the usual one. Then for the basis to be orthonormal, we would need
to divide e.g. (1,0,0) by <(1,0,0),(1,0,0)> = 2 to normalize it.
-8. Use charpoly for inverse itself?
+8. Pre-cache charpoly for some small algebras?
-9. Pre-cache charpoly for some small algebras?
-
-10. Compute the scalar in the general natural_inner_product() for
- matrices, so no overrides are necessary.
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+9. Compute the scalar in the general natural_inner_product() for
+ matrices, so no overrides are necessary.
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