commonOutputPrefix = fst.outputs.common(output, lastOutput); assert validOutput(commonOutputPrefix); wordSuffix = fst.outputs.subtract(lastOutput, commonOutputPrefix); assert validOutput(wordSuffix); parentNode.setLastOutput(input.ints[input.offset + idx - 1], commonOutputPrefix); output = fst.outputs.subtract(output, commonOutputPrefix); assert validOutput(output);
@Override public Object subtract(Object object, Object inc) { // These will never be a list: return outputs.subtract((T) object, (T) inc); }
@Override public Object subtract(Object object, Object inc) { // These will never be a list: return outputs.subtract((T) object, (T) inc); }
@Override public Object subtract(Object object, Object inc) { // These will never be a list: return outputs.subtract((T) object, (T) inc); }
commonOutputPrefix = fst.outputs.common(output, lastOutput); assert validOutput(commonOutputPrefix); wordSuffix = fst.outputs.subtract(lastOutput, commonOutputPrefix); assert validOutput(wordSuffix); parentNode.setLastOutput(input.ints[input.offset + idx - 1], commonOutputPrefix); output = fst.outputs.subtract(output, commonOutputPrefix); assert validOutput(output);
commonOutputPrefix = fst.outputs.common(output, lastOutput); assert validOutput(commonOutputPrefix); wordSuffix = fst.outputs.subtract(lastOutput, commonOutputPrefix); assert validOutput(wordSuffix); parentNode.setLastOutput(input.ints[input.offset + idx - 1], commonOutputPrefix); output = fst.outputs.subtract(output, commonOutputPrefix); assert validOutput(output);
commonOutputPrefix = fst.outputs.common(output, lastOutput); assert validOutput(commonOutputPrefix); wordSuffix = fst.outputs.subtract(lastOutput, commonOutputPrefix); assert validOutput(wordSuffix); parentNode.setLastOutput(input.ints[input.offset + idx - 1], commonOutputPrefix); output = fst.outputs.subtract(output, commonOutputPrefix); assert validOutput(output);