Parents (Total: 4)

The searched file hash is included in 4 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	37C5B8548C1FA2611E6F1437C96DF3F6
PackageArch	aarch64
PackageDescription	The 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/"
PackageMaintainer	akien <akien>
PackageName	engauge-digitizer
PackageRelease	1.mga7
PackageVersion	11.2
SHA-1	5AC76DBE8D4A3CB4839F5634FA75484E7AE7F5DD
SHA-256	4686CCAE6453295D8A48D58088418CF79112A2763C6B47A9808654F6FC352D77

Key	Value
MD5	9AA6B5D6A1A0842BC8E268A173B75BA4
PackageArch	armv7hl
PackageDescription	The 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/"
PackageMaintainer	akien <akien>
PackageName	engauge-digitizer
PackageRelease	1.mga7
PackageVersion	11.2
SHA-1	9E147EED9AEA3EFA1CB2DB081FFEC23DA291806C
SHA-256	43029F6A06913628F08AFC3289519B4FE09D53BA827152E93CF3A80C6D55492B

Key	Value
MD5	47A7D34DBD21DFF3FFCCCDCD438B9644
PackageArch	x86_64
PackageDescription	The 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/"
PackageMaintainer	akien <akien>
PackageName	engauge-digitizer
PackageRelease	1.mga7
PackageVersion	11.2
SHA-1	DC985D8883C2F9F50CC0B83162F6B0D40407A634
SHA-256	6BA4A6CD703B3F682305B416F1375CE1C64502EC5281D3FD9C1451B25E18E46B

Key	Value
MD5	CD1DEF390FC75E07540EDC8922C96384
PackageArch	i586
PackageDescription	The 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/"
PackageMaintainer	akien <akien>
PackageName	engauge-digitizer
PackageRelease	1.mga7
PackageVersion	11.2
SHA-1	DB7CF722B5CCD47C6CBDC113080D5E65EEF13595
SHA-256	57FB2B8EA14663B1ECD7CE20318B8F81530F1D824F88FE82F6893C5982DA8DD0