Result for D1BF9D775A8A6A1494780CE3F8A0BE8AE23B8232

Query result

Key Value
FileNameengauge-digitizer-11.2.tar.gz
FileSize72102268
MD5E597DAE8BC61BDD4AD0A470057831C93
SHA-1D1BF9D775A8A6A1494780CE3F8A0BE8AE23B8232
SHA-25653E629DD534334229AC14FF00886A5DBD5AEEFAABAC38337C2C62A99B414602A
SSDEEP1572864:uI3ac28jLijRzWUKwL+4TaMoolcEkv1B8nnf0nNgS/rKUtlPs7BI3F5IX:uaaCgZWHwz+lQcEE8nf0nNgkr1k7BI3s
TLSHT1A3F7339046B1C437B46E68796EC53F6E746529434782DFF4A28EC32927F8184F42B3A7
hashlookup:parent-total2
hashlookup:trust60

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Parents (Total: 2)

The searched file hash is included in 2 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD58F746407C31012651514C9ADF2372864
PackageArchaarch64
PackageDescriptionThe Engauge Digitizer tool accepts image files (like PNG, JPEG and TIFF) containing graphs, and recovers the data points from those graphs. The resulting data points are usually used as input to other software applications. Conceptually, Engauge Digitizer is the opposite of a graphing tool that converts data points to graphs. The process is shown below - an image file is imported, digitized within Engauge, and exported as a table of numeric data to a text file. Work can be saved into an Engauge DIG file. New features already added to Engauge: - Grid lines are displayed for fine adjustments of the axis points that define the coordinate systems - Automated line and point extraction rapidly digitizes data - Image processing for separating important details from background information - Undo/redo of all operations means recovering from mistakes and experimenting with options is painless - Installers for Windows and OSX operating systems, and repository packages for Linux make installation easy - Wizard provides an interactive tutorial to explain the basic steps - Wizard creates a checklist guide to interactively leads user through steps from file import to file export - Cubic spline interpolation between points gives more accurate curves with fewer points - Axes Checker briefly highlights the axes when they are defined or modified, to reveal entry mistakes - Graph coordinates can be specified as date and time values, or as degrees, minutes and seconds - File import and data export by drag-and-drop and copy/paste - Test suite for regression testing minimizes code breakage as new features are added - Multiple coordinate systems in the same image can be digitized in advanced mode - Axes with only one known coordinate (floating axes) can be digitized in advanced mode - Geometry Window displays geometric information about the selected curve - Curve Fitting Window fits a polynomial function to the selected curve
PackageMaintainerFedora Project
PackageNameengauge-digitizer
PackageRelease1.el7
PackageVersion11.2
SHA-12D8D9FFBE522C00289D7E7BEAFF718DC5352366D
SHA-256C7C3063D332B76F65A837FAE33F1F756A2F8F169A3E706EB80C8B9DCE31F3669
Key Value
MD5AA0BA8C743675307D61FA4D12B12606E
PackageArchaarch64
PackageDescriptionThe Engauge Digitizer tool accepts image files (like PNG, JPEG and TIFF) containing graphs, and recovers the data points from those graphs. The resulting data points are usually used as input to other software applications. Conceptually, Engauge Digitizer is the opposite of a graphing tool that converts data points to graphs. The process is shown below - an image file is imported, digitized within Engauge, and exported as a table of numeric data to a text file. Work can be saved into an Engauge DIG file. More details at "http://markummitchell.github.io/engauge-digitizer/"
PackageMaintainerakien <akien>
PackageNameengauge-digitizer
PackageRelease1.mga7
PackageVersion11.2
SHA-1A462FF6F0FE23623C6810DDA768DAD63A4535D0D
SHA-256F687D57C39010BBF2C01477141E2C3211218F71EB419ED00CA9F2A7F2D6AB6B1