int f21 = extractRelationSubflags(flags, REL_FLAGS_ES_SHIFT); if (checkFuzzy) { boolean isFuzzy = checkMultipleBitSet(f11) || checkMultipleBitSet(f12) || checkMultipleBitSet(f21) || checkMultipleBitSet(f22); if (isFuzzy) { flags |= REL_FLAGS_INTERVAL_FUZZY;
/** * Checks whether this interval is comparable with another interval * comes before or after * @param other interval to compare with */ public boolean isIntervalComparable(Interval<E> other) { int flags = getRelationFlags(other); if (checkMultipleBitSet(flags & REL_FLAGS_INTERVAL_UNKNOWN)) { return false; } return checkFlagSet(flags, REL_FLAGS_INTERVAL_BEFORE) || checkFlagSet(flags, REL_FLAGS_INTERVAL_AFTER); }
int f21 = extractRelationSubflags(flags, REL_FLAGS_ES_SHIFT); if (checkFuzzy) { boolean isFuzzy = checkMultipleBitSet(f11) || checkMultipleBitSet(f12) || checkMultipleBitSet(f21) || checkMultipleBitSet(f22); if (isFuzzy) { flags |= REL_FLAGS_INTERVAL_FUZZY;
int f21 = extractRelationSubflags(flags, REL_FLAGS_ES_SHIFT); if (checkFuzzy) { boolean isFuzzy = checkMultipleBitSet(f11) || checkMultipleBitSet(f12) || checkMultipleBitSet(f21) || checkMultipleBitSet(f22); if (isFuzzy) { flags |= REL_FLAGS_INTERVAL_FUZZY;
int f21 = extractRelationSubflags(flags, REL_FLAGS_ES_SHIFT); if (checkFuzzy) { boolean isFuzzy = checkMultipleBitSet(f11) || checkMultipleBitSet(f12) || checkMultipleBitSet(f21) || checkMultipleBitSet(f22); if (isFuzzy) { flags |= REL_FLAGS_INTERVAL_FUZZY;
int f21 = extractRelationSubflags(flags, REL_FLAGS_ES_SHIFT); if (checkFuzzy) { boolean isFuzzy = checkMultipleBitSet(f11) || checkMultipleBitSet(f12) || checkMultipleBitSet(f21) || checkMultipleBitSet(f22); if (isFuzzy) { flags |= REL_FLAGS_INTERVAL_FUZZY;
/** * Checks whether this interval is comparable with another interval * comes before or after * @param other interval to compare with */ public boolean isIntervalComparable(Interval<E> other) { int flags = getRelationFlags(other); if (checkMultipleBitSet(flags & REL_FLAGS_INTERVAL_UNKNOWN)) { return false; } return checkFlagSet(flags, REL_FLAGS_INTERVAL_BEFORE) || checkFlagSet(flags, REL_FLAGS_INTERVAL_AFTER); }
/** * Checks whether this interval is comparable with another interval * comes before or after * @param other interval to compare with */ public boolean isIntervalComparable(Interval<E> other) { int flags = getRelationFlags(other); if (checkMultipleBitSet(flags & REL_FLAGS_INTERVAL_UNKNOWN)) { return false; } return checkFlagSet(flags, REL_FLAGS_INTERVAL_BEFORE) || checkFlagSet(flags, REL_FLAGS_INTERVAL_AFTER); }
/** * Checks whether this interval is comparable with another interval * comes before or after * @param other interval to compare with */ public boolean isIntervalComparable(Interval<E> other) { int flags = getRelationFlags(other); if (checkMultipleBitSet(flags & REL_FLAGS_INTERVAL_UNKNOWN)) { return false; } return checkFlagSet(flags, REL_FLAGS_INTERVAL_BEFORE) || checkFlagSet(flags, REL_FLAGS_INTERVAL_AFTER); }