boolean hasUnknown = false; if (this.first.isComparable(other.first())) { int comp11 = this.first.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp11, REL_FLAGS_SS_SHIFT); } else { int comp22 = this.second.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp22, REL_FLAGS_EE_SHIFT); } else { int comp12 = this.first.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp12, REL_FLAGS_SE_SHIFT); } else { int comp21 = this.second.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp21, REL_FLAGS_ES_SHIFT); } else {
boolean hasUnknown = false; if (this.first.isComparable(other.first())) { int comp11 = this.first.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp11, REL_FLAGS_SS_SHIFT); } else { int comp22 = this.second.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp22, REL_FLAGS_EE_SHIFT); } else { int comp12 = this.first.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp12, REL_FLAGS_SE_SHIFT); } else { int comp21 = this.second.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp21, REL_FLAGS_ES_SHIFT); } else {
boolean hasUnknown = false; if (this.first.isComparable(other.first())) { int comp11 = this.first.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp11, REL_FLAGS_SS_SHIFT); } else { int comp22 = this.second.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp22, REL_FLAGS_EE_SHIFT); } else { int comp12 = this.first.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp12, REL_FLAGS_SE_SHIFT); } else { int comp21 = this.second.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp21, REL_FLAGS_ES_SHIFT); } else {
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toValidInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval<E>(a,b,flags); } else { return new FuzzyInterval<E>(b,a,flags); } }
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval<E>(a,b, flags); } else { return null; } }
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toValidInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval(a,b,flags); } else { return new FuzzyInterval(b,a,flags); } }
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval<>(a, b, flags); } else { return null; } }
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toValidInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval<>(a, b, flags); } else { return new FuzzyInterval<>(b, a, flags); } }
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval(a,b, flags); } else { return null; } }
boolean hasUnknown = false; if (this.first.isComparable(other.first())) { int comp11 = this.first.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp11, REL_FLAGS_SS_SHIFT); } else { int comp22 = this.second.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp22, REL_FLAGS_EE_SHIFT); } else { int comp12 = this.first.compareTo(other.second()); // 3 choices flags |= toRelFlags(comp12, REL_FLAGS_SE_SHIFT); } else { int comp21 = this.second.compareTo(other.first()); // 3 choices flags |= toRelFlags(comp21, REL_FLAGS_ES_SHIFT); } else {
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval<>(a, b, flags); } else { return null; } }
public static <E extends FuzzyComparable<E>> FuzzyInterval<E> toValidInterval(E a, E b, int flags) { int comp = a.compareTo(b); if (comp <= 0) { return new FuzzyInterval<>(a, b, flags); } else { return new FuzzyInterval<>(b, a, flags); } }