81 template <typename OutOfRange_Low, typename OutOfRange_High> struct SkTOutOfRange_Either {
87             outOfRange = OutOfRange_High::apply(s);  in apply()
96 template <typename OutOfRange_Low, typename OutOfRange_High> struct SkTCombineOutOfRange {
97     using Both = SkTOutOfRange_Either<OutOfRange_Low, OutOfRange_High>;
101     using apply_high = typename OutOfRange_High::can_be_true;
104                                  Both, OutOfRange_Low, OutOfRange_High, Neither>::type;
107 template <typename D, typename S, typename OutOfRange_Low, typename OutOfRange_High>
111         using Combined = typename SkTCombineOutOfRange<OutOfRange_Low, OutOfRange_High>::type;  in OutOfRange()
122     using OutOfRange_High = SkTOutOfRange_GT_MaxD<D, S>;  member
124     using HighSideOnlyCheck = SkTRangeChecker<D, S, OutOfRange_Low, OutOfRange_High>;
139     using OutOfRange_High = SkTOutOfRange_GT_MaxD<D, S>;  member
141     using FullCheck = SkTRangeChecker<D, S, OutOfRange_Low, OutOfRange_High>;
156     using OutOfRange_High = SkTOutOfRange_GT_MaxD<D, S>;  member
158     using FullCheck = SkTRangeChecker<D, S, OutOfRange_Low, OutOfRange_High>;
174     using OutOfRange_High = SkTOutOfRange_GT_MaxD<D, S>;  member
176     using HighSideOnlyCheck = SkTRangeChecker<D, S, OutOfRange_Low, OutOfRange_High>;