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DISLIN is a high-level library of subroutines and functions that display data graphically. It is intended to be a powerful and easy to use software package for programmers and scientists that does not require knowledge of hardware features. The software is available for the programming languages C, Fortran 77, Fortran 90, Perl, Python and Java. DISLIN can display graphic information directly on graphic terminals or store them in metafiles. The supported display types are VGA, X Windows, Windows API and Tektronix. The supported file formats are GKSLIN, CGM, HPGL, PostScript, PDF, Prescribe, WMF, PNG and TIFF. The library contains the following features:
- 9 software fonts where each font provides 6 alphabets. Hardware fonts for PostScript printers, X11 fonts for X11 displays and TrueType fonts for Windows 95/98/NT displays and WMF files can also be used. The different aphabets contain Roman, Greek, Russian, mathematical and special European characters. Plotting of mathematical formulas with TeX instructions.
- Plotting of two- and three-dimensional axis systems. Axes can be linearly or logarithmically scaled and labeled with linear, logarithmic, date, time, map and user-defined formats.
- Plotting of curves. Several curves can appear in one axis system and can be differentiated by colour, line style and pattern. Multiple axis systems can be displayed on a page.
- Plotting of legends.
- Elementary plot routines for lines, vectors and outlined or filled regions such as rectangles, circles, arcs, ellipses and polygons.
- Shielded regions can be defined.
- Business graphics.
- 3-D colour graphics.
- 3-D graphics.
- Elementary image routines.
- Geographical projections and plotting of maps.
- Contouring.
- Graphical user interface (GUI) routines based on Motif and Windows API functions.
- English manuals in PostScript, PDF and HTML format are available.
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DISLIN is a high-level library of subroutines and functions that display data graphically. It is intended to be a powerful and easy to use software package for programmers and scientists that does not require knowledge of hardware features. The software is available for the programming languages C, Fortran 77, Fortran 90, Perl, Python and Java. DISLIN can display graphic information directly on graphic terminals or store them in metafiles. The supported display types are VGA, X Windows, Windows API and Tektronix. The supported file formats are GKSLIN, CGM, HPGL, PostScript, PDF, Prescribe, WMF, PNG and TIFF. The library contains the following features:
- 9 software fonts where each font provides 6 alphabets. Hardware fonts for PostScript printers, X11 fonts for X11 displays and TrueType fonts for Windows 95/98/NT displays and WMF files can also be used. The different aphabets contain Roman, Greek, Russian, mathematical and special European characters. Plotting of mathematical formulas with TeX instructions.
- Plotting of two- and three-dimensional axis systems. Axes can be linearly or logarithmically scaled and labeled with linear, logarithmic, date, time, map and user-defined formats.
- Plotting of curves. Several curves can appear in one axis system and can be differentiated by colour, line style and pattern. Multiple axis systems can be displayed on a page.
- Plotting of legends.
- Elementary plot routines for lines, vectors and outlined or filled regions such as rectangles, circles, arcs, ellipses and polygons.
- Shielded regions can be defined.
- Business graphics.
- 3-D colour graphics.
- 3-D graphics.
- Elementary image routines.
- Geographical projections and plotting of maps.
- Contouring.
- Graphical user interface (GUI) routines based on Motif and Windows API functions.
- English manuals in PostScript, PDF and HTML format are available.
scientific plotting library programming dislin high-level scientific data plotting library
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Investment Analysis Software provides the capacity to easily analyze the performance of any investment. It applies basic input variables to build an investment analysis by year. Investment
performance is converted to equivalent current year values enabling the actual investment performance to be determined. Applying this approach allows comparisons to be made between different investment types. It also provides an effective means of projecting investment performance and determining the results of different investment mixes. By developing forecast projections it is possible to identify when investment performance spikes or dips. This acts as a strong buy / sell indicator. By following a sell at the spikes and buy at the dips strategy overall return can be enhanced. Investment Analysis Software allows you to determine the apparent and actual return achieved by an investment over time; project the value of investments in future and current equivalent terms; apply what if scenarios to test the impact of investment decisions; compare the performance of alternative investments; consider the impact of taxation on investments; build a portfolio of investments for ongoing analysis and plot investment parameters over time; improve investment buy / sell / hold decisions; easily establish an investment plan with set performance goals; and identify when investment performance varies from projected goals and take actions accordingly. Analysis and comparison of all investment types and combinations is available including equity / share investments; property / real estate investments; cash investments. The ability to consider all investment types allows the performance of each investment to be assessed, forecast, monitored and reviewed. This enables informed buy / sell / hold decisions to be made. Software and supporting documentation are not investment advice and as with all forecasting methodologies the results are only as good as the input provided.
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Versamap draws outline maps on 14 map projections. The program allows users to print publication quality maps on any printer supported by Windows; and to export maps in vector graphic (WMF, CGM, DXF, ASCII) and bitmapped (BMP) formats.
Versamap is supplied with digital maps from the Versamap Micro World Database, which contain boundaries for the new countries that have formed from the Soviet Union and Yugoslavia, for Eritrea, for Canadian Provinces, and for Australian States. More detailed digital maps from the CIA's World Data Bank II and from the USGS Digital Line Graph database may be purchased from the author. Individual geographic features, such as coastlines, rivers, islands, and political boundaries, can be plotted from these digital map databases.
The program allows users to plot their own data (as lines or symbols) in a simple ASCII format, and to display labels next to their data points.
Text may be added to maps using any Windows font. Each text string can have a different font, and can be rotated in 1 degree increments.
The program plots Great Circles between user selected endpoints, and reports course and distance at points along the Great Circle. Versamap also reports map parameters and scale errors at selected points on the map.
Versamap is designed to plot outline maps of areas larger than about 200 miles (320 km) on a side. The program is not designed to plot maps of small areas, such as city maps.
Versamap requires Windows 3.1 or higher, and has an uninstall option that allows you to remove the program from your hard drive.
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3D Visioner is an add-on for Microsoft Visio 2002/2003, intended for viewing, editing and handy navigation in Microsoft Visio, using all of the power and conveniences of third dimension. With 3D Visioner you can perform a lot of wearisome Visio actions just by one or two clicks.
All actions with Visio are at once automatically synchronized with 3D Visioner window.
It is very difficult in most cases to determine the direction of links on complex Visio projects. In these cases you can use the power of 3D projections or just rotate the 3D view to see the interesting links. You can open as many 3D windows in each Visio project as you need. All Visioner windows are habitual Visio "Anchor windows" so you can dock them and work as you got into the way of using them. When you click on interesting object in 3D Visioner window, it immediately appears selected on appropriate Visio page. So you don't need to click on page and scroll it to find some object, or use Visio Find dialog. Same with pages. Click on page in 3D and it immediately will become visible in Visio.
Now you can use all of the power of Visio hyperlinks, without any discomfort of performing many wearisome actions. Just select hyperlink creation tool and right-click on source and destination object. Hyperlinks are drawn different way, in yellow with nice small circle in the middle, so you can easily distinguish them from other links. Fill the power of working with entire project, including all pages, objects and hyperlinks and keeping all of them in full view.
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