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Example 1.
Create the jet space J^2(E) for the bundle E = R^2 x R^2 with coordinates (x, y) -> (u, v).
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Define a vector X1 and compute its total part.
E >
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| (2.1) |
E >
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| (2.2) |
Define a vector X2 and compute its total part.
E >
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| (2.3) |
E >
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| (2.4) |
Define a vector X3 and compute its total part.
E >
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| (2.5) |
E >
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| (2.6) |
Example 2.
E >
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J33 >
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| (2.7) |
J33 >
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| (2.8) |
A total vector field always annihilates the first order contact 1-forms.
J33 >
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| (2.10) |
A vector field is always the sum of its total and evolutionary parts.
J33 >
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| (2.11) |
J33 >
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| (2.12) |