void
lm_trie_quant_lwrite(lm_trie_quant_t * quant, bitarr_address_t address,
float prob)
{
bitarr_write_int25(address, quant->prob_bits,
(uint32) bins_encode(quant->longest, prob));
}
static void middle_finish_loading(middle_t *middle, uint32 next_end)
{
bitarr_address_t address;
address.base = middle->base.base;
address.offset = (middle->base.insert_index + 1) * middle->base.total_bits - middle->next_mask.bits;
bitarr_write_int25(address, middle->next_mask.bits, next_end);
}
static bitarr_address_t longest_insert(longest_t *longest, uint32 index)
{
bitarr_address_t address;
assert(index <= longest->base.word_mask);
address.base = longest->base.base;
address.offset = longest->base.insert_index * longest->base.total_bits;
bitarr_write_int25(address, longest->base.word_bits, index);
address.offset += longest->base.word_bits;
longest->base.insert_index++;
return address;
}
static bitarr_address_t middle_insert(middle_t *middle, uint32 word, int order, int max_order)
{
uint32 at_pointer;
uint32 next;
bitarr_address_t address;
assert(word <= middle->base.word_mask);
address.base = middle->base.base;
address.offset = middle->base.insert_index * middle->base.total_bits;
bitarr_write_int25(address, middle->base.word_bits, word);
address.offset += middle->base.word_bits;
at_pointer = address.offset;
address.offset += middle->quant_bits;
if (order == max_order - 1) {
next = ((longest_t *)middle->next_source)->base.insert_index;
} else {
next = ((middle_t *)middle->next_source)->base.insert_index;
}
bitarr_write_int25(address, middle->next_mask.bits, next);
middle->base.insert_index++;
address.offset = at_pointer;
return address;
}
