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Creatures › Neuron
Neuron
A nerve cell: a body with three branching trees of wiggling dendrites, inside two mirrored loops of field lines. Inspired by Neuron, a DancerDNA creature.
30 genes · 15 variants
Its family
Each one is the same program with different genes. In the app, Morph glides from one to the next, and Breed starts from them.
Genes
The values that change when Neuron mutates, breeds and morphs.
| Gene | What it does | Range | Value |
|---|---|---|---|
turn | how the cell is turned: up, sideways and round | (-229.2, -229.2, -229.2) to (229.2, 229.2, 229.2) | (-77.86, 18.88, -140.4) |
body_size | 2 to 7 | 2.929 | |
turn_2 | how the second tree turns from the first | (-343.8, -343.8, -343.8) to (343.8, 343.8, 343.8) | (-86.24, 173.8, -168.6) |
turn_3 | and the third from the second | (-343.8, -343.8, -343.8) to (343.8, 343.8, 343.8) | (204.1, 343.5, -101.1) |
knot_size | how big the knots where the trees fork are | 1.5 to 4 | 1.588 |
branch_scale | how big the smaller branches are, times three | 0.8 to 3 | 1.068 |
fork | how far the smaller branches tip out | -114.6 to 114.6 | 53.76 |
dendrite_length | how many segments each dendrite has; the last is cut short to fit | 0 to 14 | 10.6 |
stride | 0.9 to 1.2 | 1.088 | |
wiggle | how far a dendrite wiggles: up, sideways and round | (-22.92, -22.92, -22.92) to (22.92, 22.92, 22.92) | (21.93, 8.185, 3.105) |
wiggle_waves | (1, 1, 1) to (3, 3, 3) | (1.181, 1.006, 1.707) | |
swell | how much its segments grow and shrink | -0.16 to 0.16 | 0.02547 |
swell_waves | 0.1 to 4 | 1 | |
field_size | 0.2 to 2 | 0.4969 | |
field_shift | (-0.5, -0.5, -0.5) to (0.5, 0.5, 0.5) | (-0.1875, 0.1901, 0.3583) | |
loop_tilt | how far the field lines swing out | -171.9 to 171.9 | 18.45 |
loop_waves | 1 to 15 | 1 | |
loop_start | 0 to 1 | 0.02981 | |
loop_swing | how far they swing round | -171.9 to 171.9 | -60.11 |
loop_swing_waves | 1 to 15 | 1.825 | |
loop_swing_start | 0 to 1 | 0.4572 | |
nerve_1 | any hue | hsv(237.6, 1, 1, 1) | |
nerve_2 | any hue | hsv(24.1, 0.82, 1, 1) | |
nerve_3 | any hue | hsv(19.7, 0.81, 1, 1) | |
nerve_gap_1 | 0.333 to 1.5 | 0.5903 | |
nerve_gap_2 | 0.333 to 1.5 | 0.3354 | |
field_hue | 0 to 360 | 257.7 | |
field_shade | how bright the field lines are at their ends, and further in | (0, 0, 0) to (1, 1, 1) | (0.1397, 0.01734, 0.08495) |
field_light | how bright they are in the middle | 0 to 1 | 0.6858 |
field_gaps | (0.25, 0.25, 0.25) to (1, 1, 1) | (0.3759, 0.5049, 0.3476) |
The code
creature Neuron
// A nerve cell: a body with three branching trees of wiggling dendrites, inside two mirrored
// loops of field lines.
// Inspired by Neuron, a DancerDNA creature.
gene turn = (-77.86, 18.88, -140.4) in (-229.2, -229.2, -229.2)..(229.2, 229.2, 229.2) // how the cell is turned: up, sideways and round
gene body_size = 2.929 in 2..7
gene turn_2 = (-86.24, 173.8, -168.6) in (-343.8, -343.8, -343.8)..(343.8, 343.8, 343.8) // how the second tree turns from the first
gene turn_3 = (204.1, 343.5, -101.1) in (-343.8, -343.8, -343.8)..(343.8, 343.8, 343.8) // and the third from the second
gene knot_size = 1.588 in 1.5..4 // how big the knots where the trees fork are
gene branch_scale = 1.068 in 0.8..3 // how big the smaller branches are, times three
gene fork = 53.76 in -114.6..114.6 // how far the smaller branches tip out
gene dendrite_length = 10.6 in 0..14 // how many segments each dendrite has; the last is cut short to fit
gene stride = 1.088 in 0.9..1.2
gene wiggle = (21.93, 8.185, 3.105) in (-22.92, -22.92, -22.92)..(22.92, 22.92, 22.92) // how far a dendrite wiggles: up, sideways and round
gene wiggle_waves = (1.181, 1.006, 1.707) in (1, 1, 1)..(3, 3, 3)
gene swell = 0.02547 in -0.16..0.16 // how much its segments grow and shrink
gene swell_waves = 1 in 0.1..4
gene field_size = 0.4969 in 0.2..2
gene field_shift = (-0.1875, 0.1901, 0.3583) in (-0.5, -0.5, -0.5)..(0.5, 0.5, 0.5)
gene loop_tilt = 18.45 in -171.9..171.9 // how far the field lines swing out
gene loop_waves = 1 in 1..15
gene loop_start = 0.02981 in 0..1
gene loop_swing = -60.11 in -171.9..171.9 // how far they swing round
gene loop_swing_waves = 1.825 in 1..15
gene loop_swing_start = 0.4572 in 0..1
// The cell's colours, from its middle out, and the gaps between them; and the field lines', all
// one hue, from dark to light.
gene nerve_1 = hsv(237.6, 1, 1) in hsv(0, 1, 1)..hsv(360, 1, 1)
gene nerve_2 = hsv(24.1, 0.82, 1) in hsv(0, 0.4, 1)..hsv(360, 1, 1)
gene nerve_3 = hsv(19.7, 0.81, 1) in hsv(0, 0.4, 1)..hsv(360, 1, 1)
gene nerve_gap_1 = 0.5903 in 0.333..1.5
gene nerve_gap_2 = 0.3354 in 0.333..1.5
gene field_hue = 257.7 in 0..360
gene field_shade = (0.1397, 0.01734, 0.08495) in (0, 0, 0)..(1, 1, 1) // how bright the field lines are at their ends, and further in
gene field_light = 0.6858 in 0..1 // how bright they are in the middle
gene field_gaps = (0.3759, 0.5049, 0.3476) in (0.25, 0.25, 0.25)..(1, 1, 1)
let nerve = spectrum(nerve_1, nerve_2 at nerve_gap_1, nerve_3 at nerve_gap_1 + nerve_gap_2)
let field_colours = spectrum(hsv(field_hue, 1, field_shade.x), hsv(field_hue, 1, field_shade.y) at field_gaps.x, hsv(field_hue, 1, field_shade.z) at field_gaps.x + field_gaps.y, hsv(field_hue, 1, field_light) at field_gaps.x + field_gaps.y + field_gaps.z)
cell
grow field_size * 40
move field_shift
symmetric y {
field
}
part cell {
branch {
roll turn.z
yaw turn.y
pitch turn.x
shine 1
sharpness 1
blob(body_size)
shape tube
limb(2, body_size / 2)
yaw turn_2.y
pitch turn_2.x
roll turn_2.z
limb(2, body_size / 2)
yaw turn_3.y
pitch turn_3.x
roll turn_3.z
limb(2, body_size / 2)
}
}
// A dendrite with a knot at its end, forking into three smaller limbs until `depth` runs out.
part limb(depth, reach) {
branch {
forward reach
dendrite
forward knot_size / 2
blob(knot_size)
if depth > 1 {
let scale = branch_scale / 3
grow scale
repeat 3 as k {
branch {
roll 120 * k
pitch fork
limb(depth - 1, knot_size / (2 * scale))
}
}
}
}
}
part blob(size) {
colour nerve(0)
branch {
shape ball
lay { grow size }
}
}
part dendrite {
let rest = dendrite_length % 1
colour nerve(0)
forward stride / 2
repeat ceil(dendrite_length) as k {
lay
if k < dendrite_length - 1 {
let along = k / (dendrite_length - 1)
forward stride / 2
yaw wiggle.y * sin(180 * wiggle_waves.y * along)
pitch wiggle.x * sin(180 * wiggle_waves.x * along)
roll wiggle.z * sin(180 * wiggle_waves.z * along)
grow 1 + swell * sin(180 * swell_waves * along)
forward stride / 2
colour nerve(1 - abs(1 - 2 * ((k + 1) / dendrite_length)))
}
}
// The last segment is cut short by what's left of the length.
if rest > 0 {
forward stride / 2
yaw wiggle.y * sin(180 * wiggle_waves.y)
pitch wiggle.x * sin(180 * wiggle_waves.x)
roll wiggle.z * sin(180 * wiggle_waves.z)
grow 1 + swell * sin(180 * swell_waves)
grow (1, 1, rest)
forward stride / 2
colour nerve(0)
lay
forward stride / 2
grow (1, 1, 1 / rest)
} else {
forward stride / 2
}
}
// A loop of field lines round the cell.
part field {
branch {
sharpness 0
shine 0
let first = (0, 1, 0)
let previous = first
repeat 20 as k {
let along = k / 19
let tilt = loop_tilt * sin(180 * loop_waves * (along - loop_start))
let swing = loop_swing * sin(180 * loop_swing_waves * (along - loop_swing_start))
let next = (sin(tilt) * cos(swing), cos(tilt), sin(tilt) * sin(swing))
colour field_colours(1 - abs(1 - 2 * along))
line(previous, next)
previous = next
}
line(previous, first)
}
}
// A thin line from `a` to `b`.
part line(a, b) {
let d = b - a
branch {
move a
yaw atan2(d.x, d.z)
pitch -atan2(d.y, length((d.x, 0, d.z)))
forward length(d) / 2
grow (0.01, 0.01, length(d))
lay
}
}
variant member_2 {
turn = (-51.18, -86.69, -149.4)
body_size = 2.137
turn_2 = (-174.9, 12.2, -286.5)
turn_3 = (246.8, 279.5, 2.977)
knot_size = 2.392
branch_scale = 1.394
fork = 46.61
dendrite_length = 8.43
wiggle = (11.71, 8.185, 1.543)
wiggle_waves = (1.412, 1.447, 1.684)
swell = 0.09295
field_size = 0.6445
loop_tilt = -15.44
loop_waves = 4.271
loop_start = 0.1532
loop_swing_waves = 2.986
loop_swing_start = 0.2278
nerve_1 = hsv(349.5, 1, 1)
nerve_2 = hsv(57.6, 0.93, 1)
nerve_3 = hsv(83.3, 0.83, 1)
nerve_gap_1 = 0.4576
field_hue = 152.1
field_shade = (0.3415, 0.2144, 0.2895)
field_light = 0.6864
field_gaps = (0.3711, 0.3627, 0.5147)
}
variant member_3 {
turn = (51.84, -73.55, -50.6)
turn_2 = (-46.21, 173.8, -262.4)
turn_3 = (307, 339.2, -129.5)
knot_size = 2.006
fork = 35.93
dendrite_length = 11.14
stride = 1.023
wiggle = (2.716, 9.488, 0)
wiggle_waves = (1.216, 1.28, 1.779)
swell = 0.08387
swell_waves = 1.861
field_size = 0.7901
field_shift = (-0.2869, 0.0781, 0.1464)
loop_tilt = 68.12
loop_waves = 6.81
loop_start = 0.03052
loop_swing = -136.1
loop_swing_waves = 4.536
loop_swing_start = 0.5624
nerve_1 = hsv(278, 1, 1)
nerve_2 = hsv(70.7, 0.89, 1)
nerve_3 = hsv(23, 0.78, 1)
nerve_gap_1 = 0.3803
nerve_gap_2 = 0.568
field_hue = 214.4
field_shade = (0.5036, 0.4845, 0.1552)
field_gaps = (0.3759, 0.2982, 0.5226)
}
variant member_4 {
turn = (196.8, -32.35, -50.6)
body_size = 3.71
turn_2 = (-46.21, 325.1, -322.1)
turn_3 = (147.9, 216.3, -12.61)
knot_size = 1.527
branch_scale = 1.151
dendrite_length = 7.3
stride = 1.162
wiggle = (1.376, 22.05, 10.54)
wiggle_waves = (1.441, 1.456, 1.199)
swell = 0.02622
swell_waves = 1.254
field_size = 0.7734
field_shift = (-0.1555, 0.2671, 0.2311)
loop_tilt = 46.58
loop_waves = 1.728
loop_start = 0.2585
loop_swing = -120.2
loop_swing_waves = 4.536
loop_swing_start = 0.3179
nerve_1 = hsv(357.6, 1, 1)
nerve_2 = hsv(11.4, 0.86, 1)
nerve_3 = hsv(157.9, 0.65, 1)
nerve_gap_1 = 0.6058
nerve_gap_2 = 0.6456
field_hue = 180.8
field_shade = (0.5036, 0.356, 0.6446)
field_gaps = (0.3759, 0.2982, 0.4127)
}
variant member_5 {
turn = (106.4, -94.63, -50.6)
body_size = 3.284
turn_2 = (-138.7, 325.1, -322.1)
turn_3 = (147.9, 248.3, -12.61)
knot_size = 1.523
branch_scale = 1.918
dendrite_length = 13.3
stride = 1.091
wiggle = (1.376, 7.137, 11.43)
wiggle_waves = (1.441, 1.445, 1.147)
swell = 0.02622
swell_waves = 0.1557
field_size = 1.001
field_shift = (-0.1555, 0.2671, 0.2311)
loop_tilt = 54.24
loop_waves = 3.359
loop_start = 0.07784
loop_swing_waves = 6.901
loop_swing_start = 0.3742
nerve_1 = hsv(274.6, 1, 1)
nerve_2 = hsv(71.9, 0.9, 1)
nerve_3 = hsv(103.1, 0.79, 1)
nerve_gap_1 = 0.519
nerve_gap_2 = 0.6091
field_hue = 169.7
field_shade = (0.5036, 0.356, 0.6048)
field_light = 0.6763
field_gaps = (0.3759, 0.3722, 0.5226)
}
variant member_6 {
turn = (216.1, -32.35, -50.6)
body_size = 6.907
turn_2 = (124.8, -259.6, -309.7)
turn_3 = (147.9, 216.3, -272.1)
knot_size = 3.119
branch_scale = 1.414
fork = -111.8
dendrite_length = 7.301
stride = 1.021
wiggle = (-1.562, 22.2, 10.54)
wiggle_waves = (1.441, 2.46, 2.251)
swell = 0.02622
swell_waves = 1.254
field_size = 0.7734
field_shift = (-0.1555, 0.2671, 0.2311)
loop_tilt = 46.58
loop_waves = 1.728
loop_start = 0.8046
loop_swing = -101.3
loop_swing_waves = 2.976
loop_swing_start = 0.099
nerve_1 = hsv(239.9, 1, 1)
nerve_2 = hsv(11.4, 0.86, 1)
nerve_3 = hsv(131.5, 0.73, 1)
nerve_gap_1 = 1.402
nerve_gap_2 = 0.6456
field_hue = 180.8
field_shade = (0.5036, 0.2928, 0.6446)
field_gaps = (0.6467, 0.8208, 0.3841)
}
variant member_7 {
turn = (201.5, -32.35, -50.6)
body_size = 6.315
turn_2 = (251.7, 325.1, 214.1)
turn_3 = (147.9, 216.3, -12.61)
knot_size = 1.527
branch_scale = 1.151
fork = -4.52
dendrite_length = 7.971
stride = 0.9788
wiggle = (4.991, 22.05, 10.54)
wiggle_waves = (2.953, 1.456, 1.199)
swell = 0.1571
swell_waves = 0.2512
field_size = 0.7734
field_shift = (-0.03251, -0.3279, 0.4989)
loop_tilt = -63.08
loop_waves = 1.728
loop_start = 0.2585
loop_swing = -78.71
loop_swing_waves = 4.536
loop_swing_start = 0.4414
nerve_1 = hsv(55.6, 1, 1)
nerve_2 = hsv(11.4, 0.86, 1)
nerve_3 = hsv(117.8, 0.53, 1)
nerve_gap_1 = 0.3878
nerve_gap_2 = 1.103
field_hue = 319.1
field_shade = (0.5036, 0.6212, 0.6446)
field_gaps = (0.3759, 0.2982, 0.4127)
}
variant member_8 {
turn = (-98.98, -56.87, -220)
body_size = 6.07
turn_2 = (232.8, -125.6, -290.1)
turn_3 = (11.33, -213, -302.4)
knot_size = 2.44
branch_scale = 2.85
fork = -109.6
dendrite_length = 12.82
stride = 1.051
wiggle = (3.191, 1.09, -19.43)
wiggle_waves = (1.441, 1.456, 2.444)
swell = -0.1167
swell_waves = 0.9935
field_size = 0.223
field_shift = (0.147, 0.04243, -0.3845)
loop_tilt = -133.6
loop_waves = 3.564
loop_start = 0.5634
loop_swing = 77.24
loop_swing_waves = 10.44
loop_swing_start = 0.942
nerve_1 = hsv(6.7, 1, 1)
nerve_2 = hsv(88.4, 0.85, 1)
nerve_3 = hsv(9.6, 0.95, 1)
nerve_gap_1 = 0.4082
nerve_gap_2 = 0.6456
field_hue = 251.9
field_shade = (0.7717, 0.02088, 0.3593)
field_gaps = (0.6798, 0.7812, 0.6659)
}
variant member_9 {
turn = (-98.98, 183.8, 47.55)
body_size = 3.71
turn_2 = (105.8, 325.1, -322.1)
turn_3 = (-146.9, -213, -302.4)
knot_size = 2.44
branch_scale = 1.01
fork = -109.6
dendrite_length = 13.44
stride = 1.042
wiggle = (9.182, -21.01, -21.96)
wiggle_waves = (1.401, 1.456, 1.199)
swell = -0.1385
swell_waves = 1.254
field_size = 1.213
field_shift = (0.1101, -0.2813, -0.2258)
loop_tilt = 22.62
loop_waves = 2.246
loop_start = 0.3767
loop_swing = 77.24
loop_swing_waves = 10.44
loop_swing_start = 0.4471
nerve_1 = hsv(335.7, 1, 1)
nerve_2 = hsv(237.9, 0.58, 1)
nerve_3 = hsv(14.4, 0.51, 1)
nerve_gap_1 = 1.017
nerve_gap_2 = 0.6456
field_hue = 180.8
field_shade = (0.2496, 0.3655, 0.8954)
field_light = 0.4421
field_gaps = (0.5682, 0.2982, 0.7081)
}
variant member_10 {
turn = (29.7, -14.77, -6.675)
body_size = 6.635
turn_2 = (-280.6, 177.2, 334.5)
turn_3 = (-291, -152.1, -334.3)
knot_size = 2.919
branch_scale = 1.445
fork = -26.4
dendrite_length = 13.33
stride = 0.9668
wiggle = (4.228, -12.49, -8.184)
wiggle_waves = (2.273, 2.397, 2.533)
swell = 0
swell_waves = 2.595
field_size = 0.5839
field_shift = (-0.3933, -0.2833, -0.05196)
loop_tilt = 57.3
loop_waves = 3.427
loop_start = 0.5319
loop_swing = -37.28
loop_swing_waves = 10.62
loop_swing_start = 0.159
nerve_1 = hsv(74.3, 1, 1)
nerve_2 = hsv(6, 0.88, 1)
nerve_3 = hsv(104.1, 0.67, 1)
nerve_gap_1 = 0.5186
nerve_gap_2 = 1.333
field_hue = 245
field_shade = (0.8467, 0.1004, 0.665)
field_light = 0.1952
field_gaps = (0.2954, 0.6823, 0.9526)
}
variant member_11 {
turn = (83.24, -27.8, 35.07)
body_size = 5.888
turn_2 = (184, 120, 270.7)
turn_3 = (-178.6, -72.14, -44.83)
knot_size = 3.124
branch_scale = 2.519
fork = -56.73
dendrite_length = 4.6
stride = 1.026
wiggle = (21.89, 14.16, -13.75)
wiggle_waves = (1.929, 1.359, 2.447)
swell = -0.01162
swell_waves = 2.814
field_size = 0.2626
field_shift = (-0.123, 0.1142, -0.2325)
loop_tilt = 144.3
loop_waves = 4.888
loop_start = 0.4874
loop_swing = 4.012
loop_swing_waves = 4.017
loop_swing_start = 0.1638
nerve_1 = hsv(4.7, 1, 1)
nerve_2 = hsv(255, 0.7, 1)
nerve_3 = hsv(200.3, 0.56, 1)
nerve_gap_1 = 1.037
nerve_gap_2 = 1.3
field_hue = 191.8
field_shade = (0.2089, 0.9443, 0.9438)
field_light = 0.2565
field_gaps = (0.7123, 0.9355, 0.4641)
}
variant member_12 {
turn = (-140.2, -55.59, -12.98)
body_size = 3.507
turn_2 = (71.37, -147.1, -184.7)
turn_3 = (-35.77, -46.33, -226.9)
knot_size = 3.115
branch_scale = 0.8467
fork = -81.41
dendrite_length = 12.94
stride = 0.9091
wiggle = (-10.48, 8.208, 5.346)
wiggle_waves = (2.027, 1.052, 2.677)
swell = -0.1229
swell_waves = 1.597
field_size = 0.2429
field_shift = (0.2021, -0.09562, 0.2247)
loop_tilt = 170.2
loop_waves = 1.782
loop_start = 0.02744
loop_swing = 5.903
loop_swing_waves = 13.72
loop_swing_start = 0.6696
nerve_1 = hsv(150.4, 1, 1)
nerve_2 = hsv(208.5, 0.52, 1)
nerve_3 = hsv(117.7, 0.9, 1)
nerve_gap_1 = 0.4766
nerve_gap_2 = 0.7389
field_hue = 263.1
field_shade = (0.6487, 0.08516, 0.783)
field_light = 0.2807
field_gaps = (0.8618, 0.6816, 0.7775)
}
variant member_13 {
turn = (0, 24.76, 0)
body_size = 3.827
turn_2 = (154.2, -253.5, -325.3)
turn_3 = (224.7, 278.9, 140)
knot_size = 3.092
branch_scale = 1.027
fork = 22.92
dendrite_length = 4.977
stride = 0.9809
wiggle = (-3.427, -6.821, 10.83)
wiggle_waves = (2.016, 2.148, 2.728)
swell = 0.1137
swell_waves = 0.3733
field_size = 0.6286
field_shift = (-0.3694, -0.4737, -0.4893)
loop_tilt = 57.3
loop_waves = 1.866
loop_start = 0
loop_swing = 67.65
loop_swing_waves = 1.826
loop_swing_start = 0.2232
nerve_1 = hsv(329.8, 1, 1)
nerve_2 = hsv(157.8, 0.87, 1)
nerve_3 = hsv(176.4, 1, 1)
nerve_gap_1 = 1.384
nerve_gap_2 = 0.7779
field_hue = 131
field_shade = (0.5, 0.9369, 0.5)
field_light = 0.3176
field_gaps = (0.2807, 0.7333, 0.6197)
}
variant member_14 {
turn = (-220.1, -32.35, -50.6)
body_size = 6.907
turn_2 = (177.6, -259.6, -309.7)
turn_3 = (147.9, -229.5, -104.7)
knot_size = 3.119
branch_scale = 1.414
fork = -111.8
dendrite_length = 8.44
stride = 1.188
wiggle = (-1.562, 22.2, 10.54)
wiggle_waves = (1.441, 2.46, 2.251)
swell = 0.02622
swell_waves = 0.6625
field_size = 1.298
field_shift = (0.4463, -0.08449, 0.2299)
loop_tilt = 46.58
loop_waves = 2.497
loop_start = 0.8046
loop_swing = -101.3
loop_swing_waves = 2.976
loop_swing_start = 0.2529
nerve_1 = hsv(239.9, 1, 1)
nerve_2 = hsv(11.4, 0.86, 1)
nerve_3 = hsv(131.5, 0.73, 1)
nerve_gap_1 = 0.8377
nerve_gap_2 = 1.265
field_hue = 88.45
field_shade = (0.5036, 0.2928, 0.314)
field_light = 0.5871
field_gaps = (0.6467, 0.2769, 0.4131)
}
variant member_15 {
turn = (29.7, -141.1, -215.1)
body_size = 2.024
turn_2 = (36.31, 200.1, 203.8)
turn_3 = (-291, -316.2, 243.5)
knot_size = 2.919
branch_scale = 1.445
fork = -71.51
dendrite_length = 9.829
stride = 0.997
wiggle = (-4.122, -13.92, -8.184)
wiggle_waves = (2.273, 2.397, 2.533)
swell = -0.06923
swell_waves = 2.595
field_size = 0.4948
field_shift = (-0.3933, -0.2833, -0.05196)
loop_tilt = 57.3
loop_waves = 3.427
loop_start = 0.04552
loop_swing = -5.642
loop_swing_waves = 12.2
loop_swing_start = 0.159
nerve_1 = hsv(98.9, 1, 1)
nerve_2 = hsv(53.3, 0.96, 1)
nerve_3 = hsv(104.1, 0.67, 1)
nerve_gap_1 = 1.116
nerve_gap_2 = 1.354
field_hue = 245
field_shade = (0.5112, 0.8506, 0.1525)
field_light = 0.1952
field_gaps = (0.2954, 0.8167, 0.8047)
}
variant member_16 {
turn = (190.6, -27.8, 87.79)
body_size = 4.577
turn_2 = (1.165, -225.4, 270.7)
turn_3 = (45.97, 47.77, -11.48)
knot_size = 3.874
branch_scale = 2.519
fork = -56.73
dendrite_length = 4.6
stride = 1.026
wiggle = (-13.5, 14.16, -11.49)
wiggle_waves = (1.929, 1.359, 2.447)
swell = 0.06209
swell_waves = 2.814
field_size = 0.4351
field_shift = (-0.08917, -0.2688, -0.152)
loop_tilt = 144.3
loop_waves = 4.888
loop_start = 0.865
loop_swing = 4.012
loop_swing_waves = 7.676
loop_swing_start = 0.1507
nerve_1 = hsv(4.7, 1, 1)
nerve_2 = hsv(103.9, 0.99, 1)
nerve_3 = hsv(270.1, 0.77, 1)
nerve_gap_1 = 1.24
nerve_gap_2 = 1.3
field_hue = 334.4
field_shade = (0.8164, 0.1827, 0.9438)
field_light = 0.2565
field_gaps = (0.7123, 0.9355, 0.5797)
}