.94, 20.97, 0.8)
pt3dadd(27.65, -10.94, 25.97, 0.8)
pt3dadd(29.15, -12.44, 31.47, 0.8)
pt3dadd(30.65, -13.94, 33.97, 0.8)
pt3dadd(33.15, -15.44, 35.47, 0.8)
pt3dadd(38.15, -15.94, 38.97, 0.8)
pt3dadd(43.15, -16.94, 41.97, 0.8)
pt3dadd(47.65, -18.44, 46.47, 0.8)
}
dend[43] {
sCTX[22] = new SectionRef()
pt3dadd(47.65, -18.44, 46.47, 0.8)
pt3dadd(50.65, -21.44, 51.97, 0.8)
pt3dadd(53.65, -23.44, 57.97, 0.8)
pt3dadd(56.65, -22.94, 61.97, 0.8)
pt3dadd(60.15, -20.94, 65.47, 0.8)
pt3dadd(63.15, -21.44, 66.47, 0.8)
pt3dadd(66.15, -22.94, 66.97, 0.8)
pt3dadd(66.65, -26.44, 65.47, 0.8)
pt3dadd(66.65, -30.44, 65.47, 0.8)
}
//dend4[14]
dend[44] {
sCTX[23] = new SectionRef()
pt3dadd(16.15, -11.44, 18.47, 1.9)
pt3dadd(15.15, -12.44, 18.47, 1.9)
pt3dadd(15.15, -14.44, 18.47, 1.9)
}
//dend4[15] buldge (not included)
//dend4[16]
dend[45] {
sCER[11] = new SectionRef()
pt3dadd(15.15, -14.44, 18.47, 0.8)
pt3dadd(17.15, -16.44, 17.97, 0.8)
pt3dadd(18.15, -18.44, 18.97, 0.8)
pt3dadd(19.15, -21.44, 21.47, 0.8)
}
//dend4[17]
dend[46] {
sGABA[12] = new SectionRef()
pt3dadd(19.15, -21.44, 21.47, 0.8)
pt3dadd(24.15, -21.94, 27.47, 0.8)
pt3dadd(26.65, -22.44, 33.97, 0.8)
pt3dadd(26.65, -23.94, 42.47, 0.8)
pt3dadd(28.65, -26.44, 49.47, 0.8)
pt3dadd(28.65, -28.44, 53.47, 0.8)
pt3dadd(28.65, -30.44, 56.47, 0.8)
pt3dadd(27.15, -33.94, 62.47, 0.8)
}
//dend4[18]
dend[47] {
sGABA[13] = new SectionRef()
pt3dadd(19.15, -21.44, 21.47, 0.8)
pt3dadd(18.65, -25.94, 23.47, 0.8)
pt3dadd(19.15, -30.44, 25.47, 0.8)
pt3dadd(19.65, -34.94, 27.47, 0.8)
pt3dadd(21.15, -39.44, 29.97, 0.8)
pt3dadd(23.15, -44.44, 34.47, 0.8)
}
//dend4[19]
dend[48] {
sCTX[24] = new SectionRef()
pt3dadd(15.15, -14.44, 18.47, 0.8)
pt3dadd(15.15, -15.44, 18.47, 0.8)
pt3dadd(16.15, -16.94, 19.47, 0.8)
pt3dadd(16.15, -18.94, 20.47, 0.8)
pt3dadd(16.15, -20.94, 23.47, 0.8)
pt3dadd(15.15, -22.94, 25.97, 0.8)
pt3dadd(16.15, -24.44, 29.97, 0.8)
pt3dadd(16.65, -26.44, 32.47, 0.8)
pt3dadd(17.65, -27.94, 34.97, 0.8)
pt3dadd(17.65, -29.94, 40.47, 0.8)
pt3dadd(18.15, -32.94, 45.47, 0.8)
pt3dadd(17.65, -37.94, 49.47, 0.8)
}
//dend4[20]
dend[49] {
sCTX[25] = new SectionRef()
pt3dadd(15.15, -14.44, 18.47, 0.84)
pt3dadd(12.15, -23.44, 32.47, 0.84)
pt3dadd(10.65, -38.44, 49.47, 0.84)
}
//dend5[0]
dend[50] {
sGABA[14] = new SectionRef()
pt3dadd(0.15, 1.56, -10.53, 4.3)
//pt3dadd(-1, 2.5, 16, 0.96)
pt3dadd(-1, 1.5, 38, 0.96)
}
dend[51] {
sGABA[15] = new SectionRef()
pt3dadd(-1, 1.5, 38, 0.96)
pt3dadd(-1, 0, 52.5, 0.96)
pt3dadd(-2, -2, 63.5, 0.96)
pt3dadd(-3, -3.5, 65, 0.96)
pt3dadd(-5, -5, 65, 0.96)
pt3dadd(-7.5, -4.5, 65, 0.96)
pt3dadd(-9.5, -3, 63, 0.96)
pt3dadd(-10, 0, 56.5, 0.96)
}
dend[52] {
sCTX[26] = new SectionRef()
pt3dadd(-10, 0, 56.5, 0.96)
pt3dadd(-9, 2.5, 50, 0.96)
pt3dadd(-7, 4.5, 45, 0.96)
pt3dadd(-5, 5.5, 42, 0.96)
pt3dadd(-4.5, 7, 39, 0.96)
pt3dadd(-6.5, 7.5, 36, 0.96)
pt3dadd(-9, 8.5, 36, 0.96)
pt3dadd(-10, 10, 36, 0.96)
pt3dadd(-9.5, 12, 36, 0.96)
pt3dadd(-8, 13, 36, 0.96)
}
dend[53] {
sGABA[16] = new SectionRef()
pt3dadd(-8, 13, 36, 0.96)
pt3dadd(-6, 13.5, 40, 0.96)
pt3dadd(-4.5, 14, 44.5, 0.96)
pt3dadd(-4.5, 15, 48, 0.96)
pt3dadd(-5, 16, 47, 0.96)
pt3dadd(-7, 17, 46, 0.96)
pt3dadd(-7.5, 18, 47.5, 0.96)
pt3dadd(-7.5, 19, 49.5, 0.96)
pt3dadd(-7, 20.5, 53.5, 0.96)
}
dend[54] {
sCTX[27] = new SectionRef()
pt3dadd(-7, 20.5, 53.5, 0.96)
pt3dadd(-6.5, 22, 55, 0.96)
pt3dadd(-6.5, 23.5, 57.5, 0.96)
pt3dadd(-6.5, 25, 59.5, 0.96)
pt3dadd(-7, 27, 67.5, 0.96)
pt3dadd(-9, 27.5, 71, 0.96)
pt3dadd(-10, 29.5, 75.5, 0.96)
pt3dadd(-10, 32, 77, 0.96)
}
//dend6[0]
dend[55] {
sGABA[17] = new SectionRef()
pt3dadd(-23.25, -7.35, -34.2, 4.4)
pt3dadd(-25.25, -7.35, -34.2, 4.4)
pt3dadd(-26.75, -7.35, -34.2, 4.4)
}
//dend6[1]
dend[56] {
sGABA[18] = new SectionRef()
pt3dadd(-26.75, -7.35, -34.2, 3.6)
pt3dadd(-38.75, -8.85, -30.7, 3.6)
pt3dadd(-47.25, -9.35, -26.7, 3.6)
pt3dadd(-51.75, -8.85, -22.2, 3.6)
}
//dend6[2] buldge (not included)
//dend6[3]
dend[57] {
sGABA[19] = new SectionRef()
pt3dadd(-51.75, -8.85, -22.2, 2.3)
pt3dadd(-58.75, -14.35, -22.2, 2.3)
pt3dadd(-63.75, -18.35, -22.2, 2.3)
pt3dadd(-66.25, -20.35, -22.2, 2.3)
}
//dend6[4]
dend[58] {
sGABA[20] = new SectionRef()
pt3dadd(-66.25, -20.35, -22.2, 0.8)
pt3dadd(-70.25, -26.85, -18.2, 0.8)
pt3dadd(-74.25, -31.85, -16.2, 0.8)
pt3dadd(-77.75, -37.35, -15.7, 0.8)
pt3dadd(-79.25, -41.85, -14.2, 0.8)
}
dend[59] {
sCTX[28] = new SectionRef()
pt3dadd(-79.25, -41.85, -14.2, 0.8)
pt3dadd(-80.75, -47.35, -12.7, 0.8)
pt3dadd(-84.25, -51.35, -11.7, 0.8)
pt3dadd(-92.25, -56.35, -11.7, 0.8)
pt3dadd(-104.25, -62.35, -11.7, 0.8)
pt3dadd(-119.75, -68.85, -11.7, 0.8)
}
//dend6[5]
dend[60] {
sGABA[21] = new SectionRef()
pt3dadd(-66.25, -20.35, -22.2, 0.8)
pt3dadd(-72.75, -24.85, -21.2, 0.8)
pt3dadd(-77.75, -27.85, -21.2, 0.8)
pt3dadd(-80.75, -27.85, -21.2, 0.8)
pt3dadd(-86.25, -28.35, -23.7, 0.8)
pt3dadd(-90.25, -28.35, -26.2, 0.8)
pt3dadd(-93.75, -29.35, -29.2, 0.8)
}
//dend6[6]
dend[61] {
sGABA[22] = new SectionRef()
pt3dadd(-93.75, -29.35, -29.2, 0.8)
pt3dadd(-103.25, -31.85, -29.2, 0.8)
pt3dadd(-113.25, -35.35, -29.2, 0.8)
pt3dadd(-124.75, -38.85, -31.7, 0.8)
pt3dadd(-138.25, -42.85, -37.2, 0.8)
}
//dend6[7]
dend[62] {
sGABA[23] = new SectionRef()
pt3dadd(-93.75, -29.35, -29.2, 0.8)
pt3dadd(-102.25, -31.85, -38.7, 0.8)
pt3dadd(-110.75, -36.85, -44.2, 0.8)
pt3dadd(-117.75, -42.85, -49.2, 0.8)
pt3dadd(-121.75, -46.35, -52.2, 0.8)
pt3dadd(-125.25, -49.35, -55.7, 0.8)
}
//dend6[8]
dend[63] {
sCTX[29] = new SectionRef()
pt3dadd(-51.75, -8.85, -22.2, 1.8)
pt3dadd(-60.25, -11.35, -15.7, 1.8)
pt3dadd(-65.25, -12.35, -11.7, 1.8)
pt3dadd(-66.75, -12.35, -10.2, 1.8)
}
//dend6[9]
dend[64] {
sCTX[30] = new SectionRef()
pt3dadd(-66.75, -12.35, -10.2, 0.8)
pt3dadd(-71.75, -18.85, -8.2, 0.8)
pt3dadd(-80.25, -23.85, -3.2, 0.8)
pt3dadd(-86.25, -27.85, 4.3, 0.8)
pt3dadd(-91.75, -31.35, 10.8, 0.8)
pt3dadd(-97.75, -31.85, 13.8, 0.8)
}
dend[65] {
sGABA[24] = new SectionRef()
pt3dadd(-97.75, -31.85, 13.8, 0.8)
pt3dadd(-105.75, -30.85, 16.3, 0.8)
pt3dadd(-113.25, -26.85, 19.3, 0.8)
pt3dadd(-118.25, -23.85, 23.8, 0.8)
pt3dadd(-122.75, -21.35, 26.8, 0.8)
pt3dadd(-126.75, -20.35, 29.3, 0.8)
}
//dend6[10]
dend[66] {
sGABA[25] = new SectionRef()
pt3dadd(-66.75, -12.35, -10.2, 0.8)
pt3dadd(-73.25, -10.35, -5.7, 0.8)
pt3dadd(-77.75, -9.35, -3.7, 0.8)
pt3dadd(-80.25, -9.85, -3.7, 0.8)
}
//dend6[11]
dend[67] {
sCER[12] = new SectionRef()
pt3dadd(-80.25, -9.85, -3.7, 0.8)
pt3dadd(-85.75, -11.85, 2.3, 0.8)
pt3dadd(-93.25, -13.35, 4.8, 0.8)
pt3dadd(-101.25, -14.35, 6.8, 0.8)
}
dend[68] {
sGABA[26] = new SectionRef()
pt3dadd(-101.25, -14.35, 6.8, 0.8)
pt3dadd(-111.25, -15.35, 8.3, 0.8)
pt3dadd(-121.75, -15.85, 11.3, 0.8)
pt3dadd(-132.25, -16.35, 11.8, 0.8)
pt3dadd(-139.75, -16.35, 12.3, 0.8)
}
//dend6[12]
dend[69] {
sGABA[27] = new SectionRef()
pt3dadd(-80.25, -9.85, -3.7, 0.8)
pt3dadd(-89.25, -5.35, 0.3, 0.8)
pt3dadd(-98.25, -0.85, 3.8, 0.8)
pt3dadd(-105.25, 1.65, 4.8, 0.8)
}
dend[70] {
sCTX[31] = new SectionRef()
pt3dadd(-105.25, 1.65, 4.8, 0.8)
pt3dadd(-114.75, 0.65, 4.8, 0.8)
pt3dadd(-120.75, -2.35, 4.3, 0.8)
pt3dadd(-124.75, -5.85, 4.3, 0.8)
}
//dend6[13]
dend[71] {
sGABA[28] = new SectionRef()
pt3dadd(-51.75, -8.85, -22.2, 3.2)
pt3dadd(-52.75, -7.35, -22.2, 3.2)
pt3dadd(-53.25, -6.85, -22.2, 3.2)
}
//dend6[14]
dend[72] {
sGABA[29] = new SectionRef()
pt3dadd(-53.25, -6.85, -22.2, 1.5)
pt3dadd(-65.25, -8.85, -17.7, 1.5)
pt3dadd(-74.75, -8.85, -17.2, 1.5)
pt3dadd(-83.25, -7.35, -22.2, 1.5)
pt3dadd(-89.75, -5.35, -26.2, 1.5)
pt3dadd(-93.75, -4.85, -29.2, 1.5)
}
//dend6[15]
dend[73] {
sCTX[32] = new SectionRef()
pt3dadd(-93.75, -4.85, -29.2, 0.8)
pt3dadd(-101.25, -8.35, -28.2, 0.8)
pt3dadd(-109.25, -11.35, -27.2, 0.8)
pt3dadd(-115.75, -11.35, -27.2, 0.8)
}
dend[74] {
sCTX[33] = new SectionRef()
pt3dadd(-115.75, -11.35, -27.2, 0.8)
pt3dadd(-125.75, -12.85, -26.2, 0.8)
pt3dadd(-135.75, -13.35, -26.2, 0.8)
pt3dadd(-146.75, -15.85, -23.7, 0.8)
pt3dadd(-154.75, -18.35, -19.7, 0.8)
}
//dend6[16]
dend[75] {
sGABA[30] = new SectionRef()
pt3dadd(-93.75, -4.85, -29.2, 0.8)
pt3dadd(-100.25, -2.35, -29.7, 0.8)
pt3dadd(-106.75, -1.35, -30.2, 0.8)
}
//dend6[17]
dend[76] {
sCTX[34] = new SectionRef()
pt3dadd(-106.75, -1.35, -30.2, 0.8)
pt3dadd(-111.75, -3.85, -27.2, 0.8)
pt3dadd(-117.25, -5.85, -29.2, 0.8)
pt3dadd(-123.25, -7.85, -35.7, 0.8)
}
//dend6[18]
dend[77] {
sCTX[35] = new SectionRef()
pt3dadd(-106.75, -1.35, -30.2, 0.8)
pt3dadd(-112.75, 2.65, -31.2, 0.8)
pt3dadd(-119.75, 8.15, -33.2, 0.8)
pt3dadd(-128.25, 14.15, -36.2, 0.8)
pt3dadd(-138.25, 19.65, -39.7, 0.8)
}
//dend6[19]
dend[78] {
sCER[13] = new SectionRef()
pt3dadd(-53.25, -6.85, -22.2, 0.8)
pt3dadd(-54.25, -1.85, -18.7, 0.8)
pt3dadd(-56.75, 2.15, -16.7, 0.8)
pt3dadd(-60.25, 7.15, -16.2, 0.8)
pt3dadd(-66.75, 12.65, -17.2, 0.8)
}
dend[79] {
sCTX[36] = new SectionRef()
pt3dadd(-66.75, 12.65, -17.2, 0.8)
pt3dadd(-74.25, 18.65, -21.7, 0.8)
pt3dadd(-82.75, 23.65, -26.7, 0.8)
pt3dadd(-89.25, 25.15, -31.2, 0.8)
}
dend[80] {
sCTX[37] = new SectionRef()
pt3dadd(-89.25, 25.15, -31.2, 0.8)
pt3dadd(-94.25, 26.65, -36.2, 0.8)
pt3dadd(-100.25, 26.65, -42.2, 0.8)
pt3dadd(-107.75, 27.15, -51.7, 0.8)
pt3dadd(-118.25, 28.15, -62.2, 0.8)
}
//dend6[20]
dend[81] {
sCER[14] = new SectionRef()
pt3dadd(-26.75, -7.35, -34.2, 1.6)
pt3dadd(-28.75, -3.35, -31.7, 1.6)
pt3dadd(-34.25, 2.15, -27.2, 1.6)
pt3dadd(-39.75, 7.65, -22.2, 1.6)
pt3dadd(-43.25, 10.15, -21.2, 1.6)
}
//dend6[21] buldge (not included)
//dend6[22] buldge (not included)
//dend6[23]
dend[82] {
sCTX[38] = new SectionRef()
pt3dadd(-43.25, 10.15, -21.2, 0.8)
pt3dadd(-56.75, 12.65, -18.7, 0.8)
pt3dadd(-68.25, 13.15, -15.7, 0.8)
pt3dadd(-77.75, 12.15, -12.2, 0.8)
pt3dadd(-83.75, 9.65, -11.7, 0.8)
pt3dadd(-89.75, 6.65, -11.7, 0.8)
}
dend[83] {
sCTX[39] = new SectionRef()
pt3dadd(-89.75, 6.65, -11.7, 0.8)
pt3dadd(-97.25, 3.65, -11.7, 0.8)
pt3dadd(-105.25, 0.65, -11.7, 0.8)
pt3dadd(-113.25, 0.15, -11.7, 0.8)
pt3dadd(-118.25, 1.15, -11.7, 0.8)
pt3dadd(-120.75, 2.65, -11.7, 0.8)
}
//dend6[24]
dend[84] {
sCTX[40] = new SectionRef()
pt3dadd(-43.25, 10.15, -21.2, 0.8)
pt3dadd(-45.75, 12.15, -15.7, 0.8)
pt3dadd(-51.75, 13.65, -13.7, 0.8)
pt3dadd(-59.75, 15.65, -14.7, 0.8)
pt3dadd(-67.75, 16.15, -13.7, 0.8)
pt3dadd(-74.75, 16.15, -12.2, 0.8)
}
dend[85] {
sCER[15] = new SectionRef()
pt3dadd(-74.75, 16.15, -12.2, 0.8)
pt3dadd(-81.75, 13.15, -11.7, 0.8)
pt3dadd(-88.25, 10.65, -11.7, 0.8)
pt3dadd(-95.25, 7.65, -11.7, 0.8)
pt3dadd(-99.75, 5.65, -11.7, 0.8)
pt3dadd(-102.25, 5.15, -11.7, 0.8)
}
//dend6[25]
dend[86] {
sGABA[31] = new SectionRef()
pt3dadd(-43.25, 10.15, -21.2, 0.8)
pt3dadd(-45.75, 14.15, -17.2, 0.8)
pt3dadd(-51.25, 19.65, -15.7, 0.8)
pt3dadd(-55.75, 23.65, -15.7, 0.8)
pt3dadd(-59.75, 26.65, -15.7, 0.8)
}
//dend6[26]
dend[87] {
sGABA[32] = new SectionRef()
pt3dadd(-59.75, 26.65, -15.7, 0.8)
pt3dadd(-71.75, 32.65, -15.7, 0.8)
pt3dadd(-78.75, 36.15, -15.7, 0.8)
pt3dadd(-81.75, 37.65, -15.7, 0.8)
pt3dadd(-85.75, 41.15, -15.7, 0.8)
}
dend[88] {
sCTX[41] = new SectionRef()
pt3dadd(-85.75, 41.15, -15.7, 0.8)
pt3dadd(-91.75, 45.15, -15.7, 0.8)
pt3dadd(-100.75, 51.15, -20.7, 0.8)
pt3dadd(-111.75, 58.15, -31.7, 0.8)
}
//dend6[27]
dend[89] {
sCER[16] = new SectionRef()
pt3dadd(-59.75, 26.65, -15.7, 0.8)
pt3dadd(-62.25, 33.15, -23.2, 0.8)
pt3dadd(-67.25, 41.15, -31.7, 0.8)
pt3dadd(-72.75, 50.65, -39.2, 0.8)
pt3dadd(-78.75, 59.65, -41.2, 0.8)
}
//dend6[28]
dend[90] {
sCTX[42] = new SectionRef()
pt3dadd(-78.75, 59.65, -41.2, 0.8)
pt3dadd(-81.75, 68.65, -53.2, 0.8)
}
//dend6[29]
dend[91] {
sCTX[43] = new SectionRef()
pt3dadd(-78.75, 59.65, -41.2, 0.8)
pt3dadd(-84.25, 61.65, -48.7, 0.8)
pt3dadd(-90.75, 67.65, -50.2, 0.8)
}
//dend6[30]
dend[92] {
sGABA[33] = new SectionRef()
pt3dadd(-43.25, 10.15, -21.2, 0.8)
pt3dadd(-46.25, 22.65, -17.2, 0.8)
pt3dadd(-50.25, 32.15, -17.7, 0.8)
pt3dadd(-54.25, 39.65, -19.2, 0.8)
pt3dadd(-57.25, 45.15, -22.2, 0.8)
}
dend[93] {
sCER[17] = new SectionRef()
pt3dadd(-57.25, 45.15, -22.2, 0.8)
pt3dadd(-61.25, 52.15, -24.7, 0.8)
pt3dadd(-64.75, 59.65, -28.7, 0.8)
pt3dadd(-66.75, 65.15, -32.2, 0.8)
pt3dadd(-66.75, 68.15, -35.7, 0.8)
}
//dend7[0]
dend[94] {
sCER[18] = new SectionRef()
pt3dadd(-23.25, 7.35, -34.2, 4.4)
pt3dadd(-22.5, 0.5, -33.5, 1.4)
}
//dend7[1]
dend[95] {
sGABA[34] = new SectionRef()
pt3dadd(-22.5, 0.5, -33.5, 0.8)
pt3dadd(-30, -1.5, -33.5, 0.8)
pt3dadd(-36.5, -2, -33.5, 0.8)
pt3dadd(-41, -2, -33.5, 0.8)
pt3dadd(-47, -2, -28, 0.8)
}
dend[96] {
sCER[19] = new SectionRef()
pt3dadd(-47, -2, -28, 0.8)
pt3dadd(-53, -1, -21, 0.8)
pt3dadd(-60.5, 1.5, -14.5, 0.8)
pt3dadd(-66.5, 2.5, -13, 0.8)
pt3dadd(-72.5, 1, -13.5, 0.8)
}
//dend7[2]
dend[97] {
sCER[20] = new SectionRef()
pt3dadd(-72.5, 1, -13.5, 0.8)
pt3dadd(-78.5, 1.5, -13.5, 0.8)
pt3dadd(-85.5, 2, -12.5, 0.8)
pt3dadd(-92.5, 2, -11, 0.8)
pt3dadd(-99.5, 3, -9.5, 0.8)
pt3dadd(-106, 3.5, -8.5, 0.8)
pt3dadd(-111,5, -7.5, 0.8)
pt3dadd(-113.5, 6.5, -7, 0.8)
}
//dend7[3]
dend[98] {
sCER[21] = new SectionRef()
pt3dadd(-72.5, 1, -13.5, 0.8)
pt3dadd(-70, -1, -16, 0.8)
pt3dadd(-69, -3, -17.5, 0.8)
pt3dadd(-70, -5.5, -20.5, 0.8)
pt3dadd(-72.5, -8, -22, 0.8)
pt3dadd(-77.5, -10.5, -24, 0.8)
pt3dadd(-83.5, -12, -25.5, 0.8)
pt3dadd(-89, -14, -25.5, 0.8)
pt3dadd(-95, -14.5, -25.5, 0.8)
}
dend[99] {
sGABA[35] = new SectionRef()
pt3dadd(-95, -14.5, -25.5, 0.8)
pt3dadd(-100, -15, -25.5, 0.8)
pt3dadd(-105, -15, -25.5, 0.8)
pt3dadd(-109.5, -15.5, -25.5, 0.8)
pt3dadd(-114, -16, -21, 0.8)
pt3dadd(-120, -16, -17.5, 0.8)
pt3dadd(-125.5, -16.5, -14, 0.8)
pt3dadd(-131, -16, -12.5, 0.8)
pt3dadd(-135.5, -16, -8.5, 0.8)
}
//dend7[4]
dend[100] {
sGABA[36] = new SectionRef()
pt3dadd(-22.5, 0.5, -33.5, 1.1)
pt3dadd(-26, 2.5, -36, 1.1)
}
//dend7[5]
dend[101] {
sGABA[37] = new SectionRef()
pt3dadd(-26, 2.5, -36, 0.8)
pt3dadd(-31.5, 2, -35.5, 0.8)
pt3dadd(-38.5, 2.5, -34.5, 0.8)
pt3dadd(-45.5, 4, -29, 0.8)
pt3dadd(-53.5, 5, -24.5, 0.8)
pt3dadd(-61.5, 5.5, -20, 0.8)
}
//dend7[6]
dend[102] {
sGABA[38] = new SectionRef()
pt3dadd(-61.5, 5.5, -20, 0.8)
pt3dadd(-67,9, -21.5, 0.8)
pt3dadd(-72.5, 11.5, -22.5, 0.8)
pt3dadd(-78.5, 14, -22.5, 0.8)
pt3dadd(-84, 14, -22.5, 0.8)
pt3dadd(-90, 12, -22.5, 0.8)
}
dend[103] {
sCTX[44] = new SectionRef()
pt3dadd(-90, 12, -22.5, 0.8)
pt3dadd(-95, 9, -22.5, 0.8)
pt3dadd(-101, 7, -20.5, 0.8)
pt3dadd(-107, 4, -19, 0.8)
pt3dadd(-114, 0, -20, 0.8)
pt3dadd(-121, -5.5, -25.5, 0.8)
}
//dend7[7]
dend[104] {
sCTX[45] = new SectionRef()
pt3dadd(-61.5, 5.5, -20, 0.8)
pt3dadd(-61, 9, -21, 0.8)
pt3dadd(-63.5, 13, -17.5, 0.8)
pt3dadd(-69.5, 16.5, -11.5, 0.8)
pt3dadd(-75.5, 20.5, -10, 0.8)
pt3dadd(-79, 22.5, -10, 0.8)
pt3dadd(-79, 25, -9, 0.8)
pt3dadd(-78, 26.5, -4.5, 0.8)
pt3dadd(-77, 28, 0, 0.8)
pt3dadd(-76.5, 29.5, 3.5, 0.8)
}
//dend7[8]
dend[105] {
sGABA[39] = new SectionRef()
pt3dadd(-26, 2.5, -36, 0.8)
pt3dadd(-32, 8.5, -29, 0.8)
pt3dadd(-38, 15, -24.5, 0.8)
pt3dadd(-45.5, 22, -22.5, 0.8)
}
dend[106] {
sCER[22] = new SectionRef()
pt3dadd(-45.5, 22, -22.5, 0.8)
pt3dadd(-52, 27.5, -20, 0.8)
pt3dadd(-58.5, 33.5, -17, 0.8)
pt3dadd(-63, 40, -15, 0.8)
pt3dadd(-68.5, 47.5, -13.5, 0.8)
}
//dend8[0]
dend[107] {
sCER[23] = new SectionRef()
pt3dadd(-23.25, -7.35, -34.2, 4.4)
pt3dadd(-20.45, -2.98638, -27.5526, 3.4)
}
//dend8[1]
dend[108] {
sGABA[40] = new SectionRef()
pt3dadd(-20.45, -2.98638, -27.5526, 1.6)
pt3dadd(-26.45, -3.48638, -27.5526, 1.6)
pt3dadd(-32.45, -3.48638, -27.0526, 1.6)
pt3dadd(-38.95, -1.48638, -26.5526, 1.6)
pt3dadd(-44.95, 1.51362, -26.0526, 1.6)
}
//dend8[2] buldge (not included)
//dend8[3] buldge (not included)
//dend8[4]
dend[109] {
sCTX[46] = new SectionRef()
pt3dadd(-44.95, 1.51362, -26.0526, 0.8)
pt3dadd(-52.45, 2.51362, -27.0526, 0.8)
pt3dadd(-60.45, 4.01362, -27.5526, 0.8)
pt3dadd(-66.95, 5.51362, -27.5526, 0.8)
pt3dadd(-71.45, 6.51362, -27.5526, 0.8)
}
//dend8[5]
dend[110] {
sGABA[41] = new SectionRef()
pt3dadd(-71.45, 6.51362, -27.5526, 0.8)
pt3dadd(-76.95, 3.01362, -27.5526, 0.8)
pt3dadd(-82.95, 0.0136199, -27.5526, 0.8)
pt3dadd(-89.45, -2.98638, -27.5526, 0.8)
pt3dadd(-95.45, -5.48638, -27.5526, 0.8)
}
dend[111] {
sCTX[47] = new SectionRef()
pt3dadd(-95.45, -5.48638, -27.5526, 0.8)
pt3dadd(-101.45, -8.48638, -27.5526, 0.8)
pt3dadd(-109.45, -10.9864, -27.5526, 0.8)
pt3dadd(-117.45, -12.4864, -27.5526, 0.8)
pt3dadd(-122.95, -13.4864, -27.5526, 0.8)
pt3dadd(-124.95, -13.4864, -27.5526, 0.8)
}
//dend8[6]
dend[112] {
sGABA[42] = new SectionRef()
pt3dadd(-71.45, 6.51362, -27.5526, 0.8)
pt3dadd(-73.45, 9.01362, -27.5526, 0.8)
pt3dadd(-75.95, 12.0136, -27.5526, 0.8)
pt3dadd(-80.45, 14.5136, -27.5526, 0.8)
pt3dadd(-83.45, 16.5136, -27.5526, 0.8)
pt3dadd(-87.95, 17.5136, -27.5526, 0.8)
pt3dadd(-91.45, 18.5136, -32.5526, 0.8)
}
dend[113] {
sCTX[48] = new SectionRef()
pt3dadd(-91.45, 18.5136, -32.5526, 0.8)
pt3dadd(-95.45, 18.5136, -39.5526, 0.8)
pt3dadd(-99.45, 18.0136, -46.5526, 0.8)
pt3dadd(-102.95, 18.5136, -48.5526, 0.8)
pt3dadd(-107.45, 18.5136, -50.5526, 0.8)
pt3dadd(-111.95, 19.0136, -52.0526, 0.8)
pt3dadd(-116.45, 19.5136, -54.0526, 0.8)
}
//dend8[7]
dend[114] {
sGABA[43] = new SectionRef()
pt3dadd(-44.95, 1.51362, -26.0526, 0.99)
pt3dadd(-48.45, 7.01362, -26.0526, 0.99)
pt3dadd(-53.45, 12.5136, -27.5526, 0.99)
pt3dadd(-59.45, 17.5136, -31.5526, 0.99)
}
//dend8[8]
dend[115] {
sGABA[44] = new SectionRef()
pt3dadd(-59.45, 17.5136, -31.5526, 0.8)
pt3dadd(-67.45, 21.0136, -28.5526, 0.8)
pt3dadd(-74.45, 23.5136, -27.5526, 0.8)
pt3dadd(-78.45, 26.0136, -26.0526, 0.8)
pt3dadd(-82.45, 28.5136, -27.0526, 0.8)
pt3dadd(-85.95, 31.5136, -26.5526, 0.8)
}
dend[116] {
sCTX[49] = new SectionRef()
pt3dadd(-85.95, 31.5136, -26.5526, 0.8)
pt3dadd(-89.45, 34.0136, -26.0526, 0.8)
pt3dadd(-92.95, 36.5136, -26.0526, 0.8)
pt3dadd(-97.95, 40.5136, -27.0526, 0.8)
pt3dadd(-104.45, 45.0136, -29.0526, 0.8)
pt3dadd(-110.95, 49.0136, -33.0526, 0.8)
}
//dend8[9]
dend[117] {
sCER[24] = new SectionRef()
pt3dadd(-59.45, 17.5136, -31.5526, 0.8)
pt3dadd(-59.95, 20.0136, -33.5526, 0.8)
pt3dadd(-61.45, 23.0136, -36.5526, 0.8)
pt3dadd(-63.45, 27.0136, -39.0526, 0.8)
pt3dadd(-64.95, 31.5136, -42.0526, 0.8)
pt3dadd(-66.95, 34.5136, -44.0526, 0.8)
pt3dadd(-68.45, 36.0136, -47.5526, 0.8)
}
dend[118] {
sCER[25] = new SectionRef()
pt3dadd(-68.45, 36.0136, -47.5526, 0.8)
pt3dadd(-71.45, 38.0136, -49.5526, 0.8)
pt3dadd(-73.95, 41.0136, -51.5526, 0.8)
pt3dadd(-76.95, 45.5136, -56.5526, 0.8)
pt3dadd(-78.45, 51.0136, -60.0526, 0.8)
pt3dadd(-80.45, 57.0136, -65.0526, 0.8)
}
//dend8[10]
dend[119] {
sGABA[45] = new SectionRef()
pt3dadd(-44.95, 1.51362, -26.0526, 0.8)
pt3dadd(-44.45, 6.51362, -27.5526, 0.8)
pt3dadd(-45.95, 12.5136, -28.5526, 0.8)
pt3dadd(-48.95, 20.0136, -28.5526, 0.8)
pt3dadd(-53.45, 25.5136, -28.0526, 0.8)
pt3dadd(-56.45, 31.0136, -31.0526, 0.8)
}
dend[120] {
sCTX[50] = new SectionRef()
pt3dadd(-56.45, 31.0136, -31.0526, 0.8)
pt3dadd(-58.95, 35.5136, -35.5526, 0.8)
pt3dadd(-61.95, 42.0136, -41.0526, 0.8)
pt3dadd(-65.45, 50.0136, -45.5526, 0.8)
pt3dadd(-68.45, 60.0136, -51.5526, 0.8)
}
//dend8[11]
dend[121] {
sCER[26] = new SectionRef()
pt3dadd(-44.95, 1.51362, -26.0526, 0.8)
pt3dadd(-48.45, 3.01362, -27.0526, 0.8)
pt3dadd(-55.95, 5.01362, -27.5526, 0.8)
pt3dadd(-63.95, 6.51362, -27.5526, 0.8)
pt3dadd(-71.45, 7.51362, -27.5526, 0.8)
}
//dend8[12]
dend[122] {
sGABA[46] = new SectionRef()
pt3dadd(-71.45, 7.51362, -27.5526, 0.8)
pt3dadd(-78.95, 4.51362, -27.5526, 0.8)
pt3dadd(-86.95, 1.01362, -27.5526, 0.8)
pt3dadd(-95.45, -2.98638, -27.5526, 0.8)
pt3dadd(-102.45, -6.48638, -27.5526, 0.8)
}
//dend8[13]
dend[123] {
sCER[27] = new SectionRef()
pt3dadd(-71.45, 7.51362, -27.5526, 0.8)
pt3dadd(-74.95, 11.0136, -30.0526, 0.8)
pt3dadd(-77.95, 15.0136, -28.0526, 0.8)
pt3dadd(-79.45, 19.0136, -18.0526, 0.8)
pt3dadd(-80.45, 25.5136, -8.5526, 0.8)
}
dend[124] {
sCTX[51] = new SectionRef()
pt3dadd(-80.45, 25.5136, -8.5526, 0.8)
pt3dadd(-82.95, 30.5136, -3.0526, 0.8)
pt3dadd(-86.45, 34.5136, -1.5526, 0.8)
pt3dadd(-90.45, 36.5136, -2.0526, 0.8)
pt3dadd(-93.95, 39.0136, -1.0526, 0.8)
}
//dend8[14]
dend[125] {
sCER[28] = new SectionRef()
pt3dadd(-20.45, -2.98638, -27.5526, 2.3)
pt3dadd(-23.45, 0.0136199, -30.0526, 2.3)
pt3dadd(-27.95, 5.01362, -31.5526, 2.3)
pt3dadd(-33.95, 11.5136, -31.5526, 2.3)
}
//dend8[15]
dend[126] {
sCER[29] = new SectionRef()
pt3dadd(-33.95, 11.5136, -31.5526, 1.4)
pt3dadd(-35.45, 16.0136, -31.5526, 1.4)
pt3dadd(-38.45, 21.5136, -33.0526, 1.4)
pt3dadd(-41.45, 27.0136, -35.0526, 1.4)
pt3dadd(-44.95, 33.0136, -37.0526, 1.4)
pt3dadd(-47.95, 38.0136, -39.5526, 1.4)
pt3dadd(-50.45, 43.5136, -39.5526, 1.4)
pt3dadd(-52.45, 48.5136, -38.0526, 1.4)
}
//dend8[16] buldge (not included)
//dend8[17]
dend[127] {
sGABA[47] = new SectionRef()
pt3dadd(-52.45, 48.5136, -38.0526, 1.4)
pt3dadd(-57.45, 56.0136, -42.0526, 1.4)
}
//dend8[18]
dend[128] {
sGABA[48] = new SectionRef()
pt3dadd(-57.45, 56.0136, -42.0526, 0.8)
pt3dadd(-58.45, 62.0136, -44.5526, 0.8)
pt3dadd(-57.95, 68.5136, -45.0526, 0.8)
pt3dadd(-57.45, 75.5136, -48.0526, 0.8)
pt3dadd(-56.95, 82.5136, -51.5526, 0.8)
}
//dend8[19]
dend[129] {
sCTX[52] = new SectionRef()
pt3dadd(-57.45, 56.0136, -42.0526, 0.8)
pt3dadd(-62.45, 59.0136, -43.0526, 0.8)
pt3dadd(-67.45, 63.0136, -44.5526, 0.8)
pt3dadd(-71.45, 67.0136, -45.5526, 0.8)
pt3dadd(-76.45, 71.0136, -48.0526, 0.8)
pt3dadd(-81.95, 74.0136, -51.5526, 0.8)
}
//dend8[20]
dend[130] {
sGABA[49] = new SectionRef()
pt3dadd(-52.45, 48.5136, -38.0526, 0.8)
pt3dadd(-55.95, 50.0136, -35.0526, 0.8)
pt3dadd(-58.45, 52.0136, -31.5526, 0.8)
pt3dadd(-59.95, 55.5136, -29.5526, 0.8)
pt3dadd(-60.95, 58.5136, -27.5526, 0.8)
pt3dadd(-62.95, 63.0136, -27.5526, 0.8)
pt3dadd(-66.95, 67.0136, -25.5526, 0.8)
pt3dadd(-70.45, 75.5136, -23.5526, 0.8)
pt3dadd(-72.95, 86.0136, -22.0526, 0.8)
}
//dend8[21]
dend[131] {
sGABA[50] = new SectionRef()
pt3dadd(-52.45, 48.5136, -38.0526, 0.8)
pt3dadd(-53.45, 53.0136, -55.0526, 0.8)
pt3dadd(-54.95, 57.0136, -64.5526, 0.8)
pt3dadd(-56.95, 61.5136, -67.5526, 0.8)
}
//dend8[22]
dend[132] {
sGABA[51] = new SectionRef()
pt3dadd(-56.95, 61.5136, -67.5526, 0.8)
pt3dadd(-61.45, 64.0136, -67.5526, 0.8)
}
//dend8[23]
dend[133] {
sCER[30] = new SectionRef()
pt3dadd(-56.95, 61.5136, -67.5526, 0.8)
pt3dadd(-54.95, 65.0136, -54.0526, 0.8)
}
//dend8[24]
dend[134] {
sGABA[52] = new SectionRef()
pt3dadd(-33.95, 11.5136, -31.5526, 1.9)
pt3dadd(-36.95, 15.5136, -36.0526, 1.9)
pt3dadd(-40.95, 21.0136, -46.0526, 1.9)
}
//dend8[25] buldge (not included)
//dend8[26]
dend[135] {
sCER[31] = new SectionRef()
pt3dadd(-40.95, 21.0136, -46.0526, 0.83)
pt3dadd(-45.45, 17.0136, -47.0526, 0.83)
pt3dadd(-50.45, 16.5136, -56.0526, 0.83)
pt3dadd(-56.45, 19.0136, -74.0526, 0.83)
}
//dend8[27]
dend[136] {
sGABA[53] = new SectionRef()
pt3dadd(-40.95, 21.0136, -46.0526, 0.98)
pt3dadd(-44.45, 25.0136, -46.0526, 0.98)
pt3dadd(-47.95, 29.5136, -46.0526, 0.98)
}
//dend8[28]
dend[137] {
sCTX[53] = new SectionRef()
pt3dadd(-47.95, 29.5136, -46.0526, 0.8)
pt3dadd(-51.95, 30.5136, -48.0526, 0.8)
pt3dadd(-56.45, 32.5136, -54.0526, 0.8)
pt3dadd(-59.45, 35.5136, -59.0526, 0.8)
pt3dadd(-62.95, 37.0136, -63.5526, 0.8)
pt3dadd(-66.95, 40.5136, -65.0526, 0.8)
pt3dadd(-73.45, 45.5136, -69.0526, 0.8)
}
//dend8[29]
dend[138] {
sGABA[54] = new SectionRef()
pt3dadd(-47.95, 29.5136, -46.0526, 0.8)
pt3dadd(-49.45, 34.0136, -49.5526, 0.8)
pt3dadd(-50.95, 40.0136, -46.5526, 0.8)
pt3dadd(-54.45, 45.5136, -42.5526, 0.8)
pt3dadd(-58.45, 50.0136, -33.5526, 0.8)
pt3dadd(-62.45, 53.0136, -27.5526, 0.8)
}
//dend8[30]
dend[139] {
sCER[32] = new SectionRef()
pt3dadd(-40.95, 21.0136, -46.0526, 1.6)
pt3dadd(-37.95, 27.5136, -46.0526, 1.6)
pt3dadd(-34.95, 34.5136, -47.5526, 1.6)
pt3dadd(-32.45, 42.5136, -51.5526, 1.6)
}
//dend8[31]
dend[140] {
sCER[33] = new SectionRef()
pt3dadd(-32.45, 42.5136, -51.5526, 0.8)
pt3dadd(-33.95, 48.0136, -60.5526, 0.8)
pt3dadd(-35.95, 54.0136, -64.0526, 0.8)
pt3dadd(-38.95, 59.5136, -65.5526, 0.8)
pt3dadd(-41.45, 64.5136, -67.5526, 0.8)
}
//dend8[32]
dend[141] {
sCTX[54] = new SectionRef()
pt3dadd(-32.45, 42.5136, -51.5526, 0.8)
pt3dadd(-29.45, 47.0136, -52.5526, 0.8)
pt3dadd(-28.45, 51.5136, -53.0526, 0.8)
pt3dadd(-29.95, 56.5136, -55.0526, 0.8)
pt3dadd(-32.95, 60.5136, -58.5526, 0.8)
pt3dadd(-35.95, 64.5136, -63.5526, 0.8)
}
//dend9[0]
dend[142] {
sGABA[55] = new SectionRef()
pt3dadd(-4.8, 1.0875, -17.5662, 5.1)
pt3dadd(-2.3, 10.5875, -8.0662, 5.1)
}
//dend9[1] buldge (not included)
//dend9[2] buldge (not included)
//dend9[3] buldge (not included)
//dend9[4] buldge (not included)
//dend9[5] buldge (not included)
//dend9[6]
dend[143] {
sCER[34] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 0.9)
pt3dadd(-5.8, 11.5875, 1.9338, 0.9)
pt3dadd(-8.3, 14.5875, 8.9338, 0.9)
pt3dadd(-9.3, 19.0875, 12.9338, 0.9)
pt3dadd(-9.8, 25.5875, 15.9338, 0.9)
pt3dadd(-12.8, 30.5875, 19.4338, 0.9)
}
dend[144] {
sCER[35] = new SectionRef()
pt3dadd(-12.8, 30.5875, 19.4338, 0.9)
pt3dadd(-15.8, 35.0875, 22.4338, 0.9)
pt3dadd(-18.8, 37.0875, 25.9338, 0.9)
pt3dadd(-19.3, 38.5875, 28.9338, 0.9)
pt3dadd(-18.8, 40.5875, 32.4338, 0.9)
pt3dadd(-15.8, 43.5875, 37.4338, 0.9)
}
dend[145] {
sGABA[56] = new SectionRef()
pt3dadd(-15.8, 43.5875, 37.4338, 0.9)
pt3dadd(-12.3, 46.0875, 40.9338, 0.9)
pt3dadd(-9.8, 49.5875, 43.9338, 0.9)
pt3dadd(-10.3, 54.5875, 47.9338, 0.9)
pt3dadd(-11.8, 62.0875, 51.4338, 0.9)
pt3dadd(-13.8, 70.0875, 53.9338, 0.9)
}
//dend9[7]
dend[146] {
sCER[36] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 2.8)
pt3dadd(-6.3, 14.5875, -7.0662, 2.8)
pt3dadd(-10.3, 19.0875, -7.0662, 2.8)
pt3dadd(-14.8, 24.5875, -7.0662, 2.8)
}
//dend9[8]
dend[147] {
sGABA[57] = new SectionRef()
pt3dadd(-14.8, 24.5875, -7.0662, 2)
pt3dadd(-19.3, 26.0875, -8.0662, 2)
}
//dend9[9]
dend[148] {
sGABA[58] = new SectionRef()
pt3dadd(-19.3, 26.0875, -8.0662, 0.86)
pt3dadd(-25.3, 29.0875, -9.0662, 0.86)
pt3dadd(-35.8, 33.0875, -10.0662, 0.86)
pt3dadd(-47.8, 37.0875, -11.0662, 0.86)
}
dend[149] {
sGABA[59] = new SectionRef()
pt3dadd(-47.8, 37.0875, -11.0662, 0.86)
pt3dadd(-59.8, 40.0875, -12.5662, 0.86)
pt3dadd(-68.8, 40.5875, -14.5662, 0.86)
pt3dadd(-78.3, 38.5875, -17.5662, 0.86)
}
//dend9[10]
dend[150] {
sCER[37] = new SectionRef()
pt3dadd(-19.3, 26.0875, -8.0662, 0.84)
pt3dadd(-17.8, 28.0875, -9.0662, 0.84)
pt3dadd(-17.3, 32.0875, -5.5662, 0.84)
pt3dadd(-17.8, 38.0875, 0.4338, 0.84)
}
dend[151] {
sCER[38] = new SectionRef()
pt3dadd(-17.8, 38.0875, 0.4338, 0.84)
pt3dadd(-19.3, 45.5875, 6.9338, 0.84)
pt3dadd(-23.3, 55.0875, 8.9338, 0.84)
pt3dadd(-28.8, 66.0875, 8.4338, 0.84)
}
dend[152] {
sCTX[55] = new SectionRef()
pt3dadd(-28.8, 66.0875, 8.4338, 0.84)
pt3dadd(-36.8, 77.5875, 10.4338, 0.84)
pt3dadd(-42.3, 90.0875, 13.4338, 0.84)
pt3dadd(-46.3, 103.588, 17.9338, 0.84)
}
//dend9[11]
dend[153] {
sGABA[60] = new SectionRef()
pt3dadd(-14.8, 24.5875, -7.0662, 1.1)
pt3dadd(-13.3, 28.5875, -18.0662, 1.1)
pt3dadd(-14.3, 35.0875, -26.5662, 1.1)
pt3dadd(-18.8, 44.0875, -32.0662, 1.1)
}
//dend9[12]
dend[154] {
sGABA[61] = new SectionRef()
pt3dadd(-18.8, 44.0875, -32.0662, 0.8)
pt3dadd(-22.8, 46.0875, -43.0662, 0.8)
}
//dend9[13]
dend[155] {
sCER[39] = new SectionRef()
pt3dadd(-22.8, 46.0875, -43.0662, 0.8)
pt3dadd(-29.3, 50.0875, -48.0662, 0.8)
pt3dadd(-34.8, 55.5875, -54.0662, 0.8)
pt3dadd(-38.8, 62.5875, -58.0662, 0.8)
pt3dadd(-42.3, 70.5875, -60.0662, 0.8)
}
//dend9[14]
dend[156] {
sCER[40] = new SectionRef()
pt3dadd(-22.8, 46.0875, -43.0662, 0.8)
pt3dadd(-25.3, 51.5875, -44.0662, 0.8)
pt3dadd(-27.8, 57.0875, -47.5662, 0.8)
pt3dadd(-29.8, 61.5875, -56.0662, 0.8)
pt3dadd(-33.3, 65.0875, -67.0662, 0.8)
}
//dend9[15]
dend[157] {
sGABA[62] = new SectionRef()
pt3dadd(-18.8, 44.0875, -32.0662, 0.8)
pt3dadd(-17.8, 48.0875, -31.5662, 0.8)
pt3dadd(-16.3, 53.5875, -29.0662, 0.8)
pt3dadd(-16.3, 59.5875, -29.0662, 0.8)
pt3dadd(-15.8, 65.0875, -27.5662, 0.8)
pt3dadd(-15.3, 70.0875, -29.0662, 0.8)
}
dend[158] {
sCER[41] = new SectionRef()
pt3dadd(-15.3, 70.0875, -29.0662, 0.8)
pt3dadd(-12.8, 75.0875, -27.0662, 0.8)
pt3dadd(-11.3, 80.0875, -28.5662, 0.8)
pt3dadd(-9.3, 85.0875, -29.5662, 0.8)
pt3dadd(-8.3, 91.0875, -31.0662, 0.8)
}
//dend9[16]
dend[159] {
sGABA[63] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 0.8)
pt3dadd(-4.3, 15.5875, -6.0662, 0.8)
pt3dadd(-5.8, 20.5875, -3.0662, 0.8)
pt3dadd(-7.3, 25.0875, 0.9338, 0.8)
pt3dadd(-7.3, 29.5875, 4.4338, 0.8)
pt3dadd(-6.8, 34.0875, 8.9338, 0.8)
}
dend[160] {
sCER[42] = new SectionRef()
pt3dadd(-6.8, 34.0875, 8.9338, 0.8)
pt3dadd(-5.3, 37.5875, 12.4338, 0.8)
pt3dadd(-3.8, 42.0875, 13.4338, 0.8)
pt3dadd(0.2, 47.5875, 15.4338, 0.8)
pt3dadd(4.7, 52.5875, 17.9338, 0.8)
pt3dadd(9.2, 55.0875, 22.4338, 0.8)
}
dend[161] {
sGABA[64] = new SectionRef()
pt3dadd(9.2, 55.0875, 22.4338, 0.8)
pt3dadd(12.2, 55.5875, 27.4338, 0.8)
pt3dadd(14.7, 56.5875, 31.9338, 0.8)
pt3dadd(15.7, 59.0875, 36.4338, 0.8)
pt3dadd(16.2, 62.0875, 39.4338, 0.8)
pt3dadd(17.7, 65.5875, 41.4338, 0.8)
pt3dadd(21.7, 69.0875, 43.4338, 0.8)
}
//dend9[17]
dend[162] {
sCER[43] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 1)
pt3dadd(-3.8, 16.0875, -10.5662, 1)
pt3dadd(-4.3, 21.0875, -12.0662, 1)
pt3dadd(-4.3, 26.0875, -12.5662, 1)
pt3dadd(-3.8, 31.0875, -13.5662, 1)
}
//dend9[18]
dend[163] {
sCER[44] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 0.94)
pt3dadd(-1.8, 15.5875, -7.0662, 0.94)
pt3dadd(1.2, 21.0875, -9.0662, 0.94)
pt3dadd(5.2, 27.5875, -13.5662, 0.94)
}
//dend9[19]
dend[164] {
sGABA[65] = new SectionRef()
pt3dadd(5.2, 27.5875, -13.5662, 0.8)
pt3dadd(4.2, 34.0875, -14.0662, 0.8)
pt3dadd(4.2, 41.0875, -15.5662, 0.8)
pt3dadd(4.2, 47.0875, -17.0662, 0.8)
pt3dadd(3.7, 51.5875, -16.0662, 0.8)
pt3dadd(1.7, 54.0875, -13.5662, 0.8)
}
//dend9[20]
dend[165] {
sCER[45] = new SectionRef()
pt3dadd(5.2, 27.5875, -13.5662, 0.8)
pt3dadd(9.7, 31.5875, -16.0662, 0.8)
pt3dadd(14.2, 35.5875, -17.5662, 0.8)
pt3dadd(20.2, 39.0875, -17.5662, 0.8)
pt3dadd(25.2, 40.5875, -17.5662, 0.8)
}
dend[166] {
sCER[46] = new SectionRef()
pt3dadd(25.2, 40.5875, -17.5662, 0.8)
pt3dadd(30.2, 42.0875, -17.5662, 0.8)
pt3dadd(34.2, 42.5875, -14.0662, 0.8)
pt3dadd(38.7, 43.0875, -10.5662, 0.8)
pt3dadd(43.7, 45.0875, -6.5662, 0.8)
pt3dadd(48.7, 49.5875, -5.5662, 0.8)
}
//dend9[21]
dend[167] {
sCER[47] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 0.8)
pt3dadd(1.7, 10.5875, -6.0662, 0.8)
pt3dadd(6.7, 12.0875, -4.0662, 0.8)
pt3dadd(11.7, 14.5875, -5.5662, 0.8)
pt3dadd(16.7, 17.5875, -8.0662, 0.8)
}
dend[168] {
sCER[48] = new SectionRef()
pt3dadd(16.7, 17.5875, -8.0662, 0.8)
pt3dadd(21.2, 20.0875, -11.5662, 0.8)
pt3dadd(26.2, 22.5875, -10.5662, 0.8)
pt3dadd(30.7, 26.0875, -14.5662, 0.8)
pt3dadd(35.7, 30.0875, -23.0662, 0.8)
}
//dend9[22]
dend[169] {
sCER[49] = new SectionRef()
pt3dadd(-2.3, 10.5875, -8.0662, 2.6)
pt3dadd(0.7, 13.0875, -7.0662, 2.6)
pt3dadd(3.2, 17.0875, -7.0662, 2.6)
pt3dadd(4.7, 21.5875, -7.0662, 2.6)
}
//dend9[23] buldge (not included)
//dend9[24]
dend[170] {
sGABA[66] = new SectionRef()
pt3dadd(4.7, 21.5875, -7.0662, 0.8)
pt3dadd(2.7, 24.0875, -5.0662, 0.8)
pt3dadd(0.7, 28.0875, -3.5662, 0.8)
pt3dadd(-3.3, 32.5875, -4.5662, 0.8)
pt3dadd(-7.8, 37.5875, -5.0662, 0.8)
}
dend[171] {
sCER[50] = new SectionRef()
pt3dadd(-7.8, 37.5875, -5.0662, 0.8)
pt3dadd(-13.3, 41.5875, -8.5662, 0.8)
pt3dadd(-19.3, 45.5875, -12.0662, 0.8)
pt3dadd(-26.3, 48.0875, -13.5662, 0.8)
pt3dadd(-33.8, 50.0875, -12.0662, 0.8)
}
//dend9[25]
dend[172] {
sGABA[67] = new SectionRef()
pt3dadd(4.7, 21.5875, -7.0662, 0.8)
pt3dadd(9.2, 23.0875, -7.0662, 0.8)
pt3dadd(15.2, 25.5875, -6.5662, 0.8)
pt3dadd(21.7, 28.0875, -6.5662, 0.8)
pt3dadd(28.2, 31.0875, -6.5662, 0.8)
}
dend[173] {
sGABA[68] = new SectionRef()
pt3dadd(28.2, 31.0875, -6.5662, 0.8)
pt3dadd(36.2, 33.0875, -6.5662, 0.8)
pt3dadd(42.7, 35.5875, -8.0662, 0.8)
pt3dadd(49.2, 38.5875, -10.0662, 0.8)
pt3dadd(54.2, 43.0875, -14.0662, 0.8)
pt3dadd(59.7, 49.5875, -17.5662, 0.8)
}
//dend9[26]
dend[174] {
sCER[51] = new SectionRef()
pt3dadd(4.7, 21.5875, -7.0662, 2)
pt3dadd(8.7, 28.0875, 4.9338, 2)
}
//dend9[27] buldge (not included)
//dend9[28] buldge (not included)
//dend9[29] buldge (not included)
//dend9[30] buldge (not included)
//dend9[31]
dend[175] {
sCER[52] = new SectionRef()
pt3dadd(8.7, 28.0875, 4.9338, 0.8)
pt3dadd(7.2, 30.0875, 19.4338, 0.8)
pt3dadd(6.7, 32.0875, 27.4338, 0.8)
}
//dend9[32]
dend[176] {
sGABA[69] = new SectionRef()
pt3dadd(8.7, 28.0875, 4.9338, 0.8)
pt3dadd(5.7, 29.5875, 7.9338, 0.8)
pt3dadd(1.7, 32.5875, 8.9338, 0.8)
pt3dadd(-1.3, 36.0875, 10.4338, 0.8)
pt3dadd(-3.3, 41.0875, 12.9338, 0.8)
pt3dadd(-2.3, 47.5875, 17.4338, 0.8)
}
dend[177] {
sCER[53] = new SectionRef()
pt3dadd(-2.3, 47.5875, 17.4338, 0.8)
pt3dadd(-0.3, 52.0875, 22.4338, 0.8)
pt3dadd(2.2, 55.5875, 27.4338, 0.8)
pt3dadd(4.2, 56.5875, 30.9338, 0.8)
pt3dadd(5.7, 58.0875, 33.9338, 0.8)
pt3dadd(6.7, 59.5875, 36.9338, 0.8)
}
//dend9[33]
dend[178] {
sCTX[56] = new SectionRef()
pt3dadd(8.7, 28.0875, 4.9338, 0.8)
pt3dadd(8.2, 31.5875, 7.9338, 0.8)
pt3dadd(10.2, 35.0875, 11.9338, 0.8)
pt3dadd(14.7, 39.0875, 13.9338, 0.8)
pt3dadd(21.7, 41.5875, 14.9338, 0.8)
pt3dadd(27.2, 45.5875, 14.4338, 0.8)
pt3dadd(31.7, 49.5875, 14.4338, 0.8)
}
dend[179] {
sGABA[70] = new SectionRef()
pt3dadd(31.7, 49.5875, 14.4338, 0.8)
pt3dadd(35.2, 52.5875, 14.9338, 0.8)
pt3dadd(38.7, 54.5875, 15.4338, 0.8)
pt3dadd(42.2, 56.0875, 17.9338, 0.8)
pt3dadd(46.2, 58.5875, 20.9338, 0.8)
pt3dadd(50.7, 62.0875, 25.9338, 0.8)
}
//dend9[34]
dend[180] {
sGABA[71] = new SectionRef()
pt3dadd(8.7, 28.0875, 4.9338, 0.8)
pt3dadd(9.7, 32.0875, 7.4338, 0.8)
pt3dadd(13.2, 35.5875, 9.9338, 0.8)
pt3dadd(18.7, 39.0875, 12.9338, 0.8)
}
dend[181] {
sGABA[72] = new SectionRef()
pt3dadd(18.7, 39.0875, 12.9338, 0.8)
pt3dadd(24.7, 43.0875, 15.9338, 0.8)
pt3dadd(31.2, 48.0875, 16.9338, 0.8)
pt3dadd(38.2, 52.5875, 16.9338, 0.8)
pt3dadd(45.7, 56.0875, 17.9338, 0.8)
}
//dend9[35]
dend[182] {
sGABA[73] = new SectionRef()
pt3dadd(8.7, 28.0875, 4.9338, 1)
pt3dadd(12.2, 28.0875, 8.9338, 1)
pt3dadd(17.7, 28.0875, 12.9338, 1)
}
//dend9[36]
dend[183] {
sCER[54] = new SectionRef()
pt3dadd(17.7, 28.0875, 12.9338, 0.83)
pt3dadd(22.2, 27.0875, 4.9338, 0.83)
}
//dend9[37]
dend[184] {
sCTX[57] = new SectionRef()
pt3dadd(22.2, 27.0875, 4.9338, 0.8)
pt3dadd(25.2, 23.5875, 1.9338, 0.8)
pt3dadd(31.2, 21.5875, -0.5662, 0.8)
pt3dadd(37.7, 21.5875, 1.4338, 0.8)
pt3dadd(43.7, 23.5875, 2.4338, 0.8)
pt3dadd(50.2, 24.0875, 5.9338, 0.8)
pt3dadd(57.2, 24.0875, 7.4338, 0.8)
pt3dadd(64.7, 22.5875, 10.4338, 0.8)
}
//dend9[38]
dend[185] {
sGABA[74] = new SectionRef()
pt3dadd(22.2, 27.0875, 4.9338, 0.8)
pt3dadd(26.7, 29.0875, 7.9338, 0.8)
pt3dadd(33.7, 31.5875, 7.4338, 0.8)
pt3dadd(41.2, 34.0875, 2.9338, 0.8)
pt3dadd(49.7, 36.5875, 2.4338, 0.8)
pt3dadd(55.2, 39.5875, -0.0662, 0.8)
pt3dadd(59.7, 42.5875, -3.0662, 0.8)
}
//dend9[39]
dend[186] {
sCER[55] = new SectionRef()
pt3dadd(17.7, 28.0875, 12.9338, 0.83)
pt3dadd(19.7, 30.0875, 11.9338, 0.83)
pt3dadd(22.7, 32.5875, 10.4338, 0.83)
pt3dadd(26.7, 35.0875, 8.9338, 0.83)
}
//dend9[40] buldge (not included)
//dend9[41]
dend[187] {
sCTX[58] = new SectionRef()
pt3dadd(26.7, 35.0875, 8.9338, 0.8)
pt3dadd(31.2, 36.0875, 8.9338, 0.8)
pt3dadd(35.7, 38.0875, 10.4338, 0.8)
pt3dadd(40.2, 41.5875, 10.4338, 0.8)
pt3dadd(43.7, 45.0875, 8.9338, 0.8)
pt3dadd(46.2, 49.5875, 6.4338, 0.8)
pt3dadd(48.2, 55.0875, 6.4338, 0.8)
}
dend[188] {
sCTX[59] = new SectionRef()
pt3dadd(48.2, 55.0875, 6.4338, 0.8)
pt3dadd(51.2, 62.0875, 10.4338, 0.8)
pt3dadd(52.7, 69.0875, 11.4338, 0.8)
pt3dadd(55.2, 76.0875, 15.4338, 0.8)
pt3dadd(57.2, 81.0875, 16.9338, 0.8)
pt3dadd(61.7, 85.5875, 22.4338, 0.8)
pt3dadd(66.2, 88.5875, 23.4338, 0.8)
}
//dend9[42]
dend[189] {
sCER[56] = new SectionRef()
pt3dadd(26.7, 35.0875, 8.9338, 0.8)
pt3dadd(30.7, 37.5875, 13.4338, 0.8)
pt3dadd(34.7, 40.0875, 14.9338, 0.8)
pt3dadd(39.2, 42.5875, 15.4338, 0.8)
pt3dadd(45.7, 44.0875, 15.4338, 0.8)
}
dend[190] {
sGABA[75] = new SectionRef()
pt3dadd(45.7, 44.0875, 15.4338, 0.8)
pt3dadd(52.7, 45.0875, 15.9338, 0.8)
pt3dadd(58.7, 45.0875, 15.4338, 0.8)
pt3dadd(63.7, 44.5875, 15.4338, 0.8)
pt3dadd(69.2, 46.0875, 14.4338, 0.8)
pt3dadd(75.7, 50.0875, 12.9338, 0.8)
}
//dend9[43]
dend[191] {
sGABA[76] = new SectionRef()
pt3dadd(26.7, 35.0875, 8.9338, 0.8)
pt3dadd(28.2, 38.5875, 10.4338, 0.8)
pt3dadd(30.7, 42.5875, 11.9338, 0.8)
pt3dadd(34.7, 46.5875, 12.9338, 0.8)
pt3dadd(38.2, 51.0875, 13.9338, 0.8)
pt3dadd(41.7, 55.5875, 15.9338, 0.8)
pt3dadd(44.2, 62.5875, 18.9338, 0.8)
}
dend[192] {
sCTX[60] = new SectionRef()
pt3dadd(44.2, 62.5875, 18.9338, 0.8)
pt3dadd(47.2, 67.5875, 22.4338, 0.8)
pt3dadd(50.2, 72.0875, 26.9338, 0.8)
pt3dadd(53.2, 74.5875, 30.9338, 0.8)
pt3dadd(56.2, 77.5875, 33.9338, 0.8)
pt3dadd(59.2, 81.0875, 34.9338, 0.8)
pt3dadd(62.7, 84.5875, 34.9338, 0.8)
pt3dadd(66.2, 89.0875, 33.9338, 0.8)
}
//dend9[44]
dend[193] {
sCER[57] = new SectionRef()
pt3dadd(8.7, 28.0875, 4.9338, 1.4)
pt3dadd(9.7, 29.0875, -3.0662, 1.4)
}
//dend9[45]
dend[194] {
sGABA[77] = new SectionRef()
pt3dadd(9.7, 29.0875, -3.0662, 0.8)
pt3dadd(15.2, 31.5875, -3.5662, 0.8)
pt3dadd(21.7, 34.0875, -5.0662, 0.8)
pt3dadd(29.7, 37.5875, -6.5662, 0.8)
pt3dadd(35.7, 41.0875, -7.0662, 0.8)
pt3dadd(40.7, 45.0875, -7.0662, 0.8)
pt3dadd(42.7, 49.0875, -7.0662, 0.8)
pt3dadd(42.7, 52.5875, -7.0662, 0.8)
}
//dend9[46]
dend[195] {
sGABA[78] = new SectionRef()
pt3dadd(9.7, 29.0875, -3.0662, 0.8)
pt3dadd(12.7, 35.0875, -7.0662, 0.8)
pt3dadd(16.2, 41.0875, -13.5662, 0.8)
pt3dadd(17.2, 44.5875, -24.0662, 0.8)
pt3dadd(15.7, 45.5875, -33.5662, 0.8)
}
//dend10[0]
dend[196] {
sGABA[79] = new SectionRef()
pt3dadd(0.15, 1.56, -10.53, 4.3)
pt3dadd(12, 16.5, -18.5, 4)
}
//dend10[1]
dend[197] {
sGABA[80] = new SectionRef()
pt3dadd(12, 16.5, -18.5, 0.8)
pt3dadd(14.5, 14, -19, 0.8)
pt3dadd(18.5, 12, -19.5, 0.8)
pt3dadd(23, 10.5, -19, 0.8)
pt3dadd(28, 9, -16, 0.8)
pt3dadd(32, 8, -13, 0.8)
pt3dadd(36.5, 6, -10, 0.8)
}
dend[198] {
sGABA[81] = new SectionRef()
pt3dadd(36.5, 6, -10, 0.8)
pt3dadd(41, 5, -13, 0.8)
pt3dadd(44.5, 3, -16, 0.8)
pt3dadd(47.5, 1.5, -20, 0.8)
pt3dadd(50.5, 2, -20, 0.8)
pt3dadd(54, 3.5, -25.5, 0.8)
pt3dadd(57.5, 6, -36, 0.8)
}
//dend10[2]
dend[199] {
sCER[58] = new SectionRef()
pt3dadd(12, 16.5, -18.5, 3.3)
pt3dadd(11.5, 17.5, 0, 3.3)
}
//dend10[3]
dend[200] {
sCER[59] = new SectionRef()
pt3dadd(11.5, 17.5, 0, 0.82)
pt3dadd(9, 18.5, 0, 0.82)
pt3dadd(6.5, 21.5, 0, 0.82)
pt3dadd(3.5, 26, 0.5, 0.82)
pt3dadd(1, 32.5, 3.5, 0.82)
pt3dadd(-2, 40.5, 9, 0.82)
}
//dend10[4]
dend[201] {
sCTX[61] = new SectionRef()
pt3dadd(-2, 40.5, 9, 0.8)
pt3dadd(-0.5, 46, 8.5, 0.8)
pt3dadd(0.5, 51, 9, 0.8)
pt3dadd(4, 56, 9, 0.8)
pt3dadd(7.5, 61, 9.5, 0.8)
pt3dadd(11, 64, 9, 0.8)
pt3dadd(13.5, 64, 9.5, 0.8)
pt3dadd(15.5, 63.5, 10.5, 0.8)
}
//dend10[5]
dend[202] {
sCER[60] = new SectionRef()
pt3dadd(-2, 40.5, 9, 0.82)
pt3dadd(-4, 42.5, 8.5, 0.82)
pt3dadd(-7, 44.5, 7, 0.82)
pt3dadd(-9.5, 47.5, 7.5, 0.82)
pt3dadd(-13, 50.5, 9.5, 0.82)
pt3dadd(-15.5, 52.5, 13, 0.82)
pt3dadd(-17, 54, 16.5, 0.82)
pt3dadd(-16.5, 55, 22, 0.82)
pt3dadd(-15, 56, 26, 0.82)
pt3dadd(-13, 56.5, 30.5, 0.82)
pt3dadd(-10.5, 56, 32.5, 0.82)
pt3dadd(-8, 56, 34.5, 0.82)
pt3dadd(-6, 57.5, 34.5, 0.82)
}
//dend10[6]
dend[203] {
sCER[61] = new SectionRef()
pt3dadd(11.5, 17.5, 0, 2.7)
pt3dadd(13.5, 19, 0, 2.7)
}
//dend10[7] buldge (not included)
//dend10[8]
dend[204] {
sGABA[82] = new SectionRef()
pt3dadd(13.5, 19, 0, 1.5)
pt3dadd(14, 21.5, 1.5, 1.5)
pt3dadd(15, 24, 2.5, 1.5)
}
//dend10[9]
dend[205] {
sCER[62] = new SectionRef()
pt3dadd(15, 24, 2.5, 0.8)
pt3dadd(12.5, 25, 2.5, 0.8)
pt3dadd(11.5, 27, 2.5, 0.8)
pt3dadd(11.5, 30, 3, 0.8)
pt3dadd(13.5, 35, 3.5, 0.8)
pt3dadd(15.5, 40, 4, 0.8)
pt3dadd(18, 44, 4, 0.8)
pt3dadd(21, 47.5, 4, 0.8)
pt3dadd(25, 50.5, 4, 0.8)
pt3dadd(29, 55, 4, 0.8)
}
dend[206] {
sCTX[62] = new SectionRef()
pt3dadd(29, 55, 4, 0.8)
pt3dadd(33, 59.5, 4, 0.8)
pt3dadd(36.5, 63.5, 4, 0.8)
pt3dadd(40, 68, 7, 0.8)
pt3dadd(43, 72.5, 11, 0.8)
pt3dadd(46, 76.5, 16, 0.8)
pt3dadd(47.5, 80, 18.5, 0.8)
pt3dadd(48.5, 84.5, 21, 0.8)
pt3dadd(50.5, 88.5, 22.5, 0.8)
}
dend[207] {
sCTX[63] = new SectionRef()
pt3dadd(50.5, 88.5, 22.5, 0.8)
pt3dadd(52.5, 92, 24, 0.8)
pt3dadd(55, 94, 26, 0.8)
pt3dadd(56, 97, 27.5, 0.8)
pt3dadd(57.5, 100.5, 29, 0.8)
pt3dadd(58.5, 105, 29, 0.8)
pt3dadd(59.5, 110, 29, 0.8)
pt3dadd(60, 115.5, 29, 0.8)
pt3dadd(61, 121, 29, 0.8)
}
//dend10[10]
dend[208] {
sCTX[64] = new SectionRef()
pt3dadd(15, 24, 2.5, 0.8)
pt3dadd(15, 26.5, 0.5, 0.8)
pt3dadd(17, 29.5, 4.5, 0.8)
pt3dadd(19, 34, 9, 0.8)
pt3dadd(22.5, 38.5, 13.5, 0.8)
pt3dadd(24.5, 42.5, 15.5, 0.8)
}
dend[209] {
sCER[63] = new SectionRef()
pt3dadd(24.5, 42.5, 15.5, 0.8)
pt3dadd(27.5, 44.5, 19.5, 0.8)
pt3dadd(31.5, 45, 23.5, 0.8)
pt3dadd(37.5, 44.5, 26.5, 0.8)
pt3dadd(44, 44.5, 28.5, 0.8)
pt3dadd(50, 45, 30.5, 0.8)
pt3dadd(57.5, 45.5, 30.5, 0.8)
}
dend[210] {
sCTX[65] = new SectionRef()
pt3dadd(57.5, 45.5, 30.5, 0.8)
pt3dadd(65, 45.5, 32, 0.8)
pt3dadd(72.5, 45, 34, 0.8)
pt3dadd(78.5, 43.5, 36, 0.8)
pt3dadd(84, 41.5, 36, 0.8)
pt3dadd(89, 39, 35.5, 0.8)
pt3dadd(94.5, 37.5, 34.5, 0.8)
}
//dend10[11]
dend[211] {
sCTX[66] = new SectionRef()
pt3dadd(13.5, 19, 0, 1.6)
pt3dadd(17, 24.5, -2.5, 1.6)
pt3dadd(19, 29, -3, 1.6)
pt3dadd(20, 32.5, -2.5, 1.6)
}
//dend10[12]
dend[212] {
sCER[64] = new SectionRef()
pt3dadd(20, 32.5, -2.5, 0.8)
pt3dadd(21, 35, -2.5, 0.8)
pt3dadd(24, 38, -2.5, 0.8)
pt3dadd(27.5, 41, 0, 0.8)
pt3dadd(32.5, 44, 5, 0.8)
}
//dend10[13]
dend[213] {
sGABA[83] = new SectionRef()
pt3dadd(32.5, 44, 5, 0.8)
pt3dadd(36.5, 45.5, 4.5, 0.8)
pt3dadd(42, 48.5, 4, 0.8)
pt3dadd(47, 52, 4, 0.8)
pt3dadd(51, 55, 4, 0.8)
}
//dend10[14]
dend[214] {
sGABA[84] = new SectionRef()
pt3dadd(32.5, 44, 5, 0.8)
pt3dadd(37, 45, 10, 0.8)
pt3dadd(40, 46, -1.5, 0.8)
pt3dadd(42, 47, -30.5, 0.8)
}
//dend10[15]
dend[215] {
sGABA[85] = new SectionRef()
pt3dadd(20, 32.5, -2.5, 0.8)
pt3dadd(25, 35, -1.5, 0.8)
pt3dadd(30, 38, -1.5, 0.8)
pt3dadd(35.5, 40.5, -2.5, 0.8)
pt3dadd(41, 42, -2.5, 0.8)
pt3dadd(48, 43.5, -2.5, 0.8)
pt3dadd(54.5, 45, -3, 0.8)
pt3dadd(60.5, 48, -3.5, 0.8)
pt3dadd(65.5, 52.5, -5, 0.8)
}
//dend10[16]
dend[216] {
sCER[65] = new SectionRef()
pt3dadd(13.5, 19, 0, 2)
pt3dadd(15.5, 19, 0, 2)
pt3dadd(18.5, 20, 0, 2)
}
//dend10[17]
dend[217] {
sGABA[86] = new SectionRef()
pt3dadd(18.5, 20, 0, 1.6)
pt3dadd(24.5, 19, 0, 1.6)
}
//dend10[18] buldge (not included)
//dend10[19]
dend[218] {
sCER[66] = new SectionRef()
pt3dadd(24.5, 19, 0, 0.8)
pt3dadd(25.5, 14.5, 3, 0.8)
pt3dadd(27, 10, 6, 0.8)
pt3dadd(28, 6.5, 7.5, 0.8)
pt3dadd(30.5, 3.5, 9, 0.8)
pt3dadd(31.5, 1, 9, 0.8)
pt3dadd(33, -0.5, 9, 0.8)
pt3dadd(34.5, -2, 9, 0.8)
}
dend[219] {
sCER[67] = new SectionRef()
pt3dadd(34.5, -2, 9, 0.8)
pt3dadd(39, -2.5, 10, 0.8)
pt3dadd(45.5, -3, 11.5, 0.8)
pt3dadd(52.5, -3, 13.5, 0.8)
pt3dadd(58, -3, 14, 0.8)
pt3dadd(64, -4.5, 15.5, 0.8)
pt3dadd(69.5, -6, 17, 0.8)
pt3dadd(75.5, -9.5, 15.5, 0.8)
}
dend[220] {
sCTX[67] = new SectionRef()
pt3dadd(75.5, -9.5, 15.5, 0.8)
pt3dadd(80, -12.5, 13, 0.8)
pt3dadd(83.5, -16.5, 10.5, 0.8)
pt3dadd(87.5, -19.5, 11, 0.8)
pt3dadd(92, -23, 12.5, 0.8)
pt3dadd(96.5, -26, 15.5, 0.8)
pt3dadd(99, -29, 15.5, 0.8)
pt3dadd(99, -32.5, 13, 0.8)
}
//dend10[20]
dend[221] {
sGABA[87] = new SectionRef()
pt3dadd(24.5, 19, 0, 0.8)
pt3dadd(28.5, 19, 1.5, 0.8)
pt3dadd(32, 19, 2.5, 0.8)
pt3dadd(35.5, 19, 2.5, 0.8)
pt3dadd(38, 18, 6, 0.8)
pt3dadd(41, 18, 6.5, 0.8)
pt3dadd(43.5, 19, 7.5, 0.8)
pt3dadd(47, 21, 5, 0.8)
pt3dadd(50.5, 23, 5, 0.8)
pt3dadd(56.5, 23.5, 6.5, 0.8)
}
dend[222] {
sCTX[68] = new SectionRef()
pt3dadd(56.5, 23.5, 6.5, 0.8)
pt3dadd(63.5, 25, 8, 0.8)
pt3dadd(70, 26.5, 9.5, 0.8)
pt3dadd(75.5, 28.5, 7.5, 0.8)
pt3dadd(80.5, 30.5, 7, 0.8)
pt3dadd(86, 33, 7, 0.8)
pt3dadd(91.5, 33.5, 10.5, 0.8)
pt3dadd(96, 34.5, 12, 0.8)
pt3dadd(100.5, 35, 14, 0.8)
pt3dadd(105, 36.5, 13, 0.8)
}
//dend10[21]
dend[223] {
sCTX[69] = new SectionRef()
pt3dadd(24.5, 19, 0, 0.8)
pt3dadd(28, 21, -1, 0.8)
pt3dadd(33.5, 22.5, -1, 0.8)
pt3dadd(39, 24, 0, 0.8)
pt3dadd(44, 25, 0, 0.8)
pt3dadd(47.5, 26.5, 0, 0.8)
pt3dadd(50.5, 26.5, 0, 0.8)
pt3dadd(55.5, 28, 0, 0.8)
}
dend[224] {
sGABA[88] = new SectionRef()
pt3dadd(55.5, 28, 0, 0.8)
pt3dadd(63, 28.5, 0, 0.8)
pt3dadd(70, 30.5, 1, 0.8)
pt3dadd(77, 32.5, 2.5, 0.8)
pt3dadd(81.5, 35.5, 7, 0.8)
pt3dadd(86.5, 39, 10, 0.8)
pt3dadd(90.5, 42.5, 14, 0.8)
pt3dadd(92.5, 46, 14, 0.8)
pt3dadd(93, 50, 13, 0.8)
}
//dend10[22]
dend[225] {
sGABA[89] = new SectionRef()
pt3dadd(18.5, 20, 0, 1.1)
pt3dadd(19, 22.5, 0, 1.1)
}
//dend10[23]
dend[226] {
sGABA[90] = new SectionRef()
pt3dadd(19, 22.5, 0, 0.8)
pt3dadd(23, 22.5, 0, 0.8)
pt3dadd(26, 23.5, -0.5, 0.8)
pt3dadd(28.5, 25.5, -1.5, 0.8)
pt3dadd(31.5, 27, -2.5, 0.8)
pt3dadd(35, 28.5, -1.5, 0.8)
}
dend[227] {
sCER[68] = new SectionRef()
pt3dadd(35, 28.5, -1.5, 0.8)
pt3dadd(38.5, 31, -0.5, 0.8)
pt3dadd(40.5, 34, -1, 0.8)
pt3dadd(40, 36.5, -8, 0.8)
pt3dadd(39, 38.5, -23, 0.8)
pt3dadd(38, 39, -44, 0.8)
}
//dend10[24]
dend[228] {
sCTX[70] = new SectionRef()
pt3dadd(19, 22.5, 0, 0.8)
pt3dadd(22.5, 25, 1.5, 0.8)
pt3dadd(26.5, 27.5, 2.5, 0.8)
pt3dadd(30.5, 30.5, 2.5, 0.8)
}
//dend10[25]
dend[229] {
sGABA[91] = new SectionRef()
pt3dadd(30.5, 30.5, 2.5, 0.8)
pt3dadd(33.5, 32.5, 3.5, 0.8)
pt3dadd(36.5, 35.5, 4, 0.8)
pt3dadd(39.5, 39.5, 4, 0.8)
pt3dadd(43.5, 44.5, 7, 0.8)
}
dend[230] {
sGABA[92] = new SectionRef()
pt3dadd(43.5, 44.5, 7, 0.8)
pt3dadd(49, 47.5, 10, 0.8)
pt3dadd(54, 51, 13, 0.8)
pt3dadd(60.5, 53, 13, 0.8)
pt3dadd(64, 57.5, 12, 0.8)
pt3dadd(67, 63.5, 10.5, 0.8)
}
//dend10[26]
dend[231] {
sCER[69] = new SectionRef()
pt3dadd(30.5, 30.5, 2.5, 0.8)
pt3dadd(29, 31, 0.5, 0.8)
pt3dadd(28.5, 33, 1.5, 0.8)
pt3dadd(29.5, 36, 3, 0.8)
pt3dadd(32.5, 38.5, 5, 0.8)
pt3dadd(37, 42.5, 5, 0.8)
pt3dadd(41, 45.5, 5, 0.8)
pt3dadd(45, 49, 5, 0.8)
pt3dadd(48, 51.5, 6, 0.8)
}
dend[232] {
sCTX[0] = new SectionRef()
pt3dadd(48, 51.5, 6, 0.8)
pt3dadd(51.5, 53, 7, 0.8)
pt3dadd(55.5, 54.5, 8, 0.8)
pt3dadd(59.5, 55.5, 9.5, 0.8)
pt3dadd(63.5, 56.5, 11, 0.8)
pt3dadd(67, 58.5, 13, 0.8)
pt3dadd(70.5, 60.5, 14, 0.8)
pt3dadd(73.5, 62.5, 15, 0.8)
pt3dadd(77.5, 65, 16, 0.8)
}
dend[233] {
sGABA[93] = new SectionRef()
pt3dadd(77.5, 65, 16, 0.8)
pt3dadd(82.5, 67, 16.5, 0.8)
pt3dadd(87, 68.5, 17.5, 0.8)
pt3dadd(89.5, 70, 19, 0.8)
pt3dadd(91.5, 71.5, 21.5, 0.8)
pt3dadd(93, 73.5, 23.5, 0.8)
pt3dadd(95.5, 75, 25, 0.8)
pt3dadd(98.5, 76.5, 27, 0.8)
pt3dadd(101.5, 79.5, 32, 0.8)
}
//dend11[0]
dend[234] {
sCER[70] = new SectionRef()
pt3dadd(0.15, 1.56, -10.53, 4.3)
pt3dadd(6, 3.5, -9, 3.7)
pt3dadd(7.5, 4.5, -10, 3.7)
}
//dend11[1]
dend[235] {
sGABA[94] = new SectionRef()
pt3dadd(7.5, 4.5, -10, 1.6)
pt3dadd(9.5, 5, -10, 1.6)
pt3dadd(13.5, 8.5, -10, 1.6)
pt3dadd(15.5, 10, -9.5, 1.6)
}
//dend11[2] buldge (not included)
//dend11[3]
dend[236] {
sGABA[95] = new SectionRef()
pt3dadd(15.5, 10, -9.5, 0.8)
pt3dadd(14, 12, -9.5, 0.8)
pt3dadd(15.5, 14, -9.5, 0.8)
pt3dadd(15.5, 16, -9.5, 0.8)
pt3dadd(13, 18, -9, 0.8)
}
//dend11[4]
dend[237] {
sGABA[96] = new SectionRef()
pt3dadd(13, 18, -9, 0.8)
pt3dadd(12, 18.5, -9, 0.8)
pt3dadd(10.5, 19.5, -9, 0.8)
pt3dadd(8.5, 21.5, -9, 0.8)
pt3dadd(7, 23.5, -10, 0.8)
}
//dend11[5]
dend[238] {
sCER[71] = new SectionRef()
pt3dadd(13, 18, -9, 0.8)
pt3dadd(14.5, 18, -8.5, 0.8)
pt3dadd(14, 19, -8.5, 0.8)
pt3dadd(13, 20.5, -8.5, 0.8)
pt3dadd(11.5, 20.5, -8.5, 0.8)
}
//dend11[6]
dend[239] {
sGABA[97] = new SectionRef()
pt3dadd(15.5, 10, -9.5, 0.8)
pt3dadd(17.5, 10, -7.5, 0.8)
pt3dadd(20, 10, -10.5, 0.8)
}
//dend11[7]
dend[240] {
sGABA[98] = new SectionRef()
pt3dadd(20, 10, -10.5, 0.8)
pt3dadd(23.5, 8.5, -10, 0.8)
pt3dadd(30, 7.5, -10, 0.8)
pt3dadd(32, 7, -10, 0.8)
pt3dadd(32.5, 5.5, -9, 0.8)
pt3dadd(35, 5.5, -9, 0.8)
pt3dadd(37.5, 4.5, -10.5, 0.8)
pt3dadd(40.5, 2.5, -10, 0.8)
pt3dadd(43, 1.5, -10, 0.8)
pt3dadd(46, 4.5, -10.5, 0.8)
pt3dadd(50, 6, -14.5, 0.8)
}
//dend11[8]
dend[241] {
sGABA[99] = new SectionRef()
pt3dadd(20, 10, -10.5, 0.8)
pt3dadd(18, 11.5, -10.5, 0.8)
pt3dadd(12, 12, -10, 0.8)
pt3dadd(8.5, 13, -10, 0.8)
pt3dadd(6, 16, -10, 0.8)
pt3dadd(6, 18, -11.5, 0.8)
}
//dend11[9]
dend[242] {
sCER[72] = new SectionRef()
pt3dadd(15.5, 10, -9.5, 0.8)
pt3dadd(18, 9.5, -8, 0.8)
pt3dadd(21, 9, -8, 0.8)
pt3dadd(24, 8, -8, 0.8)
pt3dadd(21.5, 10, -8, 0.8)
pt3dadd(20.5, 11, -8, 0.8)
pt3dadd(25.5, 9.5, -8, 0.8)
pt3dadd(30, 8.5, -8, 0.8)
pt3dadd(33.5, 9, -8, 0.8)
pt3dadd(38.5, 8.5, -8, 0.8)
pt3dadd(44.5, 7.5, -8, 0.8)
}
dend[243] {
sCER[73] = new SectionRef()
pt3dadd(44.5, 7.5, -8, 0.8)
pt3dadd(51, 7.5, -8, 0.8)
pt3dadd(56, 5.5, -8, 0.8)
pt3dadd(63.5, 6, -8, 0.8)
pt3dadd(69, 5.5, -7.5, 0.8)
pt3dadd(75, 7, -7, 0.8)
pt3dadd(79.5, 8.5, -7, 0.8)
pt3dadd(85.5, 6.5, -7, 0.8)
pt3dadd(88, 4, -7, 0.8)
pt3dadd(89, 0.5, -7, 0.8)
}
//dend11[10]
dend[244] {
sCER[74] = new SectionRef()
pt3dadd(7.5, 4.5, -10, 4.7)
pt3dadd(7.5, 9.5, -3.5, 4.7)
}
//dend11[11] buldge (not included)
//dend11[12] buldge (not included)
//dend11[13] buldge (not included)
//dend11[14]
dend[245] {
sGABA[100] = new SectionRef()
pt3dadd(7.5, 9.5, -3.5, 1.6)
pt3dadd(4, 9.5, -3.5, 1.6)
pt3dadd(1.5, 8, -1.5, 1.6)
}
//dend11[15]
dend[246] {
sGABA[101] = new SectionRef()
pt3dadd(7.5, 9.5, -3.5, 1.8)
pt3dadd(3.5, 11.5, -3.5, 1.8)
pt3dadd(2, 13.5, -1.5, 1.8)
}
//dend11[16]
dend[247] {
sGABA[102] = new SectionRef()
pt3dadd(7.5, 9.5, -3.5, 3.1)
pt3dadd(7.5, 14.5, -1, 3.1)
}
//dend11[17]
dend[248] {
sGABA[103] = new SectionRef()
pt3dadd(7.5, 9.5, -3.5, 0.94)
pt3dadd(11.5, 9, -2.5, 0.94)
pt3dadd(15, 9, -2.5, 0.94)
pt3dadd(19.5, 8, -2.5, 0.94)
pt3dadd(23, 8, -2.5, 0.94)
pt3dadd(25.5, 9.5, -2.5, 0.94)
}
dend[249] {
sGABA[104] = new SectionRef()
pt3dadd(25.5, 9.5, -2.5, 0.94)
pt3dadd(30.5, 11.5, -2.5, 0.94)
pt3dadd(35, 13, -2.5, 0.94)
pt3dadd(40.5, 18.5, -2.5, 0.94)
pt3dadd(45, 21.5, -2.5, 0.94)
pt3dadd(53.5, 23, -2.5, 0.94)
}
//dend11[18]
dend[250] {
sGABA[105] = new SectionRef()
pt3dadd(7.5, 9.5, -3.5, 1.7)
pt3dadd(12, 11, -3.5, 1.7)
pt3dadd(12.5, 15.5, -1.5, 1.7)
}
initseg[0] {
pt3dadd(0.15, 1.56, -10.53, 4.3)
pt3dadd(10, 1.56, -10.53, 2.0)
}
initseg[1] {
pt3dadd(10, 1.56, -10.53, 2.0)
pt3dadd(20, 1.56, -5, 2.0)
}
initseg[2] {
pt3dadd(20, 1.56, -5, 1.7)
pt3dadd(29, 0, 0, 1.7)
}
node[0] {
pt3dadd(29, 0, 0, nodeD)
pt3dadd(30, 0, 0, nodeD)
}
MYSA[0] {
pt3dadd(30, 0, 0, paraD1)
pt3dadd(33, 0, 0, paraD1)
}
FLUT[0] {
pt3dadd(33, 0, 0, paraD2)
pt3dadd(43, 0, 0, paraD2)
}
STIN[0] {
pt3dadd(43, 0, 0, axonD)
pt3dadd(101, 0, 0, axonD)
}
STIN[1] {
pt3dadd(101, 0, 0, axonD)
pt3dadd(159, 0, 0, axonD)
}
STIN[2] {
pt3dadd(159, 0, 0, axonD)
pt3dadd(217, 0, 0, axonD)
}
FLUT[1] {
pt3dadd(217, 0, 0, paraD2)
pt3dadd(227, 0, 0, paraD2)
}
MYSA[1] {
pt3dadd(227, 0, 0, paraD1)
pt3dadd(230, 0, 0, paraD1)
}
node[1] {
pt3dadd(230, 0, 0, nodeD)
pt3dadd(231, 0, 0, nodeD)
}
MYSA[2] {
pt3dadd(231, 0, 0, paraD1)
pt3dadd(234, 0, 0, paraD1)
}
FLUT[2] {
pt3dadd(234, 0, 0, paraD2)
pt3dadd(244, 0, 0, paraD2)
}
STIN[3] {
pt3dadd(244, 0, 0, axonD)
pt3dadd(302, 0, 0, axonD)
}
STIN[4] {
pt3dadd(302, 0, 0, axonD)
pt3dadd(360, 0, 0, axonD)
}
STIN[5] {
pt3dadd(360, 0, 0, axonD)
pt3dadd(418, 0, 0, axonD)
}
FLUT[3] {
pt3dadd(418, 0, 0, paraD2)
pt3dadd(428, 0, 0, paraD2)
}
MYSA[3] {
pt3dadd(428, 0, 0, paraD1)
pt3dadd(431, 0, 0, paraD1)
}
node[2] {
pt3dadd(431, 0, 0, nodeD)
pt3dadd(432, 0, 0, nodeD)
}
MYSA[4] {
pt3dadd(432, 0, 0, paraD1)
pt3dadd(435, 0, 0, paraD1)
}
FLUT[4] {
pt3dadd(435, 0, 0, paraD2)
pt3dadd(445, 0, 0, paraD2)
}
STIN[6] {
pt3dadd(445, 0, 0, axonD)
pt3dadd(503, 0, 0, axonD)
}
STIN[7] {
pt3dadd(503, 0, 0, axonD)
pt3dadd(561, 0, 0, axonD)
}
STIN[8] {
pt3dadd(561, 0, 0, axonD)
pt3dadd(619, 0, 0, axonD)
}
FLUT[5] {
pt3dadd(619, 0, 0, paraD2)
pt3dadd(629, 0, 0, paraD2)
}
MYSA[5] {
pt3dadd(629, 0, 0, paraD1)
pt3dadd(632, 0, 0, paraD1)
}
node[3] {
pt3dadd(632, 0, 0, nodeD)
pt3dadd(633, 0, 0, nodeD)
}
MYSA[6] {
pt3dadd(633, 0, 0, paraD1)
pt3dadd(636, 0, 0, paraD1)
}
FLUT[6] {
pt3dadd(636, 0, 0, paraD2)
pt3dadd(646, 0, 0, paraD2)
}
STIN[9] {
pt3dadd(646, 0, 0, axonD)
pt3dadd(704, 0, 0, axonD)
}
STIN[10] {
pt3dadd(704, 0, 0, axonD)
pt3dadd(762, 0, 0, axonD)
}
STIN[11] {
pt3dadd(762, 0, 0, axonD)
pt3dadd(820, 0, 0, axonD)
}
FLUT[7] {
pt3dadd(820, 0, 0, paraD2)
pt3dadd(830, 0, 0, paraD2)
}
MYSA[7] {
pt3dadd(830, 0, 0, paraD1)
pt3dadd(833, 0, 0, paraD1)
}
node[4] {
pt3dadd(833, 0, 0, nodeD)
pt3dadd(834, 0, 0, nodeD)
}
MYSA[8] {
pt3dadd(834, 0, 0, paraD1)
pt3dadd(837, 0, 0, paraD1)
}
FLUT[8] {
pt3dadd(837, 0, 0, paraD2)
pt3dadd(847, 0, 0, paraD2)
}
STIN[12] {
pt3dadd(847, 0, 0, axonD)
pt3dadd(905, 0, 0, axonD)
}
STIN[13] {
pt3dadd(905, 0, 0, axonD)
pt3dadd(963, 0, 0, axonD)
}
STIN[14] {
pt3dadd(963, 0, 0, axonD)
pt3dadd(1021, 0, 0, axonD)
}
FLUT[9] {
pt3dadd(1021, 0, 0, paraD2)
pt3dadd(1031, 0, 0, paraD2)
}
MYSA[9] {
pt3dadd(1031, 0, 0, paraD1)
pt3dadd(1034, 0, 0, paraD1)
}
node[5] {
pt3dadd(1034, 0, 0, nodeD)
pt3dadd(1035, 0, 0, nodeD)
}
MYSA[10] {
pt3dadd(1035, 0, 0, paraD1)
pt3dadd(1038, 0, 0, paraD1)
}
FLUT[10] {
pt3dadd(1038, 0, 0, paraD2)
pt3dadd(1048, 0, 0, paraD2)
}
STIN[15] {
pt3dadd(1048, 0, 0, axonD)
pt3dadd(1106, 0, 0, axonD)
}
STIN[16] {
pt3dadd(1106, 0, 0, axonD)
pt3dadd(1164, 0, 0, axonD)
}
STIN[17] {
pt3dadd(1164, 0, 0, axonD)
pt3dadd(1222, 0, 0, axonD)
}
FLUT[11] {
pt3dadd(1222, 0, 0, paraD2)
pt3dadd(1232, 0, 0, paraD2)
}
MYSA[11] {
pt3dadd(1232, 0, 0, paraD1)
pt3dadd(1235, 0, 0, paraD1)
}
node[6] {
pt3dadd(1235, 0, 0, nodeD)
pt3dadd(1236, 0, 0, nodeD)
}
MYSA[12] {
pt3dadd(1236, 0, 0, paraD1)
pt3dadd(1239, 0, 0, paraD1)
}
FLUT[12] {
pt3dadd(1239, 0, 0, paraD2)
pt3dadd(1249, 0, 0, paraD2)
}
STIN[18] {
pt3dadd(1249, 0, 0, axonD)
pt3dadd(1307, 0, 0, axonD)
}
STIN[19] {
pt3dadd(1307, 0, 0, axonD)
pt3dadd(1365, 0, 0, axonD)
}
STIN[20] {
pt3dadd(1365, 0, 0, axonD)
pt3dadd(1423, 0, 0, axonD)
}
FLUT[13] {
pt3dadd(1423, 0, 0, paraD2)
pt3dadd(1433, 0, 0, paraD2)
}
MYSA[13] {
pt3dadd(1433, 0, 0, paraD1)
pt3dadd(1436, 0, 0, paraD1)
}
node[7] {
pt3dadd(1436, 0, 0, nodeD)
pt3dadd(1437, 0, 0, nodeD)
}
MYSA[14] {
pt3dadd(1437, 0, 0, paraD1)
pt3dadd(1440, 0, 0, paraD1)
}
FLUT[14] {
pt3dadd(1440, 0, 0, paraD2)
pt3dadd(1450, 0, 0, paraD2)
}
STIN[21] {
pt3dadd(1450, 0, 0, axonD)
pt3dadd(1508, 0, 0, axonD)
}
STIN[22] {
pt3dadd(1508, 0, 0, axonD)
pt3dadd(1566, 0, 0, axonD)
}
STIN[23] {
pt3dadd(1566, 0, 0, axonD)
pt3dadd(1624, 0, 0, axonD)
}
FLUT[15] {
pt3dadd(1624, 0, 0, paraD2)
pt3dadd(1634, 0, 0, paraD2)
}
MYSA[15] {
pt3dadd(1634, 0, 0, paraD1)
pt3dadd(1637, 0, 0, paraD1)
}
node[8] {
pt3dadd(1637, 0, 0, nodeD)
pt3dadd(1638, 0, 0, nodeD)
}
MYSA[16] {
pt3dadd(1638, 0, 0, paraD1)
pt3dadd(1641, 0, 0, paraD1)
}
FLUT[16] {
pt3dadd(1641, 0, 0, paraD2)
pt3dadd(1651, 0, 0, paraD2)
}
STIN[24] {
pt3dadd(1651, 0, 0, axonD)
pt3dadd(1709, 0, 0, axonD)
}
STIN[25] {
pt3dadd(1709, 0, 0, axonD)
pt3dadd(1767, 0, 0, axonD)
}
STIN[26] {
pt3dadd(1767, 0, 0, axonD)
pt3dadd(1825, 0, 0, axonD)
}
FLUT[17] {
pt3dadd(1825, 0, 0, paraD2)
pt3dadd(1835, 0, 0, paraD2)
}
MYSA[17] {
pt3dadd(1835, 0, 0, paraD1)
pt3dadd(1838, 0, 0, paraD1)
}
node[9] {
pt3dadd(1838, 0, 0, nodeD)
pt3dadd(1839, 0, 0, nodeD)
}
MYSA[18] {
pt3dadd(1839, 0, 0, paraD1)
pt3dadd(1842, 0, 0, paraD1)
}
FLUT[18] {
pt3dadd(1842, 0, 0, paraD2)
pt3dadd(1852, 0, 0, paraD2)
}
STIN[27] {
pt3dadd(1852, 0, 0, axonD)
pt3dadd(1910, 0, 0, axonD)
}
STIN[28] {
pt3dadd(1910, 0, 0, axonD)
pt3dadd(1968, 0, 0, axonD)
}
STIN[29] {
pt3dadd(1968, 0, 0, axonD)
pt3dadd(2026, 0, 0, axonD)
}
FLUT[19] {
pt3dadd(2026, 0, 0, paraD2)
pt3dadd(2036, 0, 0, paraD2)
}
MYSA[19] {
pt3dadd(2036, 0, 0, paraD1)
pt3dadd(2039, 0, 0, paraD1)
}
node[10] {
pt3dadd(2039, 0, 0, nodeD)
pt3dadd(2040, 0, 0, nodeD)
}
MYSA[20] {
pt3dadd(2040, 0, 0, paraD1)
pt3dadd(2043, 0, 0, paraD1)
}
FLUT[20] {
pt3dadd(2043, 0, 0, paraD2)
pt3dadd(2053, 0, 0, paraD2)
}
STIN[30] {
pt3dadd(2053, 0, 0, axonD)
pt3dadd(2111, 0, 0, axonD)
}
STIN[31] {
pt3dadd(2111, 0, 0, axonD)
pt3dadd(2169, 0, 0, axonD)
}
STIN[32] {
pt3dadd(2169, 0, 0, axonD)
pt3dadd(2227, 0, 0, axonD)
}
FLUT[21] {
pt3dadd(2227, 0, 0, paraD2)
pt3dadd(2237, 0, 0, paraD2)
}
MYSA[21] {
pt3dadd(2237, 0, 0, paraD1)
pt3dadd(2240, 0, 0, paraD1)
}
node[11] {
pt3dadd(2240, 0, 0, nodeD)
pt3dadd(2241, 0, 0, nodeD)
}
MYSA[22] {
pt3dadd(2241, 0, 0, paraD1)
pt3dadd(2244, 0, 0, paraD1)
}
FLUT[22] {
pt3dadd(2244, 0, 0, paraD2)
pt3dadd(2254, 0, 0, paraD2)
}
STIN[33] {
pt3dadd(2254, 0, 0, axonD)
pt3dadd(2312, 0, 0, axonD)
}
STIN[34] {
pt3dadd(2312, 0, 0, axonD)
pt3dadd(2370, 0, 0, axonD)
}
STIN[35] {
pt3dadd(2370, 0, 0, axonD)
pt3dadd(2428, 0, 0, axonD)
}
FLUT[23] {
pt3dadd(2428, 0, 0, paraD2)
pt3dadd(2438, 0, 0, paraD2)
}
MYSA[23] {
pt3dadd(2438, 0, 0, paraD1)
pt3dadd(2441, 0, 0, paraD1)
}
node[12] {
pt3dadd(2441, 0, 0, nodeD)
pt3dadd(2442, 0, 0, nodeD)
}
MYSA[24] {
pt3dadd(2442, 0, 0, paraD1)
pt3dadd(2445, 0, 0, paraD1)
}
FLUT[24] {
pt3dadd(2445, 0, 0, paraD2)
pt3dadd(2455, 0, 0, paraD2)
}
STIN[36] {
pt3dadd(2455, 0, 0, axonD)
pt3dadd(2513, 0, 0, axonD)
}
STIN[37] {
pt3dadd(2513, 0, 0, axonD)
pt3dadd(2571, 0, 0, axonD)
}
STIN[38] {
pt3dadd(2571, 0, 0, axonD)
pt3dadd(2629, 0, 0, axonD)
}
FLUT[25] {
pt3dadd(2629, 0, 0, paraD2)
pt3dadd(2639, 0, 0, paraD2)
}
MYSA[25] {
pt3dadd(2639, 0, 0, paraD1)
pt3dadd(2642, 0, 0, paraD1)
}
node[13] {
pt3dadd(2642, 0, 0, nodeD)
pt3dadd(2643, 0, 0, nodeD)
}
MYSA[26] {
pt3dadd(2643, 0, 0, paraD1)
pt3dadd(2646, 0, 0, paraD1)
}
FLUT[26] {
pt3dadd(2646, 0, 0, paraD2)
pt3dadd(2656, 0, 0, paraD2)
}
STIN[39] {
pt3dadd(2656, 0, 0, axonD)
pt3dadd(2714, 0, 0, axonD)
}
STIN[40] {
pt3dadd(2714, 0, 0, axonD)
pt3dadd(2772, 0, 0, axonD)
}
STIN[41] {
pt3dadd(2772, 0, 0, axonD)
pt3dadd(2830, 0, 0, axonD)
}
FLUT[27] {
pt3dadd(2830, 0, 0, paraD2)
pt3dadd(2840, 0, 0, paraD2)
}
MYSA[27] {
pt3dadd(2840, 0, 0, paraD1)
pt3dadd(2843, 0, 0, paraD1)
}
node[14] {
pt3dadd(2843, 0, 0, nodeD)
pt3dadd(2844, 0, 0, nodeD)
}
MYSA[28] {
pt3dadd(2844, 0, 0, paraD1)
pt3dadd(2847, 0, 0, paraD1)
}
FLUT[28] {
pt3dadd(2847, 0, 0, paraD2)
pt3dadd(2857, 0, 0, paraD2)
}
STIN[42] {
pt3dadd(2857, 0, 0, axonD)
pt3dadd(2915, 0, 0, axonD)
}
STIN[43] {
pt3dadd(2915, 0, 0, axonD)
pt3dadd(2973, 0, 0, axonD)
}
STIN[44] {
pt3dadd(2973, 0, 0, axonD)
pt3dadd(3031, 0, 0, axonD)
}
FLUT[29] {
pt3dadd(3031, 0, 0, paraD2)
pt3dadd(3041, 0, 0, paraD2)
}
MYSA[29] {
pt3dadd(3041, 0, 0, paraD1)
pt3dadd(3044, 0, 0, paraD1)
}
node[15] {
pt3dadd(3044, 0, 0, nodeD)
pt3dadd(3045, 0, 0, nodeD)
}
MYSA[30] {
pt3dadd(3045, 0, 0, paraD1)
pt3dadd(3048, 0, 0, paraD1)
}
FLUT[30] {
pt3dadd(3048, 0, 0, paraD2)
pt3dadd(3058, 0, 0, paraD2)
}
STIN[45] {
pt3dadd(3058, 0, 0, axonD)
pt3dadd(3116, 0, 0, axonD)
}
STIN[46] {
pt3dadd(3116, 0, 0, axonD)
pt3dadd(3174, 0, 0, axonD)
}
STIN[47] {
pt3dadd(3174, 0, 0, axonD)
pt3dadd(3232, 0, 0, axonD)
}
FLUT[31] {
pt3dadd(3232, 0, 0, paraD2)
pt3dadd(3242, 0, 0, paraD2)
}
MYSA[31] {
pt3dadd(3242, 0, 0, paraD1)
pt3dadd(3245, 0, 0, paraD1)
}
node[16] {
pt3dadd(3245, 0, 0, nodeD)
pt3dadd(3246, 0, 0, nodeD)
}
MYSA[32] {
pt3dadd(3246, 0, 0, paraD1)
pt3dadd(3249, 0, 0, paraD1)
}
FLUT[32] {
pt3dadd(3249, 0, 0, paraD2)
pt3dadd(3259, 0, 0, paraD2)
}
STIN[48] {
pt3dadd(3259, 0, 0, axonD)
pt3dadd(3317, 0, 0, axonD)
}
STIN[49] {
pt3dadd(3317, 0, 0, axonD)
pt3dadd(3375, 0, 0, axonD)
}
STIN[50] {
pt3dadd(3375, 0, 0, axonD)
pt3dadd(3433, 0, 0, axonD)
}
FLUT[33] {
pt3dadd(3433, 0, 0, paraD2)
pt3dadd(3443, 0, 0, paraD2)
}
MYSA[33] {
pt3dadd(3443, 0, 0, paraD1)
pt3dadd(3446, 0, 0, paraD1)
}
node[17] {
pt3dadd(3446, 0, 0, nodeD)
pt3dadd(3447, 0, 0, nodeD)
}
MYSA[34] {
pt3dadd(3447, 0, 0, paraD1)
pt3dadd(3450, 0, 0, paraD1)
}
FLUT[34] {
pt3dadd(3450, 0, 0, paraD2)
pt3dadd(3460, 0, 0, paraD2)
}
STIN[51] {
pt3dadd(3460, 0, 0, axonD)
pt3dadd(3518, 0, 0, axonD)
}
STIN[52] {
pt3dadd(3518, 0, 0, axonD)
pt3dadd(3576, 0, 0, axonD)
}
STIN[53] {
pt3dadd(3576, 0, 0, axonD)
pt3dadd(3634, 0, 0, axonD)
}
FLUT[35] {
pt3dadd(3634, 0, 0, paraD2)
pt3dadd(3644, 0, 0, paraD2)
}
MYSA[35] {
pt3dadd(3644, 0, 0, paraD1)
pt3dadd(3647, 0, 0, paraD1)
}
node[18] {
pt3dadd(3647, 0, 0, nodeD)
pt3dadd(3648, 0, 0, nodeD)
}
MYSA[36] {
pt3dadd(3648, 0, 0, paraD1)
pt3dadd(3651, 0, 0, paraD1)
}
FLUT[36] {
pt3dadd(3651, 0, 0, paraD2)
pt3dadd(3661, 0, 0, paraD2)
}
STIN[54] {
pt3dadd(3661, 0, 0, axonD)
pt3dadd(3719, 0, 0, axonD)
}
STIN[55] {
pt3dadd(3719, 0, 0, axonD)
pt3dadd(3777, 0, 0, axonD)
}
STIN[56] {
pt3dadd(3777, 0, 0, axonD)
pt3dadd(3835, 0, 0, axonD)
}
FLUT[37] {
pt3dadd(3835, 0, 0, paraD2)
pt3dadd(3845, 0, 0, paraD2)
}
MYSA[37] {
pt3dadd(3845, 0, 0, paraD1)
pt3dadd(3848, 0, 0, paraD1)
}
node[19] {
pt3dadd(3848, 0, 0, nodeD)
pt3dadd(3849, 0, 0, nodeD)
}
MYSA[38] {
pt3dadd(3849, 0, 0, paraD1)
pt3dadd(3852, 0, 0, paraD1)
}
FLUT[38] {
pt3dadd(3852, 0, 0, paraD2)
pt3dadd(3862, 0, 0, paraD2)
}
STIN[57] {
pt3dadd(3862, 0, 0, axonD)
pt3dadd(3920, 0, 0, axonD)
}
STIN[58] {
pt3dadd(3920, 0, 0, axonD)
pt3dadd(3978, 0, 0, axonD)
}
STIN[59] {
pt3dadd(3978, 0, 0, axonD)
pt3dadd(4036, 0, 0, axonD)
}
FLUT[39] {
pt3dadd(4036, 0, 0, paraD2)
pt3dadd(4046, 0, 0, paraD2)
}
MYSA[39] {
pt3dadd(4046, 0, 0, paraD1)
pt3dadd(4049, 0, 0, paraD1)
}
node[20] {
pt3dadd(4049, 0, 0, nodeD)
pt3dadd(4050, 0, 0, nodeD)
}
MYSA[40] {
pt3dadd(4050, 0, 0, paraD1)
pt3dadd(4053, 0, 0, paraD1)
}
FLUT[40] {
pt3dadd(4053, 0, 0, paraD2)
pt3dadd(4063, 0, 0, paraD2)
}
STIN[60] {
pt3dadd(4063, 0, 0, axonD)
pt3dadd(4121, 0, 0, axonD)
}
STIN[61] {
pt3dadd(4121, 0, 0, axonD)
pt3dadd(4179, 0, 0, axonD)
}
STIN[62] {
pt3dadd(4179, 0, 0, axonD)
pt3dadd(4237, 0, 0, axonD)
}
FLUT[41] {
pt3dadd(4237, 0, 0, paraD2)
pt3dadd(4247, 0, 0, paraD2)
}
MYSA[41] {
pt3dadd(4247, 0, 0, paraD1)
pt3dadd(4250, 0, 0, paraD1)
}
node[21] {
pt3dadd(4250, 0, 0, nodeD)
pt3dadd(4251, 0, 0, nodeD)
}
MYSA[42] {
pt3dadd(4251, 0, 0, paraD1)
pt3dadd(4254, 0, 0, paraD1)
}
FLUT[42] {
pt3dadd(4254, 0, 0, paraD2)
pt3dadd(4264, 0, 0, paraD2)
}
STIN[63] {
pt3dadd(4264, 0, 0, axonD)
pt3dadd(4322, 0, 0, axonD)
}
STIN[64] {
pt3dadd(4322, 0, 0, axonD)
pt3dadd(4380, 0, 0, axonD)
}
STIN[65] {
pt3dadd(4380, 0, 0, axonD)
pt3dadd(4438, 0, 0, axonD)
}
FLUT[43] {
pt3dadd(4438, 0, 0, paraD2)
pt3dadd(4448, 0, 0, paraD2)
}
MYSA[43] {
pt3dadd(4448, 0, 0, paraD1)
pt3dadd(4451, 0, 0, paraD1)
}
node[22] {
pt3dadd(4451, 0, 0, nodeD)
pt3dadd(4452, 0, 0, nodeD)
}
MYSA[44] {
pt3dadd(4452, 0, 0, paraD1)
pt3dadd(4455, 0, 0, paraD1)
}
FLUT[44] {
pt3dadd(4455, 0, 0, paraD2)
pt3dadd(4465, 0, 0, paraD2)
}
STIN[66] {
pt3dadd(4465, 0, 0, axonD)
pt3dadd(4523, 0, 0, axonD)
}
STIN[67] {
pt3dadd(4523, 0, 0, axonD)
pt3dadd(4581, 0, 0, axonD)
}
STIN[68] {
pt3dadd(4581, 0, 0, axonD)
pt3dadd(4639, 0, 0, axonD)
}
FLUT[45] {
pt3dadd(4639, 0, 0, paraD2)
pt3dadd(4649, 0, 0, paraD2)
}
MYSA[45] {
pt3dadd(4649, 0, 0, paraD1)
pt3dadd(4652, 0, 0, paraD1)
}
node[23] {
pt3dadd(4652, 0, 0, nodeD)
pt3dadd(4653, 0, 0, nodeD)
}
MYSA[46] {
pt3dadd(4653, 0, 0, paraD1)
pt3dadd(4656, 0, 0, paraD1)
}
FLUT[46] {
pt3dadd(4656, 0, 0, paraD2)
pt3dadd(4666, 0, 0, paraD2)
}
STIN[69] {
pt3dadd(4666, 0, 0, axonD)
pt3dadd(4724, 0, 0, axonD)
}
STIN[70] {
pt3dadd(4724, 0, 0, axonD)
pt3dadd(4782, 0, 0, axonD)
}
STIN[71] {
pt3dadd(4782, 0, 0, axonD)
pt3dadd(4840, 0, 0, axonD)
}
FLUT[47] {
pt3dadd(4840, 0, 0, paraD2)
pt3dadd(4850, 0, 0, paraD2)
}
MYSA[47] {
pt3dadd(4850, 0, 0, paraD1)
pt3dadd(4853, 0, 0, paraD1)
}
node[24] {
pt3dadd(4853, 0, 0, nodeD)
pt3dadd(4854, 0, 0, nodeD)
}
MYSA[48] {
pt3dadd(4854, 0, 0, paraD1)
pt3dadd(4857, 0, 0, paraD1)
}
FLUT[48] {
pt3dadd(4857, 0, 0, paraD2)
pt3dadd(4867, 0, 0, paraD2)
}
STIN[72] {
pt3dadd(4867, 0, 0, axonD)
pt3dadd(4925, 0, 0, axonD)
}
STIN[73] {
pt3dadd(4925, 0, 0, axonD)
pt3dadd(4983, 0, 0, axonD)
}
STIN[74] {
pt3dadd(4983, 0, 0, axonD)
pt3dadd(5041, 0, 0, axonD)
}
FLUT[49] {
pt3dadd(5041, 0, 0, paraD2)
pt3dadd(5051, 0, 0, paraD2)
}
MYSA[49] {
pt3dadd(5051, 0, 0, paraD1)
pt3dadd(5054, 0, 0, paraD1)
}
node[25] {
pt3dadd(5054, 0, 0, nodeD)
pt3dadd(5055, 0, 0, nodeD)
}
MYSA[50] {
pt3dadd(5055, 0, 0, paraD1)
pt3dadd(5058, 0, 0, paraD1)
}
FLUT[50] {
pt3dadd(5058, 0, 0, paraD2)
pt3dadd(5068, 0, 0, paraD2)
}
STIN[75] {
pt3dadd(5068, 0, 0, axonD)
pt3dadd(5126, 0, 0, axonD)
}
STIN[76] {
pt3dadd(5126, 0, 0, axonD)
pt3dadd(5184, 0, 0, axonD)
}
STIN[77] {
pt3dadd(5184, 0, 0, axonD)
pt3dadd(5242, 0, 0, axonD)
}
FLUT[51] {
pt3dadd(5242, 0, 0, paraD2)
pt3dadd(5252, 0, 0, paraD2)
}
MYSA[51] {
pt3dadd(5252, 0, 0, paraD1)
pt3dadd(5255, 0, 0, paraD1)
}
node[26] {
pt3dadd(5255, 0, 0, nodeD)
pt3dadd(5256, 0, 0, nodeD)
}
MYSA[52] {
pt3dadd(5256, 0, 0, paraD1)
pt3dadd(5259, 0, 0, paraD1)
}
FLUT[52] {
pt3dadd(5259, 0, 0, paraD2)
pt3dadd(5269, 0, 0, paraD2)
}
STIN[78] {
pt3dadd(5269, 0, 0, axonD)
pt3dadd(5327, 0, 0, axonD)
}
STIN[79] {
pt3dadd(5327, 0, 0, axonD)
pt3dadd(5385, 0, 0, axonD)
}
STIN[80] {
pt3dadd(5385, 0, 0, axonD)
pt3dadd(5443, 0, 0, axonD)
}
FLUT[53] {
pt3dadd(5443, 0, 0, paraD2)
pt3dadd(5453, 0, 0, paraD2)
}
MYSA[53] {
pt3dadd(5453, 0, 0, paraD1)
pt3dadd(5456, 0, 0, paraD1)
}
node[27] {
pt3dadd(5456, 0, 0, nodeD)
pt3dadd(5457, 0, 0, nodeD)
}
MYSA[54] {
pt3dadd(5457, 0, 0, paraD1)
pt3dadd(5460, 0, 0, paraD1)
}
FLUT[54] {
pt3dadd(5460, 0, 0, paraD2)
pt3dadd(5470, 0, 0, paraD2)
}
STIN[81] {
pt3dadd(5470, 0, 0, axonD)
pt3dadd(5528, 0, 0, axonD)
}
STIN[82] {
pt3dadd(5528, 0, 0, axonD)
pt3dadd(5586, 0, 0, axonD)
}
STIN[83] {
pt3dadd(5586, 0, 0, axonD)
pt3dadd(5644, 0, 0, axonD)
}
FLUT[55] {
pt3dadd(5644, 0, 0, paraD2)
pt3dadd(5654, 0, 0, paraD2)
}
MYSA[55] {
pt3dadd(5654, 0, 0, paraD1)
pt3dadd(5657, 0, 0, paraD1)
}
node[28] {
pt3dadd(5657, 0, 0, nodeD)
pt3dadd(5658, 0, 0, nodeD)
}
MYSA[56] {
pt3dadd(5658, 0, 0, paraD1)
pt3dadd(5661, 0, 0, paraD1)
}
FLUT[56] {
pt3dadd(5661, 0, 0, paraD2)
pt3dadd(5671, 0, 0, paraD2)
}
STIN[84] {
pt3dadd(5671, 0, 0, axonD)
pt3dadd(5729, 0, 0, axonD)
}
STIN[85] {
pt3dadd(5729, 0, 0, axonD)
pt3dadd(5787, 0, 0, axonD)
}
STIN[86] {
pt3dadd(5787, 0, 0, axonD)
pt3dadd(5845, 0, 0, axonD)
}
FLUT[57] {
pt3dadd(5845, 0, 0, paraD2)
pt3dadd(5855, 0, 0, paraD2)
}
MYSA[57] {
pt3dadd(5855, 0, 0, paraD1)
pt3dadd(5858, 0, 0, paraD1)
}
node[29] {
pt3dadd(5858, 0, 0, nodeD)
pt3dadd(5859, 0, 0, nodeD)
}
/*//////////////////////////////////////////////////////////////////////////////
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//////////////////////////////////////////////////////////////////////////////
MYSA[58] {
pt3dadd(5859, 0, 0, paraD1)
pt3dadd(5862, 0, 0, paraD1)
}
FLUT[58] {
pt3dadd(5862, 0, 0, paraD2)
pt3dadd(5872, 0, 0, paraD2)
}
STIN[87] {
pt3dadd(5872, 0, 0, axonD)
pt3dadd(5930, 0, 0, axonD)
}
STIN[88] {
pt3dadd(5930, 0, 0, axonD)
pt3dadd(5988, 0, 0, axonD)
}
STIN[89] {
pt3dadd(5988, 0, 0, axonD)
pt3dadd(6046, 0, 0, axonD)
}
FLUT[59] {
pt3dadd(6046, 0, 0, paraD2)
pt3dadd(6056, 0, 0, paraD2)
}
MYSA[59] {
pt3dadd(6056, 0, 0, paraD1)
pt3dadd(6059, 0, 0, paraD1)
}
node[30] {
pt3dadd(6059, 0, 0, nodeD)
pt3dadd(6060, 0, 0, nodeD)
}
MYSA[60] {
pt3dadd(6060, 0, 0, paraD1)
pt3dadd(6063, 0, 0, paraD1)
}
FLUT[60] {
pt3dadd(6063, 0, 0, paraD2)
pt3dadd(6073, 0, 0, paraD2)
}
STIN[90] {
pt3dadd(6073, 0, 0, axonD)
pt3dadd(6131, 0, 0, axonD)
}
STIN[91] {
pt3dadd(6131, 0, 0, axonD)
pt3dadd(6189, 0, 0, axonD)
}
STIN[92] {
pt3dadd(6189, 0, 0, axonD)
pt3dadd(6247, 0, 0, axonD)
}
FLUT[61] {
pt3dadd(6247, 0, 0, paraD2)
pt3dadd(6257, 0, 0, paraD2)
}
MYSA[61] {
pt3dadd(6257, 0, 0, paraD1)
pt3dadd(6260, 0, 0, paraD1)
}
node[31] {
pt3dadd(6260, 0, 0, nodeD)
pt3dadd(6261, 0, 0, nodeD)
}
MYSA[62] {
pt3dadd(6261, 0, 0, paraD1)
pt3dadd(6264, 0, 0, paraD1)
}
FLUT[62] {
pt3dadd(6264, 0, 0, paraD2)
pt3dadd(6274, 0, 0, paraD2)
}
STIN[93] {
pt3dadd(6274, 0, 0, axonD)
pt3dadd(6332, 0, 0, axonD)
}
STIN[94] {
pt3dadd(6332, 0, 0, axonD)
pt3dadd(6390, 0, 0, axonD)
}
STIN[95] {
pt3dadd(6390, 0, 0, axonD)
pt3dadd(6448, 0, 0, axonD)
}
FLUT[63] {
pt3dadd(6448, 0, 0, paraD2)
pt3dadd(6458, 0, 0, paraD2)
}
MYSA[63] {
pt3dadd(6458, 0, 0, paraD1)
pt3dadd(6461, 0, 0, paraD1)
}
node[32] {
pt3dadd(6461, 0, 0, nodeD)
pt3dadd(6462, 0, 0, nodeD)
}
MYSA[64] {
pt3dadd(6462, 0, 0, paraD1)
pt3dadd(6465, 0, 0, paraD1)
}
FLUT[64] {
pt3dadd(6465, 0, 0, paraD2)
pt3dadd(6475, 0, 0, paraD2)
}
STIN[96] {
pt3dadd(6475, 0, 0, axonD)
pt3dadd(6533, 0, 0, axonD)
}
STIN[97] {
pt3dadd(6533, 0, 0, axonD)
pt3dadd(6591, 0, 0, axonD)
}
STIN[98] {
pt3dadd(6591, 0, 0, axonD)
pt3dadd(6649, 0, 0, axonD)
}
FLUT[65] {
pt3dadd(6649, 0, 0, paraD2)
pt3dadd(6659, 0, 0, paraD2)
}
MYSA[65] {
pt3dadd(6659, 0, 0, paraD1)
pt3dadd(6662, 0, 0, paraD1)
}
node[33] {
pt3dadd(6662, 0, 0, nodeD)
pt3dadd(6663, 0, 0, nodeD)
}
MYSA[66] {
pt3dadd(6663, 0, 0, paraD1)
pt3dadd(6666, 0, 0, paraD1)
}
FLUT[66] {
pt3dadd(6666, 0, 0, paraD2)
pt3dadd(6676, 0, 0, paraD2)
}
STIN[99] {
pt3dadd(6676, 0, 0, axonD)
pt3dadd(6734, 0, 0, axonD)
}
STIN[100] {
pt3dadd(6734, 0, 0, axonD)
pt3dadd(6792, 0, 0, axonD)
}
STIN[101] {
pt3dadd(6792, 0, 0, axonD)
pt3dadd(6850, 0, 0, axonD)
}
FLUT[67] {
pt3dadd(6850, 0, 0, paraD2)
pt3dadd(6860, 0, 0, paraD2)
}
MYSA[67] {
pt3dadd(6860, 0, 0, paraD1)
pt3dadd(6863, 0, 0, paraD1)
}
node[34] {
pt3dadd(6863, 0, 0, nodeD)
pt3dadd(6864, 0, 0, nodeD)
}
MYSA[68] {
pt3dadd(6864, 0, 0, paraD1)
pt3dadd(6867, 0, 0, paraD1)
}
FLUT[68] {
pt3dadd(6867, 0, 0, paraD2)
pt3dadd(6877, 0, 0, paraD2)
}
STIN[102] {
pt3dadd(6877, 0, 0, axonD)
pt3dadd(6935, 0, 0, axonD)
}
STIN[103] {
pt3dadd(6935, 0, 0, axonD)
pt3dadd(6993, 0, 0, axonD)
}
STIN[104] {
pt3dadd(6993, 0, 0, axonD)
pt3dadd(7051, 0, 0, axonD)
}
FLUT[69] {
pt3dadd(7051, 0, 0, paraD2)
pt3dadd(7061, 0, 0, paraD2)
}
MYSA[69] {
pt3dadd(7061, 0, 0, paraD1)
pt3dadd(7064, 0, 0, paraD1)
}
node[35] {
pt3dadd(7064, 0, 0, nodeD)
pt3dadd(7065, 0, 0, nodeD)
}
MYSA[70] {
pt3dadd(7065, 0, 0, paraD1)
pt3dadd(7068, 0, 0, paraD1)
}
FLUT[70] {
pt3dadd(7068, 0, 0, paraD2)
pt3dadd(7078, 0, 0, paraD2)
}
STIN[105] {
pt3dadd(7078, 0, 0, axonD)
pt3dadd(7136, 0, 0, axonD)
}
STIN[106] {
pt3dadd(7136, 0, 0, axonD)
pt3dadd(7194, 0, 0, axonD)
}
STIN[107] {
pt3dadd(7194, 0, 0, axonD)
pt3dadd(7252, 0, 0, axonD)
}
FLUT[71] {
pt3dadd(7252, 0, 0, paraD2)
pt3dadd(7262, 0, 0, paraD2)
}
MYSA[71] {
pt3dadd(7262, 0, 0, paraD1)
pt3dadd(7265, 0, 0, paraD1)
}
node[36] {
pt3dadd(7265, 0, 0, nodeD)
pt3dadd(7266, 0, 0, nodeD)
}
MYSA[72] {
pt3dadd(7266, 0, 0, paraD1)
pt3dadd(7269, 0, 0, paraD1)
}
FLUT[72] {
pt3dadd(7269, 0, 0, paraD2)
pt3dadd(7279, 0, 0, paraD2)
}
STIN[108] {
pt3dadd(7279, 0, 0, axonD)
pt3dadd(7337, 0, 0, axonD)
}
STIN[109] {
pt3dadd(7337, 0, 0, axonD)
pt3dadd(7395, 0, 0, axonD)
}
STIN[110] {
pt3dadd(7395, 0, 0, axonD)
pt3dadd(7453, 0, 0, axonD)
}
FLUT[73] {
pt3dadd(7453, 0, 0, paraD2)
pt3dadd(7463, 0, 0, paraD2)
}
MYSA[73] {
pt3dadd(7463, 0, 0, paraD1)
pt3dadd(7466, 0, 0, paraD1)
}
node[37] {
pt3dadd(7466, 0, 0, nodeD)
pt3dadd(7467, 0, 0, nodeD)
}
MYSA[74] {
pt3dadd(7467, 0, 0, paraD1)
pt3dadd(7470, 0, 0, paraD1)
}
FLUT[74] {
pt3dadd(7470, 0, 0, paraD2)
pt3dadd(7480, 0, 0, paraD2)
}
STIN[111] {
pt3dadd(7480, 0, 0, axonD)
pt3dadd(7538, 0, 0, axonD)
}
STIN[112] {
pt3dadd(7538, 0, 0, axonD)
pt3dadd(7596, 0, 0, axonD)
}
STIN[113] {
pt3dadd(7596, 0, 0, axonD)
pt3dadd(7654, 0, 0, axonD)
}
FLUT[75] {
pt3dadd(7654, 0, 0, paraD2)
pt3dadd(7664, 0, 0, paraD2)
}
MYSA[75] {
pt3dadd(7664, 0, 0, paraD1)
pt3dadd(7667, 0, 0, paraD1)
}
node[38] {
pt3dadd(7667, 0, 0, nodeD)
pt3dadd(7668, 0, 0, nodeD)
}
MYSA[76] {
pt3dadd(7668, 0, 0, paraD1)
pt3dadd(7671, 0, 0, paraD1)
}
FLUT[76] {
pt3dadd(7671, 0, 0, paraD2)
pt3dadd(7681, 0, 0, paraD2)
}
STIN[114] {
pt3dadd(7681, 0, 0, axonD)
pt3dadd(7739, 0, 0, axonD)
}
STIN[115] {
pt3dadd(7739, 0, 0, axonD)
pt3dadd(7797, 0, 0, axonD)
}
STIN[116] {
pt3dadd(7797, 0, 0, axonD)
pt3dadd(7855, 0, 0, axonD)
}
FLUT[77] {
pt3dadd(7855, 0, 0, paraD2)
pt3dadd(7865, 0, 0, paraD2)
}
MYSA[77] {
pt3dadd(7865, 0, 0, paraD1)
pt3dadd(7868, 0, 0, paraD1)
}
node[39] {
pt3dadd(7868, 0, 0, nodeD)
pt3dadd(7869, 0, 0, nodeD)
}
MYSA[78] {
pt3dadd(7869, 0, 0, paraD1)
pt3dadd(7872, 0, 0, paraD1)
}
FLUT[78] {
pt3dadd(7872, 0, 0, paraD2)
pt3dadd(7882, 0, 0, paraD2)
}
STIN[117] {
pt3dadd(7882, 0, 0, axonD)
pt3dadd(7940, 0, 0, axonD)
}
STIN[118] {
pt3dadd(7940, 0, 0, axonD)
pt3dadd(7998, 0, 0, axonD)
}
STIN[119] {
pt3dadd(7998, 0, 0, axonD)
pt3dadd(8056, 0, 0, axonD)
}
FLUT[79] {
pt3dadd(8056, 0, 0, paraD2)
pt3dadd(8066, 0, 0, paraD2)
}
MYSA[79] {
pt3dadd(8066, 0, 0, paraD1)
pt3dadd(8069, 0, 0, paraD1)
}
node[40] {
pt3dadd(8069, 0, 0, nodeD)
pt3dadd(8070, 0, 0, nodeD)
}
MYSA[80] {
pt3dadd(8070, 0, 0, paraD1)
pt3dadd(8073, 0, 0, paraD1)
}
FLUT[80] {
pt3dadd(8073, 0, 0, paraD2)
pt3dadd(8083, 0, 0, paraD2)
}
STIN[120] {
pt3dadd(8083, 0, 0, axonD)
pt3dadd(8141, 0, 0, axonD)
}
STIN[121] {
pt3dadd(8141, 0, 0, axonD)
pt3dadd(8199, 0, 0, axonD)
}
STIN[122] {
pt3dadd(8199, 0, 0, axonD)
pt3dadd(8257, 0, 0, axonD)
}
FLUT[81] {
pt3dadd(8257, 0, 0, paraD2)
pt3dadd(8267, 0, 0, paraD2)
}
MYSA[81] {
pt3dadd(8267, 0, 0, paraD1)
pt3dadd(8270, 0, 0, paraD1)
}
node[41] {
pt3dadd(8270, 0, 0, nodeD)
pt3dadd(8271, 0, 0, nodeD)
}
MYSA[82] {
pt3dadd(8271, 0, 0, paraD1)
pt3dadd(8274, 0, 0, paraD1)
}
FLUT[82] {
pt3dadd(8274, 0, 0, paraD2)
pt3dadd(8284, 0, 0, paraD2)
}
STIN[123] {
pt3dadd(8284, 0, 0, axonD)
pt3dadd(8342, 0, 0, axonD)
}
STIN[124] {
pt3dadd(8342, 0, 0, axonD)
pt3dadd(8400, 0, 0, axonD)
}
STIN[125] {
pt3dadd(8400, 0, 0, axonD)
pt3dadd(8458, 0, 0, axonD)
}
FLUT[83] {
pt3dadd(8458, 0, 0, paraD2)
pt3dadd(8468, 0, 0, paraD2)
}
MYSA[83] {
pt3dadd(8468, 0, 0, paraD1)
pt3dadd(8471, 0, 0, paraD1)
}
node[42] {
pt3dadd(8471, 0, 0, nodeD)
pt3dadd(8472, 0, 0, nodeD)
}
MYSA[84] {
pt3dadd(8472, 0, 0, paraD1)
pt3dadd(8475, 0, 0, paraD1)
}
FLUT[84] {
pt3dadd(8475, 0, 0, paraD2)
pt3dadd(8485, 0, 0, paraD2)
}
STIN[126] {
pt3dadd(8485, 0, 0, axonD)
pt3dadd(8543, 0, 0, axonD)
}
STIN[127] {
pt3dadd(8543, 0, 0, axonD)
pt3dadd(8601, 0, 0, axonD)
}
STIN[128] {
pt3dadd(8601, 0, 0, axonD)
pt3dadd(8659, 0, 0, axonD)
}
FLUT[85] {
pt3dadd(8659, 0, 0, paraD2)
pt3dadd(8669, 0, 0, paraD2)
}
MYSA[85] {
pt3dadd(8669, 0, 0, paraD1)
pt3dadd(8672, 0, 0, paraD1)
}
node[43] {
pt3dadd(8672, 0, 0, nodeD)
pt3dadd(8673, 0, 0, nodeD)
}
MYSA[86] {
pt3dadd(8673, 0, 0, paraD1)
pt3dadd(8676, 0, 0, paraD1)
}
FLUT[86] {
pt3dadd(8676, 0, 0, paraD2)
pt3dadd(8686, 0, 0, paraD2)
}
STIN[129] {
pt3dadd(8686, 0, 0, axonD)
pt3dadd(8744, 0, 0, axonD)
}
STIN[130] {
pt3dadd(8744, 0, 0, axonD)
pt3dadd(8802, 0, 0, axonD)
}
STIN[131] {
pt3dadd(8802, 0, 0, axonD)
pt3dadd(8860, 0, 0, axonD)
}
FLUT[87] {
pt3dadd(8860, 0, 0, paraD2)
pt3dadd(8870, 0, 0, paraD2)
}
MYSA[87] {
pt3dadd(8870, 0, 0, paraD1)
pt3dadd(8873, 0, 0, paraD1)
}
node[44] {
pt3dadd(8873, 0, 0, nodeD)
pt3dadd(8874, 0, 0, nodeD)
}
MYSA[88] {
pt3dadd(8874, 0, 0, paraD1)
pt3dadd(8877, 0, 0, paraD1)
}
FLUT[88] {
pt3dadd(8877, 0, 0, paraD2)
pt3dadd(8887, 0, 0, paraD2)
}
STIN[132] {
pt3dadd(8887, 0, 0, axonD)
pt3dadd(8945, 0, 0, axonD)
}
STIN[133] {
pt3dadd(8945, 0, 0, axonD)
pt3dadd(9003, 0, 0, axonD)
}
STIN[134] {
pt3dadd(9003, 0, 0, axonD)
pt3dadd(9061, 0, 0, axonD)
}
FLUT[89] {
pt3dadd(9061, 0, 0, paraD2)
pt3dadd(9071, 0, 0, paraD2)
}
MYSA[89] {
pt3dadd(9071, 0, 0, paraD1)
pt3dadd(9074, 0, 0, paraD1)
}
node[45] {
pt3dadd(9074, 0, 0, nodeD)
pt3dadd(9075, 0, 0, nodeD)
}
MYSA[90] {
pt3dadd(9075, 0, 0, paraD1)
pt3dadd(9078, 0, 0, paraD1)
}
FLUT[90] {
pt3dadd(9078, 0, 0, paraD2)
pt3dadd(9088, 0, 0, paraD2)
}
STIN[135] {
pt3dadd(9088, 0, 0, axonD)
pt3dadd(9146, 0, 0, axonD)
}
STIN[136] {
pt3dadd(9146, 0, 0, axonD)
pt3dadd(9204, 0, 0, axonD)
}
STIN[137] {
pt3dadd(9204, 0, 0, axonD)
pt3dadd(9262, 0, 0, axonD)
}
FLUT[91] {
pt3dadd(9262, 0, 0, paraD2)
pt3dadd(9272, 0, 0, paraD2)
}
MYSA[91] {
pt3dadd(9272, 0, 0, paraD1)
pt3dadd(9275, 0, 0, paraD1)
}
node[46] {
pt3dadd(9275, 0, 0, nodeD)
pt3dadd(9276, 0, 0, nodeD)
}
MYSA[92] {
pt3dadd(9276, 0, 0, paraD1)
pt3dadd(9279, 0, 0, paraD1)
}
FLUT[92] {
pt3dadd(9279, 0, 0, paraD2)
pt3dadd(9289, 0, 0, paraD2)
}
STIN[138] {
pt3dadd(9289, 0, 0, axonD)
pt3dadd(9347, 0, 0, axonD)
}
STIN[139] {
pt3dadd(9347, 0, 0, axonD)
pt3dadd(9405, 0, 0, axonD)
}
STIN[140] {
pt3dadd(9405, 0, 0, axonD)
pt3dadd(9463, 0, 0, axonD)
}
FLUT[93] {
pt3dadd(9463, 0, 0, paraD2)
pt3dadd(9473, 0, 0, paraD2)
}
MYSA[93] {
pt3dadd(9473, 0, 0, paraD1)
pt3dadd(9476, 0, 0, paraD1)
}
node[47] {
pt3dadd(9476, 0, 0, nodeD)
pt3dadd(9477, 0, 0, nodeD)
}
MYSA[94] {
pt3dadd(9477, 0, 0, paraD1)
pt3dadd(9480, 0, 0, paraD1)
}
FLUT[94] {
pt3dadd(9480, 0, 0, paraD2)
pt3dadd(9490, 0, 0, paraD2)
}
STIN[141] {
pt3dadd(9490, 0, 0, axonD)
pt3dadd(9548, 0, 0, axonD)
}
STIN[142] {
pt3dadd(9548, 0, 0, axonD)
pt3dadd(9606, 0, 0, axonD)
}
STIN[143] {
pt3dadd(9606, 0, 0, axonD)
pt3dadd(9664, 0, 0, axonD)
}
FLUT[95] {
pt3dadd(9664, 0, 0, paraD2)
pt3dadd(9674, 0, 0, paraD2)
}
MYSA[95] {
pt3dadd(9674, 0, 0, paraD1)
pt3dadd(9677, 0, 0, paraD1)
}
node[48] {
pt3dadd(9677, 0, 0, nodeD)
pt3dadd(9678, 0, 0, nodeD)
}
MYSA[96] {
pt3dadd(9678, 0, 0, paraD1)
pt3dadd(9681, 0, 0, paraD1)
}
FLUT[96] {
pt3dadd(9681, 0, 0, paraD2)
pt3dadd(9691, 0, 0, paraD2)
}
STIN[144] {
pt3dadd(9691, 0, 0, axonD)
pt3dadd(9749, 0, 0, axonD)
}
STIN[145] {
pt3dadd(9749, 0, 0, axonD)
pt3dadd(9807, 0, 0, axonD)
}
STIN[146] {
pt3dadd(9807, 0, 0, axonD)
pt3dadd(9865, 0, 0, axonD)
}
FLUT[97] {
pt3dadd(9865, 0, 0, paraD2)
pt3dadd(9875, 0, 0, paraD2)
}
MYSA[97] {
pt3dadd(9875, 0, 0, paraD1)
pt3dadd(9878, 0, 0, paraD1)
}
node[49] {
pt3dadd(9878, 0, 0, nodeD)
pt3dadd(9879, 0, 0, nodeD)
}
MYSA[98] {
pt3dadd(9879, 0, 0, paraD1)
pt3dadd(9882, 0, 0, paraD1)
}
FLUT[98] {
pt3dadd(9882, 0, 0, paraD2)
pt3dadd(9892, 0, 0, paraD2)
}
STIN[147] {
pt3dadd(9892, 0, 0, axonD)
pt3dadd(9950, 0, 0, axonD)
}
STIN[148] {
pt3dadd(9950, 0, 0, axonD)
pt3dadd(10008, 0, 0, axonD)
}
STIN[149] {
pt3dadd(10008, 0, 0, axonD)
pt3dadd(10066, 0, 0, axonD)
}
FLUT[99] {
pt3dadd(10066, 0, 0, paraD2)
pt3dadd(10076, 0, 0, paraD2)
}
MYSA[99] {
pt3dadd(10076, 0, 0, paraD1)
pt3dadd(10079, 0, 0, paraD1)
}
node[50] {
pt3dadd(10079, 0, 0, nodeD)
pt3dadd(10080, 0, 0, nodeD)
}
MYSA[100] {
pt3dadd(10080, 0, 0, paraD1)
pt3dadd(10083, 0, 0, paraD1)
}
FLUT[100] {
pt3dadd(10083, 0, 0, paraD2)
pt3dadd(10093, 0, 0, paraD2)
}
STIN[150] {
pt3dadd(10093, 0, 0, axonD)
pt3dadd(10151, 0, 0, axonD)
}
STIN[151] {
pt3dadd(10151, 0, 0, axonD)
pt3dadd(10209, 0, 0, axonD)
}
STIN[152] {
pt3dadd(10209, 0, 0, axonD)
pt3dadd(10267, 0, 0, axonD)
}
FLUT[101] {
pt3dadd(10267, 0, 0, paraD2)
pt3dadd(10277, 0, 0, paraD2)
}
MYSA[101] {
pt3dadd(10277, 0, 0, paraD1)
pt3dadd(10280, 0, 0, paraD1)
}
node[51] {
pt3dadd(10280, 0, 0, nodeD)
pt3dadd(10281, 0, 0, nodeD)
}
MYSA[102] {
pt3dadd(10281, 0, 0, paraD1)
pt3dadd(10284, 0, 0, paraD1)
}
FLUT[102] {
pt3dadd(10284, 0, 0, paraD2)
pt3dadd(10294, 0, 0, paraD2)
}
STIN[153] {
pt3dadd(10294, 0, 0, axonD)
pt3dadd(10352, 0, 0, axonD)
}
STIN[154] {
pt3dadd(10352, 0, 0, axonD)
pt3dadd(10410, 0, 0, axonD)
}
STIN[155] {
pt3dadd(10410, 0, 0, axonD)
pt3dadd(10468, 0, 0, axonD)
}
FLUT[103] {
pt3dadd(10468, 0, 0, paraD2)
pt3dadd(10478, 0, 0, paraD2)
}
MYSA[103] {
pt3dadd(10478, 0, 0, paraD1)
pt3dadd(10481, 0, 0, paraD1)
}
node[52] {
pt3dadd(10481, 0, 0, nodeD)
pt3dadd(10482, 0, 0, nodeD)
}
MYSA[104] {
pt3dadd(10482, 0, 0, paraD1)
pt3dadd(10485, 0, 0, paraD1)
}
FLUT[104] {
pt3dadd(10485, 0, 0, paraD2)
pt3dadd(10495, 0, 0, paraD2)
}
STIN[156] {
pt3dadd(10495, 0, 0, axonD)
pt3dadd(10553, 0, 0, axonD)
}
STIN[157] {
pt3dadd(10553, 0, 0, axonD)
pt3dadd(10611, 0, 0, axonD)
}
STIN[158] {
pt3dadd(10611, 0, 0, axonD)
pt3dadd(10669, 0, 0, axonD)
}
FLUT[105] {
pt3dadd(10669, 0, 0, paraD2)
pt3dadd(10679, 0, 0, paraD2)
}
MYSA[105] {
pt3dadd(10679, 0, 0, paraD1)
pt3dadd(10682, 0, 0, paraD1)
}
node[53] {
pt3dadd(10682, 0, 0, nodeD)
pt3dadd(10683, 0, 0, nodeD)
}
MYSA[106] {
pt3dadd(10683, 0, 0, paraD1)
pt3dadd(10686, 0, 0, paraD1)
}
FLUT[106] {
pt3dadd(10686, 0, 0, paraD2)
pt3dadd(10696, 0, 0, paraD2)
}
STIN[159] {
pt3dadd(10696, 0, 0, axonD)
pt3dadd(10754, 0, 0, axonD)
}
STIN[160] {
pt3dadd(10754, 0, 0, axonD)
pt3dadd(10812, 0, 0, axonD)
}
STIN[161] {
pt3dadd(10812, 0, 0, axonD)
pt3dadd(10870, 0, 0, axonD)
}
FLUT[107] {
pt3dadd(10870, 0, 0, paraD2)
pt3dadd(10880, 0, 0, paraD2)
}
MYSA[107] {
pt3dadd(10880, 0, 0, paraD1)
pt3dadd(10883, 0, 0, paraD1)
}
node[54] {
pt3dadd(10883, 0, 0, nodeD)
pt3dadd(10884, 0, 0, nodeD)
}
MYSA[108] {
pt3dadd(10884, 0, 0, paraD1)
pt3dadd(10887, 0, 0, paraD1)
}
FLUT[108] {
pt3dadd(10887, 0, 0, paraD2)
pt3dadd(10897, 0, 0, paraD2)
}
STIN[162] {
pt3dadd(10897, 0, 0, axonD)
pt3dadd(10955, 0, 0, axonD)
}
STIN[163] {
pt3dadd(10955, 0, 0, axonD)
pt3dadd(11013, 0, 0, axonD)
}
STIN[164] {
pt3dadd(11013, 0, 0, axonD)
pt3dadd(11071, 0, 0, axonD)
}
FLUT[109] {
pt3dadd(11071, 0, 0, paraD2)
pt3dadd(11081, 0, 0, paraD2)
}
MYSA[109] {
pt3dadd(11081, 0, 0, paraD1)
pt3dadd(11084, 0, 0, paraD1)
}
node[55] {
pt3dadd(11084, 0, 0, nodeD)
pt3dadd(11085, 0, 0, nodeD)
}
MYSA[110] {
pt3dadd(11085, 0, 0, paraD1)
pt3dadd(11088, 0, 0, paraD1)
}
FLUT[110] {
pt3dadd(11088, 0, 0, paraD2)
pt3dadd(11098, 0, 0, paraD2)
}
STIN[165] {
pt3dadd(11098, 0, 0, axonD)
pt3dadd(11156, 0, 0, axonD)
}
STIN[166] {
pt3dadd(11156, 0, 0, axonD)
pt3dadd(11214, 0, 0, axonD)
}
STIN[167] {
pt3dadd(11214, 0, 0, axonD)
pt3dadd(11272, 0, 0, axonD)
}
FLUT[111] {
pt3dadd(11272, 0, 0, paraD2)
pt3dadd(11282, 0, 0, paraD2)
}
MYSA[111] {
pt3dadd(11282, 0, 0, paraD1)
pt3dadd(11285, 0, 0, paraD1)
}
node[56] {
pt3dadd(11285, 0, 0, nodeD)
pt3dadd(11286, 0, 0, nodeD)
}
MYSA[112] {
pt3dadd(11286, 0, 0, paraD1)
pt3dadd(11289, 0, 0, paraD1)
}
FLUT[112] {
pt3dadd(11289, 0, 0, paraD2)
pt3dadd(11299, 0, 0, paraD2)
}
STIN[168] {
pt3dadd(11299, 0, 0, axonD)
pt3dadd(11357, 0, 0, axonD)
}
STIN[169] {
pt3dadd(11357, 0, 0, axonD)
pt3dadd(11415, 0, 0, axonD)
}
STIN[170] {
pt3dadd(11415, 0, 0, axonD)
pt3dadd(11473, 0, 0, axonD)
}
FLUT[113] {
pt3dadd(11473, 0, 0, paraD2)
pt3dadd(11483, 0, 0, paraD2)
}
MYSA[113] {
pt3dadd(11483, 0, 0, paraD1)
pt3dadd(11486, 0, 0, paraD1)
}
node[57] {
pt3dadd(11486, 0, 0, nodeD)
pt3dadd(11487, 0, 0, nodeD)
}
MYSA[114] {
pt3dadd(11487, 0, 0, paraD1)
pt3dadd(11490, 0, 0, paraD1)
}
FLUT[114] {
pt3dadd(11490, 0, 0, paraD2)
pt3dadd(11500, 0, 0, paraD2)
}
STIN[171] {
pt3dadd(11500, 0, 0, axonD)
pt3dadd(11558, 0, 0, axonD)
}
STIN[172] {
pt3dadd(11558, 0, 0, axonD)
pt3dadd(11616, 0, 0, axonD)
}
STIN[173] {
pt3dadd(11616, 0, 0, axonD)
pt3dadd(11674, 0, 0, axonD)
}
FLUT[115] {
pt3dadd(11674, 0, 0, paraD2)
pt3dadd(11684, 0, 0, paraD2)
}
MYSA[115] {
pt3dadd(11684, 0, 0, paraD1)
pt3dadd(11687, 0, 0, paraD1)
}
node[58] {
pt3dadd(11687, 0, 0, nodeD)
pt3dadd(11688, 0, 0, nodeD)
}
MYSA[116] {
pt3dadd(11688, 0, 0, paraD1)
pt3dadd(11691, 0, 0, paraD1)
}
FLUT[116] {
pt3dadd(11691, 0, 0, paraD2)
pt3dadd(11701, 0, 0, paraD2)
}
STIN[174] {
pt3dadd(11701, 0, 0, axonD)
pt3dadd(11759, 0, 0, axonD)
}
STIN[175] {
pt3dadd(11759, 0, 0, axonD)
pt3dadd(11817, 0, 0, axonD)
}
STIN[176] {
pt3dadd(11817, 0, 0, axonD)
pt3dadd(11875, 0, 0, axonD)
}
FLUT[117] {
pt3dadd(11875, 0, 0, paraD2)
pt3dadd(11885, 0, 0, paraD2)
}
MYSA[117] {
pt3dadd(11885, 0, 0, paraD1)
pt3dadd(11888, 0, 0, paraD1)
}
node[59] {
pt3dadd(11888, 0, 0, nodeD)
pt3dadd(11889, 0, 0, nodeD)
}
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MYSA[118] {
pt3dadd(11889, 0, 0, paraD1)
pt3dadd(11892, 0, 0, paraD1)
}
FLUT[118] {
pt3dadd(11892, 0, 0, paraD2)
pt3dadd(11902, 0, 0, paraD2)
}
STIN[177] {
pt3dadd(11902, 0, 0, axonD)
pt3dadd(11960, 0, 0, axonD)
}
STIN[178] {
pt3dadd(11960, 0, 0, axonD)
pt3dadd(12018, 0, 0, axonD)
}
STIN[179] {
pt3dadd(12018, 0, 0, axonD)
pt3dadd(12076, 0, 0, axonD)
}
FLUT[119] {
pt3dadd(12076, 0, 0, paraD2)
pt3dadd(12086, 0, 0, paraD2)
}
MYSA[119] {
pt3dadd(12086, 0, 0, paraD1)
pt3dadd(12089, 0, 0, paraD1)
}
node[60] {
pt3dadd(12089, 0, 0, nodeD)
pt3dadd(12090, 0, 0, nodeD)
}
MYSA[120] {
pt3dadd(12090, 0, 0, paraD1)
pt3dadd(12093, 0, 0, paraD1)
}
FLUT[120] {
pt3dadd(12093, 0, 0, paraD2)
pt3dadd(12103, 0, 0, paraD2)
}
STIN[180] {
pt3dadd(12103, 0, 0, axonD)
pt3dadd(12161, 0, 0, axonD)
}
STIN[181] {
pt3dadd(12161, 0, 0, axonD)
pt3dadd(12219, 0, 0, axonD)
}
STIN[182] {
pt3dadd(12219, 0, 0, axonD)
pt3dadd(12277, 0, 0, axonD)
}
FLUT[121] {
pt3dadd(12277, 0, 0, paraD2)
pt3dadd(12287, 0, 0, paraD2)
}
MYSA[121] {
pt3dadd(12287, 0, 0, paraD1)
pt3dadd(12290, 0, 0, paraD1)
}
node[61] {
pt3dadd(12290, 0, 0, nodeD)
pt3dadd(12291, 0, 0, nodeD)
}
MYSA[122] {
pt3dadd(12291, 0, 0, paraD1)
pt3dadd(12294, 0, 0, paraD1)
}
FLUT[122] {
pt3dadd(12294, 0, 0, paraD2)
pt3dadd(12304, 0, 0, paraD2)
}
STIN[183] {
pt3dadd(12304, 0, 0, axonD)
pt3dadd(12362, 0, 0, axonD)
}
STIN[184] {
pt3dadd(12362, 0, 0, axonD)
pt3dadd(12420, 0, 0, axonD)
}
STIN[185] {
pt3dadd(12420, 0, 0, axonD)
pt3dadd(12478, 0, 0, axonD)
}
FLUT[123] {
pt3dadd(12478, 0, 0, paraD2)
pt3dadd(12488, 0, 0, paraD2)
}
MYSA[123] {
pt3dadd(12488, 0, 0, paraD1)
pt3dadd(12491, 0, 0, paraD1)
}
node[62] {
pt3dadd(12491, 0, 0, nodeD)
pt3dadd(12492, 0, 0, nodeD)
}
MYSA[124] {
pt3dadd(12492, 0, 0, paraD1)
pt3dadd(12495, 0, 0, paraD1)
}
FLUT[124] {
pt3dadd(12495, 0, 0, paraD2)
pt3dadd(12505, 0, 0, paraD2)
}
STIN[186] {
pt3dadd(12505, 0, 0, axonD)
pt3dadd(12563, 0, 0, axonD)
}
STIN[187] {
pt3dadd(12563, 0, 0, axonD)
pt3dadd(12621, 0, 0, axonD)
}
STIN[188] {
pt3dadd(12621, 0, 0, axonD)
pt3dadd(12679, 0, 0, axonD)
}
FLUT[125] {
pt3dadd(12679, 0, 0, paraD2)
pt3dadd(12689, 0, 0, paraD2)
}
MYSA[125] {
pt3dadd(12689, 0, 0, paraD1)
pt3dadd(12692, 0, 0, paraD1)
}
node[63] {
pt3dadd(12692, 0, 0, nodeD)
pt3dadd(12693, 0, 0, nodeD)
}
MYSA[126] {
pt3dadd(12693, 0, 0, paraD1)
pt3dadd(12696, 0, 0, paraD1)
}
FLUT[126] {
pt3dadd(12696, 0, 0, paraD2)
pt3dadd(12706, 0, 0, paraD2)
}
STIN[189] {
pt3dadd(12706, 0, 0, axonD)
pt3dadd(12764, 0, 0, axonD)
}
STIN[190] {
pt3dadd(12764, 0, 0, axonD)
pt3dadd(12822, 0, 0, axonD)
}
STIN[191] {
pt3dadd(12822, 0, 0, axonD)
pt3dadd(12880, 0, 0, axonD)
}
FLUT[127] {
pt3dadd(12880, 0, 0, paraD2)
pt3dadd(12890, 0, 0, paraD2)
}
MYSA[127] {
pt3dadd(12890, 0, 0, paraD1)
pt3dadd(12893, 0, 0, paraD1)
}
node[64] {
pt3dadd(12893, 0, 0, nodeD)
pt3dadd(12894, 0, 0, nodeD)
}
MYSA[128] {
pt3dadd(12894, 0, 0, paraD1)
pt3dadd(12897, 0, 0, paraD1)
}
FLUT[128] {
pt3dadd(12897, 0, 0, paraD2)
pt3dadd(12907, 0, 0, paraD2)
}
STIN[192] {
pt3dadd(12907, 0, 0, axonD)
pt3dadd(12965, 0, 0, axonD)
}
STIN[193] {
pt3dadd(12965, 0, 0, axonD)
pt3dadd(13023, 0, 0, axonD)
}
STIN[194] {
pt3dadd(13023, 0, 0, axonD)
pt3dadd(13081, 0, 0, axonD)
}
FLUT[129] {
pt3dadd(13081, 0, 0, paraD2)
pt3dadd(13091, 0, 0, paraD2)
}
MYSA[129] {
pt3dadd(13091, 0, 0, paraD1)
pt3dadd(13094, 0, 0, paraD1)
}
node[65] {
pt3dadd(13094, 0, 0, nodeD)
pt3dadd(13095, 0, 0, nodeD)
}
MYSA[130] {
pt3dadd(13095, 0, 0, paraD1)
pt3dadd(13098, 0, 0, paraD1)
}
FLUT[130] {
pt3dadd(13098, 0, 0, paraD2)
pt3dadd(13108, 0, 0, paraD2)
}
STIN[195] {
pt3dadd(13108, 0, 0, axonD)
pt3dadd(13166, 0, 0, axonD)
}
STIN[196] {
pt3dadd(13166, 0, 0, axonD)
pt3dadd(13224, 0, 0, axonD)
}
STIN[197] {
pt3dadd(13224, 0, 0, axonD)
pt3dadd(13282, 0, 0, axonD)
}
FLUT[131] {
pt3dadd(13282, 0, 0, paraD2)
pt3dadd(13292, 0, 0, paraD2)
}
MYSA[131] {
pt3dadd(13292, 0, 0, paraD1)
pt3dadd(13295, 0, 0, paraD1)
}
node[66] {
pt3dadd(13295, 0, 0, nodeD)
pt3dadd(13296, 0, 0, nodeD)
}
MYSA[132] {
pt3dadd(13296, 0, 0, paraD1)
pt3dadd(13299, 0, 0, paraD1)
}
FLUT[132] {
pt3dadd(13299, 0, 0, paraD2)
pt3dadd(13309, 0, 0, paraD2)
}
STIN[198] {
pt3dadd(13309, 0, 0, axonD)
pt3dadd(13367, 0, 0, axonD)
}
STIN[199] {
pt3dadd(13367, 0, 0, axonD)
pt3dadd(13425, 0, 0, axonD)
}
STIN[200] {
pt3dadd(13425, 0, 0, axonD)
pt3dadd(13483, 0, 0, axonD)
}
FLUT[133] {
pt3dadd(13483, 0, 0, paraD2)
pt3dadd(13493, 0, 0, paraD2)
}
MYSA[133] {
pt3dadd(13493, 0, 0, paraD1)
pt3dadd(13496, 0, 0, paraD1)
}
node[67] {
pt3dadd(13496, 0, 0, nodeD)
pt3dadd(13497, 0, 0, nodeD)
}
MYSA[134] {
pt3dadd(13497, 0, 0, paraD1)
pt3dadd(13500, 0, 0, paraD1)
}
FLUT[134] {
pt3dadd(13500, 0, 0, paraD2)
pt3dadd(13510, 0, 0, paraD2)
}
STIN[201] {
pt3dadd(13510, 0, 0, axonD)
pt3dadd(13568, 0, 0, axonD)
}
STIN[202] {
pt3dadd(13568, 0, 0, axonD)
pt3dadd(13626, 0, 0, axonD)
}
STIN[203] {
pt3dadd(13626, 0, 0, axonD)
pt3dadd(13684, 0, 0, axonD)
}
FLUT[135] {
pt3dadd(13684, 0, 0, paraD2)
pt3dadd(13694, 0, 0, paraD2)
}
MYSA[135] {
pt3dadd(13694, 0, 0, paraD1)
pt3dadd(13697, 0, 0, paraD1)
}
node[68] {
pt3dadd(13697, 0, 0, nodeD)
pt3dadd(13698, 0, 0, nodeD)
}
MYSA[136] {
pt3dadd(13698, 0, 0, paraD1)
pt3dadd(13701, 0, 0, paraD1)
}
FLUT[136] {
pt3dadd(13701, 0, 0, paraD2)
pt3dadd(13711, 0, 0, paraD2)
}
STIN[204] {
pt3dadd(13711, 0, 0, axonD)
pt3dadd(13769, 0, 0, axonD)
}
STIN[205] {
pt3dadd(13769, 0, 0, axonD)
pt3dadd(13827, 0, 0, axonD)
}
STIN[206] {
pt3dadd(13827, 0, 0, axonD)
pt3dadd(13885, 0, 0, axonD)
}
FLUT[137] {
pt3dadd(13885, 0, 0, paraD2)
pt3dadd(13895, 0, 0, paraD2)
}
MYSA[137] {
pt3dadd(13895, 0, 0, paraD1)
pt3dadd(13898, 0, 0, paraD1)
}
node[69] {
pt3dadd(13898, 0, 0, nodeD)
pt3dadd(13899, 0, 0, nodeD)
}
MYSA[138] {
pt3dadd(13899, 0, 0, paraD1)
pt3dadd(13902, 0, 0, paraD1)
}
FLUT[138] {
pt3dadd(13902, 0, 0, paraD2)
pt3dadd(13912, 0, 0, paraD2)
}
STIN[207] {
pt3dadd(13912, 0, 0, axonD)
pt3dadd(13970, 0, 0, axonD)
}
STIN[208] {
pt3dadd(13970, 0, 0, axonD)
pt3dadd(14028, 0, 0, axonD)
}
STIN[209] {
pt3dadd(14028, 0, 0, axonD)
pt3dadd(14086, 0, 0, axonD)
}
FLUT[139] {
pt3dadd(14086, 0, 0, paraD2)
pt3dadd(14096, 0, 0, paraD2)
}
MYSA[139] {
pt3dadd(14096, 0, 0, paraD1)
pt3dadd(14099, 0, 0, paraD1)
}
node[70] {
pt3dadd(14099, 0, 0, nodeD)
pt3dadd(14100, 0, 0, nodeD)
}
MYSA[140] {
pt3dadd(14100, 0, 0, paraD1)
pt3dadd(14103, 0, 0, paraD1)
}
FLUT[140] {
pt3dadd(14103, 0, 0, paraD2)
pt3dadd(14113, 0, 0, paraD2)
}
STIN[210] {
pt3dadd(14113, 0, 0, axonD)
pt3dadd(14171, 0, 0, axonD)
}
STIN[211] {
pt3dadd(14171, 0, 0, axonD)
pt3dadd(14229, 0, 0, axonD)
}
STIN[212] {
pt3dadd(14229, 0, 0, axonD)
pt3dadd(14287, 0, 0, axonD)
}
FLUT[141] {
pt3dadd(14287, 0, 0, paraD2)
pt3dadd(14297, 0, 0, paraD2)
}
MYSA[141] {
pt3dadd(14297, 0, 0, paraD1)
pt3dadd(14300, 0, 0, paraD1)
}
node[71] {
pt3dadd(14300, 0, 0, nodeD)
pt3dadd(14301, 0, 0, nodeD)
}
MYSA[142] {
pt3dadd(14301, 0, 0, paraD1)
pt3dadd(14304, 0, 0, paraD1)
}
FLUT[142] {
pt3dadd(14304, 0, 0, paraD2)
pt3dadd(14314, 0, 0, paraD2)
}
STIN[213] {
pt3dadd(14314, 0, 0, axonD)
pt3dadd(14372, 0, 0, axonD)
}
STIN[214] {
pt3dadd(14372, 0, 0, axonD)
pt3dadd(14430, 0, 0, axonD)
}
STIN[215] {
pt3dadd(14430, 0, 0, axonD)
pt3dadd(14488, 0, 0, axonD)
}
FLUT[143] {
pt3dadd(14488, 0, 0, paraD2)
pt3dadd(14498, 0, 0, paraD2)
}
MYSA[143] {
pt3dadd(14498, 0, 0, paraD1)
pt3dadd(14501, 0, 0, paraD1)
}
node[72] {
pt3dadd(14501, 0, 0, nodeD)
pt3dadd(14502, 0, 0, nodeD)
}
MYSA[144] {
pt3dadd(14502, 0, 0, paraD1)
pt3dadd(14505, 0, 0, paraD1)
}
FLUT[144] {
pt3dadd(14505, 0, 0, paraD2)
pt3dadd(14515, 0, 0, paraD2)
}
STIN[216] {
pt3dadd(14515, 0, 0, axonD)
pt3dadd(14573, 0, 0, axonD)
}
STIN[217] {
pt3dadd(14573, 0, 0, axonD)
pt3dadd(14631, 0, 0, axonD)
}
STIN[218] {
pt3dadd(14631, 0, 0, axonD)
pt3dadd(14689, 0, 0, axonD)
}
FLUT[145] {
pt3dadd(14689, 0, 0, paraD2)
pt3dadd(14699, 0, 0, paraD2)
}
MYSA[145] {
pt3dadd(14699, 0, 0, paraD1)
pt3dadd(14702, 0, 0, paraD1)
}
node[73] {
pt3dadd(14702, 0, 0, nodeD)
pt3dadd(14703, 0, 0, nodeD)
}
MYSA[146] {
pt3dadd(14703, 0, 0, paraD1)
pt3dadd(14706, 0, 0, paraD1)
}
FLUT[146] {
pt3dadd(14706, 0, 0, paraD2)
pt3dadd(14716, 0, 0, paraD2)
}
STIN[219] {
pt3dadd(14716, 0, 0, axonD)
pt3dadd(14774, 0, 0, axonD)
}
STIN[220] {
pt3dadd(14774, 0, 0, axonD)
pt3dadd(14832, 0, 0, axonD)
}
STIN[221] {
pt3dadd(14832, 0, 0, axonD)
pt3dadd(14890, 0, 0, axonD)
}
FLUT[147] {
pt3dadd(14890, 0, 0, paraD2)
pt3dadd(14900, 0, 0, paraD2)
}
MYSA[147] {
pt3dadd(14900, 0, 0, paraD1)
pt3dadd(14903, 0, 0, paraD1)
}
node[74] {
pt3dadd(14903, 0, 0, nodeD)
pt3dadd(14904, 0, 0, nodeD)
}
MYSA[148] {
pt3dadd(14904, 0, 0, paraD1)
pt3dadd(14907, 0, 0, paraD1)
}
FLUT[148] {
pt3dadd(14907, 0, 0, paraD2)
pt3dadd(14917, 0, 0, paraD2)
}
STIN[222] {
pt3dadd(14917, 0, 0, axonD)
pt3dadd(14975, 0, 0, axonD)
}
STIN[223] {
pt3dadd(14975, 0, 0, axonD)
pt3dadd(15033, 0, 0, axonD)
}
STIN[224] {
pt3dadd(15033, 0, 0, axonD)
pt3dadd(15091, 0, 0, axonD)
}
FLUT[149] {
pt3dadd(15091, 0, 0, paraD2)
pt3dadd(15101, 0, 0, paraD2)
}
MYSA[149] {
pt3dadd(15101, 0, 0, paraD1)
pt3dadd(15104, 0, 0, paraD1)
}
node[75] {
pt3dadd(15104, 0, 0, nodeD)
pt3dadd(15105, 0, 0, nodeD)
}
MYSA[150] {
pt3dadd(15105, 0, 0, paraD1)
pt3dadd(15108, 0, 0, paraD1)
}
FLUT[150] {
pt3dadd(15108, 0, 0, paraD2)
pt3dadd(15118, 0, 0, paraD2)
}
STIN[225] {
pt3dadd(15118, 0, 0, axonD)
pt3dadd(15176, 0, 0, axonD)
}
STIN[226] {
pt3dadd(15176, 0, 0, axonD)
pt3dadd(15234, 0, 0, axonD)
}
STIN[227] {
pt3dadd(15234, 0, 0, axonD)
pt3dadd(15292, 0, 0, axonD)
}
FLUT[151] {
pt3dadd(15292, 0, 0, paraD2)
pt3dadd(15302, 0, 0, paraD2)
}
MYSA[151] {
pt3dadd(15302, 0, 0, paraD1)
pt3dadd(15305, 0, 0, paraD1)
}
node[76] {
pt3dadd(15305, 0, 0, nodeD)
pt3dadd(15306, 0, 0, nodeD)
}
MYSA[152] {
pt3dadd(15306, 0, 0, paraD1)
pt3dadd(15309, 0, 0, paraD1)
}
FLUT[152] {
pt3dadd(15309, 0, 0, paraD2)
pt3dadd(15319, 0, 0, paraD2)
}
STIN[228] {
pt3dadd(15319, 0, 0, axonD)
pt3dadd(15377, 0, 0, axonD)
}
STIN[229] {
pt3dadd(15377, 0, 0, axonD)
pt3dadd(15435, 0, 0, axonD)
}
STIN[230] {
pt3dadd(15435, 0, 0, axonD)
pt3dadd(15493, 0, 0, axonD)
}
FLUT[153] {
pt3dadd(15493, 0, 0, paraD2)
pt3dadd(15503, 0, 0, paraD2)
}
MYSA[153] {
pt3dadd(15503, 0, 0, paraD1)
pt3dadd(15506, 0, 0, paraD1)
}
node[77] {
pt3dadd(15506, 0, 0, nodeD)
pt3dadd(15507, 0, 0, nodeD)
}
MYSA[154] {
pt3dadd(15507, 0, 0, paraD1)
pt3dadd(15510, 0, 0, paraD1)
}
FLUT[154] {
pt3dadd(15510, 0, 0, paraD2)
pt3dadd(15520, 0, 0, paraD2)
}
STIN[231] {
pt3dadd(15520, 0, 0, axonD)
pt3dadd(15578, 0, 0, axonD)
}
STIN[232] {
pt3dadd(15578, 0, 0, axonD)
pt3dadd(15636, 0, 0, axonD)
}
STIN[233] {
pt3dadd(15636, 0, 0, axonD)
pt3dadd(15694, 0, 0, axonD)
}
FLUT[155] {
pt3dadd(15694, 0, 0, paraD2)
pt3dadd(15704, 0, 0, paraD2)
}
MYSA[155] {
pt3dadd(15704, 0, 0, paraD1)
pt3dadd(15707, 0, 0, paraD1)
}
node[78] {
pt3dadd(15707, 0, 0, nodeD)
pt3dadd(15708, 0, 0, nodeD)
}
MYSA[156] {
pt3dadd(15708, 0, 0, paraD1)
pt3dadd(15711, 0, 0, paraD1)
}
FLUT[156] {
pt3dadd(15711, 0, 0, paraD2)
pt3dadd(15721, 0, 0, paraD2)
}
STIN[234] {
pt3dadd(15721, 0, 0, axonD)
pt3dadd(15779, 0, 0, axonD)
}
STIN[235] {
pt3dadd(15779, 0, 0, axonD)
pt3dadd(15837, 0, 0, axonD)
}
STIN[236] {
pt3dadd(15837, 0, 0, axonD)
pt3dadd(15895, 0, 0, axonD)
}
FLUT[157] {
pt3dadd(15895, 0, 0, paraD2)
pt3dadd(15905, 0, 0, paraD2)
}
MYSA[157] {
pt3dadd(15905, 0, 0, paraD1)
pt3dadd(15908, 0, 0, paraD1)
}
node[79] {
pt3dadd(15908, 0, 0, nodeD)
pt3dadd(15909, 0, 0, nodeD)
}
MYSA[158] {
pt3dadd(15909, 0, 0, paraD1)
pt3dadd(15912, 0, 0, paraD1)
}
FLUT[158] {
pt3dadd(15912, 0, 0, paraD2)
pt3dadd(15922, 0, 0, paraD2)
}
STIN[237] {
pt3dadd(15922, 0, 0, axonD)
pt3dadd(15980, 0, 0, axonD)
}
STIN[238] {
pt3dadd(15980, 0, 0, axonD)
pt3dadd(16038, 0, 0, axonD)
}
STIN[239] {
pt3dadd(16038, 0, 0, axonD)
pt3dadd(16096, 0, 0, axonD)
}
FLUT[159] {
pt3dadd(16096, 0, 0, paraD2)
pt3dadd(16106, 0, 0, paraD2)
}
MYSA[159] {
pt3dadd(16106, 0, 0, paraD1)
pt3dadd(16109, 0, 0, paraD1)
}
node[80] {
pt3dadd(16109, 0, 0, nodeD)
pt3dadd(16110, 0, 0, nodeD)
}
MYSA[160] {
pt3dadd(16110, 0, 0, paraD1)
pt3dadd(16113, 0, 0, paraD1)
}
FLUT[160] {
pt3dadd(16113, 0, 0, paraD2)
pt3dadd(16123, 0, 0, paraD2)
}
STIN[240] {
pt3dadd(16123, 0, 0, axonD)
pt3dadd(16181, 0, 0, axonD)
}
STIN[241] {
pt3dadd(16181, 0, 0, axonD)
pt3dadd(16239, 0, 0, axonD)
}
STIN[242] {
pt3dadd(16239, 0, 0, axonD)
pt3dadd(16297, 0, 0, axonD)
}
FLUT[161] {
pt3dadd(16297, 0, 0, paraD2)
pt3dadd(16307, 0, 0, paraD2)
}
MYSA[161] {
pt3dadd(16307, 0, 0, paraD1)
pt3dadd(16310, 0, 0, paraD1)
}
node[81] {
pt3dadd(16310, 0, 0, nodeD)
pt3dadd(16311, 0, 0, nodeD)
}
MYSA[162] {
pt3dadd(16311, 0, 0, paraD1)
pt3dadd(16314, 0, 0, paraD1)
}
FLUT[162] {
pt3dadd(16314, 0, 0, paraD2)
pt3dadd(16324, 0, 0, paraD2)
}
STIN[243] {
pt3dadd(16324, 0, 0, axonD)
pt3dadd(16382, 0, 0, axonD)
}
STIN[244] {
pt3dadd(16382, 0, 0, axonD)
pt3dadd(16440, 0, 0, axonD)
}
STIN[245] {
pt3dadd(16440, 0, 0, axonD)
pt3dadd(16498, 0, 0, axonD)
}
FLUT[163] {
pt3dadd(16498, 0, 0, paraD2)
pt3dadd(16508, 0, 0, paraD2)
}
MYSA[163] {
pt3dadd(16508, 0, 0, paraD1)
pt3dadd(16511, 0, 0, paraD1)
}
node[82] {
pt3dadd(16511, 0, 0, nodeD)
pt3dadd(16512, 0, 0, nodeD)
}
MYSA[164] {
pt3dadd(16512, 0, 0, paraD1)
pt3dadd(16515, 0, 0, paraD1)
}
FLUT[164] {
pt3dadd(16515, 0, 0, paraD2)
pt3dadd(16525, 0, 0, paraD2)
}
STIN[246] {
pt3dadd(16525, 0, 0, axonD)
pt3dadd(16583, 0, 0, axonD)
}
STIN[247] {
pt3dadd(16583, 0, 0, axonD)
pt3dadd(16641, 0, 0, axonD)
}
STIN[248] {
pt3dadd(16641, 0, 0, axonD)
pt3dadd(16699, 0, 0, axonD)
}
FLUT[165] {
pt3dadd(16699, 0, 0, paraD2)
pt3dadd(16709, 0, 0, paraD2)
}
MYSA[165] {
pt3dadd(16709, 0, 0, paraD1)
pt3dadd(16712, 0, 0, paraD1)
}
node[83] {
pt3dadd(16712, 0, 0, nodeD)
pt3dadd(16713, 0, 0, nodeD)
}
MYSA[166] {
pt3dadd(16713, 0, 0, paraD1)
pt3dadd(16716, 0, 0, paraD1)
}
FLUT[166] {
pt3dadd(16716, 0, 0, paraD2)
pt3dadd(16726, 0, 0, paraD2)
}
STIN[249] {
pt3dadd(16726, 0, 0, axonD)
pt3dadd(16784, 0, 0, axonD)
}
STIN[250] {
pt3dadd(16784, 0, 0, axonD)
pt3dadd(16842, 0, 0, axonD)
}
STIN[251] {
pt3dadd(16842, 0, 0, axonD)
pt3dadd(16900, 0, 0, axonD)
}
FLUT[167] {
pt3dadd(16900, 0, 0, paraD2)
pt3dadd(16910, 0, 0, paraD2)
}
MYSA[167] {
pt3dadd(16910, 0, 0, paraD1)
pt3dadd(16913, 0, 0, paraD1)
}
node[84] {
pt3dadd(16913, 0, 0, nodeD)
pt3dadd(16914, 0, 0, nodeD)
}
MYSA[168] {
pt3dadd(16914, 0, 0, paraD1)
pt3dadd(16917, 0, 0, paraD1)
}
FLUT[168] {
pt3dadd(16917, 0, 0, paraD2)
pt3dadd(16927, 0, 0, paraD2)
}
STIN[252] {
pt3dadd(16927, 0, 0, axonD)
pt3dadd(16985, 0, 0, axonD)
}
STIN[253] {
pt3dadd(16985, 0, 0, axonD)
pt3dadd(17043, 0, 0, axonD)
}
STIN[254] {
pt3dadd(17043, 0, 0, axonD)
pt3dadd(17101, 0, 0, axonD)
}
FLUT[169] {
pt3dadd(17101, 0, 0, paraD2)
pt3dadd(17111, 0, 0, paraD2)
}
MYSA[169] {
pt3dadd(17111, 0, 0, paraD1)
pt3dadd(17114, 0, 0, paraD1)
}
node[85] {
pt3dadd(17114, 0, 0, nodeD)
pt3dadd(17115, 0, 0, nodeD)
}
MYSA[170] {
pt3dadd(17115, 0, 0, paraD1)
pt3dadd(17118, 0, 0, paraD1)
}
FLUT[170] {
pt3dadd(17118, 0, 0, paraD2)
pt3dadd(17128, 0, 0, paraD2)
}
STIN[255] {
pt3dadd(17128, 0, 0, axonD)
pt3dadd(17186, 0, 0, axonD)
}
STIN[256] {
pt3dadd(17186, 0, 0, axonD)
pt3dadd(17244, 0, 0, axonD)
}
STIN[257] {
pt3dadd(17244, 0, 0, axonD)
pt3dadd(17302, 0, 0, axonD)
}
FLUT[171] {
pt3dadd(17302, 0, 0, paraD2)
pt3dadd(17312, 0, 0, paraD2)
}
MYSA[171] {
pt3dadd(17312, 0, 0, paraD1)
pt3dadd(17315, 0, 0, paraD1)
}
node[86] {
pt3dadd(17315, 0, 0, nodeD)
pt3dadd(17316, 0, 0, nodeD)
}
MYSA[172] {
pt3dadd(17316, 0, 0, paraD1)
pt3dadd(17319, 0, 0, paraD1)
}
FLUT[172] {
pt3dadd(17319, 0, 0, paraD2)
pt3dadd(17329, 0, 0, paraD2)
}
STIN[258] {
pt3dadd(17329, 0, 0, axonD)
pt3dadd(17387, 0, 0, axonD)
}
STIN[259] {
pt3dadd(17387, 0, 0, axonD)
pt3dadd(17445, 0, 0, axonD)
}
STIN[260] {
pt3dadd(17445, 0, 0, axonD)
pt3dadd(17503, 0, 0, axonD)
}
FLUT[173] {
pt3dadd(17503, 0, 0, paraD2)
pt3dadd(17513, 0, 0, paraD2)
}
MYSA[173] {
pt3dadd(17513, 0, 0, paraD1)
pt3dadd(17516, 0, 0, paraD1)
}
node[87] {
pt3dadd(17516, 0, 0, nodeD)
pt3dadd(17517, 0, 0, nodeD)
}
MYSA[174] {
pt3dadd(17517, 0, 0, paraD1)
pt3dadd(17520, 0, 0, paraD1)
}
FLUT[174] {
pt3dadd(17520, 0, 0, paraD2)
pt3dadd(17530, 0, 0, paraD2)
}
STIN[261] {
pt3dadd(17530, 0, 0, axonD)
pt3dadd(17588, 0, 0, axonD)
}
STIN[262] {
pt3dadd(17588, 0, 0, axonD)
pt3dadd(17646, 0, 0, axonD)
}
STIN[263] {
pt3dadd(17646, 0, 0, axonD)
pt3dadd(17704, 0, 0, axonD)
}
FLUT[175] {
pt3dadd(17704, 0, 0, paraD2)
pt3dadd(17714, 0, 0, paraD2)
}
MYSA[175] {
pt3dadd(17714, 0, 0, paraD1)
pt3dadd(17717, 0, 0, paraD1)
}
node[88] {
pt3dadd(17717, 0, 0, nodeD)
pt3dadd(17718, 0, 0, nodeD)
}
MYSA[176] {
pt3dadd(17718, 0, 0, paraD1)
pt3dadd(17721, 0, 0, paraD1)
}
FLUT[176] {
pt3dadd(17721, 0, 0, paraD2)
pt3dadd(17731, 0, 0, paraD2)
}
STIN[264] {
pt3dadd(17731, 0, 0, axonD)
pt3dadd(17789, 0, 0, axonD)
}
STIN[265] {
pt3dadd(17789, 0, 0, axonD)
pt3dadd(17847, 0, 0, axonD)
}
STIN[266] {
pt3dadd(17847, 0, 0, axonD)
pt3dadd(17905, 0, 0, axonD)
}
FLUT[177] {
pt3dadd(17905, 0, 0, paraD2)
pt3dadd(17915, 0, 0, paraD2)
}
MYSA[177] {
pt3dadd(17915, 0, 0, paraD1)
pt3dadd(17918, 0, 0, paraD1)
}
node[89] {
pt3dadd(17918, 0, 0, nodeD)
pt3dadd(17919, 0, 0, nodeD)
}
MYSA[178] {
pt3dadd(17919, 0, 0, paraD1)
pt3dadd(17922, 0, 0, paraD1)
}
FLUT[178] {
pt3dadd(17922, 0, 0, paraD2)
pt3dadd(17932, 0, 0, paraD2)
}
STIN[267] {
pt3dadd(17932, 0, 0, axonD)
pt3dadd(17990, 0, 0, axonD)
}
STIN[268] {
pt3dadd(17990, 0, 0, axonD)
pt3dadd(18048, 0, 0, axonD)
}
STIN[269] {
pt3dadd(18048, 0, 0, axonD)
pt3dadd(18106, 0, 0, axonD)
}
FLUT[179] {
pt3dadd(18106, 0, 0, paraD2)
pt3dadd(18116, 0, 0, paraD2)
}
MYSA[179] {
pt3dadd(18116, 0, 0, paraD1)
pt3dadd(18119, 0, 0, paraD1)
}
node[90] {
pt3dadd(18119, 0, 0, nodeD)
pt3dadd(18120, 0, 0, nodeD)
}
MYSA[180] {
pt3dadd(18120, 0, 0, paraD1)
pt3dadd(18123, 0, 0, paraD1)
}
FLUT[180] {
pt3dadd(18123, 0, 0, paraD2)
pt3dadd(18133, 0, 0, paraD2)
}
STIN[270] {
pt3dadd(18133, 0, 0, axonD)
pt3dadd(18191, 0, 0, axonD)
}
STIN[271] {
pt3dadd(18191, 0, 0, axonD)
pt3dadd(18249, 0, 0, axonD)
}
STIN[272] {
pt3dadd(18249, 0, 0, axonD)
pt3dadd(18307, 0, 0, axonD)
}
FLUT[181] {
pt3dadd(18307, 0, 0, paraD2)
pt3dadd(18317, 0, 0, paraD2)
}
MYSA[181] {
pt3dadd(18317, 0, 0, paraD1)
pt3dadd(18320, 0, 0, paraD1)
}
node[91] {
pt3dadd(18320, 0, 0, nodeD)
pt3dadd(18321, 0, 0, nodeD)
}
MYSA[182] {
pt3dadd(18321, 0, 0, paraD1)
pt3dadd(18324, 0, 0, paraD1)
}
FLUT[182] {
pt3dadd(18324, 0, 0, paraD2)
pt3dadd(18334, 0, 0, paraD2)
}
STIN[273] {
pt3dadd(18334, 0, 0, axonD)
pt3dadd(18392, 0, 0, axonD)
}
STIN[274] {
pt3dadd(18392, 0, 0, axonD)
pt3dadd(18450, 0, 0, axonD)
}
STIN[275] {
pt3dadd(18450, 0, 0, axonD)
pt3dadd(18508, 0, 0, axonD)
}
FLUT[183] {
pt3dadd(18508, 0, 0, paraD2)
pt3dadd(18518, 0, 0, paraD2)
}
MYSA[183] {
pt3dadd(18518, 0, 0, paraD1)
pt3dadd(18521, 0, 0, paraD1)
}
node[92] {
pt3dadd(18521, 0, 0, nodeD)
pt3dadd(18522, 0, 0, nodeD)
}
MYSA[184] {
pt3dadd(18522, 0, 0, paraD1)
pt3dadd(18525, 0, 0, paraD1)
}
FLUT[184] {
pt3dadd(18525, 0, 0, paraD2)
pt3dadd(18535, 0, 0, paraD2)
}
STIN[276] {
pt3dadd(18535, 0, 0, axonD)
pt3dadd(18593, 0, 0, axonD)
}
STIN[277] {
pt3dadd(18593, 0, 0, axonD)
pt3dadd(18651, 0, 0, axonD)
}
STIN[278] {
pt3dadd(18651, 0, 0, axonD)
pt3dadd(18709, 0, 0, axonD)
}
FLUT[185] {
pt3dadd(18709, 0, 0, paraD2)
pt3dadd(18719, 0, 0, paraD2)
}
MYSA[185] {
pt3dadd(18719, 0, 0, paraD1)
pt3dadd(18722, 0, 0, paraD1)
}
node[93] {
pt3dadd(18722, 0, 0, nodeD)
pt3dadd(18723, 0, 0, nodeD)
}
MYSA[186] {
pt3dadd(18723, 0, 0, paraD1)
pt3dadd(18726, 0, 0, paraD1)
}
FLUT[186] {
pt3dadd(18726, 0, 0, paraD2)
pt3dadd(18736, 0, 0, paraD2)
}
STIN[279] {
pt3dadd(18736, 0, 0, axonD)
pt3dadd(18794, 0, 0, axonD)
}
STIN[280] {
pt3dadd(18794, 0, 0, axonD)
pt3dadd(18852, 0, 0, axonD)
}
STIN[281] {
pt3dadd(18852, 0, 0, axonD)
pt3dadd(18910, 0, 0, axonD)
}
FLUT[187] {
pt3dadd(18910, 0, 0, paraD2)
pt3dadd(18920, 0, 0, paraD2)
}
MYSA[187] {
pt3dadd(18920, 0, 0, paraD1)
pt3dadd(18923, 0, 0, paraD1)
}
node[94] {
pt3dadd(18923, 0, 0, nodeD)
pt3dadd(18924, 0, 0, nodeD)
}
MYSA[188] {
pt3dadd(18924, 0, 0, paraD1)
pt3dadd(18927, 0, 0, paraD1)
}
FLUT[188] {
pt3dadd(18927, 0, 0, paraD2)
pt3dadd(18937, 0, 0, paraD2)
}
STIN[282] {
pt3dadd(18937, 0, 0, axonD)
pt3dadd(18995, 0, 0, axonD)
}
STIN[283] {
pt3dadd(18995, 0, 0, axonD)
pt3dadd(19053, 0, 0, axonD)
}
STIN[284] {
pt3dadd(19053, 0, 0, axonD)
pt3dadd(19111, 0, 0, axonD)
}
FLUT[189] {
pt3dadd(19111, 0, 0, paraD2)
pt3dadd(19121, 0, 0, paraD2)
}
MYSA[189] {
pt3dadd(19121, 0, 0, paraD1)
pt3dadd(19124, 0, 0, paraD1)
}
node[95] {
pt3dadd(19124, 0, 0, nodeD)
pt3dadd(19125, 0, 0, nodeD)
}
MYSA[190] {
pt3dadd(19125, 0, 0, paraD1)
pt3dadd(19128, 0, 0, paraD1)
}
FLUT[190] {
pt3dadd(19128, 0, 0, paraD2)
pt3dadd(19138, 0, 0, paraD2)
}
STIN[285] {
pt3dadd(19138, 0, 0, axonD)
pt3dadd(19196, 0, 0, axonD)
}
STIN[286] {
pt3dadd(19196, 0, 0, axonD)
pt3dadd(19254, 0, 0, axonD)
}
STIN[287] {
pt3dadd(19254, 0, 0, axonD)
pt3dadd(19312, 0, 0, axonD)
}
FLUT[191] {
pt3dadd(19312, 0, 0, paraD2)
pt3dadd(19322, 0, 0, paraD2)
}
MYSA[191] {
pt3dadd(19322, 0, 0, paraD1)
pt3dadd(19325, 0, 0, paraD1)
}
node[96] {
pt3dadd(19325, 0, 0, nodeD)
pt3dadd(19326, 0, 0, nodeD)
}
MYSA[192] {
pt3dadd(19326, 0, 0, paraD1)
pt3dadd(19329, 0, 0, paraD1)
}
FLUT[192] {
pt3dadd(19329, 0, 0, paraD2)
pt3dadd(19339, 0, 0, paraD2)
}
STIN[288] {
pt3dadd(19339, 0, 0, axonD)
pt3dadd(19397, 0, 0, axonD)
}
STIN[289] {
pt3dadd(19397, 0, 0, axonD)
pt3dadd(19455, 0, 0, axonD)
}
STIN[290] {
pt3dadd(19455, 0, 0, axonD)
pt3dadd(19513, 0, 0, axonD)
}
FLUT[193] {
pt3dadd(19513, 0, 0, paraD2)
pt3dadd(19523, 0, 0, paraD2)
}
MYSA[193] {
pt3dadd(19523, 0, 0, paraD1)
pt3dadd(19526, 0, 0, paraD1)
}
node[97] {
pt3dadd(19526, 0, 0, nodeD)
pt3dadd(19527, 0, 0, nodeD)
}
MYSA[194] {
pt3dadd(19527, 0, 0, paraD1)
pt3dadd(19530, 0, 0, paraD1)
}
FLUT[194] {
pt3dadd(19530, 0, 0, paraD2)
pt3dadd(19540, 0, 0, paraD2)
}
STIN[291] {
pt3dadd(19540, 0, 0, axonD)
pt3dadd(19598, 0, 0, axonD)
}
STIN[292] {
pt3dadd(19598, 0, 0, axonD)
pt3dadd(19656, 0, 0, axonD)
}
STIN[293] {
pt3dadd(19656, 0, 0, axonD)
pt3dadd(19714, 0, 0, axonD)
}
FLUT[195] {
pt3dadd(19714, 0, 0, paraD2)
pt3dadd(19724, 0, 0, paraD2)
}
MYSA[195] {
pt3dadd(19724, 0, 0, paraD1)
pt3dadd(19727, 0, 0, paraD1)
}
node[98] {
pt3dadd(19727, 0, 0, nodeD)
pt3dadd(19728, 0, 0, nodeD)
}
MYSA[196] {
pt3dadd(19728, 0, 0, paraD1)
pt3dadd(19731, 0, 0, paraD1)
}
FLUT[196] {
pt3dadd(19731, 0, 0, paraD2)
pt3dadd(19741, 0, 0, paraD2)
}
STIN[294] {
pt3dadd(19741, 0, 0, axonD)
pt3dadd(19799, 0, 0, axonD)
}
STIN[295] {
pt3dadd(19799, 0, 0, axonD)
pt3dadd(19857, 0, 0, axonD)
}
STIN[296] {
pt3dadd(19857, 0, 0, axonD)
pt3dadd(19915, 0, 0, axonD)
}
FLUT[197] {
pt3dadd(19915, 0, 0, paraD2)
pt3dadd(19925, 0, 0, paraD2)
}
MYSA[197] {
pt3dadd(19925, 0, 0, paraD1)
pt3dadd(19928, 0, 0, paraD1)
}
node[99] {
pt3dadd(19928, 0, 0, nodeD)
pt3dadd(19929, 0, 0, nodeD)
}
MYSA[198] {
pt3dadd(19929, 0, 0, paraD1)
pt3dadd(19932, 0, 0, paraD1)
}
FLUT[198] {
pt3dadd(19932, 0, 0, paraD2)
pt3dadd(19942, 0, 0, paraD2)
}
STIN[297] {
pt3dadd(19942, 0, 0, axonD)
pt3dadd(20000, 0, 0, axonD)
}
STIN[298] {
pt3dadd(20000, 0, 0, axonD)
pt3dadd(20058, 0, 0, axonD)
}
STIN[299] {
pt3dadd(20058, 0, 0, axonD)
pt3dadd(20116, 0, 0, axonD)
}
FLUT[199] {
pt3dadd(20116, 0, 0, paraD2)
pt3dadd(20126, 0, 0, paraD2)
}
MYSA[199] {
pt3dadd(20126, 0, 0, paraD1)
pt3dadd(20129, 0, 0, paraD1)
}
node[100] {
pt3dadd(20129, 0, 0, nodeD)
pt3dadd(20130, 0, 0, nodeD)
}
MYSA[200] {
pt3dadd(20130, 0, 0, paraD1)
pt3dadd(20133, 0, 0, paraD1)
}
FLUT[200] {
pt3dadd(20133, 0, 0, paraD2)
pt3dadd(20143, 0, 0, paraD2)
}
STIN[300] {
pt3dadd(20143, 0, 0, axonD)
pt3dadd(20201, 0, 0, axonD)
}
STIN[301] {
pt3dadd(20201, 0, 0, axonD)
pt3dadd(20259, 0, 0, axonD)
}
STIN[302] {
pt3dadd(20259, 0, 0, axonD)
pt3dadd(20317, 0, 0, axonD)
}
FLUT[201] {
pt3dadd(20317, 0, 0, paraD2)
pt3dadd(20327, 0, 0, paraD2)
}
MYSA[201] {
pt3dadd(20327, 0, 0, paraD1)
pt3dadd(20330, 0, 0, paraD1)
}
node[101] {
pt3dadd(20330, 0, 0, nodeD)
pt3dadd(20331, 0, 0, nodeD)
}
MYSA[202] {
pt3dadd(20331, 0, 0, paraD1)
pt3dadd(20334, 0, 0, paraD1)
}
FLUT[202] {
pt3dadd(20334, 0, 0, paraD2)
pt3dadd(20344, 0, 0, paraD2)
}
STIN[303] {
pt3dadd(20344, 0, 0, axonD)
pt3dadd(20402, 0, 0, axonD)
}
STIN[304] {
pt3dadd(20402, 0, 0, axonD)
pt3dadd(20460, 0, 0, axonD)
}
STIN[305] {
pt3dadd(20460, 0, 0, axonD)
pt3dadd(20518, 0, 0, axonD)
}
FLUT[203] {
pt3dadd(20518, 0, 0, paraD2)
pt3dadd(20528, 0, 0, paraD2)
}
MYSA[203] {
pt3dadd(20528, 0, 0, paraD1)
pt3dadd(20531, 0, 0, paraD1)
}
node[102] {
pt3dadd(20531, 0, 0, nodeD)
pt3dadd(20532, 0, 0, nodeD)
}
MYSA[204] {
pt3dadd(20532, 0, 0, paraD1)
pt3dadd(20535, 0, 0, paraD1)
}
FLUT[204] {
pt3dadd(20535, 0, 0, paraD2)
pt3dadd(20545, 0, 0, paraD2)
}
STIN[306] {
pt3dadd(20545, 0, 0, axonD)
pt3dadd(20603, 0, 0, axonD)
}
STIN[307] {
pt3dadd(20603, 0, 0, axonD)
pt3dadd(20661, 0, 0, axonD)
}
STIN[308] {
pt3dadd(20661, 0, 0, axonD)
pt3dadd(20719, 0, 0, axonD)
}
FLUT[205] {
pt3dadd(20719, 0, 0, paraD2)
pt3dadd(20729, 0, 0, paraD2)
}
MYSA[205] {
pt3dadd(20729, 0, 0, paraD1)
pt3dadd(20732, 0, 0, paraD1)
}
node[103] {
pt3dadd(20732, 0, 0, nodeD)
pt3dadd(20733, 0, 0, nodeD)
}
MYSA[206] {
pt3dadd(20733, 0, 0, paraD1)
pt3dadd(20736, 0, 0, paraD1)
}
FLUT[206] {
pt3dadd(20736, 0, 0, paraD2)
pt3dadd(20746, 0, 0, paraD2)
}
STIN[309] {
pt3dadd(20746, 0, 0, axonD)
pt3dadd(20804, 0, 0, axonD)
}
STIN[310] {
pt3dadd(20804, 0, 0, axonD)
pt3dadd(20862, 0, 0, axonD)
}
STIN[311] {
pt3dadd(20862, 0, 0, axonD)
pt3dadd(20920, 0, 0, axonD)
}
FLUT[207] {
pt3dadd(20920, 0, 0, paraD2)
pt3dadd(20930, 0, 0, paraD2)
}
MYSA[207] {
pt3dadd(20930, 0, 0, paraD1)
pt3dadd(20933, 0, 0, paraD1)
}
node[104] {
pt3dadd(20933, 0, 0, nodeD)
pt3dadd(20934, 0, 0, nodeD)
}
MYSA[208] {
pt3dadd(20934, 0, 0, paraD1)
pt3dadd(20937, 0, 0, paraD1)
}
FLUT[208] {
pt3dadd(20937, 0, 0, paraD2)
pt3dadd(20947, 0, 0, paraD2)
}
STIN[312] {
pt3dadd(20947, 0, 0, axonD)
pt3dadd(21005, 0, 0, axonD)
}
STIN[313] {
pt3dadd(21005, 0, 0, axonD)
pt3dadd(21063, 0, 0, axonD)
}
STIN[314] {
pt3dadd(21063, 0, 0, axonD)
pt3dadd(21121, 0, 0, axonD)
}
FLUT[209] {
pt3dadd(21121, 0, 0, paraD2)
pt3dadd(21131, 0, 0, paraD2)
}
MYSA[209] {
pt3dadd(21131, 0, 0, paraD1)
pt3dadd(21134, 0, 0, paraD1)
}
node[105] {
pt3dadd(21134, 0, 0, nodeD)
pt3dadd(21135, 0, 0, nodeD)
}
MYSA[210] {
pt3dadd(21135, 0, 0, paraD1)
pt3dadd(21138, 0, 0, paraD1)
}
FLUT[210] {
pt3dadd(21138, 0, 0, paraD2)
pt3dadd(21148, 0, 0, paraD2)
}
STIN[315] {
pt3dadd(21148, 0, 0, axonD)
pt3dadd(21206, 0, 0, axonD)
}
STIN[316] {
pt3dadd(21206, 0, 0, axonD)
pt3dadd(21264, 0, 0, axonD)
}
STIN[317] {
pt3dadd(21264, 0, 0, axonD)
pt3dadd(21322, 0, 0, axonD)
}
FLUT[211] {
pt3dadd(21322, 0, 0, paraD2)
pt3dadd(21332, 0, 0, paraD2)
}
MYSA[211] {
pt3dadd(21332, 0, 0, paraD1)
pt3dadd(21335, 0, 0, paraD1)
}
node[106] {
pt3dadd(21335, 0, 0, nodeD)
pt3dadd(21336, 0, 0, nodeD)
}
MYSA[212] {
pt3dadd(21336, 0, 0, paraD1)
pt3dadd(21339, 0, 0, paraD1)
}
FLUT[212] {
pt3dadd(21339, 0, 0, paraD2)
pt3dadd(21349, 0, 0, paraD2)
}
STIN[318] {
pt3dadd(21349, 0, 0, axonD)
pt3dadd(21407, 0, 0, axonD)
}
STIN[319] {
pt3dadd(21407, 0, 0, axonD)
pt3dadd(21465, 0, 0, axonD)
}
STIN[320] {
pt3dadd(21465, 0, 0, axonD)
pt3dadd(21523, 0, 0, axonD)
}
FLUT[213] {
pt3dadd(21523, 0, 0, paraD2)
pt3dadd(21533, 0, 0, paraD2)
}
MYSA[213] {
pt3dadd(21533, 0, 0, paraD1)
pt3dadd(21536, 0, 0, paraD1)
}
node[107] {
pt3dadd(21536, 0, 0, nodeD)
pt3dadd(21537, 0, 0, nodeD)
}
MYSA[214] {
pt3dadd(21537, 0, 0, paraD1)
pt3dadd(21540, 0, 0, paraD1)
}
FLUT[214] {
pt3dadd(21540, 0, 0, paraD2)
pt3dadd(21550, 0, 0, paraD2)
}
STIN[321] {
pt3dadd(21550, 0, 0, axonD)
pt3dadd(21608, 0, 0, axonD)
}
STIN[322] {
pt3dadd(21608, 0, 0, axonD)
pt3dadd(21666, 0, 0, axonD)
}
STIN[323] {
pt3dadd(21666, 0, 0, axonD)
pt3dadd(21724, 0, 0, axonD)
}
FLUT[215] {
pt3dadd(21724, 0, 0, paraD2)
pt3dadd(21734, 0, 0, paraD2)
}
MYSA[215] {
pt3dadd(21734, 0, 0, paraD1)
pt3dadd(21737, 0, 0, paraD1)
}
node[108] {
pt3dadd(21737, 0, 0, nodeD)
pt3dadd(21738, 0, 0, nodeD)
}
MYSA[216] {
pt3dadd(21738, 0, 0, paraD1)
pt3dadd(21741, 0, 0, paraD1)
}
FLUT[216] {
pt3dadd(21741, 0, 0, paraD2)
pt3dadd(21751, 0, 0, paraD2)
}
STIN[324] {
pt3dadd(21751, 0, 0, axonD)
pt3dadd(21809, 0, 0, axonD)
}
STIN[325] {
pt3dadd(21809, 0, 0, axonD)
pt3dadd(21867, 0, 0, axonD)
}
STIN[326] {
pt3dadd(21867, 0, 0, axonD)
pt3dadd(21925, 0, 0, axonD)
}
FLUT[217] {
pt3dadd(21925, 0, 0, paraD2)
pt3dadd(21935, 0, 0, paraD2)
}
MYSA[217] {
pt3dadd(21935, 0, 0, paraD1)
pt3dadd(21938, 0, 0, paraD1)
}
node[109] {
pt3dadd(21938, 0, 0, nodeD)
pt3dadd(21939, 0, 0, nodeD)
}
MYSA[218] {
pt3dadd(21939, 0, 0, paraD1)
pt3dadd(21942, 0, 0, paraD1)
}
FLUT[218] {
pt3dadd(21942, 0, 0, paraD2)
pt3dadd(21952, 0, 0, paraD2)
}
STIN[327] {
pt3dadd(21952, 0, 0, axonD)
pt3dadd(22010, 0, 0, axonD)
}
STIN[328] {
pt3dadd(22010, 0, 0, axonD)
pt3dadd(22068, 0, 0, axonD)
}
STIN[329] {
pt3dadd(22068, 0, 0, axonD)
pt3dadd(22126, 0, 0, axonD)
}
FLUT[219] {
pt3dadd(22126, 0, 0, paraD2)
pt3dadd(22136, 0, 0, paraD2)
}
MYSA[219] {
pt3dadd(22136, 0, 0, paraD1)
pt3dadd(22139, 0, 0, paraD1)
}
node[110] {
pt3dadd(22139, 0, 0, nodeD)
pt3dadd(22140, 0, 0, nodeD)
}
MYSA[220] {
pt3dadd(22140, 0, 0, paraD1)
pt3dadd(22143, 0, 0, paraD1)
}
FLUT[220] {
pt3dadd(22143, 0, 0, paraD2)
pt3dadd(22153, 0, 0, paraD2)
}
STIN[330] {
pt3dadd(22153, 0, 0, axonD)
pt3dadd(22211, 0, 0, axonD)
}
STIN[331] {
pt3dadd(22211, 0, 0, axonD)
pt3dadd(22269, 0, 0, axonD)
}
STIN[332] {
pt3dadd(22269, 0, 0, axonD)
pt3dadd(22327, 0, 0, axonD)
}
FLUT[221] {
pt3dadd(22327, 0, 0, paraD2)
pt3dadd(22337, 0, 0, paraD2)
}
MYSA[221] {
pt3dadd(22337, 0, 0, paraD1)
pt3dadd(22340, 0, 0, paraD1)
}
node[111] {
pt3dadd(22340, 0, 0, nodeD)
pt3dadd(22341, 0, 0, nodeD)
}
MYSA[222] {
pt3dadd(22341, 0, 0, paraD1)
pt3dadd(22344, 0, 0, paraD1)
}
FLUT[222] {
pt3dadd(22344, 0, 0, paraD2)
pt3dadd(22354, 0, 0, paraD2)
}
STIN[333] {
pt3dadd(22354, 0, 0, axonD)
pt3dadd(22412, 0, 0, axonD)
}
STIN[334] {
pt3dadd(22412, 0, 0, axonD)
pt3dadd(22470, 0, 0, axonD)
}
STIN[335] {
pt3dadd(22470, 0, 0, axonD)
pt3dadd(22528, 0, 0, axonD)
}
FLUT[223] {
pt3dadd(22528, 0, 0, paraD2)
pt3dadd(22538, 0, 0, paraD2)
}
MYSA[223] {
pt3dadd(22538, 0, 0, paraD1)
pt3dadd(22541, 0, 0, paraD1)
}
node[112] {
pt3dadd(22541, 0, 0, nodeD)
pt3dadd(22542, 0, 0, nodeD)
}
MYSA[224] {
pt3dadd(22542, 0, 0, paraD1)
pt3dadd(22545, 0, 0, paraD1)
}
FLUT[224] {
pt3dadd(22545, 0, 0, paraD2)
pt3dadd(22555, 0, 0, paraD2)
}
STIN[336] {
pt3dadd(22555, 0, 0, axonD)
pt3dadd(22613, 0, 0, axonD)
}
STIN[337] {
pt3dadd(22613, 0, 0, axonD)
pt3dadd(22671, 0, 0, axonD)
}
STIN[338] {
pt3dadd(22671, 0, 0, axonD)
pt3dadd(22729, 0, 0, axonD)
}
FLUT[225] {
pt3dadd(22729, 0, 0, paraD2)
pt3dadd(22739, 0, 0, paraD2)
}
MYSA[225] {
pt3dadd(22739, 0, 0, paraD1)
pt3dadd(22742, 0, 0, paraD1)
}
node[113] {
pt3dadd(22742, 0, 0, nodeD)
pt3dadd(22743, 0, 0, nodeD)
}
MYSA[226] {
pt3dadd(22743, 0, 0, paraD1)
pt3dadd(22746, 0, 0, paraD1)
}
FLUT[226] {
pt3dadd(22746, 0, 0, paraD2)
pt3dadd(22756, 0, 0, paraD2)
}
STIN[339] {
pt3dadd(22756, 0, 0, axonD)
pt3dadd(22814, 0, 0, axonD)
}
STIN[340] {
pt3dadd(22814, 0, 0, axonD)
pt3dadd(22872, 0, 0, axonD)
}
STIN[341] {
pt3dadd(22872, 0, 0, axonD)
pt3dadd(22930, 0, 0, axonD)
}
FLUT[227] {
pt3dadd(22930, 0, 0, paraD2)
pt3dadd(22940, 0, 0, paraD2)
}
MYSA[227] {
pt3dadd(22940, 0, 0, paraD1)
pt3dadd(22943, 0, 0, paraD1)
}
node[114] {
pt3dadd(22943, 0, 0, nodeD)
pt3dadd(22944, 0, 0, nodeD)
}
MYSA[228] {
pt3dadd(22944, 0, 0, paraD1)
pt3dadd(22947, 0, 0, paraD1)
}
FLUT[228] {
pt3dadd(22947, 0, 0, paraD2)
pt3dadd(22957, 0, 0, paraD2)
}
STIN[342] {
pt3dadd(22957, 0, 0, axonD)
pt3dadd(23015, 0, 0, axonD)
}
STIN[343] {
pt3dadd(23015, 0, 0, axonD)
pt3dadd(23073, 0, 0, axonD)
}
STIN[344] {
pt3dadd(23073, 0, 0, axonD)
pt3dadd(23131, 0, 0, axonD)
}
FLUT[229] {
pt3dadd(23131, 0, 0, paraD2)
pt3dadd(23141, 0, 0, paraD2)
}
MYSA[229] {
pt3dadd(23141, 0, 0, paraD1)
pt3dadd(23144, 0, 0, paraD1)
}
node[115] {
pt3dadd(23144, 0, 0, nodeD)
pt3dadd(23145, 0, 0, nodeD)
}
MYSA[230] {
pt3dadd(23145, 0, 0, paraD1)
pt3dadd(23148, 0, 0, paraD1)
}
FLUT[230] {
pt3dadd(23148, 0, 0, paraD2)
pt3dadd(23158, 0, 0, paraD2)
}
STIN[345] {
pt3dadd(23158, 0, 0, axonD)
pt3dadd(23216, 0, 0, axonD)
}
STIN[346] {
pt3dadd(23216, 0, 0, axonD)
pt3dadd(23274, 0, 0, axonD)
}
STIN[347] {
pt3dadd(23274, 0, 0, axonD)
pt3dadd(23332, 0, 0, axonD)
}
FLUT[231] {
pt3dadd(23332, 0, 0, paraD2)
pt3dadd(23342, 0, 0, paraD2)
}
MYSA[231] {
pt3dadd(23342, 0, 0, paraD1)
pt3dadd(23345, 0, 0, paraD1)
}
node[116] {
pt3dadd(23345, 0, 0, nodeD)
pt3dadd(23346, 0, 0, nodeD)
}
MYSA[232] {
pt3dadd(23346, 0, 0, paraD1)
pt3dadd(23349, 0, 0, paraD1)
}
FLUT[232] {
pt3dadd(23349, 0, 0, paraD2)
pt3dadd(23359, 0, 0, paraD2)
}
STIN[348] {
pt3dadd(23359, 0, 0, axonD)
pt3dadd(23417, 0, 0, axonD)
}
STIN[349] {
pt3dadd(23417, 0, 0, axonD)
pt3dadd(23475, 0, 0, axonD)
}
STIN[350] {
pt3dadd(23475, 0, 0, axonD)
pt3dadd(23533, 0, 0, axonD)
}
FLUT[233] {
pt3dadd(23533, 0, 0, paraD2)
pt3dadd(23543, 0, 0, paraD2)
}
MYSA[233] {
pt3dadd(23543, 0, 0, paraD1)
pt3dadd(23546, 0, 0, paraD1)
}
node[117] {
pt3dadd(23546, 0, 0, nodeD)
pt3dadd(23547, 0, 0, nodeD)
}
MYSA[234] {
pt3dadd(23547, 0, 0, paraD1)
pt3dadd(23550, 0, 0, paraD1)
}
FLUT[234] {
pt3dadd(23550, 0, 0, paraD2)
pt3dadd(23560, 0, 0, paraD2)
}
STIN[351] {
pt3dadd(23560, 0, 0, axonD)
pt3dadd(23618, 0, 0, axonD)
}
STIN[352] {
pt3dadd(23618, 0, 0, axonD)
pt3dadd(23676, 0, 0, axonD)
}
STIN[353] {
pt3dadd(23676, 0, 0, axonD)
pt3dadd(23734, 0, 0, axonD)
}
FLUT[235] {
pt3dadd(23734, 0, 0, paraD2)
pt3dadd(23744, 0, 0, paraD2)
}
MYSA[235] {
pt3dadd(23744, 0, 0, paraD1)
pt3dadd(23747, 0, 0, paraD1)
}
node[118] {
pt3dadd(23747, 0, 0, nodeD)
pt3dadd(23748, 0, 0, nodeD)
}
MYSA[236] {
pt3dadd(23748, 0, 0, paraD1)
pt3dadd(23751, 0, 0, paraD1)
}
FLUT[236] {
pt3dadd(23751, 0, 0, paraD2)
pt3dadd(23761, 0, 0, paraD2)
}
STIN[354] {
pt3dadd(23761, 0, 0, axonD)
pt3dadd(23819, 0, 0, axonD)
}
STIN[355] {
pt3dadd(23819, 0, 0, axonD)
pt3dadd(23877, 0, 0, axonD)
}
STIN[356] {
pt3dadd(23877, 0, 0, axonD)
pt3dadd(23935, 0, 0, axonD)
}
FLUT[237] {
pt3dadd(23935, 0, 0, paraD2)
pt3dadd(23945, 0, 0, paraD2)
}
MYSA[237] {
pt3dadd(23945, 0, 0, paraD1)
pt3dadd(23948, 0, 0, paraD1)
}
node[119] {
pt3dadd(23948, 0, 0, nodeD)
pt3dadd(23949, 0, 0, nodeD)
}
MYSA[238] {
pt3dadd(23949, 0, 0, paraD1)
pt3dadd(23952, 0, 0, paraD1)
}
FLUT[238] {
pt3dadd(23952, 0, 0, paraD2)
pt3dadd(23962, 0, 0, paraD2)
}
STIN[357] {
pt3dadd(23962, 0, 0, axonD)
pt3dadd(24020, 0, 0, axonD)
}
STIN[358] {
pt3dadd(24020, 0, 0, axonD)
pt3dadd(24078, 0, 0, axonD)
}
STIN[359] {
pt3dadd(24078, 0, 0, axonD)
pt3dadd(24136, 0, 0, axonD)
}
FLUT[239] {
pt3dadd(24136, 0, 0, paraD2)
pt3dadd(24146, 0, 0, paraD2)
}
MYSA[239] {
pt3dadd(24146, 0, 0, paraD1)
pt3dadd(24149, 0, 0, paraD1)
}
node[120] {
pt3dadd(24149, 0, 0, nodeD)
pt3dadd(24150, 0, 0, nodeD)
}
MYSA[240] {
pt3dadd(24150, 0, 0, paraD1)
pt3dadd(24153, 0, 0, paraD1)
}
FLUT[240] {
pt3dadd(24153, 0, 0, paraD2)
pt3dadd(24163, 0, 0, paraD2)
}
STIN[360] {
pt3dadd(24163, 0, 0, axonD)
pt3dadd(24221, 0, 0, axonD)
}
STIN[361] {
pt3dadd(24221, 0, 0, axonD)
pt3dadd(24279, 0, 0, axonD)
}
STIN[362] {
pt3dadd(24279, 0, 0, axonD)
pt3dadd(24337, 0, 0, axonD)
}
FLUT[241] {
pt3dadd(24337, 0, 0, paraD2)
pt3dadd(24347, 0, 0, paraD2)
}
MYSA[241] {
pt3dadd(24347, 0, 0, paraD1)
pt3dadd(24350, 0, 0, paraD1)
}
node[121] {
pt3dadd(24350, 0, 0, nodeD)
pt3dadd(24351, 0, 0, nodeD)
}
MYSA[242] {
pt3dadd(24351, 0, 0, paraD1)
pt3dadd(24354, 0, 0, paraD1)
}
FLUT[242] {
pt3dadd(24354, 0, 0, paraD2)
pt3dadd(24364, 0, 0, paraD2)
}
STIN[363] {
pt3dadd(24364, 0, 0, axonD)
pt3dadd(24422, 0, 0, axonD)
}
STIN[364] {
pt3dadd(24422, 0, 0, axonD)
pt3dadd(24480, 0, 0, axonD)
}
STIN[365] {
pt3dadd(24480, 0, 0, axonD)
pt3dadd(24538, 0, 0, axonD)
}
FLUT[243] {
pt3dadd(24538, 0, 0, paraD2)
pt3dadd(24548, 0, 0, paraD2)
}
MYSA[243] {
pt3dadd(24548, 0, 0, paraD1)
pt3dadd(24551, 0, 0, paraD1)
}
node[122] {
pt3dadd(24551, 0, 0, nodeD)
pt3dadd(24552, 0, 0, nodeD)
}
MYSA[244] {
pt3dadd(24552, 0, 0, paraD1)
pt3dadd(24555, 0, 0, paraD1)
}
FLUT[244] {
pt3dadd(24555, 0, 0, paraD2)
pt3dadd(24565, 0, 0, paraD2)
}
STIN[366] {
pt3dadd(24565, 0, 0, axonD)
pt3dadd(24623, 0, 0, axonD)
}
STIN[367] {
pt3dadd(24623, 0, 0, axonD)
pt3dadd(24681, 0, 0, axonD)
}
STIN[368] {
pt3dadd(24681, 0, 0, axonD)
pt3dadd(24739, 0, 0, axonD)
}
FLUT[245] {
pt3dadd(24739, 0, 0, paraD2)
pt3dadd(24749, 0, 0, paraD2)
}
MYSA[245] {
pt3dadd(24749, 0, 0, paraD1)
pt3dadd(24752, 0, 0, paraD1)
}
node[123] {
pt3dadd(24752, 0, 0, nodeD)
pt3dadd(24753, 0, 0, nodeD)
}
MYSA[246] {
pt3dadd(24753, 0, 0, paraD1)
pt3dadd(24756, 0, 0, paraD1)
}
FLUT[246] {
pt3dadd(24756, 0, 0, paraD2)
pt3dadd(24766, 0, 0, paraD2)
}
STIN[369] {
pt3dadd(24766, 0, 0, axonD)
pt3dadd(24824, 0, 0, axonD)
}
STIN[370] {
pt3dadd(24824, 0, 0, axonD)
pt3dadd(24882, 0, 0, axonD)
}
STIN[371] {
pt3dadd(24882, 0, 0, axonD)
pt3dadd(24940, 0, 0, axonD)
}
FLUT[247] {
pt3dadd(24940, 0, 0, paraD2)
pt3dadd(24950, 0, 0, paraD2)
}
MYSA[247] {
pt3dadd(24950, 0, 0, paraD1)
pt3dadd(24953, 0, 0, paraD1)
}
node[124] {
pt3dadd(24953, 0, 0, nodeD)
pt3dadd(24954, 0, 0, nodeD)
}
MYSA[248] {
pt3dadd(24954, 0, 0, paraD1)
pt3dadd(24957, 0, 0, paraD1)
}
FLUT[248] {
pt3dadd(24957, 0, 0, paraD2)
pt3dadd(24967, 0, 0, paraD2)
}
STIN[372] {
pt3dadd(24967, 0, 0, axonD)
pt3dadd(25025, 0, 0, axonD)
}
STIN[373] {
pt3dadd(25025, 0, 0, axonD)
pt3dadd(25083, 0, 0, axonD)
}
STIN[374] {
pt3dadd(25083, 0, 0, axonD)
pt3dadd(25141, 0, 0, axonD)
}
FLUT[249] {
pt3dadd(25141, 0, 0, paraD2)
pt3dadd(25151, 0, 0, paraD2)
}
MYSA[249] {
pt3dadd(25151, 0, 0, paraD1)
pt3dadd(25154, 0, 0, paraD1)
}
node[125] {
pt3dadd(25154, 0, 0, nodeD)
pt3dadd(25155, 0, 0, nodeD)
}
MYSA[250] {
pt3dadd(25155, 0, 0, paraD1)
pt3dadd(25158, 0, 0, paraD1)
}
FLUT[250] {
pt3dadd(25158, 0, 0, paraD2)
pt3dadd(25168, 0, 0, paraD2)
}
STIN[375] {
pt3dadd(25168, 0, 0, axonD)
pt3dadd(25226, 0, 0, axonD)
}
STIN[376] {
pt3dadd(25226, 0, 0, axonD)
pt3dadd(25284, 0, 0, axonD)
}
STIN[377] {
pt3dadd(25284, 0, 0, axonD)
pt3dadd(25342, 0, 0, axonD)
}
FLUT[251] {
pt3dadd(25342, 0, 0, paraD2)
pt3dadd(25352, 0, 0, paraD2)
}
MYSA[251] {
pt3dadd(25352, 0, 0, paraD1)
pt3dadd(25355, 0, 0, paraD1)
}
node[126] {
pt3dadd(25355, 0, 0, nodeD)
pt3dadd(25356, 0, 0, nodeD)
}
MYSA[252] {
pt3dadd(25356, 0, 0, paraD1)
pt3dadd(25359, 0, 0, paraD1)
}
FLUT[252] {
pt3dadd(25359, 0, 0, paraD2)
pt3dadd(25369, 0, 0, paraD2)
}
STIN[378] {
pt3dadd(25369, 0, 0, axonD)
pt3dadd(25427, 0, 0, axonD)
}
STIN[379] {
pt3dadd(25427, 0, 0, axonD)
pt3dadd(25485, 0, 0, axonD)
}
STIN[380] {
pt3dadd(25485, 0, 0, axonD)
pt3dadd(25543, 0, 0, axonD)
}
FLUT[253] {
pt3dadd(25543, 0, 0, paraD2)
pt3dadd(25553, 0, 0, paraD2)
}
MYSA[253] {
pt3dadd(25553, 0, 0, paraD1)
pt3dadd(25556, 0, 0, paraD1)
}
node[127] {
pt3dadd(25556, 0, 0, nodeD)
pt3dadd(25557, 0, 0, nodeD)
}
MYSA[254] {
pt3dadd(25557, 0, 0, paraD1)
pt3dadd(25560, 0, 0, paraD1)
}
FLUT[254] {
pt3dadd(25560, 0, 0, paraD2)
pt3dadd(25570, 0, 0, paraD2)
}
STIN[381] {
pt3dadd(25570, 0, 0, axonD)
pt3dadd(25628, 0, 0, axonD)
}
STIN[382] {
pt3dadd(25628, 0, 0, axonD)
pt3dadd(25686, 0, 0, axonD)
}
STIN[383] {
pt3dadd(25686, 0, 0, axonD)
pt3dadd(25744, 0, 0, axonD)
}
FLUT[255] {
pt3dadd(25744, 0, 0, paraD2)
pt3dadd(25754, 0, 0, paraD2)
}
MYSA[255] {
pt3dadd(25754, 0, 0, paraD1)
pt3dadd(25757, 0, 0, paraD1)
}
node[128] {
pt3dadd(25757, 0, 0, nodeD)
pt3dadd(25758, 0, 0, nodeD)
}
MYSA[256] {
pt3dadd(25758, 0, 0, paraD1)
pt3dadd(25761, 0, 0, paraD1)
}
FLUT[256] {
pt3dadd(25761, 0, 0, paraD2)
pt3dadd(25771, 0, 0, paraD2)
}
STIN[384] {
pt3dadd(25771, 0, 0, axonD)
pt3dadd(25829, 0, 0, axonD)
}
STIN[385] {
pt3dadd(25829, 0, 0, axonD)
pt3dadd(25887, 0, 0, axonD)
}
STIN[386] {
pt3dadd(25887, 0, 0, axonD)
pt3dadd(25945, 0, 0, axonD)
}
FLUT[257] {
pt3dadd(25945, 0, 0, paraD2)
pt3dadd(25955, 0, 0, paraD2)
}
MYSA[257] {
pt3dadd(25955, 0, 0, paraD1)
pt3dadd(25958, 0, 0, paraD1)
}
node[129] {
pt3dadd(25958, 0, 0, nodeD)
pt3dadd(25959, 0, 0, nodeD)
}
MYSA[258] {
pt3dadd(25959, 0, 0, paraD1)
pt3dadd(25962, 0, 0, paraD1)
}
FLUT[258] {
pt3dadd(25962, 0, 0, paraD2)
pt3dadd(25972, 0, 0, paraD2)
}
STIN[387] {
pt3dadd(25972, 0, 0, axonD)
pt3dadd(26030, 0, 0, axonD)
}
STIN[388] {
pt3dadd(26030, 0, 0, axonD)
pt3dadd(26088, 0, 0, axonD)
}
STIN[389] {
pt3dadd(26088, 0, 0, axonD)
pt3dadd(26146, 0, 0, axonD)
}
FLUT[259] {
pt3dadd(26146, 0, 0, paraD2)
pt3dadd(26156, 0, 0, paraD2)
}
MYSA[259] {
pt3dadd(26156, 0, 0, paraD1)
pt3dadd(26159, 0, 0, paraD1)
}
node[130] {
pt3dadd(26159, 0, 0, nodeD)
pt3dadd(26160, 0, 0, nodeD)
}
MYSA[260] {
pt3dadd(26160, 0, 0, paraD1)
pt3dadd(26163, 0, 0, paraD1)
}
FLUT[260] {
pt3dadd(26163, 0, 0, paraD2)
pt3dadd(26173, 0, 0, paraD2)
}
STIN[390] {
pt3dadd(26173, 0, 0, axonD)
pt3dadd(26231, 0, 0, axonD)
}
STIN[391] {
pt3dadd(26231, 0, 0, axonD)
pt3dadd(26289, 0, 0, axonD)
}
STIN[392] {
pt3dadd(26289, 0, 0, axonD)
pt3dadd(26347, 0, 0, axonD)
}
FLUT[261] {
pt3dadd(26347, 0, 0, paraD2)
pt3dadd(26357, 0, 0, paraD2)
}
MYSA[261] {
pt3dadd(26357, 0, 0, paraD1)
pt3dadd(26360, 0, 0, paraD1)
}
node[131] {
pt3dadd(26360, 0, 0, nodeD)
pt3dadd(26361, 0, 0, nodeD)
}
MYSA[262] {
pt3dadd(26361, 0, 0, paraD1)
pt3dadd(26364, 0, 0, paraD1)
}
FLUT[262] {
pt3dadd(26364, 0, 0, paraD2)
pt3dadd(26374, 0, 0, paraD2)
}
STIN[393] {
pt3dadd(26374, 0, 0, axonD)
pt3dadd(26432, 0, 0, axonD)
}
STIN[394] {
pt3dadd(26432, 0, 0, axonD)
pt3dadd(26490, 0, 0, axonD)
}
STIN[395] {
pt3dadd(26490, 0, 0, axonD)
pt3dadd(26548, 0, 0, axonD)
}
FLUT[263] {
pt3dadd(26548, 0, 0, paraD2)
pt3dadd(26558, 0, 0, paraD2)
}
MYSA[263] {
pt3dadd(26558, 0, 0, paraD1)
pt3dadd(26561, 0, 0, paraD1)
}
node[132] {
pt3dadd(26561, 0, 0, nodeD)
pt3dadd(26562, 0, 0, nodeD)
}
MYSA[264] {
pt3dadd(26562, 0, 0, paraD1)
pt3dadd(26565, 0, 0, paraD1)
}
FLUT[264] {
pt3dadd(26565, 0, 0, paraD2)
pt3dadd(26575, 0, 0, paraD2)
}
STIN[396] {
pt3dadd(26575, 0, 0, axonD)
pt3dadd(26633, 0, 0, axonD)
}
STIN[397] {
pt3dadd(26633, 0, 0, axonD)
pt3dadd(26691, 0, 0, axonD)
}
STIN[398] {
pt3dadd(26691, 0, 0, axonD)
pt3dadd(26749, 0, 0, axonD)
}
FLUT[265] {
pt3dadd(26749, 0, 0, paraD2)
pt3dadd(26759, 0, 0, paraD2)
}
MYSA[265] {
pt3dadd(26759, 0, 0, paraD1)
pt3dadd(26762, 0, 0, paraD1)
}
node[133] {
pt3dadd(26762, 0, 0, nodeD)
pt3dadd(26763, 0, 0, nodeD)
}
MYSA[266] {
pt3dadd(26763, 0, 0, paraD1)
pt3dadd(26766, 0, 0, paraD1)
}
FLUT[266] {
pt3dadd(26766, 0, 0, paraD2)
pt3dadd(26776, 0, 0, paraD2)
}
STIN[399] {
pt3dadd(26776, 0, 0, axonD)
pt3dadd(26834, 0, 0, axonD)
}
STIN[400] {
pt3dadd(26834, 0, 0, axonD)
pt3dadd(26892, 0, 0, axonD)
}
STIN[401] {
pt3dadd(26892, 0, 0, axonD)
pt3dadd(26950, 0, 0, axonD)
}
FLUT[267] {
pt3dadd(26950, 0, 0, paraD2)
pt3dadd(26960, 0, 0, paraD2)
}
MYSA[267] {
pt3dadd(26960, 0, 0, paraD1)
pt3dadd(26963, 0, 0, paraD1)
}
node[134] {
pt3dadd(26963, 0, 0, nodeD)
pt3dadd(26964, 0, 0, nodeD)
}
MYSA[268] {
pt3dadd(26964, 0, 0, paraD1)
pt3dadd(26967, 0, 0, paraD1)
}
FLUT[268] {
pt3dadd(26967, 0, 0, paraD2)
pt3dadd(26977, 0, 0, paraD2)
}
STIN[402] {
pt3dadd(26977, 0, 0, axonD)
pt3dadd(27035, 0, 0, axonD)
}
STIN[403] {
pt3dadd(27035, 0, 0, axonD)
pt3dadd(27093, 0, 0, axonD)
}
STIN[404] {
pt3dadd(27093, 0, 0, axonD)
pt3dadd(27151, 0, 0, axonD)
}
FLUT[269] {
pt3dadd(27151, 0, 0, paraD2)
pt3dadd(27161, 0, 0, paraD2)
}
MYSA[269] {
pt3dadd(27161, 0, 0, paraD1)
pt3dadd(27164, 0, 0, paraD1)
}
node[135] {
pt3dadd(27164, 0, 0, nodeD)
pt3dadd(27165, 0, 0, nodeD)
}
MYSA[270] {
pt3dadd(27165, 0, 0, paraD1)
pt3dadd(27168, 0, 0, paraD1)
}
FLUT[270] {
pt3dadd(27168, 0, 0, paraD2)
pt3dadd(27178, 0, 0, paraD2)
}
STIN[405] {
pt3dadd(27178, 0, 0, axonD)
pt3dadd(27236, 0, 0, axonD)
}
STIN[406] {
pt3dadd(27236, 0, 0, axonD)
pt3dadd(27294, 0, 0, axonD)
}
STIN[407] {
pt3dadd(27294, 0, 0, axonD)
pt3dadd(27352, 0, 0, axonD)
}
FLUT[271] {
pt3dadd(27352, 0, 0, paraD2)
pt3dadd(27362, 0, 0, paraD2)
}
MYSA[271] {
pt3dadd(27362, 0, 0, paraD1)
pt3dadd(27365, 0, 0, paraD1)
}
node[136] {
pt3dadd(27365, 0, 0, nodeD)
pt3dadd(27366, 0, 0, nodeD)
}
MYSA[272] {
pt3dadd(27366, 0, 0, paraD1)
pt3dadd(27369, 0, 0, paraD1)
}
FLUT[272] {
pt3dadd(27369, 0, 0, paraD2)
pt3dadd(27379, 0, 0, paraD2)
}
STIN[408] {
pt3dadd(27379, 0, 0, axonD)
pt3dadd(27437, 0, 0, axonD)
}
STIN[409] {
pt3dadd(27437, 0, 0, axonD)
pt3dadd(27495, 0, 0, axonD)
}
STIN[410] {
pt3dadd(27495, 0, 0, axonD)
pt3dadd(27553, 0, 0, axonD)
}
FLUT[273] {
pt3dadd(27553, 0, 0, paraD2)
pt3dadd(27563, 0, 0, paraD2)
}
MYSA[273] {
pt3dadd(27563, 0, 0, paraD1)
pt3dadd(27566, 0, 0, paraD1)
}
node[137] {
pt3dadd(27566, 0, 0, nodeD)
pt3dadd(27567, 0, 0, nodeD)
}
MYSA[274] {
pt3dadd(27567, 0, 0, paraD1)
pt3dadd(27570, 0, 0, paraD1)
}
FLUT[274] {
pt3dadd(27570, 0, 0, paraD2)
pt3dadd(27580, 0, 0, paraD2)
}
STIN[411] {
pt3dadd(27580, 0, 0, axonD)
pt3dadd(27638, 0, 0, axonD)
}
STIN[412] {
pt3dadd(27638, 0, 0, axonD)
pt3dadd(27696, 0, 0, axonD)
}
STIN[413] {
pt3dadd(27696, 0, 0, axonD)
pt3dadd(27754, 0, 0, axonD)
}
FLUT[275] {
pt3dadd(27754, 0, 0, paraD2)
pt3dadd(27764, 0, 0, paraD2)
}
MYSA[275] {
pt3dadd(27764, 0, 0, paraD1)
pt3dadd(27767, 0, 0, paraD1)
}
node[138] {
pt3dadd(27767, 0, 0, nodeD)
pt3dadd(27768, 0, 0, nodeD)
}
MYSA[276] {
pt3dadd(27768, 0, 0, paraD1)
pt3dadd(27771, 0, 0, paraD1)
}
FLUT[276] {
pt3dadd(27771, 0, 0, paraD2)
pt3dadd(27781, 0, 0, paraD2)
}
STIN[414] {
pt3dadd(27781, 0, 0, axonD)
pt3dadd(27839, 0, 0, axonD)
}
STIN[415] {
pt3dadd(27839, 0, 0, axonD)
pt3dadd(27897, 0, 0, axonD)
}
STIN[416] {
pt3dadd(27897, 0, 0, axonD)
pt3dadd(27955, 0, 0, axonD)
}
FLUT[277] {
pt3dadd(27955, 0, 0, paraD2)
pt3dadd(27965, 0, 0, paraD2)
}
MYSA[277] {
pt3dadd(27965, 0, 0, paraD1)
pt3dadd(27968, 0, 0, paraD1)
}
node[139] {
pt3dadd(27968, 0, 0, nodeD)
pt3dadd(27969, 0, 0, nodeD)
}
MYSA[278] {
pt3dadd(27969, 0, 0, paraD1)
pt3dadd(27972, 0, 0, paraD1)
}
FLUT[278] {
pt3dadd(27972, 0, 0, paraD2)
pt3dadd(27982, 0, 0, paraD2)
}
STIN[417] {
pt3dadd(27982, 0, 0, axonD)
pt3dadd(28040, 0, 0, axonD)
}
STIN[418] {
pt3dadd(28040, 0, 0, axonD)
pt3dadd(28098, 0, 0, axonD)
}
STIN[419] {
pt3dadd(28098, 0, 0, axonD)
pt3dadd(28156, 0, 0, axonD)
}
FLUT[279] {
pt3dadd(28156, 0, 0, paraD2)
pt3dadd(28166, 0, 0, paraD2)
}
MYSA[279] {
pt3dadd(28166, 0, 0, paraD1)
pt3dadd(28169, 0, 0, paraD1)
}
node[140] {
pt3dadd(28169, 0, 0, nodeD)
pt3dadd(28170, 0, 0, nodeD)
}
MYSA[280] {
pt3dadd(28170, 0, 0, paraD1)
pt3dadd(28173, 0, 0, paraD1)
}
FLUT[280] {
pt3dadd(28173, 0, 0, paraD2)
pt3dadd(28183, 0, 0, paraD2)
}
STIN[420] {
pt3dadd(28183, 0, 0, axonD)
pt3dadd(28241, 0, 0, axonD)
}
STIN[421] {
pt3dadd(28241, 0, 0, axonD)
pt3dadd(28299, 0, 0, axonD)
}
STIN[422] {
pt3dadd(28299, 0, 0, axonD)
pt3dadd(28357, 0, 0, axonD)
}
FLUT[281] {
pt3dadd(28357, 0, 0, paraD2)
pt3dadd(28367, 0, 0, paraD2)
}
MYSA[281] {
pt3dadd(28367, 0, 0, paraD1)
pt3dadd(28370, 0, 0, paraD1)
}
node[141] {
pt3dadd(28370, 0, 0, nodeD)
pt3dadd(28371, 0, 0, nodeD)
}
MYSA[282] {
pt3dadd(28371, 0, 0, paraD1)
pt3dadd(28374, 0, 0, paraD1)
}
FLUT[282] {
pt3dadd(28374, 0, 0, paraD2)
pt3dadd(28384, 0, 0, paraD2)
}
STIN[423] {
pt3dadd(28384, 0, 0, axonD)
pt3dadd(28442, 0, 0, axonD)
}
STIN[424] {
pt3dadd(28442, 0, 0, axonD)
pt3dadd(28500, 0, 0, axonD)
}
STIN[425] {
pt3dadd(28500, 0, 0, axonD)
pt3dadd(28558, 0, 0, axonD)
}
FLUT[283] {
pt3dadd(28558, 0, 0, paraD2)
pt3dadd(28568, 0, 0, paraD2)
}
MYSA[283] {
pt3dadd(28568, 0, 0, paraD1)
pt3dadd(28571, 0, 0, paraD1)
}
node[142] {
pt3dadd(28571, 0, 0, nodeD)
pt3dadd(28572, 0, 0, nodeD)
}
MYSA[284] {
pt3dadd(28572, 0, 0, paraD1)
pt3dadd(28575, 0, 0, paraD1)
}
FLUT[284] {
pt3dadd(28575, 0, 0, paraD2)
pt3dadd(28585, 0, 0, paraD2)
}
STIN[426] {
pt3dadd(28585, 0, 0, axonD)
pt3dadd(28643, 0, 0, axonD)
}
STIN[427] {
pt3dadd(28643, 0, 0, axonD)
pt3dadd(28701, 0, 0, axonD)
}
STIN[428] {
pt3dadd(28701, 0, 0, axonD)
pt3dadd(28759, 0, 0, axonD)
}
FLUT[285] {
pt3dadd(28759, 0, 0, paraD2)
pt3dadd(28769, 0, 0, paraD2)
}
MYSA[285] {
pt3dadd(28769, 0, 0, paraD1)
pt3dadd(28772, 0, 0, paraD1)
}
node[143] {
pt3dadd(28772, 0, 0, nodeD)
pt3dadd(28773, 0, 0, nodeD)
}
MYSA[286] {
pt3dadd(28773, 0, 0, paraD1)
pt3dadd(28776, 0, 0, paraD1)
}
FLUT[286] {
pt3dadd(28776, 0, 0, paraD2)
pt3dadd(28786, 0, 0, paraD2)
}
STIN[429] {
pt3dadd(28786, 0, 0, axonD)
pt3dadd(28844, 0, 0, axonD)
}
STIN[430] {
pt3dadd(28844, 0, 0, axonD)
pt3dadd(28902, 0, 0, axonD)
}
STIN[431] {
pt3dadd(28902, 0, 0, axonD)
pt3dadd(28960, 0, 0, axonD)
}
FLUT[287] {
pt3dadd(28960, 0, 0, paraD2)
pt3dadd(28970, 0, 0, paraD2)
}
MYSA[287] {
pt3dadd(28970, 0, 0, paraD1)
pt3dadd(28973, 0, 0, paraD1)
}
node[144] {
pt3dadd(28973, 0, 0, nodeD)
pt3dadd(28974, 0, 0, nodeD)
}
MYSA[288] {
pt3dadd(28974, 0, 0, paraD1)
pt3dadd(28977, 0, 0, paraD1)
}
FLUT[288] {
pt3dadd(28977, 0, 0, paraD2)
pt3dadd(28987, 0, 0, paraD2)
}
STIN[432] {
pt3dadd(28987, 0, 0, axonD)
pt3dadd(29045, 0, 0, axonD)
}
STIN[433] {
pt3dadd(29045, 0, 0, axonD)
pt3dadd(29103, 0, 0, axonD)
}
STIN[434] {
pt3dadd(29103, 0, 0, axonD)
pt3dadd(29161, 0, 0, axonD)
}
FLUT[289] {
pt3dadd(29161, 0, 0, paraD2)
pt3dadd(29171, 0, 0, paraD2)
}
MYSA[289] {
pt3dadd(29171, 0, 0, paraD1)
pt3dadd(29174, 0, 0, paraD1)
}
node[145] {
pt3dadd(29174, 0, 0, nodeD)
pt3dadd(29175, 0, 0, nodeD)
}
MYSA[290] {
pt3dadd(29175, 0, 0, paraD1)
pt3dadd(29178, 0, 0, paraD1)
}
FLUT[290] {
pt3dadd(29178, 0, 0, paraD2)
pt3dadd(29188, 0, 0, paraD2)
}
STIN[435] {
pt3dadd(29188, 0, 0, axonD)
pt3dadd(29246, 0, 0, axonD)
}
STIN[436] {
pt3dadd(29246, 0, 0, axonD)
pt3dadd(29304, 0, 0, axonD)
}
STIN[437] {
pt3dadd(29304, 0, 0, axonD)
pt3dadd(29362, 0, 0, axonD)
}
FLUT[291] {
pt3dadd(29362, 0, 0, paraD2)
pt3dadd(29372, 0, 0, paraD2)
}
MYSA[291] {
pt3dadd(29372, 0, 0, paraD1)
pt3dadd(29375, 0, 0, paraD1)
}
node[146] {
pt3dadd(29375, 0, 0, nodeD)
pt3dadd(29376, 0, 0, nodeD)
}
MYSA[292] {
pt3dadd(29376, 0, 0, paraD1)
pt3dadd(29379, 0, 0, paraD1)
}
FLUT[292] {
pt3dadd(29379, 0, 0, paraD2)
pt3dadd(29389, 0, 0, paraD2)
}
STIN[438] {
pt3dadd(29389, 0, 0, axonD)
pt3dadd(29447, 0, 0, axonD)
}
STIN[439] {
pt3dadd(29447, 0, 0, axonD)
pt3dadd(29505, 0, 0, axonD)
}
STIN[440] {
pt3dadd(29505, 0, 0, axonD)
pt3dadd(29563, 0, 0, axonD)
}
FLUT[293] {
pt3dadd(29563, 0, 0, paraD2)
pt3dadd(29573, 0, 0, paraD2)
}
MYSA[293] {
pt3dadd(29573, 0, 0, paraD1)
pt3dadd(29576, 0, 0, paraD1)
}
node[147] {
pt3dadd(29576, 0, 0, nodeD)
pt3dadd(29577, 0, 0, nodeD)
}
MYSA[294] {
pt3dadd(29577, 0, 0, paraD1)
pt3dadd(29580, 0, 0, paraD1)
}
FLUT[294] {
pt3dadd(29580, 0, 0, paraD2)
pt3dadd(29590, 0, 0, paraD2)
}
STIN[441] {
pt3dadd(29590, 0, 0, axonD)
pt3dadd(29648, 0, 0, axonD)
}
STIN[442] {
pt3dadd(29648, 0, 0, axonD)
pt3dadd(29706, 0, 0, axonD)
}
STIN[443] {
pt3dadd(29706, 0, 0, axonD)
pt3dadd(29764, 0, 0, axonD)
}
FLUT[295] {
pt3dadd(29764, 0, 0, paraD2)
pt3dadd(29774, 0, 0, paraD2)
}
MYSA[295] {
pt3dadd(29774, 0, 0, paraD1)
pt3dadd(29777, 0, 0, paraD1)
}
node[148] {
pt3dadd(29777, 0, 0, nodeD)
pt3dadd(29778, 0, 0, nodeD)
}
MYSA[296] {
pt3dadd(29778, 0, 0, paraD1)
pt3dadd(29781, 0, 0, paraD1)
}
FLUT[296] {
pt3dadd(29781, 0, 0, paraD2)
pt3dadd(29791, 0, 0, paraD2)
}
STIN[444] {
pt3dadd(29791, 0, 0, axonD)
pt3dadd(29849, 0, 0, axonD)
}
STIN[445] {
pt3dadd(29849, 0, 0, axonD)
pt3dadd(29907, 0, 0, axonD)
}
STIN[446] {
pt3dadd(29907, 0, 0, axonD)
pt3dadd(29965, 0, 0, axonD)
}
FLUT[297] {
pt3dadd(29965, 0, 0, paraD2)
pt3dadd(29975, 0, 0, paraD2)
}
MYSA[297] {
pt3dadd(29975, 0, 0, paraD1)
pt3dadd(29978, 0, 0, paraD1)
}
node[149] {
pt3dadd(29978, 0, 0, nodeD)
pt3dadd(29979, 0, 0, nodeD)
}
MYSA[298] {
pt3dadd(29979, 0, 0, paraD1)
pt3dadd(29982, 0, 0, paraD1)
}
FLUT[298] {
pt3dadd(29982, 0, 0, paraD2)
pt3dadd(29992, 0, 0, paraD2)
}
STIN[447] {
pt3dadd(29992, 0, 0, axonD)
pt3dadd(30050, 0, 0, axonD)
}
STIN[448] {
pt3dadd(30050, 0, 0, axonD)
pt3dadd(30108, 0, 0, axonD)
}
STIN[449] {
pt3dadd(30108, 0, 0, axonD)
pt3dadd(30166, 0, 0, axonD)
}
FLUT[299] {
pt3dadd(30166, 0, 0, paraD2)
pt3dadd(30176, 0, 0, paraD2)
}
MYSA[299] {
pt3dadd(30176, 0, 0, paraD1)
pt3dadd(30179, 0, 0, paraD1)
}
node[150] {
pt3dadd(30179, 0, 0, nodeD)
pt3dadd(30180, 0, 0, nodeD)
}
MYSA[300] {
pt3dadd(30180, 0, 0, paraD1)
pt3dadd(30183, 0, 0, paraD1)
}
FLUT[300] {
pt3dadd(30183, 0, 0, paraD2)
pt3dadd(30193, 0, 0, paraD2)
}
STIN[450] {
pt3dadd(30193, 0, 0, axonD)
pt3dadd(30251, 0, 0, axonD)
}
STIN[451] {
pt3dadd(30251, 0, 0, axonD)
pt3dadd(30309, 0, 0, axonD)
}
STIN[452] {
pt3dadd(30309, 0, 0, axonD)
pt3dadd(30367, 0, 0, axonD)
}
FLUT[301] {
pt3dadd(30367, 0, 0, paraD2)
pt3dadd(30377, 0, 0, paraD2)
}
MYSA[301] {
pt3dadd(30377, 0, 0, paraD1)
pt3dadd(30380, 0, 0, paraD1)
}
node[151] {
pt3dadd(30380, 0, 0, nodeD)
pt3dadd(30381, 0, 0, nodeD)
}
MYSA[302] {
pt3dadd(30381, 0, 0, paraD1)
pt3dadd(30384, 0, 0, paraD1)
}
FLUT[302] {
pt3dadd(30384, 0, 0, paraD2)
pt3dadd(30394, 0, 0, paraD2)
}
STIN[453] {
pt3dadd(30394, 0, 0, axonD)
pt3dadd(30452, 0, 0, axonD)
}
STIN[454] {
pt3dadd(30452, 0, 0, axonD)
pt3dadd(30510, 0, 0, axonD)
}
STIN[455] {
pt3dadd(30510, 0, 0, axonD)
pt3dadd(30568, 0, 0, axonD)
}
FLUT[303] {
pt3dadd(30568, 0, 0, paraD2)
pt3dadd(30578, 0, 0, paraD2)
}
MYSA[303] {
pt3dadd(30578, 0, 0, paraD1)
pt3dadd(30581, 0, 0, paraD1)
}
node[152] {
pt3dadd(30581, 0, 0, nodeD)
pt3dadd(30582, 0, 0, nodeD)
}
MYSA[304] {
pt3dadd(30582, 0, 0, paraD1)
pt3dadd(30585, 0, 0, paraD1)
}
FLUT[304] {
pt3dadd(30585, 0, 0, paraD2)
pt3dadd(30595, 0, 0, paraD2)
}
STIN[456] {
pt3dadd(30595, 0, 0, axonD)
pt3dadd(30653, 0, 0, axonD)
}
STIN[457] {
pt3dadd(30653, 0, 0, axonD)
pt3dadd(30711, 0, 0, axonD)
}
STIN[458] {
pt3dadd(30711, 0, 0, axonD)
pt3dadd(30769, 0, 0, axonD)
}
FLUT[305] {
pt3dadd(30769, 0, 0, paraD2)
pt3dadd(30779, 0, 0, paraD2)
}
MYSA[305] {
pt3dadd(30779, 0, 0, paraD1)
pt3dadd(30782, 0, 0, paraD1)
}
node[153] {
pt3dadd(30782, 0, 0, nodeD)
pt3dadd(30783, 0, 0, nodeD)
}
MYSA[306] {
pt3dadd(30783, 0, 0, paraD1)
pt3dadd(30786, 0, 0, paraD1)
}
FLUT[306] {
pt3dadd(30786, 0, 0, paraD2)
pt3dadd(30796, 0, 0, paraD2)
}
STIN[459] {
pt3dadd(30796, 0, 0, axonD)
pt3dadd(30854, 0, 0, axonD)
}
STIN[460] {
pt3dadd(30854, 0, 0, axonD)
pt3dadd(30912, 0, 0, axonD)
}
STIN[461] {
pt3dadd(30912, 0, 0, axonD)
pt3dadd(30970, 0, 0, axonD)
}
FLUT[307] {
pt3dadd(30970, 0, 0, paraD2)
pt3dadd(30980, 0, 0, paraD2)
}
MYSA[307] {
pt3dadd(30980, 0, 0, paraD1)
pt3dadd(30983, 0, 0, paraD1)
}
node[154] {
pt3dadd(30983, 0, 0, nodeD)
pt3dadd(30984, 0, 0, nodeD)
}
MYSA[308] {
pt3dadd(30984, 0, 0, paraD1)
pt3dadd(30987, 0, 0, paraD1)
}
FLUT[308] {
pt3dadd(30987, 0, 0, paraD2)
pt3dadd(30997, 0, 0, paraD2)
}
STIN[462] {
pt3dadd(30997, 0, 0, axonD)
pt3dadd(31055, 0, 0, axonD)
}
STIN[463] {
pt3dadd(31055, 0, 0, axonD)
pt3dadd(31113, 0, 0, axonD)
}
STIN[464] {
pt3dadd(31113, 0, 0, axonD)
pt3dadd(31171, 0, 0, axonD)
}
FLUT[309] {
pt3dadd(31171, 0, 0, paraD2)
pt3dadd(31181, 0, 0, paraD2)
}
MYSA[309] {
pt3dadd(31181, 0, 0, paraD1)
pt3dadd(31184, 0, 0, paraD1)
}
node[155] {
pt3dadd(31184, 0, 0, nodeD)
pt3dadd(31185, 0, 0, nodeD)
}
MYSA[310] {
pt3dadd(31185, 0, 0, paraD1)
pt3dadd(31188, 0, 0, paraD1)
}
FLUT[310] {
pt3dadd(31188, 0, 0, paraD2)
pt3dadd(31198, 0, 0, paraD2)
}
STIN[465] {
pt3dadd(31198, 0, 0, axonD)
pt3dadd(31256, 0, 0, axonD)
}
STIN[466] {
pt3dadd(31256, 0, 0, axonD)
pt3dadd(31314, 0, 0, axonD)
}
STIN[467] {
pt3dadd(31314, 0, 0, axonD)
pt3dadd(31372, 0, 0, axonD)
}
FLUT[311] {
pt3dadd(31372, 0, 0, paraD2)
pt3dadd(31382, 0, 0, paraD2)
}
MYSA[311] {
pt3dadd(31382, 0, 0, paraD1)
pt3dadd(31385, 0, 0, paraD1)
}
node[156] {
pt3dadd(31385, 0, 0, nodeD)
pt3dadd(31386, 0, 0, nodeD)
}
MYSA[312] {
pt3dadd(31386, 0, 0, paraD1)
pt3dadd(31389, 0, 0, paraD1)
}
FLUT[312] {
pt3dadd(31389, 0, 0, paraD2)
pt3dadd(31399, 0, 0, paraD2)
}
STIN[468] {
pt3dadd(31399, 0, 0, axonD)
pt3dadd(31457, 0, 0, axonD)
}
STIN[469] {
pt3dadd(31457, 0, 0, axonD)
pt3dadd(31515, 0, 0, axonD)
}
STIN[470] {
pt3dadd(31515, 0, 0, axonD)
pt3dadd(31573, 0, 0, axonD)
}
FLUT[313] {
pt3dadd(31573, 0, 0, paraD2)
pt3dadd(31583, 0, 0, paraD2)
}
MYSA[313] {
pt3dadd(31583, 0, 0, paraD1)
pt3dadd(31586, 0, 0, paraD1)
}
node[157] {
pt3dadd(31586, 0, 0, nodeD)
pt3dadd(31587, 0, 0, nodeD)
}
MYSA[314] {
pt3dadd(31587, 0, 0, paraD1)
pt3dadd(31590, 0, 0, paraD1)
}
FLUT[314] {
pt3dadd(31590, 0, 0, paraD2)
pt3dadd(31600, 0, 0, paraD2)
}
STIN[471] {
pt3dadd(31600, 0, 0, axonD)
pt3dadd(31658, 0, 0, axonD)
}
STIN[472] {
pt3dadd(31658, 0, 0, axonD)
pt3dadd(31716, 0, 0, axonD)
}
STIN[473] {
pt3dadd(31716, 0, 0, axonD)
pt3dadd(31774, 0, 0, axonD)
}
FLUT[315] {
pt3dadd(31774, 0, 0, paraD2)
pt3dadd(31784, 0, 0, paraD2)
}
MYSA[315] {
pt3dadd(31784, 0, 0, paraD1)
pt3dadd(31787, 0, 0, paraD1)
}
node[158] {
pt3dadd(31787, 0, 0, nodeD)
pt3dadd(31788, 0, 0, nodeD)
}
MYSA[316] {
pt3dadd(31788, 0, 0, paraD1)
pt3dadd(31791, 0, 0, paraD1)
}
FLUT[316] {
pt3dadd(31791, 0, 0, paraD2)
pt3dadd(31801, 0, 0, paraD2)
}
STIN[474] {
pt3dadd(31801, 0, 0, axonD)
pt3dadd(31859, 0, 0, axonD)
}
STIN[475] {
pt3dadd(31859, 0, 0, axonD)
pt3dadd(31917, 0, 0, axonD)
}
STIN[476] {
pt3dadd(31917, 0, 0, axonD)
pt3dadd(31975, 0, 0, axonD)
}
FLUT[317] {
pt3dadd(31975, 0, 0, paraD2)
pt3dadd(31985, 0, 0, paraD2)
}
MYSA[317] {
pt3dadd(31985, 0, 0, paraD1)
pt3dadd(31988, 0, 0, paraD1)
}
node[159] {
pt3dadd(31988, 0, 0, nodeD)
pt3dadd(31989, 0, 0, nodeD)
}
MYSA[318] {
pt3dadd(31989, 0, 0, paraD1)
pt3dadd(31992, 0, 0, paraD1)
}
FLUT[318] {
pt3dadd(31992, 0, 0, paraD2)
pt3dadd(32002, 0, 0, paraD2)
}
STIN[477] {
pt3dadd(32002, 0, 0, axonD)
pt3dadd(32060, 0, 0, axonD)
}
STIN[478] {
pt3dadd(32060, 0, 0, axonD)
pt3dadd(32118, 0, 0, axonD)
}
STIN[479] {
pt3dadd(32118, 0, 0, axonD)
pt3dadd(32176, 0, 0, axonD)
}
FLUT[319] {
pt3dadd(32176, 0, 0, paraD2)
pt3dadd(32186, 0, 0, paraD2)
}
MYSA[319] {
pt3dadd(32186, 0, 0, paraD1)
pt3dadd(32189, 0, 0, paraD1)
}
node[160] {
pt3dadd(32189, 0, 0, nodeD)
pt3dadd(32190, 0, 0, nodeD)
}
MYSA[320] {
pt3dadd(32190, 0, 0, paraD1)
pt3dadd(32193, 0, 0, paraD1)
}
FLUT[320] {
pt3dadd(32193, 0, 0, paraD2)
pt3dadd(32203, 0, 0, paraD2)
}
STIN[480] {
pt3dadd(32203, 0, 0, axonD)
pt3dadd(32261, 0, 0, axonD)
}
STIN[481] {
pt3dadd(32261, 0, 0, axonD)
pt3dadd(32319, 0, 0, axonD)
}
STIN[482] {
pt3dadd(32319, 0, 0, axonD)
pt3dadd(32377, 0, 0, axonD)
}
FLUT[321] {
pt3dadd(32377, 0, 0, paraD2)
pt3dadd(32387, 0, 0, paraD2)
}
MYSA[321] {
pt3dadd(32387, 0, 0, paraD1)
pt3dadd(32390, 0, 0, paraD1)
}
node[161] {
pt3dadd(32390, 0, 0, nodeD)
pt3dadd(32391, 0, 0, nodeD)
}
MYSA[322] {
pt3dadd(32391, 0, 0, paraD1)
pt3dadd(32394, 0, 0, paraD1)
}
FLUT[322] {
pt3dadd(32394, 0, 0, paraD2)
pt3dadd(32404, 0, 0, paraD2)
}
STIN[483] {
pt3dadd(32404, 0, 0, axonD)
pt3dadd(32462, 0, 0, axonD)
}
STIN[484] {
pt3dadd(32462, 0, 0, axonD)
pt3dadd(32520, 0, 0, axonD)
}
STIN[485] {
pt3dadd(32520, 0, 0, axonD)
pt3dadd(32578, 0, 0, axonD)
}
FLUT[323] {
pt3dadd(32578, 0, 0, paraD2)
pt3dadd(32588, 0, 0, paraD2)
}
MYSA[323] {
pt3dadd(32588, 0, 0, paraD1)
pt3dadd(32591, 0, 0, paraD1)
}
node[162] {
pt3dadd(32591, 0, 0, nodeD)
pt3dadd(32592, 0, 0, nodeD)
}
MYSA[324] {
pt3dadd(32592, 0, 0, paraD1)
pt3dadd(32595, 0, 0, paraD1)
}
FLUT[324] {
pt3dadd(32595, 0, 0, paraD2)
pt3dadd(32605, 0, 0, paraD2)
}
STIN[486] {
pt3dadd(32605, 0, 0, axonD)
pt3dadd(32663, 0, 0, axonD)
}
STIN[487] {
pt3dadd(32663, 0, 0, axonD)
pt3dadd(32721, 0, 0, axonD)
}
STIN[488] {
pt3dadd(32721, 0, 0, axonD)
pt3dadd(32779, 0, 0, axonD)
}
FLUT[325] {
pt3dadd(32779, 0, 0, paraD2)
pt3dadd(32789, 0, 0, paraD2)
}
MYSA[325] {
pt3dadd(32789, 0, 0, paraD1)
pt3dadd(32792, 0, 0, paraD1)
}
node[163] {
pt3dadd(32792, 0, 0, nodeD)
pt3dadd(32793, 0, 0, nodeD)
}
MYSA[326] {
pt3dadd(32793, 0, 0, paraD1)
pt3dadd(32796, 0, 0, paraD1)
}
FLUT[326] {
pt3dadd(32796, 0, 0, paraD2)
pt3dadd(32806, 0, 0, paraD2)
}
STIN[489] {
pt3dadd(32806, 0, 0, axonD)
pt3dadd(32864, 0, 0, axonD)
}
STIN[490] {
pt3dadd(32864, 0, 0, axonD)
pt3dadd(32922, 0, 0, axonD)
}
STIN[491] {
pt3dadd(32922, 0, 0, axonD)
pt3dadd(32980, 0, 0, axonD)
}
FLUT[327] {
pt3dadd(32980, 0, 0, paraD2)
pt3dadd(32990, 0, 0, paraD2)
}
MYSA[327] {
pt3dadd(32990, 0, 0, paraD1)
pt3dadd(32993, 0, 0, paraD1)
}
node[164] {
pt3dadd(32993, 0, 0, nodeD)
pt3dadd(32994, 0, 0, nodeD)
}
MYSA[328] {
pt3dadd(32994, 0, 0, paraD1)
pt3dadd(32997, 0, 0, paraD1)
}
FLUT[328] {
pt3dadd(32997, 0, 0, paraD2)
pt3dadd(33007, 0, 0, paraD2)
}
STIN[492] {
pt3dadd(33007, 0, 0, axonD)
pt3dadd(33065, 0, 0, axonD)
}
STIN[493] {
pt3dadd(33065, 0, 0, axonD)
pt3dadd(33123, 0, 0, axonD)
}
STIN[494] {
pt3dadd(33123, 0, 0, axonD)
pt3dadd(33181, 0, 0, axonD)
}
FLUT[329] {
pt3dadd(33181, 0, 0, paraD2)
pt3dadd(33191, 0, 0, paraD2)
}
MYSA[329] {
pt3dadd(33191, 0, 0, paraD1)
pt3dadd(33194, 0, 0, paraD1)
}
node[165] {
pt3dadd(33194, 0, 0, nodeD)
pt3dadd(33195, 0, 0, nodeD)
}
MYSA[330] {
pt3dadd(33195, 0, 0, paraD1)
pt3dadd(33198, 0, 0, paraD1)
}
FLUT[330] {
pt3dadd(33198, 0, 0, paraD2)
pt3dadd(33208, 0, 0, paraD2)
}
STIN[495] {
pt3dadd(33208, 0, 0, axonD)
pt3dadd(33266, 0, 0, axonD)
}
STIN[496] {
pt3dadd(33266, 0, 0, axonD)
pt3dadd(33324, 0, 0, axonD)
}
STIN[497] {
pt3dadd(33324, 0, 0, axonD)
pt3dadd(33382, 0, 0, axonD)
}
FLUT[331] {
pt3dadd(33382, 0, 0, paraD2)
pt3dadd(33392, 0, 0, paraD2)
}
MYSA[331] {
pt3dadd(33392, 0, 0, paraD1)
pt3dadd(33395, 0, 0, paraD1)
}
node[166] {
pt3dadd(33395, 0, 0, nodeD)
pt3dadd(33396, 0, 0, nodeD)
}
MYSA[332] {
pt3dadd(33396, 0, 0, paraD1)
pt3dadd(33399, 0, 0, paraD1)
}
FLUT[332] {
pt3dadd(33399, 0, 0, paraD2)
pt3dadd(33409, 0, 0, paraD2)
}
STIN[498] {
pt3dadd(33409, 0, 0, axonD)
pt3dadd(33467, 0, 0, axonD)
}
STIN[499] {
pt3dadd(33467, 0, 0, axonD)
pt3dadd(33525, 0, 0, axonD)
}
STIN[500] {
pt3dadd(33525, 0, 0, axonD)
pt3dadd(33583, 0, 0, axonD)
}
FLUT[333] {
pt3dadd(33583, 0, 0, paraD2)
pt3dadd(33593, 0, 0, paraD2)
}
MYSA[333] {
pt3dadd(33593, 0, 0, paraD1)
pt3dadd(33596, 0, 0, paraD1)
}
node[167] {
pt3dadd(33596, 0, 0, nodeD)
pt3dadd(33597, 0, 0, nodeD)
}
MYSA[334] {
pt3dadd(33597, 0, 0, paraD1)
pt3dadd(33600, 0, 0, paraD1)
}
FLUT[334] {
pt3dadd(33600, 0, 0, paraD2)
pt3dadd(33610, 0, 0, paraD2)
}
STIN[501] {
pt3dadd(33610, 0, 0, axonD)
pt3dadd(33668, 0, 0, axonD)
}
STIN[502] {
pt3dadd(33668, 0, 0, axonD)
pt3dadd(33726, 0, 0, axonD)
}
STIN[503] {
pt3dadd(33726, 0, 0, axonD)
pt3dadd(33784, 0, 0, axonD)
}
FLUT[335] {
pt3dadd(33784, 0, 0, paraD2)
pt3dadd(33794, 0, 0, paraD2)
}
MYSA[335] {
pt3dadd(33794, 0, 0, paraD1)
pt3dadd(33797, 0, 0, paraD1)
}
node[168] {
pt3dadd(33797, 0, 0, nodeD)
pt3dadd(33798, 0, 0, nodeD)
}
MYSA[336] {
pt3dadd(33798, 0, 0, paraD1)
pt3dadd(33801, 0, 0, paraD1)
}
FLUT[336] {
pt3dadd(33801, 0, 0, paraD2)
pt3dadd(33811, 0, 0, paraD2)
}
STIN[504] {
pt3dadd(33811, 0, 0, axonD)
pt3dadd(33869, 0, 0, axonD)
}
STIN[505] {
pt3dadd(33869, 0, 0, axonD)
pt3dadd(33927, 0, 0, axonD)
}
STIN[506] {
pt3dadd(33927, 0, 0, axonD)
pt3dadd(33985, 0, 0, axonD)
}
FLUT[337] {
pt3dadd(33985, 0, 0, paraD2)
pt3dadd(33995, 0, 0, paraD2)
}
MYSA[337] {
pt3dadd(33995, 0, 0, paraD1)
pt3dadd(33998, 0, 0, paraD1)
}
node[169] {
pt3dadd(33998, 0, 0, nodeD)
pt3dadd(33999, 0, 0, nodeD)
}
MYSA[338] {
pt3dadd(33999, 0, 0, paraD1)
pt3dadd(34002, 0, 0, paraD1)
}
FLUT[338] {
pt3dadd(34002, 0, 0, paraD2)
pt3dadd(34012, 0, 0, paraD2)
}
STIN[507] {
pt3dadd(34012, 0, 0, axonD)
pt3dadd(34070, 0, 0, axonD)
}
STIN[508] {
pt3dadd(34070, 0, 0, axonD)
pt3dadd(34128, 0, 0, axonD)
}
STIN[509] {
pt3dadd(34128, 0, 0, axonD)
pt3dadd(34186, 0, 0, axonD)
}
FLUT[339] {
pt3dadd(34186, 0, 0, paraD2)
pt3dadd(34196, 0, 0, paraD2)
}
MYSA[339] {
pt3dadd(34196, 0, 0, paraD1)
pt3dadd(34199, 0, 0, paraD1)
}
node[170] {
pt3dadd(34199, 0, 0, nodeD)
pt3dadd(34200, 0, 0, nodeD)
}
MYSA[340] {
pt3dadd(34200, 0, 0, paraD1)
pt3dadd(34203, 0, 0, paraD1)
}
FLUT[340] {
pt3dadd(34203, 0, 0, paraD2)
pt3dadd(34213, 0, 0, paraD2)
}
STIN[510] {
pt3dadd(34213, 0, 0, axonD)
pt3dadd(34271, 0, 0, axonD)
}
STIN[511] {
pt3dadd(34271, 0, 0, axonD)
pt3dadd(34329, 0, 0, axonD)
}
STIN[512] {
pt3dadd(34329, 0, 0, axonD)
pt3dadd(34387, 0, 0, axonD)
}
FLUT[341] {
pt3dadd(34387, 0, 0, paraD2)
pt3dadd(34397, 0, 0, paraD2)
}
MYSA[341] {
pt3dadd(34397, 0, 0, paraD1)
pt3dadd(34400, 0, 0, paraD1)
}
node[171] {
pt3dadd(34400, 0, 0, nodeD)
pt3dadd(34401, 0, 0, nodeD)
}
MYSA[342] {
pt3dadd(34401, 0, 0, paraD1)
pt3dadd(34404, 0, 0, paraD1)
}
FLUT[342] {
pt3dadd(34404, 0, 0, paraD2)
pt3dadd(34414, 0, 0, paraD2)
}
STIN[513] {
pt3dadd(34414, 0, 0, axonD)
pt3dadd(34472, 0, 0, axonD)
}
STIN[514] {
pt3dadd(34472, 0, 0, axonD)
pt3dadd(34530, 0, 0, axonD)
}
STIN[515] {
pt3dadd(34530, 0, 0, axonD)
pt3dadd(34588, 0, 0, axonD)
}
FLUT[343] {
pt3dadd(34588, 0, 0, paraD2)
pt3dadd(34598, 0, 0, paraD2)
}
MYSA[343] {
pt3dadd(34598, 0, 0, paraD1)
pt3dadd(34601, 0, 0, paraD1)
}
node[172] {
pt3dadd(34601, 0, 0, nodeD)
pt3dadd(34602, 0, 0, nodeD)
}
MYSA[344] {
pt3dadd(34602, 0, 0, paraD1)
pt3dadd(34605, 0, 0, paraD1)
}
FLUT[344] {
pt3dadd(34605, 0, 0, paraD2)
pt3dadd(34615, 0, 0, paraD2)
}
STIN[516] {
pt3dadd(34615, 0, 0, axonD)
pt3dadd(34673, 0, 0, axonD)
}
STIN[517] {
pt3dadd(34673, 0, 0, axonD)
pt3dadd(34731, 0, 0, axonD)
}
STIN[518] {
pt3dadd(34731, 0, 0, axonD)
pt3dadd(34789, 0, 0, axonD)
}
FLUT[345] {
pt3dadd(34789, 0, 0, paraD2)
pt3dadd(34799, 0, 0, paraD2)
}
MYSA[345] {
pt3dadd(34799, 0, 0, paraD1)
pt3dadd(34802, 0, 0, paraD1)
}
node[173] {
pt3dadd(34802, 0, 0, nodeD)
pt3dadd(34803, 0, 0, nodeD)
}
MYSA[346] {
pt3dadd(34803, 0, 0, paraD1)
pt3dadd(34806, 0, 0, paraD1)
}
FLUT[346] {
pt3dadd(34806, 0, 0, paraD2)
pt3dadd(34816, 0, 0, paraD2)
}
STIN[519] {
pt3dadd(34816, 0, 0, axonD)
pt3dadd(34874, 0, 0, axonD)
}
STIN[520] {
pt3dadd(34874, 0, 0, axonD)
pt3dadd(34932, 0, 0, axonD)
}
STIN[521] {
pt3dadd(34932, 0, 0, axonD)
pt3dadd(34990, 0, 0, axonD)
}
FLUT[347] {
pt3dadd(34990, 0, 0, paraD2)
pt3dadd(35000, 0, 0, paraD2)
}
MYSA[347] {
pt3dadd(35000, 0, 0, paraD1)
pt3dadd(35003, 0, 0, paraD1)
}
node[174] {
pt3dadd(35003, 0, 0, nodeD)
pt3dadd(35004, 0, 0, nodeD)
}
MYSA[348] {
pt3dadd(35004, 0, 0, paraD1)
pt3dadd(35007, 0, 0, paraD1)
}
FLUT[348] {
pt3dadd(35007, 0, 0, paraD2)
pt3dadd(35017, 0, 0, paraD2)
}
STIN[522] {
pt3dadd(35017, 0, 0, axonD)
pt3dadd(35075, 0, 0, axonD)
}
STIN[523] {
pt3dadd(35075, 0, 0, axonD)
pt3dadd(35133, 0, 0, axonD)
}
STIN[524] {
pt3dadd(35133, 0, 0, axonD)
pt3dadd(35191, 0, 0, axonD)
}
FLUT[349] {
pt3dadd(35191, 0, 0, paraD2)
pt3dadd(35201, 0, 0, paraD2)
}
MYSA[349] {
pt3dadd(35201, 0, 0, paraD1)
pt3dadd(35204, 0, 0, paraD1)
}
node[175] {
pt3dadd(35204, 0, 0, nodeD)
pt3dadd(35205, 0, 0, nodeD)
}
MYSA[350] {
pt3dadd(35205, 0, 0, paraD1)
pt3dadd(35208, 0, 0, paraD1)
}
FLUT[350] {
pt3dadd(35208, 0, 0, paraD2)
pt3dadd(35218, 0, 0, paraD2)
}
STIN[525] {
pt3dadd(35218, 0, 0, axonD)
pt3dadd(35276, 0, 0, axonD)
}
STIN[526] {
pt3dadd(35276, 0, 0, axonD)
pt3dadd(35334, 0, 0, axonD)
}
STIN[527] {
pt3dadd(35334, 0, 0, axonD)
pt3dadd(35392, 0, 0, axonD)
}
FLUT[351] {
pt3dadd(35392, 0, 0, paraD2)
pt3dadd(35402, 0, 0, paraD2)
}
MYSA[351] {
pt3dadd(35402, 0, 0, paraD1)
pt3dadd(35405, 0, 0, paraD1)
}
node[176] {
pt3dadd(35405, 0, 0, nodeD)
pt3dadd(35406, 0, 0, nodeD)
}
MYSA[352] {
pt3dadd(35406, 0, 0, paraD1)
pt3dadd(35409, 0, 0, paraD1)
}
FLUT[352] {
pt3dadd(35409, 0, 0, paraD2)
pt3dadd(35419, 0, 0, paraD2)
}
STIN[528] {
pt3dadd(35419, 0, 0, axonD)
pt3dadd(35477, 0, 0, axonD)
}
STIN[529] {
pt3dadd(35477, 0, 0, axonD)
pt3dadd(35535, 0, 0, axonD)
}
STIN[530] {
pt3dadd(35535, 0, 0, axonD)
pt3dadd(35593, 0, 0, axonD)
}
FLUT[353] {
pt3dadd(35593, 0, 0, paraD2)
pt3dadd(35603, 0, 0, paraD2)
}
MYSA[353] {
pt3dadd(35603, 0, 0, paraD1)
pt3dadd(35606, 0, 0, paraD1)
}
node[177] {
pt3dadd(35606, 0, 0, nodeD)
pt3dadd(35607, 0, 0, nodeD)
}
MYSA[354] {
pt3dadd(35607, 0, 0, paraD1)
pt3dadd(35610, 0, 0, paraD1)
}
FLUT[354] {
pt3dadd(35610, 0, 0, paraD2)
pt3dadd(35620, 0, 0, paraD2)
}
STIN[531] {
pt3dadd(35620, 0, 0, axonD)
pt3dadd(35678, 0, 0, axonD)
}
STIN[532] {
pt3dadd(35678, 0, 0, axonD)
pt3dadd(35736, 0, 0, axonD)
}
STIN[533] {
pt3dadd(35736, 0, 0, axonD)
pt3dadd(35794, 0, 0, axonD)
}
FLUT[355] {
pt3dadd(35794, 0, 0, paraD2)
pt3dadd(35804, 0, 0, paraD2)
}
MYSA[355] {
pt3dadd(35804, 0, 0, paraD1)
pt3dadd(35807, 0, 0, paraD1)
}
node[178] {
pt3dadd(35807, 0, 0, nodeD)
pt3dadd(35808, 0, 0, nodeD)
}
MYSA[356] {
pt3dadd(35808, 0, 0, paraD1)
pt3dadd(35811, 0, 0, paraD1)
}
FLUT[356] {
pt3dadd(35811, 0, 0, paraD2)
pt3dadd(35821, 0, 0, paraD2)
}
STIN[534] {
pt3dadd(35821, 0, 0, axonD)
pt3dadd(35879, 0, 0, axonD)
}
STIN[535] {
pt3dadd(35879, 0, 0, axonD)
pt3dadd(35937, 0, 0, axonD)
}
STIN[536] {
pt3dadd(35937, 0, 0, axonD)
pt3dadd(35995, 0, 0, axonD)
}
FLUT[357] {
pt3dadd(35995, 0, 0, paraD2)
pt3dadd(36005, 0, 0, paraD2)
}
MYSA[357] {
pt3dadd(36005, 0, 0, paraD1)
pt3dadd(36008, 0, 0, paraD1)
}
node[179] {
pt3dadd(36008, 0, 0, nodeD)
pt3dadd(36009, 0, 0, nodeD)
}
MYSA[358] {
pt3dadd(36009, 0, 0, paraD1)
pt3dadd(36012, 0, 0, paraD1)
}
FLUT[358] {
pt3dadd(36012, 0, 0, paraD2)
pt3dadd(36022, 0, 0, paraD2)
}
STIN[537] {
pt3dadd(36022, 0, 0, axonD)
pt3dadd(36080, 0, 0, axonD)
}
STIN[538] {
pt3dadd(36080, 0, 0, axonD)
pt3dadd(36138, 0, 0, axonD)
}
STIN[539] {
pt3dadd(36138, 0, 0, axonD)
pt3dadd(36196, 0, 0, axonD)
}
FLUT[359] {
pt3dadd(36196, 0, 0, paraD2)
pt3dadd(36206, 0, 0, paraD2)
}
MYSA[359] {
pt3dadd(36206, 0, 0, paraD1)
pt3dadd(36209, 0, 0, paraD1)
}
node[180] {
pt3dadd(36209, 0, 0, nodeD)
pt3dadd(36210, 0, 0, nodeD)
}
MYSA[360] {
pt3dadd(36210, 0, 0, paraD1)
pt3dadd(36213, 0, 0, paraD1)
}
FLUT[360] {
pt3dadd(36213, 0, 0, paraD2)
pt3dadd(36223, 0, 0, paraD2)
}
STIN[540] {
pt3dadd(36223, 0, 0, axonD)
pt3dadd(36281, 0, 0, axonD)
}
STIN[541] {
pt3dadd(36281, 0, 0, axonD)
pt3dadd(36339, 0, 0, axonD)
}
STIN[542] {
pt3dadd(36339, 0, 0, axonD)
pt3dadd(36397, 0, 0, axonD)
}
FLUT[361] {
pt3dadd(36397, 0, 0, paraD2)
pt3dadd(36407, 0, 0, paraD2)
}
MYSA[361] {
pt3dadd(36407, 0, 0, paraD1)
pt3dadd(36410, 0, 0, paraD1)
}
node[181] {
pt3dadd(36410, 0, 0, nodeD)
pt3dadd(36411, 0, 0, nodeD)
}
MYSA[362] {
pt3dadd(36411, 0, 0, paraD1)
pt3dadd(36414, 0, 0, paraD1)
}
FLUT[362] {
pt3dadd(36414, 0, 0, paraD2)
pt3dadd(36424, 0, 0, paraD2)
}
STIN[543] {
pt3dadd(36424, 0, 0, axonD)
pt3dadd(36482, 0, 0, axonD)
}
STIN[544] {
pt3dadd(36482, 0, 0, axonD)
pt3dadd(36540, 0, 0, axonD)
}
STIN[545] {
pt3dadd(36540, 0, 0, axonD)
pt3dadd(36598, 0, 0, axonD)
}
FLUT[363] {
pt3dadd(36598, 0, 0, paraD2)
pt3dadd(36608, 0, 0, paraD2)
}
MYSA[363] {
pt3dadd(36608, 0, 0, paraD1)
pt3dadd(36611, 0, 0, paraD1)
}
node[182] {
pt3dadd(36611, 0, 0, nodeD)
pt3dadd(36612, 0, 0, nodeD)
}
MYSA[364] {
pt3dadd(36612, 0, 0, paraD1)
pt3dadd(36615, 0, 0, paraD1)
}
FLUT[364] {
pt3dadd(36615, 0, 0, paraD2)
pt3dadd(36625, 0, 0, paraD2)
}
STIN[546] {
pt3dadd(36625, 0, 0, axonD)
pt3dadd(36683, 0, 0, axonD)
}
STIN[547] {
pt3dadd(36683, 0, 0, axonD)
pt3dadd(36741, 0, 0, axonD)
}
STIN[548] {
pt3dadd(36741, 0, 0, axonD)
pt3dadd(36799, 0, 0, axonD)
}
FLUT[365] {
pt3dadd(36799, 0, 0, paraD2)
pt3dadd(36809, 0, 0, paraD2)
}
MYSA[365] {
pt3dadd(36809, 0, 0, paraD1)
pt3dadd(36812, 0, 0, paraD1)
}
node[183] {
pt3dadd(36812, 0, 0, nodeD)
pt3dadd(36813, 0, 0, nodeD)
}
MYSA[366] {
pt3dadd(36813, 0, 0, paraD1)
pt3dadd(36816, 0, 0, paraD1)
}
FLUT[366] {
pt3dadd(36816, 0, 0, paraD2)
pt3dadd(36826, 0, 0, paraD2)
}
STIN[549] {
pt3dadd(36826, 0, 0, axonD)
pt3dadd(36884, 0, 0, axonD)
}
STIN[550] {
pt3dadd(36884, 0, 0, axonD)
pt3dadd(36942, 0, 0, axonD)
}
STIN[551] {
pt3dadd(36942, 0, 0, axonD)
pt3dadd(37000, 0, 0, axonD)
}
FLUT[367] {
pt3dadd(37000, 0, 0, paraD2)
pt3dadd(37010, 0, 0, paraD2)
}
MYSA[367] {
pt3dadd(37010, 0, 0, paraD1)
pt3dadd(37013, 0, 0, paraD1)
}
node[184] {
pt3dadd(37013, 0, 0, nodeD)
pt3dadd(37014, 0, 0, nodeD)
}
MYSA[368] {
pt3dadd(37014, 0, 0, paraD1)
pt3dadd(37017, 0, 0, paraD1)
}
FLUT[368] {
pt3dadd(37017, 0, 0, paraD2)
pt3dadd(37027, 0, 0, paraD2)
}
STIN[552] {
pt3dadd(37027, 0, 0, axonD)
pt3dadd(37085, 0, 0, axonD)
}
STIN[553] {
pt3dadd(37085, 0, 0, axonD)
pt3dadd(37143, 0, 0, axonD)
}
STIN[554] {
pt3dadd(37143, 0, 0, axonD)
pt3dadd(37201, 0, 0, axonD)
}
FLUT[369] {
pt3dadd(37201, 0, 0, paraD2)
pt3dadd(37211, 0, 0, paraD2)
}
MYSA[369] {
pt3dadd(37211, 0, 0, paraD1)
pt3dadd(37214, 0, 0, paraD1)
}
node[185] {
pt3dadd(37214, 0, 0, nodeD)
pt3dadd(37215, 0, 0, nodeD)
}
MYSA[370] {
pt3dadd(37215, 0, 0, paraD1)
pt3dadd(37218, 0, 0, paraD1)
}
FLUT[370] {
pt3dadd(37218, 0, 0, paraD2)
pt3dadd(37228, 0, 0, paraD2)
}
STIN[555] {
pt3dadd(37228, 0, 0, axonD)
pt3dadd(37286, 0, 0, axonD)
}
STIN[556] {
pt3dadd(37286, 0, 0, axonD)
pt3dadd(37344, 0, 0, axonD)
}
STIN[557] {
pt3dadd(37344, 0, 0, axonD)
pt3dadd(37402, 0, 0, axonD)
}
FLUT[371] {
pt3dadd(37402, 0, 0, paraD2)
pt3dadd(37412, 0, 0, paraD2)
}
MYSA[371] {
pt3dadd(37412, 0, 0, paraD1)
pt3dadd(37415, 0, 0, paraD1)
}
node[186] {
pt3dadd(37415, 0, 0, nodeD)
pt3dadd(37416, 0, 0, nodeD)
}
MYSA[372] {
pt3dadd(37416, 0, 0, paraD1)
pt3dadd(37419, 0, 0, paraD1)
}
FLUT[372] {
pt3dadd(37419, 0, 0, paraD2)
pt3dadd(37429, 0, 0, paraD2)
}
STIN[558] {
pt3dadd(37429, 0, 0, axonD)
pt3dadd(37487, 0, 0, axonD)
}
STIN[559] {
pt3dadd(37487, 0, 0, axonD)
pt3dadd(37545, 0, 0, axonD)
}
STIN[560] {
pt3dadd(37545, 0, 0, axonD)
pt3dadd(37603, 0, 0, axonD)
}
FLUT[373] {
pt3dadd(37603, 0, 0, paraD2)
pt3dadd(37613, 0, 0, paraD2)
}
MYSA[373] {
pt3dadd(37613, 0, 0, paraD1)
pt3dadd(37616, 0, 0, paraD1)
}
node[187] {
pt3dadd(37616, 0, 0, nodeD)
pt3dadd(37617, 0, 0, nodeD)
}
MYSA[374] {
pt3dadd(37617, 0, 0, paraD1)
pt3dadd(37620, 0, 0, paraD1)
}
FLUT[374] {
pt3dadd(37620, 0, 0, paraD2)
pt3dadd(37630, 0, 0, paraD2)
}
STIN[561] {
pt3dadd(37630, 0, 0, axonD)
pt3dadd(37688, 0, 0, axonD)
}
STIN[562] {
pt3dadd(37688, 0, 0, axonD)
pt3dadd(37746, 0, 0, axonD)
}
STIN[563] {
pt3dadd(37746, 0, 0, axonD)
pt3dadd(37804, 0, 0, axonD)
}
FLUT[375] {
pt3dadd(37804, 0, 0, paraD2)
pt3dadd(37814, 0, 0, paraD2)
}
MYSA[375] {
pt3dadd(37814, 0, 0, paraD1)
pt3dadd(37817, 0, 0, paraD1)
}
node[188] {
pt3dadd(37817, 0, 0, nodeD)
pt3dadd(37818, 0, 0, nodeD)
}
MYSA[376] {
pt3dadd(37818, 0, 0, paraD1)
pt3dadd(37821, 0, 0, paraD1)
}
FLUT[376] {
pt3dadd(37821, 0, 0, paraD2)
pt3dadd(37831, 0, 0, paraD2)
}
STIN[564] {
pt3dadd(37831, 0, 0, axonD)
pt3dadd(37889, 0, 0, axonD)
}
STIN[565] {
pt3dadd(37889, 0, 0, axonD)
pt3dadd(37947, 0, 0, axonD)
}
STIN[566] {
pt3dadd(37947, 0, 0, axonD)
pt3dadd(38005, 0, 0, axonD)
}
FLUT[377] {
pt3dadd(38005, 0, 0, paraD2)
pt3dadd(38015, 0, 0, paraD2)
}
MYSA[377] {
pt3dadd(38015, 0, 0, paraD1)
pt3dadd(38018, 0, 0, paraD1)
}
node[189] {
pt3dadd(38018, 0, 0, nodeD)
pt3dadd(38019, 0, 0, nodeD)
}
MYSA[378] {
pt3dadd(38019, 0, 0, paraD1)
pt3dadd(38022, 0, 0, paraD1)
}
FLUT[378] {
pt3dadd(38022, 0, 0, paraD2)
pt3dadd(38032, 0, 0, paraD2)
}
STIN[567] {
pt3dadd(38032, 0, 0, axonD)
pt3dadd(38090, 0, 0, axonD)
}
STIN[568] {
pt3dadd(38090, 0, 0, axonD)
pt3dadd(38148, 0, 0, axonD)
}
STIN[569] {
pt3dadd(38148, 0, 0, axonD)
pt3dadd(38206, 0, 0, axonD)
}
FLUT[379] {
pt3dadd(38206, 0, 0, paraD2)
pt3dadd(38216, 0, 0, paraD2)
}
MYSA[379] {
pt3dadd(38216, 0, 0, paraD1)
pt3dadd(38219, 0, 0, paraD1)
}
node[190] {
pt3dadd(38219, 0, 0, nodeD)
pt3dadd(38220, 0, 0, nodeD)
}
MYSA[380] {
pt3dadd(38220, 0, 0, paraD1)
pt3dadd(38223, 0, 0, paraD1)
}
FLUT[380] {
pt3dadd(38223, 0, 0, paraD2)
pt3dadd(38233, 0, 0, paraD2)
}
STIN[570] {
pt3dadd(38233, 0, 0, axonD)
pt3dadd(38291, 0, 0, axonD)
}
STIN[571] {
pt3dadd(38291, 0, 0, axonD)
pt3dadd(38349, 0, 0, axonD)
}
STIN[572] {
pt3dadd(38349, 0, 0, axonD)
pt3dadd(38407, 0, 0, axonD)
}
FLUT[381] {
pt3dadd(38407, 0, 0, paraD2)
pt3dadd(38417, 0, 0, paraD2)
}
MYSA[381] {
pt3dadd(38417, 0, 0, paraD1)
pt3dadd(38420, 0, 0, paraD1)
}
node[191] {
pt3dadd(38420, 0, 0, nodeD)
pt3dadd(38421, 0, 0, nodeD)
}
MYSA[382] {
pt3dadd(38421, 0, 0, paraD1)
pt3dadd(38424, 0, 0, paraD1)
}
FLUT[382] {
pt3dadd(38424, 0, 0, paraD2)
pt3dadd(38434, 0, 0, paraD2)
}
STIN[573] {
pt3dadd(38434, 0, 0, axonD)
pt3dadd(38492, 0, 0, axonD)
}
STIN[574] {
pt3dadd(38492, 0, 0, axonD)
pt3dadd(38550, 0, 0, axonD)
}
STIN[575] {
pt3dadd(38550, 0, 0, axonD)
pt3dadd(38608, 0, 0, axonD)
}
FLUT[383] {
pt3dadd(38608, 0, 0, paraD2)
pt3dadd(38618, 0, 0, paraD2)
}
MYSA[383] {
pt3dadd(38618, 0, 0, paraD1)
pt3dadd(38621, 0, 0, paraD1)
}
node[192] {
pt3dadd(38621, 0, 0, nodeD)
pt3dadd(38622, 0, 0, nodeD)
}
MYSA[384] {
pt3dadd(38622, 0, 0, paraD1)
pt3dadd(38625, 0, 0, paraD1)
}
FLUT[384] {
pt3dadd(38625, 0, 0, paraD2)
pt3dadd(38635, 0, 0, paraD2)
}
STIN[576] {
pt3dadd(38635, 0, 0, axonD)
pt3dadd(38693, 0, 0, axonD)
}
STIN[577] {
pt3dadd(38693, 0, 0, axonD)
pt3dadd(38751, 0, 0, axonD)
}
STIN[578] {
pt3dadd(38751, 0, 0, axonD)
pt3dadd(38809, 0, 0, axonD)
}
FLUT[385] {
pt3dadd(38809, 0, 0, paraD2)
pt3dadd(38819, 0, 0, paraD2)
}
MYSA[385] {
pt3dadd(38819, 0, 0, paraD1)
pt3dadd(38822, 0, 0, paraD1)
}
node[193] {
pt3dadd(38822, 0, 0, nodeD)
pt3dadd(38823, 0, 0, nodeD)
}
MYSA[386] {
pt3dadd(38823, 0, 0, paraD1)
pt3dadd(38826, 0, 0, paraD1)
}
FLUT[386] {
pt3dadd(38826, 0, 0, paraD2)
pt3dadd(38836, 0, 0, paraD2)
}
STIN[579] {
pt3dadd(38836, 0, 0, axonD)
pt3dadd(38894, 0, 0, axonD)
}
STIN[580] {
pt3dadd(38894, 0, 0, axonD)
pt3dadd(38952, 0, 0, axonD)
}
STIN[581] {
pt3dadd(38952, 0, 0, axonD)
pt3dadd(39010, 0, 0, axonD)
}
FLUT[387] {
pt3dadd(39010, 0, 0, paraD2)
pt3dadd(39020, 0, 0, paraD2)
}
MYSA[387] {
pt3dadd(39020, 0, 0, paraD1)
pt3dadd(39023, 0, 0, paraD1)
}
node[194] {
pt3dadd(39023, 0, 0, nodeD)
pt3dadd(39024, 0, 0, nodeD)
}
MYSA[388] {
pt3dadd(39024, 0, 0, paraD1)
pt3dadd(39027, 0, 0, paraD1)
}
FLUT[388] {
pt3dadd(39027, 0, 0, paraD2)
pt3dadd(39037, 0, 0, paraD2)
}
STIN[582] {
pt3dadd(39037, 0, 0, axonD)
pt3dadd(39095, 0, 0, axonD)
}
STIN[583] {
pt3dadd(39095, 0, 0, axonD)
pt3dadd(39153, 0, 0, axonD)
}
STIN[584] {
pt3dadd(39153, 0, 0, axonD)
pt3dadd(39211, 0, 0, axonD)
}
FLUT[389] {
pt3dadd(39211, 0, 0, paraD2)
pt3dadd(39221, 0, 0, paraD2)
}
MYSA[389] {
pt3dadd(39221, 0, 0, paraD1)
pt3dadd(39224, 0, 0, paraD1)
}
node[195] {
pt3dadd(39224, 0, 0, nodeD)
pt3dadd(39225, 0, 0, nodeD)
}
MYSA[390] {
pt3dadd(39225, 0, 0, paraD1)
pt3dadd(39228, 0, 0, paraD1)
}
FLUT[390] {
pt3dadd(39228, 0, 0, paraD2)
pt3dadd(39238, 0, 0, paraD2)
}
STIN[585] {
pt3dadd(39238, 0, 0, axonD)
pt3dadd(39296, 0, 0, axonD)
}
STIN[586] {
pt3dadd(39296, 0, 0, axonD)
pt3dadd(39354, 0, 0, axonD)
}
STIN[587] {
pt3dadd(39354, 0, 0, axonD)
pt3dadd(39412, 0, 0, axonD)
}
FLUT[391] {
pt3dadd(39412, 0, 0, paraD2)
pt3dadd(39422, 0, 0, paraD2)
}
MYSA[391] {
pt3dadd(39422, 0, 0, paraD1)
pt3dadd(39425, 0, 0, paraD1)
}
node[196] {
pt3dadd(39425, 0, 0, nodeD)
pt3dadd(39426, 0, 0, nodeD)
}
MYSA[392] {
pt3dadd(39426, 0, 0, paraD1)
pt3dadd(39429, 0, 0, paraD1)
}
FLUT[392] {
pt3dadd(39429, 0, 0, paraD2)
pt3dadd(39439, 0, 0, paraD2)
}
STIN[588] {
pt3dadd(39439, 0, 0, axonD)
pt3dadd(39497, 0, 0, axonD)
}
STIN[589] {
pt3dadd(39497, 0, 0, axonD)
pt3dadd(39555, 0, 0, axonD)
}
STIN[590] {
pt3dadd(39555, 0, 0, axonD)
pt3dadd(39613, 0, 0, axonD)
}
FLUT[393] {
pt3dadd(39613, 0, 0, paraD2)
pt3dadd(39623, 0, 0, paraD2)
}
MYSA[393] {
pt3dadd(39623, 0, 0, paraD1)
pt3dadd(39626, 0, 0, paraD1)
}
node[197] {
pt3dadd(39626, 0, 0, nodeD)
pt3dadd(39627, 0, 0, nodeD)
}
MYSA[394] {
pt3dadd(39627, 0, 0, paraD1)
pt3dadd(39630, 0, 0, paraD1)
}
FLUT[394] {
pt3dadd(39630, 0, 0, paraD2)
pt3dadd(39640, 0, 0, paraD2)
}
STIN[591] {
pt3dadd(39640, 0, 0, axonD)
pt3dadd(39698, 0, 0, axonD)
}
STIN[592] {
pt3dadd(39698, 0, 0, axonD)
pt3dadd(39756, 0, 0, axonD)
}
STIN[593] {
pt3dadd(39756, 0, 0, axonD)
pt3dadd(39814, 0, 0, axonD)
}
FLUT[395] {
pt3dadd(39814, 0, 0, paraD2)
pt3dadd(39824, 0, 0, paraD2)
}
MYSA[395] {
pt3dadd(39824, 0, 0, paraD1)
pt3dadd(39827, 0, 0, paraD1)
}
node[198] {
pt3dadd(39827, 0, 0, nodeD)
pt3dadd(39828, 0, 0, nodeD)
}
MYSA[396] {
pt3dadd(39828, 0, 0, paraD1)
pt3dadd(39831, 0, 0, paraD1)
}
FLUT[396] {
pt3dadd(39831, 0, 0, paraD2)
pt3dadd(39841, 0, 0, paraD2)
}
STIN[594] {
pt3dadd(39841, 0, 0, axonD)
pt3dadd(39899, 0, 0, axonD)
}
STIN[595] {
pt3dadd(39899, 0, 0, axonD)
pt3dadd(39957, 0, 0, axonD)
}
STIN[596] {
pt3dadd(39957, 0, 0, axonD)
pt3dadd(40015, 0, 0, axonD)
}
FLUT[397] {
pt3dadd(40015, 0, 0, paraD2)
pt3dadd(40025, 0, 0, paraD2)
}
MYSA[397] {
pt3dadd(40025, 0, 0, paraD1)
pt3dadd(40028, 0, 0, paraD1)
}
node[199] {
pt3dadd(40028, 0, 0, nodeD)
pt3dadd(40029, 0, 0, nodeD)
}
MYSA[398] {
pt3dadd(40029, 0, 0, paraD1)
pt3dadd(40032, 0, 0, paraD1)
}
FLUT[398] {
pt3dadd(40032, 0, 0, paraD2)
pt3dadd(40042, 0, 0, paraD2)
}
STIN[597] {
pt3dadd(40042, 0, 0, axonD)
pt3dadd(40100, 0, 0, axonD)
}
STIN[598] {
pt3dadd(40100, 0, 0, axonD)
pt3dadd(40158, 0, 0, axonD)
}
STIN[599] {
pt3dadd(40158, 0, 0, axonD)
pt3dadd(40216, 0, 0, axonD)
}
FLUT[399] {
pt3dadd(40216, 0, 0, paraD2)
pt3dadd(40226, 0, 0, paraD2)
}
MYSA[399] {
pt3dadd(40226, 0, 0, paraD1)
pt3dadd(40229, 0, 0, paraD1)
}
node[200] {
pt3dadd(40229, 0, 0, nodeD)
pt3dadd(40230, 0, 0, nodeD)
}
MYSA[400] {
pt3dadd(40230, 0, 0, paraD1)
pt3dadd(40233, 0, 0, paraD1)
}
FLUT[400] {
pt3dadd(40233, 0, 0, paraD2)
pt3dadd(40243, 0, 0, paraD2)
}
STIN[600] {
pt3dadd(40243, 0, 0, axonD)
pt3dadd(40301, 0, 0, axonD)
}
STIN[601] {
pt3dadd(40301, 0, 0, axonD)
pt3dadd(40359, 0, 0, axonD)
}
STIN[602] {
pt3dadd(40359, 0, 0, axonD)
pt3dadd(40417, 0, 0, axonD)
}
FLUT[401] {
pt3dadd(40417, 0, 0, paraD2)
pt3dadd(40427, 0, 0, paraD2)
}
MYSA[401] {
pt3dadd(40427, 0, 0, paraD1)
pt3dadd(40430, 0, 0, paraD1)
}
node[201] {
pt3dadd(40430, 0, 0, nodeD)
pt3dadd(40431, 0, 0, nodeD)
}
MYSA[402] {
pt3dadd(40431, 0, 0, paraD1)
pt3dadd(40434, 0, 0, paraD1)
}
FLUT[402] {
pt3dadd(40434, 0, 0, paraD2)
pt3dadd(40444, 0, 0, paraD2)
}
STIN[603] {
pt3dadd(40444, 0, 0, axonD)
pt3dadd(40502, 0, 0, axonD)
}
STIN[604] {
pt3dadd(40502, 0, 0, axonD)
pt3dadd(40560, 0, 0, axonD)
}
STIN[605] {
pt3dadd(40560, 0, 0, axonD)
pt3dadd(40618, 0, 0, axonD)
}
FLUT[403] {
pt3dadd(40618, 0, 0, paraD2)
pt3dadd(40628, 0, 0, paraD2)
}
MYSA[403] {
pt3dadd(40628, 0, 0, paraD1)
pt3dadd(40631, 0, 0, paraD1)
}
node[202] {
pt3dadd(40631, 0, 0, nodeD)
pt3dadd(40632, 0, 0, nodeD)
}
MYSA[404] {
pt3dadd(40632, 0, 0, paraD1)
pt3dadd(40635, 0, 0, paraD1)
}
FLUT[404] {
pt3dadd(40635, 0, 0, paraD2)
pt3dadd(40645, 0, 0, paraD2)
}
STIN[606] {
pt3dadd(40645, 0, 0, axonD)
pt3dadd(40703, 0, 0, axonD)
}
STIN[607] {
pt3dadd(40703, 0, 0, axonD)
pt3dadd(40761, 0, 0, axonD)
}
STIN[608] {
pt3dadd(40761, 0, 0, axonD)
pt3dadd(40819, 0, 0, axonD)
}
FLUT[405] {
pt3dadd(40819, 0, 0, paraD2)
pt3dadd(40829, 0, 0, paraD2)
}
MYSA[405] {
pt3dadd(40829, 0, 0, paraD1)
pt3dadd(40832, 0, 0, paraD1)
}
node[203] {
pt3dadd(40832, 0, 0, nodeD)
pt3dadd(40833, 0, 0, nodeD)
}
MYSA[406] {
pt3dadd(40833, 0, 0, paraD1)
pt3dadd(40836, 0, 0, paraD1)
}
FLUT[406] {
pt3dadd(40836, 0, 0, paraD2)
pt3dadd(40846, 0, 0, paraD2)
}
STIN[609] {
pt3dadd(40846, 0, 0, axonD)
pt3dadd(40904, 0, 0, axonD)
}
STIN[610] {
pt3dadd(40904, 0, 0, axonD)
pt3dadd(40962, 0, 0, axonD)
}
STIN[611] {
pt3dadd(40962, 0, 0, axonD)
pt3dadd(41020, 0, 0, axonD)
}
FLUT[407] {
pt3dadd(41020, 0, 0, paraD2)
pt3dadd(41030, 0, 0, paraD2)
}
MYSA[407] {
pt3dadd(41030, 0, 0, paraD1)
pt3dadd(41033, 0, 0, paraD1)
}
node[204] {
pt3dadd(41033, 0, 0, nodeD)
pt3dadd(41034, 0, 0, nodeD)
}
MYSA[408] {
pt3dadd(41034, 0, 0, paraD1)
pt3dadd(41037, 0, 0, paraD1)
}
FLUT[408] {
pt3dadd(41037, 0, 0, paraD2)
pt3dadd(41047, 0, 0, paraD2)
}
STIN[612] {
pt3dadd(41047, 0, 0, axonD)
pt3dadd(41105, 0, 0, axonD)
}
STIN[613] {
pt3dadd(41105, 0, 0, axonD)
pt3dadd(41163, 0, 0, axonD)
}
STIN[614] {
pt3dadd(41163, 0, 0, axonD)
pt3dadd(41221, 0, 0, axonD)
}
FLUT[409] {
pt3dadd(41221, 0, 0, paraD2)
pt3dadd(41231, 0, 0, paraD2)
}
MYSA[409] {
pt3dadd(41231, 0, 0, paraD1)
pt3dadd(41234, 0, 0, paraD1)
}
node[205] {
pt3dadd(41234, 0, 0, nodeD)
pt3dadd(41235, 0, 0, nodeD)
}
MYSA[410] {
pt3dadd(41235, 0, 0, paraD1)
pt3dadd(41238, 0, 0, paraD1)
}
FLUT[410] {
pt3dadd(41238, 0, 0, paraD2)
pt3dadd(41248, 0, 0, paraD2)
}
STIN[615] {
pt3dadd(41248, 0, 0, axonD)
pt3dadd(41306, 0, 0, axonD)
}
STIN[616] {
pt3dadd(41306, 0, 0, axonD)
pt3dadd(41364, 0, 0, axonD)
}
STIN[617] {
pt3dadd(41364, 0, 0, axonD)
pt3dadd(41422, 0, 0, axonD)
}
FLUT[411] {
pt3dadd(41422, 0, 0, paraD2)
pt3dadd(41432, 0, 0, paraD2)
}
MYSA[411] {
pt3dadd(41432, 0, 0, paraD1)
pt3dadd(41435, 0, 0, paraD1)
}
node[206] {
pt3dadd(41435, 0, 0, nodeD)
pt3dadd(41436, 0, 0, nodeD)
}
MYSA[412] {
pt3dadd(41436, 0, 0, paraD1)
pt3dadd(41439, 0, 0, paraD1)
}
FLUT[412] {
pt3dadd(41439, 0, 0, paraD2)
pt3dadd(41449, 0, 0, paraD2)
}
STIN[618] {
pt3dadd(41449, 0, 0, axonD)
pt3dadd(41507, 0, 0, axonD)
}
STIN[619] {
pt3dadd(41507, 0, 0, axonD)
pt3dadd(41565, 0, 0, axonD)
}
STIN[620] {
pt3dadd(41565, 0, 0, axonD)
pt3dadd(41623, 0, 0, axonD)
}
FLUT[413] {
pt3dadd(41623, 0, 0, paraD2)
pt3dadd(41633, 0, 0, paraD2)
}
MYSA[413] {
pt3dadd(41633, 0, 0, paraD1)
pt3dadd(41636, 0, 0, paraD1)
}
node[207] {
pt3dadd(41636, 0, 0, nodeD)
pt3dadd(41637, 0, 0, nodeD)
}
MYSA[414] {
pt3dadd(41637, 0, 0, paraD1)
pt3dadd(41640, 0, 0, paraD1)
}
FLUT[414] {
pt3dadd(41640, 0, 0, paraD2)
pt3dadd(41650, 0, 0, paraD2)
}
STIN[621] {
pt3dadd(41650, 0, 0, axonD)
pt3dadd(41708, 0, 0, axonD)
}
STIN[622] {
pt3dadd(41708, 0, 0, axonD)
pt3dadd(41766, 0, 0, axonD)
}
STIN[623] {
pt3dadd(41766, 0, 0, axonD)
pt3dadd(41824, 0, 0, axonD)
}
FLUT[415] {
pt3dadd(41824, 0, 0, paraD2)
pt3dadd(41834, 0, 0, paraD2)
}
MYSA[415] {
pt3dadd(41834, 0, 0, paraD1)
pt3dadd(41837, 0, 0, paraD1)
}
node[208] {
pt3dadd(41837, 0, 0, nodeD)
pt3dadd(41838, 0, 0, nodeD)
}
MYSA[416] {
pt3dadd(41838, 0, 0, paraD1)
pt3dadd(41841, 0, 0, paraD1)
}
FLUT[416] {
pt3dadd(41841, 0, 0, paraD2)
pt3dadd(41851, 0, 0, paraD2)
}
STIN[624] {
pt3dadd(41851, 0, 0, axonD)
pt3dadd(41909, 0, 0, axonD)
}
STIN[625] {
pt3dadd(41909, 0, 0, axonD)
pt3dadd(41967, 0, 0, axonD)
}
STIN[626] {
pt3dadd(41967, 0, 0, axonD)
pt3dadd(42025, 0, 0, axonD)
}
FLUT[417] {
pt3dadd(42025, 0, 0, paraD2)
pt3dadd(42035, 0, 0, paraD2)
}
MYSA[417] {
pt3dadd(42035, 0, 0, paraD1)
pt3dadd(42038, 0, 0, paraD1)
}
node[209] {
pt3dadd(42038, 0, 0, nodeD)
pt3dadd(42039, 0, 0, nodeD)
}
MYSA[418] {
pt3dadd(42039, 0, 0, paraD1)
pt3dadd(42042, 0, 0, paraD1)
}
FLUT[418] {
pt3dadd(42042, 0, 0, paraD2)
pt3dadd(42052, 0, 0, paraD2)
}
STIN[627] {
pt3dadd(42052, 0, 0, axonD)
pt3dadd(42110, 0, 0, axonD)
}
STIN[628] {
pt3dadd(42110, 0, 0, axonD)
pt3dadd(42168, 0, 0, axonD)
}
STIN[629] {
pt3dadd(42168, 0, 0, axonD)
pt3dadd(42226, 0, 0, axonD)
}
FLUT[419] {
pt3dadd(42226, 0, 0, paraD2)
pt3dadd(42236, 0, 0, paraD2)
}
MYSA[419] {
pt3dadd(42236, 0, 0, paraD1)
pt3dadd(42239, 0, 0, paraD1)
}
node[210] {
pt3dadd(42239, 0, 0, nodeD)
pt3dadd(42240, 0, 0, nodeD)
}
MYSA[420] {
pt3dadd(42240, 0, 0, paraD1)
pt3dadd(42243, 0, 0, paraD1)
}
FLUT[420] {
pt3dadd(42243, 0, 0, paraD2)
pt3dadd(42253, 0, 0, paraD2)
}
STIN[630] {
pt3dadd(42253, 0, 0, axonD)
pt3dadd(42311, 0, 0, axonD)
}
STIN[631] {
pt3dadd(42311, 0, 0, axonD)
pt3dadd(42369, 0, 0, axonD)
}
STIN[632] {
pt3dadd(42369, 0, 0, axonD)
pt3dadd(42427, 0, 0, axonD)
}
FLUT[421] {
pt3dadd(42427, 0, 0, paraD2)
pt3dadd(42437, 0, 0, paraD2)
}
MYSA[421] {
pt3dadd(42437, 0, 0, paraD1)
pt3dadd(42440, 0, 0, paraD1)
}
node[211] {
pt3dadd(42440, 0, 0, nodeD)
pt3dadd(42441, 0, 0, nodeD)
}
MYSA[422] {
pt3dadd(42441, 0, 0, paraD1)
pt3dadd(42444, 0, 0, paraD1)
}
FLUT[422] {
pt3dadd(42444, 0, 0, paraD2)
pt3dadd(42454, 0, 0, paraD2)
}
STIN[633] {
pt3dadd(42454, 0, 0, axonD)
pt3dadd(42512, 0, 0, axonD)
}
STIN[634] {
pt3dadd(42512, 0, 0, axonD)
pt3dadd(42570, 0, 0, axonD)
}
STIN[635] {
pt3dadd(42570, 0, 0, axonD)
pt3dadd(42628, 0, 0, axonD)
}
FLUT[423] {
pt3dadd(42628, 0, 0, paraD2)
pt3dadd(42638, 0, 0, paraD2)
}
MYSA[423] {
pt3dadd(42638, 0, 0, paraD1)
pt3dadd(42641, 0, 0, paraD1)
}
node[212] {
pt3dadd(42641, 0, 0, nodeD)
pt3dadd(42642, 0, 0, nodeD)
}
MYSA[424] {
pt3dadd(42642, 0, 0, paraD1)
pt3dadd(42645, 0, 0, paraD1)
}
FLUT[424] {
pt3dadd(42645, 0, 0, paraD2)
pt3dadd(42655, 0, 0, paraD2)
}
STIN[636] {
pt3dadd(42655, 0, 0, axonD)
pt3dadd(42713, 0, 0, axonD)
}
STIN[637] {
pt3dadd(42713, 0, 0, axonD)
pt3dadd(42771, 0, 0, axonD)
}
STIN[638] {
pt3dadd(42771, 0, 0, axonD)
pt3dadd(42829, 0, 0, axonD)
}
FLUT[425] {
pt3dadd(42829, 0, 0, paraD2)
pt3dadd(42839, 0, 0, paraD2)
}
MYSA[425] {
pt3dadd(42839, 0, 0, paraD1)
pt3dadd(42842, 0, 0, paraD1)
}
node[213] {
pt3dadd(42842, 0, 0, nodeD)
pt3dadd(42843, 0, 0, nodeD)
}
MYSA[426] {
pt3dadd(42843, 0, 0, paraD1)
pt3dadd(42846, 0, 0, paraD1)
}
FLUT[426] {
pt3dadd(42846, 0, 0, paraD2)
pt3dadd(42856, 0, 0, paraD2)
}
STIN[639] {
pt3dadd(42856, 0, 0, axonD)
pt3dadd(42914, 0, 0, axonD)
}
STIN[640] {
pt3dadd(42914, 0, 0, axonD)
pt3dadd(42972, 0, 0, axonD)
}
STIN[641] {
pt3dadd(42972, 0, 0, axonD)
pt3dadd(43030, 0, 0, axonD)
}
FLUT[427] {
pt3dadd(43030, 0, 0, paraD2)
pt3dadd(43040, 0, 0, paraD2)
}
MYSA[427] {
pt3dadd(43040, 0, 0, paraD1)
pt3dadd(43043, 0, 0, paraD1)
}
node[214] {
pt3dadd(43043, 0, 0, nodeD)
pt3dadd(43044, 0, 0, nodeD)
}
MYSA[428] {
pt3dadd(43044, 0, 0, paraD1)
pt3dadd(43047, 0, 0, paraD1)
}
FLUT[428] {
pt3dadd(43047, 0, 0, paraD2)
pt3dadd(43057, 0, 0, paraD2)
}
STIN[642] {
pt3dadd(43057, 0, 0, axonD)
pt3dadd(43115, 0, 0, axonD)
}
STIN[643] {
pt3dadd(43115, 0, 0, axonD)
pt3dadd(43173, 0, 0, axonD)
}
STIN[644] {
pt3dadd(43173, 0, 0, axonD)
pt3dadd(43231, 0, 0, axonD)
}
FLUT[429] {
pt3dadd(43231, 0, 0, paraD2)
pt3dadd(43241, 0, 0, paraD2)
}
MYSA[429] {
pt3dadd(43241, 0, 0, paraD1)
pt3dadd(43244, 0, 0, paraD1)
}
node[215] {
pt3dadd(43244, 0, 0, nodeD)
pt3dadd(43245, 0, 0, nodeD)
}
MYSA[430] {
pt3dadd(43245, 0, 0, paraD1)
pt3dadd(43248, 0, 0, paraD1)
}
FLUT[430] {
pt3dadd(43248, 0, 0, paraD2)
pt3dadd(43258, 0, 0, paraD2)
}
STIN[645] {
pt3dadd(43258, 0, 0, axonD)
pt3dadd(43316, 0, 0, axonD)
}
STIN[646] {
pt3dadd(43316, 0, 0, axonD)
pt3dadd(43374, 0, 0, axonD)
}
STIN[647] {
pt3dadd(43374, 0, 0, axonD)
pt3dadd(43432, 0, 0, axonD)
}
FLUT[431] {
pt3dadd(43432, 0, 0, paraD2)
pt3dadd(43442, 0, 0, paraD2)
}
MYSA[431] {
pt3dadd(43442, 0, 0, paraD1)
pt3dadd(43445, 0, 0, paraD1)
}
node[216] {
pt3dadd(43445, 0, 0, nodeD)
pt3dadd(43446, 0, 0, nodeD)
}
MYSA[432] {
pt3dadd(43446, 0, 0, paraD1)
pt3dadd(43449, 0, 0, paraD1)
}
FLUT[432] {
pt3dadd(43449, 0, 0, paraD2)
pt3dadd(43459, 0, 0, paraD2)
}
STIN[648] {
pt3dadd(43459, 0, 0, axonD)
pt3dadd(43517, 0, 0, axonD)
}
STIN[649] {
pt3dadd(43517, 0, 0, axonD)
pt3dadd(43575, 0, 0, axonD)
}
STIN[650] {
pt3dadd(43575, 0, 0, axonD)
pt3dadd(43633, 0, 0, axonD)
}
FLUT[433] {
pt3dadd(43633, 0, 0, paraD2)
pt3dadd(43643, 0, 0, paraD2)
}
MYSA[433] {
pt3dadd(43643, 0, 0, paraD1)
pt3dadd(43646, 0, 0, paraD1)
}
node[217] {
pt3dadd(43646, 0, 0, nodeD)
pt3dadd(43647, 0, 0, nodeD)
}
MYSA[434] {
pt3dadd(43647, 0, 0, paraD1)
pt3dadd(43650, 0, 0, paraD1)
}
FLUT[434] {
pt3dadd(43650, 0, 0, paraD2)
pt3dadd(43660, 0, 0, paraD2)
}
STIN[651] {
pt3dadd(43660, 0, 0, axonD)
pt3dadd(43718, 0, 0, axonD)
}
STIN[652] {
pt3dadd(43718, 0, 0, axonD)
pt3dadd(43776, 0, 0, axonD)
}
STIN[653] {
pt3dadd(43776, 0, 0, axonD)
pt3dadd(43834, 0, 0, axonD)
}
FLUT[435] {
pt3dadd(43834, 0, 0, paraD2)
pt3dadd(43844, 0, 0, paraD2)
}
MYSA[435] {
pt3dadd(43844, 0, 0, paraD1)
pt3dadd(43847, 0, 0, paraD1)
}
node[218] {
pt3dadd(43847, 0, 0, nodeD)
pt3dadd(43848, 0, 0, nodeD)
}
MYSA[436] {
pt3dadd(43848, 0, 0, paraD1)
pt3dadd(43851, 0, 0, paraD1)
}
FLUT[436] {
pt3dadd(43851, 0, 0, paraD2)
pt3dadd(43861, 0, 0, paraD2)
}
STIN[654] {
pt3dadd(43861, 0, 0, axonD)
pt3dadd(43919, 0, 0, axonD)
}
STIN[655] {
pt3dadd(43919, 0, 0, axonD)
pt3dadd(43977, 0, 0, axonD)
}
STIN[656] {
pt3dadd(43977, 0, 0, axonD)
pt3dadd(44035, 0, 0, axonD)
}
FLUT[437] {
pt3dadd(44035, 0, 0, paraD2)
pt3dadd(44045, 0, 0, paraD2)
}
MYSA[437] {
pt3dadd(44045, 0, 0, paraD1)
pt3dadd(44048, 0, 0, paraD1)
}
node[219] {
pt3dadd(44048, 0, 0, nodeD)
pt3dadd(44049, 0, 0, nodeD)
}
MYSA[438] {
pt3dadd(44049, 0, 0, paraD1)
pt3dadd(44052, 0, 0, paraD1)
}
FLUT[438] {
pt3dadd(44052, 0, 0, paraD2)
pt3dadd(44062, 0, 0, paraD2)
}
STIN[657] {
pt3dadd(44062, 0, 0, axonD)
pt3dadd(44120, 0, 0, axonD)
}
STIN[658] {
pt3dadd(44120, 0, 0, axonD)
pt3dadd(44178, 0, 0, axonD)
}
STIN[659] {
pt3dadd(44178, 0, 0, axonD)
pt3dadd(44236, 0, 0, axonD)
}
FLUT[439] {
pt3dadd(44236, 0, 0, paraD2)
pt3dadd(44246, 0, 0, paraD2)
}
MYSA[439] {
pt3dadd(44246, 0, 0, paraD1)
pt3dadd(44249, 0, 0, paraD1)
}
node[220] {
pt3dadd(44249, 0, 0, nodeD)
pt3dadd(44250, 0, 0, nodeD)
}
MYSA[440] {
pt3dadd(44250, 0, 0, paraD1)
pt3dadd(44253, 0, 0, paraD1)
}
FLUT[440] {
pt3dadd(44253, 0, 0, paraD2)
pt3dadd(44263, 0, 0, paraD2)
}
STIN[660] {
pt3dadd(44263, 0, 0, axonD)
pt3dadd(44321, 0, 0, axonD)
}
STIN[661] {
pt3dadd(44321, 0, 0, axonD)
pt3dadd(44379, 0, 0, axonD)
}
STIN[662] {
pt3dadd(44379, 0, 0, axonD)
pt3dadd(44437, 0, 0, axonD)
}
FLUT[441] {
pt3dadd(44437, 0, 0, paraD2)
pt3dadd(44447, 0, 0, paraD2)
}
MYSA[441] {
pt3dadd(44447, 0, 0, paraD1)
pt3dadd(44450, 0, 0, paraD1)
}
node[221] {
pt3dadd(44450, 0, 0, nodeD)
pt3dadd(44451, 0, 0, nodeD)
}
MYSA[442] {
pt3dadd(44451, 0, 0, paraD1)
pt3dadd(44454, 0, 0, paraD1)
}
FLUT[442] {
pt3dadd(44454, 0, 0, paraD2)
pt3dadd(44464, 0, 0, paraD2)
}
STIN[663] {
pt3dadd(44464, 0, 0, axonD)
pt3dadd(44522, 0, 0, axonD)
}
STIN[664] {
pt3dadd(44522, 0, 0, axonD)
pt3dadd(44580, 0, 0, axonD)
}
STIN[665] {
pt3dadd(44580, 0, 0, axonD)
pt3dadd(44638, 0, 0, axonD)
}
FLUT[443] {
pt3dadd(44638, 0, 0, paraD2)
pt3dadd(44648, 0, 0, paraD2)
}
MYSA[443] {
pt3dadd(44648, 0, 0, paraD1)
pt3dadd(44651, 0, 0, paraD1)
}
node[222] {
pt3dadd(44651, 0, 0, nodeD)
pt3dadd(44652, 0, 0, nodeD)
}
MYSA[444] {
pt3dadd(44652, 0, 0, paraD1)
pt3dadd(44655, 0, 0, paraD1)
}
FLUT[444] {
pt3dadd(44655, 0, 0, paraD2)
pt3dadd(44665, 0, 0, paraD2)
}
STIN[666] {
pt3dadd(44665, 0, 0, axonD)
pt3dadd(44723, 0, 0, axonD)
}
STIN[667] {
pt3dadd(44723, 0, 0, axonD)
pt3dadd(44781, 0, 0, axonD)
}
STIN[668] {
pt3dadd(44781, 0, 0, axonD)
pt3dadd(44839, 0, 0, axonD)
}
FLUT[445] {
pt3dadd(44839, 0, 0, paraD2)
pt3dadd(44849, 0, 0, paraD2)
}
MYSA[445] {
pt3dadd(44849, 0, 0, paraD1)
pt3dadd(44852, 0, 0, paraD1)
}
node[223] {
pt3dadd(44852, 0, 0, nodeD)
pt3dadd(44853, 0, 0, nodeD)
}
MYSA[446] {
pt3dadd(44853, 0, 0, paraD1)
pt3dadd(44856, 0, 0, paraD1)
}
FLUT[446] {
pt3dadd(44856, 0, 0, paraD2)
pt3dadd(44866, 0, 0, paraD2)
}
STIN[669] {
pt3dadd(44866, 0, 0, axonD)
pt3dadd(44924, 0, 0, axonD)
}
STIN[670] {
pt3dadd(44924, 0, 0, axonD)
pt3dadd(44982, 0, 0, axonD)
}
STIN[671] {
pt3dadd(44982, 0, 0, axonD)
pt3dadd(45040, 0, 0, axonD)
}
FLUT[447] {
pt3dadd(45040, 0, 0, paraD2)
pt3dadd(45050, 0, 0, paraD2)
}
MYSA[447] {
pt3dadd(45050, 0, 0, paraD1)
pt3dadd(45053, 0, 0, paraD1)
}
node[224] {
pt3dadd(45053, 0, 0, nodeD)
pt3dadd(45054, 0, 0, nodeD)
}
MYSA[448] {
pt3dadd(45054, 0, 0, paraD1)
pt3dadd(45057, 0, 0, paraD1)
}
FLUT[448] {
pt3dadd(45057, 0, 0, paraD2)
pt3dadd(45067, 0, 0, paraD2)
}
STIN[672] {
pt3dadd(45067, 0, 0, axonD)
pt3dadd(45125, 0, 0, axonD)
}
STIN[673] {
pt3dadd(45125, 0, 0, axonD)
pt3dadd(45183, 0, 0, axonD)
}
STIN[674] {
pt3dadd(45183, 0, 0, axonD)
pt3dadd(45241, 0, 0, axonD)
}
FLUT[449] {
pt3dadd(45241, 0, 0, paraD2)
pt3dadd(45251, 0, 0, paraD2)
}
MYSA[449] {
pt3dadd(45251, 0, 0, paraD1)
pt3dadd(45254, 0, 0, paraD1)
}
node[225] {
pt3dadd(45254, 0, 0, nodeD)
pt3dadd(45255, 0, 0, nodeD)
}
MYSA[450] {
pt3dadd(45255, 0, 0, paraD1)
pt3dadd(45258, 0, 0, paraD1)
}
FLUT[450] {
pt3dadd(45258, 0, 0, paraD2)
pt3dadd(45268, 0, 0, paraD2)
}
STIN[675] {
pt3dadd(45268, 0, 0, axonD)
pt3dadd(45326, 0, 0, axonD)
}
STIN[676] {
pt3dadd(45326, 0, 0, axonD)
pt3dadd(45384, 0, 0, axonD)
}
STIN[677] {
pt3dadd(45384, 0, 0, axonD)
pt3dadd(45442, 0, 0, axonD)
}
FLUT[451] {
pt3dadd(45442, 0, 0, paraD2)
pt3dadd(45452, 0, 0, paraD2)
}
MYSA[451] {
pt3dadd(45452, 0, 0, paraD1)
pt3dadd(45455, 0, 0, paraD1)
}
node[226] {
pt3dadd(45455, 0, 0, nodeD)
pt3dadd(45456, 0, 0, nodeD)
}
MYSA[452] {
pt3dadd(45456, 0, 0, paraD1)
pt3dadd(45459, 0, 0, paraD1)
}
FLUT[452] {
pt3dadd(45459, 0, 0, paraD2)
pt3dadd(45469, 0, 0, paraD2)
}
STIN[678] {
pt3dadd(45469, 0, 0, axonD)
pt3dadd(45527, 0, 0, axonD)
}
STIN[679] {
pt3dadd(45527, 0, 0, axonD)
pt3dadd(45585, 0, 0, axonD)
}
STIN[680] {
pt3dadd(45585, 0, 0, axonD)
pt3dadd(45643, 0, 0, axonD)
}
FLUT[453] {
pt3dadd(45643, 0, 0, paraD2)
pt3dadd(45653, 0, 0, paraD2)
}
MYSA[453] {
pt3dadd(45653, 0, 0, paraD1)
pt3dadd(45656, 0, 0, paraD1)
}
node[227] {
pt3dadd(45656, 0, 0, nodeD)
pt3dadd(45657, 0, 0, nodeD)
}
MYSA[454] {
pt3dadd(45657, 0, 0, paraD1)
pt3dadd(45660, 0, 0, paraD1)
}
FLUT[454] {
pt3dadd(45660, 0, 0, paraD2)
pt3dadd(45670, 0, 0, paraD2)
}
STIN[681] {
pt3dadd(45670, 0, 0, axonD)
pt3dadd(45728, 0, 0, axonD)
}
STIN[682] {
pt3dadd(45728, 0, 0, axonD)
pt3dadd(45786, 0, 0, axonD)
}
STIN[683] {
pt3dadd(45786, 0, 0, axonD)
pt3dadd(45844, 0, 0, axonD)
}
FLUT[455] {
pt3dadd(45844, 0, 0, paraD2)
pt3dadd(45854, 0, 0, paraD2)
}
MYSA[455] {
pt3dadd(45854, 0, 0, paraD1)
pt3dadd(45857, 0, 0, paraD1)
}
node[228] {
pt3dadd(45857, 0, 0, nodeD)
pt3dadd(45858, 0, 0, nodeD)
}
MYSA[456] {
pt3dadd(45858, 0, 0, paraD1)
pt3dadd(45861, 0, 0, paraD1)
}
FLUT[456] {
pt3dadd(45861, 0, 0, paraD2)
pt3dadd(45871, 0, 0, paraD2)
}
STIN[684] {
pt3dadd(45871, 0, 0, axonD)
pt3dadd(45929, 0, 0, axonD)
}
STIN[685] {
pt3dadd(45929, 0, 0, axonD)
pt3dadd(45987, 0, 0, axonD)
}
STIN[686] {
pt3dadd(45987, 0, 0, axonD)
pt3dadd(46045, 0, 0, axonD)
}
FLUT[457] {
pt3dadd(46045, 0, 0, paraD2)
pt3dadd(46055, 0, 0, paraD2)
}
MYSA[457] {
pt3dadd(46055, 0, 0, paraD1)
pt3dadd(46058, 0, 0, paraD1)
}
node[229] {
pt3dadd(46058, 0, 0, nodeD)
pt3dadd(46059, 0, 0, nodeD)
}
MYSA[458] {
pt3dadd(46059, 0, 0, paraD1)
pt3dadd(46062, 0, 0, paraD1)
}
FLUT[458] {
pt3dadd(46062, 0, 0, paraD2)
pt3dadd(46072, 0, 0, paraD2)
}
STIN[687] {
pt3dadd(46072, 0, 0, axonD)
pt3dadd(46130, 0, 0, axonD)
}
STIN[688] {
pt3dadd(46130, 0, 0, axonD)
pt3dadd(46188, 0, 0, axonD)
}
STIN[689] {
pt3dadd(46188, 0, 0, axonD)
pt3dadd(46246, 0, 0, axonD)
}
FLUT[459] {
pt3dadd(46246, 0, 0, paraD2)
pt3dadd(46256, 0, 0, paraD2)
}
MYSA[459] {
pt3dadd(46256, 0, 0, paraD1)
pt3dadd(46259, 0, 0, paraD1)
}
node[230] {
pt3dadd(46259, 0, 0, nodeD)
pt3dadd(46260, 0, 0, nodeD)
}
MYSA[460] {
pt3dadd(46260, 0, 0, paraD1)
pt3dadd(46263, 0, 0, paraD1)
}
FLUT[460] {
pt3dadd(46263, 0, 0, paraD2)
pt3dadd(46273, 0, 0, paraD2)
}
STIN[690] {
pt3dadd(46273, 0, 0, axonD)
pt3dadd(46331, 0, 0, axonD)
}
STIN[691] {
pt3dadd(46331, 0, 0, axonD)
pt3dadd(46389, 0, 0, axonD)
}
STIN[692] {
pt3dadd(46389, 0, 0, axonD)
pt3dadd(46447, 0, 0, axonD)
}
FLUT[461] {
pt3dadd(46447, 0, 0, paraD2)
pt3dadd(46457, 0, 0, paraD2)
}
MYSA[461] {
pt3dadd(46457, 0, 0, paraD1)
pt3dadd(46460, 0, 0, paraD1)
}
node[231] {
pt3dadd(46460, 0, 0, nodeD)
pt3dadd(46461, 0, 0, nodeD)
}
MYSA[462] {
pt3dadd(46461, 0, 0, paraD1)
pt3dadd(46464, 0, 0, paraD1)
}
FLUT[462] {
pt3dadd(46464, 0, 0, paraD2)
pt3dadd(46474, 0, 0, paraD2)
}
STIN[693] {
pt3dadd(46474, 0, 0, axonD)
pt3dadd(46532, 0, 0, axonD)
}
STIN[694] {
pt3dadd(46532, 0, 0, axonD)
pt3dadd(46590, 0, 0, axonD)
}
STIN[695] {
pt3dadd(46590, 0, 0, axonD)
pt3dadd(46648, 0, 0, axonD)
}
FLUT[463] {
pt3dadd(46648, 0, 0, paraD2)
pt3dadd(46658, 0, 0, paraD2)
}
MYSA[463] {
pt3dadd(46658, 0, 0, paraD1)
pt3dadd(46661, 0, 0, paraD1)
}
node[232] {
pt3dadd(46661, 0, 0, nodeD)
pt3dadd(46662, 0, 0, nodeD)
}
MYSA[464] {
pt3dadd(46662, 0, 0, paraD1)
pt3dadd(46665, 0, 0, paraD1)
}
FLUT[464] {
pt3dadd(46665, 0, 0, paraD2)
pt3dadd(46675, 0, 0, paraD2)
}
STIN[696] {
pt3dadd(46675, 0, 0, axonD)
pt3dadd(46733, 0, 0, axonD)
}
STIN[697] {
pt3dadd(46733, 0, 0, axonD)
pt3dadd(46791, 0, 0, axonD)
}
STIN[698] {
pt3dadd(46791, 0, 0, axonD)
pt3dadd(46849, 0, 0, axonD)
}
FLUT[465] {
pt3dadd(46849, 0, 0, paraD2)
pt3dadd(46859, 0, 0, paraD2)
}
MYSA[465] {
pt3dadd(46859, 0, 0, paraD1)
pt3dadd(46862, 0, 0, paraD1)
}
node[233] {
pt3dadd(46862, 0, 0, nodeD)
pt3dadd(46863, 0, 0, nodeD)
}
MYSA[466] {
pt3dadd(46863, 0, 0, paraD1)
pt3dadd(46866, 0, 0, paraD1)
}
FLUT[466] {
pt3dadd(46866, 0, 0, paraD2)
pt3dadd(46876, 0, 0, paraD2)
}
STIN[699] {
pt3dadd(46876, 0, 0, axonD)
pt3dadd(46934, 0, 0, axonD)
}
STIN[700] {
pt3dadd(46934, 0, 0, axonD)
pt3dadd(46992, 0, 0, axonD)
}
STIN[701] {
pt3dadd(46992, 0, 0, axonD)
pt3dadd(47050, 0, 0, axonD)
}
FLUT[467] {
pt3dadd(47050, 0, 0, paraD2)
pt3dadd(47060, 0, 0, paraD2)
}
MYSA[467] {
pt3dadd(47060, 0, 0, paraD1)
pt3dadd(47063, 0, 0, paraD1)
}
node[234] {
pt3dadd(47063, 0, 0, nodeD)
pt3dadd(47064, 0, 0, nodeD)
}
MYSA[468] {
pt3dadd(47064, 0, 0, paraD1)
pt3dadd(47067, 0, 0, paraD1)
}
FLUT[468] {
pt3dadd(47067, 0, 0, paraD2)
pt3dadd(47077, 0, 0, paraD2)
}
STIN[702] {
pt3dadd(47077, 0, 0, axonD)
pt3dadd(47135, 0, 0, axonD)
}
STIN[703] {
pt3dadd(47135, 0, 0, axonD)
pt3dadd(47193, 0, 0, axonD)
}
STIN[704] {
pt3dadd(47193, 0, 0, axonD)
pt3dadd(47251, 0, 0, axonD)
}
FLUT[469] {
pt3dadd(47251, 0, 0, paraD2)
pt3dadd(47261, 0, 0, paraD2)
}
MYSA[469] {
pt3dadd(47261, 0, 0, paraD1)
pt3dadd(47264, 0, 0, paraD1)
}
node[235] {
pt3dadd(47264, 0, 0, nodeD)
pt3dadd(47265, 0, 0, nodeD)
}
MYSA[470] {
pt3dadd(47265, 0, 0, paraD1)
pt3dadd(47268, 0, 0, paraD1)
}
FLUT[470] {
pt3dadd(47268, 0, 0, paraD2)
pt3dadd(47278, 0, 0, paraD2)
}
STIN[705] {
pt3dadd(47278, 0, 0, axonD)
pt3dadd(47336, 0, 0, axonD)
}
STIN[706] {
pt3dadd(47336, 0, 0, axonD)
pt3dadd(47394, 0, 0, axonD)
}
STIN[707] {
pt3dadd(47394, 0, 0, axonD)
pt3dadd(47452, 0, 0, axonD)
}
FLUT[471] {
pt3dadd(47452, 0, 0, paraD2)
pt3dadd(47462, 0, 0, paraD2)
}
MYSA[471] {
pt3dadd(47462, 0, 0, paraD1)
pt3dadd(47465, 0, 0, paraD1)
}
node[236] {
pt3dadd(47465, 0, 0, nodeD)
pt3dadd(47466, 0, 0, nodeD)
}
MYSA[472] {
pt3dadd(47466, 0, 0, paraD1)
pt3dadd(47469, 0, 0, paraD1)
}
FLUT[472] {
pt3dadd(47469, 0, 0, paraD2)
pt3dadd(47479, 0, 0, paraD2)
}
STIN[708] {
pt3dadd(47479, 0, 0, axonD)
pt3dadd(47537, 0, 0, axonD)
}
STIN[709] {
pt3dadd(47537, 0, 0, axonD)
pt3dadd(47595, 0, 0, axonD)
}
STIN[710] {
pt3dadd(47595, 0, 0, axonD)
pt3dadd(47653, 0, 0, axonD)
}
FLUT[473] {
pt3dadd(47653, 0, 0, paraD2)
pt3dadd(47663, 0, 0, paraD2)
}
MYSA[473] {
pt3dadd(47663, 0, 0, paraD1)
pt3dadd(47666, 0, 0, paraD1)
}
node[237] {
pt3dadd(47666, 0, 0, nodeD)
pt3dadd(47667, 0, 0, nodeD)
}
MYSA[474] {
pt3dadd(47667, 0, 0, paraD1)
pt3dadd(47670, 0, 0, paraD1)
}
FLUT[474] {
pt3dadd(47670, 0, 0, paraD2)
pt3dadd(47680, 0, 0, paraD2)
}
STIN[711] {
pt3dadd(47680, 0, 0, axonD)
pt3dadd(47738, 0, 0, axonD)
}
STIN[712] {
pt3dadd(47738, 0, 0, axonD)
pt3dadd(47796, 0, 0, axonD)
}
STIN[713] {
pt3dadd(47796, 0, 0, axonD)
pt3dadd(47854, 0, 0, axonD)
}
FLUT[475] {
pt3dadd(47854, 0, 0, paraD2)
pt3dadd(47864, 0, 0, paraD2)
}
MYSA[475] {
pt3dadd(47864, 0, 0, paraD1)
pt3dadd(47867, 0, 0, paraD1)
}
node[238] {
pt3dadd(47867, 0, 0, nodeD)
pt3dadd(47868, 0, 0, nodeD)
}
MYSA[476] {
pt3dadd(47868, 0, 0, paraD1)
pt3dadd(47871, 0, 0, paraD1)
}
FLUT[476] {
pt3dadd(47871, 0, 0, paraD2)
pt3dadd(47881, 0, 0, paraD2)
}
STIN[714] {
pt3dadd(47881, 0, 0, axonD)
pt3dadd(47939, 0, 0, axonD)
}
STIN[715] {
pt3dadd(47939, 0, 0, axonD)
pt3dadd(47997, 0, 0, axonD)
}
STIN[716] {
pt3dadd(47997, 0, 0, axonD)
pt3dadd(48055, 0, 0, axonD)
}
FLUT[477] {
pt3dadd(48055, 0, 0, paraD2)
pt3dadd(48065, 0, 0, paraD2)
}
MYSA[477] {
pt3dadd(48065, 0, 0, paraD1)
pt3dadd(48068, 0, 0, paraD1)
}
node[239] {
pt3dadd(48068, 0, 0, nodeD)
pt3dadd(48069, 0, 0, nodeD)
}
MYSA[478] {
pt3dadd(48069, 0, 0, paraD1)
pt3dadd(48072, 0, 0, paraD1)
}
FLUT[478] {
pt3dadd(48072, 0, 0, paraD2)
pt3dadd(48082, 0, 0, paraD2)
}
STIN[717] {
pt3dadd(48082, 0, 0, axonD)
pt3dadd(48140, 0, 0, axonD)
}
STIN[718] {
pt3dadd(48140, 0, 0, axonD)
pt3dadd(48198, 0, 0, axonD)
}
STIN[719] {
pt3dadd(48198, 0, 0, axonD)
pt3dadd(48256, 0, 0, axonD)
}
FLUT[479] {
pt3dadd(48256, 0, 0, paraD2)
pt3dadd(48266, 0, 0, paraD2)
}
MYSA[479] {
pt3dadd(48266, 0, 0, paraD1)
pt3dadd(48269, 0, 0, paraD1)
}
node[240] {
pt3dadd(48269, 0, 0, nodeD)
pt3dadd(48270, 0, 0, nodeD)
}
MYSA[480] {
pt3dadd(48270, 0, 0, paraD1)
pt3dadd(48273, 0, 0, paraD1)
}
FLUT[480] {
pt3dadd(48273, 0, 0, paraD2)
pt3dadd(48283, 0, 0, paraD2)
}
STIN[720] {
pt3dadd(48283, 0, 0, axonD)
pt3dadd(48341, 0, 0, axonD)
}
STIN[721] {
pt3dadd(48341, 0, 0, axonD)
pt3dadd(48399, 0, 0, axonD)
}
STIN[722] {
pt3dadd(48399, 0, 0, axonD)
pt3dadd(48457, 0, 0, axonD)
}
FLUT[481] {
pt3dadd(48457, 0, 0, paraD2)
pt3dadd(48467, 0, 0, paraD2)
}
MYSA[481] {
pt3dadd(48467, 0, 0, paraD1)
pt3dadd(48470, 0, 0, paraD1)
}
node[241] {
pt3dadd(48470, 0, 0, nodeD)
pt3dadd(48471, 0, 0, nodeD)
}
MYSA[482] {
pt3dadd(48471, 0, 0, paraD1)
pt3dadd(48474, 0, 0, paraD1)
}
FLUT[482] {
pt3dadd(48474, 0, 0, paraD2)
pt3dadd(48484, 0, 0, paraD2)
}
STIN[723] {
pt3dadd(48484, 0, 0, axonD)
pt3dadd(48542, 0, 0, axonD)
}
STIN[724] {
pt3dadd(48542, 0, 0, axonD)
pt3dadd(48600, 0, 0, axonD)
}
STIN[725] {
pt3dadd(48600, 0, 0, axonD)
pt3dadd(48658, 0, 0, axonD)
}
FLUT[483] {
pt3dadd(48658, 0, 0, paraD2)
pt3dadd(48668, 0, 0, paraD2)
}
MYSA[483] {
pt3dadd(48668, 0, 0, paraD1)
pt3dadd(48671, 0, 0, paraD1)
}
node[242] {
pt3dadd(48671, 0, 0, nodeD)
pt3dadd(48672, 0, 0, nodeD)
}
MYSA[484] {
pt3dadd(48672, 0, 0, paraD1)
pt3dadd(48675, 0, 0, paraD1)
}
FLUT[484] {
pt3dadd(48675, 0, 0, paraD2)
pt3dadd(48685, 0, 0, paraD2)
}
STIN[726] {
pt3dadd(48685, 0, 0, axonD)
pt3dadd(48743, 0, 0, axonD)
}
STIN[727] {
pt3dadd(48743, 0, 0, axonD)
pt3dadd(48801, 0, 0, axonD)
}
STIN[728] {
pt3dadd(48801, 0, 0, axonD)
pt3dadd(48859, 0, 0, axonD)
}
FLUT[485] {
pt3dadd(48859, 0, 0, paraD2)
pt3dadd(48869, 0, 0, paraD2)
}
MYSA[485] {
pt3dadd(48869, 0, 0, paraD1)
pt3dadd(48872, 0, 0, paraD1)
}
node[243] {
pt3dadd(48872, 0, 0, nodeD)
pt3dadd(48873, 0, 0, nodeD)
}
MYSA[486] {
pt3dadd(48873, 0, 0, paraD1)
pt3dadd(48876, 0, 0, paraD1)
}
FLUT[486] {
pt3dadd(48876, 0, 0, paraD2)
pt3dadd(48886, 0, 0, paraD2)
}
STIN[729] {
pt3dadd(48886, 0, 0, axonD)
pt3dadd(48944, 0, 0, axonD)
}
STIN[730] {
pt3dadd(48944, 0, 0, axonD)
pt3dadd(49002, 0, 0, axonD)
}
STIN[731] {
pt3dadd(49002, 0, 0, axonD)
pt3dadd(49060, 0, 0, axonD)
}
FLUT[487] {
pt3dadd(49060, 0, 0, paraD2)
pt3dadd(49070, 0, 0, paraD2)
}
MYSA[487] {
pt3dadd(49070, 0, 0, paraD1)
pt3dadd(49073, 0, 0, paraD1)
}
node[244] {
pt3dadd(49073, 0, 0, nodeD)
pt3dadd(49074, 0, 0, nodeD)
}
MYSA[488] {
pt3dadd(49074, 0, 0, paraD1)
pt3dadd(49077, 0, 0, paraD1)
}
FLUT[488] {
pt3dadd(49077, 0, 0, paraD2)
pt3dadd(49087, 0, 0, paraD2)
}
STIN[732] {
pt3dadd(49087, 0, 0, axonD)
pt3dadd(49145, 0, 0, axonD)
}
STIN[733] {
pt3dadd(49145, 0, 0, axonD)
pt3dadd(49203, 0, 0, axonD)
}
STIN[734] {
pt3dadd(49203, 0, 0, axonD)
pt3dadd(49261, 0, 0, axonD)
}
FLUT[489] {
pt3dadd(49261, 0, 0, paraD2)
pt3dadd(49271, 0, 0, paraD2)
}
MYSA[489] {
pt3dadd(49271, 0, 0, paraD1)
pt3dadd(49274, 0, 0, paraD1)
}
node[245] {
pt3dadd(49274, 0, 0, nodeD)
pt3dadd(49275, 0, 0, nodeD)
}
MYSA[490] {
pt3dadd(49275, 0, 0, paraD1)
pt3dadd(49278, 0, 0, paraD1)
}
FLUT[490] {
pt3dadd(49278, 0, 0, paraD2)
pt3dadd(49288, 0, 0, paraD2)
}
STIN[735] {
pt3dadd(49288, 0, 0, axonD)
pt3dadd(49346, 0, 0, axonD)
}
STIN[736] {
pt3dadd(49346, 0, 0, axonD)
pt3dadd(49404, 0, 0, axonD)
}
STIN[737] {
pt3dadd(49404, 0, 0, axonD)
pt3dadd(49462, 0, 0, axonD)
}
FLUT[491] {
pt3dadd(49462, 0, 0, paraD2)
pt3dadd(49472, 0, 0, paraD2)
}
MYSA[491] {
pt3dadd(49472, 0, 0, paraD1)
pt3dadd(49475, 0, 0, paraD1)
}
node[246] {
pt3dadd(49475, 0, 0, nodeD)
pt3dadd(49476, 0, 0, nodeD)
}
MYSA[492] {
pt3dadd(49476, 0, 0, paraD1)
pt3dadd(49479, 0, 0, paraD1)
}
FLUT[492] {
pt3dadd(49479, 0, 0, paraD2)
pt3dadd(49489, 0, 0, paraD2)
}
STIN[738] {
pt3dadd(49489, 0, 0, axonD)
pt3dadd(49547, 0, 0, axonD)
}
STIN[739] {
pt3dadd(49547, 0, 0, axonD)
pt3dadd(49605, 0, 0, axonD)
}
STIN[740] {
pt3dadd(49605, 0, 0, axonD)
pt3dadd(49663, 0, 0, axonD)
}
FLUT[493] {
pt3dadd(49663, 0, 0, paraD2)
pt3dadd(49673, 0, 0, paraD2)
}
MYSA[493] {
pt3dadd(49673, 0, 0, paraD1)
pt3dadd(49676, 0, 0, paraD1)
}
node[247] {
pt3dadd(49676, 0, 0, nodeD)
pt3dadd(49677, 0, 0, nodeD)
}
MYSA[494] {
pt3dadd(49677, 0, 0, paraD1)
pt3dadd(49680, 0, 0, paraD1)
}
FLUT[494] {
pt3dadd(49680, 0, 0, paraD2)
pt3dadd(49690, 0, 0, paraD2)
}
STIN[741] {
pt3dadd(49690, 0, 0, axonD)
pt3dadd(49748, 0, 0, axonD)
}
STIN[742] {
pt3dadd(49748, 0, 0, axonD)
pt3dadd(49806, 0, 0, axonD)
}
STIN[743] {
pt3dadd(49806, 0, 0, axonD)
pt3dadd(49864, 0, 0, axonD)
}
FLUT[495] {
pt3dadd(49864, 0, 0, paraD2)
pt3dadd(49874, 0, 0, paraD2)
}
MYSA[495] {
pt3dadd(49874, 0, 0, paraD1)
pt3dadd(49877, 0, 0, paraD1)
}
node[248] {
pt3dadd(49877, 0, 0, nodeD)
pt3dadd(49878, 0, 0, nodeD)
}
MYSA[496] {
pt3dadd(49878, 0, 0, paraD1)
pt3dadd(49881, 0, 0, paraD1)
}
FLUT[496] {
pt3dadd(49881, 0, 0, paraD2)
pt3dadd(49891, 0, 0, paraD2)
}
STIN[744] {
pt3dadd(49891, 0, 0, axonD)
pt3dadd(49949, 0, 0, axonD)
}
STIN[745] {
pt3dadd(49949, 0, 0, axonD)
pt3dadd(50007, 0, 0, axonD)
}
STIN[746] {
pt3dadd(50007, 0, 0, axonD)
pt3dadd(50065, 0, 0, axonD)
}
FLUT[497] {
pt3dadd(50065, 0, 0, paraD2)
pt3dadd(50075, 0, 0, paraD2)
}
MYSA[497] {
pt3dadd(50075, 0, 0, paraD1)
pt3dadd(50078, 0, 0, paraD1)
}
node[249] {
pt3dadd(50078, 0, 0, nodeD)
pt3dadd(50079, 0, 0, nodeD)
}
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