adding verbiage regarding eigenvector expression function that vectors are returned as column vectors not row vectors
@@ -1137,7 +1137,7 @@ Time Iteration Expressions
| eigenvector | Eigenvector | **eigenvector(expr)** |
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-| | | expr must evaluate to a 3x3 tensor. The eigenvector expression returns the eigenvectors of the 3x3 matrix argument as a tensor (3x3 matrix) valued expression where each row in the tensor is one of the eigenvectors. Use the component index operator ('[]') to access individual eigenvectors. |
+| | | expr must evaluate to a 3x3 tensor. The eigenvector expression returns the eigenvectors of the 3x3 matrix argument as a tensor (3x3 matrix) valued expression where each column in the tensor is one of the eigenvectors. In order to use the component index operator ('[]') to access individual eigenvectors, you must transpose the result with the ``transpose()`` expression function. |
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| | | *Example: evecs = eigenvector(tensor), evecs[1]* |
