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Update to 10.0

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sagitter 2017-04-03 12:25:40 +02:00
parent a5438cb010
commit f3533f2aa4
4 changed files with 63 additions and 74 deletions
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1
.gitignore vendored
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@ -21,3 +21,4 @@
/engauge-digitizer-9.6.tar.gz
/engauge-digitizer-9.7.tar.gz
/engauge-digitizer-9.8.tar.gz
/engauge-digitizer-10.0.tar.gz

64
engauge-digitizer.appdata.xml
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@ -4,50 +4,42 @@
<id>engauge-digitizer.desktop</id>
<metadata_license>CC0-1.0</metadata_license>
<project_license>GPL-2.0+</project_license>
<name>Engauge Digitizer 9</name>
<name>Engauge Digitizer 10</name>
<summary>Convert an image file showing a graph or map into numbers</summary>
<description>
<p>
Engauge 9 is rewritten with Qt5.
This digitizing software converts an image file
showing a graph or map, into numbers.
The image file can come from a scanner, digital camera
or screen-shot. The numbers can be read on the screen,
and written or copied to a spreadsheet.
The process starts with an image file containing a graph or map.
The final result is digitized data that can be used by other tools
such as Gnumeric.
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.
</p>
<p>
New features already added to Engauge:
</p>
<p>
- Fix loading of versions 6 and 7 DIG files with log coordinates
- Undo/redo of all operations means recovering from mistakes and experimenting
with options is painless
- 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 value, or as degrees,
minutes and seconds
- All settings dialogs are resizable so they can be enlarged as necessary to
display more information
- Import by drag-and-drop
- Replacement of Qt3 (which is at its end of life) by Qt5
- Much better zooming, with a fill mode that automatically zooms in on image
features, and rezooms when the application window is resized
- Color picking straight from the original image
- Uploadable error report generated when a programming error is encountered,
for identifying problems and improving user support
- 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
- File import by pasting
- 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
</p>
</description>
<screenshots>

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engauge-digitizer.spec
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@ -7,8 +7,8 @@
Name: engauge-digitizer
Summary: Convert graphs or map files into numbers
Version: 9.8
Release: 3%{?dist}
Version: 10.0
Release: 1%{?dist}
Group: Applications/Engineering
License: GPLv2+
URL: http://markummitchell.github.io/%{name}/
@ -45,44 +45,37 @@ Requires: qgnomeplatform
%endif
%description
Engauge 9 is rewritten with Qt5.
This digitizing software converts an image file
showing a graph or map, into numbers.
The image file can come from a scanner, digital camera
or screen-shot. The numbers can be read on the screen,
and written or copied to a spreadsheet.
The process starts with an image file containing a graph or map.
The final result is digitized data that can be used by other tools
such as Gnumeric.
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.
New features already added to Engauge:
- Fix loading of versions 6 and 7 DIG files with log coordinates
- Undo/redo of all operations means recovering from mistakes and experimenting
with options is painless
- 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 value, or as degrees,
minutes and seconds
- All settings dialogs are resizable so they can be enlarged as necessary to
display more information
- Import by drag-and-drop
- Replacement of Qt3 (which is at its end of life) by Qt5
- Much better zooming, with a fill mode that automatically zooms in on image
features, and rezooms when the application window is resized
- Color picking straight from the original image
- Uploadable error report generated when a programming error is encountered,
for identifying problems and improving user support
- 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
- File import by pasting
- 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
%package samples
Summary: Sample files for %{name}
@ -270,6 +263,9 @@ appstream-util validate-relax --nonet %{buildroot}%{_datadir}/appdata/*.appdata.
%license LICENSE
%changelog
* Mon Apr 03 2017 Antonio Trande <sagitter@fedoraproject.org> - 1:10.0-1
- Update to 10.0
* Fri Feb 10 2017 Fedora Release Engineering <releng@fedoraproject.org> - 1:9.8-3
- Rebuilt for https://fedoraproject.org/wiki/Fedora_26_Mass_Rebuild

2
sources
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@ -1 +1 @@
SHA512 (engauge-digitizer-9.8.tar.gz) = 101d475a56f1cf7a25d3caf575023bc6b5c78e74ddf8a9aa53d8e1a3058862b0bdab217a6c22bcb97df1d695e4d5301621b7a972c54508db7aac68db759f8bd7
SHA512 (engauge-digitizer-10.0.tar.gz) = e66492e358b2ff66986a41ddddd12eceb09f5a779b3a08ad2c20658c94313e3202a34608a9b34fbc0f0abd628d881bce79d488764cbffeb9150d16693bcf79d1