Result for 140ED640F8D99B86F95F4B524A27EA397DF92EE0

Query result

Key Value
FileName./usr/share/doc/faust/examples/noise.dsp
FileSize1660
MD56A30A75922DC30EAE886C85394128D48
SHA-1140ED640F8D99B86F95F4B524A27EA397DF92EE0
SHA-25697137B5E76F19C4ACF37FE6B8DAD62F4A676AB7E8342C921D27DFF27DD7EC2AE
SSDEEP48:nBhIMd9f92C0qSO4asmbVqXllEXYgxW4xtbu3:HjLMxO4+VqXWYgxTDu3
TLSHT16A313F29FC80A62E10D3C07B60A78458EA749A3073630ED3783CD0B61B36C5853BF99E
hashlookup:parent-total84
hashlookup:trust100

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Parents (Total: 84)

The searched file hash is included in 84 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD5AB3C7C2B0F702499ABB9BB04564BDE7B
PackageArchaarch64
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerFedora Project
PackageNamefaust
PackageRelease5.fc21
PackageVersion0.9.46
SHA-103C5039D54C413A9FB5CB9FDA6301D67AC9461A5
SHA-2562DD2504F420D694E2F43A036C20EA7BEFB3FF906714EA8FA6829826BC088EE65
Key Value
FileSize6971250
MD54F7F421931228BE7FCDB739A524C351C
PackageDescriptionfunctional programming language for realtime audio applications Faust is a functional programming language specifically designed for realtime audio applications and plugins. The syntax of the language is block diagram oriented. The faust compiler translate signal processing specifications into optimized C++ code for signal processing applications. . The generated code can be wrapped into an 'architecture file' in order to create for example a standalone jack/gtk application. Several architecture file are provided and additional ones are fairly easy to add.
PackageMaintainerUbuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageNamefaust
PackageSectionsound
PackageVersion0.9.24-1
SHA-10575C211552E26AC7A5A54EFDD80E314D06175AA
SHA-256E2B299EBF267345B00D96050CFFBBA9C04F0B5CCAADFF88373BE42D8A6163D91
Key Value
MD509A9A7A1D0264744130BEFB13A4855DC
PackageArchppc64
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerKoji
PackageNamefaust
PackageRelease2.fc15
PackageVersion0.9.30
SHA-105E1CC685CC1E82A7908AC46A9906B2369F37561
SHA-25629683BC23D842294DD0FB31E32F207BE8B69A09625AA9C7D221184788116AA7D
Key Value
MD53769DA4F2EDC37B77A9FF8028DD2FC53
PackageArchs390x
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerFedora Project
PackageNamefaust
PackageRelease2.fc15
PackageVersion0.9.30
SHA-106EFC268190B97489FC4DFABDEA76205EE60DE67
SHA-2561DDFB87EDC63D84212C9BCC6A1BF39AB6B8B04B2A5522D316C5717226B62FEC3
Key Value
MD57CEEBF9508D086EFF29D21710CB2443E
PackageArchs390
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerFedora Project
PackageNamefaust
PackageRelease7.fc23
PackageVersion0.9.46
SHA-10CED64645153A89832B821ED071D75E24D12330C
SHA-256479F4F9F9FDEA7875753F10D0D1B82E3D3A7CCB40FB8720DDD0FA3D432CAFEE3
Key Value
FileSize9301582
MD59D7E796EDFDEA59A97EA49B94ABD66F2
PackageDescriptionfunctional programming language for realtime audio applications Faust is a functional programming language specifically designed for realtime audio applications and plugins. The syntax of the language is block diagram oriented. The faust compiler translate signal processing specifications into optimized C++ code for signal processing applications. . The generated code can be wrapped into an 'architecture file' in order to create for example a standalone jack/gtk application. Several architecture file are provided and additional ones are fairly easy to add.
PackageMaintainerUbuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageNamefaust
PackageSectionsound
PackageVersion0.9.73~repack1-2
SHA-10DF07CC9D85783477590BDE5FB16407359AC4FB6
SHA-256719491B791E68CEEECF23551FD19C32907CCA32E748C5C7BBAB3E555AD739929
Key Value
MD51FAFA1E21333CFC97996D744D3CA0413
PackageArchppc64
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerKoji
PackageNamefaust
PackageRelease4.fc17
PackageVersion0.9.43
SHA-10E6EFDDBF6C7390A48C8CC6B39FDA903B62F92CF
SHA-2569A1385A6F400C8B78ABBB64A6154B0BCB7C2F71B4B74B19D2ABA5CF93A0FB445
Key Value
MD5F36FCFA37AA8E772A4AB3DD8C1AD91AB
PackageArchppc64
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerFedora Project
PackageNamefaust
PackageRelease2.fc19
PackageVersion0.9.46
SHA-10EDD91BF5680EC94ED7017B44D859885A25B7A5A
SHA-256AA87838B136CCDFA5175381BBBD976F92E248AA0222169DB24AA92E1BDCDC50E
Key Value
MD5EF6B6EDF6046B3BFD42DDFC0ECBA6734
PackageArchs390x
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerFedora Project
PackageNamefaust
PackageRelease7.fc23
PackageVersion0.9.46
SHA-11242ED281A01A4BA8C803E18CBE1C0AA557F938F
SHA-2567ABFD4E8CD3DC688366CC1686DA2DC270BB08169BFAF2C572F29DD80BE4B768E
Key Value
MD5EB34B3F8A48CD0E8CCFBB6DEA1CC2881
PackageArchs390x
PackageDescriptionFaust AUdio STreams is a functional programming language for real-time audio signal processing. Its programming model combines two approaches : functional programming and block diagram composition. You can think of FAUST as a structured block diagram language with a textual syntax. FAUST is intended for developers who need to develop efficient C/C++ audio plugins for existing systems or full standalone audio applications. Thanks to some specific compilation techniques and powerful optimizations, the C++ code generated by the Faust compiler is usually very fast. It can generally compete with (and sometimes outperform) hand-written C code. Programming with FAUST is somehow like working with electronic circuits and signals. A FAUST program is a list of definitions that defines a signal processor block-diagram : a piece of code that produces output signals according to its input signals (and maybe some user interface parameters)
PackageMaintainerFedora Project
PackageNamefaust
PackageRelease2.fc19
PackageVersion0.9.46
SHA-11540D05EB2A8A6B0A8665DA966B172EF91D36458
SHA-2567C72CCB5CCC56887E3B2429EDEDBCA806D396B1C063E622ADB0344A768EFE5C1