//Svjetlana Miocinovic
//STN neuron (3D dendritic tree, no axon)
//NEURON 5.5 (Windows version)
//March 2004
//Original geometry transformed with following matrix:
//[-0.0196 -0.9996 0.0251 0
// 0.0191 0.0247 0.9994 0
// 0.9996 -0.0201 -0.0186 0
// -4.3981*1000 3.5506*1000 -1.6118*1000 1.0000] must multiply by 1000 because coords in .hoc file are in
// micrometers and M was calculated from Rhino files in mm
// Vt = Vo*M (Vt is new vertices, Vo are original vertices, M is transformation matrix)
//Variables//
proc model_globals(){
celsius=36 //degC//
v_init=-60 //mV//
//topological parameters//
dendelements=288
somaelements = 3
iselements=1 //initial segment elements
axonnodes=60
paranodes1=(axonnodes-1)*2
paranodes2=(axonnodes-1)*2
axoninter=(axonnodes-1)*3
total=dendelements+somaelements+iselements+axonnodes+paranodes1+paranodes2+axoninter
//morphological parameters//
fiberD=2 //fiber diameter
paralength1=3 //MYSA length
nodelength=1
space_p1=0.002
space_p2=0.004
space_i=0.004
//electrical parameters//
rhoa=0.7e6 //Ohm-um//
mycm=0.1 //uF/cm2/lamella membrane//
mygm=0.001 //S/cm2/lamella membrane//
}
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))/6
}
dependent_var()
objref s[total] //list of all compartments
//----------------------------------------------------------------------------------------
//change parameters here:
//insert myions (used to be set in STN_multi.hoc)
//Extracell. ion concentrations taken from Bevan,Wilson 1999 paper (slice bathing solution)
//Intracell. ion concentrations are typical mammalian values (from Johnston & Wu, 1999 via NEUORN tutorial)
cai0_ca_ion = 1e-4 //from Gillies mod file //was 2e-4
cao0_ca_ion = 2
ki0_k_ion = 140
ko0_k_ion = 2.5
nao0_na_ion = 126
nai0_na_ion = 10
//params for soma and init segment
//insert Cacum
//insert CaT
my_gcaT_CaT = 0 //0.001 (mho/cm2)
//insert HVA
my_gcaL_HVA = 9.5e-4 //0.002 (mho/cm2)
my_gcaN_HVA = 1.15e-3 //0.012 (mho/cm2)
//insert sKCa
my_gk_sKCa = 1.8*6.84e-5 //0.0001 (mho/cm2)
//insert KDR
my_gk_KDR = 3.84e-3 //3.842910637e-03 (mho/cm2)
//insert Kv31
my_gk_Kv31 = 1.2*1.34e-2 //0.015 (mho/cm2)
//insert Na
my_gna_Na = 0.75*1.48e-2 //1.0e-7 (mho/cm2)
//insert NaL
my_gna_NaL = 0.75*1.11e-5 //0.81e-5 (mho/cm2)
//insert Ih
my_gk_Ih = 1.01e-3 //0.001 (mho/cm2)
//insert STh
my_gpas_STh = 7.84112e-05 //7.84112e-05 (mho/cm2) <0,1e9>
//-------------------------------------------------------------------------------------------------
create soma[somaelements], dend[dendelements], initseg[iselements]
create node[axonnodes], MYSA[paranodes1], FLUT[paranodes2], STIN[axoninter]
create electrode
access soma[1]
proc initcell(){
for i=0,somaelements-1 {
soma[i] {
s[i] = new SectionRef()
nseg = 1
Ra = 150.2 //Ohm-cm// //from Gillies 2005
cm = 1
insert myions //dummy mechanism to set up ion concentrations for na and k
insert Cacum
cai0_Cacum = cai0_ca_ion
insert CaT
gcaT_CaT = my_gcaT_CaT
insert HVA
gcaL_HVA = my_gcaL_HVA
gcaN_HVA = my_gcaN_HVA
insert sKCa
gk_sKCa = my_gk_sKCa
insert KDR
gk_KDR = my_gk_KDR
insert Kv31
gk_Kv31 = my_gk_Kv31
insert Na
gna_Na = my_gna_Na
insert NaL
gna_NaL = my_gna_NaL
insert Ih
gk_Ih = my_gk_Ih
insert STh
gpas_STh = my_gpas_STh
insert extracellular xraxial=1e+09 xg=1e+09 xc=0
}
}
for i=0,dendelements-1 {
dend[i] {
s[i+somaelements] = new SectionRef()
nseg = 1
Ra = 150.2 //Ohm-cm// //from Gillies 2005
cm = 1
//conductances for dendrites set at the end of file
insert myions //dummy mechanism to set up ion concentrations for na and k
insert Cacum
cai0_Cacum = cai0_ca_ion
insert CaT
insert HVA
insert sKCa //CHANGED AT THE END 1.8*
insert KDR
insert Kv31
insert Na
gna_Na = 0.65*1e-7
insert NaL
gna_NaL = 0.65*8.1e-6
insert Ih
insert STh
gpas_STh = my_gpas_STh
insert extracellular xraxial=1e+09 xg=1e+09 xc=0
}
}
for i=0,iselements-1 {
initseg[i] {
s[i+dendelements+somaelements] = new SectionRef()
nseg = 1
Ra = 150.2 //Ohm-cm// //from Gillies 2005
cm = 1
insert myions
insert myions //dummy mechanism to set up ion concentrations for na and k
insert Cacum
cai0_Cacum = cai0_ca_ion
insert CaT
gcaT_CaT = my_gcaT_CaT
insert HVA
gcaL_HVA = my_gcaL_HVA
gcaN_HVA = my_gcaN_HVA
insert sKCa
gk_sKCa = my_gk_sKCa
insert KDR
gk_KDR = my_gk_KDR
insert Kv31
gk_Kv31 = my_gk_Kv31
insert Na
gna_Na = my_gna_Na
insert NaL
gna_NaL = my_gna_NaL
insert Ih
gk_Ih = my_gk_Ih
insert STh
gpas_STh = my_gpas_STh
insert extracellular xraxial=1e+09 xg=1e+09 xc=0
}
}
for i=0,axonnodes-2 {
node[i]{
s[i+dendelements+somaelements+iselements] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert axnode75
gnabar_axnode75 = 2.0 //3
gnapbar_axnode75 = 0.05
gkbar_axnode75 = 0.07
gl_axnode75 = 0.005
ek_axnode75 = -85 //-95
ena_axnode75 = 55 //45
el_axnode75 = -60
vshift_axnode75 = 15 //10 //rest potential should be -80+vshift
vtraub_axnode75 = -80 //-80
insert extracellular xraxial=Rpn0 xg=1e10 xc=0
}
}
node[axonnodes-1] {
s[dendelements+somaelements+iselements+axonnodes-1] = new SectionRef()
nseg=1
Ra=rhoa/10000
cm=2
insert pas
g_pas = 0.0001
e_pas = -65
insert extracellular xraxial=Rpn0 xg=1e10 xc=0
}
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=-65
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 //0.02
ek_parak75 = -85 //-95
vshift_parak75 = 15 //10
insert pas
g_pas=0.0001
e_pas=-60
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=-65
insert extracellular xraxial=Rpx xg=mygm/(nl*2) xc=mycm/(nl*2)
}
}
electrode {
L=1
d=1
}
}
connect soma[1](0), soma[0](1)
connect soma[2](0), soma[1](1)
connect dend[0](0), soma[0](0)
connect dend[1](0), dend[0](1)
connect dend[2](0), dend[1](1)
connect dend[3](0), dend[2](1)
connect dend[4](0), dend[3](1)
connect dend[5](0), dend[4](1)
connect dend[6](0), dend[5](1)
connect dend[7](0), dend[6](1)
connect dend[8](0), dend[7](1)
connect dend[9](0), dend[8](1)
connect dend[10](0), dend[9](1)
connect dend[11](0), dend[10](1)
connect dend[12](0), dend[11](1)
connect dend[13](0), dend[12](1)
connect dend[14](0), dend[13](1)
connect dend[15](0), dend[14](1)
connect dend[16](0), dend[15](1)
connect dend[17](0), dend[16](1)
connect dend[18](0), dend[17](1)
connect dend[19](0), dend[1](1)
connect dend[20](0), dend[19](1)
connect dend[21](0), dend[20](1)
connect dend[22](0), dend[21](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[25](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[31](1)
connect dend[33](0), dend[19](1)
connect dend[34](0), dend[33](1)
connect dend[35](0), dend[34](1)
connect dend[36](0), dend[35](1)
connect dend[37](0), dend[36](1)
connect dend[38](0), dend[37](1)
connect dend[39](0), dend[38](1)
connect dend[40](0), dend[0](1)
connect dend[41](0), dend[40](1)
connect dend[42](0), dend[41](1)
connect dend[43](0), dend[42](1)
connect dend[44](0), dend[43](1)
connect dend[45](0), dend[44](1)
connect dend[46](0), dend[45](1)
connect dend[47](0), dend[46](1)
connect dend[48](0), dend[47](1)
connect dend[49](0), dend[48](1)
connect dend[50](0), dend[40](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), dend[54](1)
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[59](1)
connect dend[61](0), dend[60](1)
connect dend[62](0), dend[50](1)
connect dend[63](0), dend[62](1)
connect dend[64](0), dend[63](1)
connect dend[65](0), dend[64](1)
connect dend[66](0), dend[65](1)
connect dend[67](0), dend[66](1)
connect dend[68](0), dend[67](1)
connect dend[69](0), dend[68](1)
connect dend[70](0), dend[68](1)
connect dend[71](0), dend[70](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[74](1)
connect dend[76](0), dend[75](1)
connect dend[77](0), soma[2](1)
connect dend[78](0), dend[77](1)
connect dend[79](0), dend[78](1)
connect dend[80](0), dend[79](1)
connect dend[81](0), dend[80](1)
connect dend[82](0), dend[81](1)
connect dend[83](0), dend[82](1)
connect dend[84](0), dend[83](1)
connect dend[85](0), dend[84](1)
connect dend[86](0), dend[85](1)
connect dend[87](0), dend[77](1)
connect dend[88](0), dend[87](1)
connect dend[89](0), dend[88](1)
connect dend[90](0), dend[89](1)
connect dend[91](0), dend[90](1)
connect dend[92](0), dend[91](1)
connect dend[93](0), dend[92](1)
connect dend[94](0), dend[93](1)
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[97](1)
connect dend[99](0), dend[87](1)
connect dend[100](0), dend[99](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[103](1)
connect dend[105](0), dend[104](1)
connect dend[106](0), dend[105](1)
connect dend[107](0), dend[106](1)
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[111](1)
connect dend[113](0), dend[105](1)
connect dend[114](0), dend[113](1)
connect dend[115](0), dend[114](1)
connect dend[116](0), dend[115](1)
connect dend[117](0), dend[116](1)
connect dend[118](0), dend[117](1)
connect dend[119](0), dend[118](1)
connect dend[120](0), soma[2](1)
connect dend[121](0), dend[120](1)
connect dend[122](0), dend[121](1)
connect dend[123](0), dend[122](1)
connect dend[124](0), dend[123](1)
connect dend[125](0), dend[124](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[128](1)
connect dend[130](0), dend[129](1)
connect dend[131](0), dend[130](1)
connect dend[132](0), dend[124](1)
connect dend[133](0), dend[132](1)
connect dend[134](0), dend[133](1)
connect dend[135](0), dend[134](1)
connect dend[136](0), dend[135](1)
connect dend[137](0), dend[136](1)
connect dend[138](0), dend[137](1)
connect dend[139](0), dend[138](1)
connect dend[140](0), dend[139](1)
connect dend[141](0), dend[121](1)
connect dend[142](0), dend[141](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[145](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[149](1)
connect dend[151](0), dend[150](1)
connect dend[152](0), dend[151](1)
connect dend[153](0), dend[152](1)
connect dend[154](0), dend[153](1)
connect dend[155](0), dend[154](1)
connect dend[156](0), dend[120](1)
connect dend[157](0), dend[156](1)
connect dend[158](0), dend[157](1)
connect dend[159](0), dend[158](1)
connect dend[160](0), dend[159](1)
connect dend[161](0), dend[160](1)
connect dend[162](0), dend[161](1)
connect dend[163](0), dend[162](1)
connect dend[164](0), dend[163](1)
connect dend[165](0), dend[164](1)
connect dend[166](0), dend[165](1)
connect dend[167](0), soma[2](1)
connect dend[168](0), dend[167](1)
connect dend[169](0), dend[168](1)
connect dend[170](0), dend[169](1)
connect dend[171](0), dend[170](1)
connect dend[172](0), dend[171](1)
connect dend[173](0), dend[172](1)
connect dend[174](0), dend[173](1)
connect dend[175](0), dend[174](1)
connect dend[176](0), dend[175](1)
connect dend[177](0), dend[173](1)
connect dend[178](0), dend[177](1)
connect dend[179](0), dend[178](1)
connect dend[180](0), dend[172](1)
connect dend[181](0), dend[169](1)
connect dend[182](0), dend[181](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[185](1)
connect dend[187](0), dend[186](1)
connect dend[188](0), dend[187](1)
connect dend[189](0), dend[188](1)
connect dend[190](0), dend[168](1)
connect dend[191](0), dend[190](1)
connect dend[192](0), dend[191](1)
connect dend[193](0), dend[192](1)
connect dend[194](0), dend[193](1)
connect dend[195](0), dend[167](1)
connect dend[196](0), dend[195](1)
connect dend[197](0), dend[196](1)
connect dend[198](0), dend[197](1)
connect dend[199](0), dend[198](1)
connect dend[200](0), dend[199](1)
connect dend[201](0), dend[200](1)
connect dend[202](0), dend[198](1)
connect dend[203](0), dend[202](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[197](1)
connect dend[208](0), dend[207](1)
connect dend[209](0), dend[208](1)
connect dend[210](0), dend[209](1)
connect dend[211](0), dend[210](1)
connect dend[212](0), dend[211](1)
connect dend[213](0), dend[212](1)
connect dend[214](0), dend[213](1)
connect dend[215](0), dend[214](1)
connect dend[216](0), dend[196](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[220](1)
connect dend[222](0), dend[221](1)
connect dend[223](0), dend[222](1)
connect dend[224](0), dend[223](1)
connect dend[225](0), dend[224](1)
connect dend[226](0), dend[220](1)
connect dend[227](0), dend[226](1)
connect dend[228](0), dend[227](1)
connect dend[229](0), dend[228](1)
connect dend[230](0), dend[229](1)
connect dend[231](0), dend[230](1)
connect dend[232](0), dend[231](1)
connect dend[233](0), dend[195](1)
connect dend[234](0), dend[233](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[237](1)
connect dend[239](0), dend[238](1)
connect dend[240](0), soma[2](1)
connect dend[241](0), dend[240](1)
connect dend[242](0), dend[241](1)
connect dend[243](0), dend[242](1)
connect dend[244](0), dend[243](1)
connect dend[245](0), dend[244](1)
connect dend[246](0), dend[245](1)
connect dend[247](0), dend[246](1)
connect dend[248](0), dend[247](1)
connect dend[249](0), dend[248](1)
connect dend[250](0), dend[244](1)
connect dend[251](0), dend[250](1)
connect dend[252](0), dend[251](1)
connect dend[253](0), dend[252](1)
connect dend[254](0), dend[250](1)
connect dend[255](0), dend[254](1)
connect dend[256](0), dend[255](1)
connect dend[257](0), dend[256](1)
connect dend[258](0), dend[257](1)
connect dend[259](0), dend[258](1)
connect dend[260](0), dend[259](1)
connect dend[261](0), soma[0](0)
connect dend[262](0), dend[261](1)
connect dend[263](0), dend[262](1)
connect dend[264](0), dend[263](1)
connect dend[265](0), dend[264](1)
connect dend[266](0), dend[265](1)
connect dend[267](0), dend[266](1)
connect dend[268](0), dend[267](1)
connect dend[269](0), dend[268](1)
connect dend[270](0), dend[269](1)
connect dend[271](0), dend[270](1)
connect dend[272](0), soma[0](0)
connect dend[273](0), dend[272](1)
connect dend[274](0), dend[273](1)
connect dend[275](0), dend[274](1)
connect dend[276](0), dend[275](1)
connect dend[277](0), soma[0](0)
connect dend[278](0), dend[277](1)
connect dend[279](0), dend[278](1)
connect dend[280](0), dend[279](1)
connect dend[281](0), dend[280](1)
connect dend[282](0), dend[281](1)
connect dend[283](0), dend[281](1)
connect dend[284](0), dend[280](1)
connect dend[285](0), dend[277](1)
connect dend[286](0), dend[285](1)
connect dend[287](0), dend[286](1)
connect initseg[0](0), soma[2](1)
connect node[0](0), initseg[0](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)
}
//I made up coords for soma
//If changing them, make sure to change them at all dendrites and init seg. that connect to soma
//soma diam = 12.5um, length = 18.5um, area = 733 same as in n17_reduced2_axon4EX.hoc
//soma {
// pt3dadd(-1708.151,-615.483,4.69,14.157)
// pt3dadd(-1690.786,-608.962,4.076,10.916)
//}
//area 518um^2
soma[0]{
pt3dadd(-4371.69,5242.77,-2269.88,2)
pt3dadd(-4371.73,5241.93,-2269.53,18)
}
soma[1]{
pt3dadd(-4371.73,5241.93,-2269.53,18)
pt3dadd(-4372.48,5226.49,-2263.26,18)
}
soma[2]{
pt3dadd(-4372.48,5226.49,-2263.26,18)
pt3dadd(-4372.52,5225.59,-2262.91,2)
}
//dend0
dend[0] {
pt3dadd(-4371.69,5242.77,-2269.88,2)
pt3dadd(-4369.79,5249.08,-2269.49,1.6)
pt3dadd(-4369.67,5257.1,-2271.75,1.6)
}
//dend1
dend[1] {
pt3dadd(-4369.67,5257.1,-2271.75,1.6)
pt3dadd(-4372.02,5261.42,-2268.68,1.6)
pt3dadd(-4384.96,5265.7,-2267.12,1.6)
pt3dadd(-4392.13,5272.06,-2264.94,1.6)
pt3dadd(-4396.11,5275.43,-2262.57,1.6)
pt3dadd(-4397.32,5278.52,-2259.5,0.92) //diameter changed to match dend19(0)
//pt3dadd(-4397.12,5277.79,-2256.09,0.92) //removed to match dend19(0)
}
//dend2
dend[2] {
pt3dadd(-4397.32,5278.52,-2259.5,0.92) //added to match dend1(1)
pt3dadd(-4402.87,5284.14,-2249.04,0.92)
}
dend[3] {
pt3dadd(-4402.87,5284.14,-2249.04,0.92)
pt3dadd(-4408.27,5289.13,-2245.31,0.92)
pt3dadd(-4410.5,5291.38,-2240.88,0.92) //was 1.232
pt3dadd(-4416.41,5294.58,-2231.63,0.92) //was 1.232
pt3dadd(-4422.07,5293.61,-2226.99,0.92) //was 1.232
}
dend[4] {
pt3dadd(-4422.07,5293.61,-2226.99,0.92) //was 1.232
pt3dadd(-4424.55,5297.45,-2222.45,0.92) //was 1.232
pt3dadd(-4425.59,5297.74,-2215.82,0.92) //was 1.232
pt3dadd(-4425.42,5299.68,-2209.08,0.92)
}
dend[5] {
pt3dadd(-4425.42,5299.68,-2209.08,0.92)
pt3dadd(-4437.24,5303.17,-2201.59,0.92)
pt3dadd(-4436.96,5301.25,-2192.9,0.92)
pt3dadd(-4436.78,5303.74,-2185.84,0.92)
pt3dadd(-4448.28,5306.16,-2175.84,0.92)
}
dend[6] {
pt3dadd(-4448.28,5306.16,-2175.84,0.92)
pt3dadd(-4450.03,5310.13,-2171.16,0.92)
pt3dadd(-4458.4,5310.58,-2164.53,0.92)
pt3dadd(-4468.25,5314.07,-2154.27,0.92)
}
dend[7] {
pt3dadd(-4468.25,5314.07,-2154.27,0.92)
pt3dadd(-4475.98,5318.21,-2140.66,0.92)
pt3dadd(-4485.21,5320.65,-2135.49,0.92)
pt3dadd(-4493.93,5318.09,-2128.05,0.92)
pt3dadd(-4502.34,5322.52,-2119.95,0.92)
}
dend[8] {
pt3dadd(-4502.34,5322.52,-2119.95,0.92)
pt3dadd(-4509.76,5329.25,-2116.07,0.92)
pt3dadd(-4509.45,5329.73,-2099.94,0.92)
pt3dadd(-4517.43,5328.57,-2094.52,0.92)
}
dend[9] {
pt3dadd(-4517.43,5328.57,-2094.52,0.92)
pt3dadd(-4517.36,5331.08,-2093.46,0.92)
pt3dadd(-4517.09,5337.26,-2085.19,0.92)
pt3dadd(-4528.84,5343.28,-2076.99,0.92)
pt3dadd(-4538.95,5345.08,-2063.05,0.92)
}
dend[10] {
pt3dadd(-4538.95,5345.08,-2063.05,0.92)
pt3dadd(-4545.45,5349.62,-2054.71,0.92)
pt3dadd(-4553.25,5351.29,-2042.53,0.92)
pt3dadd(-4562.27,5355.79,-2035.87,0.92)
}
dend[11] {
pt3dadd(-4562.27,5355.79,-2035.87,0.92)
pt3dadd(-4565.74,5355.84,-2032.86,0.92)
pt3dadd(-4574.47,5361.15,-2027.11,0.92)
pt3dadd(-4574.77,5364.39,-2015.18,0.92)
pt3dadd(-4588.96,5373.19,-2007.42,0.92)
}
dend[12] {
pt3dadd(-4588.96,5373.19,-2007.42,0.92)
pt3dadd(-4613.88,5373.42,-1999.13,0.92)
pt3dadd(-4633.37,5373.49,-1990.47,0.92)
pt3dadd(-4633.32,5371.53,-1985.83,0.92)
}
dend[13] {
pt3dadd(-4633.32,5371.53,-1985.83,0.92)
pt3dadd(-4646.43,5376.56,-1978.48,0.92)
pt3dadd(-4662.57,5380.47,-1967.82,0.92)
pt3dadd(-4677.01,5383.3,-1958.79,0.92)
pt3dadd(-4690.81,5388.54,-1949.72,0.92)
}
dend[14] {
pt3dadd(-4690.81,5388.54,-1949.72,0.92)
pt3dadd(-4700.95,5395.73,-1942.85,0.92)
pt3dadd(-4702.48,5405.47,-1933.51,0.92)
pt3dadd(-4702.12,5413.5,-1930.5,0.92)
}
dend[15] {
pt3dadd(-4702.12,5413.5,-1930.5,0.92)
pt3dadd(-4720.09,5421.61,-1927.85,0.92)
pt3dadd(-4733.01,5427.49,-1919.85,0.92)
pt3dadd(-4742.96,5431.71,-1915.08,0.92)
pt3dadd(-4758.65,5443.72,-1904.33,0.92)
}
dend[16] {
pt3dadd(-4758.65,5443.72,-1904.33,0.92)
pt3dadd(-4762.66,5450.8,-1898.94,0.616)
pt3dadd(-4773.72,5458.32,-1894.54,0.616)
pt3dadd(-4775.44,5463.78,-1890.78,0.616)
}
dend[17] {
pt3dadd(-4775.44,5463.78,-1890.78,0.616)
pt3dadd(-4773.59,5464.77,-1886.97,0.616)
pt3dadd(-4773.3,5466.73,-1881.31,0.616)
pt3dadd(-4791.5,5479.16,-1872.07,0.616)
pt3dadd(-4831.63,5503.63,-1848.8,0.616) //was 0.624
}
dend[18] {
pt3dadd(-4831.63,5503.63,-1848.8,0.616) //was 0.624
pt3dadd(-4850.45,5512.74,-1845.54,0.616) //was 0.92
pt3dadd(-4862.41,5521.16,-1842.97,0.616)
pt3dadd(-4884.93,5531.12,-1834.85,0.616)
pt3dadd(-4895.09,5542.65,-1826.22,0.616)
pt3dadd(-4894.76,5551.32,-1818.27,0.616)
}
//dend3
dend[19] {
pt3dadd(-4397.32,5278.52,-2259.5,0.92) //was 1.6
pt3dadd(-4404.64,5285.24,-2258.43,0.92) //was 1.6
pt3dadd(-4413.03,5290.52,-2257.82,0.92) //was 1.6
pt3dadd(-4414.18,5295.43,-2254.16,0.92) //was 1.6
}
//dend4
dend[20] {
pt3dadd(-4414.18,5295.43,-2254.16,0.92) //was 1.6
pt3dadd(-4414.07,5295.57,-2248.42,0.92) //was 1.536
pt3dadd(-4422.42,5300.37,-2245.11,0.92) //was 1.232
}
dend[21]{
pt3dadd(-4422.42,5300.37,-2245.11,0.92) //was 1.232
pt3dadd(-4427.91,5300.98,-2241.59,0.92)
pt3dadd(-4429.02,5302.96,-2240.11,0.92)
pt3dadd(-4428.68,5306.87,-2234.33,0.92)
pt3dadd(-4453.02,5307.63,-2227.41,0.92)
}
dend[22]{
pt3dadd(-4453.02,5307.63,-2227.41,0.92)
pt3dadd(-4466.19,5307.27,-2217.32,0.92)
pt3dadd(-4476.63,5307.11,-2211.23,0.92)
pt3dadd(-4480.32,5309.17,-2206.63,0.92)
}
dend[23]{
pt3dadd(-4480.32,5309.17,-2206.63,0.92)
pt3dadd(-4480.28,5305.71,-2201.14,0.92)
pt3dadd(-4488.72,5307.32,-2191.4,0.92)
pt3dadd(-4500.19,5305.93,-2183.61,0.92)
pt3dadd(-4511.19,5310.7,-2181,0.92)
}
dend[24]{
pt3dadd(-4511.19,5310.7,-2181,0.92)
pt3dadd(-4519.97,5316.63,-2178.51,0.92)
pt3dadd(-4519.85,5319.27,-2175.01,0.92)
pt3dadd(-4519.75,5323.46,-2174.29,0.92)
}
dend[25]{
pt3dadd(-4519.75,5323.46,-2174.29,0.92)
pt3dadd(-4519.73,5327.86,-2177.7,0.92)
pt3dadd(-4531.35,5333.91,-2178.34,0.92)
pt3dadd(-4553.74,5339.4,-2174.06,0.92)
pt3dadd(-4568.3,5338.65,-2167.5,0.92)
}
dend[26]{
pt3dadd(-4568.3,5338.65,-2167.5,0.92)
pt3dadd(-4580.32,5340.73,-2161.84,0.92)
pt3dadd(-4583.09,5348.13,-2153.56,0.92)
pt3dadd(-4582.96,5345.63,-2151.31,0.92)
}
dend[27]{
pt3dadd(-4582.96,5345.63,-2151.31,0.92)
pt3dadd(-4588.3,5342.57,-2151.37,0.92)
pt3dadd(-4614.13,5344.06,-2146.15,0.92)
pt3dadd(-4638.26,5349.54,-2140.94,0.92)
pt3dadd(-4638.09,5354.97,-2137.67,0.92)
}
dend[28]{
pt3dadd(-4638.09,5354.97,-2137.67,0.92)
pt3dadd(-4637.86,5362.07,-2132.94,0.92) //was 1.232
pt3dadd(-4691.37,5376.37,-2124.33,0.92) //was 1.232
pt3dadd(-4701.02,5386.03,-2117.55,0.92) //was 1.232
}
dend[29]{
pt3dadd(-4701.02,5386.03,-2117.55,0.92) //was 1.232
pt3dadd(-4731.06,5395.35,-2110.6,0.92) //was 1.232
pt3dadd(-4748.99,5400.09,-2102.64,0.92) //was 1.232
pt3dadd(-4760.48,5407.94,-2097.94,0.92) //was 1.232
pt3dadd(-4784.16,5417.08,-2087.91,0.92) //was 1.232
}
dend[30]{
pt3dadd(-4784.16,5417.08,-2087.91,0.92) //was 1.232
pt3dadd(-4809.14,5429.3,-2080.23,0.92) //was 1.232
pt3dadd(-4814.18,5436.49,-2067.75,0.92) //was 1.232
pt3dadd(-4813.81,5445.9,-2065.69,0.92) //was 1.232
}
dend[31]{
pt3dadd(-4813.81,5445.9,-2065.69,0.92) //was 1.232
pt3dadd(-4850.71,5451.36,-2060.95,0.92) //was 1.232
pt3dadd(-4861.87,5455.45,-2058.44,0.92)
pt3dadd(-4872.2,5462.13,-2053.09,0.92)
pt3dadd(-4881.66,5469.59,-2049.95,0.92)
}
dend[32]{
pt3dadd(-4881.66,5469.59,-2049.95,0.92)
pt3dadd(-4881.52,5471.23,-2044.13,0.92)
pt3dadd(-4881.57,5473.44,-2041.35,0.92)
pt3dadd(-4900.33,5479.42,-2039.54,0.616)
pt3dadd(-4932.58,5482.75,-2034.5,0.616)
pt3dadd(-4942.61,5484.48,-2032.06,0.616)
}
//dend5
dend[33] {
pt3dadd(-4414.18,5295.43,-2254.16,0.92) //was 1.6
pt3dadd(-4418.37,5300.13,-2255.82,0.92) //was 1.536
pt3dadd(-4418.22,5305.98,-2253.9,0.92) //was 1.536
pt3dadd(-4423.27,5310.82,-2254.69,0.92) //was 1.536
}
dend[34]{
pt3dadd(-4423.27,5310.82,-2254.69,0.92) //was 1.536
pt3dadd(-4423.13,5314.49,-2251.06,0.92) //was 1.536
pt3dadd(-4423.02,5319.85,-2251.33,0.92) //was 1.536
pt3dadd(-4422.67,5326.66,-2247.95,0.92) //was 1.536
pt3dadd(-4437.4,5338.74,-2248.55,0.92) //was 1.536
}
dend[35]{
pt3dadd(-4437.4,5338.74,-2248.55,0.92) //was 1.536
pt3dadd(-4450.37,5351.45,-2250.2,0.92) //was 1.536
pt3dadd(-4456.02,5361.16,-2248.74,0.92) //was 1.536
pt3dadd(-4460.19,5367.45,-2251.02,0.92) //was 1.232
pt3dadd(-4465.99,5376.88,-2250.03,0.92) //was 1.232
pt3dadd(-4476.04,5384.25,-2254.34,0.92) //was 1.232
}
dend[36]{
pt3dadd(-4476.04,5384.25,-2254.34,0.92) //was 1.232
pt3dadd(-4483.98,5391.06,-2255.23,0.92) //was 1.232
pt3dadd(-4489.42,5400.84,-2258.56,0.92) //was 1.232
pt3dadd(-4493.81,5411.14,-2260.96,0.92) //was 1.232
pt3dadd(-4495.76,5413.76,-2258.64,0.92) //was 1.232
}
dend[37]{
pt3dadd(-4495.76,5413.76,-2258.64,0.92) //was 1.232
pt3dadd(-4501.84,5418.21,-2259.78,0.92) //was 1.232
pt3dadd(-4501.89,5421.62,-2257.66,0.92) //was 1.232
pt3dadd(-4501.66,5431.55,-2264.27,0.92) //was 1.232
pt3dadd(-4502.73,5433.97,-2269.13,0.92) //was 1.232
}
dend[38]{
pt3dadd(-4502.73,5433.97,-2269.13,0.92) //was 1.232
pt3dadd(-4524.51,5451.77,-2268.82,0.92) //was 1.232
pt3dadd(-4539.17,5473.94,-2269.03,0.92) //was 1.232
pt3dadd(-4554.64,5495.45,-2264.35,0.92) //was 1.232
pt3dadd(-4554.57,5499.08,-2257.31,0.92)
pt3dadd(-4554.47,5503.13,-2256.08,0.92)
}
dend[39]{
pt3dadd(-4554.47,5503.13,-2256.08,0.92)
pt3dadd(-4561.69,5503.54,-2250.21,0.92)
pt3dadd(-4572.92,5512.57,-2248.53,0.92)
pt3dadd(-4581.87,5523.54,-2245.48,0.92)
pt3dadd(-4593.91,5532.02,-2247.19,0.92)
pt3dadd(-4596.1,5542.92,-2251.12,0.92)
}
//dend6
dend[40]{
pt3dadd(-4369.67,5257.1,-2271.75,1.6)
pt3dadd(-4369.59,5265.47,-2276.11,1.6)
}
//dend7
dend[41]{
pt3dadd(-4369.59,5265.47,-2276.11,1.6)
pt3dadd(-4359.97,5285.26,-2269.3,1.536)
}
dend[42]{
pt3dadd(-4359.97,5285.26,-2269.3,1.536)
pt3dadd(-4366.34,5294.36,-2266.86,1.536)
}
dend[43]{
pt3dadd(-4366.34,5294.36,-2266.86,1.536)
pt3dadd(-4383.14,5308.4,-2262.57,1.536)
pt3dadd(-4393.72,5323.12,-2256.07,1.536)
}
dend[44]{
pt3dadd(-4393.72,5323.12,-2256.07,1.536)
pt3dadd(-4399.51,5331.23,-2253.17,1.536)
}
dend[45]{
pt3dadd(-4399.51,5331.23,-2253.17,1.536)
pt3dadd(-4405.11,5353.65,-2246.91,1.536)
pt3dadd(-4415.18,5369.18,-2238.09,1.536)
}
dend[46]{
pt3dadd(-4415.18,5369.18,-2238.09,1.536)
pt3dadd(-4426.09,5384.8,-2234.14,1.536)
pt3dadd(-4425.98,5386.69,-2230.2,1.232)
}
dend[47]{
pt3dadd(-4425.98,5386.69,-2230.2,1.232)
pt3dadd(-4426.15,5391.67,-2229.28,1.232)
pt3dadd(-4425.31,5407.83,-2224.91,0.624)
}
dend[48]{
pt3dadd(-4425.31,5407.83,-2224.91,0.624)
pt3dadd(-4420.88,5562.97,-2154.46,0.624) //was 0.92
pt3dadd(-4428.59,5574.93,-2148.36,0.624) //was 0.92
}
dend[49]{
pt3dadd(-4428.59,5574.93,-2148.36,0.624) //was 0.92
pt3dadd(-4451.68,5591.8,-2146.76,0.624) //was 0.92
pt3dadd(-4482.61,5616.36,-2140.91,0.624) //was 0.92
}
//dend8
dend[50]{
pt3dadd(-4369.59,5265.47,-2276.11,1.6)
pt3dadd(-4364.92,5266.48,-2278.5,1.6)
pt3dadd(-4358.98,5269.98,-2285.96,1.6)
pt3dadd(-4357.28,5273.46,-2292.99,1.6)
pt3dadd(-4357.47,5276.69,-2298.68,1.6)
pt3dadd(-4357.44,5280.53,-2301.33,1.6)
}
//dend9
dend[51]{
pt3dadd(-4357.44,5280.53,-2301.33,1.6)
pt3dadd(-4361.54,5281.75,-2302.38,1.6)
pt3dadd(-4361.52,5284.14,-2304.1,1.6)
pt3dadd(-4361.45,5287.02,-2303.13,1.232)
}
dend[52]{
pt3dadd(-4361.45,5287.02,-2303.13,1.232)
pt3dadd(-4366.5,5297.57,-2310.19,1.232) //was 1.536
pt3dadd(-4372.66,5307.06,-2312.7,1.232) //was 1.536
pt3dadd(-4374.32,5314.03,-2315.28,1.232) //was 1.536
pt3dadd(-4374.41,5317.78,-2324.23,1.232) //was 1.536
}
dend[53]{
pt3dadd(-4374.41,5317.78,-2324.23,1.232) //was 1.536
pt3dadd(-4380.37,5323.97,-2327.82,1.232) //was 1.536
pt3dadd(-4386.16,5338.32,-2331.58,1.232) //was 1.536
pt3dadd(-4389.22,5359.18,-2336.91,1.232) //was 1.536
pt3dadd(-4404.03,5384.67,-2340.58,1.232) //was 1.536
}
dend[54]{
pt3dadd(-4404.03,5384.67,-2340.58,1.232) //was 1.536
pt3dadd(-4414.96,5406.06,-2344.42,1.232) //was 1.536
pt3dadd(-4423.48,5422.06,-2346.8,1.232) //was 1.536
pt3dadd(-4429.83,5430.43,-2350.33,1.232) //was 1.536
pt3dadd(-4429.66,5437.69,-2349.2,1.232) //was 1.536
}
dend[55]{
pt3dadd(-4429.66,5437.69,-2349.2,1.232) //was 1.536
pt3dadd(-4443.87,5448.95,-2352.82,1.232) //was 1.536
pt3dadd(-4450.38,5457.94,-2357.54,1.232)
pt3dadd(-4459.57,5469.47,-2359.56,1.232)
pt3dadd(-4465.66,5476.08,-2362.92,1.232)
}
dend[56]{
pt3dadd(-4465.66,5476.08,-2362.92,1.232)
pt3dadd(-4465.67,5484.07,-2372,1.232)
pt3dadd(-4469.76,5489.06,-2376.61,1.232)
pt3dadd(-4490.08,5500.13,-2377.4,0.92)
pt3dadd(-4493.33,5507.41,-2379.02,0.92)
}
dend[57]{
pt3dadd(-4493.33,5507.41,-2379.02,0.92)
pt3dadd(-4493.29,5511.08,-2380.85,0.92)
pt3dadd(-4493.18,5516.11,-2380.31,0.92)
pt3dadd(-4499.16,5523.43,-2386.29,0.92)
pt3dadd(-4502.85,5530.05,-2386.87,0.92)
}
dend[58]{
pt3dadd(-4502.85,5530.05,-2386.87,0.92)
pt3dadd(-4506.55,5538.58,-2390.17,0.92)
pt3dadd(-4509.9,5548.76,-2392.21,0.92)
pt3dadd(-4509.74,5557.26,-2392.76,0.92)
pt3dadd(-4510.4,5564.82,-2397.14,0.92)
}
dend[59]{
pt3dadd(-4510.4,5564.82,-2397.14,0.92)
pt3dadd(-4510.23,5572.45,-2395.92,0.92)
pt3dadd(-4510.14,5578.65,-2398.27,0.92)
pt3dadd(-4510.01,5583.86,-2396.88,0.92)
pt3dadd(-4509.51,5608.5,-2396.15,0.92)
}
dend[60]{
pt3dadd(-4509.51,5608.5,-2396.15,0.92)
pt3dadd(-4517.42,5637.61,-2395.53,0.92)
pt3dadd(-4520.28,5662.48,-2394.46,0.92)
pt3dadd(-4528.58,5689.52,-2397.45,0.92)
pt3dadd(-4522.62,5724.33,-2405.77,0.92)
}
dend[61]{
pt3dadd(-4522.62,5724.33,-2405.77,0.92)
pt3dadd(-4522.46,5743.06,-2417.66,0.92)
pt3dadd(-4518.11,5763.27,-2426.71,0.92)
pt3dadd(-4534.82,5788.46,-2429.65,0.92)
pt3dadd(-4541.21,5801.25,-2432.03,0.92)
}
//dend10
dend[62]{
pt3dadd(-4357.44,5280.53,-2301.33,1.6)
pt3dadd(-4352.12,5291.8,-2303.15,1.536)
pt3dadd(-4351.94,5298.33,-2300.56,1.232)
pt3dadd(-4353.19,5305.35,-2297.22,0.92)
}
dend[63]{
pt3dadd(-4353.19,5305.35,-2297.22,0.92)
pt3dadd(-4347,5319.35,-2294.68,0.92)
pt3dadd(-4348.75,5329.87,-2289.67,0.92)
pt3dadd(-4353.74,5346.89,-2276.65,0.92)
}
dend[64]{
pt3dadd(-4353.74,5346.89,-2276.65,0.92)
pt3dadd(-4347.75,5362.93,-2271.52,0.92)
pt3dadd(-4347.24,5378.47,-2260.79,0.92)
pt3dadd(-4346.94,5390.9,-2250.12,0.92)
pt3dadd(-4347.05,5394.04,-2244.16,0.92)
}
dend[65]{
pt3dadd(-4347.05,5394.04,-2244.16,0.92)
pt3dadd(-4347.04,5401.77,-2243.55,0.92)
pt3dadd(-4346.69,5413.18,-2237.13,0.92)
pt3dadd(-4344.24,5416.71,-2227.32,0.92)
pt3dadd(-4354.19,5428.94,-2215.8,0.92)
}
dend[66]{
pt3dadd(-4354.19,5428.94,-2215.8,0.92)
pt3dadd(-4355.7,5434.62,-2208.75,0.92)
pt3dadd(-4354.9,5462.49,-2188.13,0.92)
pt3dadd(-4354.78,5470.7,-2182.14,0.92)
pt3dadd(-4360.64,5485.8,-2174.75,0.92)
}
dend[67]{
pt3dadd(-4360.64,5485.8,-2174.75,0.92)
pt3dadd(-4367.24,5498.94,-2173.35,0.92)
pt3dadd(-4374.54,5507.85,-2165.64,0.92)
pt3dadd(-4384.32,5516.18,-2156.06,0.92)
pt3dadd(-4392.4,5526.65,-2152.72,0.92)
}
dend[68]{
pt3dadd(-4392.4,5526.65,-2152.72,0.92)
pt3dadd(-4400.26,5540.01,-2140.18,0.92)
pt3dadd(-4402.91,5546.76,-2132.46,0.92)
pt3dadd(-4408.86,5559.7,-2135.24,0.92)
pt3dadd(-4409.78,5562.35,-2132.26,0.92)
}
//dend11
dend[69]{
pt3dadd(-4409.78,5562.35,-2132.26,0.92)
pt3dadd(-4410.34,5560.93,-2129.05,0.616)
pt3dadd(-4411.51,5566.27,-2126.76,0.616)
}
//dend12
dend[70]{
pt3dadd(-4409.78,5562.35,-2132.26,0.92)
pt3dadd(-4408.38,5571.17,-2129.6,0.92)
}
dend[71]{
pt3dadd(-4408.38,5571.17,-2129.6,0.92)
pt3dadd(-4412.01,5584.21,-2125.81,0.92)
pt3dadd(-4419.74,5603.86,-2121.71,0.92)
}
dend[72]{
pt3dadd(-4419.74,5603.86,-2121.71,0.92)
pt3dadd(-4419.4,5613.84,-2114.13,0.92)
pt3dadd(-4419.22,5625.56,-2117.37,0.92) //was 1.24
}
dend[73]{
pt3dadd(-4419.22,5625.56,-2117.37,0.92) //was 1.24
pt3dadd(-4435.9,5658.81,-2111.5,0.624)
pt3dadd(-4454.8,5699.5,-2107.5,0.624)
}
dend[74]{
pt3dadd(-4454.8,5699.5,-2107.5,0.624)
pt3dadd(-4466.03,5728.18,-2103.28,0.624)
pt3dadd(-4475.68,5742.89,-2086.46,0.624)
}
dend[75]{
pt3dadd(-4475.68,5742.89,-2086.46,0.624)
pt3dadd(-4487.85,5758.56,-2079.7,0.624)
pt3dadd(-4498.99,5796.77,-2057.32,0.624)
}
dend[76]{
pt3dadd(-4498.99,5796.77,-2057.32,0.624)
pt3dadd(-4498.39,5817.02,-2046.82,0.624)
pt3dadd(-4500.12,5835.31,-2042.1,0.624)
}
//-----------------------------------------------------------
//dend13
dend[77]{
pt3dadd(-4372.52,5225.59,-2262.91,2)
pt3dadd(-4370.19,5218.63,-2257.9,1.6)
pt3dadd(-4370.31,5211.33,-2256.63,1.6)
}
//dend14
dend[78]{
pt3dadd(-4370.31,5211.33,-2256.63,1.6)
pt3dadd(-4370.3,5206.72,-2251.22,1.232)
pt3dadd(-4373.75,5200.71,-2248.68,1.232)
pt3dadd(-4374.54,5198.31,-2241.32,1.232)
}
dend[79]{
pt3dadd(-4374.54,5198.31,-2241.32,1.232)
pt3dadd(-4382.44,5199.35,-2233.96,1.232)
pt3dadd(-4389.06,5190.63,-2225.35,1.232)
pt3dadd(-4396.39,5183.36,-2217.47,1.232)
pt3dadd(-4399.53,5185.78,-2207.28,1.232)
}
dend[80]{
pt3dadd(-4399.53,5185.78,-2207.28,1.232)
pt3dadd(-4399.51,5183.97,-2204.21,1.232)
pt3dadd(-4403.87,5184.44,-2195.46,1.232)
pt3dadd(-4403.78,5184.34,-2190.2,1.232)
pt3dadd(-4403.8,5179.24,-2185.77,1.232)
pt3dadd(-4408.98,5176.76,-2177.55,1.232)
}
dend[81]{
pt3dadd(-4408.98,5176.76,-2177.55,1.232)
pt3dadd(-4415.9,5168.52,-2170.4,1.232)
pt3dadd(-4421.98,5166.23,-2164.16,1.232)
pt3dadd(-4423.31,5166.64,-2156.68,1.232)
pt3dadd(-4423.81,5159.99,-2145.02,1.232)
}
dend[82]{
pt3dadd(-4423.81,5159.99,-2145.02,1.232)
pt3dadd(-4423.44,5161.79,-2135.11,1.232)
pt3dadd(-4423.28,5166.4,-2131.49,1.232)
pt3dadd(-4423.27,5166.44,-2122.67,1.232)
pt3dadd(-4434.63,5162.63,-2114.73,1.232)
}
dend[83]{
pt3dadd(-4434.63,5162.63,-2114.73,1.232)
pt3dadd(-4444.95,5152.12,-2098.19,1.232)
pt3dadd(-4454.65,5146.7,-2085.89,0.92)
pt3dadd(-4461.09,5138.82,-2069.1,0.92)
pt3dadd(-4461.49,5131.28,-2058.69,0.92)
pt3dadd(-4468.82,5129.7,-2049.01,0.92)
}
dend[84]{
pt3dadd(-4468.82,5129.7,-2049.01,0.92)
pt3dadd(-4475.71,5125.36,-2044.07,0.92)
pt3dadd(-4477.71,5125.9,-2033.9,0.92)
pt3dadd(-4484.72,5119.1,-2025.61,0.92)
pt3dadd(-4494.64,5111.02,-2006,0.616)
}
dend[85]{
pt3dadd(-4494.64,5111.02,-2006,0.616)
pt3dadd(-4498.78,5111.68,-2000.57,0.616)
pt3dadd(-4503.47,5113.93,-1995.11,0.616)
pt3dadd(-4511.54,5110.94,-1984.59,0.616)
pt3dadd(-4519.52,5108.47,-1977.54,0.616)
pt3dadd(-4519.25,5106.35,-1968.11,0.616)
}
dend[86]{
pt3dadd(-4519.25,5106.35,-1968.11,0.616)
pt3dadd(-4519.19,5102.81,-1960.73,0.616)
pt3dadd(-4534.82,5105.11,-1952.41,0.616)
pt3dadd(-4551.57,5108.38,-1942.41,0.616)
pt3dadd(-4562.55,5119.4,-1937.11,0.616)
}
//dend15
dend[87]{
pt3dadd(-4370.31,5211.33,-2256.63,1.6)
pt3dadd(-4372.9,5204.81,-2255.08,1.6)
}
//dend16
dend[88]{
pt3dadd(-4372.9,5204.81,-2255.08,1.6)
pt3dadd(-4365.9,5190.78,-2257.32,1.536)
pt3dadd(-4350.58,5170.61,-2263.72,1.536)
}
dend[89]{
pt3dadd(-4350.58,5170.61,-2263.72,1.536)
pt3dadd(-4349.88,5168.08,-2270.35,1.232)
pt3dadd(-4319.59,5155.4,-2275.5,1.232)
}
dend[90]{
pt3dadd(-4319.59,5155.4,-2275.5,1.232)
pt3dadd(-4294.53,5137.9,-2273.12,1.232)
pt3dadd(-4285.81,5129.46,-2276.22,1.232)
pt3dadd(-4286,5123.56,-2280.02,1.232)
}
dend[91]{
pt3dadd(-4286,5123.56,-2280.02,1.232)
pt3dadd(-4286.2,5116.15,-2283.08,0.92)
pt3dadd(-4273.23,5101.07,-2286.85,0.92)
pt3dadd(-4258.3,5087.64,-2289.03,0.92)
}
dend[92]{
pt3dadd(-4258.3,5087.64,-2289.03,0.92)
pt3dadd(-4242.3,5074.15,-2297.33,0.92)
pt3dadd(-4231.85,5064.02,-2300.05,0.92)
pt3dadd(-4224.09,5056.17,-2299.82,0.92)
}
dend[93]{
pt3dadd(-4224.09,5056.17,-2299.82,0.92)
pt3dadd(-4215.34,5046.14,-2299.64,0.92)
pt3dadd(-4203.59,5041.64,-2293.73,0.92)
}
dend[94]{
pt3dadd(-4203.59,5041.64,-2293.73,0.92)
pt3dadd(-4193.12,5034.17,-2290.13,0.92)
pt3dadd(-4185.54,5026.16,-2292.19,0.92)
pt3dadd(-4175.61,5013.65,-2289.02,0.92)
}
dend[95]{
pt3dadd(-4175.61,5013.65,-2289.02,0.92)
pt3dadd(-4165.78,5004.87,-2286.52,0.92)
pt3dadd(-4152.41,4996.46,-2292.34,0.92)
pt3dadd(-4152.48,4996.54,-2295.9,0.92)
}
dend[96]{
pt3dadd(-4152.48,4996.54,-2295.9,0.92)
pt3dadd(-4152.9,4989.72,-2303.1,0.92)
pt3dadd(-4126.13,4987.11,-2311.69,0.92)
pt3dadd(-4111.45,4977.88,-2316.72,0.92)
}
dend[97]{
pt3dadd(-4111.45,4977.88,-2316.72,0.92)
pt3dadd(-4097.97,4974.02,-2320.69,0.92)
pt3dadd(-4093.4,4968.82,-2321.33,0.92)
pt3dadd(-4093.5,4967.43,-2325.51,0.92)
}
dend[98]{
pt3dadd(-4093.5,4967.43,-2325.51,0.92)
pt3dadd(-4093.95,4960.57,-2334.35,0.624)
pt3dadd(-4046.35,4949.57,-2348.71,0.624)
pt3dadd(-4035.89,4937.49,-2357.24,0.624)
}
//dend17
dend[99]{
pt3dadd(-4372.9,5204.81,-2255.08,1.6)
pt3dadd(-4377.24,5196.63,-2250.79,1.536)
pt3dadd(-4380.99,5188.93,-2246.75,1.536)
}
dend[100]{
pt3dadd(-4380.99,5188.93,-2246.75,1.536)
pt3dadd(-4386.57,5185.64,-2243.71,1.536)
pt3dadd(-4393.06,5180.06,-2239.75,1.536)
pt3dadd(-4400.27,5175.47,-2236.29,1.536)
pt3dadd(-4413.23,5172.95,-2228.83,1.536)
}
dend[101]{
pt3dadd(-4413.23,5172.95,-2228.83,1.536)
pt3dadd(-4414.15,5173.24,-2223.42,1.536)
pt3dadd(-4418.55,5170.77,-2220.52,1.536)
pt3dadd(-4422.41,5171.96,-2216.42,1.232)
pt3dadd(-4422.37,5170.27,-2212.5,1.232)
}
dend[102]{
pt3dadd(-4422.37,5170.27,-2212.5,1.232)
pt3dadd(-4422.43,5175.77,-2205.83,0.92)
pt3dadd(-4422.22,5183.95,-2203.66,0.92)
pt3dadd(-4422.08,5191.14,-2203.75,0.92)
pt3dadd(-4421.98,5190.76,-2197.85,0.92)
}
dend[103]{
pt3dadd(-4421.98,5190.76,-2197.85,0.92)
pt3dadd(-4421.93,5185.4,-2189.67,0.92)
pt3dadd(-4472.4,5161.07,-2180.27,0.92)
pt3dadd(-4486.23,5140.57,-2176.73,0.92)
pt3dadd(-4486.36,5129.28,-2171.73,0.92)
}
dend[104]{
pt3dadd(-4486.36,5129.28,-2171.73,0.92)
pt3dadd(-4497.1,5114.97,-2173.91,0.92)
pt3dadd(-4506.37,5099.5,-2174.8,0.92)
pt3dadd(-4514.1,5083.47,-2178.84,0.92)
pt3dadd(-4514.25,5077.28,-2180.35,0.92)
}
dend[105]{
pt3dadd(-4514.25,5077.28,-2180.35,0.92)
pt3dadd(-4524,5070.74,-2177.19,0.92)
pt3dadd(-4532.32,5067.89,-2172.01,0.92)
pt3dadd(-4541.43,5065.89,-2170.68,0.92)
}
//dend18
dend[106]{
pt3dadd(-4541.43,5065.89,-2170.68,0.92)
pt3dadd(-4556.86,5056.46,-2162.39,0.92)
pt3dadd(-4566.55,5051.52,-2158.11,0.92)
}
dend[107]{
pt3dadd(-4566.55,5051.52,-2158.11,0.92)
pt3dadd(-4576.7,5046.25,-2153.96,0.92)
pt3dadd(-4574.83,5042.2,-2151.52,0.92)
pt3dadd(-4574.97,5030.57,-2154.43,0.92)
}
dend[108]{
pt3dadd(-4574.97,5030.57,-2154.43,0.92)
pt3dadd(-4600.12,5024.32,-2151.57,0.92)
pt3dadd(-4623.82,5020.56,-2145.15,0.92)
pt3dadd(-4623.81,5014.88,-2138.38,0.92)
}
dend[109]{
pt3dadd(-4623.81,5014.88,-2138.38,0.92)
pt3dadd(-4623.87,5010.14,-2136.36,0.92)
pt3dadd(-4638.81,5003.98,-2136.39,0.92)
pt3dadd(-4647.63,4997.93,-2131.51,0.92)
}
dend[110]{
pt3dadd(-4647.63,4997.93,-2131.51,0.92)
pt3dadd(-4659.28,4990.22,-2126.38,0.92)
pt3dadd(-4668.67,4978.85,-2122.61,0.92)
pt3dadd(-4673.69,4976.11,-2129.32,0.92)
}
dend[111]{
pt3dadd(-4673.69,4976.11,-2129.32,0.92)
pt3dadd(-4676.05,4971.9,-2125.49,0.92)
pt3dadd(-4676.08,4964.92,-2127.39,0.92)
pt3dadd(-4705.67,4960.47,-2128.88,0.616)
}
dend[112]{
pt3dadd(-4705.67,4960.47,-2128.88,0.616)
pt3dadd(-4715.12,4959.36,-2123.45,0.616)
pt3dadd(-4726.62,4950.09,-2116.82,0.616)
pt3dadd(-4735.89,4943.93,-2111.84,0.304)
}
//dend19
dend[113]{
pt3dadd(-4541.43,5065.89,-2170.68,0.92)
pt3dadd(-4546.78,5060.02,-2176.11,0.92)
pt3dadd(-4561.12,5059.78,-2182.4,0.92)
}
dend[114]{
pt3dadd(-4561.12,5059.78,-2182.4,0.92)
pt3dadd(-4571.71,5061.52,-2185.75,0.92)
pt3dadd(-4572.41,5053.21,-2183.12,0.92)
pt3dadd(-4572.37,5052.35,-2187.84,0.92)
}
dend[115]{
pt3dadd(-4572.37,5052.35,-2187.84,0.92)
pt3dadd(-4624.56,5051.11,-2185.95,0.92)
pt3dadd(-4636.26,5045.4,-2185.91,0.92)
pt3dadd(-4658.03,5046.88,-2191.71,0.92)
}
dend[116]{
pt3dadd(-4658.03,5046.88,-2191.71,0.92)
pt3dadd(-4670.29,5040.11,-2196.93,0.92)
pt3dadd(-4684.82,5034.4,-2191.45,0.92)
pt3dadd(-4687.53,5025.38,-2185.66,0.92)
}
dend[117]{
pt3dadd(-4687.53,5025.38,-2185.66,0.92)
pt3dadd(-4687.55,5019.48,-2188.23,0.92)
pt3dadd(-4669.48,5014.81,-2196.8,0.616)
pt3dadd(-4705.16,5014.29,-2207.2,0.616)
}
dend[118]{
pt3dadd(-4705.16,5014.29,-2207.2,0.616)
pt3dadd(-4716.58,5023.29,-2215.18,0.616)
pt3dadd(-4716.6,5025.42,-2219.03,0.616)
pt3dadd(-4720.43,5031.81,-2226.54,0.616)
}
dend[119]{
pt3dadd(-4720.43,5031.81,-2226.54,0.616)
pt3dadd(-4720.48,5032.74,-2230.29,0.616)
pt3dadd(-4720.52,5033.58,-2233.67,0.304)
}
//-------------------------------------------------------
//dend20
dend[120]{
pt3dadd(-4372.52,5225.59,-2262.91,2)
pt3dadd(-4370.33,5228.25,-2275.88,1.6)
pt3dadd(-4370.45,5224.57,-2278.08,1.6)
}
//dend21
dend[121]{
pt3dadd(-4370.45,5224.57,-2278.08,1.6)
pt3dadd(-4370.61,5220.17,-2281.96,1.6)
pt3dadd(-4371.41,5217.85,-2290.85,1.6)
pt3dadd(-4371.54,5217.1,-2297.2,1.6)
}
//dend22
dend[122]{
pt3dadd(-4371.54,5217.1,-2297.2,1.6)
pt3dadd(-4363.58,5208.38,-2309.52,1.536)
}
dend[123]{
pt3dadd(-4363.58,5208.38,-2309.52,1.536)
pt3dadd(-4363.99,5205.29,-2320.17,1.232)
pt3dadd(-4321.82,5199.1,-2340.48,1.232)
}
dend[124]{
pt3dadd(-4321.82,5199.1,-2340.48,1.232)
pt3dadd(-4341.34,5195.33,-2360.7,1.232)
pt3dadd(-4341.54,5193.62,-2369.82,1.232)
}
//dend23
dend[125]{
pt3dadd(-4341.54,5193.62,-2369.82,1.232)
pt3dadd(-4341.84,5190.22,-2381.94,1.232)
}
dend[126]{
pt3dadd(-4341.84,5190.22,-2381.94,1.232)
pt3dadd(-4330.18,5195.63,-2399.36,1.232)
pt3dadd(-4328.47,5195.72,-2410.53,0.92)
pt3dadd(-4314.92,5197.3,-2424.47,0.92)
}
dend[127]{
pt3dadd(-4314.92,5197.3,-2424.47,0.92)
pt3dadd(-4315.08,5205.62,-2442.19,0.92)
pt3dadd(-4309.3,5213.52,-2463.02,0.92)
}
dend[128]{
pt3dadd(-4309.3,5213.52,-2463.02,0.92)
pt3dadd(-4309.25,5221.48,-2476.8,0.92)
pt3dadd(-4309.39,5227.51,-2490.46,0.92)
pt3dadd(-4309.41,5231.74,-2496,0.92)
}
dend[129]{
pt3dadd(-4309.41,5231.74,-2496,0.92)
pt3dadd(-4304.71,5246.26,-2527.74,0.616)
pt3dadd(-4303.25,5253.78,-2543.68,0.616)
}
dend[130]{
pt3dadd(-4303.25,5253.78,-2543.68,0.616)
pt3dadd(-4307.01,5259.96,-2555.35,0.616)
pt3dadd(-4305.77,5272.64,-2573.39,0.616)
pt3dadd(-4294.3,5271.96,-2586.51,0.616)
}
dend[131]{
pt3dadd(-4294.3,5271.96,-2586.51,0.616)
pt3dadd(-4281.19,5279.31,-2599.35,0.616)
pt3dadd(-4282,5282.38,-2614.09,0.616)
}
//dend24
dend[132]{
pt3dadd(-4341.54,5193.62,-2369.82,1.232)
pt3dadd(-4347.15,5202.24,-2380.74,0.92)
pt3dadd(-4332.16,5202.84,-2395.37,0.92)
}
dend[133]{
pt3dadd(-4332.16,5202.84,-2395.37,0.92)
pt3dadd(-4323.52,5203.19,-2404.51,0.92)
pt3dadd(-4317.14,5201.65,-2422.42,0.92)
pt3dadd(-4303.08,5197.19,-2441.88,0.92)
}
dend[134]{
pt3dadd(-4303.08,5197.19,-2441.88,0.92)
pt3dadd(-4289.66,5199.1,-2455.61,0.92)
pt3dadd(-4285.47,5201.63,-2469.81,0.92)
pt3dadd(-4282.1,5202.77,-2487.26,0.92)
}
dend[135]{
pt3dadd(-4282.1,5202.77,-2487.26,0.92)
pt3dadd(-4279.24,5205.66,-2493.72,0.92)
pt3dadd(-4279.41,5204.47,-2501.54,0.616)
}
dend[136]{
pt3dadd(-4279.41,5204.47,-2501.54,0.616)
pt3dadd(-4278.82,5208.11,-2513.1,0.616)
pt3dadd(-4279.19,5208.43,-2525.28,0.616)
pt3dadd(-4273.8,5197.52,-2539.56,0.616)
}
dend[137]{
pt3dadd(-4273.8,5197.52,-2539.56,0.616)
pt3dadd(-4267.49,5183.51,-2555.81,0.616)
pt3dadd(-4259.44,5177.3,-2573.36,0.616)
}
dend[138]{
pt3dadd(-4259.44,5177.3,-2573.36,0.616)
pt3dadd(-4253.65,5172.7,-2595.67,0.616)
pt3dadd(-4246.81,5171.18,-2612.86,0.616)
pt3dadd(-4238.43,5170.96,-2627.36,0.616)
}
dend[139]{
pt3dadd(-4238.43,5170.96,-2627.36,0.616)
pt3dadd(-4233.84,5167.43,-2644.2,0.616)
pt3dadd(-4233.86,5165.59,-2659.38,0.616)
}
dend[140]{
pt3dadd(-4233.86,5165.59,-2659.38,0.616)
pt3dadd(-4233.29,5169.11,-2664.1,0.616)
pt3dadd(-4233.63,5171.12,-2668.77,0.616)
}
//dend25
dend[141]{
pt3dadd(-4371.54,5217.1,-2297.2,1.6)
pt3dadd(-4371.3,5218.78,-2302.35,1.536)
pt3dadd(-4375.52,5216.91,-2306.17,1.536)
}
dend[142]{
pt3dadd(-4375.52,5216.91,-2306.17,1.536)
pt3dadd(-4384.61,5222.06,-2311.29,1.536)
pt3dadd(-4392.26,5216.82,-2323.09,1.536)
pt3dadd(-4398.42,5215.46,-2329.57,1.536)
}
dend[143]{
pt3dadd(-4398.42,5215.46,-2329.57,1.536)
pt3dadd(-4398.3,5222.39,-2330.95,1.536)
pt3dadd(-4409.56,5222.84,-2337.59,1.536)
pt3dadd(-4420.31,5223.27,-2347.91,1.536)
}
dend[144]{
pt3dadd(-4420.31,5223.27,-2347.91,1.536)
pt3dadd(-4424.47,5232.95,-2353.63,1.232)
pt3dadd(-4430.4,5237.73,-2362.56,1.232)
pt3dadd(-4438.31,5242.5,-2366.6,1.232)
}
dend[145]{
pt3dadd(-4438.31,5242.5,-2366.6,1.232)
pt3dadd(-4438.36,5243.23,-2370.02,1.232)
pt3dadd(-4438.31,5254.44,-2379.9,1.232)
pt3dadd(-4416.31,5261,-2394.73,0.92)
}
dend[146]{
pt3dadd(-4416.31,5261,-2394.73,0.92)
pt3dadd(-4410.68,5269.93,-2401.31,0.92)
pt3dadd(-4398.84,5279.87,-2413.78,0.92)
pt3dadd(-4390.45,5293.08,-2434.3,0.92)
}
dend[147]{
pt3dadd(-4390.45,5293.08,-2434.3,0.92)
pt3dadd(-4380.49,5303.01,-2452.84,0.92)
pt3dadd(-4371.91,5305.13,-2467.34,0.92)
pt3dadd(-4371.74,5307.79,-2476.75,0.92)
}
dend[148]{
pt3dadd(-4371.74,5307.79,-2476.75,0.92)
pt3dadd(-4376.58,5311.71,-2489.01,0.616)
pt3dadd(-4368.73,5320.68,-2502.58,0.616)
pt3dadd(-4366.57,5326.06,-2510.62,0.616)
}
dend[149]{
pt3dadd(-4366.57,5326.06,-2510.62,0.616)
pt3dadd(-4374.85,5330.27,-2518.48,0.616)
pt3dadd(-4375.4,5325.89,-2535.33,0.616)
pt3dadd(-4365.71,5327.99,-2544.9,0.616)
}
dend[150]{
pt3dadd(-4365.71,5327.99,-2544.9,0.616)
pt3dadd(-4361.03,5340.4,-2567,0.616)
pt3dadd(-4354.69,5343.22,-2575.96,0.616)
pt3dadd(-4354.61,5346.43,-2590.7,0.616)
}
dend[151]{
pt3dadd(-4354.61,5346.43,-2590.7,0.616)
pt3dadd(-4350.86,5359.17,-2607.55,0.616)
pt3dadd(-4348.43,5372.58,-2625.39,0.616)
pt3dadd(-4348.44,5382.43,-2636.52,0.616)
}
dend[152]{
pt3dadd(-4348.44,5382.43,-2636.52,0.616)
pt3dadd(-4346.72,5398.78,-2664.38,0.616)
pt3dadd(-4344.23,5414.86,-2689.94,0.616)
pt3dadd(-4340.05,5426.75,-2706.6,0.616)
}
dend[153]{
pt3dadd(-4340.05,5426.75,-2706.6,0.616)
pt3dadd(-4340.03,5434.38,-2713.49,0.616)
pt3dadd(-4326.21,5446.7,-2732.55,0.616)
pt3dadd(-4323.25,5460.56,-2753.88,0.616)
}
dend[154]{
pt3dadd(-4323.25,5460.56,-2753.88,0.616)
pt3dadd(-4325.5,5477.94,-2759.95,0.616)
pt3dadd(-4321.01,5491.5,-2777,0.616)
pt3dadd(-4320.01,5499.56,-2787.38,0.616)
}
dend[155]{
pt3dadd(-4320.01,5499.56,-2787.38,0.616)
pt3dadd(-4317.47,5506.24,-2800.1,0.616)
pt3dadd(-4316.16,5522.05,-2809.79,0.616)
pt3dadd(-4316.13,5529.58,-2816.3,0.616)
}
//dend26
dend[156]{
pt3dadd(-4370.45,5224.57,-2278.08,1.6)
pt3dadd(-4369.65,5216.23,-2273.48,1.6)
pt3dadd(-4369.83,5205.52,-2271.7,1.6)
pt3dadd(-4360.16,5194.34,-2267.74,1.6)
}
dend[157]{
pt3dadd(-4360.16,5194.34,-2267.74,1.6)
pt3dadd(-4357.42,5187.23,-2262.37,1.6)
pt3dadd(-4357.32,5185.13,-2255.01,1.536)
pt3dadd(-4348.35,5173.15,-2248.29,1.536)
pt3dadd(-4342.15,5160.83,-2240.87,1.536)
}
dend[158]{
pt3dadd(-4342.15,5160.83,-2240.87,1.536)
pt3dadd(-4336.96,5149.59,-2233.69,1.232)
pt3dadd(-4329.33,5138.51,-2229.13,1.232)
pt3dadd(-4327.8,5131.74,-2218.77,1.232)
pt3dadd(-4320.79,5119.91,-2206.98,1.232)
}
dend[159]{
pt3dadd(-4320.79,5119.91,-2206.98,1.232)
pt3dadd(-4313.53,5103.95,-2201.77,1.232)
pt3dadd(-4313.57,5098.84,-2198.52,1.232)
pt3dadd(-4303.12,5091.61,-2196.62,1.232)
pt3dadd(-4295.38,5086.51,-2184.83,1.232)
}
dend[160]{
pt3dadd(-4295.38,5086.51,-2184.83,1.232)
pt3dadd(-4289.48,5063.53,-2173.9,1.232)
pt3dadd(-4289.87,5047.72,-2169.81,1.232)
pt3dadd(-4277.93,5038.98,-2165.06,1.232)
pt3dadd(-4275.15,5032.42,-2165.8,1.232)
}
dend[161]{
pt3dadd(-4275.15,5032.42,-2165.8,1.232)
pt3dadd(-4271.77,5028.02,-2160.85,1.232)
pt3dadd(-4263.21,5018.25,-2163.32,1.232)
pt3dadd(-4251.27,5011.48,-2160.62,1.232)
pt3dadd(-4238.27,4998.96,-2157.25,1.232)
}
dend[162]{
pt3dadd(-4238.27,4998.96,-2157.25,1.232)
pt3dadd(-4228.68,4989.74,-2151.9,0.92)
pt3dadd(-4228.93,4984.15,-2151.52,0.92)
pt3dadd(-4211.03,4973.51,-2155.16,1.232)
pt3dadd(-4193.39,4963.34,-2157.49,1.232)
}
dend[163]{
pt3dadd(-4193.39,4963.34,-2157.49,1.232)
pt3dadd(-4177.92,4945.54,-2165.63,0.92)
pt3dadd(-4168.5,4938.72,-2164.65,0.92)
pt3dadd(-4164.57,4927.73,-2162.21,0.92)
pt3dadd(-4155.58,4917.83,-2164.76,0.92)
}
dend[164]{
pt3dadd(-4155.58,4917.83,-2164.76,0.92)
pt3dadd(-4153.58,4909.11,-2166.52,0.92)
pt3dadd(-4154.17,4892.55,-2171.96,0.92)
pt3dadd(-4146.22,4883.07,-2175.78,0.92)
pt3dadd(-4134.94,4874.93,-2183.68,0.92)
}
dend[165]{
pt3dadd(-4134.94,4874.93,-2183.68,0.92)
pt3dadd(-4119.09,4864.05,-2186.43,0.92)
pt3dadd(-4100.34,4850.68,-2189.27,0.92)
pt3dadd(-4092.08,4847.13,-2198.39,0.92)
pt3dadd(-4091.52,4840.46,-2200.32,0.92)
}
dend[166]{
pt3dadd(-4091.52,4840.46,-2200.32,0.92)
pt3dadd(-4091.66,4834.88,-2201.86,0.92)
pt3dadd(-4092.15,4828.05,-2205,0.624)
pt3dadd(-4065.28,4818.74,-2208.62,0.624)
pt3dadd(-4054.75,4810.84,-2217.32,0.624)
}
//---------------------------------------------------
//dend27
dend[167]{
pt3dadd(-4372.52,5225.59,-2262.91,2)
pt3dadd(-4370.29,5229.94,-2275.47,1.6)
pt3dadd(-4370.43,5225.68,-2278.5,1.6)
}
//dend28
dend[168]{
pt3dadd(-4370.43,5225.68,-2278.5,1.6)
pt3dadd(-4370.6,5221.64,-2283.48,1.6)
}
//dend29
dend[169]{
pt3dadd(-4370.6,5221.64,-2283.48,1.6)
pt3dadd(-4370.68,5224.91,-2290.96,1.536)
pt3dadd(-4370.78,5226.35,-2297.8,1.536)
pt3dadd(-4377.15,5237.65,-2305.83,1.536)
}
//dend30
dend[170]{
pt3dadd(-4377.15,5237.65,-2305.83,1.536)
pt3dadd(-4377.22,5241.52,-2313.91,1.232)
pt3dadd(-4366.04,5248.71,-2319.43,1.232)
}
dend[171]{
pt3dadd(-4366.04,5248.71,-2319.43,1.232)
pt3dadd(-4361.2,5256.01,-2327.26,1.232)
pt3dadd(-4356.4,5260.51,-2333.98,1.232)
pt3dadd(-4356.48,5261.47,-2339.36,1.232)
}
dend[172]{
pt3dadd(-4356.48,5261.47,-2339.36,1.232)
pt3dadd(-4356.52,5265.53,-2345.61,0.92)
pt3dadd(-4355.57,5269.94,-2347.02,0.92)
pt3dadd(-4347.27,5274.57,-2355.12,0.92)
}
//dend31
dend[173]{
pt3dadd(-4347.27,5274.57,-2355.12,0.92)
pt3dadd(-4343.26,5276.44,-2362.15,0.616)
}
//dend32
dend[174]{
pt3dadd(-4343.26,5276.44,-2362.15,0.616)
pt3dadd(-4345.34,5285,-2373.23,0.616)
}
dend[175]{
pt3dadd(-4345.34,5285,-2373.23,0.616)
pt3dadd(-4355.87,5301.67,-2373.49,0.616)
pt3dadd(-4361.15,5304.3,-2376.84,0.616)
}
dend[176]{
pt3dadd(-4361.15,5304.3,-2376.84,0.616)
pt3dadd(-4358,5309.11,-2385.7,0.616)
pt3dadd(-4331.06,5309.27,-2396.15,0.616)
pt3dadd(-4309.57,5313.61,-2427.54,0.616)
}
//dend33
dend[177]{
pt3dadd(-4343.26,5276.44,-2362.15,0.616)
pt3dadd(-4344.14,5275.16,-2368.77,0.616) //was 0.92
}
dend[178]{
pt3dadd(-4344.14,5275.16,-2368.77,0.616) //was 0.92
pt3dadd(-4323.05,5277.14,-2388.04,0.616) //was 0.92
}
dend[179]{
pt3dadd(-4323.05,5277.14,-2388.04,0.616) //was 0.92
pt3dadd(-4306.41,5278.79,-2402.06,0.616) //was 0.92
pt3dadd(-4294.97,5281.53,-2428.04,0.616) //was 0.92
}
//dend34
dend[180]{
pt3dadd(-4347.27,5274.57,-2355.12,0.92)
pt3dadd(-4362.63,5286.23,-2366.04,0.92)
pt3dadd(-4361.87,5297.65,-2368.62,0.616)
pt3dadd(-4361.67,5301.02,-2369.75,0.616)
}
//dend35
dend[181]{
pt3dadd(-4377.15,5237.65,-2305.83,1.536)
pt3dadd(-4381.58,5245.59,-2308.44,0.92)
}
dend[182]{
pt3dadd(-4381.58,5245.59,-2308.44,0.92)
pt3dadd(-4389.11,5254.25,-2312.02,0.92)
pt3dadd(-4399.1,5261.88,-2313.47,0.92)
pt3dadd(-4403.25,5271.92,-2319.07,0.92)
}
dend[183]{
pt3dadd(-4403.25,5271.92,-2319.07,0.92)
pt3dadd(-4405.3,5281.58,-2321.17,0.92)
pt3dadd(-4408.52,5288.68,-2328.98,0.92)
pt3dadd(-4410.58,5293.21,-2333.98,0.92)
}
dend[184]{
pt3dadd(-4410.58,5293.21,-2333.98,0.92)
pt3dadd(-4407.62,5311.4,-2336.59,0.92)
pt3dadd(-4407.54,5320.87,-2342.03,0.92)
}
dend[185]{
pt3dadd(-4407.54,5320.87,-2342.03,0.92)
pt3dadd(-4414.46,5331.45,-2355.16,0.92)
pt3dadd(-4422.06,5340.97,-2356.42,0.92)
}
dend[186]{
pt3dadd(-4422.06,5340.97,-2356.42,0.92)
pt3dadd(-4422.21,5350.71,-2358.92,0.92)
pt3dadd(-4421.61,5360.18,-2360.71,0.92)
}
dend[187]{
pt3dadd(-4421.61,5360.18,-2360.71,0.92)
pt3dadd(-4421.24,5368.63,-2358.05,0.92)
pt3dadd(-4403.68,5382.75,-2358.94,0.92)
pt3dadd(-4455.98,5409.11,-2369.24,0.92)
}
dend[188]{
pt3dadd(-4455.98,5409.11,-2369.24,0.92)
pt3dadd(-4466.52,5434.49,-2372.36,0.92)
pt3dadd(-4485.11,5451.72,-2381.53,0.92)
pt3dadd(-4490.54,5460.16,-2382.81,0.92)
}
dend[189]{
pt3dadd(-4490.54,5460.16,-2382.81,0.92)
pt3dadd(-4497.2,5478.38,-2398.29,0.92)
pt3dadd(-4490.15,5496.18,-2416.46,0.92)
pt3dadd(-4494.56,5508.22,-2422.41,0.92)
}
//dend36
dend[190]{
pt3dadd(-4370.6,5221.64,-2283.48,1.6)
pt3dadd(-4370.98,5211.46,-2292.91,1.232)
pt3dadd(-4365.65,5199.37,-2308.33,1.232)
}
dend[191]{
pt3dadd(-4365.65,5199.37,-2308.33,1.232)
pt3dadd(-4361.56,5192.89,-2325.97,1.232)
pt3dadd(-4361.93,5186.65,-2339.01,1.232)
pt3dadd(-4362.22,5182.72,-2350.47,0.92)
}
dend[192]{
pt3dadd(-4362.22,5182.72,-2350.47,0.92)
pt3dadd(-4364.96,5178.95,-2367.14,0.92)
pt3dadd(-4372.08,5177.08,-2385.57,0.92)
}
dend[193]{
pt3dadd(-4372.08,5177.08,-2385.57,0.92)
pt3dadd(-4375.3,5174.52,-2405.91,0.92)
pt3dadd(-4375.88,5183.36,-2422.94,0.92)
pt3dadd(-4380.22,5192.16,-2437.09,0.92)
}
dend[194]{
pt3dadd(-4380.22,5192.16,-2437.09,0.92)
pt3dadd(-4380.35,5200.04,-2452.42,0.92)
pt3dadd(-4372.8,5204.03,-2468.68,0.92)
}
//dend37
dend[195]{
pt3dadd(-4370.43,5225.68,-2278.5,1.6)
pt3dadd(-4365.66,5222.14,-2270.34,1.6)
pt3dadd(-4353.18,5222.16,-2261.52,1.6)
pt3dadd(-4353.17,5221.34,-2252.84,1.6)
pt3dadd(-4352.93,5221.02,-2239.52,1.6)
pt3dadd(-4373.65,5236.94,-2227.12,1.6)
pt3dadd(-4378.5,5243.76,-2219.14,1.6)
}
//dend38
dend[196]{
pt3dadd(-4378.5,5243.76,-2219.14,1.6)
pt3dadd(-4382.31,5249.32,-2217.26,1.6)
pt3dadd(-4390.36,5254.24,-2214.33,1.6)
pt3dadd(-4396.55,5258.75,-2212.77,1.6)
pt3dadd(-4396.39,5265.57,-2211.35,1.6)
}
///dend39
dend[197]{
pt3dadd(-4396.39,5265.57,-2211.35,1.6)
pt3dadd(-4403.65,5269.48,-2211.61,1.536)
pt3dadd(-4420.43,5278.96,-2209.51,1.536)
pt3dadd(-4412.47,5281.48,-2210.42,1.536)
}
//dend40
dend[198]{
pt3dadd(-4412.47,5281.48,-2210.42,1.536)
pt3dadd(-4419.13,5284.91,-2209.22,1.232)
pt3dadd(-4421.76,5290.81,-2207.24,1.232)
pt3dadd(-4419.65,5293.34,-2207.05,0.92)
pt3dadd(-4429.97,5297.36,-2206.25,0.92)
}
//dend41
dend[199]{
pt3dadd(-4429.97,5297.36,-2206.25,0.92)
pt3dadd(-4439.07,5303.33,-2205.34,0.92)
pt3dadd(-4450.75,5310.63,-2203.25,0.92)
pt3dadd(-4463.9,5315.23,-2205.85,0.92)
}
dend[200]{
pt3dadd(-4463.9,5315.23,-2205.85,0.92)
pt3dadd(-4474.37,5323.13,-2201.6,0.92)
pt3dadd(-4485.28,5329.89,-2196.06,0.92)
pt3dadd(-4497.14,5333.24,-2191.01,0.92)
pt3dadd(-4503.35,5335.26,-2187.59,0.92)
}
dend[201]{
pt3dadd(-4503.35,5335.26,-2187.59,0.92)
pt3dadd(-4512.09,5341.64,-2183.78,0.92)
pt3dadd(-4512.11,5349.23,-2185.36,0.92)
pt3dadd(-4512.2,5350.32,-2183.48,0.92)
}
//dend42
dend[202]{
pt3dadd(-4429.97,5297.36,-2206.25,0.92)
pt3dadd(-4430.18,5298.06,-2202.86,0.92)
pt3dadd(-4434.84,5297.56,-2200.53,0.92)
}
dend[203]{
pt3dadd(-4434.84,5297.56,-2200.53,0.92)
pt3dadd(-4455.43,5304.7,-2187.95,0.92)
pt3dadd(-4465.47,5311.04,-2174.92,0.92)
pt3dadd(-4483.51,5316.38,-2164.87,0.92)
pt3dadd(-4495.21,5323.29,-2155.27,0.92)
}
dend[204]{
pt3dadd(-4495.21,5323.29,-2155.27,0.92)
pt3dadd(-4504.88,5327.69,-2143.97,0.92)
pt3dadd(-4513.43,5330.79,-2133.83,0.92)
pt3dadd(-4513.21,5334.21,-2125.73,0.92)
}
dend[205]{
pt3dadd(-4513.21,5334.21,-2125.73,0.92)
pt3dadd(-4513.11,5337.37,-2123.52,0.616)
pt3dadd(-4537.17,5346.38,-2118.55,0.616)
pt3dadd(-4549.06,5351.78,-2108.93,0.616)
pt3dadd(-4557.53,5359.91,-2092.27,0.616)
}
dend[206]{
pt3dadd(-4557.53,5359.91,-2092.27,0.616)
pt3dadd(-4563.6,5359.1,-2087.09,0.616)
pt3dadd(-4569.8,5364.14,-2078.95,0.616)
pt3dadd(-4569.56,5373.27,-2075.84,0.616)
pt3dadd(-4579.15,5373.04,-2070.79,0.616)
}
//dend43
dend[207]{
pt3dadd(-4412.47,5281.48,-2210.42,1.536)
pt3dadd(-4418.78,5287.48,-2201.04,0.92)
pt3dadd(-4418.54,5289.45,-2198.5,0.92)
}
dend[208]{
pt3dadd(-4418.54,5289.45,-2198.5,0.92)
pt3dadd(-4431.87,5297.72,-2190.92,0.92)
pt3dadd(-4452.01,5306.92,-2180.2,0.92)
pt3dadd(-4463.26,5316.28,-2172.36,0.92)
}
dend[209]{
pt3dadd(-4463.26,5316.28,-2172.36,0.92)
pt3dadd(-4472.76,5327.18,-2158.54,0.92)
pt3dadd(-4483.89,5339.74,-2147.84,0.92)
pt3dadd(-4494.08,5344.51,-2140.84,0.92)
}
dend[210]{
pt3dadd(-4494.08,5344.51,-2140.84,0.92)
pt3dadd(-4495.47,5345.44,-2138.18,0.92)
pt3dadd(-4503.73,5348.64,-2136.01,0.92)
}
dend[211]{
pt3dadd(-4503.73,5348.64,-2136.01,0.92)
pt3dadd(-4503.41,5355.89,-2134.98,0.92)
pt3dadd(-4503.18,5362.38,-2129.66,0.92)
pt3dadd(-4516.48,5366.92,-2123.77,0.92)
}
dend[212]{
pt3dadd(-4516.48,5366.92,-2123.77,0.92)
pt3dadd(-4525.82,5372.56,-2111.97,0.92)
pt3dadd(-4543.22,5377.65,-2107.07,0.92)
pt3dadd(-4551.89,5384.92,-2100.05,0.92)
}
dend[213]{
pt3dadd(-4551.89,5384.92,-2100.05,0.92)
pt3dadd(-4560.85,5388.94,-2089.38,0.92)
pt3dadd(-4563.38,5398.34,-2085.71,0.616)
pt3dadd(-4562.89,5404.44,-2074.22,0.616)
}
dend[214]{
pt3dadd(-4562.89,5404.44,-2074.22,0.616)
pt3dadd(-4576.7,5417.26,-2057.85,0.616)
pt3dadd(-4588.88,5425.47,-2051.41,0.616)
pt3dadd(-4600.87,5434.87,-2035.89,0.616)
}
dend[215]{
pt3dadd(-4600.87,5434.87,-2035.89,0.616)
pt3dadd(-4614.86,5455.07,-2029.58,0.616)
pt3dadd(-4626.72,5468.53,-2019.57,0.616)
pt3dadd(-4629.49,5475.49,-2010.41,0.616)
}
//dend44
dend[216]{
pt3dadd(-4396.39,5265.57,-2211.35,1.6)
pt3dadd(-4390.72,5273.99,-2207.85,0.92)
pt3dadd(-4398.21,5286.57,-2206.06,0.92)
}
dend[217]{
pt3dadd(-4398.21,5286.57,-2206.06,0.92)
pt3dadd(-4408.79,5296.53,-2202.27,0.92)
pt3dadd(-4414.14,5303.98,-2189.99,0.92)
pt3dadd(-4418.04,5311.74,-2187.39,0.92)
}
dend[218]{
pt3dadd(-4418.04,5311.74,-2187.39,0.92)
pt3dadd(-4417.5,5320.75,-2184.03,0.92)
pt3dadd(-4419.52,5323.17,-2184.84,0.92)
pt3dadd(-4419.32,5327.84,-2187.08,0.92)
}
dend[219]{
pt3dadd(-4419.32,5327.84,-2187.08,0.92)
pt3dadd(-4437.11,5340.92,-2188.17,0.92)
pt3dadd(-4448.58,5355.07,-2181.86,0.92)
pt3dadd(-4461.65,5364.4,-2176.8,0.92)
}
dend[220]{
pt3dadd(-4461.65,5364.4,-2176.8,0.92)
pt3dadd(-4473.55,5374.96,-2173.43,0.92)
pt3dadd(-4478.88,5392,-2163.63,0.92)
}
//dend45
dend[221]{
pt3dadd(-4478.88,5392,-2163.63,0.92)
pt3dadd(-4476.78,5399.29,-2161.31,0.92)
pt3dadd(-4476.66,5405.84,-2161.98,0.92)
}
dend[222]{
pt3dadd(-4476.66,5405.84,-2161.98,0.92)
pt3dadd(-4489.29,5416.38,-2158.2,0.92)
pt3dadd(-4500.45,5427.26,-2147.15,0.92)
pt3dadd(-4505.05,5443.72,-2136.71,0.92)
}
dend[223]{
pt3dadd(-4505.05,5443.72,-2136.71,0.92)
pt3dadd(-4504.61,5456.05,-2126.1,0.92)
pt3dadd(-4507.41,5491.16,-2101.44,0.92)
pt3dadd(-4515.94,5507.92,-2089.66,0.92)
pt3dadd(-4522.19,5518.24,-2082.36,0.92)
}
dend[224]{
pt3dadd(-4522.19,5518.24,-2082.36,0.92)
pt3dadd(-4530.65,5526.03,-2072.42,0.92)
pt3dadd(-4539.93,5537.1,-2062.99,0.92)
pt3dadd(-4548.76,5553.34,-2051.03,0.92)
}
dend[225]{
pt3dadd(-4548.76,5553.34,-2051.03,0.92)
pt3dadd(-4556.47,5558.89,-2037.45,0.92)
pt3dadd(-4565.85,5561.33,-2032.35,0.92)
pt3dadd(-4567.36,5564.21,-2029.31,0.92)
}
//dend46
dend[226]{
pt3dadd(-4478.88,5392,-2163.63,0.92)
pt3dadd(-4480.12,5392.69,-2159.81,0.616)
}
dend[227]{
pt3dadd(-4480.12,5392.69,-2159.81,0.616)
pt3dadd(-4490.91,5396.34,-2153.09,0.616)
pt3dadd(-4502.16,5405.52,-2152.1,0.616)
}
dend[228]{
pt3dadd(-4502.16,5405.52,-2152.1,0.616)
pt3dadd(-4510.05,5415.3,-2146.2,0.616)
pt3dadd(-4510.45,5420.81,-2133.92,0.616)
}
dend[229]{
pt3dadd(-4510.45,5420.81,-2133.92,0.616)
pt3dadd(-4509.7,5435.98,-2126.03,0.616)
pt3dadd(-4508.93,5456.37,-2106.5,0.616)
}
dend[230]{
pt3dadd(-4508.93,5456.37,-2106.5,0.616)
pt3dadd(-4532.34,5459.48,-2091.4,0.616)
pt3dadd(-4542.7,5465.42,-2079.33,0.616)
}
dend[231]{
pt3dadd(-4542.7,5465.42,-2079.33,0.616)
pt3dadd(-4553.85,5467.25,-2065.83,0.616)
pt3dadd(-4564.14,5469.94,-2046.31,0.616)
}
dend[232]{
pt3dadd(-4564.14,5469.94,-2046.31,0.616)
pt3dadd(-4572.56,5470.93,-2026.89,0.616)
pt3dadd(-4572.24,5475.73,-2014.88,0.616)
}
//dend47
dend[233]{
pt3dadd(-4378.5,5243.76,-2219.14,1.6)
pt3dadd(-4380.18,5243.63,-2214.66,0.92)
pt3dadd(-4389.94,5250.8,-2203.65,0.92)
}
dend[234]{
pt3dadd(-4389.94,5250.8,-2203.65,0.92)
pt3dadd(-4398.06,5255.77,-2188.49,0.92)
pt3dadd(-4409.57,5263.7,-2177.2,0.92)
pt3dadd(-4412.94,5264.77,-2170.3,0.92)
}
dend[235]{
pt3dadd(-4412.94,5264.77,-2170.3,0.92)
pt3dadd(-4419.3,5268.19,-2169.09,0.92)
pt3dadd(-4419.01,5274.18,-2160.21,0.92)
pt3dadd(-4418.85,5279.06,-2156.59,0.92)
}
dend[236]{
pt3dadd(-4418.85,5279.06,-2156.59,0.92)
pt3dadd(-4425.61,5283.99,-2147.03,0.92)
pt3dadd(-4441.45,5290.53,-2138.67,0.92)
pt3dadd(-4456.17,5303.89,-2132.12,0.92)
}
dend[237]{
pt3dadd(-4456.17,5303.89,-2132.12,0.92)
pt3dadd(-4469.3,5311.84,-2121.83,0.92)
pt3dadd(-4477.34,5327.87,-2121.46,0.92)
pt3dadd(-4486.01,5344.28,-2108.98,0.92)
}
dend[238]{
pt3dadd(-4486.01,5344.28,-2108.98,0.92)
pt3dadd(-4486.45,5348.97,-2098.12,0.616)
pt3dadd(-4500.05,5358.64,-2090.96,0.616)
pt3dadd(-4509.11,5367.92,-2075.57,0.616)
}
dend[239]{
pt3dadd(-4509.11,5367.92,-2075.57,0.616)
pt3dadd(-4508.8,5378.48,-2070.36,0.616)
pt3dadd(-4508.58,5384.18,-2064.85,0.616)
}
//---------------------------------------------------------
//dend48
dend[240]{
pt3dadd(-4372.52,5225.59,-2262.91,2)
pt3dadd(-4370.24,5233.69,-2276.69,1.6)
pt3dadd(-4370.36,5231.46,-2281.19,1.6)
pt3dadd(-4362.74,5226.7,-2284.11,1.6)
pt3dadd(-4354.23,5222.55,-2294.81,1.6)
}
dend[241]{
pt3dadd(-4354.23,5222.55,-2294.81,1.6)
pt3dadd(-4337.38,5216.04,-2304.27,1.6)
pt3dadd(-4325.71,5204.73,-2310.72,1.536)
pt3dadd(-4313.8,5189.84,-2324.65,1.536)
pt3dadd(-4302.52,5178.61,-2329.12,1.232)
}
dend[242]{
pt3dadd(-4302.52,5178.61,-2329.12,1.232)
pt3dadd(-4302.8,5168.47,-2325.06,0.92)
pt3dadd(-4295.5,5156.21,-2321.75,0.92)
pt3dadd(-4280.38,5146.75,-2326.36,0.92)
pt3dadd(-4271.1,5133.17,-2332.84,0.92)
}
dend[243]{
pt3dadd(-4271.1,5133.17,-2332.84,0.92)
pt3dadd(-4260.74,5120.27,-2336.97,0.92)
pt3dadd(-4248.66,5106.2,-2342.84,0.92)
pt3dadd(-4239.64,5097.27,-2345.2,0.92)
pt3dadd(-4233.89,5085.13,-2346.14,0.92)
}
dend[244]{
pt3dadd(-4233.89,5085.13,-2346.14,0.92)
pt3dadd(-4234.15,5074.42,-2348.6,0.92)
pt3dadd(-4215.86,5062.28,-2352.62,0.92)
pt3dadd(-4203.55,5047,-2352.93,0.92)
pt3dadd(-4197.04,5031.53,-2356.81,0.92)
pt3dadd(-4194.95,5026.17,-2356.15,0.92)
}
//dend49
dend[245]{
pt3dadd(-4194.95,5026.17,-2356.15,0.92)
pt3dadd(-4194.44,5017.4,-2351.14,0.616)
pt3dadd(-4179.95,5009.27,-2351.73,0.616)
}
dend[246]{
pt3dadd(-4179.95,5009.27,-2351.73,0.616)
pt3dadd(-4170.35,5003.86,-2350,0.616)
pt3dadd(-4164.44,4991.97,-2350.6,0.616)
}
dend[247]{
pt3dadd(-4164.44,4991.97,-2350.6,0.616)
pt3dadd(-4164.61,4986.5,-2353.65,0.616)
pt3dadd(-4144.25,4972.34,-2347.37,0.616)
pt3dadd(-4136.58,4955.17,-2341.99,0.616)
}
dend[248]{
pt3dadd(-4136.58,4955.17,-2341.99,0.616)
pt3dadd(-4132.45,4941.08,-2341.64,0.616)
pt3dadd(-4132.92,4923.03,-2347.13,0.616)
pt3dadd(-4133.47,4902.46,-2354.72,0.616)
}
dend[249]{
pt3dadd(-4133.47,4902.46,-2354.72,0.616)
pt3dadd(-4133.92,4898.2,-2366.79,0.616) //was 0.624
pt3dadd(-4126.28,4893.66,-2368.48,0.616) //was 0.624
pt3dadd(-4121.39,4889.9,-2369.88,0.616) //was 0.624
}
//dend50
dend[250]{
pt3dadd(-4194.95,5026.17,-2356.15,0.92)
pt3dadd(-4190.51,5014.97,-2357.76,0.616)
pt3dadd(-4175.93,5007.93,-2362.86,0.616)
}
//dend51
dend[251]{
pt3dadd(-4175.93,5007.93,-2362.86,0.616)
pt3dadd(-4183.41,5000.52,-2362.58,0.616)
pt3dadd(-4183.25,4996.86,-2365.47,0.616)
}
dend[252]{
pt3dadd(-4183.25,4996.86,-2365.47,0.616)
pt3dadd(-4180.58,4991.95,-2366.71,0.304)
pt3dadd(-4167.25,4986.8,-2369.5,0.304)
}
dend[253]{
pt3dadd(-4167.25,4986.8,-2369.5,0.304)
pt3dadd(-4161.93,4986.92,-2376.06,0.304)
pt3dadd(-4161.99,4989.32,-2381.78,0.304)
}
//dend52
dend[254]{
pt3dadd(-4175.93,5007.93,-2362.86,0.616)
pt3dadd(-4182.4,5000.4,-2363.82,0.616)
}
dend[255]{
pt3dadd(-4182.4,5000.4,-2363.82,0.616)
pt3dadd(-4164.56,4997.87,-2371.45,0.616)
pt3dadd(-4165.69,4992.1,-2370.46,0.616)
}
dend[256]{
pt3dadd(-4165.69,4992.1,-2370.46,0.616)
pt3dadd(-4165.86,4987.69,-2375.12,0.616)
pt3dadd(-4166.19,4984.28,-2381.04,0.304)
}
dend[257]{
pt3dadd(-4166.19,4984.28,-2381.04,0.304)
pt3dadd(-4139.64,4969.11,-2387.46,0.304)
pt3dadd(-4125.75,4951.03,-2393.95,0.304)
}
dend[258]{
pt3dadd(-4125.75,4951.03,-2393.95,0.304)
pt3dadd(-4113.38,4932.17,-2402.74,0.304)
pt3dadd(-4104.47,4921.72,-2408.54,0.304)
}
dend[259]{
pt3dadd(-4104.47,4921.72,-2408.54,0.304)
pt3dadd(-4104.73,4912.67,-2412.93,0.304)
pt3dadd(-4104.93,4904.71,-2415.11,0.304) //was 0.624
}
dend[260]{
pt3dadd(-4104.93,4904.71,-2415.11,0.304) //was 0.624
pt3dadd(-4104.94,4899.7,-2410.29,0.304) //was 0.624
pt3dadd(-4105.29,4877,-2404.34,0.304) //was 0.624
}
//-----------------------------------------------------
//dend53
dend[261]{
pt3dadd(-4371.69,5242.77,-2269.88,2)
pt3dadd(-4369.78,5240.45,-2259.41,1.536)
pt3dadd(-4369.61,5245.82,-2256.02,1.232)
pt3dadd(-4380.61,5248.61,-2251.31,1.232)
pt3dadd(-4393.09,5248.55,-2236.53,1.232)
}
dend[262]{
pt3dadd(-4393.09,5248.55,-2236.53,1.232)
pt3dadd(-4398.65,5245.66,-2224.79,1.232)
pt3dadd(-4409.83,5230.11,-2209.83,1.232)
pt3dadd(-4413.94,5232.63,-2204.87,1.232)
pt3dadd(-4414.03,5226.71,-2195.42,1.232)
}
dend[263]{
pt3dadd(-4414.03,5226.71,-2195.42,1.232)
pt3dadd(-4413.83,5229.26,-2187.54,1.232)
pt3dadd(-4413.69,5233.03,-2183.75,1.232)
pt3dadd(-4415.61,5232.29,-2176.31,1.232)
pt3dadd(-4421.69,5227.13,-2166.8,1.232)
}
dend[264]{
pt3dadd(-4421.69,5227.13,-2166.8,1.232)
pt3dadd(-4432.08,5222.35,-2152.33,1.232)
pt3dadd(-4441.21,5211.05,-2134.4,1.232)
pt3dadd(-4451.29,5208.82,-2122.06,1.232)
pt3dadd(-4461.26,5212.86,-2110.85,1.232)
}
dend[265]{
pt3dadd(-4461.26,5212.86,-2110.85,1.232)
pt3dadd(-4467.17,5212.01,-2096.59,1.232)
pt3dadd(-4477.02,5209.15,-2086.42,1.232)
pt3dadd(-4486.6,5203.76,-2075.72,1.232)
pt3dadd(-4494.83,5204.2,-2069.09,1.232)
}
dend[266]{
pt3dadd(-4494.83,5204.2,-2069.09,1.232)
pt3dadd(-4495.63,5199.6,-2060.7,1.232)
pt3dadd(-4503.09,5200.24,-2051.61,1.232)
pt3dadd(-4502.84,5202.24,-2040.49,1.232)
pt3dadd(-4513.87,5198.01,-2029.99,1.232)
}
dend[267]{
pt3dadd(-4513.87,5198.01,-2029.99,1.232)
pt3dadd(-4526.99,5199.34,-2019.6,1.232)
pt3dadd(-4535.11,5198.83,-2006.26,1.232)
pt3dadd(-4540.17,5195.78,-1991.1,1.232)
pt3dadd(-4540.16,5189.12,-1983.45,1.232)
}
dend[268]{
pt3dadd(-4540.16,5189.12,-1983.45,1.232)
pt3dadd(-4548.39,5189.45,-1976.9,1.232)
pt3dadd(-4554.63,5184.43,-1960.05,0.92)
pt3dadd(-4560.96,5181.78,-1950.6,0.92)
pt3dadd(-4567.19,5182.97,-1940.34,0.92)
}
dend[269]{
pt3dadd(-4567.19,5182.97,-1940.34,0.92)
pt3dadd(-4567.2,5180.99,-1938.67,0.92)
pt3dadd(-4567.27,5175.14,-1936.24,0.92)
pt3dadd(-4598.61,5176.69,-1928.11,0.92)
pt3dadd(-4609.98,5181.9,-1913.84,0.92)
}
dend[270]{
pt3dadd(-4609.98,5181.9,-1913.84,0.92)
pt3dadd(-4615.23,5177.35,-1899.8,0.92)
pt3dadd(-4624.08,5178.9,-1888.3,0.92)
pt3dadd(-4626.1,5176.34,-1875.72,0.92)
pt3dadd(-4626.11,5169.36,-1877.22,0.304)
}
dend[271]{
pt3dadd(-4626.11,5169.36,-1877.22,0.304)
pt3dadd(-4630.73,5165.05,-1876.28,0.304)
pt3dadd(-4638.71,5162.55,-1868.87,0.304)
pt3dadd(-4638.7,5157,-1862.66,0.304)
pt3dadd(-4638.9,5147.9,-1863.52,0.304)
pt3dadd(-4638.77,5149.68,-1858.35,0.304)
}
//------------------------------------------------
//dend54
dend[272]{
pt3dadd(-4371.69,5242.77,-2269.88,2)
pt3dadd(-4372.84,5247.97,-2274.29,1.232)
pt3dadd(-4386.3,5255.67,-2273.22,1.232)
}
dend[273]{
pt3dadd(-4386.3,5255.67,-2273.22,1.232)
pt3dadd(-4402.95,5258.7,-2265.11,1.232)
pt3dadd(-4414.63,5265.16,-2261.63,1.232)
}
dend[274]{
pt3dadd(-4414.63,5265.16,-2261.63,1.232)
pt3dadd(-4418.03,5266.34,-2256.32,1.232)
pt3dadd(-4417.64,5272.9,-2242.56,0.624)
}
dend[275]{
pt3dadd(-4417.64,5272.9,-2242.56,0.624)
pt3dadd(-4436.5,5289.08,-2233.25,0.624)
pt3dadd(-4445.69,5304.83,-2232.02,0.624)
pt3dadd(-4459.2,5322.71,-2228.79,0.624)
}
dend[276]{
pt3dadd(-4459.2,5322.71,-2228.79,0.624)
pt3dadd(-4472.72,5345.15,-2215.34,0.624)
pt3dadd(-4480.44,5360.1,-2204.82,0.624)
}
//-----------------------------------------------
//dend55
dend[277]{
pt3dadd(-4371.69,5242.77,-2269.88,2)
pt3dadd(-4351.31,5244.22,-2263.69,1.232)
pt3dadd(-4365.77,5247.32,-2255.98,1.232)
pt3dadd(-4364.7,5250.98,-2249.91,1.232)
}
//dend56
dend[278]{
pt3dadd(-4364.7,5250.98,-2249.91,1.232)
pt3dadd(-4371.88,5258.21,-2241.75,1.232)
}
dend[279]{
pt3dadd(-4371.88,5258.21,-2241.75,1.232)
pt3dadd(-4384.44,5263.23,-2236.29,0.92)
pt3dadd(-4397.61,5269.74,-2226.68,0.92)
}
dend[280]{
pt3dadd(-4397.61,5269.74,-2226.68,0.92)
pt3dadd(-4406.43,5275.79,-2218.48,0.92)
pt3dadd(-4414.59,5282.53,-2214.95,0.92)
}
//dend57
dend[281]{
pt3dadd(-4414.59,5282.53,-2214.95,0.92)
pt3dadd(-4412.95,5294.33,-2210.28,0.92)
pt3dadd(-4412.81,5301.83,-2210.88,0.304)
pt3dadd(-4408.86,5309.04,-2211.41,0.304)
pt3dadd(-4405.27,5311.03,-2217.73,0.304)
}
//dend58
dend[282]{
pt3dadd(-4405.27,5311.03,-2217.73,0.304)
pt3dadd(-4404.06,5314.21,-2219.3,0.304)
pt3dadd(-4404.14,5315.79,-2225.28,0.304)
}
//dend59
dend[283]{
pt3dadd(-4405.27,5311.03,-2217.73,0.304)
pt3dadd(-4405.28,5308.03,-2222.93,0.304)
pt3dadd(-4405.48,5302.6,-2227.97,0.304)
pt3dadd(-4405.66,5298.49,-2233.46,0.304)
}
//dend60
dend[284]{
pt3dadd(-4414.59,5282.53,-2214.95,0.92)
pt3dadd(-4410.16,5285.27,-2208.81,0.616)
pt3dadd(-4415.3,5289.04,-2205.07,0.92)
}
//dend61
dend[285]{
pt3dadd(-4364.7,5250.98,-2249.91,1.232)
pt3dadd(-4376.84,5254.29,-2244.2,0.92)
}
dend[286]{
pt3dadd(-4376.84,5254.29,-2244.2,0.92)
pt3dadd(-4404.46,5262.19,-2231.51,0.92)
pt3dadd(-4410.07,5267.44,-2223.61,0.616)
}
dend[287]{
pt3dadd(-4410.07,5267.44,-2223.61,0.616)
pt3dadd(-4418.57,5267.63,-2216.12,0.616)
pt3dadd(-4418.44,5268.38,-2209.77,0.616)
}
//length of axon 3267.7 um
initseg[0]{
pt3dadd(-4372.52,5225.59,-2262.91,2)
pt3dadd(-4369.7,5233.91,-2252.26,2)
pt3dadd(-4369.37,5232.86,-2237.49,1.4)
}
node[0]{ //if it is too large, then it activates soma passively
// pt3dadd(-1698.89,-598.055,6.525,5.704)
pt3dadd(-4369.37,5232.86,-2237.49,1.4)
pt3dadd(-4369.07,5232.64,-2236.56,1.4)
}
MYSA[0]{
pt3dadd(-4369.07,5232.64,-2236.56,1.4)
pt3dadd(-4368.63,5232.3,-2235.17,1.4)
}
FLUT[0]{
pt3dadd(-4368.63,5232.3,-2235.17,1.6)
pt3dadd(-4367.13,5231.18,-2230.53,1.6)
}
STIN[0]{
pt3dadd(-4367.13,5231.18,-2230.53,1.6)
pt3dadd(-4358.45,5224.66,-2203.64,1.6)
}
STIN[1]{
pt3dadd(-4358.45,5224.66,-2203.64,1.6)
pt3dadd(-4355.29,5222.28,-2193.83,1.6)
pt3dadd(-4350.16,5211.2,-2190.32,1.6)
pt3dadd(-4350.32,5205.61,-2189.14,1.6)
}
STIN[2]{
pt3dadd(-4350.32,5205.61,-2189.14,1.6)
pt3dadd(-4350.51,5198.72,-2187.68,1.6)
pt3dadd(-4329.25,5193.71,-2189.78,1.6)
}
FLUT[1]{
pt3dadd(-4329.25,5193.71,-2189.78,1.6)
pt3dadd(-4324.4,5192.57,-2190.26,1.6)
}
MYSA[1]{
pt3dadd(-4324.4,5192.57,-2190.26,1.4)
pt3dadd(-4322.95,5192.23,-2190.4,1.4)
}
node[1]{
pt3dadd(-4322.95,5192.23,-2190.4,1.4)
pt3dadd(-4321.98,5192,-2190.5,1.4)
}
MYSA[2]{
pt3dadd(-4321.98,5192,-2190.5,1.4)
pt3dadd(-4320.53,5191.66,-2190.64,1.4)
}
FLUT[2]{
pt3dadd(-4320.53,5191.66,-2190.64,1.6)
pt3dadd(-4315.68,5190.51,-2191.12,1.6)
}
STIN[3]{
pt3dadd(-4315.68,5190.51,-2191.12,1.6)
pt3dadd(-4296.03,5185.89,-2193.06,1.6)
pt3dadd(-4294.46,5177.49,-2194.81,1.6)
}
STIN[4]{
pt3dadd(-4294.46,5177.49,-2194.81,1.6)
pt3dadd(-4293.95,5174.77,-2195.38,1.6)
pt3dadd(-4294.6,5158.92,-2205.1,1.6)
pt3dadd(-4287.29,5157.29,-2206.23,1.6)
}
STIN[5]{
pt3dadd(-4287.29,5157.29,-2206.23,1.6)
pt3dadd(-4259.3,5151.05,-2210.56,1.6)
}
FLUT[3]{
pt3dadd(-4259.3,5151.05,-2210.56,1.6)
pt3dadd(-4254.48,5149.97,-2211.31,1.6)
}
MYSA[3]{
pt3dadd(-4254.48,5149.97,-2211.31,1.4)
pt3dadd(-4253.03,5149.65,-2211.53,1.4)
}
node[2]{
pt3dadd(-4253.03,5149.65,-2211.53,1.4)
pt3dadd(-4252.07,5149.43,-2211.68,1.4)
}
MYSA[4]{
pt3dadd(-4252.07,5149.43,-2211.68,1.4)
pt3dadd(-4250.62,5149.11,-2211.91,1.4)
}
FLUT[4]{
pt3dadd(-4250.62,5149.11,-2211.91,1.6)
pt3dadd(-4245.79,5148.04,-2212.65,1.6)
}
STIN[6]{
pt3dadd(-4245.79,5148.04,-2212.65,1.6)
pt3dadd(-4230.99,5144.74,-2214.94,1.6)
pt3dadd(-4229.19,5142.05,-2225.64,1.6)
pt3dadd(-4229.32,5140.73,-2227.75,1.6)
}
STIN[7]{
pt3dadd(-4229.32,5140.73,-2227.75,1.6)
pt3dadd(-4229.47,5139.32,-2230,1.6)
pt3dadd(-4229.53,5135.57,-2229.04,1.6)
pt3dadd(-4210.04,5136.83,-2217.94,1.6)
}
STIN[8]{
pt3dadd(-4210.04,5136.83,-2217.94,1.6)
pt3dadd(-4206.68,5137.05,-2216.02,1.6)
pt3dadd(-4201.46,5144.65,-2192.65,1.6)
}
FLUT[5]{
pt3dadd(-4201.46,5144.65,-2192.65,1.6)
pt3dadd(-4200.42,5146.16,-2188,1.6)
}
MYSA[5]{
pt3dadd(-4200.42,5146.16,-2188,1.4)
pt3dadd(-4200.11,5146.62,-2186.61,1.4)
}
node[3]{
pt3dadd(-4200.11,5146.62,-2186.61,1.4)
pt3dadd(-4199.9,5146.92,-2185.68,1.4)
}
MYSA[6]{
pt3dadd(-4199.9,5146.92,-2185.68,1.4)
pt3dadd(-4199.28,5147.83,-2182.89,1.4)
}
FLUT[6]{
pt3dadd(-4199.28,5147.83,-2182.89,1.6)
pt3dadd(-4198.42,5149.08,-2179.04,1.6)
pt3dadd(-4195.95,5151.62,-2174.37,1.6)
}
STIN[9]{
pt3dadd(-4195.95,5151.62,-2174.37,1.6)
pt3dadd(-4185.22,5162.66,-2154.09,1.6)
pt3dadd(-4160.74,5176.01,-2145.38,1.6)
pt3dadd(-4159.63,5178.91,-2144.18,1.6)
}
STIN[10]{
pt3dadd(-4159.63,5178.91,-2144.18,1.6)
pt3dadd(-4155.84,5188.79,-2140.07,1.6)
pt3dadd(-4155.51,5199.54,-2133.75,1.6)
pt3dadd(-4122.82,5207.68,-2139.51,1.6)
}
STIN[11]{
pt3dadd(-4122.82,5207.68,-2139.51,1.6)
pt3dadd(-4100.86,5213.15,-2143.37,1.6)
pt3dadd(-4096.25,5219.6,-2154.72,1.6)
pt3dadd(-4096.31,5232.47,-2163.75,1.6)
pt3dadd(-4091.75,5233.84,-2166.46,1.6)
}
FLUT[7]{
pt3dadd(-4091.75,5233.84,-2166.46,1.6)
pt3dadd(-4083.43,5236.33,-2171.41,1.6)
}
MYSA[7]{
pt3dadd(-4083.43,5236.33,-2171.41,1.4)
pt3dadd(-4080.93,5237.08,-2172.89,1.4)
}
node[4]{
pt3dadd(-4080.93,5237.08,-2172.89,1.4)
pt3dadd(-4080.1,5237.33,-2173.38,1.4)
}
MYSA[8]{
pt3dadd(-4080.1,5237.33,-2173.38,1.4)
pt3dadd(-4077.6,5238.07,-2174.87,1.4)
}
FLUT[8]{
pt3dadd(-4077.6,5238.07,-2174.87,1.6)
pt3dadd(-4069.28,5240.57,-2179.82,1.6)
}
STIN[12]{
pt3dadd(-4069.28,5240.57,-2179.82,1.6)
pt3dadd(-4038.68,5249.73,-2198,1.6)
pt3dadd(-4034.93,5256.53,-2216.25,1.6)
pt3dadd(-4034.96,5256.74,-2217.65,1.6)
}
STIN[13]{
pt3dadd(-4034.96,5256.74,-2217.65,1.6)
pt3dadd(-4035.39,5259.56,-2236.17,1.6)
pt3dadd(-4003.87,5265.71,-2258.75,1.6)
}
STIN[14]{
pt3dadd(-4003.87,5265.71,-2258.75,1.6)
pt3dadd(-3976.85,5270.99,-2278.12,1.6)
pt3dadd(-3974.45,5279.35,-2284.59,1.6)
pt3dadd(-3961.08,5279.17,-2286.46,1.6)
}
FLUT[9]{
pt3dadd(-3961.08,5279.17,-2286.46,1.6)
pt3dadd(-3951.18,5279.04,-2287.84,1.6)
}
MYSA[9]{
pt3dadd(-3951.18,5279.04,-2287.84,1.4)
pt3dadd(-3948.21,5279,-2288.25,1.4)
}
node[5]{
pt3dadd(-3948.21,5279,-2288.25,1.4)
pt3dadd(-3947.22,5278.99,-2288.39,1.4)
}
MYSA[10]{
pt3dadd(-3947.22,5278.99,-2288.39,1.4)
pt3dadd(-3944.25,5278.95,-2288.81,1.4)
}
FLUT[10]{
pt3dadd(-3944.25,5278.95,-2288.81,1.6)
pt3dadd(-3934.34,5278.82,-2290.19,1.6)
}
STIN[15]{
pt3dadd(-3934.34,5278.82,-2290.19,1.6)
pt3dadd(-3923.14,5278.68,-2291.75,1.6)
pt3dadd(-3923.31,5282.8,-2305.64,1.6)
pt3dadd(-3894.3,5274.02,-2316.48,1.6)
}
STIN[16]{
pt3dadd(-3894.3,5274.02,-2316.48,1.6)
pt3dadd(-3862.38,5264.36,-2328.41,1.6)
pt3dadd(-3845.68,5249.26,-2330.12,1.6)
}
STIN[17]{
pt3dadd(-3845.68,5249.26,-2330.12,1.6)
pt3dadd(-3830.6,5235.63,-2331.66,1.6)
pt3dadd(-3831.05,5226.47,-2345.76,1.6)
pt3dadd(-3813.49,5217.35,-2352.19,1.6)
}
FLUT[11]{
pt3dadd(-3813.49,5217.35,-2352.19,1.6)
pt3dadd(-3805.05,5212.97,-2355.28,1.6)
}
MYSA[11]{
pt3dadd(-3805.05,5212.97,-2355.28,1.4)
pt3dadd(-3802.52,5211.65,-2356.21,1.4)
}
node[6]{
pt3dadd(-3802.52,5211.65,-2356.21,1.4)
pt3dadd(-3801.68,5211.21,-2356.52,1.4)
}
MYSA[12]{
pt3dadd(-3801.68,5211.21,-2356.52,1.4)
pt3dadd(-3799.15,5209.9,-2357.44,1.4)
}
FLUT[12]{
pt3dadd(-3799.15,5209.9,-2357.44,1.6)
pt3dadd(-3790.71,5205.51,-2360.53,1.6)
}
STIN[18]{
pt3dadd(-3790.71,5205.51,-2360.53,1.6)
pt3dadd(-3775.7,5197.71,-2366.03,1.6)
pt3dadd(-3771.85,5189.87,-2386.96,1.6)
pt3dadd(-3772.44,5176.17,-2397.89,1.6)
}
STIN[19]{
pt3dadd(-3772.44,5176.17,-2397.89,1.6)
pt3dadd(-3772.64,5171.5,-2401.61,1.6)
pt3dadd(-3740.12,5142.5,-2430.04,1.6)
}
STIN[20]{
pt3dadd(-3740.12,5142.5,-2430.04,1.6)
pt3dadd(-3715.78,5120.79,-2451.33,1.6)
pt3dadd(-3716.36,5111.31,-2467.84,1.6)
}
FLUT[13]{
pt3dadd(-3716.36,5111.31,-2467.84,1.6)
pt3dadd(-3716.66,5106.33,-2476.51,1.6)
}
MYSA[13]{
pt3dadd(-3716.66,5106.33,-2476.51,1.4)
pt3dadd(-3716.75,5104.84,-2479.11,1.4)
}
node[7]{
pt3dadd(-3716.75,5104.84,-2479.11,1.4)
pt3dadd(-3716.78,5104.34,-2479.98,1.4)
}
MYSA[14]{
pt3dadd(-3716.78,5104.34,-2479.98,1.4)
pt3dadd(-3716.87,5102.84,-2482.58,1.4)
}
FLUT[14]{
pt3dadd(-3716.87,5102.84,-2482.58,1.6)
pt3dadd(-3716.93,5101.81,-2484.37,1.6)
pt3dadd(-3711.96,5099.11,-2489.92,1.6)
}
STIN[21]{
pt3dadd(-3711.96,5099.11,-2489.92,1.6)
pt3dadd(-3675.61,5079.31,-2530.55,1.6)
}
STIN[22]{
pt3dadd(-3675.61,5079.31,-2530.55,1.6)
pt3dadd(-3657.67,5069.55,-2550.59,1.6)
pt3dadd(-3655.67,5064.08,-2563.54,1.6)
pt3dadd(-3656.08,5055.22,-2575.86,1.6)
}
STIN[23]{
pt3dadd(-3656.08,5055.22,-2575.86,1.6)
pt3dadd(-3656.36,5048.93,-2584.61,1.6)
pt3dadd(-3616.33,5026.68,-2596.09,1.6)
}
FLUT[15]{
pt3dadd(-3616.33,5026.68,-2596.09,1.6)
pt3dadd(-3607.85,5021.97,-2598.53,1.6)
}
MYSA[15]{
pt3dadd(-3607.85,5021.97,-2598.53,1.4)
pt3dadd(-3605.31,5020.55,-2599.25,1.4)
}
node[8]{
pt3dadd(-3605.31,5020.55,-2599.25,1.4)
pt3dadd(-3604.46,5020.08,-2599.5,1.4)
}
MYSA[16]{
pt3dadd(-3604.46,5020.08,-2599.5,1.4)
pt3dadd(-3601.91,5018.67,-2600.23,1.4)
}
FLUT[16]{
pt3dadd(-3601.91,5018.67,-2600.23,1.6)
pt3dadd(-3599.68,5017.43,-2600.87,1.6)
pt3dadd(-3599.88,5011.83,-2605.65,1.6)
}
STIN[24]{
pt3dadd(-3599.88,5011.83,-2605.65,1.6)
pt3dadd(-3600.49,4994.89,-2620.13,1.6)
pt3dadd(-3571.08,4978.88,-2632.51,1.6)
}
STIN[25]{
pt3dadd(-3571.08,4978.88,-2632.51,1.6)
pt3dadd(-3542.63,4963.39,-2644.49,1.6)
pt3dadd(-3525.44,4948.88,-2651.18,1.6)
}
STIN[26]{
pt3dadd(-3525.44,4948.88,-2651.18,1.6)
pt3dadd(-3510.56,4936.32,-2656.97,1.6)
pt3dadd(-3489.25,4919.84,-2667.85,1.6)
pt3dadd(-3489.42,4911.22,-2667.99,1.6)
}
FLUT[17]{
pt3dadd(-3489.42,4911.22,-2667.99,1.6)
pt3dadd(-3489.58,4903.35,-2668.12,1.6)
pt3dadd(-3487.66,4902.43,-2668.2,1.6)
}
MYSA[17]{
pt3dadd(-3487.66,4902.43,-2668.2,1.4)
pt3dadd(-3484.96,4901.14,-2668.32,1.4)
}
node[9]{
pt3dadd(-3484.96,4901.14,-2668.32,1.4)
pt3dadd(-3484.05,4900.71,-2668.36,1.4)
}
MYSA[18]{
pt3dadd(-3484.05,4900.71,-2668.36,1.4)
pt3dadd(-3481.35,4899.41,-2668.48,1.4)
}
FLUT[18]{
pt3dadd(-3481.35,4899.41,-2668.48,1.6)
pt3dadd(-3472.34,4895.1,-2668.88,1.6)
}
STIN[27]{
pt3dadd(-3472.34,4895.1,-2668.88,1.6)
pt3dadd(-3430.08,4874.89,-2670.76,1.6)
pt3dadd(-3430.44,4864.55,-2674.84,1.6)
}
STIN[28]{
pt3dadd(-3430.44,4864.55,-2674.84,1.6)
pt3dadd(-3430.79,4854.7,-2678.73,1.6)
pt3dadd(-3393.49,4826.25,-2685.6,1.6)
}
STIN[29]{
pt3dadd(-3393.49,4826.25,-2685.6,1.6)
pt3dadd(-3367.89,4806.72,-2690.32,1.6)
pt3dadd(-3352.6,4793.92,-2689.95,1.6)
pt3dadd(-3352.74,4789.12,-2692.66,1.6)
}
FLUT[19]{
pt3dadd(-3352.74,4789.12,-2692.66,1.6)
pt3dadd(-3353.01,4780.42,-2697.58,1.6)
}
MYSA[19]{
pt3dadd(-3353.01,4780.42,-2697.58,1.4)
pt3dadd(-3353.04,4779.46,-2698.12,1.4)
pt3dadd(-3351.2,4778.96,-2698.16,1.4)
}
node[10]{
pt3dadd(-3351.2,4778.96,-2698.16,1.4)
pt3dadd(-3350.24,4778.69,-2698.17,1.4)
}
MYSA[20]{
pt3dadd(-3350.24,4778.69,-2698.17,1.4)
pt3dadd(-3347.35,4777.9,-2698.23,1.4)
}
FLUT[20]{
pt3dadd(-3347.35,4777.9,-2698.23,1.6)
pt3dadd(-3337.7,4775.26,-2698.41,1.6)
}
STIN[30]{
pt3dadd(-3337.7,4775.26,-2698.41,1.6)
pt3dadd(-3307.12,4766.87,-2698.98,1.6)
pt3dadd(-3305.61,4780.05,-2687.22,1.6)
pt3dadd(-3312.35,4784.62,-2689.83,1.6)
}
STIN[31]{
pt3dadd(-3312.35,4784.62,-2689.83,1.6)
pt3dadd(-3331.54,4797.61,-2697.27,1.6)
pt3dadd(-3345.16,4805.11,-2712.11,1.6)
pt3dadd(-3345.2,4809.06,-2718.58,1.6)
pt3dadd(-3348.03,4811.6,-2721.14,1.6)
}
STIN[32]{
pt3dadd(-3348.03,4811.6,-2721.14,1.6)
pt3dadd(-3367.31,4828.89,-2738.58,1.6)
pt3dadd(-3391.36,4840.46,-2740.84,1.6)
}
FLUT[21]{
pt3dadd(-3391.36,4840.46,-2740.84,1.6)
pt3dadd(-3400.34,4844.78,-2741.69,1.6)
}
MYSA[21]{
pt3dadd(-3400.34,4844.78,-2741.69,1.4)
pt3dadd(-3403.03,4846.08,-2741.94,1.4)
}
node[11]{
pt3dadd(-3403.03,4846.08,-2741.94,1.4)
pt3dadd(-3403.93,4846.51,-2742.03,1.4)
}
MYSA[22]{
pt3dadd(-3403.93,4846.51,-2742.03,1.4)
pt3dadd(-3406.63,4847.81,-2742.28,1.4)
}
FLUT[22]{
pt3dadd(-3406.63,4847.81,-2742.28,1.6)
pt3dadd(-3415.6,4852.13,-2743.13,1.6)
}
STIN[33]{
pt3dadd(-3415.6,4852.13,-2743.13,1.6)
pt3dadd(-3420.56,4854.51,-2743.59,1.6)
pt3dadd(-3420.22,4872.87,-2745.16,1.6)
pt3dadd(-3450.23,4888.77,-2742.63,1.6)
}
STIN[34]{
pt3dadd(-3450.23,4888.77,-2742.63,1.6)
pt3dadd(-3476.13,4902.48,-2740.45,1.6)
pt3dadd(-3477.94,4922.02,-2740.59,1.6)
pt3dadd(-3481.17,4929.78,-2743.8,1.6)
}
STIN[35]{
pt3dadd(-3481.17,4929.78,-2743.8,1.6)
pt3dadd(-3486.35,4942.2,-2748.96,1.6)
pt3dadd(-3522.87,4963.62,-2738.63,1.6)
}
FLUT[23]{
pt3dadd(-3522.87,4963.62,-2738.63,1.6)
pt3dadd(-3529.74,4967.65,-2736.68,1.6)
pt3dadd(-3529.69,4969.04,-2735.54,1.6)
}
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pt3dadd(-6772.74,3781.56,141.692,1.6)
pt3dadd(-6778.09,3774.33,146.074,1.6)
}
STIN[147]{
pt3dadd(-6778.09,3774.33,146.074,1.6)
pt3dadd(-6785.17,3764.79,151.864,1.6)
pt3dadd(-6813.81,3734.88,168.913,1.6)
}
STIN[148]{
pt3dadd(-6813.81,3734.88,168.913,1.6)
pt3dadd(-6819.07,3729.39,172.044,1.6)
pt3dadd(-6823.5,3690.66,197.096,1.6)
pt3dadd(-6823.95,3688.7,199.883,1.6)
}
STIN[149]{
pt3dadd(-6823.95,3688.7,199.883,1.6)
pt3dadd(-6829.49,3664.97,233.529,1.6)
pt3dadd(-6829.76,3653.9,245.703,1.6)
}
FLUT[99]{
pt3dadd(-6829.76,3653.9,245.703,1.6)
pt3dadd(-6829.93,3647.17,253.101,1.6)
}
MYSA[99]{
pt3dadd(-6829.93,3647.17,253.101,1.4)
pt3dadd(-6829.98,3645.15,255.32,1.4)
}
node[50]{
pt3dadd(-6829.98,3645.15,255.32,1.4)
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}
MYSA[100]{
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}
FLUT[100]{
pt3dadd(-6830.05,3642.46,258.279,1.6)
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pt3dadd(-6830.37,3635.53,265.391,1.6)
}
STIN[150]{
pt3dadd(-6830.37,3635.53,265.391,1.6)
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}
STIN[151]{
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pt3dadd(-6884.57,3556.39,307.893,1.6)
}
STIN[152]{
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}
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}
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}
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MYSA[102]{
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}
FLUT[102]{
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STIN[153]{
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}
STIN[154]{
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STIN[155]{
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}
MYSA[103]{
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}
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}
MYSA[104]{
pt3dadd(-6906.57,3318.65,432.813,1.4)
pt3dadd(-6906.2,3316.38,434.741,1.4)
}
FLUT[104]{
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pt3dadd(-6904.99,3308.82,441.17,1.6)
}
STIN[156]{
pt3dadd(-6904.99,3308.82,441.17,1.6)
pt3dadd(-6900.63,3281.59,464.314,1.6)
pt3dadd(-6907.08,3262.27,472.635,1.6)
}
STIN[157]{
pt3dadd(-6907.08,3262.27,472.635,1.6)
pt3dadd(-6909.15,3256.08,475.302,1.6)
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}
STIN[158]{
pt3dadd(-6899.68,3220.15,510.162,1.6)
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pt3dadd(-6894.9,3195,550.418,1.6)
pt3dadd(-6894.84,3189.82,559.28,1.6)
}
FLUT[105]{
pt3dadd(-6894.84,3189.82,559.28,1.6)
pt3dadd(-6894.78,3184.77,567.912,1.6)
}
MYSA[105]{
pt3dadd(-6894.78,3184.77,567.912,1.4)
pt3dadd(-6894.76,3183.26,570.502,1.4)
}
node[53]{
pt3dadd(-6894.76,3183.26,570.502,1.4)
pt3dadd(-6894.76,3182.75,571.365,1.4)
}
MYSA[106]{
pt3dadd(-6894.76,3182.75,571.365,1.4)
pt3dadd(-6894.74,3181.24,573.955,1.4)
}
FLUT[106]{
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pt3dadd(-6894.7,3178.03,579.435,1.6)
pt3dadd(-6895.35,3175.06,581.457,1.6)
}
STIN[159]{
pt3dadd(-6895.35,3175.06,581.457,1.6)
pt3dadd(-6900.16,3152.78,596.62,1.6)
pt3dadd(-6914.07,3137.01,618.883,1.6)
}
STIN[160]{
pt3dadd(-6914.07,3137.01,618.883,1.6)
pt3dadd(-6925.35,3124.21,636.942,1.6)
pt3dadd(-6925.37,3110.81,650.339,1.6)
pt3dadd(-6925.25,3105.02,663.312,1.6)
}
STIN[161]{
pt3dadd(-6925.25,3105.02,663.312,1.6)
pt3dadd(-6925.07,3096.68,682.015,1.6)
pt3dadd(-6922.93,3067.34,705.309,1.6)
}
FLUT[107]{
pt3dadd(-6922.93,3067.34,705.309,1.6)
pt3dadd(-6922.36,3059.53,711.518,1.6)
}
MYSA[107]{
pt3dadd(-6922.36,3059.53,711.518,1.4)
pt3dadd(-6922.2,3057.23,713.337,1.4)
pt3dadd(-6922.2,3057.19,713.388,1.4)
}
node[54]{
pt3dadd(-6922.2,3057.19,713.388,1.4)
pt3dadd(-6922.26,3056.5,714.109,1.4)
}
MYSA[108]{
pt3dadd(-6922.26,3056.5,714.109,1.4)
pt3dadd(-6922.44,3054.43,716.272,1.4)
}
FLUT[108]{
pt3dadd(-6922.44,3054.43,716.272,1.6)
pt3dadd(-6923.03,3047.52,723.484,1.6)
}
STIN[162]{
pt3dadd(-6923.03,3047.52,723.484,1.6)
pt3dadd(-6923.68,3039.95,731.399,1.6)
pt3dadd(-6938.15,3039.33,757.871,1.6)
pt3dadd(-6949.49,3037.59,764.743,1.6)
pt3dadd(-6950.84,3040.09,766.73,1.6)
}
STIN[163]{
pt3dadd(-6950.84,3040.09,766.73,1.6)
pt3dadd(-6953.49,3045,770.629,1.6)
pt3dadd(-6953.55,3046.49,765.631,1.6)
pt3dadd(-6973.64,3064.92,792.619,1.6)
pt3dadd(-6976.75,3065.3,799.561,1.6)
}
STIN[164]{
pt3dadd(-6976.75,3065.3,799.561,1.6)
pt3dadd(-6987.41,3066.63,823.391,1.6)
pt3dadd(-6990.25,3043.74,845.368,1.6)
}
FLUT[109]{
pt3dadd(-6990.25,3043.74,845.368,1.6)
pt3dadd(-6991.14,3036.56,852.267,1.6)
}
MYSA[109]{
pt3dadd(-6991.14,3036.56,852.267,1.4)
pt3dadd(-6991.41,3034.4,854.336,1.4)
}
node[55]{
pt3dadd(-6991.41,3034.4,854.336,1.4)
pt3dadd(-6991.5,3033.69,855.026,1.4)
}
MYSA[110]{
pt3dadd(-6991.5,3033.69,855.026,1.4)
pt3dadd(-6991.77,3031.53,857.096,1.4)
}
FLUT[110]{
pt3dadd(-6991.77,3031.53,857.096,1.6)
pt3dadd(-6992.66,3024.35,863.994,1.6)
}
STIN[165]{
pt3dadd(-6992.66,3024.35,863.994,1.6)
pt3dadd(-6993.67,3016.17,871.847,1.6)
pt3dadd(-6993.93,2986.35,890.506,1.6)
pt3dadd(-6992.49,2975.89,894.932,1.6)
}
STIN[166]{
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pt3dadd(-6987.83,2929.01,925.705,1.6)
}
STIN[167]{
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pt3dadd(-6987.7,2911.13,951.72,1.6)
pt3dadd(-6987.88,2891.84,963.005,1.6)
pt3dadd(-6987.84,2890.45,966.782,1.6)
}
FLUT[111]{
pt3dadd(-6987.84,2890.45,966.782,1.6)
pt3dadd(-6987.77,2888.11,973.119,1.6)
pt3dadd(-6987.71,2886.08,975.649,1.6)
}
MYSA[111]{
pt3dadd(-6987.71,2886.08,975.649,1.4)
pt3dadd(-6987.66,2884.2,977.987,1.4)
}
node[56]{
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pt3dadd(-6987.64,2883.58,978.767,1.4)
}
MYSA[112]{
pt3dadd(-6987.64,2883.58,978.767,1.4)
pt3dadd(-6987.59,2881.7,981.105,1.4)
}
FLUT[112]{
pt3dadd(-6987.59,2881.7,981.105,1.6)
pt3dadd(-6987.42,2875.44,988.901,1.6)
}
STIN[168]{
pt3dadd(-6987.42,2875.44,988.901,1.6)
pt3dadd(-6986.94,2857.84,1010.81,1.6)
pt3dadd(-6981.52,2837.9,1032.41,1.6)
}
STIN[169]{
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}
STIN[170]{
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pt3dadd(-6990.75,2835.54,1115.5,1.6)
}
FLUT[113]{
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}
MYSA[113]{
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pt3dadd(-6999.68,2836.67,1124.88,1.4)
}
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}
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}
FLUT[114]{
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pt3dadd(-7009.29,2837.89,1134.98,1.6)
}
STIN[171]{
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}
STIN[172]{
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pt3dadd(-7026.19,2788.22,1226.37,1.6)
}
STIN[173]{
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}
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}
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STIN[176]{
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}
node[59]{
pt3dadd(-7098.7,2650.69,1421.29,1.4)
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}
//change dendrites' conductances so they linearly decrease or increase with increasing
//distance from the soma (see Gillies 2005 for more detailed explanation)
initcell() //IF NOT CALLED HERE, MUST CALL IT IN STN_multi.hoc !!!
access soma[1]
my_ind = int(n3d()/2)
xsoma=x3d(my_ind) //get coordinates for soma location
ysoma=y3d(my_ind)
zsoma=z3d(my_ind)
//print "soma coords ", xsoma, ysoma, zsoma
max_dist = 734.15 // Maximum dendrite-soma distance ; set to zero when calculating for the first time
kdr_prox = -0.05 //Proximity for KDR channel (from Gillies 2005)
kfr_prox = 0.8 //Proximity for Kv31 channel (from Gillies 2005)
kca_prox = -0.52 //Proximity for KCa channel (from Gillies 2005)
hcn_prox = -0.39 //Proximity for HCN channel (from Gillies 2005)
cat_prox = -0.01 //Proximity for CaT channel (from Gillies 2005)
can_prox = 0.5 //Proximity for CaN channel (from Gillies 2005)
cal_prox = -0.57 //Proximity for CaL channel (from Gillies 2005)
for i=0,dendelements-1 {
access dend[i]
my_ind = int(n3d()/2)
xdend=x3d(my_ind) //get coordinates for dendrite
ydend=y3d(my_ind)
zdend=z3d(my_ind)
//print " dend coords ", xdend, ydend, zdend
app_dist = sqrt((xsoma-xdend)^2 + (ysoma-ydend)^2 + (zsoma-zdend)^2) //distance from soma to dend
pd = app_dist/max_dist //parametrized distance (from 0 to 1)
//if (max_dist < app_dist) max_dist = app_dist //for calculating maximum dendrite-soma distance
//set up KDR conductance
if (kdr_prox == 0) {
f = 1
} else {
if (kdr_prox > 0) {
f = (1-kdr_prox-pd)/(1-kdr_prox)
} else {
f = (kdr_prox+pd)/(1+kdr_prox)
}
}
if (f < 0) f = 0
gk_KDR = 4.22e-5 + f*9.32e-5 //Basal conductance * f*Tree_Conductance
//set up CaT conductance
if (cat_prox == 0) {
f = 1
} else {
if (cat_prox > 0) {
f = (1-cat_prox-pd)/(1-cat_prox)
} else {
f = (cat_prox+pd)/(1+cat_prox)
}
}
if (f < 0) f = 0
gcaT_CaT = 1.17e-3 + f*1.67e-3 //Basal conductance * f*Tree_Conductance
//set up CaL conductance
if (cal_prox == 0) {
f = 1
} else {
if (cal_prox > 0) {
f = (1-cal_prox-pd)/(1-cal_prox)
} else {
f = (cal_prox+pd)/(1+cal_prox)
}
}
if (f < 0) f = 0
gcaL_HVA = 1.21e-4 + f*1.87e-3 //Basal conductance * f*Tree_Conductance
//set up CaN conductance
if (can_prox == 0) {
f = 1
} else {
if (can_prox > 0) {
f = (1-can_prox-pd)/(1-can_prox)
} else {
f = (can_prox+pd)/(1+can_prox)
}
}
if (f < 0) f = 0
gcaN_HVA = 0 + f*4.79e-4 //Basal conductance * f*Tree_Conductance
//set up KCa conductance
if (kca_prox == 0) {
f = 1
} else {
if (kca_prox > 0) {
f = (1-kca_prox-pd)/(1-kca_prox)
} else {
f = (kca_prox+pd)/(1+kca_prox)
}
}
if (f < 0) f = 0
gk_sKCa = 0 + 1.8*f*3.92e-5 //Basal conductance * f*Tree_Conductance
//set up Kv31 (KFR) conductance
if (kfr_prox == 0) {
f = 1
} else {
if (kfr_prox > 0) {
f = (1-kfr_prox-pd)/(1-kfr_prox)
} else {
f = (kfr_prox+pd)/(1+kfr_prox)
}
}
if (f < 0) f = 0
gk_Kv31 = 8.91e-4 + f*1.0e-3 //Basal conductance * f*Tree_Conductance
//set up HCN conductance
if (hcn_prox == 0) {
f = 1
} else {
if (hcn_prox > 0) {
f = (1-hcn_prox-pd)/(1-hcn_prox)
} else {
f = (hcn_prox+pd)/(1+hcn_prox)
}
}
if (f < 0) f = 0
gk_Ih = 0 + f*5.1e-4 //Basal conductance * f*Tree_Conductance
//print "Dend=", i, " dist = ", app_dist, " pd = ", pd, " f= ", f, " new cond. =", ghcnbar_hcn
//print i,",", app_dist, ",", pd, ",", f, ",", ghcnbar_hcn
}
//print "Max = ", max_dist //max dist is 734
