 |
FLImaging 6.10.23.2
|
|
FLImaging 6.10.23.2
|
클래스 | |
| class | CAESCryptography |
| AES 암호 클래스 더 자세히 ... | |
| class | CAuthorityManager |
| Authority manager class 더 자세히 ... | |
| class | CBase64 |
| Base64 클래스 더 자세히 ... | |
| class | CBroadcastManager |
| 브로드캐스트 관리 클래스 더 자세히 ... | |
| class | CBroadcastMessage |
| 브로드캐스트 메시지 클래스 더 자세히 ... | |
| class | CByteOrderMarkUtilities |
| Byte Order Mark 유틸리티 클래스 더 자세히 ... | |
| class | CColorPaletteUtilities |
| 색상 팔레트 유틸리티 클래스 더 자세히 ... | |
| class | CCyclicRedundancyCheck |
| 순환 중복 검사 클래스 더 자세히 ... | |
| class | CEllipticCurveDiffieHellman |
| 타원곡선 암호를 이용한 디피-헬먼 클래스 더 자세히 ... | |
| class | CExpressionParser |
| 식 분석기 더 자세히 ... | |
| class | CFileSystemUtilities |
| 파일 시스템 유틸리티 클래스 더 자세히 ... | |
| class | CFLBase |
| FLImaging의 최상위 기저 클래스 더 자세히 ... | |
| class | CFLData |
| 데이터 클래스 더 자세히 ... | |
| class | CFLImage |
| FLImaging의 이미지 클래스 더 자세히 ... | |
| class | CFLImageCodecBase |
| 이미지 코덱의 기반 클래스 더 자세히 ... | |
| class | CFLImageCodecBMP |
| BMP 코덱 클래스 더 자세히 ... | |
| class | CFLImageCodecFLIF |
| FLImaging Image 코덱 클래스 더 자세히 ... | |
| class | CFLImageCodecJPEG |
| JPEG 코덱 클래스 더 자세히 ... | |
| class | CFLImageCodecList |
| 이미지 코덱 클래스 리스트 더 자세히 ... | |
| class | CFLImageCodecManager |
| 이미지 코덱 관리 클래스 더 자세히 ... | |
| class | CFLImageCodecPNG |
| PNG 코덱 클래스 더 자세히 ... | |
| class | CFLImageCodecTIFF |
| TIFF 코덱 클래스 더 자세히 ... | |
| class | CFLImageExtraDataBase |
| 이미지 확장 데이터 기초 클래스 더 자세히 ... | |
| class | CFLImageExtraDataColor |
| 이미지 확장 컬러 데이터 클래스 더 자세히 ... | |
| class | CFLImageExtraDataCT |
| 이미지 확장 이산 코사인 변환 데이터 클래스 더 자세히 ... | |
| class | CFLImageExtraDataFT |
| 이미지 확장 푸리에 변환 데이터 클래스 더 자세히 ... | |
| class | CFLImageExtraDataRFT |
| 이미지 확장 실수 푸리에 변환 데이터 클래스 더 자세히 ... | |
| class | CFLImageExtraDataST |
| 이미지 확장 이산 사인 변환 데이터 클래스 더 자세히 ... | |
| class | CFLImageExtraDataWT |
| 이미지 이산 웨이블릿 변환 데이터 클래스 더 자세히 ... | |
| class | CFLImageExtraDataXYZ |
| 이미지 확장 XYZ 데이터 클래스 더 자세히 ... | |
| class | CFLImageFileData |
| 이미지 파일 데이터 클래스 더 자세히 ... | |
| class | CFLImageFileWorkStatus |
| 이미지 파일 작업 상태 클래스 더 자세히 ... | |
| class | CFLImagePage |
| CFLImage 의 Page 클래스 더 자세히 ... | |
| class | CFloatingPointIntensityConverter |
| 부동 소수점 이미지 값 변환 클래스 더 자세히 ... | |
| class | CFloatingPointUtilities |
| 부동소수점 유틸리티 클래스 더 자세히 ... | |
| class | CHttpUtilities |
| Http 유틸리티 클래스 더 자세히 ... | |
| class | CINIUtilities |
| INI 유틸리티 클래스 더 자세히 ... | |
| class | CKDTree |
| KDTree 클래스. K 차원의 이진 탐색 트리. 더 자세히 ... | |
| class | CKDTreeGroup |
| KDTreeGroup 클래스. K 차원의 이진 탐색 트리. 각 정점에 그룹 번호를 지정할 수 있다. 제외할 그룹 번호를 추가, 제거 할 수 있으며, 제외할 그룹 번호를 추가하는 것으로 군집 단위로 찾을 데이터를 제어할 수 있다. 더 자세히 ... | |
| class | CKDTreeUnlimited |
| KDTreeUnlimited 클래스. K 차원의 이진 탐색 트리. 더 자세히 ... | |
| class | CLibraryUtilities |
| 라이브러리 유틸리티 클래스 더 자세히 ... | |
| class | CLog |
| Log class 더 자세히 ... | |
| class | CMultiVar |
| 다중 변수 클래스 더 자세히 ... | |
| class | CNvidiaGPUInformation |
| 엔비디아 GPU 정보 클래스 더 자세히 ... | |
| class | CPerformanceCounter |
| 성능 측정 클래스 더 자세히 ... | |
| class | CProcessingUnitBase |
| 프로세싱 유닛 기초 클래스 더 자세히 ... | |
| class | CProcessingUnitCPU |
| CPU 프로세싱 유닛 클래스 더 자세히 ... | |
| class | CProcessingUnitCPUMulti |
| 다중 CPU 프로세싱 유닛 클래스 더 자세히 ... | |
| class | CProcessingUnitCuda |
| Cuda 프로세싱 유닛 클래스 더 자세히 ... | |
| class | CProcessingUnitManager |
| 프로세싱 유닛 관리 클래스 더 자세히 ... | |
| class | CProcessingUnitOptimal |
| Optimal 프로세싱 유닛 클래스 더 자세히 ... | |
| class | CProcessUtilities |
| 프로세스 유틸 클래스 더 자세히 ... | |
| class | CRandomGenerator |
| 난수 생성기 클래스 더 자세히 ... | |
| class | CRandomKeyGenerator |
| 난수키 발생기 클래스 더 자세히 ... | |
| class | CRangeTree |
| RangeTree 클래스. K 차원의 이진 탐색 트리. 더 자세히 ... | |
| class | CRSACryptography |
| RSA 암호 클래스 더 자세히 ... | |
| class | CSecureHashAlgorithm |
| SHA 클래스 더 자세히 ... | |
| class | CSystemInformation |
| 시스템 정보 클래스 더 자세히 ... | |
| class | CThreadExecution |
| 쓰레드 실행 클래스 더 자세히 ... | |
| class | CThreadUtilities |
| 쓰레드 유틸리티 클래스 더 자세히 ... | |
| class | CWQL |
| WMI 쿼리 언어 클래스 더 자세히 ... | |
| class | TPoint |
| 점을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TPoint3 |
| 3차원 점을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TPoint4 |
| 4차원 점을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TQuad |
| 사각형을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TQuad3 |
| 사각형을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TQuadrilateralSolid3 |
| 사각형 두 개의 각 대응 꼭지점을 연결한 비정형 육면체를 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TRange |
| 2D 범위를 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TRange3 |
| 3D 범위를 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TRange4 |
| 4D 범위를 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TRect |
| 직사각형을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TTriangle3 |
| 삼각형을 표현하는 간략화된 클래스 더 자세히 ... | |
| class | TTriangularSolid3 |
| 삼각형 두 개의 각 대응 꼭지점을 연결한 비정형 오면체를 표현하는 간략화된 클래스 더 자세히 ... | |
열거형 타입 | |
| enum class | EAuthorityLevel { None = 0 , User , PowerUser , Administrator , Developer , Root } |
| 권한 레벨 더 자세히 ... | |
| enum class | EValueType { Unsigned = 0 , Signed , FloatingPoint } |
| 값 타입 더 자세히 ... | |
| enum class | EPixelFormat { Error = 0x00000 , Opt_Separate_Channel = 0x100000 , Opt_FP_Unlimited = 0x200000 , C1_U1 = 0x00001 , C1_U4 = 0x00004 , C1_U8 = 0x00008 , C1_U9 = 0x00009 , C1_U10 = 0x0000A , C1_U11 = 0x0000B , C1_U12 = 0x0000C , C1_U13 = 0x0000D , C1_U14 = 0x0000E , C1_U15 = 0x0000F , C1_U16 = 0x00010 , C1_U32 = 0x00020 , C1_U64 = 0x00040 , C1_S1 = 0x00101 , C1_S4 = 0x00104 , C1_S8 = 0x00108 , C1_S9 = 0x00109 , C1_S10 = 0x0010A , C1_S11 = 0x0010B , C1_S12 = 0x0010C , C1_S13 = 0x0010D , C1_S14 = 0x0010E , C1_S15 = 0x0010F , C1_S16 = 0x00110 , C1_S32 = 0x00120 , C1_S64 = 0x00140 , C1_F32 = 0x00220 , C1_F64 = 0x00240 , C1_F32_Unlimited = 0x00220 | Opt_FP_Unlimited , C1_F64_Unlimited = 0x00240 | Opt_FP_Unlimited , C2_U1 = 0x01001 , C2_U4 = 0x01004 , C2_U8 = 0x01008 , C2_U9 = 0x01009 , C2_U10 = 0x0100A , C2_U11 = 0x0100B , C2_U12 = 0x0100C , C2_U13 = 0x0100D , C2_U14 = 0x0100E , C2_U15 = 0x0100F , C2_U16 = 0x01010 , C2_U32 = 0x01020 , C2_U64 = 0x01040 , C2_S1 = 0x01101 , C2_S4 = 0x01104 , C2_S8 = 0x01108 , C2_S9 = 0x01109 , C2_S10 = 0x0110A , C2_S11 = 0x0110B , C2_S12 = 0x0110C , C2_S13 = 0x0110D , C2_S14 = 0x0110E , C2_S15 = 0x0110F , C2_S16 = 0x01110 , C2_S32 = 0x01120 , C2_S64 = 0x01140 , C2_F32 = 0x01220 , C2_F64 = 0x01240 , C2_F32_Unlimited = 0x01220 | Opt_FP_Unlimited , C2_F64_Unlimited = 0x01240 | Opt_FP_Unlimited , C3_U1 = 0x02001 , C3_U4 = 0x02004 , C3_U8 = 0x02008 , C3_U9 = 0x02009 , C3_U10 = 0x0200A , C3_U11 = 0x0200B , C3_U12 = 0x0200C , C3_U13 = 0x0200D , C3_U14 = 0x0200E , C3_U15 = 0x0200F , C3_U16 = 0x02010 , C3_U32 = 0x02020 , C3_U64 = 0x02040 , C3_S1 = 0x02101 , C3_S4 = 0x02104 , C3_S8 = 0x02108 , C3_S9 = 0x02109 , C3_S10 = 0x0210A , C3_S11 = 0x0210B , C3_S12 = 0x0210C , C3_S13 = 0x0210D , C3_S14 = 0x0210E , C3_S15 = 0x0210F , C3_S16 = 0x02110 , C3_S32 = 0x02120 , C3_S64 = 0x02140 , C3_F32 = 0x02220 , C3_F64 = 0x02240 , C3_F32_Unlimited = 0x02220 | Opt_FP_Unlimited , C3_F64_Unlimited = 0x02240 | Opt_FP_Unlimited , C4_U1 = 0x03001 , C4_U4 = 0x03004 , C4_U8 = 0x03008 , C4_U9 = 0x03009 , C4_U10 = 0x0300A , C4_U11 = 0x0300B , C4_U12 = 0x0300C , C4_U13 = 0x0300D , C4_U14 = 0x0300E , C4_U15 = 0x0300F , C4_U16 = 0x03010 , C4_U32 = 0x03020 , C4_U64 = 0x03040 , C4_S1 = 0x03101 , C4_S4 = 0x03104 , C4_S8 = 0x03108 , C4_S9 = 0x03109 , C4_S10 = 0x0310A , C4_S11 = 0x0310B , C4_S12 = 0x0310C , C4_S13 = 0x0310D , C4_S14 = 0x0310E , C4_S15 = 0x0310F , C4_S16 = 0x03110 , C4_S32 = 0x03120 , C4_S64 = 0x03140 , C4_F32 = 0x03220 , C4_F64 = 0x03240 , C4_F32_Unlimited = 0x03220 | Opt_FP_Unlimited , C4_F64_Unlimited = 0x03240 | Opt_FP_Unlimited , C5_U1 = 0x04001 , C5_U4 = 0x04004 , C5_U8 = 0x04008 , C5_U9 = 0x04009 , C5_U10 = 0x0400A , C5_U11 = 0x0400B , C5_U12 = 0x0400C , C5_U13 = 0x0400D , C5_U14 = 0x0400E , C5_U15 = 0x0400F , C5_U16 = 0x04010 , C5_U32 = 0x04020 , C5_U64 = 0x04040 , C5_S1 = 0x04101 , C5_S4 = 0x04104 , C5_S8 = 0x04108 , C5_S9 = 0x04109 , C5_S10 = 0x0410A , C5_S11 = 0x0410B , C5_S12 = 0x0410C , C5_S13 = 0x0410D , C5_S14 = 0x0410E , C5_S15 = 0x0410F , C5_S16 = 0x04110 , C5_S32 = 0x04120 , C5_S64 = 0x04140 , C5_F32 = 0x04220 , C5_F64 = 0x04240 , C5_F32_Unlimited = 0x04220 | Opt_FP_Unlimited , C5_F64_Unlimited = 0x04240 | Opt_FP_Unlimited , C6_U1 = 0x05001 , C6_U4 = 0x05004 , C6_U8 = 0x05008 , C6_U9 = 0x05009 , C6_U10 = 0x0500A , C6_U11 = 0x0500B , C6_U12 = 0x0500C , C6_U13 = 0x0500D , C6_U14 = 0x0500E , C6_U15 = 0x0500F , C6_U16 = 0x05010 , C6_U32 = 0x05020 , C6_U64 = 0x05040 , C6_S1 = 0x05101 , C6_S4 = 0x05104 , C6_S8 = 0x05108 , C6_S9 = 0x05109 , C6_S10 = 0x0510A , C6_S11 = 0x0510B , C6_S12 = 0x0510C , C6_S13 = 0x0510D , C6_S14 = 0x0510E , C6_S15 = 0x0510F , C6_S16 = 0x05110 , C6_S32 = 0x05120 , C6_S64 = 0x05140 , C6_F32 = 0x05220 , C6_F64 = 0x05240 , C6_F32_Unlimited = 0x05220 | Opt_FP_Unlimited , C6_F64_Unlimited = 0x05240 | Opt_FP_Unlimited , C7_U1 = 0x06001 , C7_U4 = 0x06004 , C7_U8 = 0x06008 , C7_U9 = 0x06009 , C7_U10 = 0x0600A , C7_U11 = 0x0600B , C7_U12 = 0x0600C , C7_U13 = 0x0600D , C7_U14 = 0x0600E , C7_U15 = 0x0600F , C7_U16 = 0x06010 , C7_U32 = 0x06020 , C7_U64 = 0x06040 , C7_S1 = 0x06101 , C7_S4 = 0x06104 , C7_S8 = 0x06108 , C7_S9 = 0x06109 , C7_S10 = 0x0610A , C7_S11 = 0x0610B , C7_S12 = 0x0610C , C7_S13 = 0x0610D , C7_S14 = 0x0610E , C7_S15 = 0x0610F , C7_S16 = 0x06110 , C7_S32 = 0x06120 , C7_S64 = 0x06140 , C7_F32 = 0x06220 , C7_F64 = 0x06240 , C7_F32_Unlimited = 0x06220 | Opt_FP_Unlimited , C7_F64_Unlimited = 0x06240 | Opt_FP_Unlimited , C8_U1 = 0x07001 , C8_U4 = 0x07004 , C8_U8 = 0x07008 , C8_U9 = 0x07009 , C8_U10 = 0x0700A , C8_U11 = 0x0700B , C8_U12 = 0x0700C , C8_U13 = 0x0700D , C8_U14 = 0x0700E , C8_U15 = 0x0700F , C8_U16 = 0x07010 , C8_U32 = 0x07020 , C8_U64 = 0x07040 , C8_S1 = 0x07101 , C8_S4 = 0x07104 , C8_S8 = 0x07108 , C8_S9 = 0x07109 , C8_S10 = 0x0710A , C8_S11 = 0x0710B , C8_S12 = 0x0710C , C8_S13 = 0x0710D , C8_S14 = 0x0710E , C8_S15 = 0x0710F , C8_S16 = 0x07110 , C8_S32 = 0x07120 , C8_S64 = 0x07140 , C8_F32 = 0x07220 , C8_F64 = 0x07240 , C8_F32_Unlimited = 0x07220 | Opt_FP_Unlimited , C8_F64_Unlimited = 0x07240 | Opt_FP_Unlimited , C9_U1 = 0x08001 , C9_U4 = 0x08004 , C9_U8 = 0x08008 , C9_U9 = 0x08009 , C9_U10 = 0x0800A , C9_U11 = 0x0800B , C9_U12 = 0x0800C , C9_U13 = 0x0800D , C9_U14 = 0x0800E , C9_U15 = 0x0800F , C9_U16 = 0x08010 , C9_U32 = 0x08020 , C9_U64 = 0x08040 , C9_S1 = 0x08101 , C9_S4 = 0x08104 , C9_S8 = 0x08108 , C9_S9 = 0x08109 , C9_S10 = 0x0810A , C9_S11 = 0x0810B , C9_S12 = 0x0810C , C9_S13 = 0x0810D , C9_S14 = 0x0810E , C9_S15 = 0x0810F , C9_S16 = 0x08110 , C9_S32 = 0x08120 , C9_S64 = 0x08140 , C9_F32 = 0x08220 , C9_F64 = 0x08240 , C9_F32_Unlimited = 0x08220 | Opt_FP_Unlimited , C9_F64_Unlimited = 0x08240 | Opt_FP_Unlimited , C10_U1 = 0x09001 , C10_U4 = 0x09004 , C10_U8 = 0x09008 , C10_U9 = 0x09009 , C10_U10 = 0x0900A , C10_U11 = 0x0900B , C10_U12 = 0x0900C , C10_U13 = 0x0900D , C10_U14 = 0x0900E , C10_U15 = 0x0900F , C10_U16 = 0x09010 , C10_U32 = 0x09020 , C10_U64 = 0x09040 , C10_S1 = 0x09101 , C10_S4 = 0x09104 , C10_S8 = 0x09108 , C10_S9 = 0x09109 , C10_S10 = 0x0910A , C10_S11 = 0x0910B , C10_S12 = 0x0910C , C10_S13 = 0x0910D , C10_S14 = 0x0910E , C10_S15 = 0x0910F , C10_S16 = 0x09110 , C10_S32 = 0x09120 , C10_S64 = 0x09140 , C10_F32 = 0x09220 , C10_F64 = 0x09240 , C10_F32_Unlimited = 0x09220 | Opt_FP_Unlimited , C10_F64_Unlimited = 0x09240 | Opt_FP_Unlimited , C1_U1_SEPARATED = Opt_Separate_Channel | 0x00001 , C1_U4_SEPARATED = Opt_Separate_Channel | 0x00004 , C1_U8_SEPARATED = Opt_Separate_Channel | 0x00008 , C1_U9_SEPARATED = Opt_Separate_Channel | 0x00009 , C1_U10_SEPARATED = Opt_Separate_Channel | 0x0000A , C1_U11_SEPARATED = Opt_Separate_Channel | 0x0000B , C1_U12_SEPARATED = Opt_Separate_Channel | 0x0000C , C1_U13_SEPARATED = Opt_Separate_Channel | 0x0000D , C1_U14_SEPARATED = Opt_Separate_Channel | 0x0000E , C1_U15_SEPARATED = Opt_Separate_Channel | 0x0000F , C1_U16_SEPARATED = Opt_Separate_Channel | 0x00010 , C1_U32_SEPARATED = Opt_Separate_Channel | 0x00020 , C1_U64_SEPARATED = Opt_Separate_Channel | 0x00040 , C1_S1_SEPARATED = Opt_Separate_Channel | 0x00101 , C1_S4_SEPARATED = Opt_Separate_Channel | 0x00104 , C1_S8_SEPARATED = Opt_Separate_Channel | 0x00108 , C1_S9_SEPARATED = Opt_Separate_Channel | 0x00109 , C1_S10_SEPARATED = Opt_Separate_Channel | 0x0010A , C1_S11_SEPARATED = Opt_Separate_Channel | 0x0010B , C1_S12_SEPARATED = Opt_Separate_Channel | 0x0010C , C1_S13_SEPARATED = Opt_Separate_Channel | 0x0010D , C1_S14_SEPARATED = Opt_Separate_Channel | 0x0010E , C1_S15_SEPARATED = Opt_Separate_Channel | 0x0010F , C1_S16_SEPARATED = Opt_Separate_Channel | 0x00110 , C1_S32_SEPARATED = Opt_Separate_Channel | 0x00120 , C1_S64_SEPARATED = Opt_Separate_Channel | 0x00140 , C1_F32_SEPARATED = Opt_Separate_Channel | 0x00220 , C1_F64_SEPARATED = Opt_Separate_Channel | 0x00240 , C1_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x00220 | Opt_FP_Unlimited , C1_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x00240 | Opt_FP_Unlimited , C2_U1_SEPARATED = Opt_Separate_Channel | 0x01001 , C2_U4_SEPARATED = Opt_Separate_Channel | 0x01004 , C2_U8_SEPARATED = Opt_Separate_Channel | 0x01008 , C2_U9_SEPARATED = Opt_Separate_Channel | 0x01009 , C2_U10_SEPARATED = Opt_Separate_Channel | 0x0100A , C2_U11_SEPARATED = Opt_Separate_Channel | 0x0100B , C2_U12_SEPARATED = Opt_Separate_Channel | 0x0100C , C2_U13_SEPARATED = Opt_Separate_Channel | 0x0100D , C2_U14_SEPARATED = Opt_Separate_Channel | 0x0100E , C2_U15_SEPARATED = Opt_Separate_Channel | 0x0100F , C2_U16_SEPARATED = Opt_Separate_Channel | 0x01010 , C2_U32_SEPARATED = Opt_Separate_Channel | 0x01020 , C2_U64_SEPARATED = Opt_Separate_Channel | 0x01040 , C2_S1_SEPARATED = Opt_Separate_Channel | 0x01101 , C2_S4_SEPARATED = Opt_Separate_Channel | 0x01104 , C2_S8_SEPARATED = Opt_Separate_Channel | 0x01108 , C2_S9_SEPARATED = Opt_Separate_Channel | 0x01109 , C2_S10_SEPARATED = Opt_Separate_Channel | 0x0110A , C2_S11_SEPARATED = Opt_Separate_Channel | 0x0110B , C2_S12_SEPARATED = Opt_Separate_Channel | 0x0110C , C2_S13_SEPARATED = Opt_Separate_Channel | 0x0110D , C2_S14_SEPARATED = Opt_Separate_Channel | 0x0110E , C2_S15_SEPARATED = Opt_Separate_Channel | 0x0110F , C2_S16_SEPARATED = Opt_Separate_Channel | 0x01110 , C2_S32_SEPARATED = Opt_Separate_Channel | 0x01120 , C2_S64_SEPARATED = Opt_Separate_Channel | 0x01140 , C2_F32_SEPARATED = Opt_Separate_Channel | 0x01220 , C2_F64_SEPARATED = Opt_Separate_Channel | 0x01240 , C2_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x01220 | Opt_FP_Unlimited , C2_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x01240 | Opt_FP_Unlimited , C3_U1_SEPARATED = Opt_Separate_Channel | 0x02001 , C3_U4_SEPARATED = Opt_Separate_Channel | 0x02004 , C3_U8_SEPARATED = Opt_Separate_Channel | 0x02008 , C3_U9_SEPARATED = Opt_Separate_Channel | 0x02009 , C3_U10_SEPARATED = Opt_Separate_Channel | 0x0200A , C3_U11_SEPARATED = Opt_Separate_Channel | 0x0200B , C3_U12_SEPARATED = Opt_Separate_Channel | 0x0200C , C3_U13_SEPARATED = Opt_Separate_Channel | 0x0200D , C3_U14_SEPARATED = Opt_Separate_Channel | 0x0200E , C3_U15_SEPARATED = Opt_Separate_Channel | 0x0200F , C3_U16_SEPARATED = Opt_Separate_Channel | 0x02010 , C3_U32_SEPARATED = Opt_Separate_Channel | 0x02020 , C3_U64_SEPARATED = Opt_Separate_Channel | 0x02040 , C3_S1_SEPARATED = Opt_Separate_Channel | 0x02101 , C3_S4_SEPARATED = Opt_Separate_Channel | 0x02104 , C3_S8_SEPARATED = Opt_Separate_Channel | 0x02108 , C3_S9_SEPARATED = Opt_Separate_Channel | 0x02109 , C3_S10_SEPARATED = Opt_Separate_Channel | 0x0210A , C3_S11_SEPARATED = Opt_Separate_Channel | 0x0210B , C3_S12_SEPARATED = Opt_Separate_Channel | 0x0210C , C3_S13_SEPARATED = Opt_Separate_Channel | 0x0210D , C3_S14_SEPARATED = Opt_Separate_Channel | 0x0210E , C3_S15_SEPARATED = Opt_Separate_Channel | 0x0210F , C3_S16_SEPARATED = Opt_Separate_Channel | 0x02110 , C3_S32_SEPARATED = Opt_Separate_Channel | 0x02120 , C3_S64_SEPARATED = Opt_Separate_Channel | 0x02140 , C3_F32_SEPARATED = Opt_Separate_Channel | 0x02220 , C3_F64_SEPARATED = Opt_Separate_Channel | 0x02240 , C3_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x02220 | Opt_FP_Unlimited , C3_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x02240 | Opt_FP_Unlimited , C4_U1_SEPARATED = Opt_Separate_Channel | 0x03001 , C4_U4_SEPARATED = Opt_Separate_Channel | 0x03004 , C4_U8_SEPARATED = Opt_Separate_Channel | 0x03008 , C4_U9_SEPARATED = Opt_Separate_Channel | 0x03009 , C4_U10_SEPARATED = Opt_Separate_Channel | 0x0300A , C4_U11_SEPARATED = Opt_Separate_Channel | 0x0300B , C4_U12_SEPARATED = Opt_Separate_Channel | 0x0300C , C4_U13_SEPARATED = Opt_Separate_Channel | 0x0300D , C4_U14_SEPARATED = Opt_Separate_Channel | 0x0300E , C4_U15_SEPARATED = Opt_Separate_Channel | 0x0300F , C4_U16_SEPARATED = Opt_Separate_Channel | 0x03010 , C4_U32_SEPARATED = Opt_Separate_Channel | 0x03020 , C4_U64_SEPARATED = Opt_Separate_Channel | 0x03040 , C4_S1_SEPARATED = Opt_Separate_Channel | 0x03101 , C4_S4_SEPARATED = Opt_Separate_Channel | 0x03104 , C4_S8_SEPARATED = Opt_Separate_Channel | 0x03108 , C4_S9_SEPARATED = Opt_Separate_Channel | 0x03109 , C4_S10_SEPARATED = Opt_Separate_Channel | 0x0310A , C4_S11_SEPARATED = Opt_Separate_Channel | 0x0310B , C4_S12_SEPARATED = Opt_Separate_Channel | 0x0310C , C4_S13_SEPARATED = Opt_Separate_Channel | 0x0310D , C4_S14_SEPARATED = Opt_Separate_Channel | 0x0310E , C4_S15_SEPARATED = Opt_Separate_Channel | 0x0310F , C4_S16_SEPARATED = Opt_Separate_Channel | 0x03110 , C4_S32_SEPARATED = Opt_Separate_Channel | 0x03120 , C4_S64_SEPARATED = Opt_Separate_Channel | 0x03140 , C4_F32_SEPARATED = Opt_Separate_Channel | 0x03220 , C4_F64_SEPARATED = Opt_Separate_Channel | 0x03240 , C4_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x03220 | Opt_FP_Unlimited , C4_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x03240 | Opt_FP_Unlimited , C5_U1_SEPARATED = Opt_Separate_Channel | 0x04001 , C5_U4_SEPARATED = Opt_Separate_Channel | 0x04004 , C5_U8_SEPARATED = Opt_Separate_Channel | 0x04008 , C5_U9_SEPARATED = Opt_Separate_Channel | 0x04009 , C5_U10_SEPARATED = Opt_Separate_Channel | 0x0400A , C5_U11_SEPARATED = Opt_Separate_Channel | 0x0400B , C5_U12_SEPARATED = Opt_Separate_Channel | 0x0400C , C5_U13_SEPARATED = Opt_Separate_Channel | 0x0400D , C5_U14_SEPARATED = Opt_Separate_Channel | 0x0400E , C5_U15_SEPARATED = Opt_Separate_Channel | 0x0400F , C5_U16_SEPARATED = Opt_Separate_Channel | 0x04010 , C5_U32_SEPARATED = Opt_Separate_Channel | 0x04020 , C5_U64_SEPARATED = Opt_Separate_Channel | 0x04040 , C5_S1_SEPARATED = Opt_Separate_Channel | 0x04101 , C5_S4_SEPARATED = Opt_Separate_Channel | 0x04104 , C5_S8_SEPARATED = Opt_Separate_Channel | 0x04108 , C5_S9_SEPARATED = Opt_Separate_Channel | 0x04109 , C5_S10_SEPARATED = Opt_Separate_Channel | 0x0410A , C5_S11_SEPARATED = Opt_Separate_Channel | 0x0410B , C5_S12_SEPARATED = Opt_Separate_Channel | 0x0410C , C5_S13_SEPARATED = Opt_Separate_Channel | 0x0410D , C5_S14_SEPARATED = Opt_Separate_Channel | 0x0410E , C5_S15_SEPARATED = Opt_Separate_Channel | 0x0410F , C5_S16_SEPARATED = Opt_Separate_Channel | 0x04110 , C5_S32_SEPARATED = Opt_Separate_Channel | 0x04120 , C5_S64_SEPARATED = Opt_Separate_Channel | 0x04140 , C5_F32_SEPARATED = Opt_Separate_Channel | 0x04220 , C5_F64_SEPARATED = Opt_Separate_Channel | 0x04240 , C5_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x04220 | Opt_FP_Unlimited , C5_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x04240 | Opt_FP_Unlimited , C6_U1_SEPARATED = Opt_Separate_Channel | 0x05001 , C6_U4_SEPARATED = Opt_Separate_Channel | 0x05004 , C6_U8_SEPARATED = Opt_Separate_Channel | 0x05008 , C6_U9_SEPARATED = Opt_Separate_Channel | 0x05009 , C6_U10_SEPARATED = Opt_Separate_Channel | 0x0500A , C6_U11_SEPARATED = Opt_Separate_Channel | 0x0500B , C6_U12_SEPARATED = Opt_Separate_Channel | 0x0500C , C6_U13_SEPARATED = Opt_Separate_Channel | 0x0500D , C6_U14_SEPARATED = Opt_Separate_Channel | 0x0500E , C6_U15_SEPARATED = Opt_Separate_Channel | 0x0500F , C6_U16_SEPARATED = Opt_Separate_Channel | 0x05010 , C6_U32_SEPARATED = Opt_Separate_Channel | 0x05020 , C6_U64_SEPARATED = Opt_Separate_Channel | 0x05040 , C6_S1_SEPARATED = Opt_Separate_Channel | 0x05101 , C6_S4_SEPARATED = Opt_Separate_Channel | 0x05104 , C6_S8_SEPARATED = Opt_Separate_Channel | 0x05108 , C6_S9_SEPARATED = Opt_Separate_Channel | 0x05109 , C6_S10_SEPARATED = Opt_Separate_Channel | 0x0510A , C6_S11_SEPARATED = Opt_Separate_Channel | 0x0510B , C6_S12_SEPARATED = Opt_Separate_Channel | 0x0510C , C6_S13_SEPARATED = Opt_Separate_Channel | 0x0510D , C6_S14_SEPARATED = Opt_Separate_Channel | 0x0510E , C6_S15_SEPARATED = Opt_Separate_Channel | 0x0510F , C6_S16_SEPARATED = Opt_Separate_Channel | 0x05110 , C6_S32_SEPARATED = Opt_Separate_Channel | 0x05120 , C6_S64_SEPARATED = Opt_Separate_Channel | 0x05140 , C6_F32_SEPARATED = Opt_Separate_Channel | 0x05220 , C6_F64_SEPARATED = Opt_Separate_Channel | 0x05240 , C6_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x05220 | Opt_FP_Unlimited , C6_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x05240 | Opt_FP_Unlimited , C7_U1_SEPARATED = Opt_Separate_Channel | 0x06001 , C7_U4_SEPARATED = Opt_Separate_Channel | 0x06004 , C7_U8_SEPARATED = Opt_Separate_Channel | 0x06008 , C7_U9_SEPARATED = Opt_Separate_Channel | 0x06009 , C7_U10_SEPARATED = Opt_Separate_Channel | 0x0600A , C7_U11_SEPARATED = Opt_Separate_Channel | 0x0600B , C7_U12_SEPARATED = Opt_Separate_Channel | 0x0600C , C7_U13_SEPARATED = Opt_Separate_Channel | 0x0600D , C7_U14_SEPARATED = Opt_Separate_Channel | 0x0600E , C7_U15_SEPARATED = Opt_Separate_Channel | 0x0600F , C7_U16_SEPARATED = Opt_Separate_Channel | 0x06010 , C7_U32_SEPARATED = Opt_Separate_Channel | 0x06020 , C7_U64_SEPARATED = Opt_Separate_Channel | 0x06040 , C7_S1_SEPARATED = Opt_Separate_Channel | 0x06101 , C7_S4_SEPARATED = Opt_Separate_Channel | 0x06104 , C7_S8_SEPARATED = Opt_Separate_Channel | 0x06108 , C7_S9_SEPARATED = Opt_Separate_Channel | 0x06109 , C7_S10_SEPARATED = Opt_Separate_Channel | 0x0610A , C7_S11_SEPARATED = Opt_Separate_Channel | 0x0610B , C7_S12_SEPARATED = Opt_Separate_Channel | 0x0610C , C7_S13_SEPARATED = Opt_Separate_Channel | 0x0610D , C7_S14_SEPARATED = Opt_Separate_Channel | 0x0610E , C7_S15_SEPARATED = Opt_Separate_Channel | 0x0610F , C7_S16_SEPARATED = Opt_Separate_Channel | 0x06110 , C7_S32_SEPARATED = Opt_Separate_Channel | 0x06120 , C7_S64_SEPARATED = Opt_Separate_Channel | 0x06140 , C7_F32_SEPARATED = Opt_Separate_Channel | 0x06220 , C7_F64_SEPARATED = Opt_Separate_Channel | 0x06240 , C7_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x06220 | Opt_FP_Unlimited , C7_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x06240 | Opt_FP_Unlimited , C8_U1_SEPARATED = Opt_Separate_Channel | 0x07001 , C8_U4_SEPARATED = Opt_Separate_Channel | 0x07004 , C8_U8_SEPARATED = Opt_Separate_Channel | 0x07008 , C8_U9_SEPARATED = Opt_Separate_Channel | 0x07009 , C8_U10_SEPARATED = Opt_Separate_Channel | 0x0700A , C8_U11_SEPARATED = Opt_Separate_Channel | 0x0700B , C8_U12_SEPARATED = Opt_Separate_Channel | 0x0700C , C8_U13_SEPARATED = Opt_Separate_Channel | 0x0700D , C8_U14_SEPARATED = Opt_Separate_Channel | 0x0700E , C8_U15_SEPARATED = Opt_Separate_Channel | 0x0700F , C8_U16_SEPARATED = Opt_Separate_Channel | 0x07010 , C8_U32_SEPARATED = Opt_Separate_Channel | 0x07020 , C8_U64_SEPARATED = Opt_Separate_Channel | 0x07040 , C8_S1_SEPARATED = Opt_Separate_Channel | 0x07101 , C8_S4_SEPARATED = Opt_Separate_Channel | 0x07104 , C8_S8_SEPARATED = Opt_Separate_Channel | 0x07108 , C8_S9_SEPARATED = Opt_Separate_Channel | 0x07109 , C8_S10_SEPARATED = Opt_Separate_Channel | 0x0710A , C8_S11_SEPARATED = Opt_Separate_Channel | 0x0710B , C8_S12_SEPARATED = Opt_Separate_Channel | 0x0710C , C8_S13_SEPARATED = Opt_Separate_Channel | 0x0710D , C8_S14_SEPARATED = Opt_Separate_Channel | 0x0710E , C8_S15_SEPARATED = Opt_Separate_Channel | 0x0710F , C8_S16_SEPARATED = Opt_Separate_Channel | 0x07110 , C8_S32_SEPARATED = Opt_Separate_Channel | 0x07120 , C8_S64_SEPARATED = Opt_Separate_Channel | 0x07140 , C8_F32_SEPARATED = Opt_Separate_Channel | 0x07220 , C8_F64_SEPARATED = Opt_Separate_Channel | 0x07240 , C8_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x07220 | Opt_FP_Unlimited , C8_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x07240 | Opt_FP_Unlimited , C9_U1_SEPARATED = Opt_Separate_Channel | 0x08001 , C9_U4_SEPARATED = Opt_Separate_Channel | 0x08004 , C9_U8_SEPARATED = Opt_Separate_Channel | 0x08008 , C9_U9_SEPARATED = Opt_Separate_Channel | 0x08009 , C9_U10_SEPARATED = Opt_Separate_Channel | 0x0800A , C9_U11_SEPARATED = Opt_Separate_Channel | 0x0800B , C9_U12_SEPARATED = Opt_Separate_Channel | 0x0800C , C9_U13_SEPARATED = Opt_Separate_Channel | 0x0800D , C9_U14_SEPARATED = Opt_Separate_Channel | 0x0800E , C9_U15_SEPARATED = Opt_Separate_Channel | 0x0800F , C9_U16_SEPARATED = Opt_Separate_Channel | 0x08010 , C9_U32_SEPARATED = Opt_Separate_Channel | 0x08020 , C9_U64_SEPARATED = Opt_Separate_Channel | 0x08040 , C9_S1_SEPARATED = Opt_Separate_Channel | 0x08101 , C9_S4_SEPARATED = Opt_Separate_Channel | 0x08104 , C9_S8_SEPARATED = Opt_Separate_Channel | 0x08108 , C9_S9_SEPARATED = Opt_Separate_Channel | 0x08109 , C9_S10_SEPARATED = Opt_Separate_Channel | 0x0810A , C9_S11_SEPARATED = Opt_Separate_Channel | 0x0810B , C9_S12_SEPARATED = Opt_Separate_Channel | 0x0810C , C9_S13_SEPARATED = Opt_Separate_Channel | 0x0810D , C9_S14_SEPARATED = Opt_Separate_Channel | 0x0810E , C9_S15_SEPARATED = Opt_Separate_Channel | 0x0810F , C9_S16_SEPARATED = Opt_Separate_Channel | 0x08110 , C9_S32_SEPARATED = Opt_Separate_Channel | 0x08120 , C9_S64_SEPARATED = Opt_Separate_Channel | 0x08140 , C9_F32_SEPARATED = Opt_Separate_Channel | 0x08220 , C9_F64_SEPARATED = Opt_Separate_Channel | 0x08240 , C9_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x08220 | Opt_FP_Unlimited , C9_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x08240 | Opt_FP_Unlimited , C10_U1_SEPARATED = Opt_Separate_Channel | 0x09001 , C10_U4_SEPARATED = Opt_Separate_Channel | 0x09004 , C10_U8_SEPARATED = Opt_Separate_Channel | 0x09008 , C10_U9_SEPARATED = Opt_Separate_Channel | 0x09009 , C10_U10_SEPARATED = Opt_Separate_Channel | 0x0900A , C10_U11_SEPARATED = Opt_Separate_Channel | 0x0900B , C10_U12_SEPARATED = Opt_Separate_Channel | 0x0900C , C10_U13_SEPARATED = Opt_Separate_Channel | 0x0900D , C10_U14_SEPARATED = Opt_Separate_Channel | 0x0900E , C10_U15_SEPARATED = Opt_Separate_Channel | 0x0900F , C10_U16_SEPARATED = Opt_Separate_Channel | 0x09010 , C10_U32_SEPARATED = Opt_Separate_Channel | 0x09020 , C10_U64_SEPARATED = Opt_Separate_Channel | 0x09040 , C10_S1_SEPARATED = Opt_Separate_Channel | 0x09101 , C10_S4_SEPARATED = Opt_Separate_Channel | 0x09104 , C10_S8_SEPARATED = Opt_Separate_Channel | 0x09108 , C10_S9_SEPARATED = Opt_Separate_Channel | 0x09109 , C10_S10_SEPARATED = Opt_Separate_Channel | 0x0910A , C10_S11_SEPARATED = Opt_Separate_Channel | 0x0910B , C10_S12_SEPARATED = Opt_Separate_Channel | 0x0910C , C10_S13_SEPARATED = Opt_Separate_Channel | 0x0910D , C10_S14_SEPARATED = Opt_Separate_Channel | 0x0910E , C10_S15_SEPARATED = Opt_Separate_Channel | 0x0910F , C10_S16_SEPARATED = Opt_Separate_Channel | 0x09110 , C10_S32_SEPARATED = Opt_Separate_Channel | 0x09120 , C10_S64_SEPARATED = Opt_Separate_Channel | 0x09140 , C10_F32_SEPARATED = Opt_Separate_Channel | 0x09220 , C10_F64_SEPARATED = Opt_Separate_Channel | 0x09240 , C10_F32_SEPARATED_Unlimited = Opt_Separate_Channel | 0x09220 | Opt_FP_Unlimited , C10_F64_SEPARATED_Unlimited = Opt_Separate_Channel | 0x09240 | Opt_FP_Unlimited } |
| 픽셀 포맷 더 자세히 ... | |
| enum class | EFormatConverter_Depth { Depth_Source = 0x000FF , Depth_1 = 0x00001 , Depth_4 = 0x00004 , Depth_8 = 0x00008 , Depth_9 = 0x00009 , Depth_10 = 0x0000A , Depth_11 = 0x0000B , Depth_12 = 0x0000C , Depth_13 = 0x0000D , Depth_14 = 0x0000E , Depth_15 = 0x0000F , Depth_16 = 0x00010 , Depth_32 = 0x00020 , Depth_64 = 0x00040 } |
| 깊이 포맷 변환 목록 더 자세히 ... | |
| enum class | EFormatConverter_Type { Type_Source = 0x200F00 , Type_Unsigned = 0x00000 , Type_Signed = 0x00100 , Type_FloatingPoint = 0x00200 , Type_Unlimited_FloatingPoint = Type_FloatingPoint | (uint32_t)EPixelFormat::Opt_FP_Unlimited } |
| 타입 포맷 변환 목록 더 자세히 ... | |
| enum class | EFormatConverter_Channel { Channel_Source = 0x0F000 , Channel_1 = 0x00000 , Channel_2 = 0x01000 , Channel_3 = 0x02000 , Channel_4 = 0x03000 , Channel_5 = 0x04000 , Channel_6 = 0x05000 , Channel_7 = 0x06000 , Channel_8 = 0x07000 , Channel_9 = 0x08000 , Channel_10 = 0x09000 } |
| 채널 포맷 변환 목록 더 자세히 ... | |
| enum class | EFormatConverter_ChannelSeparation { Source = 0xD00000 , Combined = 0x000000 , Separated = (uint32_t)EPixelFormat::Opt_Separate_Channel } |
| 채널 분할 포맷 변환 목록 더 자세히 ... | |
| enum class | ECPUInstructionType { Normal = 0x00 , SSE = 0x01 , SSE2 = 0x02 , SSE_SSE2 = 0x03 , SSE3 = 0x04 , SSE_SSE3 = 0x05 , SSE2_SSE3 = 0x06 , SSE_SSE2_SSE3 = 0x07 , SSE4 = 0x08 , SSE_SSE4 = 0x09 , SSE2_SSE4 = 0x0a , SSE_SSE2_SSE4 = 0x0b , SSE3_SSE4 = 0x0c , SSE_SSE3_SSE4 = 0x0d , SSE2_SSE3_SSE4 = 0x0e , SSE_SSE2_SSE3_SSE4 = 0x0f , XOP = 0x10 , SSE_XOP = 0x11 , SSE2_XOP = 0x12 , SSE_SSE2_XOP = 0x13 , SSE3_XOP = 0x14 , SSE_SSE3_XOP = 0x15 , SSE2_SSE3_XOP = 0x16 , SSE_SSE2_SSE3_XOP = 0x17 , SSE4_XOP = 0x18 , SSE_SSE4_XOP = 0x19 , SSE2_SSE4_XOP = 0x1a , SSE_SSE2_SSE4_XOP = 0x1b , SSE3_SSE4_XOP = 0x1c , SSE_SSE3_SSE4_XOP = 0x1d , SSE2_SSE3_SSE4_XOP = 0x1e , SSE_SSE2_SSE3_SSE4_XOP = 0x1f , AVX = 0x20 , SSE_AVX = 0x21 , SSE2_AVX = 0x22 , SSE_SSE2_AVX = 0x23 , SSE3_AVX = 0x24 , SSE_SSE3_AVX = 0x25 , SSE2_SSE3_AVX = 0x26 , SSE_SSE2_SSE3_AVX = 0x27 , SSE4_AVX = 0x28 , SSE_SSE4_AVX = 0x29 , SSE2_SSE4_AVX = 0x2a , SSE_SSE2_SSE4_AVX = 0x2b , SSE3_SSE4_AVX = 0x2c , SSE_SSE3_SSE4_AVX = 0x2d , SSE2_SSE3_SSE4_AVX = 0x2e , SSE_SSE2_SSE3_SSE4_AVX = 0x2f , XOP_AVX = 0x30 , SSE_XOP_AVX = 0x31 , SSE2_XOP_AVX = 0x32 , SSE_SSE2_XOP_AVX = 0x33 , SSE3_XOP_AVX = 0x34 , SSE_SSE3_XOP_AVX = 0x35 , SSE2_SSE3_XOP_AVX = 0x36 , SSE_SSE2_SSE3_XOP_AVX = 0x37 , SSE4_XOP_AVX = 0x38 , SSE_SSE4_XOP_AVX = 0x39 , SSE2_SSE4_XOP_AVX = 0x3a , SSE_SSE2_SSE4_XOP_AVX = 0x3b , SSE3_SSE4_XOP_AVX = 0x3c , SSE_SSE3_SSE4_XOP_AVX = 0x3d , SSE2_SSE3_SSE4_XOP_AVX = 0x3e , SSE_SSE2_SSE3_SSE4_XOP_AVX = 0x3f , AVX2 = 0x40 , SSE_AVX2 = 0x41 , SSE2_AVX2 = 0x42 , SSE_SSE2_AVX2 = 0x43 , SSE3_AVX2 = 0x44 , SSE_SSE3_AVX2 = 0x45 , SSE2_SSE3_AVX2 = 0x46 , SSE_SSE2_SSE3_AVX2 = 0x47 , SSE4_AVX2 = 0x48 , SSE_SSE4_AVX2 = 0x49 , SSE2_SSE4_AVX2 = 0x4a , SSE_SSE2_SSE4_AVX2 = 0x4b , SSE3_SSE4_AVX2 = 0x4c , SSE_SSE3_SSE4_AVX2 = 0x4d , SSE2_SSE3_SSE4_AVX2 = 0x4e , SSE_SSE2_SSE3_SSE4_AVX2 = 0x4f , XOP_AVX2 = 0x50 , SSE_XOP_AVX2 = 0x51 , SSE2_XOP_AVX2 = 0x52 , SSE_SSE2_XOP_AVX2 = 0x53 , SSE3_XOP_AVX2 = 0x54 , SSE_SSE3_XOP_AVX2 = 0x55 , SSE2_SSE3_XOP_AVX2 = 0x56 , SSE_SSE2_SSE3_XOP_AVX2 = 0x57 , SSE4_XOP_AVX2 = 0x58 , SSE_SSE4_XOP_AVX2 = 0x59 , SSE2_SSE4_XOP_AVX2 = 0x5a , SSE_SSE2_SSE4_XOP_AVX2 = 0x5b , SSE3_SSE4_XOP_AVX2 = 0x5c , SSE_SSE3_SSE4_XOP_AVX2 = 0x5d , SSE2_SSE3_SSE4_XOP_AVX2 = 0x5e , SSE_SSE2_SSE3_SSE4_XOP_AVX2 = 0x5f , AVX_AVX2 = 0x60 , SSE_AVX_AVX2 = 0x61 , SSE2_AVX_AVX2 = 0x62 , SSE_SSE2_AVX_AVX2 = 0x63 , SSE3_AVX_AVX2 = 0x64 , SSE_SSE3_AVX_AVX2 = 0x65 , SSE2_SSE3_AVX_AVX2 = 0x66 , SSE_SSE2_SSE3_AVX_AVX2 = 0x67 , SSE4_AVX_AVX2 = 0x68 , SSE_SSE4_AVX_AVX2 = 0x69 , SSE2_SSE4_AVX_AVX2 = 0x6a , SSE_SSE2_SSE4_AVX_AVX2 = 0x6b , SSE3_SSE4_AVX_AVX2 = 0x6c , SSE_SSE3_SSE4_AVX_AVX2 = 0x6d , SSE2_SSE3_SSE4_AVX_AVX2 = 0x6e , SSE_SSE2_SSE3_SSE4_AVX_AVX2 = 0x6f , XOP_AVX_AVX2 = 0x70 , SSE_XOP_AVX_AVX2 = 0x71 , SSE2_XOP_AVX_AVX2 = 0x72 , SSE_SSE2_XOP_AVX_AVX2 = 0x73 , SSE3_XOP_AVX_AVX2 = 0x74 , SSE_SSE3_XOP_AVX_AVX2 = 0x75 , SSE2_SSE3_XOP_AVX_AVX2 = 0x76 , SSE_SSE2_SSE3_XOP_AVX_AVX2 = 0x77 , SSE4_XOP_AVX_AVX2 = 0x78 , SSE_SSE4_XOP_AVX_AVX2 = 0x79 , SSE2_SSE4_XOP_AVX_AVX2 = 0x7a , SSE_SSE2_SSE4_XOP_AVX_AVX2 = 0x7b , SSE3_SSE4_XOP_AVX_AVX2 = 0x7c , SSE_SSE3_SSE4_XOP_AVX_AVX2 = 0x7d , SSE2_SSE3_SSE4_XOP_AVX_AVX2 = 0x7e , SSE_SSE2_SSE3_SSE4_XOP_AVX_AVX2 = 0x7f } |
| CPU 명령어 타입 더 자세히 ... | |
| enum class | EOperatingSystemType { Unknown = 0 , WindowsXP , WindowsXPProfessionalX64 , WindowsServer2003 , WindowsHomeServer , WindowsServer2003R2 , WindowsVista , WindowsServer2008 , WindowsServer2008R2 , Windows7 , WindowsServer2012 , Windows8 , WindowsServer2012R2 , Windows8_1 , Windows10 , LaterThanWindows10 } |
| 운영체제 타입 더 자세히 ... | |
| enum class | EPlatformType { Unknown = 0 , x86 , x64 , ARM32 , ARM64 } |
| 플랫폼 타입 더 자세히 ... | |
| enum class | EColorSequence { } |
| 컬러 순서 더 자세히 ... | |
| enum class | EXYZSequence { } |
| XYZ 순서 더 자세히 ... | |
| enum class | EByteOrder { LittleEndian = 0 , BigEndian } |
| 바이트 오더 더 자세히 ... | |
| enum class | EByteOrderMark { ANSI = 0 , UTF_8 , UTF_16BE , UTF_16LE , UTF_32BE , UTF_32LE } |
| 바이트 오더 마크 (BOM) 더 자세히 ... | |
| enum class | EImageExtraDataType { Unknown = -1 , FourierTransform = 0 , Color , RealValuedFourierTransform , DiscreteWaveletTransform , DiscreteCosineTransform , Count } |
| 이미지의 추가 데이터 타입 더 자세히 ... | |
| enum class | ELogicalCondition { Greater = 0 , GreaterEqual , Equal , NotEqual , LessEqual , Less } |
| 논리적 조건 더 자세히 ... | |
| enum class | ETemplateType { Int32 , Uint32 , Int64 , Uint64 , Float , Double } |
| 템플릿 타입 더 자세히 ... | |
Base namespace
|
strong |
|
strong |
|
strong |
|
strong |
컬러 순서
|
strong |
CPU 명령어 타입
|
strong |
|
strong |
|
strong |
|
strong |
|
strong |
|
strong |
|
strong |
운영체제 타입
|
strong |
픽셀 포맷
|
strong |
|
strong |
|
strong |
|
strong |
1.14.0