Searched refs:bitSize (Results 1 – 3 of 3) sorted by relevance
108 size_t bitSize; // bit length per unit member117 return (bitOffset & 7) == 0 && (bitSize & 7) == 0; in isByteAligned()151 return (one << bitSize) - 1; in rawMask()160 return ((one << (bitSize - 1)) & value) != 0; in isNegative()168 size_t bitSize; member172 size_t getByteSize() const { return (bitSize + 7) / 8; }; in getByteSize()
236 .bitSize = 0 in convertGroupToPacket()255 .bitOffset = packet.bitSize, in convertGroupToPacket()256 .bitSize = r.getSize(), in convertGroupToPacket()261 packet.bitSize += digest.bitSize * digest.count; in convertGroupToPacket()290 << " size: " << packet.bitSize in operator <<()299 os << " " << report.bitOffset << " size: " << report.bitSize in operator <<()
125 .byteSize = pReportAccuracy->bitSize / 8, in HidRawSensor()172 || (digest.bitSize != 8 && digest.bitSize != 16 && digest.bitSize != 32)) { in HidRawSensor()183 .byteSize = digest.bitSize / 8, in HidRawSensor()201 record.byteOffset += digest.bitSize / 8; in HidRawSensor()234 if ((quat.bitSize != 16 && quat.bitSize != 32) || !quat.isByteAligned()) { in processQuaternionUsage()256 .byteSize = quat.bitSize / 8, in processQuaternionUsage()266 record.byteOffset = (quat.bitOffset + quat.bitSize) / 8; in processQuaternionUsage()271 record.byteOffset = (quat.bitOffset + 3 * quat.bitSize) / 8; in processQuaternionUsage()276 record.byteOffset = (quat.bitOffset + 2 * quat.bitSize) / 8; in processQuaternionUsage()326 || (reportX.bitSize != 16 && reportX.bitSize != 32) in processTriAxisUsage()[all …]