Vectorized Bitsets #137
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Vectorized Bitsets #137
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…index in use to avoid unnecessary calculations each all, any, none, exclusive calls.
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Realistically, many projects have a large number of components that are used. Up to 100, 200 or even more depending on the scale.
So far, such a high number of components in the
Bitsethas caused problems. These simply checked the bits with a scalar loop. For a few used components this is fast, but for many it is quite slow and noticeable.Therefore this PR integrates vectorized
BitSetmethods to process a high number of used components faster. This is triggered only at a certain number, if the number of registered components exceeds this, the methods are executed vectorized. If they fall under it, the execution remains scalar. Since vectorization comes along with an overhead for few elements, the best of both sides is combined.