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STN.hoc
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proc model_globals(){
celsius=23.5 //degC//
v_init=-75 //mV//
//topological parameters//
dendelements=288
somaelements = 3
iselements=1 //initial segment elements
axonnodes=28
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
//-------------------------------------------------------------------------------------------------
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 = 200 //Ohm-cm//
cm = 1
insert pas
g_pas = 1/12753
e_pas = v_init
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 = 300 //Ohm-cm//
cm = 1
insert pas
g_pas = 1/12753
e_pas = v_init
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 = 200
cm = 1
insert pas
g_pas = 1/12753
e_pas = v_init
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
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 = v_init
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=v_init
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
insert pas
g_pas=0.0001
e_pas= v_init
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=v_init
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)
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connect dend[18](0), dend[17](1)
connect dend[19](0), dend[1](1)
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connect dend[77](0), soma[2](1)
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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 517um^2
soma[0]{
pt3dadd(-4371.69,5242.77,-2269.88,2)
pt3dadd(-4371.73,5241.93,-2269.53,8)
}
soma[1]{
pt3dadd(-4371.73,5241.93,-2269.53,8)
pt3dadd(-4372.48,5226.49,-2263.26,8)
}
soma[2]{
pt3dadd(-4372.48,5226.49,-2263.26,8)
pt3dadd(-4372.52,5225.59,-2262.91,2)
}
//dend0
dend[0] {
pt3dadd(-4371.69,5242.77,-2269.88,2)
// pt3dadd(-1700.70 , -614.07 , 6.45 , 4.62)
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,-2259.5,1.6)
pt3dadd(-4397.12,5277.79,-2256.09,0.92)
}
//dend2
dend[2] {
pt3dadd(-4397.12,5277.79,-2256.09,0.92)
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,-2240.88,1.232)
pt3dadd(-4416.41,5294.58,-2231.63,1.232)
pt3dadd(-4422.07,5293.61,-2226.99,1.232)
}
dend[4] {
pt3dadd(-4422.07,5293.61,-2226.99,1.232)
pt3dadd(-4424.55,5297.45,-2222.45,1.232)
pt3dadd(-4425.59,5297.74,-2215.82,1.232)
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,-1848.8,0.624)
}
dend[18] {
pt3dadd(-4831.63,5503.63,-1848.8,0.624)
pt3dadd(-4850.45,5512.74,-1845.54,0.92)
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,-2259.5,1.6)
pt3dadd(-4404.64,5285.24,-2258.43,1.6)
pt3dadd(-4413.03,5290.52,-2257.82,1.6)
pt3dadd(-4414.18,5295.43,-2254.16,1.6)
}
//dend4
dend[20] {
pt3dadd(-4414.18,5295.43,-2254.16,1.6)
pt3dadd(-4414.07,5295.57,-2248.42,1.536)
pt3dadd(-4422.42,5300.37,-2245.11,1.232)
}
dend[21]{
pt3dadd(-4422.42,5300.37,-2245.11,1.232)
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,-2132.94,1.232)
pt3dadd(-4691.37,5376.37,-2124.33,1.232)
pt3dadd(-4701.02,5386.03,-2117.55,1.232)
}
dend[29]{
pt3dadd(-4701.02,5386.03,-2117.55,1.232)
pt3dadd(-4731.06,5395.35,-2110.6,1.232)
pt3dadd(-4748.99,5400.09,-2102.64,1.232)
pt3dadd(-4760.48,5407.94,-2097.94,1.232)
pt3dadd(-4784.16,5417.08,-2087.91,1.232)
}
dend[30]{
pt3dadd(-4784.16,5417.08,-2087.91,1.232)
pt3dadd(-4809.14,5429.3,-2080.23,1.232)
pt3dadd(-4814.18,5436.49,-2067.75,1.232)
pt3dadd(-4813.81,5445.9,-2065.69,1.232)
}
dend[31]{
pt3dadd(-4813.81,5445.9,-2065.69,1.232)
pt3dadd(-4850.71,5451.36,-2060.95,1.232)
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,-2254.16,1.6)
pt3dadd(-4418.37,5300.13,-2255.82,1.536)
pt3dadd(-4418.22,5305.98,-2253.9,1.536)
pt3dadd(-4423.27,5310.82,-2254.69,1.536)
}
dend[34]{
pt3dadd(-4423.27,5310.82,-2254.69,1.536)
pt3dadd(-4423.13,5314.49,-2251.06,1.536)
pt3dadd(-4423.02,5319.85,-2251.33,1.536)
pt3dadd(-4422.67,5326.66,-2247.95,1.536)
pt3dadd(-4437.4,5338.74,-2248.55,1.536)
}
dend[35]{
pt3dadd(-4437.4,5338.74,-2248.55,1.536)
pt3dadd(-4450.37,5351.45,-2250.2,1.536)
pt3dadd(-4456.02,5361.16,-2248.74,1.536)
pt3dadd(-4460.19,5367.45,-2251.02,1.232)
pt3dadd(-4465.99,5376.88,-2250.03,1.232)
pt3dadd(-4476.04,5384.25,-2254.34,1.232)
}
dend[36]{
pt3dadd(-4476.04,5384.25,-2254.34,1.232)
pt3dadd(-4483.98,5391.06,-2255.23,1.232)
pt3dadd(-4489.42,5400.84,-2258.56,1.232)
pt3dadd(-4493.81,5411.14,-2260.96,1.232)
pt3dadd(-4495.76,5413.76,-2258.64,1.232)
}
dend[37]{
pt3dadd(-4495.76,5413.76,-2258.64,1.232)
pt3dadd(-4501.84,5418.21,-2259.78,1.232)
pt3dadd(-4501.89,5421.62,-2257.66,1.232)
pt3dadd(-4501.66,5431.55,-2264.27,1.232)
pt3dadd(-4502.73,5433.97,-2269.13,1.232)
}
dend[38]{
pt3dadd(-4502.73,5433.97,-2269.13,1.232)
pt3dadd(-4524.51,5451.77,-2268.82,1.232)
pt3dadd(-4539.17,5473.94,-2269.03,1.232)
pt3dadd(-4554.64,5495.45,-2264.35,1.232)
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,-2154.46,0.92)
pt3dadd(-4428.59,5574.93,-2148.36,0.92)
}
dend[49]{
pt3dadd(-4428.59,5574.93,-2148.36,0.92)
pt3dadd(-4451.68,5591.8,-2146.76,0.92)
pt3dadd(-4482.61,5616.36,-2140.91,0.92)
}
//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,-2310.19,1.536)
pt3dadd(-4372.66,5307.06,-2312.7,1.536)
pt3dadd(-4374.32,5314.03,-2315.28,1.536)
pt3dadd(-4374.41,5317.78,-2324.23,1.536)
}
dend[53]{
pt3dadd(-4374.41,5317.78,-2324.23,1.536)
pt3dadd(-4380.37,5323.97,-2327.82,1.536)
pt3dadd(-4386.16,5338.32,-2331.58,1.536)
pt3dadd(-4389.22,5359.18,-2336.91,1.536)
pt3dadd(-4404.03,5384.67,-2340.58,1.536)
}
dend[54]{
pt3dadd(-4404.03,5384.67,-2340.58,1.536)
pt3dadd(-4414.96,5406.06,-2344.42,1.536)
pt3dadd(-4423.48,5422.06,-2346.8,1.536)
pt3dadd(-4429.83,5430.43,-2350.33,1.536)
pt3dadd(-4429.66,5437.69,-2349.2,1.536)
}
dend[55]{
pt3dadd(-4429.66,5437.69,-2349.2,1.536)
pt3dadd(-4443.87,5448.95,-2352.82,1.536)
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,-2117.37,1.24)
}
dend[73]{
pt3dadd(-4419.22,5625.56,-2117.37,1.24)
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(-1697.84 , -613.84 , 6.30 , 1.92)
pt3dadd(-4370.19,5218.63,-2257.9,1.6)
pt3dadd(-4370.31,5211.33,-2256.63,1.6)
}
//dend14
dend[78]{