internal void readNextRange(int num, NgramTrieModel.TrieRange trieRange)
{
int num2 = num * this.totalBits;
num2 += this.wordBits;
num2 += this.getQuantBits();
trieRange.begin = NgramTrie.access_100(this.this_0).readInt(this.memPtr, num2, this.nextMask);
num2 += this.totalBits;
trieRange.end = NgramTrie.access_100(this.this_0).readInt(this.memPtr, num2, this.nextMask);
}
internal MiddleNgramSet(NgramTrie ngramTrie, int num, int num2, int num3, int num4, int num5) : base(ngramTrie, num, num4, num2 + NgramTrie.access_000(ngramTrie, num5))
{
this.nextMask = (1 << NgramTrie.access_000(ngramTrie, num5)) - 1;
if (num3 + 1 >= 33554432 || num5 >= 33554432)
{
string text = "Sorry, current implementation doesn't support more than 33554432 n-grams of particular order";
throw new Error(text);
}
}
internal NgramSet(NgramTrie ngramTrie, int num, int num2, int num3)
{
this.this_0 = ngramTrie;
this.maxVocab = num2;
this.memPtr = num;
this.wordBits = NgramTrie.access_000(ngramTrie, num2);
if (this.wordBits > 25)
{
string text = "Sorry, word indices more than33554432 are not implemented";
throw new Error(text);
}
this.totalBits = this.wordBits + num3;
this.wordMask = (1 << this.wordBits) - 1;
this.insertIdx = 0;
}
internal static int access_000(NgramTrie ngramTrie, int num)
{
return(ngramTrie.requiredBits(num));
}
internal virtual int readNgramWord(int num)
{
int bitOffset = num * this.totalBits;
return(NgramTrie.access_100(this.this_0).readInt(this.memPtr, bitOffset, this.wordMask));
}
internal override int getQuantBits()
{
return(NgramTrie.access_200(this.this_0));
}
internal LongestNgramSet(NgramTrie ngramTrie, int num, int num2, int num3) : base(ngramTrie, num, num3, num2)
{
}
internal static int access_200(NgramTrie ngramTrie)
{
return(ngramTrie.quantProbBoLen);
}
internal static NgramTrieBitarr access_100(NgramTrie ngramTrie)
{
return(ngramTrie.bitArr);
}