A model of unitary responses from A/C and PP synapses in CA3 pyramidal cells (Baker et al. 2010)

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Accession:137259
The model was used to reproduce experimentally determined mean synaptic response characteristics of unitary AMPA and NMDA synaptic stimulations in CA3 pyramidal cells with the objective of inferring the most likely response properties of the corresponding types of synapses. The model is primarily concerned with passive cells, but models of active dendrites are included.
Reference:
1 . Baker JL, Perez-Rosello T, Migliore M, Barrionuevo G, Ascoli GA (2011) A computer model of unitary responses from associational/commissural and perforant path synapses in hippocampal CA3 pyramidal cells. J Comput Neurosci 31:137-58 [PubMed]
Model Information (Click on a link to find other models with that property)
Model Type: Synapse; Dendrite;
Brain Region(s)/Organism: Hippocampus;
Cell Type(s): Hippocampus CA3 pyramidal cell;
Channel(s):
Gap Junctions:
Receptor(s): AMPA; NMDA;
Gene(s):
Transmitter(s): Glutamate;
Simulation Environment: NEURON;
Model Concept(s):
Implementer(s): Baker, John L [jbakerb at gmu.edu];
Search NeuronDB for information about:  Hippocampus CA3 pyramidal cell; AMPA; NMDA; Glutamate;
/
ca3-synresp
readme.html
cacumm.mod
cagk.mod *
cal2.mod *
can2.mod *
cat.mod *
distr.mod
exp2nmdar.mod
h.mod *
kadist.mod *
KahpM95.mod *
kaprox.mod *
kd.mod *
kdrca1.mod *
km.mod *
na3n.mod *
ama-c30573.CNG.hoc
ama-c31162.CNG.hoc
ama-c60361.CNG.hoc
ama-c62563.CNG.hoc
ama-c73164.CNG.hoc
ama-c81463.CNG.hoc
axon-common.hoc
bar-cell1zr.CNG.hoc
bar-cell2zr.CNG.hoc
bar-cell3zr.CNG.hoc
bar-cell4zr.CNG.hoc
bar-cell5zr.CNG.hoc
bar-cell6zr.CNG.hoc
bar-cell7zr.CNG.hoc
bar-cell8zr.CNG.hoc
demo.hoc
demo.png
demo.ses
demo-fig2a-raw-data.csv
demo-fig2a-raw-time.csv *
demo-fig2a-smoothed-data.csv
demo-fig2a-smoothed-time.csv *
mosinit.hoc
out-vc-ampar-c31162-ad67-022.csv
out-vc-ampar-c62563-ad2-01667.csv
out-vc-ampar-c62563-ad54-054.csv
out-vc-fastampar-c62563-ad2-01667.csv
out-vc-nmdar-c81463-ad87-082.csv
out-vc-nmdar-l51-ad7-036.csv
params-by-fig.csv
synresp.hoc
synresp-c30573.hoc
synresp-c31162.hoc
synresp-c60361.hoc
synresp-c62563.hoc
synresp-c73164.hoc
synresp-c81463.hoc
synresp-cell1zr.hoc
synresp-cell2zr.hoc
synresp-cell3zr.hoc
synresp-cell4zr.hoc
synresp-cell5zr.hoc
synresp-cell6zr.hoc
synresp-cell7zr.hoc
synresp-cell8zr.hoc
synresp-l24b.hoc
synresp-l51.hoc
synresp-l56a.hoc
tur-l24b.CNG.hoc
tur-l51.CNG.hoc
tur-l56a.CNG.hoc
                            
{create soma[4.]}
{create axon[5.]}
{create dendrite[48.]}
{create apical_dendrite[83.]}

{access soma[0.]}
{pt3dclear()}
{pt3dadd(-0.638,-16.53,1.01,3.66)}
{pt3dadd(-0.638,-16.53,1.,3.66)}
{pt3dadd(-0.638,-15.88,1.,3.66)}
{pt3dadd(-1.064,-14.790000000000001,1.,5.26)}
{pt3dadd(-1.064,-13.71,1.,7.16)}
{pt3dadd(-1.689,-11.74,1.,9.38)}
{pt3dadd(-1.476,-10.,1.,10.02)}
{pt3dadd(-1.476,-7.621,1.,11.3)}

{soma[0.] connect soma[1.](0), 1}
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{pt3dadd(-1.476,-7.621,1.,11.3)}
{pt3dadd(-1.064,-4.575,1.,12.26)}

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{pt3dadd(-1.064,-4.575,1.,12.26)}
{pt3dadd(-0.638,-1.303,1.,13.200000000000001)}

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{apical_dendrite[1.] connect apical_dendrite[2.](0), 1}
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{pt3dadd(-4.229,122.30000000000001,0.75,2.08)}
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{pt3dadd(-1.689,149.,0.75,1.76)}
{pt3dadd(-0.638,149.70000000000002,0.7000000000000001,1.76)}

{apical_dendrite[2.] connect apical_dendrite[3.](0), 1}
{access apical_dendrite[3.]}
{pt3dclear()}
{pt3dadd(-0.638,149.70000000000002,0.7000000000000001,1.76)}
{pt3dadd(-2.328,151.6,0.7000000000000001,1.44)}
{pt3dadd(-1.476,156.60000000000002,0.7000000000000001,1.44)}
{pt3dadd(1.689,162.5,0.7000000000000001,1.44)}
{pt3dadd(1.689,162.70000000000002,0.7000000000000001,1.44)}
{pt3dadd(2.115,166.9,0.7000000000000001,1.44)}
{pt3dadd(1.2770000000000001,177.70000000000002,0.7000000000000001,1.44)}

{apical_dendrite[3.] connect apical_dendrite[4.](0), 1}
{access apical_dendrite[4.]}
{pt3dclear()}
{pt3dadd(1.2770000000000001,177.70000000000002,0.7000000000000001,1.44)}
{pt3dadd(1.21,177.10000000000002,33.25,0.48000000000000004)}
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{pt3dadd(1.862,194.3,42.5,0.8)}
{pt3dadd(3.112,198.,45.,0.8)}
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{apical_dendrite[3.] connect apical_dendrite[5.](0), 1}
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{pt3dadd(1.2770000000000001,177.70000000000002,0.7000000000000001,1.44)}
{pt3dadd(1.2770000000000001,178.60000000000002,0.7000000000000001,1.44)}

{apical_dendrite[5.] connect apical_dendrite[6.](0), 1}
{access apical_dendrite[6.]}
{pt3dclear()}
{pt3dadd(1.2770000000000001,178.60000000000002,0.7000000000000001,1.44)}
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{apical_dendrite[6.] connect apical_dendrite[7.](0), 1}
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{pt3dclear()}
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{apical_dendrite[7.] connect apical_dendrite[8.](0), 1}
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{pt3dclear()}
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{apical_dendrite[8.] connect apical_dendrite[9.](0), 1}
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{pt3dclear()}
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{apical_dendrite[9.] connect apical_dendrite[10.](0), 1}
{access apical_dendrite[10.]}
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{pt3dadd(35.37,300.,-17.3,0.8)}
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{apical_dendrite[10.] connect apical_dendrite[11.](0), 1}
{access apical_dendrite[11.]}
{pt3dclear()}
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{apical_dendrite[10.] connect apical_dendrite[12.](0), 1}
{access apical_dendrite[12.]}
{pt3dclear()}
{pt3dadd(25.830000000000002,365.70000000000005,-37.800000000000004,0.8)}
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{pt3dadd(19.91,412.90000000000003,-47.300000000000004,0.48000000000000004)}
{pt3dadd(18.42,416.,-47.300000000000004,0.48000000000000004)}
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{pt3dadd(7.8340000000000005,455.1,-38.800000000000004,0.48000000000000004)}
{pt3dadd(7.8340000000000005,455.3,-38.800000000000004,0.48000000000000004)}
{pt3dadd(6.57,457.5,-38.800000000000004,0.48000000000000004)}
{pt3dadd(6.357,457.70000000000005,-38.800000000000004,0.48000000000000004)}
{pt3dadd(7.195,459.5,-39.550000000000004,0.48000000000000004)}
{pt3dadd(5.932,462.1,-31.05,0.48000000000000004)}
{pt3dadd(5.506,463.6,-30.05,0.48000000000000004)}
{pt3dadd(6.9830000000000005,465.1,-43.550000000000004,0.48000000000000004)}
{pt3dadd(5.719,469.,-44.050000000000004,0.48000000000000004)}
{pt3dadd(5.506,469.5,-44.050000000000004,0.48000000000000004)}
{pt3dadd(6.9830000000000005,477.5,-44.050000000000004,0.48000000000000004)}
{pt3dadd(7.195,484.90000000000003,-46.300000000000004,0.48000000000000004)}
{pt3dadd(8.685,495.1,-41.800000000000004,0.48000000000000004)}
{pt3dadd(9.736,497.8,-49.300000000000004,0.48000000000000004)}
{pt3dadd(9.736,498.,-49.300000000000004,0.48000000000000004)}
{pt3dadd(9.948,498.20000000000005,-49.050000000000004,0.48000000000000004)}

{apical_dendrite[9.] connect apical_dendrite[13.](0), 1}
{access apical_dendrite[13.]}
{pt3dclear()}
{pt3dadd(35.37,299.8,-17.3,0.8)}
{pt3dadd(38.96,301.5,-21.8,0.8)}
{pt3dadd(40.660000000000004,303.5,-21.8,0.8)}
{pt3dadd(40.660000000000004,305.2,-21.8,0.8)}
{pt3dadd(44.050000000000004,306.8,-27.55,0.8)}
{pt3dadd(45.74,311.1,-27.55,0.8)}
{pt3dadd(45.74,311.3,-27.55,0.8)}
{pt3dadd(49.34,310.70000000000005,-27.3,0.8)}
{pt3dadd(50.18,313.5,-26.8,0.48000000000000004)}
{pt3dadd(53.36,315.,-26.8,0.48000000000000004)}
{pt3dadd(56.33,319.1,-18.3,0.48000000000000004)}
{pt3dadd(61.620000000000005,319.1,-17.8,0.48000000000000004)}
{pt3dadd(61.83,322.20000000000005,-17.8,0.48000000000000004)}
{pt3dadd(61.83,322.40000000000003,-17.8,0.48000000000000004)}
{pt3dadd(66.27,322.8,-17.55,0.48000000000000004)}
{pt3dadd(66.49,322.8,-17.55,0.48000000000000004)}
{pt3dadd(69.03,327.8,-17.55,0.48000000000000004)}
{pt3dadd(69.03,328.1,-17.55,0.48000000000000004)}
{pt3dadd(69.24,332.20000000000005,-17.55,0.48000000000000004)}
{pt3dadd(71.99,332.20000000000005,-17.55,0.48000000000000004)}
{pt3dadd(71.78,332.20000000000005,-17.55,0.48000000000000004)}
{pt3dadd(73.27,338.3,-17.55,0.48000000000000004)}
{pt3dadd(73.27,338.5,-17.55,0.48000000000000004)}
{pt3dadd(76.65,339.40000000000003,-17.3,0.48000000000000004)}
{pt3dadd(78.78,345.,-17.3,0.48000000000000004)}
{pt3dadd(78.56,345.,-17.3,0.48000000000000004)}
{pt3dadd(77.07000000000001,350.,-17.3,0.48000000000000004)}
{pt3dadd(84.91,356.6,-17.3,0.48000000000000004)}
{pt3dadd(85.55,359.40000000000003,-5.8,0.48000000000000004)}
{pt3dadd(85.33,359.40000000000003,-5.8,0.48000000000000004)}
{pt3dadd(87.45,359.8,-5.8,0.48000000000000004)}
{pt3dadd(89.56,362.20000000000005,-5.8,0.48000000000000004)}
{pt3dadd(92.95,362.70000000000005,-5.8,0.48000000000000004)}
{pt3dadd(96.13,368.5,-5.8,0.48000000000000004)}
{pt3dadd(94.86,371.1,0.45,0.48000000000000004)}
{pt3dadd(94.66,371.1,0.45,0.48000000000000004)}
{pt3dadd(96.13,374.40000000000003,0.45,0.48000000000000004)}
{pt3dadd(96.13,374.6,0.45,0.48000000000000004)}
{pt3dadd(94.23,379.40000000000003,2.7,0.48000000000000004)}
{pt3dadd(96.56,383.8,-14.55,0.48000000000000004)}
{pt3dadd(96.56,384.,-14.55,0.48000000000000004)}
{pt3dadd(94.86,390.70000000000005,-14.3,0.48000000000000004)}
{pt3dadd(94.66,390.70000000000005,-14.3,0.48000000000000004)}
{pt3dadd(95.92,393.3,-14.05,0.48000000000000004)}
{pt3dadd(95.71000000000001,393.1,-14.05,0.48000000000000004)}
{pt3dadd(95.49,393.5,-14.05,0.48000000000000004)}

{apical_dendrite[13.] connect apical_dendrite[14.](0), 1}
{access apical_dendrite[14.]}
{pt3dclear()}
{pt3dadd(95.49,393.5,-14.05,0.48000000000000004)}
{pt3dadd(94.02,399.,-14.3,0.48000000000000004)}
{pt3dadd(91.69,405.1,-14.3,0.48000000000000004)}
{pt3dadd(89.15,407.,-12.05,0.48000000000000004)}
{pt3dadd(90.41,417.70000000000005,-2.5500000000000003,0.48000000000000004)}
{pt3dadd(85.12,427.1,-11.05,0.48000000000000004)}
{pt3dadd(82.79,434.70000000000005,-11.05,0.48000000000000004)}
{pt3dadd(81.52,438.8,-11.05,0.48000000000000004)}
{pt3dadd(80.47,442.90000000000003,-15.3,0.48000000000000004)}
{pt3dadd(80.47,443.20000000000005,-15.3,0.48000000000000004)}
{pt3dadd(80.47,445.6,-15.3,0.48000000000000004)}
{pt3dadd(80.68,445.6,-15.3,0.48000000000000004)}
{pt3dadd(83.22,447.70000000000005,-15.3,0.48000000000000004)}
{pt3dadd(83.22,447.90000000000003,-15.3,0.48000000000000004)}
{pt3dadd(85.33,454.70000000000005,-17.55,0.48000000000000004)}
{pt3dadd(87.45,456.90000000000003,-17.55,0.48000000000000004)}
{pt3dadd(87.02,457.3,-17.55,0.48000000000000004)}
{pt3dadd(86.4,460.3,-17.55,0.48000000000000004)}
{pt3dadd(86.4,460.6,-17.55,0.48000000000000004)}
{pt3dadd(89.15,461.20000000000005,-17.55,0.48000000000000004)}
{pt3dadd(89.15,463.6,-19.05,0.48000000000000004)}
{pt3dadd(91.05,465.6,-22.3,0.48000000000000004)}
{pt3dadd(93.59,468.8,-22.3,0.48000000000000004)}
{pt3dadd(93.59,469.,-22.3,0.48000000000000004)}
{pt3dadd(95.71000000000001,473.20000000000005,-22.3,0.48000000000000004)}
{pt3dadd(100.2,474.,-21.8,0.48000000000000004)}
{pt3dadd(99.95,474.,-21.8,0.48000000000000004)}
{pt3dadd(102.30000000000001,478.8,-21.8,0.48000000000000004)}
{pt3dadd(102.30000000000001,479.1,-21.8,0.48000000000000004)}
{pt3dadd(102.5,479.3,-20.05,0.48000000000000004)}

{apical_dendrite[13.] connect apical_dendrite[15.](0), 1}
{access apical_dendrite[15.]}
{pt3dclear()}
{pt3dadd(95.49,393.5,-14.05,0.48000000000000004)}
{pt3dadd(98.46000000000001,395.1,-29.05,0.48000000000000004)}
{pt3dadd(99.74000000000001,397.,-29.05,0.48000000000000004)}
{pt3dadd(99.52,397.,-29.05,0.48000000000000004)}
{pt3dadd(98.89,400.70000000000005,-33.3,0.48000000000000004)}
{pt3dadd(98.89,400.90000000000003,-33.3,0.48000000000000004)}
{pt3dadd(100.4,402.5,-33.3,0.48000000000000004)}
{pt3dadd(99.31,405.3,-34.550000000000004,0.48000000000000004)}
{pt3dadd(104.60000000000001,411.40000000000003,-34.550000000000004,0.48000000000000004)}
{pt3dadd(103.30000000000001,413.6,-41.050000000000004,0.48000000000000004)}
{pt3dadd(103.30000000000001,413.40000000000003,-41.050000000000004,0.48000000000000004)}
{pt3dadd(105.9,420.1,-42.300000000000004,0.48000000000000004)}
{pt3dadd(106.9,420.3,-42.050000000000004,0.48000000000000004)}
{pt3dadd(107.10000000000001,420.3,-42.050000000000004,0.48000000000000004)}
{pt3dadd(109.7,424.40000000000003,-43.800000000000004,0.48000000000000004)}
{pt3dadd(109.7,424.70000000000005,-43.550000000000004,0.48000000000000004)}
{pt3dadd(109.30000000000001,424.70000000000005,-32.05,0.48000000000000004)}

{apical_dendrite[8.] connect apical_dendrite[16.](0), 1}
{access apical_dendrite[16.]}
{pt3dclear()}
{pt3dadd(9.736,208.,-6.3,1.44)}
{pt3dadd(7.8340000000000005,208.60000000000002,12.200000000000001,0.48000000000000004)}
{pt3dadd(6.7700000000000005,213.,12.200000000000001,0.48000000000000004)}
{pt3dadd(3.604,219.3,1.45,0.48000000000000004)}
{pt3dadd(0.638,228.60000000000002,1.45,0.48000000000000004)}
{pt3dadd(0.42600000000000005,228.60000000000002,1.45,0.48000000000000004)}
{pt3dadd(-4.229,240.8,1.45,0.48000000000000004)}
{pt3dadd(-5.719,243.4,-2.3000000000000003,0.48000000000000004)}
{pt3dadd(-8.259,250.,-2.3000000000000003,0.48000000000000004)}
{pt3dadd(-14.4,259.3,-2.5500000000000003,0.48000000000000004)}
{pt3dadd(-20.54,268.90000000000003,8.45,0.48000000000000004)}
{pt3dadd(-22.240000000000002,270.,8.45,0.48000000000000004)}
{pt3dadd(-22.45,270.,8.45,0.48000000000000004)}
{pt3dadd(-23.29,273.2,8.45,0.48000000000000004)}
{pt3dadd(-27.740000000000002,276.3,15.950000000000001,0.48000000000000004)}
{pt3dadd(-31.55,280.,15.450000000000001,0.48000000000000004)}
{pt3dadd(-31.76,280.,15.450000000000001,0.48000000000000004)}
{pt3dadd(-32.4,282.6,15.450000000000001,0.48000000000000004)}
{pt3dadd(-34.94,281.3,15.450000000000001,0.48000000000000004)}
{pt3dadd(-35.15,281.5,15.450000000000001,0.48000000000000004)}
{pt3dadd(-36.,283.7,12.950000000000001,0.48000000000000004)}
{pt3dadd(-40.87,289.1,22.95,0.48000000000000004)}
{pt3dadd(-40.87,289.3,22.95,0.48000000000000004)}
{pt3dadd(-40.87,289.6,22.95,0.48000000000000004)}
{pt3dadd(-40.660000000000004,291.1,22.95,0.48000000000000004)}
{pt3dadd(-45.1,297.2,22.95,0.48000000000000004)}
{pt3dadd(-48.71,306.8,24.45,0.48000000000000004)}
{pt3dadd(-48.92,307.20000000000005,24.2,0.48000000000000004)}

{apical_dendrite[7.] connect apical_dendrite[17.](0), 1}
{access apical_dendrite[17.]}
{pt3dclear()}
{pt3dadd(8.259,205.60000000000002,-3.0500000000000003,1.44)}
{pt3dadd(11.44,211.70000000000002,7.7,0.48000000000000004)}
{pt3dadd(14.19,220.4,7.7,0.48000000000000004)}
{pt3dadd(14.4,220.4,7.7,0.48000000000000004)}
{pt3dadd(15.46,228.9,7.7,0.48000000000000004)}
{pt3dadd(15.67,228.9,7.7,0.48000000000000004)}
{pt3dadd(17.36,240.60000000000002,3.7,0.48000000000000004)}
{pt3dadd(19.27,252.60000000000002,3.95,0.48000000000000004)}
{pt3dadd(19.27,252.8,3.95,0.48000000000000004)}
{pt3dadd(19.91,258.90000000000003,3.95,0.48000000000000004)}
{pt3dadd(19.91,259.1,3.95,0.48000000000000004)}
{pt3dadd(20.75,261.90000000000003,3.95,0.48000000000000004)}
{pt3dadd(20.32,264.8,3.95,0.48000000000000004)}
{pt3dadd(20.11,265.,3.95,0.48000000000000004)}
{pt3dadd(20.54,271.90000000000003,1.2,0.48000000000000004)}
{pt3dadd(22.45,272.8,-0.8,0.48000000000000004)}
{pt3dadd(20.96,283.3,20.7,0.48000000000000004)}
{pt3dadd(20.75,283.3,20.7,0.48000000000000004)}
{pt3dadd(21.39,286.5,20.7,0.48000000000000004)}
{pt3dadd(19.06,291.3,20.7,0.48000000000000004)}
{pt3dadd(19.06,291.5,20.7,0.48000000000000004)}
{pt3dadd(19.91,293.7,20.7,0.48000000000000004)}
{pt3dadd(19.91,293.90000000000003,20.7,0.48000000000000004)}
{pt3dadd(17.16,296.3,26.95,0.48000000000000004)}
{pt3dadd(17.16,296.5,26.95,0.48000000000000004)}
{pt3dadd(18.,300.7,26.95,0.48000000000000004)}
{pt3dadd(18.21,300.40000000000003,26.95,0.48000000000000004)}
{pt3dadd(16.31,305.90000000000003,28.45,0.48000000000000004)}
{pt3dadd(19.27,305.40000000000003,34.7,0.48000000000000004)}
{pt3dadd(18.42,309.8,34.2,0.48000000000000004)}
{pt3dadd(18.21,309.8,34.2,0.48000000000000004)}
{pt3dadd(19.06,311.5,34.2,0.48000000000000004)}
{pt3dadd(17.57,314.1,33.45,0.48000000000000004)}
{pt3dadd(17.36,314.40000000000003,33.45,0.48000000000000004)}
{pt3dadd(19.06,316.5,33.2,0.48000000000000004)}
{pt3dadd(19.27,316.8,32.95,0.48000000000000004)}
{pt3dadd(18.63,319.8,22.2,0.48000000000000004)}
{pt3dadd(20.75,321.5,37.7,0.48000000000000004)}
{pt3dadd(20.54,321.8,37.7,0.48000000000000004)}
{pt3dadd(21.39,329.6,39.45,0.48000000000000004)}
{pt3dadd(21.17,329.6,29.95,0.48000000000000004)}

{apical_dendrite[6.] connect apical_dendrite[18.](0), 1}
{access apical_dendrite[18.]}
{pt3dclear()}
{pt3dadd(3.604,186.20000000000002,1.45,1.44)}
{pt3dadd(3.391,190.8,4.7,0.48000000000000004)}
{pt3dadd(3.1790000000000003,193.20000000000002,4.7,0.48000000000000004)}
{pt3dadd(2.966,193.20000000000002,4.7,0.48000000000000004)}
{pt3dadd(-0.21300000000000002,193.,13.450000000000001,0.48000000000000004)}
{pt3dadd(-2.54,196.,13.450000000000001,0.48000000000000004)}
{pt3dadd(-2.328,196.,13.450000000000001,0.48000000000000004)}

{apical_dendrite[5.] connect apical_dendrite[19.](0), 1}
{access apical_dendrite[19.]}
{pt3dclear()}
{pt3dadd(1.2770000000000001,178.60000000000002,0.7000000000000001,1.44)}
{pt3dadd(-1.2770000000000001,184.,16.2,0.48000000000000004)}
{pt3dadd(-3.817,184.5,14.700000000000001,0.48000000000000004)}
{pt3dadd(-4.017,184.5,14.700000000000001,0.48000000000000004)}
{pt3dadd(-7.621,190.60000000000002,6.95,0.48000000000000004)}
{pt3dadd(-9.523,194.,20.2,0.48000000000000004)}
{pt3dadd(-12.49,196.20000000000002,18.45,0.48000000000000004)}
{pt3dadd(-12.49,196.4,18.45,0.48000000000000004)}
{pt3dadd(-14.4,196.20000000000002,21.95,0.48000000000000004)}
{pt3dadd(-14.4,196.4,20.2,0.48000000000000004)}
{pt3dadd(-18.85,204.9,9.700000000000001,0.48000000000000004)}
{pt3dadd(-22.240000000000002,210.20000000000002,19.7,0.48000000000000004)}
{pt3dadd(-27.32,218.60000000000002,19.7,0.48000000000000004)}
{pt3dadd(-31.12,223.20000000000002,23.45,0.48000000000000004)}
{pt3dadd(-36.42,238.9,25.400000000000002,0.48000000000000004)}
{pt3dadd(-34.730000000000004,241.3,25.400000000000002,0.48000000000000004)}
{pt3dadd(-33.25,249.3,16.65,0.48000000000000004)}
{pt3dadd(-33.25,249.5,16.65,0.48000000000000004)}
{pt3dadd(-30.91,251.70000000000002,16.65,0.48000000000000004)}
{pt3dadd(-30.5,258.7,16.9,0.48000000000000004)}
{pt3dadd(-30.5,258.90000000000003,16.9,0.48000000000000004)}
{pt3dadd(-26.68,259.3,14.4,0.48000000000000004)}
{pt3dadd(-27.740000000000002,265.8,7.9,0.48000000000000004)}
{pt3dadd(-24.35,273.,0.4,0.48000000000000004)}
{pt3dadd(-22.03,284.1,21.400000000000002,0.48000000000000004)}
{pt3dadd(-21.39,284.3,13.1,0.48000000000000004)}
{pt3dadd(-21.39,284.6,13.1,0.48000000000000004)}
{pt3dadd(-20.54,290.40000000000003,13.1,0.48000000000000004)}
{pt3dadd(-20.54,291.1,13.1,0.48000000000000004)}

{apical_dendrite[2.] connect apical_dendrite[20.](0), 1}
{access apical_dendrite[20.]}
{pt3dclear()}
{pt3dadd(-0.638,149.70000000000002,0.7000000000000001,1.76)}
{pt3dadd(2.54,152.9,3.45,0.8)}
{pt3dadd(6.1450000000000005,152.70000000000002,3.45,0.8)}
{pt3dadd(6.357,156.20000000000002,3.45,0.8)}
{pt3dadd(10.16,157.5,0.45,0.8)}
{pt3dadd(12.280000000000001,159.,0.45,0.8)}
{pt3dadd(12.06,159.,0.45,0.8)}
{pt3dadd(12.91,162.5,3.7,0.8)}
{pt3dadd(15.67,164.70000000000002,5.45,0.8)}
{pt3dadd(16.31,164.9,4.7,0.8)}

{apical_dendrite[20.] connect apical_dendrite[21.](0), 1}
{access apical_dendrite[21.]}
{pt3dclear()}
{pt3dadd(16.31,164.9,4.7,0.8)}
{pt3dadd(16.31,165.10000000000002,4.7,0.8)}
{pt3dadd(18.21,168.20000000000002,4.7,0.8)}
{pt3dadd(19.06,174.,4.7,0.8)}
{pt3dadd(22.240000000000002,174.5,4.2,0.8)}
{pt3dadd(22.45,174.5,4.2,0.8)}
{pt3dadd(22.240000000000002,176.20000000000002,3.45,0.8)}
{pt3dadd(22.03,176.20000000000002,3.45,0.8)}
{pt3dadd(23.71,181.9,3.45,0.8)}
{pt3dadd(23.71,182.10000000000002,3.45,0.8)}
{pt3dadd(24.990000000000002,181.70000000000002,1.95,0.8)}
{pt3dadd(25.400000000000002,185.60000000000002,-4.05,0.8)}
{pt3dadd(27.11,186.9,-3.8000000000000003,0.8)}
{pt3dadd(27.11,188.8,-3.8000000000000003,0.8)}
{pt3dadd(29.22,189.3,-3.8000000000000003,0.8)}
{pt3dadd(29.22,189.5,-3.8000000000000003,0.8)}
{pt3dadd(29.22,191.9,-3.8000000000000003,0.8)}
{pt3dadd(29.22,192.10000000000002,-3.8000000000000003,0.8)}
{pt3dadd(32.82,196.9,-3.8000000000000003,0.8)}
{pt3dadd(36.63,196.5,-3.8000000000000003,0.8)}
{pt3dadd(36.63,201.9,-9.05,0.8)}
{pt3dadd(38.96,203.60000000000002,-6.55,0.8)}
{pt3dadd(39.17,203.60000000000002,-6.55,0.8)}
{pt3dadd(40.230000000000004,204.5,4.95,0.8)}

{apical_dendrite[21.] connect apical_dendrite[22.](0), 1}
{access apical_dendrite[22.]}
{pt3dclear()}
{pt3dadd(40.230000000000004,204.5,4.95,0.8)}
{pt3dadd(40.87,209.10000000000002,-0.3,0.8)}
{pt3dadd(41.08,209.3,-0.3,0.8)}
{pt3dadd(38.96,214.5,10.950000000000001,0.8)}
{pt3dadd(43.2,222.3,10.700000000000001,0.8)}
{pt3dadd(45.31,228.9,10.700000000000001,0.8)}
{pt3dadd(45.31,229.10000000000002,10.700000000000001,0.8)}
{pt3dadd(46.59,228.60000000000002,10.700000000000001,0.8)}
{pt3dadd(47.,231.3,10.700000000000001,0.8)}
{pt3dadd(47.,231.5,10.700000000000001,0.8)}
{pt3dadd(50.18,232.60000000000002,10.700000000000001,0.8)}
{pt3dadd(50.18,232.8,10.700000000000001,0.8)}
{pt3dadd(49.34,238.20000000000002,8.2,0.8)}
{pt3dadd(51.67,240.4,9.450000000000001,0.8)}
{pt3dadd(51.88,240.60000000000002,9.450000000000001,0.8)}
{pt3dadd(49.34,247.4,9.450000000000001,0.8)}
{pt3dadd(53.15,248.,16.95,0.8)}
{pt3dadd(53.57,252.8,16.95,0.8)}
{pt3dadd(53.36,255.4,16.95,0.8)}
{pt3dadd(55.47,256.1,14.450000000000001,0.8)}
{pt3dadd(54.64,277.2,23.7,0.8)}
{pt3dadd(54.84,278.,23.7,0.8)}

{apical_dendrite[21.] connect apical_dendrite[23.](0), 1}
{access apical_dendrite[23.]}
{pt3dclear()}
{pt3dadd(40.230000000000004,204.5,4.95,0.8)}
{pt3dadd(42.99,208.4,3.7,0.48000000000000004)}
{pt3dadd(42.13,211.5,3.7,0.48000000000000004)}
{pt3dadd(44.46,214.9,-6.05,0.48000000000000004)}
{pt3dadd(44.46,214.70000000000002,-5.8,0.48000000000000004)}
{pt3dadd(44.46,216.9,-5.8,0.48000000000000004)}
{pt3dadd(46.59,217.8,-5.8,0.48000000000000004)}
{pt3dadd(46.38,217.8,-5.8,0.48000000000000004)}
{pt3dadd(47.64,222.10000000000002,-5.8,0.48000000000000004)}
{pt3dadd(47.64,222.3,-5.8,0.48000000000000004)}
{pt3dadd(51.03,222.8,-5.8,0.48000000000000004)}
{pt3dadd(50.82,223.,-5.8,0.48000000000000004)}
{pt3dadd(52.08,226.5,2.45,0.48000000000000004)}
{pt3dadd(57.39,232.8,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(62.47,235.8,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(62.68,235.8,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(62.47,240.8,-10.3,0.48000000000000004)}
{pt3dadd(64.58,243.20000000000002,-10.3,0.48000000000000004)}
{pt3dadd(64.58,243.4,-10.05,0.48000000000000004)}
{pt3dadd(64.8,246.70000000000002,-11.55,0.48000000000000004)}
{pt3dadd(67.34,248.9,-8.55,0.48000000000000004)}
{pt3dadd(69.24,254.5,-20.8,0.48000000000000004)}
{pt3dadd(69.24,254.70000000000002,-20.8,0.48000000000000004)}
{pt3dadd(69.45,256.5,-20.8,0.48000000000000004)}
{pt3dadd(69.67,256.5,-20.8,0.48000000000000004)}
{pt3dadd(71.14,258.,-20.8,0.48000000000000004)}
{pt3dadd(70.93,258.,-20.8,0.48000000000000004)}
{pt3dadd(70.93,260.,-20.8,0.48000000000000004)}
{pt3dadd(73.06,260.40000000000003,-20.8,0.48000000000000004)}
{pt3dadd(73.06,260.8,-20.8,0.48000000000000004)}
{pt3dadd(73.27,261.3,-20.8,0.48000000000000004)}
{pt3dadd(78.14,273.,-28.8,0.48000000000000004)}
{pt3dadd(78.14,273.5,-28.8,0.48000000000000004)}

{apical_dendrite[20.] connect apical_dendrite[24.](0), 1}
{access apical_dendrite[24.]}
{pt3dclear()}
{pt3dadd(16.31,164.9,4.7,0.8)}
{pt3dadd(19.06,167.3,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(20.32,169.9,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(20.54,169.9,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(24.78,168.60000000000002,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(27.740000000000002,170.3,-11.05,0.48000000000000004)}
{pt3dadd(33.04,171.70000000000002,-11.05,0.48000000000000004)}
{pt3dadd(33.04,171.9,-11.05,0.48000000000000004)}
{pt3dadd(34.730000000000004,175.10000000000002,-11.05,0.48000000000000004)}
{pt3dadd(34.730000000000004,175.3,-11.05,0.48000000000000004)}
{pt3dadd(44.46,172.70000000000002,-11.05,0.48000000000000004)}
{pt3dadd(44.68,174.70000000000002,-17.55,0.48000000000000004)}
{pt3dadd(44.46,174.70000000000002,-17.55,0.48000000000000004)}
{pt3dadd(48.28,176.9,-17.55,0.48000000000000004)}
{pt3dadd(49.13,179.,-17.55,0.48000000000000004)}
{pt3dadd(54.84,176.70000000000002,-17.55,0.48000000000000004)}
{pt3dadd(54.84,176.4,-17.55,0.48000000000000004)}
{pt3dadd(59.93,178.8,-18.05,0.48000000000000004)}
{pt3dadd(68.39,180.3,-19.8,0.48000000000000004)}
{pt3dadd(68.18,180.3,-19.8,0.48000000000000004)}
{pt3dadd(74.75,179.5,-30.05,0.48000000000000004)}
{pt3dadd(74.32000000000001,179.5,-12.8,0.48000000000000004)}

{apical_dendrite[1.] connect apical_dendrite[25.](0), 1}
{access apical_dendrite[25.]}
{pt3dclear()}
{pt3dadd(-4.229,122.30000000000001,0.75,2.08)}
{pt3dadd(1.064,126.60000000000001,6.7,0.8)}
{pt3dadd(3.1790000000000003,126.,7.45,0.8)}

{apical_dendrite[25.] connect apical_dendrite[26.](0), 1}
{access apical_dendrite[26.]}
{pt3dclear()}
{pt3dadd(3.1790000000000003,126.,7.45,0.8)}
{pt3dadd(1.689,127.5,6.2,0.8)}
{pt3dadd(1.476,128.1,6.2,0.8)}

{apical_dendrite[26.] connect apical_dendrite[27.](0), 1}
{access apical_dendrite[27.]}
{pt3dclear()}
{pt3dadd(1.476,128.1,6.2,0.8)}
{pt3dadd(0.42600000000000005,127.9,7.95,0.8)}
{pt3dadd(-0.42600000000000005,127.7,7.7,0.8)}

{apical_dendrite[27.] connect apical_dendrite[28.](0), 1}
{access apical_dendrite[28.]}
{pt3dclear()}
{pt3dadd(-0.42600000000000005,127.7,7.7,0.8)}
{pt3dadd(0.638,131.,9.450000000000001,0.8)}
{pt3dadd(1.9020000000000001,134.70000000000002,9.200000000000001,0.8)}
{pt3dadd(3.604,136.20000000000002,13.700000000000001,0.48000000000000004)}
{pt3dadd(6.7700000000000005,137.70000000000002,4.95,0.48000000000000004)}
{pt3dadd(6.57,137.70000000000002,5.2,0.48000000000000004)}
{pt3dadd(5.719,141.20000000000002,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(6.7700000000000005,143.4,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(9.111,143.8,4.45,0.48000000000000004)}
{pt3dadd(10.16,146.,-4.8,0.48000000000000004)}
{pt3dadd(10.16,145.8,-4.8,0.48000000000000004)}
{pt3dadd(8.259,148.1,-4.8,0.48000000000000004)}
{pt3dadd(12.49,151.4,-4.8,0.48000000000000004)}
{pt3dadd(12.91,156.9,-4.8,0.48000000000000004)}
{pt3dadd(14.19,160.8,-2.3000000000000003,0.48000000000000004)}
{pt3dadd(13.98,160.8,-2.3000000000000003,0.48000000000000004)}
{pt3dadd(16.31,161.20000000000002,-6.55,0.48000000000000004)}
{pt3dadd(16.94,164.70000000000002,-21.55,0.48000000000000004)}
{pt3dadd(21.17,165.60000000000002,-21.55,0.48000000000000004)}
{pt3dadd(22.86,169.5,-21.55,0.48000000000000004)}
{pt3dadd(23.080000000000002,169.70000000000002,-21.55,0.48000000000000004)}
{pt3dadd(23.080000000000002,172.70000000000002,-21.55,0.48000000000000004)}
{pt3dadd(26.04,175.8,-21.55,0.48000000000000004)}
{pt3dadd(26.25,175.8,-21.55,0.48000000000000004)}
{pt3dadd(26.04,180.60000000000002,-26.8,0.48000000000000004)}
{pt3dadd(28.580000000000002,184.3,-28.55,0.48000000000000004)}
{pt3dadd(29.650000000000002,188.8,-29.8,0.48000000000000004)}
{pt3dadd(30.91,198.60000000000002,-35.300000000000004,0.48000000000000004)}
{pt3dadd(30.71,198.8,-35.300000000000004,0.48000000000000004)}
{pt3dadd(23.87,201.4,-35.300000000000004,0.8)}
{pt3dadd(23.85,201.60000000000002,-35.300000000000004,0.8)}
{pt3dadd(22.93,206.5,-26.8,0.48000000000000004)}
{pt3dadd(23.77,211.20000000000002,-28.55,0.48000000000000004)}
{pt3dadd(25.34,216.70000000000002,-40.300000000000004,0.48000000000000004)}
{pt3dadd(25.12,216.70000000000002,-40.050000000000004,0.48000000000000004)}
{pt3dadd(23.400000000000002,225.9,-49.300000000000004,0.48000000000000004)}
{pt3dadd(22.080000000000002,236.70000000000002,-51.300000000000004,0.48000000000000004)}
{pt3dadd(21.72,236.20000000000002,-49.300000000000004,0.48000000000000004)}

{apical_dendrite[27.] connect apical_dendrite[29.](0), 1}
{access apical_dendrite[29.]}
{pt3dclear()}
{pt3dadd(-0.42600000000000005,127.7,7.7,0.8)}
{pt3dadd(1.476,130.5,4.95,0.48000000000000004)}
{pt3dadd(3.1790000000000003,134.9,4.95,0.48000000000000004)}
{pt3dadd(7.8340000000000005,136.6,4.45,0.48000000000000004)}
{pt3dadd(6.7700000000000005,141.20000000000002,4.45,0.48000000000000004)}
{pt3dadd(9.523,142.9,-10.3,0.48000000000000004)}
{pt3dadd(12.06,146.4,-10.3,0.48000000000000004)}
{pt3dadd(22.66,150.1,-13.3,0.48000000000000004)}
{pt3dadd(22.86,150.5,-20.3,0.48000000000000004)}
{pt3dadd(28.46,152.3,-10.05,0.8)}
{pt3dadd(28.25,152.3,-10.3,0.8)}
{pt3dadd(33.49,153.,-18.05,0.8)}
{pt3dadd(33.46,153.20000000000002,-18.05,0.8)}
{pt3dadd(38.480000000000004,158.5,-25.05,0.8)}
{pt3dadd(38.45,158.8,-25.05,0.8)}
{pt3dadd(42.43,160.9,-30.8,0.8)}
{pt3dadd(43.050000000000004,162.5,-29.05,0.8)}
{pt3dadd(43.2,163.,-28.55,0.8)}
{pt3dadd(47.52,162.70000000000002,-30.3,0.8)}
{pt3dadd(47.31,162.60000000000002,-30.8,0.8)}
{pt3dadd(54.89,174.10000000000002,-39.300000000000004,0.8)}
{pt3dadd(54.92,173.8,-39.300000000000004,0.8)}
{pt3dadd(63.03,178.5,-15.55,0.8)}
{pt3dadd(73.97,187.3,-19.55,0.8)}
{pt3dadd(82.74,194.9,-19.8,0.8)}
{pt3dadd(82.5,195.10000000000002,-19.8,0.8)}
{pt3dadd(81.98,195.70000000000002,-15.55,0.8)}

{apical_dendrite[26.] connect apical_dendrite[30.](0), 1}
{access apical_dendrite[30.]}
{pt3dclear()}
{pt3dadd(1.476,128.1,6.2,0.8)}
{pt3dadd(4.017,132.3,1.95,0.48000000000000004)}
{pt3dadd(8.472,133.8,1.7,0.48000000000000004)}
{pt3dadd(11.23,133.1,1.7,0.48000000000000004)}
{pt3dadd(15.67,136.4,1.2,0.48000000000000004)}
{pt3dadd(16.09,137.1,0.9500000000000001,0.48000000000000004)}
{pt3dadd(16.09,137.3,0.9500000000000001,0.48000000000000004)}
{pt3dadd(20.32,137.1,0.9500000000000001,0.48000000000000004)}
{pt3dadd(21.17,139.5,0.45,0.48000000000000004)}
{pt3dadd(25.830000000000002,136.,-6.8,0.48000000000000004)}
{pt3dadd(32.82,137.1,-2.05,0.48000000000000004)}
{pt3dadd(40.660000000000004,133.8,-2.5500000000000003,0.48000000000000004)}
{pt3dadd(47.22,126.80000000000001,3.7,0.48000000000000004)}
{pt3dadd(50.18,122.7,-16.3,0.48000000000000004)}
{pt3dadd(49.97,122.9,-16.3,0.48000000000000004)}
{pt3dadd(56.75,117.9,-15.55,0.48000000000000004)}
{pt3dadd(56.75,117.7,-16.05,0.48000000000000004)}
{pt3dadd(56.75,117.9,-17.8,0.48000000000000004)}

{apical_dendrite[25.] connect apical_dendrite[31.](0), 1}
{access apical_dendrite[31.]}
{pt3dclear()}
{pt3dadd(3.1790000000000003,126.,7.45,0.8)}
{pt3dadd(4.442,124.4,3.95,0.8)}
{pt3dadd(5.293,122.30000000000001,12.200000000000001,0.8)}
{pt3dadd(8.259,122.7,11.450000000000001,0.8)}
{pt3dadd(12.49,120.7,11.450000000000001,0.8)}
{pt3dadd(14.4,122.30000000000001,11.200000000000001,0.8)}
{pt3dadd(16.73,121.60000000000001,9.450000000000001,0.8)}
{pt3dadd(16.52,121.60000000000001,9.450000000000001,0.8)}
{pt3dadd(17.78,125.7,6.7,0.8)}
{pt3dadd(18.,125.7,6.7,0.8)}
{pt3dadd(21.81,126.,15.700000000000001,0.8)}
{pt3dadd(21.81,126.2,12.700000000000001,0.8)}
{pt3dadd(24.78,132.1,1.95,0.8)}
{pt3dadd(28.37,130.8,1.95,0.8)}
{pt3dadd(28.16,130.8,1.95,0.8)}
{pt3dadd(28.8,132.5,1.95,0.8)}
{pt3dadd(29.22,133.1,1.45,0.8)}

{apical_dendrite[31.] connect apical_dendrite[32.](0), 1}
{access apical_dendrite[32.]}
{pt3dclear()}
{pt3dadd(29.22,133.1,1.45,0.8)}
{pt3dadd(32.61,140.5,-0.8,0.8)}
{pt3dadd(35.79,142.5,-0.8,0.8)}
{pt3dadd(37.050000000000004,142.5,-0.8,0.8)}
{pt3dadd(39.38,146.8,-0.8,0.8)}
{pt3dadd(42.13,146.,-0.8,0.8)}
{pt3dadd(42.13,145.8,-0.8,0.8)}
{pt3dadd(44.89,150.3,-4.8,0.48000000000000004)}
{pt3dadd(44.68,151.6,-4.8,0.48000000000000004)}
{pt3dadd(44.68,151.8,-4.8,0.48000000000000004)}
{pt3dadd(47.64,152.9,-4.8,0.48000000000000004)}
{pt3dadd(47.64,153.20000000000002,-4.8,0.48000000000000004)}
{pt3dadd(49.34,152.3,-10.55,0.48000000000000004)}
{pt3dadd(52.300000000000004,156.9,-10.55,0.48000000000000004)}
{pt3dadd(61.410000000000004,156.60000000000002,-2.8000000000000003,0.48000000000000004)}
{pt3dadd(64.37,155.3,-2.8000000000000003,0.48000000000000004)}
{pt3dadd(65.85,157.10000000000002,-3.0500000000000003,0.48000000000000004)}
{pt3dadd(73.06,155.8,-3.0500000000000003,0.48000000000000004)}
{pt3dadd(74.32000000000001,157.5,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(76.65,157.5,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(78.35000000000001,159.,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(81.32000000000001,158.4,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(81.73,156.4,-0.8,0.48000000000000004)}
{pt3dadd(84.69,157.10000000000002,-8.55,0.48000000000000004)}
{pt3dadd(86.18,158.60000000000002,-8.55,0.48000000000000004)}
{pt3dadd(88.3,156.60000000000002,-8.55,0.48000000000000004)}
{pt3dadd(90.63,155.3,-8.55,0.48000000000000004)}
{pt3dadd(92.74,157.9,-8.55,0.48000000000000004)}
{pt3dadd(95.71000000000001,158.20000000000002,-8.55,0.48000000000000004)}
{pt3dadd(95.92,158.20000000000002,-8.55,0.48000000000000004)}
{pt3dadd(97.41,156.60000000000002,-8.55,0.48000000000000004)}
{pt3dadd(102.7,158.20000000000002,-8.55,0.48000000000000004)}
{pt3dadd(102.7,158.4,-8.55,0.48000000000000004)}
{pt3dadd(110.30000000000001,157.9,-8.55,0.48000000000000004)}
{pt3dadd(112.9,156.,-0.55,0.48000000000000004)}
{pt3dadd(112.7,156.,-0.55,0.48000000000000004)}
{pt3dadd(114.80000000000001,156.20000000000002,-13.55,0.48000000000000004)}
{pt3dadd(115.80000000000001,158.60000000000002,-13.55,0.48000000000000004)}
{pt3dadd(121.7,157.9,-13.55,0.48000000000000004)}
{pt3dadd(124.30000000000001,158.60000000000002,-13.55,0.48000000000000004)}
{pt3dadd(131.1,162.10000000000002,-13.55,0.48000000000000004)}
{pt3dadd(133.8,161.,-13.55,0.48000000000000004)}
{pt3dadd(135.70000000000002,163.8,-13.55,0.48000000000000004)}
{pt3dadd(143.8,166.,-13.55,0.48000000000000004)}
{pt3dadd(144.6,165.10000000000002,-13.55,0.48000000000000004)}
{pt3dadd(145.5,169.3,-13.55,0.48000000000000004)}
{pt3dadd(151.8,172.5,-13.55,0.48000000000000004)}
{pt3dadd(152.,172.70000000000002,-13.55,0.48000000000000004)}
{pt3dadd(151.6,172.70000000000002,-13.55,0.48000000000000004)}

{apical_dendrite[31.] connect apical_dendrite[33.](0), 1}
{access apical_dendrite[33.]}
{pt3dclear()}
{pt3dadd(29.22,133.1,1.45,0.8)}
{pt3dadd(31.12,133.4,1.7,0.8)}
{pt3dadd(32.82,133.8,1.7,0.8)}
{pt3dadd(34.51,137.1,1.7,0.8)}
{pt3dadd(38.74,137.3,1.7,0.8)}
{pt3dadd(40.660000000000004,139.70000000000002,1.7,0.8)}
{pt3dadd(45.74,140.8,-4.3,0.8)}
{pt3dadd(48.49,139.9,-4.3,0.8)}
{pt3dadd(51.46,144.70000000000002,-1.05,0.8)}
{pt3dadd(56.54,145.3,-11.55,0.8)}
{pt3dadd(58.44,145.8,-11.55,0.8)}
{pt3dadd(62.68,146.6,-11.55,0.8)}
{pt3dadd(64.8,150.1,-11.55,0.8)}
{pt3dadd(65.01,150.5,-11.55,0.8)}
{pt3dadd(65.44,150.8,-21.55,0.8)}

{apical_dendrite[33.] connect apical_dendrite[34.](0), 1}
{access apical_dendrite[34.]}
{pt3dclear()}
{pt3dadd(65.44,150.8,-21.55,0.8)}
{pt3dadd(67.34,155.5,-2.8000000000000003,0.8)}
{pt3dadd(67.13,157.3,-2.8000000000000003,0.8)}
{pt3dadd(71.99,160.10000000000002,-2.8000000000000003,0.8)}
{pt3dadd(71.78,160.10000000000002,-2.8000000000000003,0.8)}
{pt3dadd(72.42,166.4,-15.8,0.48000000000000004)}
{pt3dadd(72.84,172.3,-10.55,0.48000000000000004)}
{pt3dadd(75.60000000000001,174.,-10.55,0.48000000000000004)}
{pt3dadd(77.29,178.,-17.3,0.48000000000000004)}
{pt3dadd(79.83,180.10000000000002,-17.3,0.48000000000000004)}
{pt3dadd(83.64,182.5,-18.55,0.48000000000000004)}
{pt3dadd(83.86,187.3,-25.3,0.48000000000000004)}
{pt3dadd(85.12,188.20000000000002,-25.3,0.48000000000000004)}
{pt3dadd(86.4,187.3,-25.3,0.48000000000000004)}
{pt3dadd(88.51,190.8,-25.3,0.48000000000000004)}
{pt3dadd(88.51,191.,-25.3,0.48000000000000004)}
{pt3dadd(92.53,192.70000000000002,-25.3,0.48000000000000004)}
{pt3dadd(92.32000000000001,193.,-25.3,0.48000000000000004)}
{pt3dadd(91.9,196.,-25.55,0.48000000000000004)}
{pt3dadd(94.66,197.5,-27.05,0.48000000000000004)}
{pt3dadd(97.2,201.5,-26.05,0.48000000000000004)}
{pt3dadd(96.56,204.3,-26.3,0.48000000000000004)}
{pt3dadd(98.89,204.70000000000002,-32.3,0.48000000000000004)}
{pt3dadd(101.60000000000001,208.20000000000002,-34.05,0.48000000000000004)}
{pt3dadd(102.30000000000001,209.3,-34.300000000000004,0.48000000000000004)}
{pt3dadd(102.30000000000001,209.5,-34.300000000000004,0.48000000000000004)}
{pt3dadd(104.2,209.70000000000002,-34.300000000000004,0.48000000000000004)}
{pt3dadd(104.2,209.9,-34.300000000000004,0.48000000000000004)}
{pt3dadd(104.80000000000001,211.9,-34.300000000000004,0.48000000000000004)}
{pt3dadd(110.10000000000001,212.8,-34.550000000000004,0.48000000000000004)}
{pt3dadd(112.,216.20000000000002,-34.800000000000004,0.48000000000000004)}
{pt3dadd(112.2,216.20000000000002,-34.800000000000004,0.48000000000000004)}
{pt3dadd(117.10000000000001,215.8,-34.800000000000004,0.48000000000000004)}
{pt3dadd(117.30000000000001,215.8,-34.800000000000004,0.48000000000000004)}
{pt3dadd(120.5,213.60000000000002,-37.050000000000004,0.48000000000000004)}
{pt3dadd(120.30000000000001,213.60000000000002,-37.050000000000004,0.48000000000000004)}
{pt3dadd(122.80000000000001,214.5,-37.050000000000004,0.48000000000000004)}
{pt3dadd(122.60000000000001,214.70000000000002,-37.050000000000004,0.48000000000000004)}

{apical_dendrite[33.] connect apical_dendrite[35.](0), 1}
{access apical_dendrite[35.]}
{pt3dclear()}
{pt3dadd(65.44,150.8,-21.55,0.8)}
{pt3dadd(70.52,148.1,-19.8,0.48000000000000004)}
{pt3dadd(75.60000000000001,146.20000000000002,-17.3,0.48000000000000004)}
{pt3dadd(82.58,144.,-17.3,0.48000000000000004)}
{pt3dadd(87.02,144.70000000000002,-17.3,0.48000000000000004)}
{pt3dadd(86.81,144.70000000000002,-17.3,0.48000000000000004)}
{pt3dadd(89.36,143.1,-17.3,0.48000000000000004)}
{pt3dadd(92.95,144.20000000000002,-17.3,0.48000000000000004)}
{pt3dadd(100.2,141.20000000000002,-17.3,0.48000000000000004)}
{pt3dadd(105.,140.1,-17.3,0.48000000000000004)}
{pt3dadd(105.,140.3,-17.3,0.48000000000000004)}
{pt3dadd(121.30000000000001,145.5,-27.05,0.48000000000000004)}
{pt3dadd(121.30000000000001,145.5,-25.55,0.48000000000000004)}

{apical_dendrite[0.] connect apical_dendrite[36.](0), 1}
{access apical_dendrite[36.]}
{pt3dclear()}
{pt3dadd(-12.91,46.78,14.75,4.3)}
{pt3dadd(-14.4,50.69,9.,5.88)}
{pt3dadd(-17.16,52.870000000000005,9.25,3.02)}
{pt3dadd(-18.85,56.35,9.,3.02)}
{pt3dadd(-19.06,57.22,9.25,3.02)}

{apical_dendrite[36.] connect apical_dendrite[37.](0), 1}
{access apical_dendrite[37.]}
{pt3dclear()}
{pt3dadd(-19.06,57.22,9.25,3.02)}
{pt3dadd(-17.16,63.75,14.25,1.44)}
{pt3dadd(-16.73,68.53,14.25,1.44)}
{pt3dadd(-18.42,72.66,9.75,1.44)}
{pt3dadd(-18.63,77.01,4.75,1.44)}
{pt3dadd(-18.85,77.23,7.,1.44)}
{pt3dadd(-18.85,88.11,21.25,1.44)}
{pt3dadd(-18.85,88.33,21.25,1.44)}
{pt3dadd(-15.67,95.51,21.,1.44)}
{pt3dadd(-18.63,104.,14.5,1.44)}
{pt3dadd(-18.85,104.,14.5,1.44)}
{pt3dadd(-19.490000000000002,107.9,14.25,1.44)}
{pt3dadd(-19.7,107.9,14.25,1.44)}
{pt3dadd(-20.96,113.30000000000001,21.,1.44)}
{pt3dadd(-21.17,127.10000000000001,21.75,1.44)}
{pt3dadd(-20.32,130.3,22.25,1.12)}
{pt3dadd(-20.32,131.,22.25,1.12)}

{apical_dendrite[37.] connect apical_dendrite[38.](0), 1}
{access apical_dendrite[38.]}
{pt3dclear()}
{pt3dadd(-20.32,131.,22.25,1.12)}
{pt3dadd(-21.17,137.5,15.75,0.8)}
{pt3dadd(-20.11,144.5,15.5,0.8)}
{pt3dadd(-18.21,154.70000000000002,14.5,0.8)}
{pt3dadd(-17.57,161.60000000000002,14.75,0.8)}
{pt3dadd(-17.78,170.10000000000002,8.5,0.8)}
{pt3dadd(-17.78,170.3,8.,0.8)}
{pt3dadd(-18.21,180.10000000000002,5.5,0.8)}
{pt3dadd(-18.21,180.3,5.5,0.8)}
{pt3dadd(-13.98,193.8,4.5,0.8)}
{pt3dadd(-11.01,199.5,13.,0.8)}
{pt3dadd(-10.8,199.70000000000002,13.25,0.8)}

{apical_dendrite[38.] connect apical_dendrite[39.](0), 1}
{access apical_dendrite[39.]}
{pt3dclear()}
{pt3dadd(-10.8,199.70000000000002,13.25,0.8)}
{pt3dadd(-11.01,203.20000000000002,16.,0.48000000000000004)}
{pt3dadd(-10.8,207.8,7.75,0.48000000000000004)}
{pt3dadd(-10.8,212.8,14.5,0.48000000000000004)}
{pt3dadd(-10.16,216.,14.5,0.48000000000000004)}
{pt3dadd(-11.86,220.4,14.5,0.48000000000000004)}
{pt3dadd(-12.06,220.60000000000002,14.5,0.48000000000000004)}
{pt3dadd(-10.59,225.4,14.5,0.48000000000000004)}
{pt3dadd(-11.44,228.60000000000002,14.5,0.48000000000000004)}
{pt3dadd(-9.736,230.60000000000002,14.25,0.48000000000000004)}
{pt3dadd(-12.280000000000001,240.20000000000002,14.25,0.48000000000000004)}
{pt3dadd(-12.06,249.5,15.5,0.48000000000000004)}
{pt3dadd(-12.280000000000001,249.5,15.25,0.48000000000000004)}
{pt3dadd(-11.44,257.8,16.25,0.48000000000000004)}
{pt3dadd(-9.523,261.90000000000003,3.5,0.48000000000000004)}
{pt3dadd(-9.323,261.90000000000003,3.5,0.48000000000000004)}
{pt3dadd(-9.523,263.7,3.5,0.48000000000000004)}
{pt3dadd(-9.736,263.7,3.5,0.48000000000000004)}
{pt3dadd(-6.7700000000000005,267.8,3.5,0.48000000000000004)}
{pt3dadd(-6.57,268.2,3.5,0.48000000000000004)}
{pt3dadd(-7.408,273.,3.5,0.48000000000000004)}
{pt3dadd(-7.408,273.2,3.5,0.48000000000000004)}
{pt3dadd(-3.604,281.1,3.5,0.48000000000000004)}
{pt3dadd(-3.604,281.3,3.5,0.48000000000000004)}
{pt3dadd(-5.293,284.3,3.25,0.48000000000000004)}
{pt3dadd(-4.868,289.6,3.25,0.48000000000000004)}
{pt3dadd(-6.7700000000000005,293.7,0.5,0.48000000000000004)}
{pt3dadd(-5.719,303.1,0.5,0.48000000000000004)}
{pt3dadd(-5.932,303.5,0.5,0.48000000000000004)}
{pt3dadd(-7.8340000000000005,312.6,-1.5,0.48000000000000004)}
{pt3dadd(-6.57,323.70000000000005,-1.5,0.48000000000000004)}
{pt3dadd(-4.442,329.40000000000003,-9.5,0.48000000000000004)}
{pt3dadd(-5.719,333.1,-7.,0.48000000000000004)}
{pt3dadd(-5.719,333.70000000000005,-6.75,0.48000000000000004)}
{pt3dadd(-2.115,346.3,20.,0.48000000000000004)}
{pt3dadd(-2.115,346.1,20.,0.48000000000000004)}

{apical_dendrite[38.] connect apical_dendrite[40.](0), 1}
{access apical_dendrite[40.]}
{pt3dclear()}
{pt3dadd(-10.8,199.70000000000002,13.25,0.8)}
{pt3dadd(-12.91,201.9,5.5,0.8)}
{pt3dadd(-12.91,202.10000000000002,6.25,0.8)}
{pt3dadd(-13.55,206.9,25.25,0.8)}
{pt3dadd(-11.44,210.20000000000002,25.25,0.8)}
{pt3dadd(-15.46,216.,25.25,0.8)}
{pt3dadd(-15.67,216.,25.25,0.8)}
{pt3dadd(-20.11,223.,25.25,0.8)}
{pt3dadd(-20.11,223.20000000000002,25.25,0.8)}
{pt3dadd(-15.88,225.8,30.,0.8)}
{pt3dadd(-21.81,233.70000000000002,30.25,0.8)}
{pt3dadd(-21.6,233.9,31.5,0.8)}
{pt3dadd(-16.330000000000002,234.5,31.,1.12)}
{pt3dadd(-6.304,236.20000000000002,30.75,1.12)}
{pt3dadd(-6.331,236.4,30.75,1.12)}
{pt3dadd(-2.474,239.70000000000002,30.75,0.8)}
{pt3dadd(-2.6870000000000003,243.20000000000002,30.75,1.12)}
{pt3dadd(-4.469,250.70000000000002,39.25,1.12)}
{pt3dadd(-5.48,258.90000000000003,34.,1.12)}
{pt3dadd(-7.022,264.40000000000003,21.75,1.12)}
{pt3dadd(-7.155,267.2,29.5,1.12)}
{pt3dadd(-5.44,275.8,28.5,1.12)}
{pt3dadd(-5.466,276.,28.5,1.12)}
{pt3dadd(-6.73,281.1,27.,0.8)}
{pt3dadd(-6.9430000000000005,281.1,27.,0.8)}
{pt3dadd(-4.323,292.6,44.,0.8)}
{pt3dadd(-4.522,292.5,44.,0.8)}
{pt3dadd(-7.98,299.8,42.,0.8)}
{pt3dadd(-7.8740000000000006,307.5,40.,0.8)}
{pt3dadd(-8.698,324.5,39.75,0.8)}
{pt3dadd(-8.778,325.1,39.,0.8)}

{apical_dendrite[40.] connect apical_dendrite[41.](0), 1}
{access apical_dendrite[41.]}
{pt3dclear()}
{pt3dadd(-8.778,325.1,39.,0.8)}
{pt3dadd(-8.978,325.1,39.,0.8)}
{pt3dadd(-10.950000000000001,332.3,52.25,0.8)}
{pt3dadd(-12.950000000000001,341.70000000000005,55.5,0.8)}
{pt3dadd(-17.44,350.3,55.25,0.8)}
{pt3dadd(-17.650000000000002,350.3,55.25,0.8)}
{pt3dadd(-14.56,352.90000000000003,55.25,0.8)}
{pt3dadd(-13.620000000000001,355.6,55.25,0.8)}
{pt3dadd(-11.65,357.,55.,0.8)}
{pt3dadd(-11.68,357.20000000000005,55.,0.8)}
{pt3dadd(-12.93,362.1,56.5,0.8)}
{pt3dadd(-12.120000000000001,364.20000000000005,63.75,0.8)}
{pt3dadd(-15.1,371.,62.75,0.48000000000000004)}
{pt3dadd(-16.31,373.90000000000003,63.,0.48000000000000004)}
{pt3dadd(-16.52,373.90000000000003,63.,0.48000000000000004)}
{pt3dadd(-14.950000000000001,376.70000000000005,63.,0.48000000000000004)}
{pt3dadd(-15.19,376.90000000000003,63.,0.48000000000000004)}
{pt3dadd(-19.52,381.,74.5,0.48000000000000004)}
{pt3dadd(-19.82,381.6,74.5,0.48000000000000004)}
{pt3dadd(-18.62,385.70000000000005,85.5,0.48000000000000004)}
{pt3dadd(-18.78,388.8,90.,0.48000000000000004)}
{pt3dadd(-19.05,389.20000000000005,90.,0.48000000000000004)}
{pt3dadd(-22.240000000000002,394.3,93.25,0.48000000000000004)}
{pt3dadd(-22.32,394.90000000000003,93.25,0.48000000000000004)}
{pt3dadd(-24.810000000000002,401.20000000000005,86.75,0.48000000000000004)}
{pt3dadd(-29.18,410.70000000000005,86.75,0.48000000000000004)}
{pt3dadd(-29.21,410.90000000000003,86.75,0.48000000000000004)}
{pt3dadd(-33.730000000000004,425.,94.25,0.48000000000000004)}
{pt3dadd(-34.01,432.5,92.75,0.48000000000000004)}
{pt3dadd(-36.44,438.3,84.25,0.48000000000000004)}
{pt3dadd(-36.49,438.70000000000005,84.25,0.48000000000000004)}
{pt3dadd(-45.45,450.8,83.,0.48000000000000004)}
{pt3dadd(-45.47,451.,83.,0.48000000000000004)}
{pt3dadd(-50.25,455.,105.5,0.48000000000000004)}
{pt3dadd(-50.45,455.,105.30000000000001,0.48000000000000004)}
{pt3dadd(-56.46,465.6,102.5,0.48000000000000004)}
{pt3dadd(-56.38,465.,105.,0.48000000000000004)}

{apical_dendrite[40.] connect apical_dendrite[42.](0), 1}
{access apical_dendrite[42.]}
{pt3dclear()}
{pt3dadd(-8.778,325.1,39.,0.8)}
{pt3dadd(-4.881,326.5,49.75,0.8)}
{pt3dadd(-4.908,326.8,49.75,0.8)}
{pt3dadd(-4.974,330.70000000000005,45.,0.8)}
{pt3dadd(-3.192,335.3,45.,0.8)}
{pt3dadd(-3.219,335.5,45.,0.8)}
{pt3dadd(-0.878,333.8,42.75,0.8)}
{pt3dadd(-1.117,334.,42.75,0.8)}
{pt3dadd(-2.128,338.70000000000005,52.75,0.8)}
{pt3dadd(-2.1550000000000002,338.90000000000003,52.75,0.8)}
{pt3dadd(0.16,341.,49.,0.8)}
{pt3dadd(0.186,340.8,49.,0.8)}
{pt3dadd(0.133,343.,49.,0.8)}
{pt3dadd(0.319,343.20000000000005,48.75,0.8)}
{pt3dadd(0.41200000000000003,345.8,38.5,0.48000000000000004)}
{pt3dadd(3.2720000000000002,348.6,44.,0.48000000000000004)}
{pt3dadd(2.979,351.,44.,0.48000000000000004)}
{pt3dadd(5.892,351.6,50.75,0.48000000000000004)}
{pt3dadd(5.865,351.8,49.,0.48000000000000004)}
{pt3dadd(4.668,358.,43.25,0.48000000000000004)}
{pt3dadd(4.642,358.20000000000005,43.25,0.48000000000000004)}
{pt3dadd(8.047,361.70000000000005,48.,0.48000000000000004)}
{pt3dadd(10.35,369.,56.,0.48000000000000004)}
{pt3dadd(10.18,373.8,52.75,0.48000000000000004)}
{pt3dadd(11.01,379.20000000000005,51.,0.48000000000000004)}
{pt3dadd(10.99,379.40000000000003,51.,0.48000000000000004)}
{pt3dadd(12.61,381.8,52.,0.48000000000000004)}
{pt3dadd(9.895,384.70000000000005,59.5,0.48000000000000004)}
{pt3dadd(11.81,386.5,59.5,0.48000000000000004)}
{pt3dadd(12.17,387.,59.5,0.48000000000000004)}
{pt3dadd(10.85,389.,50.75,0.48000000000000004)}
{pt3dadd(11.07,389.,51.25,0.48000000000000004)}
{pt3dadd(13.3,390.,62.,0.48000000000000004)}
{pt3dadd(13.27,390.20000000000005,62.,0.48000000000000004)}
{pt3dadd(12.26,393.1,61.25,0.48000000000000004)}
{pt3dadd(13.13,398.3,77.5,0.48000000000000004)}
{pt3dadd(13.1,398.5,77.5,0.48000000000000004)}
{pt3dadd(15.83,400.6,78.,0.48000000000000004)}
{pt3dadd(15.610000000000001,400.5,78.,0.48000000000000004)}
{pt3dadd(13.950000000000001,403.6,77.75,0.48000000000000004)}
{pt3dadd(13.93,403.8,77.75,0.48000000000000004)}
{pt3dadd(15.81,405.8,77.75,0.48000000000000004)}
{pt3dadd(15.790000000000001,406.,77.75,0.48000000000000004)}
{pt3dadd(14.94,409.5,82.5,0.48000000000000004)}
{pt3dadd(14.74,409.40000000000003,82.5,0.48000000000000004)}
{pt3dadd(15.92,417.,82.75,0.48000000000000004)}
{pt3dadd(17.26,418.3,85.5,0.48000000000000004)}
{pt3dadd(17.29,418.1,85.5,0.48000000000000004)}
{pt3dadd(17.78,421.,82.75,0.48000000000000004)}
{pt3dadd(17.57,421.,82.75,0.48000000000000004)}
{pt3dadd(20.51,424.8,86.25,0.48000000000000004)}
{pt3dadd(20.48,425.,86.25,0.48000000000000004)}
{pt3dadd(23.400000000000002,437.70000000000005,79.5,0.48000000000000004)}
{pt3dadd(23.06,443.8,79.5,0.48000000000000004)}
{pt3dadd(22.84,444.,79.5,0.48000000000000004)}
{pt3dadd(24.82,448.6,79.5,0.48000000000000004)}
{pt3dadd(24.79,448.8,79.5,0.48000000000000004)}
{pt3dadd(23.7,452.40000000000003,79.75,0.48000000000000004)}
{pt3dadd(24.330000000000002,454.20000000000005,80.25,0.48000000000000004)}
{pt3dadd(24.1,454.40000000000003,80.25,0.48000000000000004)}
{pt3dadd(22.22,457.5,80.25,0.48000000000000004)}
{pt3dadd(23.77,462.3,80.25,0.48000000000000004)}
{pt3dadd(23.5,462.70000000000005,80.25,0.48000000000000004)}
{pt3dadd(20.38,475.90000000000003,80.,0.48000000000000004)}
{pt3dadd(20.16,475.90000000000003,80.,0.48000000000000004)}
{pt3dadd(19.92,476.,80.25,0.48000000000000004)}

{apical_dendrite[37.] connect apical_dendrite[43.](0), 1}
{access apical_dendrite[43.]}
{pt3dclear()}
{pt3dadd(-20.32,131.,22.25,1.12)}
{pt3dadd(-18.21,135.1,14.5,0.8)}
{pt3dadd(-17.57,137.5,14.5,0.8)}
{pt3dadd(-17.57,137.70000000000002,14.5,0.8)}
{pt3dadd(-21.17,142.3,27.75,0.8)}
{pt3dadd(-19.27,149.70000000000002,27.75,0.8)}
{pt3dadd(-22.45,153.8,27.75,0.8)}
{pt3dadd(-22.86,160.10000000000002,27.75,0.8)}
{pt3dadd(-22.86,160.3,27.75,0.8)}
{pt3dadd(-20.54,161.4,33.25,0.8)}
{pt3dadd(-20.54,161.20000000000002,33.25,0.8)}
{pt3dadd(-21.39,168.4,33.25,0.8)}
{pt3dadd(-22.240000000000002,171.4,32.5,0.8)}
{pt3dadd(-16.94,175.10000000000002,21.,0.8)}
{pt3dadd(-15.24,180.3,36.25,0.8)}
{pt3dadd(-15.46,180.3,36.25,0.8)}
{pt3dadd(-12.91,181.,38.,0.48000000000000004)}
{pt3dadd(-12.280000000000001,184.9,38.,0.48000000000000004)}
{pt3dadd(-12.280000000000001,185.10000000000002,38.,0.48000000000000004)}
{pt3dadd(-9.111,185.3,38.,0.48000000000000004)}
{pt3dadd(-9.111,185.60000000000002,38.,0.48000000000000004)}
{pt3dadd(-6.1450000000000005,190.60000000000002,26.,0.48000000000000004)}
{pt3dadd(-2.753,195.8,26.25,0.48000000000000004)}
{pt3dadd(-2.966,195.8,26.25,0.48000000000000004)}
{pt3dadd(-2.54,196.5,26.,0.48000000000000004)}

{apical_dendrite[43.] connect apical_dendrite[44.](0), 1}
{access apical_dendrite[44.]}
{pt3dclear()}
{pt3dadd(-2.54,196.5,26.,0.48000000000000004)}
{pt3dadd(2.328,203.,29.,0.48000000000000004)}
{pt3dadd(3.1790000000000003,211.70000000000002,31.5,0.48000000000000004)}
{pt3dadd(5.932,216.5,31.5,0.48000000000000004)}
{pt3dadd(5.932,216.70000000000002,31.5,0.48000000000000004)}
{pt3dadd(4.229,219.70000000000002,31.5,0.48000000000000004)}
{pt3dadd(8.259,224.10000000000002,31.5,0.48000000000000004)}
{pt3dadd(6.7700000000000005,226.20000000000002,31.5,0.48000000000000004)}
{pt3dadd(8.047,230.8,31.5,0.48000000000000004)}

{apical_dendrite[44.] connect apical_dendrite[45.](0), 1}
{access apical_dendrite[45.]}
{pt3dclear()}
{pt3dadd(8.047,230.8,31.5,0.48000000000000004)}
{pt3dadd(8.233,230.8,27.5,0.48000000000000004)}
{pt3dadd(8.326,233.4,25.,0.48000000000000004)}
{pt3dadd(7.315,238.10000000000002,21.,0.48000000000000004)}
{pt3dadd(5.413,246.60000000000002,40.,0.48000000000000004)}
{pt3dadd(3.391,256.,48.25,0.48000000000000004)}
{pt3dadd(2.221,265.5,25.75,0.48000000000000004)}
{pt3dadd(2.195,265.7,25.75,0.48000000000000004)}
{pt3dadd(1.383,274.,50.25,0.48000000000000004)}
{pt3dadd(-0.10600000000000001,286.1,36.25,0.48000000000000004)}
{pt3dadd(-0.638,286.90000000000003,39.75,0.48000000000000004)}

{apical_dendrite[44.] connect apical_dendrite[46.](0), 1}
{access apical_dendrite[46.]}
{pt3dclear()}
{pt3dadd(8.047,230.8,31.5,0.48000000000000004)}
{pt3dadd(8.047,231.,31.5,0.48000000000000004)}
{pt3dadd(6.7700000000000005,233.4,31.25,0.48000000000000004)}
{pt3dadd(6.7700000000000005,233.70000000000002,31.25,0.48000000000000004)}
{pt3dadd(8.898,243.20000000000002,32.25,0.48000000000000004)}
{pt3dadd(6.9830000000000005,251.70000000000002,29.75,0.48000000000000004)}
{pt3dadd(8.259,260.,29.75,0.48000000000000004)}
{pt3dadd(8.259,260.2,29.75,0.48000000000000004)}
{pt3dadd(7.8340000000000005,265.40000000000003,29.75,0.48000000000000004)}
{pt3dadd(10.370000000000001,266.1,29.75,0.48000000000000004)}
{pt3dadd(11.01,269.3,29.75,0.48000000000000004)}
{pt3dadd(9.111,272.2,29.75,0.48000000000000004)}
{pt3dadd(11.01,283.7,36.5,0.48000000000000004)}
{pt3dadd(9.736,290.40000000000003,33.,0.48000000000000004)}
{pt3dadd(9.523,290.40000000000003,33.,0.48000000000000004)}
{pt3dadd(7.621,298.5,32.,0.48000000000000004)}
{pt3dadd(7.621,298.7,31.75,0.48000000000000004)}
{pt3dadd(8.259,308.5,22.,0.48000000000000004)}
{pt3dadd(8.472,308.90000000000003,22.25,0.48000000000000004)}

{apical_dendrite[43.] connect apical_dendrite[47.](0), 1}
{access apical_dendrite[47.]}
{pt3dclear()}
{pt3dadd(-2.54,196.5,26.,0.48000000000000004)}
{pt3dadd(-1.064,199.70000000000002,11.,0.48000000000000004)}
{pt3dadd(-3.391,200.60000000000002,11.,0.48000000000000004)}
{pt3dadd(-3.604,200.8,11.,0.48000000000000004)}
{pt3dadd(-4.868,202.5,11.,0.48000000000000004)}
{pt3dadd(-5.081,202.5,11.,0.48000000000000004)}
{pt3dadd(-4.229,206.20000000000002,11.,0.48000000000000004)}
{pt3dadd(-4.229,206.5,11.,0.48000000000000004)}
{pt3dadd(-8.047,208.,8.,0.48000000000000004)}
{pt3dadd(-7.195,210.60000000000002,21.25,0.48000000000000004)}
{pt3dadd(-7.408,210.60000000000002,21.25,0.48000000000000004)}
{pt3dadd(-9.111,214.3,30.,0.48000000000000004)}
{pt3dadd(-9.323,214.3,30.,0.48000000000000004)}
{pt3dadd(-12.280000000000001,216.70000000000002,26.,0.48000000000000004)}
{pt3dadd(-12.700000000000001,216.70000000000002,29.5,0.48000000000000004)}

{apical_dendrite[47.] connect apical_dendrite[48.](0), 1}
{access apical_dendrite[48.]}
{pt3dclear()}
{pt3dadd(-12.700000000000001,216.70000000000002,29.5,0.48000000000000004)}
{pt3dadd(-14.620000000000001,221.9,18.,0.48000000000000004)}
{pt3dadd(-12.49,231.,31.,0.48000000000000004)}
{pt3dadd(-10.8,239.10000000000002,16.75,0.48000000000000004)}
{pt3dadd(-10.59,243.,16.75,0.48000000000000004)}
{pt3dadd(-10.59,243.20000000000002,16.75,0.48000000000000004)}
{pt3dadd(-9.736,245.8,16.75,0.48000000000000004)}
{pt3dadd(-9.736,246.10000000000002,16.75,0.48000000000000004)}
{pt3dadd(-10.8,251.10000000000002,22.,0.48000000000000004)}
{pt3dadd(-10.8,251.3,22.,0.48000000000000004)}
{pt3dadd(-8.047,257.6,21.5,0.48000000000000004)}
{pt3dadd(-8.047,257.8,21.5,0.48000000000000004)}
{pt3dadd(-7.195,262.8,14.,0.48000000000000004)}
{pt3dadd(-4.868,267.2,28.,0.48000000000000004)}
{pt3dadd(-3.604,271.90000000000003,28.,0.48000000000000004)}
{pt3dadd(-1.9020000000000001,273.,28.,0.48000000000000004)}
{pt3dadd(-2.328,275.40000000000003,28.,0.48000000000000004)}
{pt3dadd(-2.328,275.6,28.,0.48000000000000004)}
{pt3dadd(-0.21300000000000002,278.2,28.,0.48000000000000004)}
{pt3dadd(-0.42600000000000005,283.5,28.,0.48000000000000004)}
{pt3dadd(-0.21300000000000002,283.7,28.,0.48000000000000004)}
{pt3dadd(-0.21300000000000002,287.6,29.25,0.48000000000000004)}
{pt3dadd(-0.21300000000000002,287.8,29.25,0.48000000000000004)}
{pt3dadd(2.115,290.2,29.25,0.48000000000000004)}
{pt3dadd(3.391,301.7,17.5,0.48000000000000004)}
{pt3dadd(3.1790000000000003,307.,24.25,0.48000000000000004)}
{pt3dadd(2.753,309.8,24.25,0.48000000000000004)}
{pt3dadd(2.54,309.8,24.25,0.48000000000000004)}
{pt3dadd(0.8510000000000001,314.40000000000003,19.25,0.48000000000000004)}
{pt3dadd(0.638,315.,19.,0.48000000000000004)}
{pt3dadd(0.638,315.20000000000005,19.,0.48000000000000004)}
{pt3dadd(0.,328.3,14.5,0.48000000000000004)}
{pt3dadd(-1.064,337.40000000000003,14.5,0.48000000000000004)}
{pt3dadd(-2.54,340.3,15.5,0.48000000000000004)}
{pt3dadd(-2.54,340.5,15.5,0.48000000000000004)}

{apical_dendrite[47.] connect apical_dendrite[49.](0), 1}
{access apical_dendrite[49.]}
{pt3dclear()}
{pt3dadd(-12.700000000000001,216.70000000000002,29.5,0.48000000000000004)}
{pt3dadd(-14.4,217.10000000000002,22.75,0.48000000000000004)}
{pt3dadd(-14.620000000000001,217.10000000000002,22.25,0.48000000000000004)}

{apical_dendrite[36.] connect apical_dendrite[50.](0), 1}
{access apical_dendrite[50.]}
{pt3dclear()}
{pt3dadd(-19.06,57.22,9.25,3.02)}
{pt3dadd(-22.03,60.050000000000004,9.5,2.08)}
{pt3dadd(-23.93,63.1,9.5,2.08)}
{pt3dadd(-23.93,65.92,9.75,1.76)}
{pt3dadd(-23.71,68.53,9.75,1.76)}
{pt3dadd(-24.990000000000002,70.26,9.75,1.76)}
{pt3dadd(-31.12,71.79,9.75,1.76)}
{pt3dadd(-37.050000000000004,74.19,9.75,1.76)}
{pt3dadd(-45.74,82.02,27.,1.76)}
{pt3dadd(-50.18,86.14,27.,1.76)}
{pt3dadd(-50.18,86.37,27.,1.76)}
{pt3dadd(-51.03,99.21000000000001,27.,1.76)}
{pt3dadd(-50.61,99.64,27.5,1.76)}

{apical_dendrite[50.] connect apical_dendrite[51.](0), 1}
{access apical_dendrite[51.]}
{pt3dclear()}
{pt3dadd(-50.61,99.64,27.5,1.76)}
{pt3dadd(-46.160000000000004,102.30000000000001,36.5,1.12)}
{pt3dadd(-46.160000000000004,102.,35.75,1.12)}
{pt3dadd(-44.13,103.60000000000001,32.25,1.44)}
{pt3dadd(-43.01,106.4,41.75,1.44)}

{apical_dendrite[51.] connect apical_dendrite[52.](0), 1}
{access apical_dendrite[52.]}
{pt3dclear()}
{pt3dadd(-43.01,106.4,41.75,1.44)}
{pt3dadd(-43.35,106.30000000000001,38.75,0.8)}
{pt3dadd(-45.63,109.30000000000001,41.,1.12)}
{pt3dadd(-46.63,112.30000000000001,41.,1.12)}
{pt3dadd(-50.06,117.60000000000001,47.5,1.12)}
{pt3dadd(-50.35,118.2,44.25,1.12)}

{apical_dendrite[52.] connect apical_dendrite[53.](0), 1}
{access apical_dendrite[53.]}
{pt3dclear()}
{pt3dadd(-50.35,118.2,44.25,1.12)}
{pt3dadd(-51.42,119.30000000000001,40.75,1.12)}
{pt3dadd(-55.74,123.10000000000001,29.5,1.12)}
{pt3dadd(-63.410000000000004,124.80000000000001,33.,1.12)}
{pt3dadd(-64.47,126.4,33.25,1.12)}
{pt3dadd(-64.49,126.7,33.25,1.12)}
{pt3dadd(-64.52,126.9,28.5,1.12)}

{apical_dendrite[53.] connect apical_dendrite[54.](0), 1}
{access apical_dendrite[54.]}
{pt3dclear()}
{pt3dadd(-64.52,126.9,28.5,1.12)}
{pt3dadd(-64.52,126.9,27.75,1.12)}
{pt3dadd(-63.95,129.1,45.,0.8)}
{pt3dadd(-65.05,129.4,37.,0.48000000000000004)}
{pt3dadd(-67.66,129.8,45.75,0.48000000000000004)}
{pt3dadd(-67.87,129.8,45.75,0.48000000000000004)}
{pt3dadd(-69.89,130.6,45.75,0.48000000000000004)}
{pt3dadd(-69.92,130.8,45.75,0.48000000000000004)}
{pt3dadd(-73.07000000000001,132.20000000000002,45.75,0.48000000000000004)}
{pt3dadd(-73.86,129.9,45.75,0.48000000000000004)}
{pt3dadd(-74.07000000000001,129.9,45.75,0.48000000000000004)}
{pt3dadd(-76.7,133.9,49.,0.48000000000000004)}
{pt3dadd(-76.91,133.9,49.,0.48000000000000004)}
{pt3dadd(-79.45,133.8,33.,0.48000000000000004)}
{pt3dadd(-81.96000000000001,133.3,31.25,0.48000000000000004)}
{pt3dadd(-83.09,133.8,31.25,0.48000000000000004)}
{pt3dadd(-83.3,133.8,31.25,0.48000000000000004)}
{pt3dadd(-87.39,135.9,31.25,0.48000000000000004)}
{pt3dadd(-87.61,135.9,31.25,0.48000000000000004)}
{pt3dadd(-87.93,138.5,22.5,0.48000000000000004)}
{pt3dadd(-87.95,138.70000000000002,24.5,0.48000000000000004)}
{pt3dadd(-88.78,140.1,23.75,0.48000000000000004)}
{pt3dadd(-89.04,140.5,23.75,0.48000000000000004)}
{pt3dadd(-91.9,143.,23.75,0.48000000000000004)}
{pt3dadd(-94.42,146.,26.,0.48000000000000004)}
{pt3dadd(-94.42,146.,25.75,0.48000000000000004)}

{apical_dendrite[53.] connect apical_dendrite[55.](0), 1}
{access apical_dendrite[55.]}
{pt3dclear()}
{pt3dadd(-64.52,126.9,28.5,1.12)}
{pt3dadd(-68.28,127.9,42.,0.48000000000000004)}
{pt3dadd(-71.62,129.1,42.,0.48000000000000004)}
{pt3dadd(-71.65,129.3,42.,0.48000000000000004)}
{pt3dadd(-75.37,126.60000000000001,44.75,0.48000000000000004)}
{pt3dadd(-82.47,132.3,34.25,0.48000000000000004)}
{pt3dadd(-88.59,130.,34.,0.48000000000000004)}
{pt3dadd(-95.41,133.4,49.25,0.48000000000000004)}
{pt3dadd(-95.61,133.3,49.25,0.48000000000000004)}
{pt3dadd(-98.9,132.3,49.25,0.48000000000000004)}
{pt3dadd(-101.5,134.4,49.25,0.48000000000000004)}
{pt3dadd(-103.60000000000001,132.3,49.25,0.48000000000000004)}
{pt3dadd(-109.80000000000001,136.20000000000002,39.,0.48000000000000004)}
{pt3dadd(-110.,136.20000000000002,39.,0.48000000000000004)}
{pt3dadd(-119.,137.9,38.5,0.48000000000000004)}
{pt3dadd(-121.,134.8,38.5,0.48000000000000004)}
{pt3dadd(-124.7,137.,38.5,0.48000000000000004)}
{pt3dadd(-128.1,135.70000000000002,38.,0.48000000000000004)}
{pt3dadd(-128.3,135.6,38.,0.48000000000000004)}
{pt3dadd(-128.1,138.5,38.,0.48000000000000004)}
{pt3dadd(-128.1,138.70000000000002,38.75,0.48000000000000004)}
{pt3dadd(-135.5,138.70000000000002,30.25,0.48000000000000004)}
{pt3dadd(-135.8,138.9,30.25,0.48000000000000004)}
{pt3dadd(-138.6,142.9,30.,0.48000000000000004)}
{pt3dadd(-138.9,143.1,29.5,0.48000000000000004)}
{pt3dadd(-144.70000000000002,143.9,36.75,0.48000000000000004)}
{pt3dadd(-144.9,143.9,37.,0.48000000000000004)}
{pt3dadd(-147.20000000000002,144.9,38.25,0.48000000000000004)}
{pt3dadd(-151.5,141.8,24.25,0.48000000000000004)}
{pt3dadd(-153.4,144.8,38.5,0.48000000000000004)}
{pt3dadd(-161.60000000000002,147.70000000000002,23.25,0.48000000000000004)}
{pt3dadd(-161.8,147.70000000000002,23.25,0.48000000000000004)}
{pt3dadd(-165.5,154.70000000000002,23.25,0.48000000000000004)}
{pt3dadd(-173.70000000000002,159.4,29.,0.48000000000000004)}
{pt3dadd(-174.4,159.3,23.,0.48000000000000004)}

{apical_dendrite[52.] connect apical_dendrite[56.](0), 1}
{access apical_dendrite[56.]}
{pt3dclear()}
{pt3dadd(-50.35,118.2,44.25,1.12)}
{pt3dadd(-51.050000000000004,122.,45.5,1.12)}
{pt3dadd(-52.6,124.30000000000001,46.25,1.12)}
{pt3dadd(-52.84,124.4,46.25,1.12)}
{pt3dadd(-57.120000000000005,138.4,42.,1.12)}
{pt3dadd(-59.050000000000004,141.9,42.5,1.12)}
{pt3dadd(-58.97,141.20000000000002,43.,1.12)}

{apical_dendrite[56.] connect apical_dendrite[57.](0), 1}
{access apical_dendrite[57.]}
{pt3dclear()}
{pt3dadd(-58.97,141.20000000000002,43.,1.12)}
{pt3dadd(-59.17,141.20000000000002,43.,1.12)}
{pt3dadd(-60.64,149.6,41.5,1.12)}
{pt3dadd(-63.99,157.70000000000002,41.75,1.12)}
{pt3dadd(-66.69,162.20000000000002,48.5,1.12)}
{pt3dadd(-66.5,162.4,48.75,1.12)}
{pt3dadd(-69.93,169.5,32.75,1.12)}
{pt3dadd(-72.75,176.8,32.75,1.12)}
{pt3dadd(-78.54,189.,30.75,1.12)}
{pt3dadd(-84.92,202.70000000000002,31.,1.12)}
{pt3dadd(-86.17,207.60000000000002,31.,1.12)}
{pt3dadd(-87.14,206.8,32.,1.12)}

{apical_dendrite[57.] connect apical_dendrite[58.](0), 1}
{access apical_dendrite[58.]}
{pt3dclear()}
{pt3dadd(-87.14,206.8,32.,1.12)}
{pt3dadd(-90.28,207.9,42.5,0.8)}
{pt3dadd(-90.31,208.10000000000002,42.5,0.8)}
{pt3dadd(-95.43,215.,29.5,0.8)}
{pt3dadd(-103.60000000000001,217.20000000000002,40.75,0.8)}
{pt3dadd(-107.,218.60000000000002,38.25,0.8)}
{pt3dadd(-110.9,217.70000000000002,25.5,0.8)}
{pt3dadd(-118.,220.10000000000002,25.25,0.8)}
{pt3dadd(-118.2,220.,25.25,0.8)}
{pt3dadd(-118.9,220.20000000000002,49.5,0.8)}

{apical_dendrite[58.] connect apical_dendrite[59.](0), 1}
{access apical_dendrite[59.]}
{pt3dclear()}
{pt3dadd(-118.9,220.20000000000002,49.5,0.8)}
{pt3dadd(-118.9,220.4,49.5,0.8)}
{pt3dadd(-125.60000000000001,220.4,49.5,0.48000000000000004)}
{pt3dadd(-132.,222.70000000000002,49.5,0.48000000000000004)}
{pt3dadd(-132.,222.9,49.5,0.48000000000000004)}
{pt3dadd(-136.9,224.5,44.,0.48000000000000004)}
{pt3dadd(-147.6,228.,45.,0.48000000000000004)}
{pt3dadd(-157.,229.9,43.75,0.48000000000000004)}
{pt3dadd(-157.4,229.9,43.75,0.48000000000000004)}

{apical_dendrite[58.] connect apical_dendrite[60.](0), 1}
{access apical_dendrite[60.]}
{pt3dclear()}
{pt3dadd(-118.9,220.20000000000002,49.5,0.8)}
{pt3dadd(-126.4,222.5,46.5,0.48000000000000004)}
{pt3dadd(-126.5,222.70000000000002,46.5,0.48000000000000004)}
{pt3dadd(-131.70000000000002,227.10000000000002,46.5,0.48000000000000004)}
{pt3dadd(-131.70000000000002,227.4,46.5,0.48000000000000004)}
{pt3dadd(-138.3,235.3,43.75,0.48000000000000004)}
{pt3dadd(-138.5,235.3,43.75,0.48000000000000004)}
{pt3dadd(-145.3,243.70000000000002,41.25,0.48000000000000004)}
{pt3dadd(-145.5,243.60000000000002,41.25,0.48000000000000004)}
{pt3dadd(-145.70000000000002,243.8,41.,0.48000000000000004)}

{apical_dendrite[57.] connect apical_dendrite[61.](0), 1}
{access apical_dendrite[61.]}
{pt3dclear()}
{pt3dadd(-87.14,206.8,32.,1.12)}
{pt3dadd(-87.49,219.9,32.,1.12)}
{pt3dadd(-87.51,220.10000000000002,32.,1.12)}
{pt3dadd(-87.38,220.8,32.,1.12)}

{apical_dendrite[61.] connect apical_dendrite[62.](0), 1}
{access apical_dendrite[62.]}
{pt3dclear()}
{pt3dadd(-87.38,220.8,32.,1.12)}
{pt3dadd(-87.57000000000001,220.60000000000002,32.,1.12)}
{pt3dadd(-84.23,238.5,32.,1.12)}
{pt3dadd(-84.26,238.70000000000002,32.,1.12)}
{pt3dadd(-82.18,247.70000000000002,32.,1.44)}
{pt3dadd(-81.75,258.1,32.,1.44)}
{pt3dadd(-82.05,258.7,32.,1.44)}

{apical_dendrite[62.] connect apical_dendrite[63.](0), 1}
{access apical_dendrite[63.]}
{pt3dclear()}
{pt3dadd(-82.05,258.7,32.,1.44)}
{pt3dadd(-82.26,258.7,32.,1.44)}
{pt3dadd(-78.72,264.6,32.,1.12)}
{pt3dadd(-78.71000000000001,269.7,32.,1.12)}
{pt3dadd(-78.74,269.90000000000003,32.,1.12)}
{pt3dadd(-75.96000000000001,275.,32.,1.12)}
{pt3dadd(-73.24,282.40000000000003,32.,1.12)}
{pt3dadd(-69.59,296.,32.25,1.12)}
{pt3dadd(-73.04,301.5,32.25,1.12)}
{pt3dadd(-73.28,301.7,32.25,1.12)}
{pt3dadd(-68.97,313.40000000000003,32.25,1.12)}
{pt3dadd(-69.,313.6,32.25,1.12)}
{pt3dadd(-65.77,315.1,32.5,1.12)}
{pt3dadd(-65.98,316.8,32.75,1.12)}
{pt3dadd(-65.77,316.8,32.75,1.12)}
{pt3dadd(-59.88,324.40000000000003,32.75,1.12)}
{pt3dadd(-59.9,324.6,32.75,1.12)}
{pt3dadd(-62.22,329.6,32.75,1.12)}
{pt3dadd(-62.24,329.8,32.75,1.12)}
{pt3dadd(-58.71,340.70000000000005,32.75,1.12)}
{pt3dadd(-58.730000000000004,341.,32.75,1.12)}
{pt3dadd(-56.34,342.40000000000003,32.75,1.12)}
{pt3dadd(-56.370000000000005,342.6,32.75,1.12)}
{pt3dadd(-57.46,346.20000000000005,32.75,1.12)}
{pt3dadd(-54.94,353.5,32.75,1.12)}
{pt3dadd(-58.03,359.5,43.5,1.12)}
{pt3dadd(-58.24,359.40000000000003,43.5,1.12)}
{pt3dadd(-57.67,361.70000000000005,43.5,1.12)}
{pt3dadd(-57.160000000000004,362.90000000000003,39.25,1.12)}

{apical_dendrite[63.] connect apical_dendrite[64.](0), 1}
{access apical_dendrite[64.]}
{pt3dclear()}
{pt3dadd(-57.160000000000004,362.90000000000003,39.25,1.12)}
{pt3dadd(-57.160000000000004,362.90000000000003,39.5,1.12)}
{pt3dadd(-60.910000000000004,367.20000000000005,34.75,1.12)}
{pt3dadd(-60.97,367.6,34.75,1.12)}
{pt3dadd(-59.32,371.6,35.,1.12)}
{pt3dadd(-59.35,371.8,35.,1.12)}
{pt3dadd(-57.4,373.3,35.,1.12)}
{pt3dadd(-57.19,373.40000000000003,35.5,1.12)}
{pt3dadd(-56.45,381.1,46.5,1.12)}
{pt3dadd(-56.92,383.3,46.25,1.12)}
{pt3dadd(-56.980000000000004,383.70000000000005,46.25,1.12)}
{pt3dadd(-56.79,383.90000000000003,46.25,1.12)}
{pt3dadd(-55.81,389.8,33.,1.12)}
{pt3dadd(-58.550000000000004,394.70000000000005,36.5,1.12)}
{pt3dadd(-58.730000000000004,394.40000000000003,36.5,1.12)}
{pt3dadd(-58.27,399.3,37.25,1.12)}
{pt3dadd(-58.72,401.20000000000005,38.25,1.12)}
{pt3dadd(-55.81,403.6,25.75,1.12)}
{pt3dadd(-56.74,405.90000000000003,25.,1.12)}
{pt3dadd(-56.980000000000004,406.1,25.,1.12)}
{pt3dadd(-54.96,408.70000000000005,25.,1.12)}
{pt3dadd(-54.980000000000004,408.90000000000003,25.,1.12)}
{pt3dadd(-57.47,408.40000000000003,27.25,1.12)}
{pt3dadd(-56.9,410.70000000000005,36.5,1.12)}
{pt3dadd(-56.730000000000004,410.90000000000003,36.5,1.12)}
{pt3dadd(-55.17,414.,43.,1.12)}
{pt3dadd(-56.65,415.5,26.25,1.12)}
{pt3dadd(-56.67,415.70000000000005,26.25,1.12)}
{pt3dadd(-55.980000000000004,422.20000000000005,40.,1.12)}
{pt3dadd(-58.35,422.3,26.5,1.12)}
{pt3dadd(-58.59,422.5,26.5,1.12)}
{pt3dadd(-59.24,424.40000000000003,26.5,1.12)}
{pt3dadd(-59.27,424.6,26.5,1.12)}
{pt3dadd(-61.25,426.8,25.5,1.12)}
{pt3dadd(-61.27,427.,25.5,1.12)}
{pt3dadd(-61.230000000000004,431.8,20.75,1.12)}
{pt3dadd(-61.26,432.1,20.5,1.12)}
{pt3dadd(-64.09,434.3,20.5,1.12)}
{pt3dadd(-64.15,434.8,20.5,1.12)}
{pt3dadd(-62.59,439.3,20.5,1.12)}
{pt3dadd(-62.620000000000005,439.6,20.5,1.12)}
{pt3dadd(-62.43,439.8,20.,1.12)}

{apical_dendrite[63.] connect apical_dendrite[65.](0), 1}
{access apical_dendrite[65.]}
{pt3dclear()}
{pt3dadd(-57.160000000000004,362.90000000000003,39.25,1.12)}
{pt3dadd(-55.94,369.20000000000005,38.,0.8)}
{pt3dadd(-54.21,372.5,38.,0.8)}
{pt3dadd(-53.36,377.70000000000005,38.,0.8)}
{pt3dadd(-54.32,380.20000000000005,38.,0.8)}
{pt3dadd(-51.88,388.1,42.75,0.8)}
{pt3dadd(-52.03,398.,26.,0.8)}
{pt3dadd(-52.24,397.90000000000003,25.5,0.8)}
{pt3dadd(-53.230000000000004,402.40000000000003,40.5,0.8)}
{pt3dadd(-52.800000000000004,412.8,27.,0.8)}
{pt3dadd(-53.01,412.8,26.75,0.8)}
{pt3dadd(-53.65,416.20000000000005,26.75,0.8)}
{pt3dadd(-52.24,420.3,27.,0.8)}
{pt3dadd(-52.910000000000004,424.,28.5,0.8)}
{pt3dadd(-51.78,426.90000000000003,48.75,0.8)}
{pt3dadd(-51.800000000000004,427.20000000000005,48.75,0.8)}
{pt3dadd(-51.46,438.20000000000005,31.,0.8)}
{pt3dadd(-50.63,443.5,31.25,0.8)}
{pt3dadd(-50.95,447.90000000000003,31.25,0.8)}
{pt3dadd(-50.78,448.1,31.25,0.8)}
{pt3dadd(-45.83,456.40000000000003,37.,0.8)}
{pt3dadd(-44.58,455.,36.75,0.8)}
{pt3dadd(-44.410000000000004,455.3,36.75,0.8)}
{pt3dadd(-42.63,458.1,36.75,0.8)}
{pt3dadd(-41.79,458.20000000000005,36.75,0.8)}
{pt3dadd(-41.39,458.5,36.75,0.8)}
{pt3dadd(-35.9,469.3,36.75,0.8)}
{pt3dadd(-35.92,469.5,36.75,0.8)}
{pt3dadd(-35.64,474.1,36.75,0.8)}
{pt3dadd(-35.43,474.1,36.75,0.8)}
{pt3dadd(-34.06,475.20000000000005,36.75,0.8)}
{pt3dadd(-33.89,475.40000000000003,36.75,0.8)}
{pt3dadd(-29.75,483.40000000000003,36.75,0.8)}
{pt3dadd(-29.54,483.40000000000003,36.75,0.8)}
{pt3dadd(-26.28,484.70000000000005,36.75,0.8)}
{pt3dadd(-26.07,484.70000000000005,36.75,0.8)}
{pt3dadd(-23.57,492.,37.,0.8)}
{pt3dadd(-23.62,492.5,37.25,0.8)}

{apical_dendrite[62.] connect apical_dendrite[66.](0), 1}
{access apical_dendrite[66.]}
{pt3dclear()}
{pt3dadd(-82.05,258.7,32.,1.44)}
{pt3dadd(-87.78,261.90000000000003,47.5,0.8)}
{pt3dadd(-85.68,265.7,48.25,0.8)}
{pt3dadd(-85.71000000000001,265.90000000000003,48.25,0.8)}
{pt3dadd(-93.13,272.40000000000003,34.,0.8)}
{pt3dadd(-93.15,272.6,34.,0.8)}
{pt3dadd(-92.41,278.6,42.25,0.8)}
{pt3dadd(-92.44,278.8,41.5,0.8)}
{pt3dadd(-97.99000000000001,282.3,39.,0.8)}
{pt3dadd(-98.98,288.6,39.,0.8)}
{pt3dadd(-110.30000000000001,299.40000000000003,32.,0.8)}
{pt3dadd(-111.4,304.8,32.,0.8)}
{pt3dadd(-111.7,305.2,32.,0.8)}
{pt3dadd(-114.60000000000001,307.70000000000005,25.75,0.8)}
{pt3dadd(-114.9,312.,25.5,0.8)}
{pt3dadd(-117.4,313.70000000000005,25.,0.8)}
{pt3dadd(-117.7,318.90000000000003,25.,0.8)}
{pt3dadd(-117.7,319.1,25.,0.8)}
{pt3dadd(-121.,323.1,25.,0.8)}
{pt3dadd(-124.4,325.1,47.75,0.8)}
{pt3dadd(-124.5,325.5,47.5,0.8)}
{pt3dadd(-124.7,332.70000000000005,40.75,0.8)}
{pt3dadd(-128.,336.90000000000003,40.25,0.8)}
{pt3dadd(-128.,337.1,40.25,0.8)}
{pt3dadd(-129.3,337.20000000000005,37.,0.8)}
{pt3dadd(-129.3,337.40000000000003,37.,0.8)}
{pt3dadd(-129.70000000000002,343.70000000000005,36.75,0.8)}
{pt3dadd(-129.70000000000002,343.90000000000003,36.75,0.8)}
{pt3dadd(-135.1,350.90000000000003,32.5,0.8)}
{pt3dadd(-134.3,358.1,32.,0.8)}
{pt3dadd(-137.4,366.,32.,0.8)}
{pt3dadd(-137.6,366.20000000000005,32.,0.8)}
{pt3dadd(-135.9,376.70000000000005,32.,0.8)}
{pt3dadd(-133.6,378.3,32.,0.8)}
{pt3dadd(-133.6,378.70000000000005,32.,0.8)}
{pt3dadd(-133.8,383.5,33.75,0.8)}
{pt3dadd(-131.4,386.90000000000003,36.,0.8)}
{pt3dadd(-131.4,387.1,35.75,0.8)}
{pt3dadd(-134.5,396.6,35.25,0.8)}
{pt3dadd(-134.5,396.40000000000003,35.25,0.8)}
{pt3dadd(-134.5,401.40000000000003,35.25,0.8)}
{pt3dadd(-134.4,402.1,35.25,0.8)}
{pt3dadd(-136.4,404.5,27.,0.8)}
{pt3dadd(-136.6,404.5,27.,0.8)}
{pt3dadd(-136.6,404.70000000000005,27.,0.8)}

{apical_dendrite[66.] connect apical_dendrite[67.](0), 1}
{access apical_dendrite[67.]}
{pt3dclear()}
{pt3dadd(-136.6,404.70000000000005,27.,0.8)}
{pt3dadd(-140.9,410.3,26.75,0.48000000000000004)}
{pt3dadd(-141.1,410.3,26.75,0.48000000000000004)}
{pt3dadd(-149.,418.3,24.75,0.48000000000000004)}
{pt3dadd(-153.3,423.90000000000003,25.75,0.48000000000000004)}
{pt3dadd(-153.5,423.90000000000003,25.75,0.48000000000000004)}
{pt3dadd(-154.,433.,34.25,0.48000000000000004)}
{pt3dadd(-157.10000000000002,441.20000000000005,33.5,0.48000000000000004)}
{pt3dadd(-157.20000000000002,441.40000000000003,33.5,0.48000000000000004)}
{pt3dadd(-161.60000000000002,453.1,33.5,0.48000000000000004)}
{pt3dadd(-160.70000000000002,457.6,33.,0.48000000000000004)}
{pt3dadd(-164.60000000000002,468.70000000000005,33.,0.48000000000000004)}
{pt3dadd(-166.3,480.6,33.5,0.48000000000000004)}
{pt3dadd(-166.3,480.8,33.5,0.48000000000000004)}
{pt3dadd(-166.20000000000002,483.40000000000003,33.5,0.48000000000000004)}
{pt3dadd(-165.8,483.5,33.5,0.48000000000000004)}

{apical_dendrite[66.] connect apical_dendrite[68.](0), 1}
{access apical_dendrite[68.]}
{pt3dclear()}
{pt3dadd(-136.6,404.70000000000005,27.,0.8)}
{pt3dadd(-134.4,406.5,27.5,0.48000000000000004)}
{pt3dadd(-137.20000000000002,410.1,23.5,0.48000000000000004)}
{pt3dadd(-137.4,411.6,23.5,0.48000000000000004)}
{pt3dadd(-137.4,411.8,23.5,0.48000000000000004)}
{pt3dadd(-136.1,413.1,23.5,0.48000000000000004)}
{pt3dadd(-136.1,413.3,23.5,0.48000000000000004)}
{pt3dadd(-137.3,414.5,23.5,0.48000000000000004)}
{pt3dadd(-135.,418.5,23.5,0.48000000000000004)}
{pt3dadd(-136.70000000000002,421.8,23.5,0.48000000000000004)}
{pt3dadd(-133.8,422.6,23.5,0.48000000000000004)}
{pt3dadd(-133.20000000000002,428.1,23.5,0.48000000000000004)}
{pt3dadd(-130.,431.1,24.5,0.48000000000000004)}
{pt3dadd(-130.,431.40000000000003,24.5,0.48000000000000004)}
{pt3dadd(-129.8,431.6,24.5,0.48000000000000004)}
{pt3dadd(-129.6,431.6,23.25,0.48000000000000004)}

{apical_dendrite[61.] connect apical_dendrite[69.](0), 1}
{access apical_dendrite[69.]}
{pt3dclear()}
{pt3dadd(-87.38,220.8,32.,1.12)}
{pt3dadd(-91.09,224.60000000000002,29.,0.48000000000000004)}
{pt3dadd(-91.33,224.8,29.,0.48000000000000004)}
{pt3dadd(-97.18,234.10000000000002,29.,0.48000000000000004)}
{pt3dadd(-105.30000000000001,241.4,29.,0.48000000000000004)}
{pt3dadd(-114.2,251.10000000000002,48.75,0.48000000000000004)}
{pt3dadd(-117.10000000000001,257.3,48.75,0.48000000000000004)}
{pt3dadd(-121.7,260.2,48.75,0.48000000000000004)}
{pt3dadd(-123.5,265.90000000000003,42.25,0.48000000000000004)}
{pt3dadd(-126.4,268.90000000000003,36.75,0.48000000000000004)}
{pt3dadd(-126.5,269.1,36.75,0.48000000000000004)}
{pt3dadd(-127.60000000000001,274.90000000000003,34.75,0.48000000000000004)}
{pt3dadd(-132.70000000000002,278.,40.25,0.48000000000000004)}
{pt3dadd(-132.70000000000002,278.2,40.25,0.48000000000000004)}
{pt3dadd(-134.6,284.5,26.5,0.48000000000000004)}
{pt3dadd(-134.6,284.7,26.25,0.48000000000000004)}
{pt3dadd(-137.,286.6,49.75,0.48000000000000004)}
{pt3dadd(-137.,286.8,49.5,0.48000000000000004)}
{pt3dadd(-137.,288.8,46.5,0.48000000000000004)}
{pt3dadd(-140.70000000000002,290.8,41.5,0.48000000000000004)}
{pt3dadd(-140.9,290.8,41.5,0.48000000000000004)}
{pt3dadd(-142.4,296.,48.5,0.48000000000000004)}
{pt3dadd(-142.4,296.3,48.25,0.48000000000000004)}
{pt3dadd(-147.6,303.3,37.,0.48000000000000004)}
{pt3dadd(-147.8,303.3,36.75,0.48000000000000004)}
{pt3dadd(-148.4,305.2,33.75,0.48000000000000004)}
{pt3dadd(-151.4,308.5,26.25,0.48000000000000004)}
{pt3dadd(-151.4,308.3,26.75,0.48000000000000004)}

{apical_dendrite[56.] connect apical_dendrite[70.](0), 1}
{access apical_dendrite[70.]}
{pt3dclear()}
{pt3dadd(-58.97,141.20000000000002,43.,1.12)}
{pt3dadd(-61.230000000000004,145.70000000000002,42.25,0.8)}
{pt3dadd(-69.31,150.6,28.,0.8)}
{pt3dadd(-69.52,150.6,28.,0.8)}
{pt3dadd(-75.44,155.3,28.75,0.8)}
{pt3dadd(-75.68,155.5,28.75,0.8)}
{pt3dadd(-75.9,159.,29.,0.8)}
{pt3dadd(-75.93,159.20000000000002,29.,0.8)}
{pt3dadd(-73.78,160.8,49.25,0.8)}
{pt3dadd(-75.2,163.70000000000002,44.25,0.8)}
{pt3dadd(-77.23,168.,38.,0.8)}
{pt3dadd(-75.77,173.5,34.5,0.8)}
{pt3dadd(-79.67,175.60000000000002,34.75,0.8)}
{pt3dadd(-79.69,175.8,34.75,0.8)}
{pt3dadd(-78.02,181.3,34.75,0.8)}
{pt3dadd(-84.28,188.9,33.5,0.8)}
{pt3dadd(-84.31,189.10000000000002,33.5,0.8)}
{pt3dadd(-86.4,190.4,33.,0.8)}
{pt3dadd(-86.42,190.60000000000002,33.,0.8)}
{pt3dadd(-93.86,202.4,33.25,0.8)}
{pt3dadd(-100.30000000000001,208.10000000000002,43.,0.8)}
{pt3dadd(-100.4,208.4,43.,0.8)}
{pt3dadd(-101.10000000000001,214.,39.5,0.8)}
{pt3dadd(-103.2,214.4,39.,0.8)}
{pt3dadd(-103.4,214.3,39.,0.8)}
{pt3dadd(-104.80000000000001,215.,37.5,0.8)}
{pt3dadd(-104.9,215.70000000000002,37.5,0.8)}
{pt3dadd(-104.,217.10000000000002,35.25,0.8)}
{pt3dadd(-104.2,217.10000000000002,35.25,0.8)}
{pt3dadd(-105.9,219.10000000000002,35.75,0.8)}
{pt3dadd(-105.7,219.10000000000002,35.75,0.8)}
{pt3dadd(-108.4,220.3,36.5,0.8)}
{pt3dadd(-109.2,222.60000000000002,37.,0.8)}
{pt3dadd(-109.4,222.60000000000002,37.,0.8)}
{pt3dadd(-113.30000000000001,223.20000000000002,39.75,0.8)}
{pt3dadd(-113.30000000000001,223.4,39.75,0.8)}
{pt3dadd(-115.5,225.8,23.5,0.8)}
{pt3dadd(-117.60000000000001,230.60000000000002,24.75,0.8)}
{pt3dadd(-120.10000000000001,231.8,28.25,0.8)}
{pt3dadd(-120.30000000000001,231.8,28.25,0.8)}
{pt3dadd(-126.60000000000001,239.10000000000002,28.5,0.8)}
{pt3dadd(-136.,246.3,-24.75,0.8)}
{pt3dadd(-144.1,256.90000000000003,-24.25,0.8)}
{pt3dadd(-144.4,257.1,-24.25,0.8)}
{pt3dadd(-145.1,257.40000000000003,-22.75,0.8)}

{apical_dendrite[51.] connect apical_dendrite[71.](0), 1}
{access apical_dendrite[71.]}
{pt3dclear()}
{pt3dadd(-43.01,106.4,41.75,1.44)}
{pt3dadd(-41.68,107.7,33.,1.44)}
{pt3dadd(-40.87,108.,39.75,1.44)}

{apical_dendrite[71.] connect apical_dendrite[72.](0), 1}
{access apical_dendrite[72.]}
{pt3dclear()}
{pt3dadd(-40.87,108.,39.75,1.44)}
{pt3dadd(-38.92,112.10000000000001,48.,0.48000000000000004)}
{pt3dadd(-43.07,115.9,33.25,0.48000000000000004)}
{pt3dadd(-47.,118.2,50.75,0.48000000000000004)}
{pt3dadd(-47.22,118.2,50.75,0.48000000000000004)}
{pt3dadd(-49.050000000000004,122.30000000000001,45.,0.48000000000000004)}
{pt3dadd(-48.88,122.60000000000001,45.,0.48000000000000004)}
{pt3dadd(-59.24,123.4,61.,0.48000000000000004)}
{pt3dadd(-57.79,125.30000000000001,62.,0.48000000000000004)}
{pt3dadd(-58.19,128.3,68.5,0.48000000000000004)}
{pt3dadd(-62.4,134.4,69.5,0.48000000000000004)}
{pt3dadd(-62.2,134.4,69.5,0.48000000000000004)}
{pt3dadd(-62.190000000000005,135.9,69.5,0.48000000000000004)}
{pt3dadd(-62.22,136.20000000000002,69.5,0.48000000000000004)}
{pt3dadd(-62.07,136.6,71.5,0.48000000000000004)}

{apical_dendrite[72.] connect apical_dendrite[73.](0), 1}
{access apical_dendrite[73.]}
{pt3dclear()}
{pt3dadd(-62.07,136.6,71.5,0.48000000000000004)}
{pt3dadd(-62.27,136.6,71.5,0.48000000000000004)}
{pt3dadd(-61.01,139.8,66.,0.8)}
{pt3dadd(-65.28,141.4,64.5,0.8)}
{pt3dadd(-63.14,144.6,68.75,0.8)}
{pt3dadd(-62.74,144.9,70.,0.8)}
{pt3dadd(-65.85,145.8,62.5,0.8)}
{pt3dadd(-66.06,145.70000000000002,63.75,0.8)}
{pt3dadd(-64.8,147.4,66.25,0.8)}
{pt3dadd(-65.01,147.4,66.25,0.8)}
{pt3dadd(-65.5,149.5,64.75,0.8)}
{pt3dadd(-65.36,150.,65.,0.8)}
{pt3dadd(-63.6,151.3,70.25,0.8)}
{pt3dadd(-63.81,151.3,70.25,0.8)}
{pt3dadd(-63.18,157.8,70.25,0.8)}
{pt3dadd(-63.22,158.,70.25,0.8)}
{pt3dadd(-64.85,165.4,86.75,0.8)}
{pt3dadd(-64.88,165.70000000000002,86.75,0.8)}
{pt3dadd(-63.49,166.5,73.5,0.8)}
{pt3dadd(-63.71,166.5,73.5,0.8)}
{pt3dadd(-65.12,177.,70.5,0.8)}
{pt3dadd(-65.14,177.20000000000002,70.5,0.8)}
{pt3dadd(-68.39,180.8,90.25,0.8)}
{pt3dadd(-68.42,181.,90.25,0.8)}
{pt3dadd(-66.53,187.60000000000002,90.25,0.8)}
{pt3dadd(-68.07000000000001,189.60000000000002,84.2,0.8)}
{pt3dadd(-67.05,191.5,83.95,0.8)}
{pt3dadd(-67.07000000000001,191.70000000000002,83.95,0.8)}
{pt3dadd(-67.87,194.4,85.45,0.8)}
{pt3dadd(-66.89,198.3,96.2,0.8)}
{pt3dadd(-66.94,198.70000000000002,96.7,0.8)}
{pt3dadd(-68.4,206.4,89.2,0.8)}
{pt3dadd(-69.85000000000001,214.10000000000002,104.2,0.8)}
{pt3dadd(-73.04,217.20000000000002,103.2,0.8)}
{pt3dadd(-73.07000000000001,217.4,103.2,0.8)}
{pt3dadd(-73.28,217.4,103.2,0.8)}
{pt3dadd(-70.5,220.60000000000002,103.2,0.8)}
{pt3dadd(-73.07000000000001,228.60000000000002,109.5,0.8)}
{pt3dadd(-73.04,228.4,109.5,0.8)}

{apical_dendrite[72.] connect apical_dendrite[74.](0), 1}
{access apical_dendrite[74.]}
{pt3dclear()}
{pt3dadd(-62.07,136.6,71.5,0.48000000000000004)}
{pt3dadd(-64.96000000000001,136.,60.,0.8)}
{pt3dadd(-70.21000000000001,138.5,56.75,0.8)}
{pt3dadd(-70.25,138.8,56.75,0.8)}
{pt3dadd(-72.17,137.20000000000002,77.5,0.8)}
{pt3dadd(-71.97,137.20000000000002,78.25,0.8)}
{pt3dadd(-79.27,142.4,79.75,0.8)}
{pt3dadd(-79.31,142.6,80.25,0.8)}
{pt3dadd(-80.93,146.8,85.,0.8)}
{pt3dadd(-81.14,146.8,85.,0.8)}
{pt3dadd(-84.31,146.5,85.5,0.8)}
{pt3dadd(-84.52,146.5,85.5,0.8)}
{pt3dadd(-84.55,146.70000000000002,86.,0.8)}
{pt3dadd(-84.79,146.9,86.,0.8)}
{pt3dadd(-84.83,147.1,86.25,0.8)}
{pt3dadd(-85.75,149.20000000000002,86.,0.8)}
{pt3dadd(-85.95,149.20000000000002,86.,0.8)}
{pt3dadd(-88.88,148.8,86.,0.8)}
{pt3dadd(-90.61,152.1,87.75,0.8)}
{pt3dadd(-90.73,156.20000000000002,88.25,0.8)}
{pt3dadd(-90.95,156.20000000000002,88.25,0.8)}
{pt3dadd(-90.97,156.4,88.25,0.8)}
{pt3dadd(-93.31,156.3,85.5,0.8)}
{pt3dadd(-93.53,156.3,85.5,0.8)}
{pt3dadd(-93.77,156.5,84.75,0.8)}
{pt3dadd(-96.09,157.9,95.5,0.8)}
{pt3dadd(-101.30000000000001,164.70000000000002,97.25,0.8)}
{pt3dadd(-102.4,168.10000000000002,97.5,0.8)}
{pt3dadd(-102.60000000000001,168.,97.5,0.8)}
{pt3dadd(-106.7,168.4,107.30000000000001,0.8)}
{pt3dadd(-116.10000000000001,173.70000000000002,107.5,0.8)}
{pt3dadd(-116.80000000000001,173.8,108.5,0.8)}

{apical_dendrite[71.] connect apical_dendrite[75.](0), 1}
{access apical_dendrite[75.]}
{pt3dclear()}
{pt3dadd(-40.87,108.,39.75,1.44)}
{pt3dadd(-39.25,108.7,33.5,1.44)}
{pt3dadd(-37.730000000000004,111.7,35.25,1.12)}
{pt3dadd(-37.480000000000004,116.2,45.5,1.12)}
{pt3dadd(-39.86,118.,45.,1.12)}
{pt3dadd(-43.36,118.7,44.,1.12)}
{pt3dadd(-40.77,123.2,54.5,1.12)}
{pt3dadd(-40.910000000000004,124.30000000000001,54.5,1.12)}

{apical_dendrite[75.] connect apical_dendrite[76.](0), 1}
{access apical_dendrite[76.]}
{pt3dclear()}
{pt3dadd(-40.910000000000004,124.30000000000001,54.5,1.12)}
{pt3dadd(-41.11,124.2,54.5,1.12)}
{pt3dadd(-45.97,136.5,51.75,1.12)}
{pt3dadd(-45.99,136.8,51.75,1.12)}
{pt3dadd(-47.65,146.,50.75,1.12)}
{pt3dadd(-45.410000000000004,151.5,48.,1.12)}
{pt3dadd(-44.36,151.70000000000002,48.,1.12)}

{apical_dendrite[76.] connect apical_dendrite[77.](0), 1}
{access apical_dendrite[77.]}
{pt3dclear()}
{pt3dadd(-44.36,151.70000000000002,48.,1.12)}
{pt3dadd(-41.9,157.3,63.25,0.8)}
{pt3dadd(-41.92,157.5,63.25,0.8)}
{pt3dadd(-38.29,159.10000000000002,63.25,0.8)}
{pt3dadd(-38.5,159.,63.25,0.8)}
{pt3dadd(-35.71,159.,63.25,0.8)}
{pt3dadd(-35.92,158.9,63.25,0.8)}
{pt3dadd(-35.9,163.60000000000002,63.25,0.8)}
{pt3dadd(-29.89,168.10000000000002,60.5,0.8)}
{pt3dadd(-29.91,168.3,60.5,0.8)}
{pt3dadd(-30.07,171.10000000000002,60.5,0.8)}
{pt3dadd(-30.310000000000002,171.3,60.5,0.8)}
{pt3dadd(-27.47,172.4,68.75,0.8)}
{pt3dadd(-26.91,174.60000000000002,68.75,0.8)}
{pt3dadd(-23.78,176.8,68.75,0.8)}
{pt3dadd(-23.2,178.9,68.75,0.8)}
{pt3dadd(-18.98,182.5,74.,0.8)}
{pt3dadd(-20.31,186.10000000000002,77.5,0.8)}
{pt3dadd(-17.89,190.3,77.,0.8)}
{pt3dadd(-17.93,190.5,77.,0.8)}
{pt3dadd(-16.66,190.70000000000002,66.5,0.8)}
{pt3dadd(-16.48,190.9,66.,0.8)}
{pt3dadd(-14.8,197.5,80.5,0.8)}
{pt3dadd(-14.83,197.8,80.5,0.8)}
{pt3dadd(-13.67,200.3,80.5,0.8)}
{pt3dadd(-14.22,204.4,80.5,0.8)}
{pt3dadd(-14.24,204.60000000000002,80.5,0.8)}
{pt3dadd(-12.02,207.10000000000002,83.5,0.8)}
{pt3dadd(-11.86,207.60000000000002,83.5,0.8)}
{pt3dadd(-12.42,210.20000000000002,83.5,0.8)}
{pt3dadd(-12.450000000000001,210.4,83.5,0.8)}
{pt3dadd(-8.924,220.70000000000002,95.,0.8)}
{pt3dadd(-8.924,220.70000000000002,95.25,0.8)}

{apical_dendrite[76.] connect apical_dendrite[78.](0), 1}
{access apical_dendrite[78.]}
{pt3dclear()}
{pt3dadd(-44.36,151.70000000000002,48.,1.12)}
{pt3dadd(-46.72,154.,64.45,0.8)}
{pt3dadd(-46.03,158.5,65.45,0.8)}
{pt3dadd(-46.07,158.70000000000002,65.45,0.8)}
{pt3dadd(-46.4,162.8,64.95,0.8)}
{pt3dadd(-46.43,163.10000000000002,64.95,0.8)}
{pt3dadd(-48.120000000000005,167.70000000000002,66.2,0.8)}
{pt3dadd(-47.93,167.9,66.2,0.8)}
{pt3dadd(-47.77,168.4,66.2,0.8)}
{pt3dadd(-47.,173.70000000000002,65.7,0.8)}
{pt3dadd(-48.11,178.9,65.7,0.48000000000000004)}
{pt3dadd(-48.75,188.4,70.45,0.48000000000000004)}
{pt3dadd(-48.96,188.4,70.45,0.48000000000000004)}
{pt3dadd(-46.6,196.4,70.45,0.48000000000000004)}
{pt3dadd(-46.64,196.60000000000002,70.45,0.48000000000000004)}
{pt3dadd(-45.78,201.3,70.45,0.48000000000000004)}
{pt3dadd(-45.81,201.60000000000002,70.45,0.48000000000000004)}
{pt3dadd(-47.04,204.5,70.45,0.48000000000000004)}
{pt3dadd(-47.07,204.70000000000002,70.45,0.48000000000000004)}
{pt3dadd(-44.32,209.70000000000002,70.45,0.48000000000000004)}
{pt3dadd(-45.87,214.9,77.95,0.48000000000000004)}
{pt3dadd(-49.25,222.60000000000002,79.45,0.48000000000000004)}
{pt3dadd(-48.27,228.,79.2,0.48000000000000004)}
{pt3dadd(-48.32,228.4,79.2,0.48000000000000004)}
{pt3dadd(-51.56,233.5,80.7,0.48000000000000004)}
{pt3dadd(-51.59,233.70000000000002,80.7,0.48000000000000004)}
{pt3dadd(-52.88,243.4,94.2,0.48000000000000004)}
{pt3dadd(-52.910000000000004,243.60000000000002,94.95,0.48000000000000004)}
{pt3dadd(-54.77,249.5,94.45,0.48000000000000004)}
{pt3dadd(-57.22,251.8,99.7,0.48000000000000004)}
{pt3dadd(-57.46,252.,99.7,0.48000000000000004)}
{pt3dadd(-57.7,252.20000000000002,99.7,0.48000000000000004)}
{pt3dadd(-57.9,252.20000000000002,100.2,0.48000000000000004)}

{apical_dendrite[75.] connect apical_dendrite[79.](0), 1}
{access apical_dendrite[79.]}
{pt3dclear()}
{pt3dadd(-40.910000000000004,124.30000000000001,54.5,1.12)}
{pt3dadd(-46.480000000000004,127.10000000000001,48.75,1.12)}
{pt3dadd(-45.18,130.1,58.75,1.12)}
{pt3dadd(-45.14,129.9,58.25,1.12)}
{pt3dadd(-46.26,135.,50.,1.12)}
{pt3dadd(-46.31,135.4,50.75,1.12)}
{pt3dadd(-47.45,140.8,69.5,1.12)}
{pt3dadd(-47.67,140.70000000000002,69.5,1.12)}
{pt3dadd(-50.71,142.70000000000002,69.5,0.8)}
{pt3dadd(-50.77,148.,69.5,0.8)}
{pt3dadd(-48.96,145.6,70.75,0.8)}
{pt3dadd(-54.07,147.1,73.75,0.8)}
{pt3dadd(-55.86,147.8,73.75,0.8)}
{pt3dadd(-53.36,151.4,86.,0.8)}
{pt3dadd(-54.370000000000005,152.6,83.95,0.8)}
{pt3dadd(-58.36,152.,84.2,0.8)}
{pt3dadd(-58.17,152.3,84.2,0.8)}
{pt3dadd(-53.28,155.60000000000002,94.2,0.8)}
{pt3dadd(-51.26,158.,94.45,0.8)}
{pt3dadd(-53.49,160.4,94.2,0.8)}
{pt3dadd(-53.52,160.60000000000002,94.2,0.8)}
{pt3dadd(-48.72,161.4,94.2,0.8)}
{pt3dadd(-48.51,161.5,94.2,0.8)}
{pt3dadd(-44.49,161.8,106.5,0.8)}
{pt3dadd(-44.730000000000004,162.,106.,0.8)}
{pt3dadd(-46.24,165.3,97.45,0.8)}
{pt3dadd(-46.24,165.3,93.95,0.8)}

{apical_dendrite[50.] connect apical_dendrite[80.](0), 1}
{access apical_dendrite[80.]}
{pt3dclear()}
{pt3dadd(-50.61,99.64,27.5,1.76)}
{pt3dadd(-54.,107.,27.25,1.76)}
{pt3dadd(-57.800000000000004,114.9,31.5,1.76)}
{pt3dadd(-58.44,115.5,31.25,1.76)}

{apical_dendrite[80.] connect apical_dendrite[81.](0), 1}
{access apical_dendrite[81.]}
{pt3dclear()}
{pt3dadd(-58.44,115.5,31.25,1.76)}
{pt3dadd(-60.34,115.5,37.5,0.8)}
{pt3dadd(-61.410000000000004,115.7,37.5,0.8)}
{pt3dadd(-63.730000000000004,114.9,38.25,0.48000000000000004)}
{pt3dadd(-67.13,117.,43.5,0.48000000000000004)}
{pt3dadd(-68.60000000000001,115.30000000000001,20.75,0.48000000000000004)}
{pt3dadd(-70.3,114.,34.75,0.48000000000000004)}
{pt3dadd(-72.63,116.2,34.75,0.48000000000000004)}
{pt3dadd(-75.60000000000001,118.30000000000001,34.75,0.48000000000000004)}
{pt3dadd(-81.10000000000001,120.7,24.5,0.48000000000000004)}
{pt3dadd(-86.82000000000001,124.,24.75,0.48000000000000004)}
{pt3dadd(-90.41,124.,18.,0.48000000000000004)}
{pt3dadd(-90.41,124.4,18.,0.48000000000000004)}
{pt3dadd(-92.74,124.7,18.,0.48000000000000004)}
{pt3dadd(-92.95,124.7,18.,0.48000000000000004)}
{pt3dadd(-94.66,125.30000000000001,18.,0.48000000000000004)}
{pt3dadd(-94.86,125.30000000000001,18.,0.48000000000000004)}
{pt3dadd(-95.07000000000001,125.30000000000001,18.,0.48000000000000004)}
{pt3dadd(-95.71000000000001,125.10000000000001,16.75,0.48000000000000004)}
{pt3dadd(-95.92,125.10000000000001,16.5,0.48000000000000004)}
{pt3dadd(-98.67,126.4,16.5,0.48000000000000004)}
{pt3dadd(-98.89,126.4,16.75,0.48000000000000004)}
{pt3dadd(-103.10000000000001,129.,5.75,0.48000000000000004)}
{pt3dadd(-103.80000000000001,129.4,6.25,0.48000000000000004)}
{pt3dadd(-104.,129.9,29.5,0.48000000000000004)}
{pt3dadd(-104.,129.9,29.25,0.48000000000000004)}

{apical_dendrite[80.] connect apical_dendrite[82.](0), 1}
{access apical_dendrite[82.]}
{pt3dclear()}
{pt3dadd(-58.44,115.5,31.25,1.76)}
{pt3dadd(-60.77,117.5,31.25,0.8)}
{pt3dadd(-63.31,119.60000000000001,31.25,0.8)}
{pt3dadd(-63.52,119.60000000000001,31.25,0.8)}
{pt3dadd(-64.8,125.30000000000001,31.25,0.8)}
{pt3dadd(-67.55,133.8,31.25,0.8)}
{pt3dadd(-71.78,141.6,30.5,0.8)}
{pt3dadd(-77.29,151.20000000000002,38.5,0.8)}
{pt3dadd(-77.29,151.,39.,0.8)}
{pt3dadd(-81.73,158.60000000000002,40.75,0.8)}
{pt3dadd(-81.94,159.,34.5,0.8)}

{soma[2.] connect dendrite[0.](0), 1}
{access dendrite[0.]}
{pt3dclear()}
{pt3dadd(-0.638,-1.303,1.,13.200000000000001)}
{pt3dadd(2.934,-4.166,-2.64,3.02)}
{pt3dadd(-0.151,-10.08,-4.628,3.02)}
{pt3dadd(-3.857,-13.370000000000001,-12.,3.02)}
{pt3dadd(-4.269,-16.2,-12.,3.02)}
{pt3dadd(-4.482,-16.2,-12.,3.02)}
{pt3dadd(-5.972,-19.900000000000002,-29.75,2.7)}
{pt3dadd(-6.8100000000000005,-23.38,-32.5,2.7)}
{pt3dadd(-6.61,-23.38,-32.5,2.7)}
{pt3dadd(-7.448,-28.82,-32.5,2.7)}
{pt3dadd(-7.022,-29.47,-26.5,2.7)}

{dendrite[0.] connect dendrite[1.](0), 1}
{access dendrite[1.]}
{pt3dclear()}
{pt3dadd(-7.022,-29.47,-26.5,2.7)}
{pt3dadd(-2.1550000000000002,-34.69,-31.,1.76)}
{pt3dadd(8.432,-35.35,-60.75,1.44)}
{pt3dadd(6.53,-33.17,-60.75,1.44)}
{pt3dadd(2.2880000000000003,-33.82,-60.75,1.44)}
{pt3dadd(2.926,-37.96,-60.75,1.44)}
{pt3dadd(11.4,-40.56,-60.75,1.44)}
{pt3dadd(10.97,-42.52,-60.75,1.12)}
{pt3dadd(7.368,-42.1,-60.75,1.12)}
{pt3dadd(7.155,-42.1,-60.75,1.12)}
{pt3dadd(14.36,-55.79,-74.75,1.12)}
{pt3dadd(14.36,-55.58,-74.75,1.12)}
{pt3dadd(14.58,-55.58,-67.5,1.12)}
{pt3dadd(14.6,-57.18,-67.5,1.44)}
{pt3dadd(15.59,-59.64,-67.5,1.44)}
{pt3dadd(15.56,-63.43,-76.75,1.44)}
{pt3dadd(15.31,-63.27,-76.75,1.44)}
{pt3dadd(15.83,-65.6,-55.75,1.44)}
{pt3dadd(16.64,-66.31,-56.5,1.44)}

{dendrite[1.] connect dendrite[2.](0), 1}
{access dendrite[2.]}
{pt3dclear()}
{pt3dadd(16.64,-66.31,-56.5,1.44)}
{pt3dadd(20.150000000000002,-67.23,-53.25,1.12)}
{pt3dadd(21.69,-70.24,-53.25,1.12)}
{pt3dadd(24.54,-69.37,-69.5,1.12)}
{pt3dadd(24.46,-73.86,-69.25,1.12)}
{pt3dadd(24.25,-73.89,-69.5,1.12)}
{pt3dadd(26.47,-76.08,-68.75,1.12)}
{pt3dadd(27.13,-76.14,-67.5,1.12)}

{dendrite[2.] connect dendrite[3.](0), 1}
{access dendrite[3.]}
{pt3dclear()}
{pt3dadd(27.13,-76.14,-67.5,1.12)}
{pt3dadd(28.6,-82.11,-73.75,0.8)}
{pt3dadd(26.51,-83.47,-76.25,0.8)}
{pt3dadd(31.76,-88.54,-71.75,0.8)}
{pt3dadd(31.720000000000002,-88.33,-71.75,0.8)}
{pt3dadd(31.73,-90.33,-77.5,0.8)}
{pt3dadd(31.68,-90.12,-77.75,0.8)}
{pt3dadd(33.76,-97.45,-83.5,0.8)}
{pt3dadd(35.95,-101.4,-82.,0.8)}
{pt3dadd(35.82,-102.80000000000001,-92.25,0.8)}
{pt3dadd(37.44,-107.10000000000001,-74.75,0.8)}
{pt3dadd(37.17,-106.9,-74.75,0.8)}
{pt3dadd(37.39,-109.80000000000001,-74.75,0.8)}
{pt3dadd(41.83,-114.2,-75.25,0.8)}
{pt3dadd(40.84,-117.5,-94.75,0.8)}
{pt3dadd(40.79,-117.30000000000001,-94.75,0.8)}
{pt3dadd(42.99,-121.30000000000001,-94.75,0.8)}
{pt3dadd(41.92,-123.30000000000001,-94.75,0.8)}
{pt3dadd(45.1,-123.9,-94.75,0.8)}
{pt3dadd(42.93,-126.80000000000001,-94.75,0.8)}
{pt3dadd(42.72,-126.9,-95.25,0.8)}
{pt3dadd(51.74,-134.20000000000002,-104.30000000000001,0.8)}
{pt3dadd(58.17,-142.6,-109.30000000000001,0.8)}
{pt3dadd(62.800000000000004,-147.8,-126.5,0.8)}
{pt3dadd(65.36,-151.5,-131.3,0.8)}
{pt3dadd(68.31,-155.9,-136.8,0.8)}
{pt3dadd(76.65,-161.20000000000002,-130.3,0.8)}
{pt3dadd(76.61,-161.,-130.3,0.8)}
{pt3dadd(80.58,-165.20000000000002,-126.30000000000001,0.8)}
{pt3dadd(80.39,-165.3,-126.30000000000001,0.8)}
{pt3dadd(92.14,-169.3,-140.8,0.8)}
{pt3dadd(92.34,-169.3,-137.8,0.8)}

{dendrite[2.] connect dendrite[4.](0), 1}
{access dendrite[4.]}
{pt3dclear()}
{pt3dadd(27.13,-76.14,-67.5,1.12)}
{pt3dadd(32.68,-79.59,-64.75,0.8)}
{pt3dadd(36.,-83.75,-65.,0.8)}
{pt3dadd(41.06,-87.97,-71.,0.8)}
{pt3dadd(41.11,-88.18,-71.,0.8)}
{pt3dadd(43.04,-91.98,-70.75,0.8)}
{pt3dadd(43.,-91.77,-70.75,0.8)}
{pt3dadd(47.22,-97.08,-71.5,0.8)}
{pt3dadd(51.26,-98.62,-71.25,0.8)}
{pt3dadd(54.03,-104.2,-95.,0.8)}
{pt3dadd(57.83,-104.7,-94.25,0.8)}
{pt3dadd(61.63,-110.10000000000001,-97.75,0.8)}
{pt3dadd(66.37,-112.9,-94.25,0.8)}
{pt3dadd(68.88,-116.30000000000001,-101.30000000000001,0.8)}
{pt3dadd(68.63,-116.10000000000001,-101.30000000000001,0.8)}
{pt3dadd(71.59,-116.80000000000001,-101.30000000000001,0.8)}
{pt3dadd(72.47,-119.7,-109.,0.8)}
{pt3dadd(76.68,-123.,-91.5,0.8)}
{pt3dadd(76.46000000000001,-123.10000000000001,-91.5,0.8)}
{pt3dadd(80.84,-129.,-105.80000000000001,0.8)}
{pt3dadd(86.12,-132.3,-116.30000000000001,0.8)}
{pt3dadd(86.08,-132.1,-116.30000000000001,0.8)}
{pt3dadd(87.9,-136.4,-116.30000000000001,0.8)}
{pt3dadd(93.78,-135.5,-116.80000000000001,0.8)}
{pt3dadd(98.37,-143.4,-128.,0.8)}
{pt3dadd(100.10000000000001,-148.3,-121.80000000000001,0.8)}
{pt3dadd(100.30000000000001,-148.3,-121.80000000000001,0.8)}
{pt3dadd(111.5,-154.5,-118.30000000000001,0.8)}
{pt3dadd(111.5,-154.70000000000002,-118.30000000000001,0.8)}
{pt3dadd(124.5,-156.3,-137.,0.8)}
{pt3dadd(135.8,-161.5,-137.,0.8)}
{pt3dadd(135.6,-161.60000000000002,-137.,0.8)}
{pt3dadd(135.70000000000002,-162.,-136.,0.8)}

{dendrite[1.] connect dendrite[5.](0), 1}
{access dendrite[5.]}
{pt3dclear()}
{pt3dadd(16.64,-66.31,-56.5,1.44)}
{pt3dadd(9.616,-70.78,-70.,1.12)}
{pt3dadd(9.576,-72.57000000000001,-77.,1.12)}

{dendrite[5.] connect dendrite[6.](0), 1}
{access dendrite[6.]}
{pt3dclear()}
{pt3dadd(9.576,-72.57000000000001,-77.,1.12)}
{pt3dadd(12.01,-74.71000000000001,-86.75,0.8)}
{pt3dadd(13.1,-76.69,-90.25,0.8)}
{pt3dadd(16.84,-77.86,-90.25,0.8)}
{pt3dadd(16.59,-77.7,-90.25,0.8)}
{pt3dadd(15.46,-80.4,-89.5,0.8)}
{pt3dadd(21.07,-88.06,-100.80000000000001,0.8)}
{pt3dadd(21.03,-87.85000000000001,-100.80000000000001,0.8)}
{pt3dadd(23.73,-89.24,-100.5,0.8)}
{pt3dadd(27.03,-94.31,-100.30000000000001,0.8)}
{pt3dadd(30.78,-94.58,-115.30000000000001,0.8)}
{pt3dadd(32.730000000000004,-100.4,-107.5,0.8)}
{pt3dadd(32.980000000000004,-100.60000000000001,-107.5,0.8)}
{pt3dadd(37.19,-100.9,-119.80000000000001,0.8)}
{pt3dadd(39.04,-104.30000000000001,-119.80000000000001,0.8)}
{pt3dadd(38.37,-106.30000000000001,-119.80000000000001,0.8)}
{pt3dadd(38.58,-106.2,-119.80000000000001,0.8)}
{pt3dadd(42.88,-105.,-119.80000000000001,0.8)}
{pt3dadd(46.46,-111.4,-126.,0.8)}
{pt3dadd(48.53,-110.9,-127.,0.8)}
{pt3dadd(49.36,-113.60000000000001,-126.80000000000001,0.8)}
{pt3dadd(49.56,-113.60000000000001,-126.80000000000001,0.8)}
{pt3dadd(51.84,-112.2,-127.80000000000001,0.8)}
{pt3dadd(60.410000000000004,-116.5,-138.5,0.8)}
{pt3dadd(60.160000000000004,-116.30000000000001,-138.5,0.8)}
{pt3dadd(61.74,-119.5,-136.5,0.8)}
{pt3dadd(66.25,-120.30000000000001,-136.3,0.8)}
{pt3dadd(73.39,-127.,-142.,0.8)}
{pt3dadd(73.75,-126.7,-139.8,0.8)}

{dendrite[5.] connect dendrite[7.](0), 1}
{access dendrite[7.]}
{pt3dclear()}
{pt3dadd(9.576,-72.57000000000001,-77.,1.12)}
{pt3dadd(5.7860000000000005,-74.99,-85.25,1.12)}
{pt3dadd(8.406,-77.97,-85.25,1.12)}
{pt3dadd(5.32,-80.67,-85.25,1.12)}
{pt3dadd(6.291,-83.11,-95.75,1.12)}
{pt3dadd(8.432,-86.88,-96.,1.12)}
{pt3dadd(4.921,-93.46000000000001,-96.25,1.12)}
{pt3dadd(6.783,-95.93,-96.25,1.12)}
{pt3dadd(6.73,-95.72,-96.25,1.12)}
{pt3dadd(6.211,-101.2,-106.5,1.12)}
{pt3dadd(6.424,-101.10000000000001,-106.80000000000001,1.12)}
{pt3dadd(9.549,-104.5,-107.5,1.12)}
{pt3dadd(9.549,-107.4,-108.,1.12)}
{pt3dadd(9.337,-107.4,-108.30000000000001,1.12)}
{pt3dadd(6.118,-106.60000000000001,-108.5,1.12)}
{pt3dadd(2.195,-121.,-108.80000000000001,1.12)}
{pt3dadd(-0.931,-125.5,-123.5,1.12)}
{pt3dadd(-0.771,-125.30000000000001,-123.5,1.12)}
{pt3dadd(-0.306,-125.4,-84.,1.12)}

{dendrite[0.] connect dendrite[8.](0), 1}
{access dendrite[8.]}
{pt3dclear()}
{pt3dadd(-7.022,-29.47,-26.5,2.7)}
{pt3dadd(-9.563,-32.08,-33.25,2.08)}
{pt3dadd(-6.61,-37.730000000000004,-33.25,2.08)}
{pt3dadd(-6.61,-37.52,-33.25,2.08)}
{pt3dadd(-13.59,-45.35,-38.25,2.08)}
{pt3dadd(-15.92,-47.1,-38.,2.08)}
{pt3dadd(-19.52,-45.79,-38.,1.76)}
{pt3dadd(-21.,-46.660000000000004,-43.25,1.76)}

{dendrite[8.] connect dendrite[9.](0), 1}
{access dendrite[9.]}
{pt3dclear()}
{pt3dadd(-21.,-46.660000000000004,-43.25,1.76)}
{pt3dadd(-24.39,-51.44,-13.75,0.48000000000000004)}
{pt3dadd(-25.240000000000002,-52.54,-13.75,0.48000000000000004)}
{pt3dadd(-25.240000000000002,-52.31,-13.75,0.48000000000000004)}
{pt3dadd(-26.080000000000002,-59.28,-9.75,0.48000000000000004)}
{pt3dadd(-26.51,-61.89,-9.75,0.48000000000000004)}
{pt3dadd(-24.61,-66.23,-1.25,0.48000000000000004)}
{pt3dadd(-27.36,-72.11,-1.25,0.48000000000000004)}
{pt3dadd(-27.57,-72.11,-1.25,0.48000000000000004)}
{pt3dadd(-25.44,-76.9,-1.25,0.48000000000000004)}
{pt3dadd(-25.240000000000002,-76.9,-1.25,0.48000000000000004)}
{pt3dadd(-26.080000000000002,-81.25,-1.25,0.48000000000000004)}
{pt3dadd(-26.080000000000002,-81.46000000000001,-1.25,0.48000000000000004)}
{pt3dadd(-23.97,-87.55,0.75,0.48000000000000004)}
{pt3dadd(-23.97,-87.78,0.75,0.48000000000000004)}
{pt3dadd(-23.54,-91.48,0.75,0.48000000000000004)}
{pt3dadd(-25.240000000000002,-99.52,0.7000000000000001,0.48000000000000004)}
{pt3dadd(-24.82,-106.30000000000001,0.7000000000000001,0.48000000000000004)}
{pt3dadd(-25.03,-106.30000000000001,0.7000000000000001,0.48000000000000004)}
{pt3dadd(-24.82,-106.7,1.45,0.48000000000000004)}

{dendrite[9.] connect dendrite[10.](0), 1}
{access dendrite[10.]}
{pt3dclear()}
{pt3dadd(-24.82,-106.7,1.45,0.48000000000000004)}
{pt3dadd(-26.93,-109.5,6.7,0.8)}
{pt3dadd(-27.36,-114.80000000000001,5.45,0.8)}
{pt3dadd(-26.29,-119.10000000000001,5.45,0.8)}
{pt3dadd(-27.57,-122.4,3.95,0.8)}
{pt3dadd(-27.57,-122.10000000000001,3.95,0.8)}
{pt3dadd(-27.150000000000002,-129.5,7.7,0.8)}
{pt3dadd(-28.,-134.5,-3.8000000000000003,0.48000000000000004)}
{pt3dadd(-27.36,-141.1,-3.8000000000000003,0.48000000000000004)}
{pt3dadd(-27.36,-141.3,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(-29.900000000000002,-148.5,-3.3000000000000003,0.48000000000000004)}
{pt3dadd(-29.69,-155.9,4.45,0.48000000000000004)}
{pt3dadd(-30.11,-162.20000000000002,7.2,0.48000000000000004)}
{pt3dadd(-32.230000000000004,-170.70000000000002,7.2,0.48000000000000004)}
{pt3dadd(-32.86,-183.5,7.2,0.48000000000000004)}
{pt3dadd(-31.8,-193.3,7.2,0.48000000000000004)}
{pt3dadd(-32.01,-200.,-9.3,0.48000000000000004)}
{pt3dadd(-30.95,-208.70000000000002,-9.3,0.48000000000000004)}
{pt3dadd(-30.95,-208.5,-9.3,0.48000000000000004)}
{pt3dadd(-28.2,-215.5,-4.3,0.48000000000000004)}
{pt3dadd(-28.830000000000002,-220.70000000000002,-4.55,0.48000000000000004)}
{pt3dadd(-27.36,-223.3,-4.55,0.48000000000000004)}
{pt3dadd(-28.2,-228.10000000000002,-4.55,0.48000000000000004)}
{pt3dadd(-26.080000000000002,-234.60000000000002,-4.55,0.48000000000000004)}
{pt3dadd(-18.67,-244.4,-9.8,0.48000000000000004)}
{pt3dadd(-17.82,-245.70000000000002,-10.05,0.48000000000000004)}

{dendrite[9.] connect dendrite[11.](0), 1}
{access dendrite[11.]}
{pt3dclear()}
{pt3dadd(-24.82,-106.7,1.45,0.48000000000000004)}
{pt3dadd(-22.28,-118.2,1.2,0.48000000000000004)}
{pt3dadd(-17.400000000000002,-127.4,1.2,0.48000000000000004)}
{pt3dadd(-13.59,-138.70000000000002,1.2,0.48000000000000004)}
{pt3dadd(-10.84,-146.5,-4.05,0.48000000000000004)}
{pt3dadd(-7.6610000000000005,-154.10000000000002,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(-7.6610000000000005,-161.5,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(-5.333,-169.8,-3.5500000000000003,0.48000000000000004)}
{pt3dadd(-5.121,-177.,-2.05,0.48000000000000004)}
{pt3dadd(-0.891,-188.3,3.7,0.48000000000000004)}
{pt3dadd(2.713,-197.20000000000002,3.7,0.48000000000000004)}
{pt3dadd(3.352,-201.10000000000002,3.7,0.48000000000000004)}
{pt3dadd(6.73,-207.,4.45,0.48000000000000004)}
{pt3dadd(6.9430000000000005,-210.,4.7,0.48000000000000004)}
{pt3dadd(13.73,-220.,-5.05,0.48000000000000004)}
{pt3dadd(15.63,-223.3,-5.05,0.48000000000000004)}
{pt3dadd(29.18,-234.8,-5.05,0.48000000000000004)}
{pt3dadd(29.61,-235.10000000000002,-5.05,0.48000000000000004)}

{dendrite[8.] connect dendrite[12.](0), 1}
{access dendrite[12.]}
{pt3dclear()}
{pt3dadd(-21.,-46.660000000000004,-43.25,1.76)}
{pt3dadd(-21.64,-48.61,-26.5,1.44)}
{pt3dadd(-21.85,-49.26,-26.5,1.44)}

{dendrite[12.] connect dendrite[13.](0), 1}
{access dendrite[13.]}
{pt3dclear()}
{pt3dadd(-21.85,-49.26,-26.5,1.44)}
{pt3dadd(-25.44,-50.14,-26.5,1.12)}
{pt3dadd(-27.36,-52.1,-26.5,1.12)}

{dendrite[13.] connect dendrite[14.](0), 1}
{access dendrite[14.]}
{pt3dclear()}
{pt3dadd(-27.36,-52.1,-26.5,1.12)}
{pt3dadd(-30.580000000000002,-56.07,-29.25,1.12)}
{pt3dadd(-33.76,-56.730000000000004,-29.25,1.12)}
{pt3dadd(-34.18,-59.33,-22.,0.8)}
{pt3dadd(-34.39,-59.77,-22.,0.8)}

{dendrite[14.] connect dendrite[15.](0), 1}
{access dendrite[15.]}
{pt3dclear()}
{pt3dadd(-34.39,-59.77,-22.,0.8)}
{pt3dadd(-39.89,-63.03,-26.,0.8)}
{pt3dadd(-46.46,-70.42,-26.,0.8)}
{pt3dadd(-48.36,-72.17,-26.,0.8)}
{pt3dadd(-52.6,-70.65,-26.5,0.8)}
{pt3dadd(-56.83,-72.82000000000001,-20.5,0.8)}
{pt3dadd(-63.190000000000005,-79.79,-17.25,0.8)}
{pt3dadd(-65.94,-81.52,-17.5,0.8)}
{pt3dadd(-70.60000000000001,-84.79,-17.5,0.8)}
{pt3dadd(-76.74,-88.05,-12.,0.8)}
{pt3dadd(-83.3,-94.79,-12.5,0.8)}
{pt3dadd(-86.69,-105.5,-4.75,0.8)}
{pt3dadd(-85.2,-112.60000000000001,-4.75,0.8)}
{pt3dadd(-86.69,-118.7,-4.75,0.8)}
{pt3dadd(-86.26,-123.9,-5.75,0.8)}
{pt3dadd(-86.48,-131.1,-5.75,0.8)}
{pt3dadd(-86.48,-130.9,-5.75,0.8)}
{pt3dadd(-86.69,-140.9,-5.75,0.8)}
{pt3dadd(-87.33,-145.1,-5.75,0.8)}
{pt3dadd(-87.75,-153.5,-5.5,0.8)}
{pt3dadd(-87.75,-153.3,-5.5,0.8)}
{pt3dadd(-91.34,-158.5,1.5,0.8)}
{pt3dadd(-91.56,-165.3,1.5,0.8)}
{pt3dadd(-92.2,-168.3,1.45,0.8)}
{pt3dadd(-93.46000000000001,-180.5,1.45,0.8)}
{pt3dadd(-93.25,-180.3,1.45,0.8)}
{pt3dadd(-93.25,-180.5,1.45,0.8)}

{dendrite[14.] connect dendrite[16.](0), 1}
{access dendrite[16.]}
{pt3dclear()}
{pt3dadd(-34.39,-59.77,-22.,0.8)}
{pt3dadd(-30.150000000000002,-66.94,-9.,0.8)}
{pt3dadd(-32.730000000000004,-72.25,-10.5,0.48000000000000004)}
{pt3dadd(-31.03,-77.03,-17.5,0.48000000000000004)}
{pt3dadd(-32.31,-80.73,-5.75,0.48000000000000004)}
{pt3dadd(-34.85,-83.56,-5.5,0.48000000000000004)}
{pt3dadd(-32.32,-88.79,-4.5,0.48000000000000004)}
{pt3dadd(-34.22,-94.22,-20.5,0.48000000000000004)}
{pt3dadd(-34.86,-95.10000000000001,-16.75,0.48000000000000004)}
{pt3dadd(-39.74,-106.80000000000001,-13.5,0.48000000000000004)}
{pt3dadd(-41.87,-113.4,-1.75,0.48000000000000004)}
{pt3dadd(-42.08,-113.4,-1.75,0.48000000000000004)}
{pt3dadd(-43.57,-121.7,-1.75,0.48000000000000004)}
{pt3dadd(-44.21,-131.4,3.75,0.48000000000000004)}
{pt3dadd(-48.88,-137.5,4.,0.48000000000000004)}
{pt3dadd(-50.15,-147.1,9.75,0.48000000000000004)}
{pt3dadd(-52.480000000000004,-152.3,0.75,0.48000000000000004)}
{pt3dadd(-52.7,-159.9,-1.25,0.48000000000000004)}
{pt3dadd(-52.5,-166.70000000000002,-3.5,0.48000000000000004)}
{pt3dadd(-52.07,-171.3,-3.75,0.48000000000000004)}
{pt3dadd(-52.28,-171.3,-3.75,0.48000000000000004)}
{pt3dadd(-51.44,-178.60000000000002,-3.75,0.48000000000000004)}
{pt3dadd(-57.38,-186.3,-3.5,0.48000000000000004)}
{pt3dadd(-59.93,-189.70000000000002,-2.5,0.48000000000000004)}
{pt3dadd(-59.93,-190.,-2.5,0.48000000000000004)}
{pt3dadd(-63.96,-205.,-2.25,0.48000000000000004)}
{pt3dadd(-63.96,-204.70000000000002,-2.25,0.48000000000000004)}
{pt3dadd(-66.71000000000001,-206.5,-2.25,0.48000000000000004)}
{pt3dadd(-63.120000000000005,-216.5,-2.25,0.48000000000000004)}
{pt3dadd(-62.910000000000004,-216.3,-2.,0.48000000000000004)}

{dendrite[13.] connect dendrite[17.](0), 1}
{access dendrite[17.]}
{pt3dclear()}
{pt3dadd(-27.36,-52.1,-26.5,1.12)}
{pt3dadd(-27.150000000000002,-56.01,-26.5,1.12)}
{pt3dadd(-27.57,-57.75,-27.75,1.12)}
{pt3dadd(-29.69,-60.79,-30.75,1.12)}
{pt3dadd(-27.78,-64.49,-26.,1.12)}
{pt3dadd(-27.78,-64.28,-26.,1.12)}
{pt3dadd(-28.830000000000002,-67.54,-30.,1.12)}
{pt3dadd(-29.26,-68.19,-29.,1.12)}

{dendrite[17.] connect dendrite[18.](0), 1}
{access dendrite[18.]}
{pt3dclear()}
{pt3dadd(-29.26,-68.19,-29.,1.12)}
{pt3dadd(-33.7,-69.72,-32.75,0.48000000000000004)}
{pt3dadd(-33.49,-72.11,-32.75,0.48000000000000004)}
{pt3dadd(-36.24,-74.51,-32.75,0.48000000000000004)}
{pt3dadd(-36.03,-74.28,-32.75,0.48000000000000004)}
{pt3dadd(-36.24,-76.68,-32.75,0.48000000000000004)}
{pt3dadd(-36.45,-76.68,-32.75,0.48000000000000004)}
{pt3dadd(-39.42,-77.33,-32.75,0.48000000000000004)}
{pt3dadd(-39.42,-79.51,-32.75,0.48000000000000004)}
{pt3dadd(-40.910000000000004,-80.60000000000001,-32.75,0.48000000000000004)}
{pt3dadd(-40.49,-83.21000000000001,-32.75,0.48000000000000004)}
{pt3dadd(-42.17,-84.51,-31.75,0.48000000000000004)}
{pt3dadd(-42.17,-86.9,-26.5,0.48000000000000004)}
{pt3dadd(-43.88,-89.51,-29.,0.8)}
{pt3dadd(-46.2,-94.08,-29.,0.8)}
{pt3dadd(-46.42,-96.92,-29.,0.8)}
{pt3dadd(-48.11,-98.22,-28.75,0.8)}
{pt3dadd(-51.5,-97.99000000000001,-28.,0.8)}
{pt3dadd(-53.4,-102.4,-48.,0.8)}
{pt3dadd(-53.4,-106.10000000000001,-32.25,0.8)}
{pt3dadd(-55.51,-107.10000000000001,-29.75,0.8)}
{pt3dadd(-55.51,-106.9,-29.75,0.8)}
{pt3dadd(-54.46,-109.10000000000001,-33.5,0.8)}
{pt3dadd(-54.25,-109.10000000000001,-33.5,0.8)}
{pt3dadd(-55.730000000000004,-110.60000000000001,-32.75,0.8)}
{pt3dadd(-58.480000000000004,-115.80000000000001,-32.75,0.8)}
{pt3dadd(-58.480000000000004,-118.9,-42.25,0.8)}
{pt3dadd(-60.81,-119.10000000000001,-42.25,0.8)}
{pt3dadd(-61.02,-119.10000000000001,-42.25,0.8)}
{pt3dadd(-65.68,-127.10000000000001,-42.25,0.8)}
{pt3dadd(-62.72,-129.8,-42.25,0.8)}
{pt3dadd(-63.99,-131.70000000000002,-47.75,0.8)}
{pt3dadd(-63.99,-131.5,-47.75,0.8)}
{pt3dadd(-65.68,-131.70000000000002,-47.5,0.8)}
{pt3dadd(-65.46000000000001,-131.70000000000002,-47.5,0.8)}
{pt3dadd(-65.89,-134.5,-39.25,0.8)}
{pt3dadd(-67.8,-135.,-38.5,0.8)}
{pt3dadd(-68.22,-143.9,-38.5,0.8)}
{pt3dadd(-71.39,-147.8,-38.5,0.8)}
{pt3dadd(-70.56,-153.3,-38.5,0.8)}
{pt3dadd(-72.46000000000001,-156.5,-38.5,0.8)}
{pt3dadd(-72.88,-161.5,-38.5,0.8)}
{pt3dadd(-73.94,-168.9,-36.75,0.8)}
{pt3dadd(-78.18,-175.5,-36.75,0.8)}
{pt3dadd(-80.29,-176.5,-36.75,0.8)}
{pt3dadd(-80.29,-176.3,-36.75,0.8)}
{pt3dadd(-81.36,-192.,-47.75,0.8)}
{pt3dadd(-81.36,-191.5,-47.75,0.8)}
{pt3dadd(-81.14,-191.8,-47.75,0.8)}

{dendrite[17.] connect dendrite[19.](0), 1}
{access dendrite[19.]}
{pt3dclear()}
{pt3dadd(-29.26,-68.19,-29.,1.12)}
{pt3dadd(-30.32,-75.81,-33.5,1.12)}
{pt3dadd(-34.77,-81.46000000000001,-35.,0.8)}
{pt3dadd(-37.730000000000004,-87.99,-35.,0.8)}
{pt3dadd(-37.95,-87.99,-35.,0.8)}
{pt3dadd(-37.730000000000004,-88.86,-35.,0.8)}

{dendrite[19.] connect dendrite[20.](0), 1}
{access dendrite[20.]}
{pt3dclear()}
{pt3dadd(-37.730000000000004,-88.86,-35.,0.8)}
{pt3dadd(-37.730000000000004,-88.65,-35.,0.8)}
{pt3dadd(-37.730000000000004,-94.95,-32.5,0.8)}
{pt3dadd(-34.980000000000004,-95.83,-32.5,0.8)}
{pt3dadd(-35.83,-98.65,-41.,0.48000000000000004)}
{pt3dadd(-38.160000000000004,-99.09,-41.,0.48000000000000004)}
{pt3dadd(-37.31,-108.,-41.,0.48000000000000004)}
{pt3dadd(-37.31,-111.5,-41.,0.48000000000000004)}
{pt3dadd(-35.19,-115.,-41.,0.48000000000000004)}
{pt3dadd(-36.88,-117.60000000000001,-41.,0.48000000000000004)}
{pt3dadd(-36.24,-126.10000000000001,-35.5,0.48000000000000004)}
{pt3dadd(-37.730000000000004,-128.20000000000002,-45.25,0.48000000000000004)}
{pt3dadd(-37.95,-128.,-45.25,0.48000000000000004)}
{pt3dadd(-37.95,-131.1,-45.75,0.48000000000000004)}
{pt3dadd(-39.,-133.9,-47.,0.48000000000000004)}
{pt3dadd(-39.,-133.70000000000002,-47.,0.48000000000000004)}
{pt3dadd(-38.37,-135.6,-50.5,0.48000000000000004)}
{pt3dadd(-39.63,-138.20000000000002,-49.5,0.48000000000000004)}
{pt3dadd(-35.62,-147.6,-45.75,0.48000000000000004)}
{pt3dadd(-36.67,-149.1,-50.5,0.48000000000000004)}
{pt3dadd(-33.7,-153.5,-52.75,0.48000000000000004)}
{pt3dadd(-33.08,-155.9,-58.25,0.48000000000000004)}
{pt3dadd(-29.26,-156.3,-58.25,0.48000000000000004)}
{pt3dadd(-28.,-160.20000000000002,-61.5,0.48000000000000004)}
{pt3dadd(-25.03,-163.70000000000002,-61.5,0.48000000000000004)}
{pt3dadd(-23.54,-166.70000000000002,-64.25,0.48000000000000004)}
{pt3dadd(-21.85,-166.70000000000002,-64.25,0.48000000000000004)}
{pt3dadd(-19.52,-175.20000000000002,-69.,0.48000000000000004)}
{pt3dadd(-13.38,-180.20000000000002,-68.5,0.48000000000000004)}
{pt3dadd(-13.38,-180.5,-67.,0.48000000000000004)}

{dendrite[19.] connect dendrite[21.](0), 1}
{access dendrite[21.]}
{pt3dclear()}
{pt3dadd(-37.730000000000004,-88.86,-35.,0.8)}
{pt3dadd(-42.17,-98.87,-26.5,0.8)}
{pt3dadd(-42.6,-99.31,-26.5,0.8)}

{dendrite[21.] connect dendrite[22.](0), 1}
{access dendrite[22.]}
{pt3dclear()}
{pt3dadd(-42.6,-99.31,-26.5,0.8)}
{pt3dadd(-45.14,-101.,-23.,0.48000000000000004)}
{pt3dadd(-45.14,-100.80000000000001,-23.,0.48000000000000004)}
{pt3dadd(-44.93,-103.,-28.5,0.48000000000000004)}
{pt3dadd(-47.04,-104.7,-29.,0.48000000000000004)}
{pt3dadd(-45.57,-109.30000000000001,-29.,0.48000000000000004)}
{pt3dadd(-48.75,-109.80000000000001,-29.,0.48000000000000004)}
{pt3dadd(-48.96,-109.80000000000001,-29.,0.48000000000000004)}
{pt3dadd(-48.32,-112.60000000000001,-39.25,0.48000000000000004)}
{pt3dadd(-50.65,-113.2,-39.25,0.48000000000000004)}
{pt3dadd(-50.86,-113.2,-39.25,0.48000000000000004)}
{pt3dadd(-51.5,-116.5,-39.25,0.48000000000000004)}
{pt3dadd(-52.34,-116.7,-39.25,0.48000000000000004)}
{pt3dadd(-51.07,-119.10000000000001,-39.25,0.48000000000000004)}
{pt3dadd(-51.29,-121.7,-39.25,0.48000000000000004)}
{pt3dadd(-52.550000000000004,-123.2,-39.25,0.48000000000000004)}
{pt3dadd(-49.58,-124.30000000000001,-45.,0.48000000000000004)}
{pt3dadd(-49.38,-127.60000000000001,-45.5,0.48000000000000004)}
{pt3dadd(-45.99,-131.3,-42.25,0.48000000000000004)}
{pt3dadd(-47.68,-132.6,-50.,0.48000000000000004)}
{pt3dadd(-45.57,-135.20000000000002,-50.,0.48000000000000004)}
{pt3dadd(-46.42,-138.5,-50.5,0.48000000000000004)}
{pt3dadd(-43.45,-140.20000000000002,-50.5,0.48000000000000004)}
{pt3dadd(-45.14,-142.8,-57.5,0.48000000000000004)}
{pt3dadd(-44.29,-147.4,-60.25,0.48000000000000004)}
{pt3dadd(-45.35,-149.1,-60.25,0.48000000000000004)}
{pt3dadd(-43.660000000000004,-151.3,-60.25,0.48000000000000004)}
{pt3dadd(-43.660000000000004,-151.1,-60.25,0.48000000000000004)}
{pt3dadd(-48.11,-156.3,-53.5,0.48000000000000004)}
{pt3dadd(-47.89,-159.10000000000002,-53.25,0.48000000000000004)}
{pt3dadd(-51.92,-159.8,-62.5,0.48000000000000004)}
{pt3dadd(-52.120000000000005,-159.60000000000002,-62.5,0.48000000000000004)}
{pt3dadd(-55.730000000000004,-163.3,-69.75,0.48000000000000004)}
{pt3dadd(-55.730000000000004,-165.70000000000002,-69.75,0.48000000000000004)}
{pt3dadd(-65.05,-173.70000000000002,-54.5,0.48000000000000004)}
{pt3dadd(-65.26,-173.9,-58.,0.48000000000000004)}

{dendrite[21.] connect dendrite[23.](0), 1}
{access dendrite[23.]}
{pt3dclear()}
{pt3dadd(-42.6,-99.31,-26.5,0.8)}
{pt3dadd(-43.45,-108.9,-29.75,0.48000000000000004)}
{pt3dadd(-42.39,-111.30000000000001,-22.,0.48000000000000004)}
{pt3dadd(-44.29,-114.5,-18.25,0.48000000000000004)}
{pt3dadd(-44.29,-114.30000000000001,-18.25,0.48000000000000004)}
{pt3dadd(-44.29,-120.80000000000001,-30.25,0.48000000000000004)}
{pt3dadd(-44.93,-124.10000000000001,-23.5,0.48000000000000004)}
{pt3dadd(-44.93,-123.9,-23.5,0.48000000000000004)}
{pt3dadd(-43.24,-126.9,-23.,0.48000000000000004)}
{pt3dadd(-47.89,-132.8,-33.25,0.48000000000000004)}
{pt3dadd(-47.89,-132.6,-33.25,0.48000000000000004)}
{pt3dadd(-47.89,-136.5,-23.75,0.48000000000000004)}
{pt3dadd(-48.96,-138.9,-23.5,0.48000000000000004)}
{pt3dadd(-49.58,-145.6,-24.25,0.48000000000000004)}
{pt3dadd(-50.01,-147.6,-33.75,0.48000000000000004)}
{pt3dadd(-50.01,-147.8,-33.75,0.48000000000000004)}
{pt3dadd(-49.800000000000004,-152.20000000000002,-36.25,0.48000000000000004)}
{pt3dadd(-50.01,-152.,-36.25,0.48000000000000004)}
{pt3dadd(-51.92,-158.5,-20.25,0.48000000000000004)}
{pt3dadd(-52.120000000000005,-158.5,-20.25,0.48000000000000004)}
{pt3dadd(-49.17,-169.10000000000002,-25.25,0.48000000000000004)}
{pt3dadd(-49.58,-172.,-32.5,0.48000000000000004)}
{pt3dadd(-49.58,-171.70000000000002,-32.5,0.48000000000000004)}
{pt3dadd(-47.47,-173.9,-32.,0.48000000000000004)}
{pt3dadd(-47.68,-173.9,-32.,0.48000000000000004)}
{pt3dadd(-47.89,-178.70000000000002,-30.75,0.48000000000000004)}
{pt3dadd(-48.53,-180.,-30.75,0.48000000000000004)}
{pt3dadd(-46.2,-182.20000000000002,-30.75,0.48000000000000004)}
{pt3dadd(-46.42,-182.20000000000002,-30.75,0.48000000000000004)}
{pt3dadd(-54.88,-195.,-32.,0.48000000000000004)}
{pt3dadd(-55.09,-195.20000000000002,-36.5,0.48000000000000004)}

{dendrite[12.] connect dendrite[24.](0), 1}
{access dendrite[24.]}
{pt3dclear()}
{pt3dadd(-21.85,-49.26,-26.5,1.44)}
{pt3dadd(-22.900000000000002,-46.22,-36.75,0.8)}
{pt3dadd(-27.36,-49.92,-36.25,0.8)}
{pt3dadd(-27.150000000000002,-49.92,-36.25,0.8)}
{pt3dadd(-31.16,-51.88,-31.75,0.8)}
{pt3dadd(-34.77,-51.660000000000004,-31.75,0.8)}
{pt3dadd(-37.52,-49.49,-31.75,0.8)}
{pt3dadd(-37.52,-49.26,-31.75,0.8)}
{pt3dadd(-42.81,-51.230000000000004,-31.75,0.8)}
{pt3dadd(-42.81,-51.44,-31.75,0.8)}
{pt3dadd(-46.83,-50.58,-31.75,0.8)}
{pt3dadd(-48.53,-52.96,-31.75,0.8)}
{pt3dadd(-48.75,-52.96,-31.75,0.8)}
{pt3dadd(-51.71,-51.230000000000004,-31.75,0.8)}
{pt3dadd(-53.4,-51.230000000000004,-31.75,0.8)}
{pt3dadd(-57.22,-49.26,-31.75,0.8)}
{pt3dadd(-59.76,-51.44,-31.75,0.8)}
{pt3dadd(-59.76,-51.230000000000004,-31.75,0.8)}
{pt3dadd(-61.870000000000005,-50.14,-38.5,0.8)}
{pt3dadd(-61.870000000000005,-49.92,-34.5,0.8)}
{pt3dadd(-66.1,-54.93,-31.5,0.8)}
{pt3dadd(-69.92,-54.050000000000004,-31.75,0.8)}
{pt3dadd(-74.79,-59.050000000000004,-21.25,0.48000000000000004)}
{pt3dadd(-80.5,-59.49,-27.25,0.48000000000000004)}
{pt3dadd(-84.11,-64.28,-6.25,0.48000000000000004)}
{pt3dadd(-95.32000000000001,-66.89,-8.,0.48000000000000004)}
{pt3dadd(-96.81,-69.07000000000001,-11.5,0.48000000000000004)}
{pt3dadd(-93.63,-76.68,-5.,0.48000000000000004)}
{pt3dadd(-94.7,-79.07000000000001,-23.25,0.48000000000000004)}
{pt3dadd(-92.78,-86.9,-20.25,0.48000000000000004)}
{pt3dadd(-91.73,-93.65,-20.25,0.48000000000000004)}
{pt3dadd(-88.13,-99.96000000000001,-20.25,0.48000000000000004)}
{pt3dadd(-84.11,-108.4,-24.5,0.48000000000000004)}
{pt3dadd(-76.69,-119.5,-30.5,0.48000000000000004)}
{pt3dadd(-76.69,-119.30000000000001,-30.5,0.48000000000000004)}
{pt3dadd(-78.18,-125.4,-29.25,0.48000000000000004)}
{pt3dadd(-77.97,-125.2,-29.25,0.48000000000000004)}

{soma[1.] connect dendrite[25.](0), 1}
{access dendrite[25.]}
{pt3dclear()}
{pt3dadd(-1.064,-4.575,1.,12.26)}
{pt3dadd(-0.42700000000000005,-5.152,-1.524,2.08)}
{pt3dadd(-1.381,-5.632,-4.0680000000000005,2.08)}
{pt3dadd(-2.8850000000000002,-7.272,-6.815,2.08)}
{pt3dadd(-5.972,-10.32,-12.5,2.08)}
{pt3dadd(-9.563,-12.06,-29.,2.08)}
{pt3dadd(-11.69,-12.5,-29.,1.44)}
{pt3dadd(-15.280000000000001,-13.15,-29.,1.44)}
{pt3dadd(-16.13,-15.76,-29.,1.44)}
{pt3dadd(-14.86,-20.78,-29.,1.44)}
{pt3dadd(-15.280000000000001,-23.38,-29.,1.44)}
{pt3dadd(-15.5,-24.900000000000002,-29.,1.44)}
{pt3dadd(-13.81,-30.34,-29.,1.12)}
{pt3dadd(-13.59,-33.61,-29.,1.12)}
{pt3dadd(-19.1,-37.08,-18.5,1.12)}
{pt3dadd(-25.87,-46.87,-23.,1.12)}
{pt3dadd(-31.16,-44.49,-12.5,1.12)}
{pt3dadd(-34.980000000000004,-47.31,-8.,1.12)}
{pt3dadd(-37.95,-46.22,-1.75,1.12)}
{pt3dadd(-37.95,-46.01,-1.75,1.12)}
{pt3dadd(-42.39,-50.58,-7.,1.12)}
{pt3dadd(-42.17,-55.36,-0.5,1.12)}
{pt3dadd(-42.17,-55.14,-0.25,1.12)}
{pt3dadd(-45.35,-56.45,-16.25,0.8)}
{pt3dadd(-52.120000000000005,-63.84,-5.25,0.8)}
{pt3dadd(-52.34,-63.84,-5.25,0.8)}
{pt3dadd(-52.76,-64.28,3.75,0.8)}

{dendrite[25.] connect dendrite[26.](0), 1}
{access dendrite[26.]}
{pt3dclear()}
{pt3dadd(-52.76,-64.28,3.75,0.8)}
{pt3dadd(-56.58,-64.28,0.25,0.48000000000000004)}
{pt3dadd(-59.54,-66.67,0.5,0.48000000000000004)}
{pt3dadd(-61.870000000000005,-64.72,0.5,0.48000000000000004)}
{pt3dadd(-64.41,-68.85000000000001,1.25,0.48000000000000004)}
{pt3dadd(-68.22,-70.16,1.25,0.48000000000000004)}
{pt3dadd(-68.43,-70.16,1.25,0.48000000000000004)}
{pt3dadd(-70.97,-72.55,1.25,0.48000000000000004)}
{pt3dadd(-72.88,-71.46000000000001,1.25,0.48000000000000004)}
{pt3dadd(-75.,-76.25,-2.25,0.48000000000000004)}
{pt3dadd(-86.44,-90.17,-2.25,0.48000000000000004)}
{pt3dadd(-85.93,-91.5,-1.25,0.8)}
{pt3dadd(-87.24,-94.24,-1.25,0.8)}
{pt3dadd(-91.93,-98.85000000000001,-1.25,0.8)}
{pt3dadd(-98.47,-100.60000000000001,-1.25,0.8)}
{pt3dadd(-103.7,-98.99000000000001,-1.25,0.8)}
{pt3dadd(-108.10000000000001,-105.10000000000001,6.,0.8)}
{pt3dadd(-112.9,-111.30000000000001,6.,0.8)}
{pt3dadd(-117.80000000000001,-115.5,6.,0.8)}
{pt3dadd(-117.60000000000001,-119.80000000000001,6.5,0.8)}
{pt3dadd(-125.80000000000001,-127.30000000000001,6.5,0.8)}
{pt3dadd(-131.8,-131.4,12.5,0.8)}
{pt3dadd(-131.9,-131.20000000000002,12.5,0.8)}
{pt3dadd(-133.1,-136.9,13.,0.8)}
{pt3dadd(-137.1,-138.70000000000002,13.25,0.8)}
{pt3dadd(-141.8,-146.1,5.75,0.8)}
{pt3dadd(-150.,-154.60000000000002,5.75,0.8)}
{pt3dadd(-149.8,-158.70000000000002,5.25,0.8)}
{pt3dadd(-153.3,-161.5,5.5,0.8)}
{pt3dadd(-154.,-168.,-2.25,0.8)}
{pt3dadd(-154.20000000000002,-167.3,0.25,0.8)}

{dendrite[25.] connect dendrite[27.](0), 1}
{access dendrite[27.]}
{pt3dclear()}
{pt3dadd(-52.76,-64.28,3.75,0.8)}
{pt3dadd(-56.15,-68.42,-14.,0.48000000000000004)}
{pt3dadd(-56.79,-73.86,-3.,0.48000000000000004)}
{pt3dadd(-57.,-73.63,-3.,0.48000000000000004)}
{pt3dadd(-61.02,-77.77,3.25,0.48000000000000004)}
{pt3dadd(-61.660000000000004,-78.2,4.5,0.48000000000000004)}
{pt3dadd(-61.02,-84.95,0.25,0.48000000000000004)}
{pt3dadd(-61.230000000000004,-84.95,0.25,0.48000000000000004)}
{pt3dadd(-65.05,-95.18,0.25,0.48000000000000004)}
{pt3dadd(-64.84,-95.18,-5.75,0.48000000000000004)}
{pt3dadd(-65.93,-96.01,-5.25,0.8)}
{pt3dadd(-68.36,-99.36,-5.75,0.8)}
{pt3dadd(-68.67,-105.,-5.75,0.8)}
{pt3dadd(-70.5,-108.2,-5.75,0.8)}
{pt3dadd(-70.77,-108.,-5.75,0.8)}
{pt3dadd(-70.92,-115.4,-5.75,0.8)}
{pt3dadd(-70.86,-118.80000000000001,-5.5,0.8)}
{pt3dadd(-70.93,-118.60000000000001,-5.5,0.8)}
{pt3dadd(-72.49,-125.9,-5.5,0.8)}
{pt3dadd(-71.49,-129.4,-5.5,0.8)}
{pt3dadd(-72.26,-131.8,-6.,0.8)}
{pt3dadd(-72.06,-131.70000000000002,-6.,0.8)}
{pt3dadd(-72.10000000000001,-141.4,-3.,0.8)}
{pt3dadd(-70.9,-148.8,0.25,0.8)}
{pt3dadd(-74.07000000000001,-152.6,-1.25,0.8)}
{pt3dadd(-72.35000000000001,-158.20000000000002,7.5,0.8)}
{pt3dadd(-73.2,-164.3,7.5,0.8)}
{pt3dadd(-74.15,-172.,7.5,0.8)}
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{pt3dadd(-76.71000000000001,-174.9,7.5,0.8)}
{pt3dadd(-74.88,-180.3,7.5,0.8)}
{pt3dadd(-76.09,-184.60000000000002,10.75,0.8)}
{pt3dadd(-75.,-193.60000000000002,10.75,0.8)}
{pt3dadd(-71.74,-203.8,10.75,0.8)}
{pt3dadd(-71.08,-207.70000000000002,10.75,0.8)}
{pt3dadd(-71.97,-210.3,10.75,0.8)}
{pt3dadd(-72.03,-210.10000000000002,10.75,0.8)}
{pt3dadd(-69.91,-213.10000000000002,10.75,0.8)}
{pt3dadd(-70.26,-215.9,10.75,0.8)}
{pt3dadd(-67.58,-219.8,10.75,0.8)}
{pt3dadd(-67.51,-220.,10.75,0.8)}
{pt3dadd(-67.17,-220.4,10.75,0.8)}

{soma[0.] connect dendrite[28.](0), 1}
{access dendrite[28.]}
{pt3dclear()}
{pt3dadd(-1.476,-7.621,1.,11.3)}
{pt3dadd(3.488,-10.74,-3.902,1.44)}
{pt3dadd(2.972,-11.28,-4.392,1.44)}
{pt3dadd(0.49200000000000005,-14.43,-8.,1.44)}

{dendrite[28.] connect dendrite[29.](0), 1}
{access dendrite[29.]}
{pt3dclear()}
{pt3dadd(0.49200000000000005,-14.43,-8.,1.44)}
{pt3dadd(0.7050000000000001,-15.950000000000001,-8.,1.44)}
{pt3dadd(1.131,-19.87,-8.,1.44)}
{pt3dadd(2.195,-24.66,-2.75,1.44)}
{pt3dadd(4.948,-28.78,-13.25,1.44)}
{pt3dadd(11.72,-34.45,-13.25,1.44)}
{pt3dadd(17.86,-38.36,-13.25,1.44)}
{pt3dadd(17.86,-39.01,-13.5,1.44)}

{dendrite[29.] connect dendrite[30.](0), 1}
{access dendrite[30.]}
{pt3dclear()}
{pt3dadd(17.86,-39.01,-13.5,1.44)}
{pt3dadd(22.52,-43.15,-10.25,1.12)}
{pt3dadd(27.810000000000002,-44.68,-10.25,1.12)}
{pt3dadd(33.74,-46.84,-24.,0.8)}
{pt3dadd(37.76,-46.19,-24.,0.8)}
{pt3dadd(39.67,-46.63,-24.5,0.8)}
{pt3dadd(37.550000000000004,-50.77,-27.5,0.8)}
{pt3dadd(42.84,-52.07,-27.5,0.8)}
{pt3dadd(48.77,-57.28,-29.,0.8)}
{pt3dadd(55.13,-58.81,-29.,0.8)}
{pt3dadd(54.92,-58.81,-28.75,0.8)}
{pt3dadd(57.79,-61.53,-25.,1.12)}
{pt3dadd(62.71,-62.2,-4.5,1.12)}
{pt3dadd(65.44,-61.82,-26.75,1.12)}
{pt3dadd(65.49,-62.03,-19.5,1.12)}

{dendrite[30.] connect dendrite[31.](0), 1}
{access dendrite[31.]}
{pt3dclear()}
{pt3dadd(65.49,-62.03,-19.5,1.12)}
{pt3dadd(72.86,-63.550000000000004,-18.,0.8)}
{pt3dadd(75.89,-57.74,-18.,0.8)}
{pt3dadd(75.85000000000001,-57.52,-18.,0.8)}
{pt3dadd(80.04,-58.83,-18.25,0.8)}
{pt3dadd(80.25,-58.77,-18.25,0.8)}
{pt3dadd(81.94,-53.72,-18.5,0.8)}
{pt3dadd(81.89,-53.51,-18.5,0.8)}
{pt3dadd(87.35000000000001,-55.620000000000005,-57.,0.8)}
{pt3dadd(89.84,-52.18,-62.,0.8)}
{pt3dadd(89.79,-51.96,-62.5,0.8)}
{pt3dadd(89.59,-52.,-62.5,0.8)}
{pt3dadd(90.16,-51.660000000000004,-56.,0.8)}

{dendrite[31.] connect dendrite[32.](0), 1}
{access dendrite[32.]}
{pt3dclear()}
{pt3dadd(90.16,-51.660000000000004,-56.,0.8)}
{pt3dadd(90.16,-51.660000000000004,-55.25,0.8)}
{pt3dadd(92.61,-50.,-46.,0.8)}
{pt3dadd(92.4,-50.04,-46.,0.8)}
{pt3dadd(99.13,-48.09,-47.25,0.8)}
{pt3dadd(106.10000000000001,-43.2,-61.25,0.8)}
{pt3dadd(109.5,-39.980000000000004,-87.5,0.8)}
{pt3dadd(109.4,-39.77,-86.75,0.8)}
{pt3dadd(109.4,-39.550000000000004,-62.75,0.8)}

{dendrite[31.] connect dendrite[33.](0), 1}
{access dendrite[33.]}
{pt3dclear()}
{pt3dadd(90.16,-51.660000000000004,-56.,0.8)}
{pt3dadd(92.17,-53.88,-9.75,0.8)}
{pt3dadd(92.13,-53.67,-9.75,0.8)}
{pt3dadd(96.48,-51.800000000000004,-10.,0.8)}
{pt3dadd(102.30000000000001,-49.82,-10.25,0.8)}
{pt3dadd(105.30000000000001,-47.81,-10.75,0.8)}
{pt3dadd(110.10000000000001,-50.54,-11.,0.8)}
{pt3dadd(113.5,-44.44,-31.,0.8)}
{pt3dadd(120.2,-45.17,-32.75,0.8)}
{pt3dadd(128.,-41.19,-53.75,0.8)}
{pt3dadd(136.9,-37.63,-53.75,0.8)}
{pt3dadd(139.3,-34.86,-50.,0.8)}
{pt3dadd(139.1,-34.910000000000004,-50.,0.8)}
{pt3dadd(139.1,-34.910000000000004,-44.,0.8)}

{dendrite[30.] connect dendrite[34.](0), 1}
{access dendrite[34.]}
{pt3dclear()}
{pt3dadd(65.49,-62.03,-19.5,1.12)}
{pt3dadd(69.4,-67.84,-30.5,1.12)}
{pt3dadd(78.10000000000001,-69.92,-30.,1.12)}
{pt3dadd(78.35000000000001,-70.08,-29.25,1.12)}

{dendrite[34.] connect dendrite[35.](0), 1}
{access dendrite[35.]}
{pt3dclear()}
{pt3dadd(78.35000000000001,-70.08,-29.25,1.12)}
{pt3dadd(78.15,-70.13,-29.25,1.12)}
{pt3dadd(77.53,-73.16,-34.,0.8)}
{pt3dadd(80.67,-78.48,-34.,0.8)}
{pt3dadd(85.25,-80.57000000000001,-41.,0.8)}
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{pt3dadd(86.16,-84.60000000000001,-41.,0.8)}
{pt3dadd(90.16,-85.05,-41.,0.8)}
{pt3dadd(91.54,-88.31,-44.5,0.8)}
{pt3dadd(95.63,-87.17,-44.5,0.8)}
{pt3dadd(98.97,-87.54,-58.75,0.8)}
{pt3dadd(98.75,-87.58,-58.75,0.8)}
{pt3dadd(98.5,-90.32000000000001,-60.25,0.8)}
{pt3dadd(98.25,-90.15,-60.25,0.8)}
{pt3dadd(102.30000000000001,-90.60000000000001,-60.25,0.8)}
{pt3dadd(108.4,-91.,-66.5,0.8)}
{pt3dadd(114.30000000000001,-93.25,-71.,0.8)}
{pt3dadd(119.9,-94.9,-76.25,0.8)}
{pt3dadd(130.20000000000002,-99.96000000000001,-78.25,0.48000000000000004)}
{pt3dadd(139.,-105.60000000000001,-79.25,0.48000000000000004)}
{pt3dadd(147.20000000000002,-109.30000000000001,-94.25,0.48000000000000004)}
{pt3dadd(154.3,-111.7,-97.,0.48000000000000004)}
{pt3dadd(155.5,-115.5,-99.25,0.48000000000000004)}
{pt3dadd(155.3,-115.5,-99.25,0.48000000000000004)}
{pt3dadd(161.20000000000002,-115.80000000000001,-105.,0.48000000000000004)}
{pt3dadd(163.4,-120.60000000000001,-105.5,0.48000000000000004)}
{pt3dadd(167.,-122.,-104.,0.48000000000000004)}
{pt3dadd(167.,-121.80000000000001,-104.,0.48000000000000004)}
{pt3dadd(169.3,-125.30000000000001,-103.5,0.48000000000000004)}
{pt3dadd(180.3,-129.3,-112.,0.48000000000000004)}
{pt3dadd(180.5,-129.3,-112.,0.48000000000000004)}
{pt3dadd(180.60000000000002,-129.5,-109.80000000000001,0.48000000000000004)}

{dendrite[34.] connect dendrite[36.](0), 1}
{access dendrite[36.]}
{pt3dclear()}
{pt3dadd(78.35000000000001,-70.08,-29.25,1.12)}
{pt3dadd(80.15,-75.07000000000001,-19.75,0.8)}
{pt3dadd(86.28,-77.26,-19.75,0.8)}
{pt3dadd(86.24,-77.05,-19.75,0.8)}
{pt3dadd(89.31,-80.15,-43.5,0.8)}
{pt3dadd(94.39,-83.47,-47.25,0.8)}
{pt3dadd(94.35000000000001,-83.26,-47.25,0.8)}
{pt3dadd(101.2,-87.74,-26.5,0.8)}
{pt3dadd(101.,-87.79,-26.5,0.8)}
{pt3dadd(106.5,-91.24,-59.25,0.8)}
{pt3dadd(117.4,-97.05,-44.25,0.8)}
{pt3dadd(125.80000000000001,-101.60000000000001,-53.,0.8)}
{pt3dadd(126.,-101.60000000000001,-53.,0.8)}
{pt3dadd(131.5,-103.,-38.25,0.8)}
{pt3dadd(133.20000000000002,-105.60000000000001,-65.,0.8)}
{pt3dadd(138.20000000000002,-106.5,-74.5,0.8)}
{pt3dadd(144.1,-111.80000000000001,-77.5,0.8)}
{pt3dadd(153.20000000000002,-120.5,-78.,0.8)}
{pt3dadd(161.70000000000002,-127.30000000000001,-78.25,0.8)}
{pt3dadd(169.9,-133.70000000000002,-77.75,0.8)}
{pt3dadd(169.60000000000002,-133.70000000000002,-77.75,0.8)}
{pt3dadd(177.60000000000002,-138.4,-83.,0.8)}
{pt3dadd(187.10000000000002,-143.70000000000002,-89.25,0.8)}
{pt3dadd(195.3,-144.70000000000002,-104.5,0.8)}
{pt3dadd(195.10000000000002,-144.8,-104.5,0.8)}
{pt3dadd(195.10000000000002,-144.8,-105.30000000000001,0.8)}

{dendrite[29.] connect dendrite[37.](0), 1}
{access dendrite[37.]}
{pt3dclear()}
{pt3dadd(17.86,-39.01,-13.5,1.44)}
{pt3dadd(18.29,-43.15,-9.25,1.44)}
{pt3dadd(20.19,-47.06,-9.25,1.44)}
{pt3dadd(23.580000000000002,-50.77,-9.5,1.44)}
{pt3dadd(24.21,-51.63,-9.5,1.44)}

{dendrite[37.] connect dendrite[38.](0), 1}
{access dendrite[38.]}
{pt3dclear()}
{pt3dadd(24.21,-51.63,-9.5,1.44)}
{pt3dadd(24.01,-51.63,-9.5,1.44)}
{pt3dadd(25.91,-53.81,-8.,1.12)}
{pt3dadd(25.7,-53.81,-8.,1.12)}
{pt3dadd(28.45,-53.15,-8.,1.12)}
{pt3dadd(27.17,-55.77,-8.,1.12)}
{pt3dadd(28.66,-60.120000000000005,-8.,1.12)}
{pt3dadd(27.810000000000002,-64.25,-3.25,1.12)}
{pt3dadd(27.810000000000002,-64.03,-3.25,1.12)}
{pt3dadd(28.240000000000002,-70.12,-4.5,1.12)}
{pt3dadd(28.87,-76.,-6.,1.12)}
{pt3dadd(29.71,-76.44,-6.,1.12)}

{dendrite[38.] connect dendrite[39.](0), 1}
{access dendrite[39.]}
{pt3dclear()}
{pt3dadd(29.71,-76.44,-6.,1.12)}
{pt3dadd(29.71,-76.21000000000001,-6.,1.12)}
{pt3dadd(30.990000000000002,-79.69,-6.,0.8)}
{pt3dadd(31.2,-80.35000000000001,-6.,0.8)}
{pt3dadd(32.05,-82.09,-3.5,0.8)}
{pt3dadd(32.05,-81.88,-3.5,0.8)}
{pt3dadd(30.35,-85.57000000000001,-4.5,0.8)}
{pt3dadd(30.78,-87.97,2.5,0.8)}
{pt3dadd(31.42,-91.66,-4.5,0.8)}
{pt3dadd(31.42,-91.44,-4.5,0.8)}
{pt3dadd(29.3,-93.41,5.,0.8)}
{pt3dadd(28.87,-99.71000000000001,1.75,0.8)}
{pt3dadd(26.75,-102.30000000000001,1.75,0.8)}
{pt3dadd(26.75,-102.10000000000001,1.75,0.8)}
{pt3dadd(27.39,-108.60000000000001,1.5,0.8)}
{pt3dadd(27.810000000000002,-113.2,1.5,0.8)}
{pt3dadd(29.3,-116.,1.25,0.8)}
{pt3dadd(28.66,-125.80000000000001,0.5,0.8)}
{pt3dadd(27.39,-128.6,0.5,0.8)}
{pt3dadd(28.45,-131.9,0.5,0.8)}
{pt3dadd(25.7,-135.8,0.5,0.8)}
{pt3dadd(25.060000000000002,-139.1,1.,0.8)}
{pt3dadd(26.330000000000002,-143.,1.25,0.8)}
{pt3dadd(26.330000000000002,-143.20000000000002,1.25,0.8)}
{pt3dadd(24.63,-146.70000000000002,1.5,0.8)}
{pt3dadd(24.01,-154.10000000000002,1.25,0.8)}
{pt3dadd(24.01,-162.8,1.5,0.8)}
{pt3dadd(24.42,-172.20000000000002,11.75,0.8)}
{pt3dadd(26.55,-180.60000000000002,11.,0.8)}
{pt3dadd(26.330000000000002,-180.60000000000002,11.,0.8)}
{pt3dadd(27.810000000000002,-191.10000000000002,10.75,0.8)}
{pt3dadd(29.71,-196.70000000000002,10.75,0.8)}
{pt3dadd(29.3,-203.5,10.75,0.8)}
{pt3dadd(31.84,-206.5,10.75,0.8)}
{pt3dadd(31.84,-206.3,10.75,0.8)}
{pt3dadd(31.2,-212.20000000000002,12.25,0.8)}
{pt3dadd(32.89,-219.4,13.5,0.8)}
{pt3dadd(32.04,-227.20000000000002,13.5,0.8)}
{pt3dadd(31.84,-227.20000000000002,13.,0.8)}

{dendrite[38.] connect dendrite[40.](0), 1}
{access dendrite[40.]}
{pt3dclear()}
{pt3dadd(29.71,-76.44,-6.,1.12)}
{pt3dadd(35.01,-79.48,-9.5,0.8)}
{pt3dadd(36.07,-82.09,-9.25,0.8)}
{pt3dadd(39.89,-84.92,-9.25,0.8)}
{pt3dadd(43.69,-91.66,-9.25,0.8)}
{pt3dadd(47.51,-97.32000000000001,-2.,0.48000000000000004)}
{pt3dadd(49.84,-103.60000000000001,-2.,0.48000000000000004)}
{pt3dadd(49.84,-103.4,-2.,0.48000000000000004)}
{pt3dadd(53.230000000000004,-111.2,-1.,0.48000000000000004)}
{pt3dadd(54.92,-119.10000000000001,-8.5,0.48000000000000004)}
{pt3dadd(55.980000000000004,-124.10000000000001,-6.25,0.48000000000000004)}
{pt3dadd(56.61,-127.60000000000001,-7.5,0.48000000000000004)}
{pt3dadd(61.9,-136.9,-0.75,0.48000000000000004)}
{pt3dadd(64.86,-141.9,-8.5,0.48000000000000004)}
{pt3dadd(68.26,-151.70000000000002,-2.5,0.48000000000000004)}
{pt3dadd(70.8,-156.9,-2.25,0.48000000000000004)}
{pt3dadd(70.58,-156.9,-2.25,0.48000000000000004)}
{pt3dadd(69.94,-159.5,7.5,0.48000000000000004)}
{pt3dadd(69.94,-159.70000000000002,7.5,0.48000000000000004)}
{pt3dadd(73.34,-162.8,-5.,0.48000000000000004)}
{pt3dadd(78.2,-174.10000000000002,-4.,0.48000000000000004)}
{pt3dadd(80.12,-176.9,-3.75,0.48000000000000004)}
{pt3dadd(80.12,-176.70000000000002,-3.75,0.48000000000000004)}
{pt3dadd(80.12,-179.60000000000002,-17.75,0.48000000000000004)}
{pt3dadd(79.91,-179.60000000000002,-17.75,0.48000000000000004)}
{pt3dadd(85.83,-190.20000000000002,-16.5,0.48000000000000004)}
{pt3dadd(87.53,-193.9,-19.75,0.48000000000000004)}
{pt3dadd(87.53,-193.70000000000002,-19.75,0.48000000000000004)}
{pt3dadd(89.43,-198.5,-12.,0.48000000000000004)}
{pt3dadd(95.57000000000001,-206.5,-34.5,0.48000000000000004)}
{pt3dadd(99.17,-208.9,-35.5,0.48000000000000004)}
{pt3dadd(98.95,-209.10000000000002,-31.25,0.48000000000000004)}

{dendrite[37.] connect dendrite[41.](0), 1}
{access dendrite[41.]}
{pt3dclear()}
{pt3dadd(24.21,-51.63,-9.5,1.44)}
{pt3dadd(32.05,-50.33,-15.5,0.8)}
{pt3dadd(32.25,-50.980000000000004,-20.,0.8)}

{dendrite[41.] connect dendrite[42.](0), 1}
{access dendrite[42.]}
{pt3dclear()}
{pt3dadd(32.25,-50.980000000000004,-20.,0.8)}
{pt3dadd(34.79,-54.03,-12.75,1.12)}
{pt3dadd(38.4,-57.72,-12.5,1.12)}
{pt3dadd(40.09,-62.95,-12.5,1.12)}
{pt3dadd(42.64,-62.72,-12.5,1.12)}
{pt3dadd(46.660000000000004,-69.91,-5.5,1.12)}
{pt3dadd(46.44,-74.47,-17.,1.12)}
{pt3dadd(50.050000000000004,-79.25,-16.75,1.12)}
{pt3dadd(49.620000000000005,-79.48,-16.5,1.12)}

{dendrite[42.] connect dendrite[43.](0), 1}
{access dendrite[43.]}
{pt3dclear()}
{pt3dadd(49.620000000000005,-79.48,-16.5,1.12)}
{pt3dadd(50.69,-83.39,-10.75,1.12)}
{pt3dadd(50.69,-83.18,-10.75,1.12)}
{pt3dadd(51.74,-91.01,-16.,1.12)}
{pt3dadd(58.09,-101.5,-5.75,1.12)}
{pt3dadd(65.93,-108.4,-5.75,0.8)}
{pt3dadd(70.58,-114.30000000000001,-5.75,0.8)}
{pt3dadd(74.4,-118.,-5.75,0.8)}
{pt3dadd(75.24,-120.80000000000001,-4.75,0.8)}
{pt3dadd(78.2,-123.60000000000001,-4.75,0.8)}
{pt3dadd(80.32000000000001,-129.1,-10.25,0.8)}
{pt3dadd(80.32000000000001,-128.9,-10.25,0.8)}
{pt3dadd(85.83,-132.6,-19.75,0.8)}
{pt3dadd(85.61,-132.6,-19.75,0.8)}
{pt3dadd(89.64,-143.9,-19.75,0.8)}
{pt3dadd(89.86,-152.4,-19.75,0.8)}
{pt3dadd(89.64,-158.,-19.75,0.8)}
{pt3dadd(93.66,-165.20000000000002,-19.5,0.8)}
{pt3dadd(96.2,-171.10000000000002,-21.5,0.8)}
{pt3dadd(100.2,-179.60000000000002,-22.25,0.8)}
{pt3dadd(110.2,-193.3,-20.5,0.8)}
{pt3dadd(117.2,-203.3,-25.75,0.8)}
{pt3dadd(117.,-203.3,-25.75,0.8)}
{pt3dadd(121.80000000000001,-206.3,-25.5,0.8)}
{pt3dadd(123.7,-206.5,-25.5,0.8)}
{pt3dadd(134.70000000000002,-217.,-25.5,0.8)}
{pt3dadd(134.5,-217.,-25.25,0.8)}

{dendrite[42.] connect dendrite[44.](0), 1}
{access dendrite[44.]}
{pt3dclear()}
{pt3dadd(49.620000000000005,-79.48,-16.5,1.12)}
{pt3dadd(58.93,-81.,-18.75,1.12)}
{pt3dadd(61.690000000000005,-82.53,-18.75,1.12)}
{pt3dadd(64.03,-84.04,-18.5,1.12)}
{pt3dadd(64.23,-83.83,-18.5,1.12)}
{pt3dadd(68.26,-81.44,-11.75,1.12)}
{pt3dadd(69.73,-84.69,-6.75,1.12)}
{pt3dadd(73.97,-84.27,-22.75,1.12)}
{pt3dadd(75.24,-86.65,-22.75,0.8)}
{pt3dadd(78.2,-85.13,-22.5,0.8)}
{pt3dadd(90.91,-92.09,-23.5,0.8)}
{pt3dadd(92.18,-92.32000000000001,-22.75,0.8)}

{dendrite[44.] connect dendrite[45.](0), 1}
{access dendrite[45.]}
{pt3dclear()}
{pt3dadd(92.18,-92.32000000000001,-22.75,0.8)}
{pt3dadd(99.38,-97.32000000000001,-25.5,0.8)}
{pt3dadd(102.30000000000001,-100.4,-14.75,0.48000000000000004)}
{pt3dadd(106.2,-101.7,-14.75,0.48000000000000004)}
{pt3dadd(110.4,-105.2,-10.,0.48000000000000004)}
{pt3dadd(114.2,-103.60000000000001,-25.,0.48000000000000004)}
{pt3dadd(114.2,-103.4,-25.,0.48000000000000004)}
{pt3dadd(115.,-106.2,-10.25,0.48000000000000004)}
{pt3dadd(116.10000000000001,-105.80000000000001,-10.25,0.48000000000000004)}
{pt3dadd(117.4,-107.5,-10.25,0.48000000000000004)}
{pt3dadd(120.10000000000001,-104.9,-10.25,0.48000000000000004)}
{pt3dadd(120.30000000000001,-104.7,-10.25,0.48000000000000004)}
{pt3dadd(123.5,-106.9,-11.5,0.48000000000000004)}
{pt3dadd(123.5,-107.10000000000001,-11.5,0.48000000000000004)}
{pt3dadd(125.4,-106.7,-11.5,0.48000000000000004)}
{pt3dadd(137.5,-110.2,-4.,0.48000000000000004)}
{pt3dadd(137.5,-109.9,-4.,0.48000000000000004)}
{pt3dadd(143.9,-114.7,-12.,0.48000000000000004)}
{pt3dadd(153.60000000000002,-122.30000000000001,-33.75,0.48000000000000004)}
{pt3dadd(153.4,-122.30000000000001,-22.,0.48000000000000004)}

{dendrite[44.] connect dendrite[46.](0), 1}
{access dendrite[46.]}
{pt3dclear()}
{pt3dadd(92.18,-92.32000000000001,-22.75,0.8)}
{pt3dadd(93.87,-91.44,-22.75,0.8)}
{pt3dadd(94.08,-91.44,-22.5,0.8)}
{pt3dadd(96.,-94.06,-31.5,0.8)}
{pt3dadd(100.2,-95.14,-19.,0.8)}
{pt3dadd(100.,-95.14,-19.25,0.8)}
{pt3dadd(100.9,-96.45,-19.5,0.8)}
{pt3dadd(101.10000000000001,-96.45,-19.5,0.8)}
{pt3dadd(106.60000000000001,-95.79,-20.,0.8)}
{pt3dadd(115.,-99.5,-34.,0.8)}
{pt3dadd(117.80000000000001,-100.10000000000001,-33.75,0.8)}
{pt3dadd(119.5,-99.5,-33.75,0.8)}
{pt3dadd(119.7,-99.27,-33.75,0.8)}
{pt3dadd(122.,-102.5,-36.25,0.8)}
{pt3dadd(126.5,-104.10000000000001,-38.5,0.8)}
{pt3dadd(128.4,-108.4,-36.,0.8)}
{pt3dadd(128.6,-108.2,-35.75,0.8)}
{pt3dadd(132.,-106.5,-35.75,0.8)}
{pt3dadd(132.20000000000002,-106.2,-35.75,0.8)}
{pt3dadd(132.4,-106.,-35.75,0.8)}
{pt3dadd(132.6,-105.80000000000001,-36.5,0.8)}

{dendrite[41.] connect dendrite[47.](0), 1}
{access dendrite[47.]}
{pt3dclear()}
{pt3dadd(32.25,-50.980000000000004,-20.,0.8)}
{pt3dadd(38.4,-49.68,-19.5,0.48000000000000004)}
{pt3dadd(44.33,-48.59,-25.25,0.48000000000000004)}
{pt3dadd(49.84,-53.370000000000005,-25.25,0.48000000000000004)}
{pt3dadd(49.620000000000005,-53.370000000000005,-25.25,0.48000000000000004)}
{pt3dadd(56.39,-57.07,-25.25,0.48000000000000004)}
{pt3dadd(62.75,-55.77,-25.25,0.48000000000000004)}
{pt3dadd(62.96,-55.77,-25.25,0.48000000000000004)}
{pt3dadd(69.52,-58.81,-22.25,0.48000000000000004)}
{pt3dadd(70.37,-62.28,-29.5,0.48000000000000004)}
{pt3dadd(70.58,-62.28,-28.75,0.48000000000000004)}
{pt3dadd(77.57000000000001,-59.03,-40.75,0.48000000000000004)}
{pt3dadd(77.78,-59.03,-40.75,0.48000000000000004)}
{pt3dadd(88.15,-59.46,-43.5,0.48000000000000004)}
{pt3dadd(88.15,-59.24,-39.75,0.48000000000000004)}

{dendrite[28.] connect axon[0.](0), 1}
{access axon[0.]}
{pt3dclear()}
{pt3dadd(0.49200000000000005,-14.43,-8.,1.44)}
{pt3dadd(-1.835,-14.870000000000001,-8.25,1.12)}
{pt3dadd(-1.623,-19.87,-8.25,1.12)}
{pt3dadd(-0.9840000000000001,-24.43,-8.25,1.12)}
{pt3dadd(1.982,-29.22,-6.25,1.12)}
{pt3dadd(4.948,-31.830000000000002,-13.25,1.12)}
{pt3dadd(10.03,-37.71,-8.25,1.12)}
{pt3dadd(9.815,-44.24,-11.5,1.12)}

{axon[0.] connect axon[1.](0), 1}
{access axon[1.]}
{pt3dclear()}
{pt3dadd(9.815,-44.24,-11.5,1.12)}
{pt3dadd(9.563,-44.21,-36.5,0.8)}
{pt3dadd(12.950000000000001,-43.89,-7.25,0.8)}
{pt3dadd(15.23,-43.39,-7.25,0.8)}
{pt3dadd(16.94,-42.33,-7.25,0.8)}
{pt3dadd(20.1,-38.96,-7.25,0.8)}
{pt3dadd(23.69,-36.59,-7.25,0.8)}
{pt3dadd(23.900000000000002,-36.53,-7.25,0.8)}
{pt3dadd(21.52,-34.62,-43.,0.8)}
{pt3dadd(20.95,-32.08,-44.5,0.8)}
{pt3dadd(26.28,-27.76,-43.75,0.8)}
{pt3dadd(21.01,-25.59,-44.75,0.8)}
{pt3dadd(25.91,-30.96,-44.75,0.8)}
{pt3dadd(28.6,-33.26,-50.75,0.8)}
{pt3dadd(30.96,-33.18,-41.,0.8)}
{pt3dadd(33.34,-32.2,-41.,0.8)}
{pt3dadd(33.56,-32.160000000000004,-41.,0.8)}
{pt3dadd(34.65,-34.14,-64.5,0.8)}
{pt3dadd(38.12,-30.240000000000002,-76.,0.8)}
{pt3dadd(40.87,-33.86,-77.,0.8)}
{pt3dadd(40.92,-34.08,-77.,0.8)}
{pt3dadd(41.75,-36.79,-76.,0.8)}
{pt3dadd(42.410000000000004,-36.85,-76.,0.8)}
{pt3dadd(45.9,-34.97,-54.25,0.8)}
{pt3dadd(46.36,-39.99,-80.75,0.8)}
{pt3dadd(46.32,-39.78,-80.75,0.8)}
{pt3dadd(46.2,-40.25,-81.25,0.8)}

{axon[0.] connect axon[2.](0), 1}
{access axon[2.]}
{pt3dclear()}
{pt3dadd(9.815,-44.24,-11.5,1.12)}
{pt3dadd(11.08,-50.980000000000004,-11.5,1.12)}
{pt3dadd(12.780000000000001,-53.15,-11.5,1.12)}
{pt3dadd(18.080000000000002,-52.72,-11.5,1.12)}
{pt3dadd(18.29,-52.72,-11.5,1.12)}
{pt3dadd(20.400000000000002,-59.24,-11.5,1.12)}
{pt3dadd(19.34,-65.56,-12.5,1.12)}
{pt3dadd(19.34,-65.77,-12.5,1.12)}
{pt3dadd(21.67,-71.,-12.5,1.12)}
{pt3dadd(22.09,-79.04,-12.5,1.12)}
{pt3dadd(29.5,-89.04,0.,1.12)}
{pt3dadd(31.63,-97.53,0.5,1.12)}
{pt3dadd(28.240000000000002,-103.80000000000001,10.25,1.12)}
{pt3dadd(37.13,-102.30000000000001,-2.25,1.12)}
{pt3dadd(37.550000000000004,-102.80000000000001,5.25,1.12)}

{axon[2.] connect axon[3.](0), 1}
{access axon[3.]}
{pt3dclear()}
{pt3dadd(37.550000000000004,-102.80000000000001,5.25,1.12)}
{pt3dadd(39.46,-101.7,5.25,0.48000000000000004)}
{pt3dadd(42.84,-100.60000000000001,5.25,0.48000000000000004)}
{pt3dadd(49.2,-95.36,-1.,0.48000000000000004)}
{pt3dadd(49.2,-95.57000000000001,-1.,0.48000000000000004)}
{pt3dadd(55.550000000000004,-94.48,-4.25,0.16)}
{pt3dadd(61.690000000000005,-90.79,-4.75,0.16)}
{pt3dadd(72.07000000000001,-88.18,-14.25,0.16)}
{pt3dadd(82.45,-84.92,-8.,0.16)}
{pt3dadd(82.66,-84.69,-8.,0.16)}
{pt3dadd(84.99,-84.27,-20.5,0.16)}
{pt3dadd(88.79,-81.88,-17.5,0.16)}
{pt3dadd(94.51,-82.09,-14.75,0.16)}
{pt3dadd(94.3,-82.09,-14.75,0.16)}
{pt3dadd(97.05,-77.3,-26.25,0.16)}
{pt3dadd(96.84,-77.3,-26.25,0.16)}
{pt3dadd(101.9,-76.21000000000001,-26.5,0.16)}
{pt3dadd(101.9,-76.,-26.5,0.16)}
{pt3dadd(105.10000000000001,-70.12,-34.5,0.16)}
{pt3dadd(110.2,-69.04,-35.,0.16)}
{pt3dadd(112.10000000000001,-67.3,-44.75,0.16)}
{pt3dadd(112.30000000000001,-67.3,-44.75,0.16)}
{pt3dadd(118.60000000000001,-67.3,-27.75,0.16)}
{pt3dadd(118.60000000000001,-67.07000000000001,-28.25,0.16)}
{pt3dadd(121.80000000000001,-65.77,-42.75,0.16)}
{pt3dadd(121.80000000000001,-65.56,-42.5,0.16)}
{pt3dadd(122.,-65.56,-42.75,0.16)}
{pt3dadd(130.9,-61.21,-49.75,0.16)}
{pt3dadd(136.,-58.81,-56.5,0.16)}
{pt3dadd(136.20000000000002,-58.81,-56.75,0.16)}
{pt3dadd(136.20000000000002,-58.59,-55.5,0.16)}
{pt3dadd(140.70000000000002,-55.77,-51.25,0.16)}
{pt3dadd(140.20000000000002,-55.77,-54.5,0.16)}

{axon[2.] connect axon[4.](0), 1}
{access axon[4.]}
{pt3dclear()}
{pt3dadd(37.550000000000004,-102.80000000000001,5.25,1.12)}
{pt3dadd(34.17,-114.30000000000001,14.25,1.12)}
{pt3dadd(37.13,-115.4,14.,1.12)}
{pt3dadd(35.01,-120.60000000000001,13.75,1.12)}
{pt3dadd(38.18,-127.30000000000001,6.,1.12)}
{pt3dadd(43.9,-136.3,15.75,1.12)}
{pt3dadd(48.77,-136.3,15.75,1.12)}
{pt3dadd(49.84,-138.,19.75,0.8)}
{pt3dadd(54.7,-138.,12.5,0.8)}
{pt3dadd(53.230000000000004,-137.6,3.75,0.8)}
{pt3dadd(59.78,-136.9,3.75,0.8)}
{pt3dadd(60.,-136.9,3.75,0.8)}
{pt3dadd(63.39,-138.4,3.,0.8)}
{pt3dadd(62.11,-139.70000000000002,3.,0.8)}
{pt3dadd(62.11,-137.8,3.,0.8)}
{pt3dadd(62.32,-137.8,3.,0.8)}
{pt3dadd(70.8,-135.4,-0.5,0.8)}
{pt3dadd(75.66,-133.20000000000002,-12.5,0.8)}
{pt3dadd(75.88,-132.8,4.5,0.48000000000000004)}

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