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285 lines (278 loc) · 22.5 KB
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32 -- Celestial Bodies 3-D [SOLAR_SYSTEM]
============================================================
Grid: 256┬│ dt=0.02
Bodies: 5 Frames: 120 Steps/frame: 750
Name Type M (M☉) r amp σ
ΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇΓöÇ
Sun star 0.15 0 2.981 2.5
Mercury rocky_planet 1.6e-07 12 0.300 1.5
Venus rocky_planet 2.4e-06 18 0.300 1.5
Earth rocky_planet 3e-06 25 0.300 1.5
Mars rocky_planet 3.2e-07 33 0.300 1.5
Placing central body: Sun amp=2.981 σ=2.5
χ_min = 18.5701 (background χ₀ = 19.0)
Placing orbiting bodies…
Mercury r= 12.0 v=0.05619 TΓëê67,096 steps
Venus r= 18.0 v=0.04561 TΓëê123,980 steps
Earth r= 25.0 v=0.03857 TΓëê203,653 steps
Mars r= 33.0 v=0.03348 TΓëê309,665 steps
Re-equilibrating chi with all bodies placed…
χ_min = 18.5697
Phase velocity encoded → |Ψ|² stabilised (complex soliton mode)
Evolving 120 frames × 750 steps…
1/120 step=750 t=15.0 χ_min=18.465 pts=20000
2/120 step=1,500 t=30.0 χ_min=18.070 pts=20000
3/120 step=2,250 t=45.0 χ_min=18.222 pts=20000
4/120 step=3,000 t=60.0 χ_min=18.339 pts=20000
5/120 step=3,750 t=75.0 χ_min=18.254 pts=20000
6/120 step=4,500 t=90.0 χ_min=18.341 pts=20000
7/120 step=5,250 t=105.0 χ_min=18.366 pts=20000
8/120 step=6,000 t=120.0 χ_min=18.245 pts=20000
9/120 step=6,750 t=135.0 χ_min=18.281 pts=20000
10/120 step=7,500 t=150.0 χ_min=18.254 pts=20000
11/120 step=8,250 t=165.0 χ_min=18.154 pts=20000
12/120 step=9,000 t=180.0 χ_min=18.157 pts=20000
13/120 step=9,750 t=195.0 χ_min=18.194 pts=20000
14/120 step=10,500 t=210.0 χ_min=18.155 pts=20000
15/120 step=11,250 t=225.0 χ_min=18.202 pts=20000
16/120 step=12,000 t=240.0 χ_min=18.210 pts=20000
17/120 step=12,750 t=255.0 χ_min=18.244 pts=20000
18/120 step=13,500 t=270.0 χ_min=18.239 pts=20000
19/120 step=14,250 t=285.0 χ_min=18.163 pts=20000
20/120 step=15,000 t=300.0 χ_min=18.246 pts=20000
21/120 step=15,750 t=315.0 χ_min=18.290 pts=20000
22/120 step=16,500 t=330.0 χ_min=18.249 pts=20000
23/120 step=17,250 t=345.0 χ_min=18.190 pts=20000
24/120 step=18,000 t=360.0 χ_min=18.220 pts=20000
25/120 step=18,750 t=375.0 χ_min=18.240 pts=20000
26/120 step=19,500 t=390.0 χ_min=18.291 pts=20000
27/120 step=20,250 t=405.0 χ_min=18.201 pts=20000
28/120 step=21,000 t=420.0 χ_min=18.197 pts=20000
29/120 step=21,750 t=435.0 χ_min=18.205 pts=20000
30/120 step=22,500 t=450.0 χ_min=18.297 pts=20000
31/120 step=23,250 t=465.0 χ_min=18.242 pts=20000
32/120 step=24,000 t=480.0 χ_min=18.285 pts=20000
33/120 step=24,750 t=495.0 χ_min=18.246 pts=20000
34/120 step=25,500 t=510.0 χ_min=18.222 pts=20000
35/120 step=26,250 t=525.0 χ_min=18.221 pts=20000
36/120 step=27,000 t=540.0 χ_min=18.282 pts=20000
37/120 step=27,750 t=555.0 χ_min=18.155 pts=20000
38/120 step=28,500 t=570.0 χ_min=18.195 pts=20000
39/120 step=29,250 t=585.0 χ_min=18.218 pts=20000
40/120 step=30,000 t=600.0 χ_min=18.249 pts=20000
41/120 step=30,750 t=615.0 χ_min=18.158 pts=20000
42/120 step=31,500 t=630.0 χ_min=18.187 pts=20000
43/120 step=32,250 t=645.0 χ_min=18.213 pts=20000
44/120 step=33,000 t=660.0 χ_min=18.128 pts=20000
45/120 step=33,750 t=675.0 χ_min=18.177 pts=20000
46/120 step=34,500 t=690.0 χ_min=18.186 pts=20000
47/120 step=35,250 t=705.0 χ_min=18.285 pts=20000
48/120 step=36,000 t=720.0 χ_min=18.174 pts=20000
49/120 step=36,750 t=735.0 χ_min=18.195 pts=20000
50/120 step=37,500 t=750.0 χ_min=18.245 pts=20000
51/120 step=38,250 t=765.0 χ_min=18.255 pts=20000
52/120 step=39,000 t=780.0 χ_min=18.244 pts=20000
53/120 step=39,750 t=795.0 χ_min=18.177 pts=20000
54/120 step=40,500 t=810.0 χ_min=18.215 pts=20000
55/120 step=41,250 t=825.0 χ_min=18.225 pts=20000
56/120 step=42,000 t=840.0 χ_min=18.202 pts=20000
57/120 step=42,750 t=855.0 χ_min=18.278 pts=20000
58/120 step=43,500 t=870.0 χ_min=18.162 pts=20000
59/120 step=44,250 t=885.0 χ_min=18.252 pts=20000
60/120 step=45,000 t=900.0 χ_min=18.272 pts=20000
61/120 step=45,750 t=915.0 χ_min=18.301 pts=20000
62/120 step=46,500 t=930.0 χ_min=18.236 pts=20000
63/120 step=47,250 t=945.0 χ_min=18.260 pts=20000
64/120 step=48,000 t=960.0 χ_min=18.224 pts=20000
65/120 step=48,750 t=975.0 χ_min=18.285 pts=20000
66/120 step=49,500 t=990.0 χ_min=18.261 pts=20000
67/120 step=50,250 t=1005.0 χ_min=18.221 pts=20000
68/120 step=51,000 t=1020.0 χ_min=18.213 pts=20000
69/120 step=51,750 t=1035.0 χ_min=18.305 pts=20000
70/120 step=52,500 t=1050.0 χ_min=18.311 pts=20000
71/120 step=53,250 t=1065.0 χ_min=18.268 pts=20000
72/120 step=54,000 t=1080.0 χ_min=18.189 pts=20000
73/120 step=54,750 t=1095.0 χ_min=18.306 pts=20000
74/120 step=55,500 t=1110.0 χ_min=18.293 pts=20000
75/120 step=56,250 t=1125.0 χ_min=18.279 pts=20000
76/120 step=57,000 t=1140.0 χ_min=18.278 pts=20000
77/120 step=57,750 t=1155.0 χ_min=18.274 pts=20000
78/120 step=58,500 t=1170.0 χ_min=18.292 pts=20000
79/120 step=59,250 t=1185.0 χ_min=18.260 pts=20000
80/120 step=60,000 t=1200.0 χ_min=18.254 pts=20000
81/120 step=60,750 t=1215.0 χ_min=18.273 pts=20000
82/120 step=61,500 t=1230.0 χ_min=18.271 pts=20000
83/120 step=62,250 t=1245.0 χ_min=18.324 pts=20000
84/120 step=63,000 t=1260.0 χ_min=18.323 pts=20000
85/120 step=63,750 t=1275.0 χ_min=18.295 pts=20000
86/120 step=64,500 t=1290.0 χ_min=18.314 pts=20000
87/120 step=65,250 t=1305.0 χ_min=18.301 pts=20000
88/120 step=66,000 t=1320.0 χ_min=18.284 pts=20000
89/120 step=66,750 t=1335.0 χ_min=18.311 pts=20000
90/120 step=67,500 t=1350.0 χ_min=18.309 pts=20000
91/120 step=68,250 t=1365.0 χ_min=18.266 pts=20000
92/120 step=69,000 t=1380.0 χ_min=18.181 pts=20000
93/120 step=69,750 t=1395.0 χ_min=18.237 pts=20000
94/120 step=70,500 t=1410.0 χ_min=18.243 pts=20000
95/120 step=71,250 t=1425.0 χ_min=18.324 pts=20000
96/120 step=72,000 t=1440.0 χ_min=18.273 pts=20000
97/120 step=72,750 t=1455.0 χ_min=18.229 pts=20000
98/120 step=73,500 t=1470.0 χ_min=18.267 pts=20000
99/120 step=74,250 t=1485.0 χ_min=18.242 pts=20000
100/120 step=75,000 t=1500.0 χ_min=18.299 pts=20000
101/120 step=75,750 t=1515.0 χ_min=18.247 pts=20000
102/120 step=76,500 t=1530.0 χ_min=18.279 pts=20000
103/120 step=77,250 t=1545.0 χ_min=18.328 pts=20000
104/120 step=78,000 t=1560.0 χ_min=18.301 pts=20000
105/120 step=78,750 t=1575.0 χ_min=18.293 pts=20000
106/120 step=79,500 t=1590.0 χ_min=18.258 pts=20000
107/120 step=80,250 t=1605.0 χ_min=18.263 pts=20000
108/120 step=81,000 t=1620.0 χ_min=18.301 pts=20000
109/120 step=81,750 t=1635.0 χ_min=18.309 pts=20000
110/120 step=82,500 t=1650.0 χ_min=18.305 pts=20000
111/120 step=83,250 t=1665.0 χ_min=18.333 pts=20000
112/120 step=84,000 t=1680.0 χ_min=18.237 pts=20000
113/120 step=84,750 t=1695.0 χ_min=18.283 pts=20000
114/120 step=85,500 t=1710.0 χ_min=18.267 pts=20000
115/120 step=86,250 t=1725.0 χ_min=18.257 pts=20000
116/120 step=87,000 t=1740.0 χ_min=18.329 pts=20000
117/120 step=87,750 t=1755.0 χ_min=18.263 pts=20000
118/120 step=88,500 t=1770.0 χ_min=18.285 pts=20000
119/120 step=89,250 t=1785.0 χ_min=18.334 pts=20000
120/120 step=90,000 t=1800.0 χ_min=18.328 pts=20000
Rendering 120 frames at 1280×720 px…
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c:\Papers\.venv\Scripts\python.exe : [vost#0:0/libx264 @ 0000022226115f00]
Multiple -pix_fmt options specified for stream 0, only the last option
'-pix_fmt yuv420p' will be used.
At line:1 char:67
+ ... NG='utf-8'; c:\Papers\.venv\Scripts\python.exe 32_celestial_bodies.py ...
+ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ CategoryInfo : NotSpecified: ([vost#0:0/libx2...' will be used
.:String) [], RemoteException
+ FullyQualifiedErrorId : NativeCommandError
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Movie saved: C:\Papers\lfm-physics\examples\32_solar_system_3d.mp4
============================================================
DONE ΓÇö SOLAR_SYSTEM
Movie: C:\Papers\lfm-physics\examples\32_solar_system_3d.mp4
Physics: GOV-01 + GOV-02 only.
Dark matter emerges from χ wave inertia (χ_prev buffer).