THE SLICING ALGORITHM FOR FAST PROTOTYPE PRODUCTION HAS BEEN IMPROVED AND OPTIMISED
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Abstract
An enhanced slicing algorithm is given as a solution to the problem of inefficiency that arises during the
slicing phase of rapid prototyping that is based on STL models. The approach constructs the integral
topology of STL models in advance by utilising a hash table. This makes it possible to acquire con- tours
directly. The method then decreases the search range in slicing by building the slicing relation matrix,
which may significantly reduce the time cost of slicing. The temporal complexity of the method has been
shown to be roughly linear, according to the demonstrations. The approach has been shown to be effective
and efficient via application examples, and the findings demonstrate that it performs better than other
methods that are currently available, particularly when the STL model is either complicated or huge.
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