pub fn to_hybrid(&self) -> HybridIdxSetBuf<T> {
        // This universe_size may be slightly larger than the one specified
        // upon creation, due to rounding up to a whole word. That's ok.
        let universe_size = self.bits.len() * BITS_PER_WORD;

        // Note: we currently don't bother trying to make a Sparse set.
        HybridIdxSetBuf::Dense(self.to_owned(), universe_size)
    }
/// Duplicates as a hybrid set.
Duplicates as a hybrid set.
Duplicates as a hybrid set .
pub fn to_hybrid(&self) -> HybridIdxSetBuf<T> {
        // This universe_size may be slightly larger than the one specified
        // upon creation, due to rounding up to a whole word. That's ok.
        let universe_size = self.bits.len() * BITS_PER_WORD;
        // Note: we currently don't bother trying to make a Sparse set.
        HybridIdxSetBuf::Dense(self.to_owned(), universe_size)
    }
pub fn to_hybrid ( & self ) -> HybridIdxSetBuf < T > { // This universe_size may be slightly larger than the one specified // upon creation, due to rounding up to a whole word. That's ok. let universe_size = self . bits . len ( ) * BITS_PER_WORD ; // Note: we currently don't bother trying to make a Sparse set. HybridIdxSetBuf :: Dense ( self . to_owned ( ) , universe_size ) }
Duplicates as a hybrid set.
Duplicates as a hybrid set .
&self
&self