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1

var('t,x,y,z')

2

s = 10

3

r = 28

4

b = 8/3

5

f(t,x,y,z)= [s*(y-x),x*(r-z)-y,x*y-b*z]

6

x0 = -13.7636106821342005250144010543616538641008648540923684535378642921202827747268115852940239346395038284

7

y0 = -19.5787519424517955388380414460095588661142400534276438649791334295426354746147526415973165506704676171

8

z0 = 27

9

T = 15.586522107161747275678702092126960705284805489972439358895215783190198756258880854355851082660142374

10

sol = desolve_tides_mpfr(f, [x0, y0, z0],0 , T, T, 1e-100, 1e-100, 100) # optional - tides

11

print(sol)

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