Parents (Total: 25)

The searched file hash is included in 25 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	AEA5FD2BB4B355BE7D056D1E690E4958
PackageArch	armv7hl
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	polyclipping
PackageRelease	1.fc18
PackageVersion	4.9.7
SHA-1	2AFAE9351E887BF4EEC14EFAE5B7B8ADDA783867
SHA-256	C20F2B4D1F87DC9304C8444F7C9BFD2BC4714E9AA0461D76F5ACF58C68FE6EF7

Key	Value
MD5	F03D81F690EE5BF053B8ED6D8AAAE964
PackageArch	armv7hl
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	polyclipping
PackageRelease	1.fc19
PackageVersion	5.1.2
SHA-1	2BD6F2F3C4B70784E29C51E0289B6228530FEA87
SHA-256	794CFA9CB44859C1418D392C1E5F8D1749A3BEF6C6EC9CE4D7A87299E8C6B138

Key	Value
MD5	2905B4502E3069CF6FC8F9EF48E1E430
PackageArch	s390
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	polyclipping
PackageRelease	1.fc18
PackageVersion	4.9.7
SHA-1	3EA12C52C3BB19B1259F2E9CAEFEAC42EF052110
SHA-256	038D133A6A793886A67F32865DD6BB0A2CB684E2B8B133146F2B1874A907B4F9

Key	Value
MD5	52567B89526D82BFC028483201DD19DD
PackageArch	s390
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	polyclipping
PackageRelease	2.fc17
PackageVersion	4.7.6
SHA-1	401073F321ACA192B02BBD2428E579769199C011
SHA-256	034C7737A031BF079453CA5DF67C89A7A997AE9BE8A8BA9538F3F808345CDCB8

Key	Value
MD5	252B5862481FD9A70B07D1C3E250C2CA
PackageArch	s390x
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	polyclipping
PackageRelease	1.fc18
PackageVersion	4.9.7
SHA-1	5E839EC7B30CC43D669E089EEB91033B4E0F201D
SHA-256	EE2988207F32F0291591A0EBBE10746C7750D31D42A03ED9F75FB086392FB149

Key	Value
MD5	C18DC9682665241F751D20A24CE58032
PackageArch	armv5tel
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	polyclipping
PackageRelease	2.fc17
PackageVersion	4.7.6
SHA-1	6BF40EDB7E7B62DCCAA8F64BE91E4F6D52CE2BC3
SHA-256	689D4679969795294E8A87FCA940C53CF16FF1DA16F515CEFF420E9C2A3387FD

Key	Value
MD5	3AB99C3B0E45FEC8C43BA9F27C61C6B1
PackageArch	ppc64
PackageDescription	This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Koji
PackageName	polyclipping
PackageRelease	1.fc18
PackageVersion	4.9.7
SHA-1	79E548815899F6F809E2B1CBBF525070269F6E1F
SHA-256	C8F84AC0ECC10215A69DD4FF7B4615F3379BD98D26883EB7F83045AE7B3A0B59

Key	Value
MD5	BBDCE350A9D5AFCABB0A069D8439F48B
PackageArch	noarch
PackageDescription	This package contains the MinGW win64 port of the clipper polygon clipping library. This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	mingw64-polyclipping
PackageRelease	2.fc19
PackageVersion	5.1.2
SHA-1	7F558CC960B01DA919B945FC0CABBEA94453B3E9
SHA-256	9A413566780DDCBAC78559EA11DAC0EB6E9AC0AA12C2B616B02179EA342F9BC8

Key	Value
MD5	BED19864F195AD68DF1B7163F3110B8A
PackageArch	x86_64
PackageDescription	Assimp, the Open Asset Import Library, is a free library to import various well-known 3D model formats into applications. Assimp aims to provide a full asset conversion pipeline for use in game engines and real-time rendering systems, but is not limited to these applications.
PackageMaintainer	Fedora Project
PackageName	assimp
PackageRelease	3.el8
PackageVersion	5.0.1
SHA-1	821B51DE6861C32459271A4B80393E06FBC0A05D
SHA-256	75178F3AF5D07561FED1794ABB5826AB7900518AF1E10A668094EA2C295CE746

Key	Value
MD5	DE0BED15CB9BD36418EDC1F0BF377F42
PackageArch	noarch
PackageDescription	This package contains the MinGW win32 port of the clipper polygon clipping library. This library primarily performs the boolean clipping operations - intersection, union, difference & xor - on 2D polygons. It also performs polygon offsetting. The library handles complex (self-intersecting) polygons, polygons with holes and polygons with overlapping co-linear edges. Input polygons for clipping can use EvenOdd, NonZero, Positive and Negative filling modes. The clipping code is based on the Vatti clipping algorithm, and outperforms other clipping libraries.
PackageMaintainer	Fedora Project
PackageName	mingw32-polyclipping
PackageRelease	2.fc19
PackageVersion	5.1.2
SHA-1	8CF392DEA985627AE0C032F00AFDD762898C9E3A
SHA-256	E871859F498C7E3ADA0BA0B8851091CFA2A9891A081B49E2FBE7AA7A50AFE072