Functional structure of mitral cell dendritic tuft (Djurisic et al. 2008)

 Download zip file   Auto-launch 
Help downloading and running models
Accession:136026
The computational modeling component of Djurisic et al. 2008 addressed two primary questions: whether amplification by active currents is necessary to explain the relatively mild attenuation suffered by tuft EPSPs spreading along the primary dendrite to the soma; what accounts for the relatively uniform peak EPSP amplitude throughout the tuft. These simulations show that passive spread from tuft to soma is sufficient to yield the low attenuation of tuft EPSPs, and that random distribution of a biologically plausible number of excitatory synapses throughout the tuft can produce the experimentally observed uniformity of depolarization.
Reference:
1 . Djurisic M, Popovic M, Carnevale N, Zecevic D (2008) Functional structure of the mitral cell dendritic tuft in the rat olfactory bulb. J Neurosci 28:4057-68 [PubMed]
Model Information (Click on a link to find other models with that property)
Model Type: Neuron or other electrically excitable cell;
Brain Region(s)/Organism: Olfactory bulb;
Cell Type(s): Olfactory bulb main mitral GLU cell;
Channel(s): I K; I Sodium;
Gap Junctions:
Receptor(s):
Gene(s):
Transmitter(s):
Simulation Environment: NEURON;
Model Concept(s): Dendritic Action Potentials; Active Dendrites; Synaptic Integration; Olfaction;
Implementer(s): Carnevale, Ted [Ted.Carnevale at Yale.edu];
Search NeuronDB for information about:  Olfactory bulb main mitral GLU cell; I K; I Sodium;
objectvar save_window_, rvp_
objectvar scene_vector_[7]
objectvar ocbox_, ocbox_list_, scene_, scene_list_
{ocbox_list_ = new List()  scene_list_ = new List()}

//Begin CellBuild[0]
{
load_file("celbild.hoc", "CellBuild")
}
{ocbox_ = new CellBuild(1)}
{object_push(ocbox_)}
{
version(5.7)
continuous = 1
}
{object_push(topol)}
{
first = 0
slist.remove_all()
sname = "dend"
objref tobj
}
{
tobj = new CellBuildSection("soma",0, 0, tobj, 1) slist.append(tobj)
  tobj.position(-2.61011,2.39773,16.5326,21.755) tobj.lx=6.96123 tobj.ly=12.0764 tobj.i3d=21
tobj = new CellBuildSection("axon",0, 0, tobj, 0.5) slist.append(tobj)
tobj.parent=slist.object(0)
  tobj.position(6.96124,12.0764,-64.21,-99.37) tobj.lx=-31.7 tobj.ly=-48.835 tobj.i3d=57
  tobj.logstyle(6.50533, 11.6154, -0.236583)
tobj = new CellBuildSection("dend",0, 0, tobj, 0.5) slist.append(tobj)
tobj.parent=slist.object(0)
  tobj.position(6.96124,12.0764,-445.37,345.68) tobj.lx=-220.335 tobj.ly=180.895 tobj.i3d=103
  tobj.logstyle(6.50533, 11.6154, -0.236583)
tobj = new CellBuildSection("dend",1, 0, tobj, 0.5) slist.append(tobj)
tobj.parent=slist.object(0)
  tobj.position(6.96124,12.0764,-23.86,22.36) tobj.lx=-13.275 tobj.ly=15.735 tobj.i3d=11
  tobj.logstyle(6.50533, 11.6154, -0.236583)
tobj = new CellBuildSection("dend",2, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(3)
  tobj.position(-23.86,22.36,-25.11,33.24) tobj.lx=-24.485 tobj.ly=27.8 tobj.i3d=4
tobj = new CellBuildSection("dend",3, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(3)
  tobj.position(-23.86,22.36,-51.79,29.24) tobj.lx=-37.825 tobj.ly=25.8 tobj.i3d=6
tobj = new CellBuildSection("apic",0, 0, tobj, 0.5) slist.append(tobj)
tobj.parent=slist.object(0)
  tobj.position(6.96124,12.0764,25.18,31.01) tobj.lx=20.42 tobj.ly=25.88 tobj.i3d=6
  tobj.logstyle(6.50533, 11.6154, -0.236583)
tobj = new CellBuildSection("apic",1, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(6)
  tobj.position(25.18,31.01,158.58,348.45) tobj.lx=91.88 tobj.ly=189.73 tobj.i3d=107
tobj = new CellBuildSection("apic",2, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(7)
  tobj.position(158.58,348.45,160.21,353.7) tobj.lx=159.395 tobj.ly=351.075 tobj.i3d=4
tobj = new CellBuildSection("apic",3, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(8)
  tobj.position(160.21,353.7,165.11,378.54) tobj.lx=162.66 tobj.ly=366.12 tobj.i3d=9
tobj = new CellBuildSection("apic",4, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(9)
  tobj.position(165.11,378.54,160.72,390.55) tobj.lx=162.915 tobj.ly=384.545 tobj.i3d=9
tobj = new CellBuildSection("apic",5, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(10)
  tobj.position(160.72,390.55,160.97,390.8) tobj.lx=160.845 tobj.ly=390.675 tobj.i3d=2
tobj = new CellBuildSection("apic",6, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(11)
  tobj.position(160.97,390.8,144.31,418.68) tobj.lx=152.64 tobj.ly=404.74 tobj.i3d=17
tobj = new CellBuildSection("apic",7, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(12)
  tobj.position(144.31,418.68,142.31,420.55) tobj.lx=143.31 tobj.ly=419.615 tobj.i3d=3
tobj = new CellBuildSection("apic",8, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(13)
  tobj.position(142.31,420.55,131.66,439.18) tobj.lx=136.985 tobj.ly=429.865 tobj.i3d=15
tobj = new CellBuildSection("apic",9, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(13)
  tobj.position(142.31,420.55,136.92,423.55) tobj.lx=139.615 tobj.ly=422.05 tobj.i3d=5
tobj = new CellBuildSection("apic",10, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(12)
  tobj.position(144.31,418.68,137.55,432.43) tobj.lx=140.93 tobj.ly=425.555 tobj.i3d=9
tobj = new CellBuildSection("apic",11, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(11)
  tobj.position(160.97,390.8,126.77,433.92) tobj.lx=143.87 tobj.ly=412.36 tobj.i3d=30
tobj = new CellBuildSection("apic",12, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(10)
  tobj.position(160.72,390.55,133.67,420.3) tobj.lx=147.195 tobj.ly=405.425 tobj.i3d=25
tobj = new CellBuildSection("apic",13, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(18)
  tobj.position(133.67,420.3,123.27,431.18) tobj.lx=128.47 tobj.ly=425.74 tobj.i3d=12
tobj = new CellBuildSection("apic",14, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(19)
  tobj.position(123.27,431.18,117.47,443.23) tobj.lx=120.37 tobj.ly=437.205 tobj.i3d=8
tobj = new CellBuildSection("apic",15, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(19)
  tobj.position(123.27,431.18,120.01,431.06) tobj.lx=121.64 tobj.ly=431.12 tobj.i3d=3
tobj = new CellBuildSection("apic",16, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(18)
  tobj.position(133.67,420.3,133.17,424.93) tobj.lx=133.42 tobj.ly=422.615 tobj.i3d=6
tobj = new CellBuildSection("apic",17, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(9)
  tobj.position(165.11,378.54,161.98,400.42) tobj.lx=163.545 tobj.ly=389.48 tobj.i3d=13
tobj = new CellBuildSection("apic",18, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(8)
  tobj.position(160.21,353.7,155.83,395.41) tobj.lx=158.02 tobj.ly=374.555 tobj.i3d=18
}
{
tobj = new CellBuildSection("apic",19, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(24)
  tobj.position(155.83,395.41,155.96,415.42) tobj.lx=155.895 tobj.ly=405.415 tobj.i3d=13
tobj = new CellBuildSection("apic",20, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(25)
  tobj.position(155.96,415.42,153.32,426.42) tobj.lx=154.64 tobj.ly=420.92 tobj.i3d=11
tobj = new CellBuildSection("apic",21, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(26)
  tobj.position(153.32,426.42,145.18,441.3) tobj.lx=149.25 tobj.ly=433.86 tobj.i3d=11
tobj = new CellBuildSection("apic",22, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(26)
  tobj.position(153.32,426.42,125.89,436.3) tobj.lx=139.605 tobj.ly=431.36 tobj.i3d=25
tobj = new CellBuildSection("apic",23, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(28)
  tobj.position(125.89,436.3,113.62,435.05) tobj.lx=119.755 tobj.ly=435.675 tobj.i3d=11
tobj = new CellBuildSection("apic",24, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(29)
  tobj.position(113.62,435.05,112.36,436.42) tobj.lx=112.99 tobj.ly=435.735 tobj.i3d=4
tobj = new CellBuildSection("apic",25, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(30)
  tobj.position(112.36,436.42,112.11,437.55) tobj.lx=112.235 tobj.ly=436.985 tobj.i3d=2
tobj = new CellBuildSection("apic",26, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(30)
  tobj.position(112.36,436.42,113.74,436.92) tobj.lx=113.05 tobj.ly=436.67 tobj.i3d=2
tobj = new CellBuildSection("apic",27, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(29)
  tobj.position(113.62,435.05,108.73,437.05) tobj.lx=111.175 tobj.ly=436.05 tobj.i3d=6
tobj = new CellBuildSection("apic",28, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(28)
  tobj.position(125.89,436.3,121.63,439.17) tobj.lx=123.76 tobj.ly=437.735 tobj.i3d=8
tobj = new CellBuildSection("apic",29, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(24)
  tobj.position(155.83,395.41,127.65,408.66) tobj.lx=141.74 tobj.ly=402.035 tobj.i3d=16
tobj = new CellBuildSection("apic",30, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(7)
  tobj.position(158.58,348.45,156.83,355.83) tobj.lx=157.705 tobj.ly=352.14 tobj.i3d=6
tobj = new CellBuildSection("apic",31, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(36)
  tobj.position(156.83,355.83,147.56,371.33) tobj.lx=152.195 tobj.ly=363.58 tobj.i3d=14
tobj = new CellBuildSection("apic",32, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(37)
  tobj.position(147.56,371.33,116.75,404.72) tobj.lx=132.155 tobj.ly=388.025 tobj.i3d=33
tobj = new CellBuildSection("apic",33, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(38)
  tobj.position(116.75,404.72,113.99,410.09) tobj.lx=115.37 tobj.ly=407.405 tobj.i3d=8
tobj = new CellBuildSection("apic",34, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(39)
  tobj.position(113.99,410.09,105.22,415.47) tobj.lx=109.605 tobj.ly=412.78 tobj.i3d=16
tobj = new CellBuildSection("apic",35, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(40)
  tobj.position(105.22,415.47,105.85,419.34) tobj.lx=105.535 tobj.ly=417.405 tobj.i3d=4
tobj = new CellBuildSection("apic",36, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(41)
  tobj.position(105.85,419.34,93.32,435.6) tobj.lx=99.585 tobj.ly=427.47 tobj.i3d=23
tobj = new CellBuildSection("apic",37, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(41)
  tobj.position(105.85,419.34,110.73,415.84) tobj.lx=108.29 tobj.ly=417.59 tobj.i3d=5
tobj = new CellBuildSection("apic",38, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(40)
  tobj.position(105.22,415.47,89.06,410.84) tobj.lx=97.14 tobj.ly=413.155 tobj.i3d=10
tobj = new CellBuildSection("apic",39, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(39)
  tobj.position(113.99,410.09,117.5,406.59) tobj.lx=115.745 tobj.ly=408.34 tobj.i3d=8
tobj = new CellBuildSection("apic",40, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(45)
  tobj.position(117.5,406.59,123.39,398.59) tobj.lx=120.445 tobj.ly=402.59 tobj.i3d=7
tobj = new CellBuildSection("apic",41, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(46)
  tobj.position(123.39,398.59,126.52,395.34) tobj.lx=124.955 tobj.ly=396.965 tobj.i3d=5
tobj = new CellBuildSection("apic",42, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(46)
  tobj.position(123.39,398.59,120.88,396.09) tobj.lx=122.135 tobj.ly=397.34 tobj.i3d=4
tobj = new CellBuildSection("apic",43, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(48)
  tobj.position(120.88,396.09,119.25,391.21) tobj.lx=120.065 tobj.ly=393.65 tobj.i3d=4
}
{
tobj = new CellBuildSection("apic",44, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(48)
  tobj.position(120.88,396.09,116.12,396.59) tobj.lx=118.5 tobj.ly=396.34 tobj.i3d=6
tobj = new CellBuildSection("apic",45, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(45)
  tobj.position(117.5,406.59,118.5,418.72) tobj.lx=118 tobj.ly=412.655 tobj.i3d=12
tobj = new CellBuildSection("apic",46, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(38)
  tobj.position(116.75,404.72,112.61,405.59) tobj.lx=114.68 tobj.ly=405.155 tobj.i3d=5
tobj = new CellBuildSection("apic",47, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(52)
  tobj.position(112.61,405.59,114.49,390.96) tobj.lx=113.55 tobj.ly=398.275 tobj.i3d=11
tobj = new CellBuildSection("apic",48, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(52)
  tobj.position(112.61,405.59,107.48,407.72) tobj.lx=110.045 tobj.ly=406.655 tobj.i3d=6
tobj = new CellBuildSection("apic",49, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(37)
  tobj.position(147.56,371.33,128.52,430.72) tobj.lx=138.04 tobj.ly=401.025 tobj.i3d=58
tobj = new CellBuildSection("apic",50, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(55)
  tobj.position(128.52,430.72,124.76,440.6) tobj.lx=126.64 tobj.ly=435.66 tobj.i3d=11
tobj = new CellBuildSection("apic",51, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(55)
  tobj.position(128.52,430.72,129.65,436.6) tobj.lx=129.085 tobj.ly=433.66 tobj.i3d=7
tobj = new CellBuildSection("apic",52, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(57)
  tobj.position(129.65,436.6,127.14,438.22) tobj.lx=128.395 tobj.ly=437.41 tobj.i3d=5
tobj = new CellBuildSection("apic",53, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(57)
  tobj.position(129.65,436.6,128.15,437.35) tobj.lx=128.9 tobj.ly=436.975 tobj.i3d=3
tobj = new CellBuildSection("apic",54, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(36)
  tobj.position(156.83,355.83,131.76,442.09) tobj.lx=144.295 tobj.ly=398.96 tobj.i3d=66
tobj = new CellBuildSection("apic",55, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(60)
  tobj.position(131.76,442.09,128.5,444.22) tobj.lx=130.13 tobj.ly=443.155 tobj.i3d=5
tobj = new CellBuildSection("apic",56, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(60)
  tobj.position(131.76,442.09,126.75,438.72) tobj.lx=129.255 tobj.ly=440.405 tobj.i3d=5
tobj = new CellBuildSection("apic",57, 0, tobj, 1) slist.append(tobj)
tobj.parent=slist.object(6)
  tobj.position(25.18,31.01,210.57,100.77) tobj.lx=117.875 tobj.ly=65.89 tobj.i3d=120
all_init()
}
for i=0, slist.count-1 {slist.object(i).rdses()}
-2.61011 2.39773 -0.625145 4.231
-1.65297 3.36559 -0.584345 7.314
-0.695839 4.33346 -0.543546 10.7458
0.261294 5.30132 -0.502746 12.1964
1.21843 6.26918 -0.461947 12.3542
2.17556 7.23705 -0.421147 11.7865
3.13269 8.20491 -0.380348 11.369
4.08983 9.17278 -0.339548 11.1504
5.04696 10.1406 -0.298749 10.6731
6.00409 11.1085 -0.257949 9.98241
6.96123 12.0764 -0.21715 9.87338
7.91836 13.0442 -0.17635 9.67187
8.87549 14.0121 -0.135551 9.42571
9.83262 14.98 -0.0947515 9.20834
10.7898 15.9478 -0.053952 8.93581
11.7469 16.9157 -0.0131525 8.42867
12.704 17.8836 0.027647 7.81586
13.6612 18.8514 0.0684465 7.11567
14.6183 19.8193 0.109246 6.46108
15.5754 20.7871 0.150045 5.38669
16.5326 21.755 0.190845 3.03357
0.81 1.7 -2.47 4.38
0.18 -0.31 -2.47 3.51
-0.94 -2.31 -2.4 1.88
-1.95 -4.81 -2.33 1.5
-3.07 -7.43 -2.27 1
-3.57 -8.31 -2.4 1
-3.7 -9.81 -2.2 1
-2.82 -11.93 -2.33 1
-2.07 -13.06 -2.27 1
-3.2 -14.31 -2.33 1
-4.95 -14.93 -2.2 1
-5.84 -16.35 -1.53 1
-6.72 -18.98 -1.6 0.75
-6.97 -21.1 -1.53 0.75
-8.09 -24.1 -1.47 0.75
-9.22 -27.23 -1.6 0.75
-13.23 -28.73 -1.47 0.75
-12.73 -30.36 -1.53 0.75
-12.1 -32.86 -1.47 0.75
-12.85 -34.36 -1.47 0.75
-14.36 -35.86 -1.47 0.75
-15.49 -38.48 -1.6 0.75
-16.24 -40.11 4.2 0.63
-18.99 -42.73 6 0.63
-21 -45.11 5.2 0.5
-22.12 -47.36 5.13 0.5
-22.37 -49.24 5.33 0.5
-24.25 -50.99 5.13 0.5
-27.01 -54.36 5.2 0.5
-30.27 -57.99 5.2 0.5
-32.4 -59.74 5.13 0.5
-34.4 -61.74 5.13 0.5
-35.65 -63.86 14.93 0.5
-37.28 -66.24 14.86 0.5
-39.91 -71.62 14.93 0.5
-40.91 -73.62 14.86 0.5
-41.92 -74.74 14.86 0.5
-43.79 -75.62 17 0.38
-44.3 -76.87 16.86 0.38
-45.67 -78.49 17.53 0.38
-46.3 -78.99 17.4 0.38
-46.68 -78.99 17.46 0.38
-48.3 -80.49 17.73 0.38
-50.56 -81.62 20.53 0.38
-52.19 -82.62 20.53 0.38
-53.57 -84.24 20.59 0.38
-53.94 -85.49 20.66 0.38
-54.82 -86.87 22.86 0.38
-56.07 -88.12 22.93 0.38
-57.45 -89.49 22.86 0.38
-57.57 -91.12 22.99 0.38
-58.7 -93.12 22.86 0.38
-59.58 -94.5 22.66 0.38
-61.21 -95.62 22.53 0.38
-62.46 -97 28.73 0.38
-63.21 -98.12 28.66 0.38
-64.21 -99.37 28.66 0.38
4.7 16.11 10.46 0.88
3.82 17.36 0.8 0.5
2.95 18.73 -0.6 0.5
1.82 20.61 2.6 0.5
0.07 22.36 2.4 0.38
-4.69 25.73 -4.27 0.38
-8.58 28.36 -4.13 0.38
-11.71 32.24 -4.2 0.38
-15.47 39.86 -4.13 0.38
-17.1 43.99 -4.27 0.38
-19.23 51.24 -4.2 0.38
-20.1 55.99 -4.13 0.38
-23.73 66.99 -14.26 0.38
-28.49 76.25 -19.26 0.38
-30.12 81.25 -19.2 0.38
-30.37 85.75 -19.2 0.38
-30.12 89.75 -19.4 0.38
-31.88 97.75 -19.13 0.38
-34.01 109 -19.26 0.38
-34.26 112.38 -19.2 0.38
-35.01 120.51 -19.06 0.38
-37.01 131.38 -22.99 0.38
-38.52 135.13 -22.26 0.38
-44.4 142.01 -22.26 0.38
-53.3 149.26 -22.26 0.38
-59.69 154.89 -22.19 0.38
-65.7 161.89 -22.13 0.38
-69.33 168.14 -22.33 0.38
-73.09 174.39 -22.26 0.38
-74.84 177.52 -22.19 0.38
-77.47 183.77 -22.26 0.38
-78.85 187.77 -22.19 0.38
-80.48 189.52 -22.13 0.38
-82.86 192.65 -22.19 0.38
-85.11 195.52 -22.33 0.38
-87.12 197.02 -23.86 0.38
-88.75 199.02 -23.99 0.38
-91.75 202.9 -22.86 0.38
-92.5 203.65 -22.73 1
-93.38 205.15 -22.73 1
-94.88 207.03 -22.73 1
-97.14 208.9 -22.66 1
-99.9 210.9 -22.66 1
-102.28 212.4 -22.73 1
-105.41 214.15 -22.66 1
-108.54 215.78 -22.66 1
-113.42 217.9 -22.66 1
-118.43 219.4 -22.86 1
-120.44 220.4 -22.66 1
-123.32 222.78 -23.59 0.88
-127.33 223.53 -23.39 0.63
-133.34 224.65 -23.33 0.63
-135.72 224.78 -23.19 0.38
-139.48 224.9 -23.39 0.38
-144.74 225.53 -23.33 0.38
-146.87 227.03 -23.19 0.38
-160.65 235.03 -24.06 0.38
-164.66 237.16 -21.93 0.38
-173.3 241.91 -19.06 0.38
-176.68 243.41 -23.99 0.38
-184.45 244.91 -23.39 0.38
-190.71 247.16 -23.26 0.38
-197.85 250.29 -23.33 0.38
-200.86 251.66 -23.39 0.38
-204.74 252.91 -19.26 0.38
-208.62 253.29 -19.2 0.38
-211.13 252.79 -19.06 0.38
-214.14 252.16 -19.2 0.38
-218.77 251.16 -22.06 0.38
-225.16 250.41 -22.19 0.38
-230.67 249.79 -20.86 0.38
-235.93 249.54 -20.79 0.38
-241.07 250.04 -20.73 0.38
-248.58 251.29 -20.46 0.38
-257.48 252.79 -20.66 0.38
-271.88 254.79 -20.53 0.38
-278.4 256.91 -20.53 0.38
-282.03 257.66 -20.59 0.38
-287.67 259.79 -16.53 0.38
-297.81 263.54 -16.66 0.38
-302.32 265.04 -16.6 0.38
-312.72 268.04 -16.66 0.38
-318.48 270.67 -16.6 0.38
-321.74 271.42 -16.53 0.38
-325.75 272.04 -15.13 0.38
-331.01 272.54 -12.33 0.38
-334.39 274.04 -17.06 0.38
-340.03 277.79 -18.46 0.38
-347.17 283.79 -18.4 0.38
-349.42 285.29 -18.46 0.63
-352.43 286.92 -18.53 0.63
-356.81 289.67 -19.93 0.5
-361.32 293.55 -13.6 0.5
-369.59 298.42 -19.4 0.5
-376.1 302.55 -19.4 0.5
-380.61 304.05 -19.2 0.5
-386.5 306.92 -19.46 0.5
-397.02 314.17 -16.53 0.5
-406.29 321.05 -16.26 0.5
-417.69 328.43 -16.26 0.5
-430.22 335.43 -16.46 0.5
-437.36 340.31 -16.4 0.5
-445.37 345.68 -16.4 0.5
-2.69 9.11 3.87 3.51
-4.57 8.86 7.8 3.13
-7.33 9.23 8.2 2.76
-9.08 10.11 9.33 2.51
-11.08 11.36 10.93 2.51
-13.21 12.86 4.67 2.51
-15.84 14.48 3.93 2.51
-18.22 16.98 4.87 2.25
-20.85 19.48 0.8 2.25
-22.11 20.61 -3.27 2.76
-23.86 22.36 -5.27 2.76
-23.86 22.36 -5.27 2.51
-23.73 24.61 -6.13 2.51
-24.11 27.49 -7.2 2.51
-25.11 33.24 -7.8 2.51
-23.86 22.36 -5.27 2.51
-27.99 22.98 -3.27 2.51
-30.25 23.48 -7.13 2.51
-31.63 24.11 -7.2 2.51
-43.53 27.11 -25.66 2.13
-51.79 29.24 -25.59 2.13
15.66 20.75 0.4 6.01
16.66 22.26 0.4 5.51
18.79 24.88 0.33 4.63
20.79 26.88 -1.2 4.63
22.92 29.01 -1.27 4.63
25.18 31.01 -5.07 4.76
25.18 31.01 -5.07 4.38
26.68 32.76 -5.27 4.38
28.31 34.88 -5.27 3.76
29.81 36.63 -5.33 3.76
31.82 38.38 -5.2 3.76
33.57 40.26 -5.27 3.76
35.7 42.38 -5.33 3.76
38.08 44.13 -5.6 3.63
40.08 46.01 -5.27 3.63
42.97 48.14 -5.33 3.63
45.22 50.01 -5.27 3.63
49.86 53.51 -5.27 3.63
52.11 55.39 -5.47 3.63
53.86 57.01 -5.53 3.63
57.22 60.15 -5.53 3.63
59.46 61.72 -5.6 3.63
61.57 64.04 -5.73 3.51
63.63 66.87 -5.47 3.51
66.24 70.03 -5.53 3.26
68.66 73.38 -5.6 3.26
71.27 76.94 -5.8 3.26
72.9 79.49 -5.6 3.01
74.1 81.76 -5.67 3.01
74.68 82.75 -5.67 3.01
76.04 84.89 -5.67 3.01
77.54 87.14 -5.87 3.01
79.54 90.4 -5.8 3.01
82.17 94.65 -6 3.01
84.18 97.77 -5.67 3.01
85.68 101.4 -5.73 3.01
87.56 106.02 -5.8 2.76
89.19 110.4 -5.8 2.76
90.06 113.9 -9.06 2.76
90.57 117.65 -9.13 2.76
90.94 123.53 -9.13 2.76
91.19 127.15 -12.33 2.76
91.57 130.9 -12.2 2.76
91.69 134.66 -12.26 2.76
91.94 137.66 -12.2 2.76
92.57 141.53 -12.4 2.51
93.57 144.91 -12.26 2.51
94.2 147.91 -12.33 2.51
95.08 150.53 -12.2 2.51
96.2 152.78 -9.93 2.51
98.08 154.91 -8.53 2.51
99.58 156.91 -8 2.51
101.34 158.91 -5.8 2.51
103.34 160.41 -3.87 2.51
106.22 162.79 -2.2 2.51
108.1 164.29 -1.33 2.51
110.36 166.29 0.07 2.51
112.86 169.41 3.13 2.51
114.24 171.66 4.8 2.38
115.49 173.91 4.87 2.38
116.25 176.04 5 2.38
117.37 179.92 4.87 2.38
117.62 182.79 4.8 2.38
117.87 185.42 4.73 2.38
118.12 188.17 4.8 2.38
118.12 192.04 4.8 2.38
117.75 195.29 4.8 2.38
117.12 198.29 0.8 2.38
116.62 201.05 0.8 2.38
115.99 203.92 -3.67 2.38
115.37 206.67 -3.67 2.38
114.49 210.55 -3.67 2.38
113.49 213.92 -3.6 2.38
113.11 217.3 -3.67 2.38
112.86 220.05 -6 2.38
113.11 222.93 -6.2 2.38
113.74 225.93 -6.2 2.38
114.24 228.55 -6.13 2.38
115.49 232.93 -6.27 2.38
116.75 236.05 -6.66 2.38
118.5 240.18 -6.53 2.38
120.13 243.3 -6.66 2.38
122.01 246.43 -6.6 2.38
124.26 249.81 -6.73 2.38
126.39 252.56 -6.66 2.38
128.65 255.68 -2.47 2.38
130.78 259.93 1.07 2.38
132.91 263.81 4 2.38
134.41 267.31 6.27 2.38
135.91 271.56 7.66 2.38
137.54 275.44 8.8 2.38
138.42 278.06 11.06 2.38
139.54 281.19 12.2 2.38
141.17 284.44 12 2.38
142.05 287.44 12.13 2.38
143.93 290.94 12.2 2.38
145.68 293.32 13.2 2.38
147.81 296.69 13.2 2.38
149.44 299.44 12.73 2.38
151.19 302.94 13.86 2.38
153.32 307.19 13.2 2.38
154.83 311.07 16.46 2.38
156.33 315.32 18.86 2.51
156.96 318.7 21.66 2.51
157.21 321.7 25.39 2.51
157.83 324.7 31.33 2.51
158.21 329.95 33.32 2.51
158.71 334.7 33.26 2.51
158.96 338.7 34.52 2.51
159.21 342.33 30.33 2.76
159.09 345.33 28.79 3.01
158.58 348.45 28.73 3.01
158.58 348.45 28.86 1.88
158.58 348.45 28.86 2
159.71 351.08 28.86 2
160.21 352.7 28.93 2
160.21 353.7 28.79 2
160.21 353.7 28.79 2
160.22 355.04 27.06 2
161.98 358.29 27.13 2
162.73 362.04 27.26 2
163.35 365.29 27.06 1.88
163.73 367.54 27.13 1.88
164.23 371.67 27.13 1.88
164.86 376.67 27.13 1.88
165.11 378.54 26.79 1.88
165.11 378.54 26.79 1.5
164.73 380.29 28.66 1.5
164.61 382.29 26.93 1.5
163.73 384.54 25.13 1.5
163.1 386.17 25.26 1.5
162.35 387.42 24.33 1.75
161.85 388.8 25.39 1.75
161.23 389.8 24.33 1.75
160.72 390.55 22.33 2.51
160.72 390.55 22.33 0.88
160.97 390.8 25.06 0.88
160.97 390.8 25.06 1
160.6 392.42 25.13 1
160.72 394.17 25.19 1
160.6 396.42 25.26 0.88
159.47 397.92 25.93 0.88
157.47 400.92 23.53 0.88
156.09 404.05 23.39 0.88
154.46 406.42 23.19 0.88
152.96 407.92 19.8 0.88
151.45 409.43 17.26 0.63
150.58 411.55 16.53 0.63
149.58 412.68 17.66 0.63
148.7 413.93 17.73 0.63
148.07 415.05 17.73 0.63
146.57 415.68 17.73 0.63
145.57 416.55 17.8 0.5
144.31 418.68 17.53 0.5
144.31 418.68 17.53 0.63
143.56 419.43 17.53 0.63
142.31 420.55 17.6 0.63
142.31 420.55 17.6 0.13
142.94 420.93 17.93 0.13
142.94 422.3 17.86 0.13
141.81 423.43 17.73 0.13
140.56 425.43 18.4 0.13
139.05 427.43 18.66 0.13
138.3 429.3 18.66 0.13
136.55 431.06 18.73 0.13
136.05 432.43 18.73 0.13
135.67 433.93 20.73 0.13
135.55 433.93 18.2 0.13
134.67 435.68 18.2 0.13
133.54 437.43 18.13 0.13
132.16 438.18 18 0.13
131.66 439.18 17.66 0.13
142.31 420.55 17.6 0.5
141.81 421.18 17.46 0.5
140.68 421.8 19.86 0.38
138.18 423.05 13.4 0.38
136.92 423.55 10.26 0.38
144.31 418.68 17.53 0.5
144.57 420.93 19.13 0.5
144.82 422.8 19.2 0.5
143.94 424.8 19.13 0.5
142.81 426.43 19.13 0.5
141.56 428.93 19.4 0.38
140.68 430.56 19.13 0.38
139.18 431.68 17.46 0.38
137.55 432.43 19.93 0.38
160.97 390.8 25.06 0.75
161.85 392.55 24.99 0.75
161.73 394.17 24.93 0.75
161.6 396.55 25.06 0.75
160.72 398.3 24.93 0.75
159.35 399.67 22.26 0.75
158.59 401.55 22.26 0.75
158.47 404.17 21.06 1
157.97 406.92 20.93 1
157.34 408.55 20.66 1
157.09 410.43 25.06 1
154.33 415.67 25.06 0.75
152.57 416.29 23.39 0.75
151.07 418.29 23.66 0.75
149.57 419.92 23.19 0.75
147.69 421.42 21.46 0.63
146.56 422.92 21.53 0.63
145.56 424.42 20.26 0.5
143.55 426.67 20.33 0.5
141.55 428.04 20.26 0.5
140.67 429.29 20.46 0.5
139.55 430.17 19.8 0.5
137.92 430.79 19.66 0.5
137.92 430.79 19.73 0.63
136.16 431.29 19.53 0.63
133.66 432.42 17.2 0.5
131.9 433.05 15.93 0.5
130.28 433.42 18.4 0.5
128.52 433.8 16.4 0.5
126.77 433.92 16.33 0.5
160.72 390.55 22.33 1.38
158.72 391.42 21.66 1.38
156.72 392.3 18.6 1.38
155.09 393.8 14.8 1.38
153.58 394.42 14.66 1.13
151.96 395.05 12.6 1.13
149.7 396.3 14.86 1
147.32 398.3 16.2 1
145.94 400.42 18.2 1
144.69 401.8 19.26 1
143.06 403.05 15.86 1
141.43 404.3 15.8 1
140.93 405.8 15.86 1
140.43 406.92 14.73 1
139.55 408.18 14.6 1
139.55 409.18 14.46 1
139.93 409.93 14.53 0.88
139.3 411.43 15.8 0.88
138.18 412.43 16.26 0.88
137.17 412.93 16.33 0.88
136.3 415.43 16.46 0.88
135.92 417.3 17.86 0.88
135.17 418.55 17.86 0.88
134.17 419.93 17.8 0.75
133.67 420.3 17.86 0.5
133.67 420.3 17.86 0.38
132.54 420.55 18.26 0.38
131.29 421.18 18.13 0.38
130.54 422.3 17 0.38
129.91 423.68 17 0.5
129.41 424.93 16.93 0.5
128.41 426.05 16.93 0.5
127.4 427.05 17.06 0.5
126.4 428.05 16.86 0.5
125.15 429.43 16.2 0.5
124.15 430.68 16.26 0.5
123.27 431.18 16.26 0.5
123.27 431.18 16.26 0.25
122.14 432.68 16.06 0.25
121.64 433.43 15.93 0.25
120.01 436.68 16 0.25
119.76 438.56 16.8 0.25
119.01 440.31 16.86 0.25
118.51 441.93 17 0.25
117.47 443.23 16.93 0.25
123.27 431.18 16.26 0.13
121.77 431.06 16.66 0.13
120.01 431.06 18.6 0.13
133.67 420.3 17.86 0.13
133.04 421.43 18.26 0.13
132.67 422.55 18.13 0.13
133.04 423.55 18.2 0.13
133.42 424.55 18.26 0.13
133.17 424.93 18.26 0.13
165.11 378.54 26.79 0.75
166.11 381.79 25.13 0.75
166.61 384.54 25.19 0.75
166.49 388.17 28.26 0.75
166.36 389.55 24.99 1
165.73 391.42 26.93 1
165.86 393.42 28.46 1
165.86 395.42 27.19 0.75
165.48 397.3 26.19 0.75
164.86 398.42 23.99 0.75
163.98 399.67 23.73 1.13
162.73 400.3 22.33 1.13
161.98 400.42 22.93 1.13
160.21 353.7 28.79 1.13
160.34 357.21 28.93 1.13
160.59 359.96 28.93 1.13
160.84 364.46 28.79 1.13
160.71 367.58 28.86 1.13
160.96 370.08 28.93 1.13
161.34 372.71 30.66 1.13
161.84 376.16 31.19 1.13
161.59 379.03 31.19 1.13
161.22 381.91 31.33 1.13
160.21 384.41 32.53 1.13
160.09 386.41 30.26 1.13
159.34 388.16 30.06 1.38
158.59 389.79 30.13 1.38
157.83 391.79 29.99 1.13
157.21 393.16 30.06 1.13
156.71 394.41 30.13 1.63
155.83 395.41 29.59 2
155.83 395.41 29.59 1.13
155.96 396.91 29.86 1.13
156.08 398.66 31.26 0.88
156.33 400.16 30.79 0.88
156.08 402.41 30.06 0.88
155.96 405.16 28.06 0.88
156.08 407.29 26.79 0.88
156.21 408.79 26.39 0.88
156.46 410.04 26.46 1
156.46 411.67 26.46 1
155.96 413.29 26.46 1
155.83 414.54 26.46 1
155.96 415.42 27.39 1
155.96 415.42 27.39 0.63
155.96 416.42 27.46 0.63
155.83 417.79 27.39 0.5
154.7 419.17 27.46 0.5
154.08 419.92 29.26 0.63
153.57 421.54 29.26 0.63
153.07 422.67 29.33 0.63
153.07 424.17 29.33 0.63
153.2 424.79 29.33 0.88
153.32 425.42 29.33 0.88
153.32 426.42 29.33 1.13
153.32 426.42 29.33 0.5
153.07 427.67 29.93 0.5
152.95 429.54 30.86 0.5
152.57 430.67 29.99 0.5
152.2 431.79 28.66 0.5
150.82 433.55 28.06 0.5
149.69 434.67 27.06 0.5
147.94 436.17 27.26 0.5
146.81 437.55 27.19 0.5
145.68 439.17 27.19 0.5
145.18 441.3 26.19 0.5
153.32 426.42 29.33 0.63
152.32 427.54 29.26 0.63
151.57 428.54 29.33 0.63
151.07 429.79 29.33 0.63
150.82 431.42 29.39 0.63
150.32 432.42 29.26 0.63
149.57 432.79 29.26 0.63
148.69 432.92 29.26 0.63
147.56 432.54 29.26 0.63
146.81 432.92 29.33 0.63
145.81 433.67 29.39 0.63
144.93 434.67 29.33 0.63
143.68 434.42 29.39 0.63
141.42 433.42 31.19 0.63
140.17 433.05 31.19 0.63
139.67 433.05 31.13 0.63
138.92 433.8 29.73 0.63
137.92 434.55 29.66 0.63
136.29 434.92 27.93 0.63
132.53 434.92 26.73 0.63
130.78 435.05 26.86 0.63
129.15 435.17 26.79 0.63
127.77 435.67 26.79 0.63
126.64 436.05 26.93 0.63
125.89 436.3 26.79 0.88
125.89 436.3 26.79 0.75
125.39 436.05 26.86 0.75
124.01 436.17 26.79 0.75
122.76 436.55 26.79 0.75
120.76 435.8 26.79 0.75
120 434.67 25.79 0.75
118.25 434.3 25.79 0.75
115.87 433.42 25.79 0.75
115.49 433.42 25.79 0.75
114.37 434.05 25.66 0.63
113.62 435.05 25.73 0.88
113.62 435.05 25.73 0.5
113.24 435.55 25.53 0.5
112.86 436.05 25.66 0.5
112.36 436.42 25.93 0.38
112.36 436.42 25.93 0.25
112.11 437.55 25.66 0.25
112.36 436.42 25.93 0.38
113.74 436.92 25.59 0.38
113.62 435.05 25.73 0.5
112.11 435.17 26.59 0.5
111.11 435.17 26.66 0.5
109.73 435.92 26.59 0.5
109.11 436.3 26.66 0.5
108.73 437.05 26.73 0.5
125.89 436.3 26.79 0.13
124.64 437.17 25.33 0.13
123.39 437.3 25.33 0.13
122.26 437.55 25.13 0.13
121.38 438.05 25.13 0.13
121.01 438.8 25.19 0.13
121.01 439.3 25.19 0.13
121.63 439.17 25.26 0.13
155.83 395.41 29.59 0.75
154.2 396.91 29.26 0.75
152.45 399.04 25.26 0.63
151.32 400.29 24.66 0.63
150.07 401.54 24.46 0.63
149.69 401.79 24.53 0.88
148.31 402.54 24.06 0.88
147.19 403.29 24.06 0.88
146.06 404.16 21.26 0.63
144.31 405.04 21.33 0.63
142.3 406.04 19.8 0.63
140.42 406.91 19.73 0.63
135.66 408.04 16.73 0.63
132.53 408.16 16.8 0.63
128.9 408.16 14.13 0.5
127.65 408.66 13.06 0.38
158.58 348.45 28.86 1.75
157.21 350.7 28.86 1.75
157.21 352.45 32.13 1.75
157.21 354.08 31.93 1.75
157.08 355.08 32.06 2
156.83 355.83 31.99 2.13
156.83 355.83 31.99 1.5
155.95 357.33 31.66 1.5
155.45 358.33 32.19 1.5
154.58 359.58 32.13 1.5
153.7 360.58 31.99 1.5
152.95 361.33 32.19 1.5
152.07 362.33 32.26 1.5
151.69 363.21 32.26 1.5
151.19 364.58 32.19 1.5
150.57 365.83 31.26 1.5
149.82 367.33 31.46 1.63
149.06 368.58 31.33 1.63
148.31 370.08 30.19 1.63
147.56 371.33 29.99 1.63
147.56 371.33 29.99 1.13
146.31 372.96 27.39 1.13
145.06 374.58 27.39 1.13
143.8 375.83 27.26 1.13
142.68 376.96 27.33 1.13
141.67 378.59 27.33 1.13
141.17 380.34 27.39 1.13
140.3 381.84 27.26 1.13
139.92 382.71 27.33 1.13
139.54 383.84 24.53 1.13
139.17 385.09 24.53 1.5
139.04 386.21 24.59 1.25
138.29 387.46 24.46 1.25
137.29 388.71 24.39 1.25
136.29 389.71 24.46 1.25
134.91 390.84 24.46 1.25
133.41 392.46 24.53 1.25
132.15 393.59 24.39 1.25
130.78 394.59 24.46 1.25
129.9 395.34 24.39 1.25
128.52 396.46 23.79 1.25
127.52 397.59 23.73 1.25
126.52 398.84 23.13 1.25
125.51 399.72 23.19 1.25
124.89 400.47 23.33 1.25
124.51 400.72 23.26 1.25
123.64 400.22 21.19 1
121.88 400.22 21.13 1
119.88 401.09 21.13 1
119.13 401.84 21.19 1
118 403.22 21.19 1
117.12 403.97 18.4 1.25
116.75 404.72 18.33 1.75
116.75 404.72 18.33 1.63
116.12 405.59 18.53 1.63
115.99 406.47 18.46 1.63
115.74 407.47 18.4 1.13
114.99 408.22 18.4 1.13
114.49 408.97 18.6 1.13
114.37 409.72 18.4 1.13
113.99 410.09 18.46 1.13
113.99 410.09 18.46 0.63
113.99 410.97 20.19 0.63
113.99 411.72 20.26 0.63
113.74 412.47 20.19 0.63
113.36 413.34 22.13 0.63
112.61 413.47 21.99 0.63
111.48 412.72 22.06 0.63
110.48 411.84 22.06 0.63
109.73 411.34 21.99 0.63
108.85 411.34 22.13 0.63
108.23 412.09 22.06 0.63
107.23 413.09 22.13 0.63
106.72 413.97 22.13 0.75
106.1 414.34 22.06 1.25
105.72 414.97 22.06 1.63
105.22 415.47 22.13 1.63
105.22 415.47 22.13 0.75
104.85 416.84 22.26 0.75
105.1 417.84 22.06 0.75
105.85 419.34 22.13 0.75
105.85 419.34 22.13 0.63
105.47 419.84 22.06 0.63
105.1 420.97 21.99 0.63
104.34 421.35 23.73 0.5
103.59 420.84 23.86 0.5
102.22 420.84 23.79 0.5
100.46 421.1 24.86 0.5
99.46 421.35 24.93 0.25
98.33 421.72 25.13 0.25
97.58 421.97 25.46 0.25
97.2 422.35 25.53 0.25
97.96 423.47 25.53 0.25
98.46 424.6 25.59 0.25
99.33 425.85 26.46 0.25
99.33 426.6 26.39 0.25
99.08 427.35 26.46 0.25
98.83 427.6 26.46 0.38
98.46 428.97 26.39 0.38
97.46 431.1 26.39 0.38
96.45 432.72 26.39 0.38
95.58 434.35 26.46 0.38
94.7 434.97 26.79 0.38
93.32 435.6 26.86 0.38
105.85 419.34 22.13 0.38
106.98 418.34 22.06 0.38
108.35 416.97 24.46 0.38
109.36 416.34 26.06 0.38
110.73 415.84 28.59 0.38
105.22 415.47 22.13 0.5
103.84 414.97 22.13 0.5
102.72 414.72 22.06 0.5
100.46 414.09 22.33 0.13
100.46 414.09 22.53 0.38
98.58 413.34 21.39 0.25
96.95 412.84 21.33 0.25
95.08 412.22 19.8 0.25
92.57 411.97 18.93 0.13
89.06 410.84 18.4 0.13
113.99 410.09 18.46 0.75
112.86 409.59 20.46 0.75
112.74 408.72 21.13 0.75
112.74 407.59 22.19 0.75
113.24 407.09 22.53 0.75
114.49 407.59 23.19 0.75
116.62 407.22 24.19 0.75
117.5 406.59 24.46 0.75
117.5 406.59 24.46 0.63
118.75 404.22 24.26 0.63
120 402.97 24.33 0.63
121.76 402.22 24.33 0.63
122.63 401.47 24.39 0.63
123.26 399.72 27.66 0.63
123.39 398.59 29.46 0.63
123.39 398.59 29.46 0.63
123.76 397.34 28.99 0.63
124.64 396.71 30.59 0.63
125.77 395.84 31.66 0.63
126.52 395.34 30.93 0.63
123.39 398.59 29.46 0.75
122.63 397.21 29.53 0.75
121.63 396.59 29.33 0.75
120.88 396.09 29.46 0.63
120.88 396.09 29.46 0.13
120 394.59 28.33 0.13
119.38 392.34 30.53 0.13
119.25 391.21 30.26 0.13
120.88 396.09 29.46 0.13
118.88 396.34 29.26 0.13
117.75 395.96 29.26 0.13
117.25 395.96 29.33 0.13
116.5 396.09 29.26 0.13
116.12 396.59 28.93 0.13
117.5 406.59 24.46 0.38
119 407.84 25.53 0.38
120.38 409.47 26.46 0.38
122.13 410.84 27.06 0.38
123.13 412.22 27.19 0.38
123.39 413.34 27.19 0.38
123.01 414.34 27.26 0.38
122.26 415.22 27.86 0.38
121.01 416.59 27.79 0.38
120.25 416.84 29.26 0.38
119.38 417.97 29.33 0.38
118.5 418.72 29.33 0.38
116.75 404.72 18.33 0.88
114.87 405.34 18.33 0.88
114.12 405.72 17.46 0.88
112.99 405.72 17.2 0.88
112.61 405.59 17.2 0.88
112.61 405.59 17.2 0.13
112.86 404.22 17.4 0.13
114.24 401.72 13.93 0.13
114.99 400.97 13.66 0.13
115.12 399.84 13.2 0.13
114.74 398.59 13.2 0.13
114.99 397.21 13.06 0.13
114.74 395.09 12.4 0.13
114.87 393.84 11.6 0.13
114.62 391.71 10.13 0.13
114.49 390.96 10.33 0.25
112.61 405.59 17.2 0.13
111.74 405.47 17.93 0.13
110.98 405.59 17.93 0.13
109.98 405.84 16.93 0.13
108.73 406.72 13.46 0.13
107.48 407.72 13.53 0.13
147.56 371.33 29.99 1.13
147.19 372.33 29.99 1.13
147.94 372.58 30.13 1.13
149.57 372.58 30.86 1.13
150.57 372.96 30.73 1
151.19 373.58 30.93 1
150.82 374.71 30.93 1
150.07 376.33 30.93 1
149.19 377.46 30.93 1
148.19 379.59 32.26 1
147.94 380.59 31.06 1
147.56 381.71 30.93 1
147.56 383.21 32.53 1
147.19 384.96 32.73 1
147.69 386.46 32.79 1
148.56 388.09 32.73 1
148.69 389.09 32.73 1
147.81 389.59 32.73 1
146.81 390.46 34.39 1
145.18 391.21 34.46 1
143.55 391.71 34.39 1
142.3 392.59 34.32 1
141.42 393.09 34.39 1
139.79 394.84 34.59 1
138.67 396.34 33.66 1
137.16 398.09 31.93 1
136.16 398.84 30.86 1
135.41 400.09 30.79 1
135.29 400.97 29.93 1
134.66 401.59 29.99 1
134.16 402.59 29.93 1.38
133.91 403.22 29.99 1.38
133.41 404.47 26.66 1.13
132.4 406.22 27.26 1.13
131.4 407.47 29.06 0.88
130.9 408.34 29.79 0.88
130.78 409.22 29.73 0.88
130.78 410.59 29.73 0.88
130.02 412.84 31.06 0.88
129.52 414.47 30.93 0.88
129.27 415.47 31.06 0.88
129.65 416.34 30.93 0.88
130.27 417.72 30.93 0.88
131.15 418.72 30.93 0.88
131.4 419.59 30.99 0.75
130.9 420.22 31.06 0.75
130.27 420.47 31.06 0.75
129.4 420.97 30.93 0.75
129.15 421.97 30.99 0.75
129.27 423.35 31.13 0.75
129.65 424.47 30.99 0.75
129.9 426.1 30.99 0.63
129.65 426.72 30.93 0.63
129.15 427.35 31.13 1
128.77 427.72 31.13 1
128.65 428.85 30.93 1
128.65 429.85 31.06 1.25
128.52 430.72 32.06 1.13
128.52 430.72 32.06 0.63
129.52 431.85 32.06 0.63
129.9 432.85 32.06 0.63
129.52 433.97 31.93 0.63
128.52 435.1 32.06 0.63
127.14 436.6 31.99 0.63
126.02 437.72 32.06 0.63
125.39 438.6 32.06 0.63
125.01 439.1 32.06 0.63
124.76 439.85 32.06 0.63
124.76 440.6 31.99 0.63
128.52 430.72 32.06 0.75
128.27 431.85 31.99 0.75
128.15 433.1 31.99 0.75
128.77 433.97 32.13 0.75
129.77 434.85 32.13 0.75
130.02 435.72 31.93 0.75
129.65 436.6 32.13 0.75
129.65 436.6 32.13 0.63
129.4 437.1 31.93 0.63
128.65 437.6 32.13 0.63
127.77 437.85 31.99 0.63
127.14 438.22 32.13 0.63
129.65 436.6 32.13 0.75
129.02 436.72 31.99 0.75
128.15 437.35 32.06 0.75
156.83 355.83 31.99 0.5
157.96 357.21 31.99 0.5
158.46 358.83 31.99 0.5
158.96 360.08 34.99 0.5
159.09 360.71 34.99 0.5
159.05 361.73 40.66 0.5
159.3 364.1 40.72 0.5
159.28 366.17 40.72 0.5
159.15 368.29 40.66 0.5
158.59 371.3 40.79 0.5
157.86 373.01 40.72 0.5
156.68 374.65 40.72 0.5
155.98 375.52 40.72 0.5
153.76 376.25 36.06 0.63
153.26 377 36.39 0.75
152.76 378.5 36.12 0.75
152.76 379.88 36.12 0.75
152.38 381.38 37.12 0.75
151.75 382.5 34.66 0.75
151.5 383.5 34.59 0.75
151.63 386.38 34.66 0.75
152 388.38 34.72 0.75
152.26 391.01 34.59 0.75
151.5 393.13 34.52 0.75
150.17 396.58 34.66 0.75
149.29 398.96 34.72 0.75
149.29 400.46 34.72 0.75
149.42 402.96 34.46 0.75
149.79 405.96 34.12 0.75
149.92 409.08 34.06 0.75
150.67 410.46 33.79 0.75
150.42 411.71 33.92 0.75
149.54 412.84 33.99 0.75
149.04 414.46 33.92 0.75
148.42 416.71 34.06 0.75
148.04 418.21 35.26 0.75
147.92 419.34 35.46 1.25
147.92 420.96 34.92 1.25
148.04 422.71 34.92 0.88
148.04 424.59 37.72 0.88
148.42 426.59 37.72 0.88
148.92 430.34 37.72 0.88
149.17 432.21 37.66 0.88
148.92 433.34 37.66 0.88
148.92 435.22 37.86 0.88
148.54 436.84 37.79 0.88
148.04 439.34 37.66 0.88
147.41 441.09 37.72 0.88
146.41 442.59 36.72 0.75
144.16 444.09 36.79 0.75
142.53 444.34 35.26 0.75
141.53 444.97 35.12 0.75
140.78 445.59 35.06 0.75
140.15 446.34 35.19 0.75
138.9 447.09 35.12 0.75
138.02 447.22 35.06 0.75
137.39 446.09 35.19 0.75
137.64 444.59 35.19 0.75
138.52 443.47 35.12 0.75
139.02 442.22 35.19 0.75
138.52 440.97 34.99 0.5
137.27 441.59 35.06 0.5
136.27 442.59 34.99 0.5
134.64 443.22 35.06 0.5
133.13 442.84 35.06 0.5
131.76 442.09 35.06 0.5
131.76 442.09 35.06 0.13
130.75 441.97 35.06 0.13
130.25 442.22 34.99 0.13
129 443.09 35.06 0.13
128.5 444.22 35.06 0.13
131.76 442.09 35.06 0.13
129.88 440.84 34.66 0.13
128.62 439.84 34.59 0.13
127.12 439.09 34.66 0.13
126.75 438.72 34.66 0.13
25.18 31.01 -5.07 2.25
27.93 29.88 -10.93 2.25
29.69 29.38 -11.6 2.25
32.07 29.76 -11.4 2.25
34.7 30.63 -15.53 2.13
36.45 31.51 -15.53 2.13
37.45 31.88 -16.86 2.13
38.96 32.38 -21.53 2
40.96 33.51 -18.6 1.88
42.97 35.13 -18.06 1.88
44.22 36.26 -21.53 1.75
45.47 37.63 -21.59 1.75
46.22 38.63 -21.66 1.75
46.85 39.76 -21.73 1.75
47.73 40.76 -20.33 1.75
48.73 41.88 -21.53 1.75
49.86 43.01 -22.86 1.75
50.98 43.88 -25.53 1.75
52.61 45.26 -26.06 1.75
53.99 46.39 -26.19 1.75
55.37 47.76 -26.13 1.75
56.37 49.01 -25.33 1.75
57.5 49.89 -25.46 1.75
58.5 50.51 -25.33 1.75
60.38 51.51 -25.26 1.75
62.13 52.64 -25.33 1.75
64.14 53.76 -28.19 1.75
66.39 55.14 -28.19 1.75
68.02 56.01 -28.19 2
69.77 57.26 -28.79 2.13
71.4 58.51 -28.79 2.13
73.03 59.76 -28.73 2.13
74.66 61.14 -28.53 2.13
75.66 62.51 -28.86 1.75
77.29 63.89 -28.93 1.75
79.04 65.26 -27.39 1.75
80.92 66.51 -26.59 1.75
83.3 67.52 -29.06 1.63
85.05 68.39 -30.53 1.63
86.81 69.27 -30.13 1.75
89.69 70.39 -29.86 2
91.94 71.27 -30.06 2
93.82 71.27 -29.86 2.76
95.95 71.27 -30.06 2.76
97.83 71.89 -31.26 1.75
99.96 72.52 -31.39 1.75
101.59 73.39 -31.26 1.75
102.84 75.02 -31.33 1.63
103.84 76.52 -31.26 1.63
104.72 78.14 -31.33 1.63
106.35 80.02 -31.39 1.63
108.6 81.52 -31.39 1.63
110.48 83.02 -31.33 1.63
112.61 83.89 -33.39 1.63
115.12 85.27 -33.46 1.63
117.37 87.27 -33.52 1.63
119.38 89.65 -33.46 1.63
121.76 92.15 -33.52 1.63
122.88 93.4 -33.52 2.13
124.39 95.02 -33.46 2.38
125.64 96.65 -33.46 2.38
126.64 98.52 -33.52 2.38
128.02 99.9 -33.59 2
129.77 100.65 -33.52 1.88
132.4 101.4 -35.52 1.63
133.78 101.65 -35.52 1.63
135.16 101.77 -35.52 1.63
136.04 101.77 -35.52 1.88
137.41 101.65 -35.46 1.88
139.04 101.77 -35.12 1.88
140.55 101.65 -35.06 1.88
142.8 101.52 -35.06 1.88
144.55 101.4 -35.26 2
145.68 101.02 -35.26 1.88
146.68 100.65 -37.12 1.88
147.94 100.52 -32.26 1.75
149.57 100.15 -32.13 1.75
151.57 100.4 -32.06 1.75
153.32 101.02 -32.13 1.75
155.45 101.27 -32.19 1.75
156.96 100.9 -32.13 1.75
157.71 100.77 -32.19 2.13
159.46 100.4 -32.19 2.13
160.46 100.02 -32.06 2.13
161.59 99.65 -31.99 1.88
163.22 99.02 -32.06 1.63
164.6 98.65 -32.13 1.38
165.85 98.15 -29.53 1.38
167.1 97.9 -29.66 1.38
168.48 97.4 -29.46 1.38
169.48 97.15 -29.53 1.38
170.73 96.9 -29.59 1.38
172.61 96.9 -27.06 1.38
174.49 97.27 -27.59 1.38
176.37 97.65 -26.86 1.38
177.37 97.77 -26.93 1.88
179.38 97.9 -22.46 1.88
181.76 98.02 -22.39 1.88
183.51 98.52 -22.46 1.88
185.27 98.4 -19.86 1.88
186.64 98.02 -19.86 1.88
187.9 97.65 -19.93 1.63
189.9 97.15 -18.33 1.25
191.53 96.77 -17.06 1.13
192.78 96.4 -17 1.13
194.16 96.02 -17.06 1.13
195.41 95.9 -17 1.13
196.16 95.65 -17.2 1.38
196.66 95.65 -17.13 1.63
197.92 95.65 -17.13 1.63
199.17 96.02 -17.13 1.63
200.67 96.27 -17.13 2
202.68 96.65 -17.2 2
203.93 97.02 -17.26 2
205.56 97.27 -14.73 1.5
206.94 97.77 -14 1.5
207.94 98.4 -13.93 1.38
208.69 99.4 -13.86 1.38
209.32 100.15 -17.53 1.38
210.57 100.77 -15.33 1.38
{object_pop()}
{
}
{object_push(subsets)}
{first = 0}
{ tobj = snlist.object(0)}
{tobj = new SNList("somatic") snlist.append(tobj)}
for i=0,0 tobj.add(bild.topol.slist.object(fscan()))
0
{tobj = new SNList("axonal") snlist.append(tobj)}
for i=0,0 tobj.add(bild.topol.slist.object(fscan()))
1
{tobj = new SNList("basal") snlist.append(tobj)}
for i=0,3 tobj.add(bild.topol.slist.object(fscan()))
2
3
4
5
{tobj = new SNList("apical") snlist.append(tobj)}
for i=0,56 tobj.add(bild.topol.slist.object(fscan()))
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
{tobj = new SNList("tuft") snlist.append(tobj)}
for i=0,54 tobj.add(bild.topol.slist.object(fscan()))
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
{tobj = new SNList("oblique") snlist.append(tobj)}
for i=0,0 tobj.add(bild.topol.slist.object(fscan()))
63
{consist()}
{object_pop()}
{
}
{object_push(geom)}
{
first = 0
tobj = new GeoSpec(7)
tobj.value = 0.1
bild.subsets.snlist.object(0).geo.append(tobj)
set_default()
}
{object_pop()}
{
}
{object_push(memb)}
{first=0}
{
tobj = new FakeMechStan(0)
tobj.value = 54
tobj.set_default()
tobj = new MStanWrap(tobj, 0)
bild.subsets.snlist.object(0).ml.append(tobj)
}
{
tobj = new FakeMechStan(1)
tobj.value = 1.18
tobj.set_default()
tobj = new MStanWrap(tobj, 0)
bild.subsets.snlist.object(0).ml.append(tobj)
}
{
tobj = new MechanismStandard("pas")
tobj.set("g_pas", 0.00010417, 0)
tobj.set("e_pas", 0, 0)
tobj = new MStanWrap(tobj, 1)
bild.subsets.snlist.object(0).ml.append(tobj)
}
{object_pop()}
{
}
{object_push(manage)}
{
first = 0
classname = "Cell"
etop=1 esub=1 egeom=1 emem=1
itop=1 isub=0 igeom=0 imem=0
bild.topol.names_off = 1
bild.topol.circles_off = 1
output_index = 0  output_x = 1
thresh = 10
}
{object_pop()}
{
cexport()
}
{object_pop()}
{
save_window_=ocbox_.gtopol
save_window_.size(-200,200,-150,150)
scene_vector_[2] = save_window_
ocbox_.gtopol = save_window_
save_window_.save_name("ocbox_.gtopol")
}
{
ocbox_.map("CellBuild[0]", 2, 595, 766.08, 374.4)
}
objref ocbox_
//End CellBuild[0]

objectvar scene_vector_[1]
{doNotify()}

Loading data, please wait...