Dendritica (Vetter et al 2001)

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Accession:7907
Dendritica is a collection of programs for relating dendritic geometry and signal propagation. The programs are based on those used for the simulations described in: Vetter, P., Roth, A. & Hausser, M. (2001) For reprint requests and additional information please contact Dr. M. Hausser, email address: m.hausser@ucl.ac.uk
Reference:
1 . Vetter P, Roth A, Häusser M (2001) Propagation of action potentials in dendrites depends on dendritic morphology. J Neurophysiol 85:926-37 [PubMed]
Model Information (Click on a link to find other models with that property)
Model Type: Dendrite;
Brain Region(s)/Organism:
Cell Type(s): Hippocampus CA1 pyramidal GLU cell; Hippocampus CA3 pyramidal GLU cell; Neocortex U1 L2/6 pyramidal intratelencephalic GLU cell; Cerebellum Purkinje GABA cell;
Channel(s): I Na,t; I L high threshold; I p,q; I K; I M; I K,Ca;
Gap Junctions:
Receptor(s):
Gene(s):
Transmitter(s):
Simulation Environment: NEURON;
Model Concept(s): Action Potential Initiation; Bursting; Active Dendrites; Influence of Dendritic Geometry; Detailed Neuronal Models; Axonal Action Potentials; Action Potentials;
Implementer(s): Hausser, M [M.Hausser at ucl.ac.uk];
Search NeuronDB for information about:  Hippocampus CA1 pyramidal GLU cell; Hippocampus CA3 pyramidal GLU cell; Cerebellum Purkinje GABA cell; Neocortex U1 L2/6 pyramidal intratelencephalic GLU cell; I Na,t; I L high threshold; I p,q; I K; I M; I K,Ca;
Files displayed below are from the implementation
/*----------------------------------------------------------------
%W%  %G%
ri21um.dat2  translated Mon Jul 10 13:56:48 1995 by ntscable 2.0
source file syntax: Nevin
output file syntax: CABLE
soma: diameter = 0.96 um  length = 2.00998 um  area = 6.06194 um2
      3 three-D points numbered 1-3
1 primary neurites
69 branches totaling 9529.2 um in length, 32622.5 um2 in area
1105 tree points translated to 1779 segments (1 requested)
Neurites divided into segments of equal dx between adjacent digitized
points.
Segment length constrained to be < 10 um, or < 10 times
mean diameter of translation interval, whichever is less.
 /*
ri21um.dat2, Cell Ri21
This file differs from its predecessor, ri21um.dat1, in that the diameters
of all points have been multiplied by 1.6 to correct for a scaling error
in the original reconstruction.  As in ri21um.dat1, the diameters
of points 12-21 (the soma) have been multiplied by 0.77 to make the
circumference that of an ellipse (with a=2b) instead of a circle.
coordinates and diameters in Nevin format
pt     type     x       y       z       diam
--------------
Nelson's notes
--------------
-the compartment called soma is really part of the axon that was
 reconstructed
-an additional axon is added to this "soma" by ntscable, and therefore
 serves as an extension of the axon
-the reconstructed axon also includes dend1[0] to dend1[7]
-the real soma is dend1[8] to dend1[17]
-dend1[13] is the middle of the soma
-dend1[232] (end, ie, 1) is the dendritic recording location (branch point)
-changed axon diameter from 1e-4 to 1 um, and length from 1e-4 to 100 um,
4/11/97
----------------------------------------------------------------*/
/* soma -> somaB, dend1 -> dendB PV 20.7.98 */
/* dendB618 ended with diam 0, changed to 0.48 22.7.98 PV 

    4 2
  -113.8   1023.4    -26.3     0.48
  -110.8   1040.2    -28.1     0.48<-> 0

    5 2
  -110.8   1040.2    -28.1     0.48<-> 0
  -108.2   1061.9    -30.8     0.48


   */

create    somaB,\
          dendB[1104]



/*----------------------------------------------------------------*/
proc geometry() { local i, j

						/* somaB geometry */
    somaB {
        nseg = 10
        pt3dclear()
        for j = 1, fscan() {
            pt3dadd(fscan(),fscan(),fscan(),fscan())
        }
    }


					/* disconnected dummy sections */
    for i = 0,17 {                      /* to preserve the numbering   */
        dendB[i] {                      /* scheme for the rest         */
            nseg = 1
            pt3dclear()
            pt3dadd(0,0,0,0.001)
            pt3dadd(0,0,0.001,0.001)
        }
    }



					/* dendrite geometry */
    for i = 18,1103 {
        dendB[i] {
            nseg = fscan()
            pt3dclear()
            for j = 1, fscan() {
                pt3dadd(fscan(),fscan(),fscan(),fscan())
            }
        }
    }


					/* connect apical dendrite */
    somaB connect dendB[18](0), 1 

					/* branching topology */

    for i = 19,1103 {
        parent = fscan()
        if (parent >= 8 && parent <= 17) {
            somaB connect dendB[i](0), (parent - 8)/(17 - 8)
            dummy = fscan()
        } else {
            dendB[parent] connect dendB[i](0), fscan()
        }
    }

    define_shape()



}

geometry()


SOMAB COORDINATES AND DIAMETERS:

    11
   -21.8    -11.7      3.4     3.08
   -21.8    -10.7      3.4     6.16
   -23.5     -9.7      2.2     9.36
   -23.5     -7.9      2.2    12.57
   -23.5     -5.7     -0.1    14.54
   -23.5     -0.2      2.7    14.66
   -23.5      1.4      0.1    15.03
   -23.5      4.5        2    14.78
   -23.5      6.6        2    13.06
   -24.2     10.6      1.5     8.99
   -26.6     13.3      1.5     8.32


NEURITE COORDINATES AND DIAMETERS:


    1 2
   -26.6     13.3      1.5     8.32
   -28.8     16.8      1.5     5.44

    1 2
   -28.8     16.8      1.5     5.44
   -31.7     23.2      2.8     4.32

    1 2
   -31.7     23.2      2.8     4.32
   -34.3     27.4      4.6     4.48

    1 2
   -34.3     27.4      4.6     4.48
   -34.3     30.4      4.6     5.12

    1 2
   -34.3     30.4      4.6     5.12
   -34.3       34        6     5.12

    1 2
   -34.3       34        6     5.12
   -35.9     36.6     -1.5     1.12

    1 2
   -35.9     36.6     -1.5     1.12
   -41.1     39.5      1.7     0.96

    1 2
   -41.1     39.5      1.7     0.96
   -49.1     42.2      0.1     1.12

    1 2
   -49.1     42.2      0.1     1.12
     -53     44.2     -4.4     1.28

    1 2
     -53     44.2     -4.4     1.28
   -50.4     46.7    -10.5     1.44

    2 2
   -50.4     46.7    -10.5     1.44
   -60.6     49.1    -13.7     1.76

    2 2
   -60.6     49.1    -13.7     1.76
   -62.6       54    -22.3     1.28

    1 2
   -62.6       54    -22.3     1.28
   -67.6     51.4    -20.5     1.28

    1 2
   -34.3       34        6     5.12
   -34.3       40        6     5.12

    2 2
   -34.3       40        6     5.12
     -36     50.7        6        4

    1 2
     -36     50.7        6        4
   -36.5     57.8      4.3        4

    1 2
   -36.5     57.8      4.3        4
   -37.8     65.8      4.3     4.64

    1 2
   -37.8     65.8      4.3     4.64
   -35.9     68.4      2.3     1.28

    1 2
   -35.9     68.4      2.3     1.28
   -36.7       74      2.4     1.28

    1 2
   -36.7       74      2.4     1.28
   -32.9     75.7      2.4     1.76

    1 2
   -32.9     75.7      2.4     1.76
     -29     75.7      2.4     1.76

    2 2
     -29     75.7      2.4     1.76
   -22.4     83.4     -2.3     1.76

    1 2
   -22.4     83.4     -2.3     1.76
   -16.2     81.5     -3.1     1.76

    1 2
   -16.2     81.5     -3.1     1.76
   -11.3       84     -4.5     1.76

    1 2
   -11.3       84     -4.5     1.76
    -9.1     89.8     -4.5     1.76

    1 2
    -9.1     89.8     -4.5     1.76
    -2.9     91.1     -7.4     1.92

    1 2
    -2.9     91.1     -7.4     1.92
     2.2     89.2     -7.4     1.76

    1 2
     2.2     89.2     -7.4     1.76
     9.2       95     -7.4     1.76

    2 2
     9.2       95     -7.4     1.76
    18.1     99.1    -15.1     1.92

    2 2
    18.1     99.1    -15.1     1.92
    27.6    102.9    -16.1     1.44

    1 2
    27.6    102.9    -16.1     1.44
    35.5      106    -19.5     1.44

    2 2
   -37.8     65.8      4.3     4.64
   -40.4     79.2      5.7        4

    1 2
   -40.4     79.2      5.7        4
   -38.9     88.7      5.7     4.64

    2 2
   -38.9     88.7      5.7     4.64
   -42.4    100.9      5.7        4

    1 2
   -42.4    100.9      5.7        4
   -42.4    105.5      5.7     3.68

    1 2
   -42.4    105.5      5.7     3.68
   -46.2    113.9      5.7     3.68

    1 2
   -46.2    113.9      5.7     3.68
   -45.8    123.6      5.7     3.84

    1 2
   -45.8    123.6      5.7     3.84
   -48.1    128.9      5.7     4.48

    1 2
   -48.1    128.9      5.7     4.48
   -43.1    133.4      8.7     1.92

    1 2
   -43.1    133.4      8.7     1.92
   -38.8    132.7      6.4      1.6

    1 2
   -38.8    132.7      6.4      1.6
   -35.4    126.7      7.2     1.12

    1 2
   -35.4    126.7      7.2     1.12
   -31.2    125.6      7.2     0.96

    1 2
   -31.2    125.6      7.2     0.96
   -29.1    122.9      7.2      0.8

    1 2
   -29.1    122.9      7.2      0.8
   -25.8    120.3      6.6      0.8

    1 2
   -25.8    120.3      6.6      0.8
   -22.9    120.3      5.5      0.8

    1 2
   -22.9    120.3      5.5      0.8
     -25    123.7        2      0.8

    1 2
     -25    123.7        2      0.8
   -19.6    124.2     -0.8      0.8

    1 2
   -19.6    124.2     -0.8      0.8
   -19.6    125.6     -4.6     0.96

    1 2
   -19.6    125.6     -4.6     0.96
   -14.8    120.6     -2.1     1.12

    1 2
   -14.8    120.6     -2.1     1.12
   -12.6    125.1     -7.5     0.96

    1 2
   -12.6    125.1     -7.5     0.96
    -9.2      122      -10     0.96

    1 2
    -9.2      122      -10     0.96
      -8    120.9     -7.3     0.96

    1 2
   -38.8    132.7      6.4      1.6
   -34.5    133.6      7.6     0.96

    1 2
   -34.5    133.6      7.6     0.96
   -31.9    136.4        6     0.96

    1 2
   -31.9    136.4        6     0.96
   -29.5    134.2     11.5      0.8

    1 2
   -29.5    134.2     11.5      0.8
   -35.9    132.8     10.3      0.8

    2 2
   -35.9    132.8     10.3      0.8
   -43.2    137.7       15      0.8

    1 2
   -31.9    136.4        6     0.96
   -27.9      135        6     0.96

    1 2
   -27.9      135        6     0.96
   -23.5    133.7        6     0.96

    2 2
   -23.5    133.7        6     0.96
   -13.8    140.1      5.6     1.12

    1 2
   -13.8    140.1      5.6     1.12
     -10    139.6      7.9     0.96

    2 2
     -10    139.6      7.9     0.96
     2.8    144.2      7.9     0.96

    1 2
     2.8    144.2      7.9     0.96
     3.5    148.1     11.4     0.96

    1 2
     3.5    148.1     11.4     0.96
       8    147.6      8.8      0.8

    1 2
       8    147.6      8.8      0.8
    13.9    152.4      6.3      0.8

    1 2
    13.9    152.4      6.3      0.8
    18.3    151.1      6.3      0.8

    1 2
    18.3    151.1      6.3      0.8
    21.9    151.2      9.5      0.8

    1 2
    21.9    151.2      9.5      0.8
    25.7    150.1      7.2      0.8

    1 2
    25.7    150.1      7.2      0.8
    32.2    146.2      7.1      0.8

    2 2
    32.2    146.2      7.1      0.8
    41.8    151.8      7.1      0.8

    1 2
    41.8    151.8      7.1      0.8
    47.1      156      5.6      0.8

    2 2
    47.1      156      5.6      0.8
      57      156      5.6      0.8

    1 2
      57      156      5.6      0.8
    63.5    156.4      5.6      0.8

    2 2
    63.5    156.4      5.6      0.8
      71    162.9      5.6     0.64

    1 2
      71    162.9      5.6     0.64
    74.8    160.2      5.6     0.64

    2 2
    74.8    160.2      5.6     0.64
    82.8    158.3      9.9     0.64

    1 2
    82.8    158.3      9.9     0.64
    86.7    158.1      9.9     0.64

    3 2
    86.7    158.1      9.9     0.64
   102.3    152.1      9.9     0.64

    1 2
   102.3    152.1      9.9     0.64
   106.5    155.1      9.9     0.64

    1 2
   106.5    155.1      9.9     0.64
   113.3    152.6      9.2     0.64

    1 2
   -48.1    128.9      5.7     4.48
   -48.9    133.3      7.7     2.88

    2 2
   -48.9    133.3      7.7     2.88
   -50.7    144.1      7.7     3.36

    2 2
   -50.7    144.1      7.7     3.36
   -51.5    159.1      3.7      3.2

    1 2
   -51.5    159.1      3.7      3.2
   -55.3    155.5     -4.1     2.24

    1 2
   -55.3    155.5     -4.1     2.24
   -52.7    155.4     -7.1     1.28

    1 2
   -52.7    155.4     -7.1     1.28
   -48.4    160.5     -7.1     1.28

    1 2
   -48.4    160.5     -7.1     1.28
   -41.4    161.1     -7.1     1.28

    1 2
   -41.4    161.1     -7.1     1.28
   -41.4    166.5    -12.4     1.44

    1 2
   -41.4    166.5    -12.4     1.44
     -36    165.4    -12.4     1.44

    1 2
     -36    165.4    -12.4     1.44
   -30.3    168.3    -15.8     1.44

    1 2
   -30.3    168.3    -15.8     1.44
   -23.1    169.2    -16.5     1.28

    2 2
   -23.1    169.2    -16.5     1.28
    -8.2    176.1    -15.6     1.28

    1 2
   -52.7    155.4     -7.1     1.28
   -46.9    151.1     -2.8     1.92

    1 2
   -46.9    151.1     -2.8     1.92
   -38.5    151.1     -2.8      1.6

    1 2
   -38.5    151.1     -2.8      1.6
   -35.8    151.1     -5.3      1.6

    1 2
   -35.8    151.1     -5.3      1.6
     -34    149.9    -11.4      1.6

    1 2
     -34    149.9    -11.4      1.6
   -25.9    155.2    -13.6     1.44

    1 2
   -25.9    155.2    -13.6     1.44
   -18.8    151.4    -13.6     1.44

    2 2
   -18.8    151.4    -13.6     1.44
    -2.7    157.4    -18.6     1.28

    2 2
   -46.9    151.1     -2.8     1.92
   -42.3      140     -2.8     1.28

    1 2
   -42.3      140     -2.8     1.28
   -41.5    132.2     -2.8     1.28

    2 2
   -41.5    132.2     -2.8     1.28
   -36.9    121.8     -3.3     1.28

    1 2
   -36.9    121.8     -3.3     1.28
   -38.5    115.6     -3.3     1.12

    2 2
   -38.5    115.6     -3.3     1.12
   -30.5    106.2     -4.9     1.12

    1 2
   -30.5    106.2     -4.9     1.12
   -28.8    104.9     -9.1      0.8

    1 2
   -28.8    104.9     -9.1      0.8
   -26.6    103.7     -9.1      0.8

    1 2
   -26.6    103.7     -9.1      0.8
   -25.2     97.3     -9.1      0.8

    1 2
   -25.2     97.3     -9.1      0.8
     -23     99.7    -11.9      0.8

    1 2
     -23     99.7    -11.9      0.8
   -23.8     93.9    -11.2      0.8

    1 2
   -30.5    106.2     -4.9     1.12
   -28.5    101.6     -4.9      0.8

    2 2
   -28.5    101.6     -4.9      0.8
   -22.6     93.2     -4.9      0.8

    2 2
   -22.6     93.2     -4.9      0.8
   -15.9     85.3     -4.9      0.8

    2 2
   -15.9     85.3     -4.9      0.8
   -12.4     73.1     -4.9     0.64

    2 2
   -12.4     73.1     -4.9     0.64
    -7.5     65.3     -4.9     0.64

    1 2
    -7.5     65.3     -4.9     0.64
    -7.5       60     -9.1     0.64

    2 2
    -7.5       60     -9.1     0.64
    -2.1     50.5     -9.1     0.64

    2 2
    -2.1     50.5     -9.1     0.64
    -2.1       40     -5.7     0.64

    3 2
    -2.1       40     -5.7     0.64
       9     30.5     -5.7     0.64

    1 2
   -51.5    159.1      3.7      3.2
   -52.1    167.6      4.7     3.84

    1 2
   -52.1    167.6      4.7     3.84
   -52.9    174.4      4.9     3.84

    1 2
   -52.9    174.4      4.9     3.84
   -54.1    168.8      5.4     1.92

    1 2
   -54.1    168.8      5.4     1.92
   -57.2    164.9      8.6     1.28

    1 2
   -57.2    164.9      8.6     1.28
   -57.2    156.1     13.2     1.12

    1 2
   -57.2    156.1     13.2     1.12
   -54.4    156.1     15.2     1.12

    1 2
   -54.4    156.1     15.2     1.12
   -54.6    150.9     15.2     1.12

    1 2
   -54.6    150.9     15.2     1.12
   -57.4    150.2     15.2     0.96

    1 2
   -57.4    150.2     15.2     0.96
   -54.3    143.4     15.2     0.64

    1 2
   -54.3    143.4     15.2     0.64
   -54.3      138     15.2     0.64

    1 2
   -52.9    174.4      4.9     3.84
   -55.3    180.9      6.4     3.84

    1 2
   -55.3    180.9      6.4     3.84
   -60.7      179      8.2     1.44

    2 2
   -60.7      179      8.2     1.44
   -70.3    183.5      8.2     0.96

    2 2
   -70.3    183.5      8.2     0.96
   -84.3    180.3      5.7     0.96

    2 2
   -84.3    180.3      5.7     0.96
   -98.3    169.3      4.5     1.12

    2 2
   -98.3    169.3      4.5     1.12
  -108.4    155.7      5.6     1.12

    1 2
  -108.4    155.7      5.6     1.12
  -117.5    157.9      5.6     0.96

    1 2
  -117.5    157.9      5.6     0.96
    -120    155.6      0.4     0.96

    1 2
    -120    155.6      0.4     0.96
  -121.3    152.5      0.4     0.96

    2 2
  -121.3    152.5      0.4     0.96
  -131.5    144.5      0.4     0.96

    1 2
  -131.5    144.5      0.4     0.96
  -134.9    141.2      0.4     0.96

    2 2
  -134.9    141.2      0.4     0.96
  -147.6    137.2     -2.4     0.96

    1 2
  -147.6    137.2     -2.4     0.96
  -151.8      131     -2.4     0.96

    1 2
  -151.8      131     -2.4     0.96
    -156    130.5     -2.4      0.8

    1 2
    -156    130.5     -2.4      0.8
    -157    127.1     -2.4      0.8

    1 2
    -157    127.1     -2.4      0.8
  -160.2    126.9     -2.4      0.8

    1 2
  -160.2    126.9     -2.4      0.8
  -161.1    120.1     -2.4      0.8

    1 2
  -161.1    120.1     -2.4      0.8
  -166.1    119.8     -2.4      0.8

    1 2
  -166.1    119.8     -2.4      0.8
  -167.3    115.3     -5.4      0.8

    1 2
  -167.3    115.3     -5.4      0.8
  -168.6    115.3     -5.4      0.8

    1 2
  -168.6    115.3     -5.4      0.8
  -172.8    110.3     -7.5      0.8

    1 2
  -172.8    110.3     -7.5      0.8
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    1 2
  -176.6    108.6     -7.5     0.64
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    1 2
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    1 2
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    1 2
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    1 2
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  -190.4     95.8    -11.5     0.64

    1 2
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   -66.2    179.2      8.2     1.12

    1 2
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   -69.9    175.6      9.1     1.12

    1 2
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   -75.5    175.2      9.1     1.12

    1 2
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   -77.8      171      9.9     1.12

    1 2
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    1 2
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   -85.8    167.2      9.9     1.12

    1 2
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   -91.6    165.8      9.9     1.12

    1 2
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    1 2
   -97.4    162.3     11.4     1.12
   -99.9    159.8     11.4     1.12

    1 2
   -99.9    159.8     11.4     1.12
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    2 2
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    2 2
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    2 2
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   -64.8      203      6.7     3.68

    2 2
   -64.8      203      6.7     3.68
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    2 2
   -65.5    222.3      7.6     3.68
   -64.3    233.3      4.6     3.84

    3 2
   -64.3    233.3      4.6     3.84
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    1 2
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   -67.4    251.3     13.7     0.96

    1 2
   -67.4    251.3     13.7     0.96
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    1 2
   -62.4    251.3     16.4     0.96
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    1 2
   -54.7    255.6     16.4     0.96
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    1 2
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    1 2
   -44.8    258.8     16.4     0.96
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    1 2
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    2 2
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    2 2
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    2 2
   -14.4    251.9     17.9     0.48
   -21.2    266.8     17.9     0.48

    2 2
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    1 2
   -73.3    263.1     13.7     3.68
   -74.2    271.2     13.7     3.84

    3 2
   -74.2    271.2     13.7     3.84
     -77    292.7     17.2        4

    1 2
     -77    292.7     17.2        4
     -79    298.5     17.2     3.36

    1 2
     -79    298.5     17.2     3.36
   -80.2    307.1     17.2     3.36

    1 2
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   -82.2    313.1     17.2     3.36

    1 2
   -82.2    313.1     17.2     3.36
   -85.3    320.4     17.2     3.04

    1 2
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   -87.3      329     16.7     3.04

    2 2
   -87.3      329     16.7     3.04
   -89.5    338.9     16.7     3.36

    1 2
   -89.5    338.9     16.7     3.36
     -91    345.3     16.7     2.88

    1 2
     -91    345.3     16.7     2.88
   -91.9    348.7     16.9      2.4

    2 2
   -91.9    348.7     16.9      2.4
   -94.6    359.9     18.4     3.04

    2 2
   -94.6    359.9     18.4     3.04
   -96.1    370.4     19.3     3.04

    1 2
   -96.1    370.4     19.3     3.04
   -94.5    380.2     19.3     2.88

    2 2
   -94.5    380.2     19.3     2.88
   -96.1    390.1     18.1     3.04

    1 2
   -96.1    390.1     18.1     3.04
   -97.7    398.5     17.7     2.72

    2 2
   -97.7    398.5     17.7     2.72
   -99.9      410     17.7     3.04

    1 2
   -99.9      410     17.7     3.04
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    2 2
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    1 2
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  -105.4    440.9     15.9     2.88

    1 2
  -105.4    440.9     15.9     2.88
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    1 2
  -106.5    447.6     15.9     2.56
  -106.5    449.8     15.9     2.72

    2 2
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    1 2
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  -109.4    469.2     15.9     3.04

    1 2
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  -111.8    474.7     15.9     2.56

    1 2
  -111.8    474.7     15.9     2.56
  -110.4    480.2     15.9      2.4

    1 2
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  -112.1      489     15.9     3.04

    1 2
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    1 2
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  -114.3    504.8     18.4      3.2

    1 2
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  -107.2    511.8     18.4     1.92

    1 2
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  -107.2    515.4     18.4     1.92

    1 2
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    2 2
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  -100.7    531.4     18.4     1.92

    1 2
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    1 2
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  -101.5    545.8     20.8     1.92

    1 2
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    2 2
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    1 2
   -95.8    572.8     20.6      1.6
   -94.2    581.3     23.4     1.12

    2 2
   -94.2    581.3     23.4     1.12
   -90.2    596.1     20.5     1.28

    2 2
   -90.2    596.1     20.5     1.28
     -89    611.4     23.4     1.76

    1 2
     -89    611.4     23.4     1.76
   -88.2    618.2     22.2     1.76

    1 2
   -88.2    618.2     22.2     1.76
   -83.4    618.1     21.3     0.96

    1 2
   -83.4    618.1     21.3     0.96
   -76.4    622.6     21.3     0.96

    1 2
   -76.4    622.6     21.3     0.96
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    1 2
   -74.8    629.5     16.5     0.96
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    1 2
   -71.3    629.3     16.5     0.96
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    1 2
   -66.6    629.5     17.8     0.96
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    1 2
     -61    629.7     17.8     0.96
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    1 2
   -57.6    633.4     15.1     0.96
   -55.2    628.5     14.2      0.8

    2 2
   -55.2    628.5     14.2      0.8
   -52.9    642.7      7.7      0.8

    1 2
   -52.9    642.7      7.7      0.8
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    1 2
   -49.9    642.1      7.7      0.8
   -46.7    646.8        8     0.64

    2 2
   -88.2    618.2     22.2     1.76
   -90.7    637.4     22.2      1.6

    2 2
   -90.7    637.4     22.2      1.6
   -93.2    649.7     24.4     1.44

    1 2
   -93.2    649.7     24.4     1.44
   -93.2    652.7     24.4     1.44

    2 2
   -93.2    652.7     24.4     1.44
   -95.3    663.6     24.4     1.12

    1 2
   -95.3    663.6     24.4     1.12
   -92.9      671     24.4     1.44

    2 2
   -92.9      671     24.4     1.44
   -94.6      682     24.4     1.28

    2 2
   -94.6      682     24.4     1.28
   -92.5    692.6     24.6     1.12

    2 2
   -92.5    692.6     24.6     1.12
     -94    702.5     26.6     1.12

    2 2
     -94    702.5     26.6     1.12
   -93.4    717.1     26.6     1.12

    2 2
   -93.4    717.1     26.6     1.12
   -93.4    726.9     21.1     1.12

    2 2
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     -94    739.5     20.2     1.12

    2 2
     -94    739.5     20.2     1.12
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    1 2
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    1 2
   -95.7    762.7     18.8     1.12
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    2 2
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    1 2
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    2 2
   -99.4    792.5     17.5     1.12
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    2 2
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    1 2
   -99.4    822.5     14.2     1.12
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    2 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    27.1     1043      0.6     0.64

    1 2
    27.1     1043      0.6     0.64
    33.3   1048.2      0.6     0.64

    1 2
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    39.3   1048.2      0.6     0.64

    2 2
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    49.5     1053       -1     0.64

    1 2
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    3 2
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    2 2
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    37.8   1062.8      2.7     0.64

    3 2
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    46.7   1074.5      3.7     0.64

    4 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    3 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    3 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    2 2
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    2 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    2 2
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    2 2
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    2 2
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    1 2
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    1 2
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    2 2
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    4 2
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    3 2
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    3 2
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    4 2
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    3 2
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    4 2
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    4 2
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    3 2
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    3 2
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    1 2
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    5 2
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    1 2
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    2 2
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    2 2
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    2 2
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    1 2
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    2 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    3 2
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    1 2
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    3 2
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    1 2
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    2 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    2 2
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    3 2
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    2 2
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    3 2
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    3 2
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    2 2
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    1 2
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    2 2
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    2 2
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    1 2
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    2 2
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    2 2
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    2 2
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    2 2
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    2 2
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    3 2
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    2 2
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    2 2
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    3 2
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    2 2
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    2 2
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    1 2
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    2 2
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    2 2
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    2 2
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    3 2
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    3 2
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    2 2
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    1 2
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    2 2
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    2 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    3 2
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    2 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    2 2
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    1 2
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    2 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    3 2
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    3 2
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    4 2
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    3 2
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    4 2
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    5 2
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    1 2
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    1 2
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    1 2
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    1 2
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    3 2
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    3 2
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    1 2
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    2 2
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    2 2
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    3 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    2 2
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    1 2
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    2 2
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    2 2
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    1 2
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    4 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    3 2
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    4 2
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    5 2
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    2 2
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    3 2
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    4 2
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    4 2
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    1 2
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    2 2
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    1 2
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    3 2
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    3 2
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    1 2
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    1 2
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    3 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    3 2
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    4 2
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    4 2
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    4 2
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    2 2
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    3 2
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    3 2
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    6 2
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    1 2
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    2 2
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    2 2
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    4 2
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    5 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    3 2
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    3 2
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    3 2
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    3 2
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    3 2
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    2 2
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    2 2
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    2 2
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    2 2
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    3 2
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    4 2
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    1 2
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    2 2
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    3 2
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    3 2
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    4 2
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    2 2
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    3 2
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    5 2
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    2 2
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    1 2
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    2 2
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    1 2
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    4 2
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    4 2
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    5 2
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    1 2
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    2 2
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    3 2
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    2 2
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    4 2
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    5 2
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    4 2
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    3 2
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    3 2
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    1 2
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    2 2
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    4 2
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    2 2
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    4 2
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    3 2
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    1 2
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    3 2
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    3 2
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    5 2
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    1 2
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    2 2
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    1 2
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    2 2
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    4 2
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    5 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    4 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    2 2
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    2 2
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    2 2
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    2 2
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    1 2
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    2 2
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    2 2
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    3 2
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    3 2
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    1 2
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    1 2
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    2 2
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    2 2
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    3 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    3 2
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    3 2
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    4 2
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    3 2
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    3 2
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    2 2
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    4 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    2 2
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    2 2
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    3 2
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    2 2
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    2 2
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    2 2
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    2 2
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    3 2
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    3 2
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    4 2
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    4 2
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    5 2
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    5 2
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    7 2
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    6 2
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    2 2
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    3 2
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    2 2
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    2 2
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    3 2
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    2 2
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    3 2
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    2 2
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    8 2
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    6 2
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    8 2
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    4 2
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    3 2
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    4 2
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    3 2
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    3 2
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    8 2
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    4 2
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    4 2
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    2 2
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    1 2
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    3 2
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    4 2
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    2 2
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    1 2
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    5 2
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    4 2
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    3 2
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    6 2
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    3 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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       4     -4.4     -8.6      0.8

    1 2
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    2 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    3 2
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    3 2
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    4 2
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    5 2
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    2 2
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    2 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    5 2
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    2 2
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    1 2
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    1 2
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    2 2
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    1 2
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    1 2
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    2 2
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    1 2
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      18       -4    -11.1     1.28

    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    2 2
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    1 2
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    2 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    1 2
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    3 2
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    2 2
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    1 2
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    2 2
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    1 2
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    80.2      -15      8.1     0.48

    2 2
    80.2      -15      8.1     0.48
    90.9    -12.1      8.1     0.64

    3 2
    90.9    -12.1      8.1     0.64
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    1 2
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    2 2
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    1 2
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    21.2    -14.8      8.2      0.8

    1 2
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    26.6    -13.4     11.8     0.64

    1 2
    26.6    -13.4     11.8     0.64
    32.3    -13.4     11.8     0.64

    1 2
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    33.5    -17.4     11.8     0.48

    1 2
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    37.4    -19.8     11.8     0.48

    1 2
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    -2.7     -0.7     -6.2     2.08

    2 2
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     7.8      8.4     -6.2      1.6

    1 2
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      16     11.7     -7.3     2.72

    1 2
      16     11.7     -7.3     2.72
    19.3     18.2     -7.3     1.44

    1 2
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    19.3     24.3     -7.3     1.76

    2 2
    19.3     24.3     -7.3     1.76
    21.4     36.8     -7.3     1.76

    1 2
    21.4     36.8     -7.3     1.76
    20.8     42.6     -3.6     0.96

    1 2
    20.8     42.6     -3.6     0.96
    21.1     47.8     -3.6     0.96

    2 2
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    23.9     59.5     -6.4     0.96

    2 2
    23.9     59.5     -6.4     0.96
    25.1     70.2     -6.4     0.96

    1 2
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    25.4     73.3     -6.4     0.96

    2 2
    25.4     73.3     -6.4     0.96
    32.6     80.4     -9.1     0.96

    1 2
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    31.3     86.3    -13.1     0.96

    1 2
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    36.8     89.7    -14.1     0.96

    1 2
    36.8     89.7    -14.1     0.96
    41.6     96.9    -15.4      0.8

    1 2
    41.6     96.9    -15.4      0.8
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    2 2
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    35.6    115.2    -18.5     0.48

    1 2
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    25.7       43     -7.3     0.96

    1 2
    25.7       43     -7.3     0.96
    34.5     40.9     -7.3     0.96

    1 2
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    34.8     45.8     -4.4     0.96

    1 2
    34.8     45.8     -4.4     0.96
    42.9     51.6     -4.4     0.96

    2 2
    42.9     51.6     -4.4     0.96
      59     53.7      1.9     0.96

    1 2
      59     53.7      1.9     0.96
    63.6       62      0.3     0.96

    1 2
    63.6       62      0.3     0.96
    66.9     59.5      0.3      0.8

    2 2
    66.9     59.5      0.3      0.8
    73.4     65.7      5.4     0.64

    1 2
    73.4     65.7      5.4     0.64
    78.3     67.9      5.4     0.48

    1 2
      16     11.7     -7.3     2.72
    19.5     12.7     -7.3      1.6

    1 2
    19.5     12.7     -7.3      1.6
    23.1     13.7     -4.6      1.6

    2 2
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    32.8     12.3     -8.4     1.28

    2 2
    32.8     12.3     -8.4     1.28
    46.9     22.9    -17.7     1.28

    2 2
    46.9     22.9    -17.7     1.28
    59.9       29    -17.9      0.8

    1 2
    59.9       29    -17.9      0.8
    63.8     26.8    -17.9      0.8

    1 2
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    68.5     26.8    -17.9      0.8

    1 2
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    70.4     29.3    -18.3      0.8

    2 2
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    81.1     33.3    -24.3     0.64

    2 2
    81.1     33.3    -24.3     0.64
      99     40.7      -28     0.48

    1 2
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     -17     -9.1     -1.6     1.12

    2 2
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    1 2
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    -8.1    -17.6     -1.6     1.12

    1 2
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      -3    -21.3     -1.6     1.12

    1 2
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     1.6    -27.9     -1.6     0.96

    1 2
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     7.1    -27.9     -1.6     0.96

    1 2
     7.1    -27.9     -1.6     0.96
     9.7    -25.2     -4.9     0.96

    1 2
     9.7    -25.2     -4.9     0.96
    11.1    -23.9     -4.9     1.12

    1 2
    11.1    -23.9     -4.9     1.12
    17.2    -22.4     -4.9     0.96

    2 2
    17.2    -22.4     -4.9     0.96
    26.8    -23.4     -8.3     1.44

    2 2
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    37.2    -19.7     -5.6     1.76

    1 2
    37.2    -19.7     -5.6     1.76
    40.5      -21    -11.8      1.6

    1 2
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    44.2    -27.5    -13.3     1.28

    2 2
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    54.9    -31.6    -14.7     1.28

    1 2
    54.9    -31.6    -14.7     1.28
    57.2    -30.5    -14.7     1.44

    1 2
    57.2    -30.5    -14.7     1.44
    60.3    -27.9    -16.5     1.28

    1 2
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    68.7    -32.4    -16.5     1.12

    1 2
    68.7    -32.4    -16.5     1.12
    72.7      -34      -21     1.12

    1 2
    72.7      -34      -21     1.12
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    1 2
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      79    -32.5      -21     1.12

    1 2
      79    -32.5      -21     1.12
    82.6    -31.2      -21      1.6

    1 2
    82.6    -31.2      -21      1.6
    89.4    -34.4      -21     0.96

    1 2
    89.4    -34.4      -21     0.96
    92.6    -29.5      -24     1.12

    1 2
    92.6    -29.5      -24     1.12
    96.5    -29.5    -24.1     1.12

    1 2
    96.5    -29.5    -24.1     1.12
   106.2    -27.8    -24.1     0.96

    1 2
    57.2    -30.5    -14.7     1.44
    66.3    -32.5    -16.4     0.96

    1 2
    66.3    -32.5    -16.4     0.96
      70    -36.4    -16.4     0.96

    2 2
      70    -36.4    -16.4     0.96
      81    -40.5    -16.4     0.96

    1 2
      81    -40.5    -16.4     0.96
    89.6    -40.5    -16.4     0.96

    1 2
    89.6    -40.5    -16.4     0.96
    98.3    -44.3    -16.4     0.96

    1 2
    98.3    -44.3    -16.4     0.96
    99.8    -52.9    -18.4     0.96

    2 2
    99.8    -52.9    -18.4     0.96
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    2 2
   -23.5     -9.7      2.2     9.36
   -19.3      -20      2.2      1.6

    1 2
   -19.3      -20      2.2      1.6
   -13.3    -21.7      2.2     1.44

    1 2
   -13.3    -21.7      2.2     1.44
   -12.5    -27.8      3.2     1.28

    1 2
   -12.5    -27.8      3.2     1.28
   -12.5    -30.7      3.2     1.28

    1 2
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    -9.8    -35.9      3.2     1.28

    1 2
    -9.8    -35.9      3.2     1.28
    -6.2    -34.4      1.6     1.28

    1 2
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    -3.7    -40.5      1.6     1.28

    1 2
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      -1    -42.9      3.5     1.12

    1 2
      -1    -42.9      3.5     1.12
       2    -48.1      3.5     1.12

    1 2
       2    -48.1      3.5     1.12
     3.4    -52.9      4.1     1.12

    1 2
     3.4    -52.9      4.1     1.12
     7.7      -57      6.4     0.96

    1 2
     7.7      -57      6.4     0.96
    16.9    -60.1        7     0.96

    2 2
    16.9    -60.1        7     0.96
    23.3    -70.2        9      0.8

    1 2
    23.3    -70.2        9      0.8
    22.2    -74.2        8     0.64

    1 2
    22.2    -74.2        8     0.64
    22.2    -76.4        8     0.64

    1 2
    22.2    -76.4        8     0.64
    25.8    -76.4        8     0.64

    1 2
    25.8    -76.4        8     0.64
    25.8    -79.9        8     0.64

    2 2
    -3.7    -40.5      1.6     1.28
    -1.8    -51.3      1.7     1.12

    1 2
    -1.8    -51.3      1.7     1.12
    -2.3    -59.8      1.7     1.12

    1 2
    -2.3    -59.8      1.7     1.12
     0.9    -63.3      0.4     1.12

    1 2
     0.9    -63.3      0.4     1.12
     2.9    -71.9     -3.1     1.12

    1 2
     2.9    -71.9     -3.1     1.12
     8.3    -79.5     -3.1     1.12

    1 2
     8.3    -79.5     -3.1     1.12
     8.3    -83.8     -3.1     1.12

    1 2
     8.3    -83.8     -3.1     1.12
       7    -89.1     -3.1     1.12

    1 2
       7    -89.1     -3.1     1.12
    11.2    -93.6     -3.2     1.12

    2 2
    11.2    -93.6     -3.2     1.12
     4.4   -103.3    -11.3     1.28

    1 2
     4.4   -103.3    -11.3     1.28
     6.1   -109.8    -11.3     1.28

    1 2
     6.1   -109.8    -11.3     1.28
     5.6   -113.5    -13.4     1.12

    1 2
     5.6   -113.5    -13.4     1.12
     8.6   -116.9    -13.4     0.96

    1 2
     8.6   -116.9    -13.4     0.96
     7.2     -123    -13.1      1.6

    1 2
     7.2     -123    -13.1      1.6
     8.8   -124.9    -13.3     1.28

    2 2
     8.8   -124.9    -13.3     1.28
     4.4     -135    -18.1     1.28

    1 2
     4.4     -135    -18.1     1.28
     7.9   -143.6    -21.8     1.28

    2 2
     7.9   -143.6    -21.8     1.28
    10.7   -154.6    -18.6     1.28

    2 2
    10.7   -154.6    -18.6     1.28
    -1.5   -159.5    -26.2     1.28

    2 2
    -1.5   -159.5    -26.2     1.28
    -1.5   -171.4    -24.6      0.8

    1 2
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   -21.8    -20.6      3.4      3.2

    1 2
   -21.8    -20.6      3.4      3.2
   -21.8      -22      3.4     1.92

    1 2
   -21.8      -22      3.4     1.92
   -22.8    -25.7      1.7     3.52

    1 2
   -22.8    -25.7      1.7     3.52
   -22.8    -25.7       -0      3.2

    1 2
   -21.8    -11.7      3.4     3.08
   -21.8    -18.7      3.4     2.72

    1 2
   -21.8    -18.7      3.4     2.72
   -25.1    -23.8      1.7     1.76

    1 2
   -25.1    -23.8      1.7     1.76
   -31.8    -22.4        5      2.4

    1 2
   -31.8    -22.4        5      2.4
   -35.5    -22.2      8.3     1.12

    1 2
   -35.5    -22.2      8.3     1.12
   -38.5    -23.5      8.3     1.12

    1 2
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   -43.9    -25.3     11.7     1.12

    1 2
   -43.9    -25.3     11.7     1.12
   -45.1    -22.6     14.5     0.64

    1 2
   -45.1    -22.6     14.5     0.64
   -51.8    -25.2     16.4      0.8

    1 2
   -51.8    -25.2     16.4      0.8
   -58.8    -24.8     16.4     0.64

    1 2
   -58.8    -24.8     16.4     0.64
   -58.7    -29.7     16.4     0.64

    1 2
   -58.7    -29.7     16.4     0.64
     -64      -32     13.2     0.64

    1 2
   -31.8    -22.4        5      2.4
   -34.5    -26.5      9.2     1.12

    1 2
   -34.5    -26.5      9.2     1.12
   -37.2    -27.4      9.7     1.12

    1 2
   -37.2    -27.4      9.7     1.12
     -35    -34.7      9.7     1.12

    2 2
     -35    -34.7      9.7     1.12
   -30.5    -43.2     13.4     0.64

    1 2
   -21.8    -18.7      3.4     2.72
     -26      -21      3.4     1.28

    2 2
     -26      -21      3.4     1.28
     -40      -27      3.7     1.28

    1 2
     -40      -27      3.7     1.28
   -40.6    -29.6        2     0.96

    1 2
   -40.6    -29.6        2     0.96
   -41.6    -34.8        3     1.44

    1 2
   -41.6    -34.8        3     1.44
   -43.7    -36.8     -1.7     1.44

    1 2
   -43.7    -36.8     -1.7     1.44
   -49.1      -45     -1.7     0.96

    1 2
   -49.1      -45     -1.7     0.96
   -52.7      -48      1.7     0.96

    2 2
   -52.7      -48      1.7     0.96
   -67.8    -55.3      5.5     1.28

    2 2
   -67.8    -55.3      5.5     1.28
   -84.2    -64.5      5.5     1.12

    1 2
   -84.2    -64.5      5.5     1.12
   -88.5    -70.1      3.8     0.96

    1 2
   -88.5    -70.1      3.8     0.96
   -90.2    -73.6      3.8     0.96

    1 2
   -90.2    -73.6      3.8     0.96
   -94.4    -79.6      7.2      0.8

    1 2
   -94.4    -79.6      7.2      0.8
  -101.3    -79.6      3.5     0.64

    2 2
  -101.3    -79.6      3.5     0.64
  -112.9    -79.7      6.2     0.64

    1 2
   -43.7    -36.8     -1.7     1.44
   -42.2    -39.9     -1.4     1.28

    1 2
   -42.2    -39.9     -1.4     1.28
   -42.2    -43.6     -5.9     1.28

    2 2
   -42.2    -43.6     -5.9     1.28
   -52.5    -39.5     -5.9     1.12

    1 2
   -52.5    -39.5     -5.9     1.12
   -55.4    -42.8     -5.9     1.12

    1 2
   -55.4    -42.8     -5.9     1.12
   -62.5    -38.5     -5.7     1.12

    1 2
   -62.5    -38.5     -5.7     1.12
   -71.3    -39.7     -9.6     1.12

    1 2
   -71.3    -39.7     -9.6     1.12
   -76.4    -35.6    -12.6     1.12

    1 2
   -76.4    -35.6    -12.6     1.12
   -78.7      -35    -16.4     1.12

    2 2
   -78.7      -35    -16.4     1.12
   -88.9      -35    -27.1     0.96

    1 2
   -42.2    -39.9     -1.4     1.28
     -39    -43.1     -1.4     1.28

    1 2
     -39    -43.1     -1.4     1.28
   -41.6    -48.9     -1.4     1.28

    2 2
   -41.6    -48.9     -1.4     1.28
   -39.6    -56.7     -8.5      1.6

    1 2
   -39.6    -56.7     -8.5      1.6
   -39.6    -62.4     -8.5     1.12

    1 2
   -39.6    -62.4     -8.5     1.12
   -42.2      -65     -8.1     1.12

    1 2
   -42.2      -65     -8.1     1.12
   -40.2    -63.9    -13.8     1.12

    1 2
   -40.2    -63.9    -13.8     1.12
   -40.2    -71.1    -13.8     1.28

    1 2
   -40.2    -71.1    -13.8     1.28
   -43.3    -72.9    -16.3     1.28

    1 2
   -43.3    -72.9    -16.3     1.28
   -43.3    -77.6    -16.3     1.28

    1 2
   -43.3    -77.6    -16.3     1.28
   -49.2    -85.1    -18.4      1.6

    1 2
   -49.2    -85.1    -18.4      1.6
   -54.7    -90.9    -18.4     1.44

    1 2
   -54.7    -90.9    -18.4     1.44
   -53.8    -94.5    -19.1     1.44

    2 2
   -53.8    -94.5    -19.1     1.44
   -59.7     -102    -23.5     0.96

    2 2
   -59.7     -102    -23.5     0.96
   -61.2   -116.6    -29.2     0.96

    1 2
   -61.2   -116.6    -29.2     0.96
   -64.6   -122.4    -29.2     0.96

    2 2
   -64.6   -122.4    -29.2     0.96
   -65.6   -133.2    -29.2      0.8

    1 2
   -65.6   -133.2    -29.2      0.8
   -64.2   -137.9    -29.2     0.64

    1 2
   -64.2   -137.9    -29.2     0.64
   -65.4   -141.5    -29.2     0.64

    1 2
   -65.4   -141.5    -29.2     0.64
   -64.4   -146.8    -29.2     0.64

    1 2
   -64.4   -146.8    -29.2     0.64
   -62.6   -150.5    -29.2     0.64

    1 2
   -62.6   -150.5    -29.2     0.64
   -62.6   -155.9    -29.2     0.64

    1 2
   -62.6   -155.9    -29.2     0.64
   -69.3   -158.6    -26.7     0.64

    1 2
   -69.3   -158.6    -26.7     0.64
   -64.6   -165.9    -26.7     0.64

    2 2
   -64.6   -165.9    -26.7     0.64
   -59.9   -177.5    -26.6     0.64

    1 2
   -39.6    -56.7     -8.5      1.6
   -43.3    -63.2     -7.9     1.12

    2 2
   -43.3    -63.2     -7.9     1.12
   -37.7    -77.6     -8.5     0.96

    2 2
   -37.7    -77.6     -8.5     0.96
   -42.8    -87.9       -6     1.12

    2 2
   -42.8    -87.9       -6     1.12
   -38.4   -101.6       -6     1.12

    1 2
   -38.4   -101.6       -6     1.12
   -40.3   -105.7       -6      0.8

    1 2
   -40.3   -105.7       -6      0.8
   -40.3     -109       -6      0.8

    1 2
   -40.3     -109       -6      0.8
   -35.9   -112.5       -6      0.8

    1 2
   -35.9   -112.5       -6      0.8
   -38.5   -119.3    -11.2     1.12

    1 2
   -38.5   -119.3    -11.2     1.12
   -36.4   -125.7    -11.2     0.96

    1 2
   -36.4   -125.7    -11.2     0.96
   -30.7   -129.3    -12.2     0.64

    2 2
   -30.7   -129.3    -12.2     0.64
   -18.8   -143.3    -16.2     0.64


CONNECTIONS:
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     1102    1

proc correct() { local i
  /* correct diameters of dendrites at origins of basals */
	dendB[750] {diam=3.68}
	dendB[851] {diam=2.27}
	dendB[886] {diam=3.04}
	dendB[959] {diam=1.12}
	dendB[991] {diam=1.60}
	dendB[1027] {diam=3.20}
	dendB[1031] {diam=2.72}
  /* correct diameters of dendrites at origins of obliques */
	dendB[23] {diam=1.12}
	dendB[35] {diam=1.28}
	dendB[56] {diam=1.92}
	dendB[101] {diam=2.24}
	dendB[138] {diam=1.92}
	dendB[147] {diam=1.44}
	dendB[194] {diam=0.96}

	for i = 0,17 { dendB[i] delete_section() }

}

correct()

/*----------------------------------------------------------------*/
proc geometry() {

	/* NULL geometry procedure: keeps the user from
	calling the geometry procedure in isolation. */

    printf("\nYou must re-read the entire geometry\n")
    printf("file to execute geometry().\n\n")
}



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