21 lines
364 B
Python
21 lines
364 B
Python
import sympy as sm
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sm.init_printing()
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a, b, th, gama, x, t, y, z = sm.symbols("a, b, theta, gamma, x, t, y, z")
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# # sm.pprint(a, b, th, gama, x, t, y, z)
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f = sm.Function('f')
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# print(sm.latex(f(t)))
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expr3 = sm.sin(f(t)) - sm.tan(a/b)/sm.log(gama)
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sm.pprint(expr3)
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part1 = sm.diff(expr3, a)
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part2 = sm.diff(part1, b)
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sm.pprint(part2)
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print(sm.latex(part2)) |