mid                21 apps/hexagon_benchmarks/median3x3_generator.cpp         mid_y(x,y) = mid(bounded_input(x, y-1), bounded_input(x, y), bounded_input(x, y+1));
mid                25 apps/hexagon_benchmarks/median3x3_generator.cpp         midmid_x(x,y) = mid(mid_y(x-1, y), mid_y(x, y), mid_y(x+1, y));
mid                27 apps/hexagon_benchmarks/median3x3_generator.cpp         output(x,y) = mid(minmax_x(x, y), maxmin_x(x, y), midmid_x(x, y));
mid               147 src/Generator.cpp         int mid = (lo + hi)/2;
mid               148 src/Generator.cpp         auto next = rational_approximation_helper(d, mid);
mid               150 src/Generator.cpp             hi = mid;
mid               152 src/Generator.cpp             lo = mid;
mid               291 src/Introspection.cpp             size_t mid = (hi + lo)/2;
mid               292 src/Introspection.cpp             uint64_t addr_mid = global_variables[mid].addr;
mid               294 src/Introspection.cpp                 hi = mid;
mid               296 src/Introspection.cpp                 lo = mid;
mid               770 src/Introspection.cpp                 size_t mid = (hi + lo)/2;
mid               771 src/Introspection.cpp                 uint64_t pc_mid = source_lines[mid].pc;
mid               773 src/Introspection.cpp                     hi = mid;
mid               775 src/Introspection.cpp                     lo = mid;
mid              2119 src/Introspection.cpp             size_t mid = (hi + lo)/2;
mid              2120 src/Introspection.cpp             uint64_t pc_mid_begin = functions[mid].pc_begin;
mid              2121 src/Introspection.cpp             uint64_t pc_mid_end = functions[mid].pc_end;
mid              2123 src/Introspection.cpp                 hi = mid;
mid              2125 src/Introspection.cpp                 lo = mid + 1;
mid              2127 src/Introspection.cpp                 debug(5) << "At function " << functions[mid].name
mid              2130 src/Introspection.cpp                 return &functions[mid];