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DPLOT Graphing Software

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DPLOT software is an essential tool for any analyst serious about charting and presenting results effectively. DPLOT is fully integrated with Excel and can be used in a variety of systems and applications through its powerful Developer Kit. As analytics get more sophisticated, so does the need for sophisticated visualization. Try DPLOT today and see for yourself why its one of the most powerful scientific graphing solutions out there. If you have any questions, call us and we can show you!
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  • Multiple scaling types, including linear, logarithmic, and probability scales on the X and/or Y axes. DPlot also provides several special purpose scale types, including grain size distribution plots, tripartite grids (shock spectra), polar charts, triangle plots, N1.85 hydraulic scales, and Mercator projection.
  • Bar charts with a large number of presentation options.
  • Box-and-whisker plots and dot graphs for one or more groups of 1D data.
  • Generate curves from equations of the form:
    • Y=f(X).
    • X=f(T), Y=g(T).
    • Z=f(X,Y).
    • Y=f(X) X=f(T) & Y=g(T) Z=f(X,Y)
    • Along with the standard suite of trigonometric and general math functions, DPlot includes support for conditional formulas of the form if(test,if_true,if_false). And you can generate a new curve that is a function of one or more exising curves with Y=f(X,Y1,Y2,...).
  • Multiple independent or dependent scales.
  • Easily create blank graph paper.
  • Error bars with magnitudes set to a constant value, to a percentage of the amplitudes, or independently.
  • Bubble plots with symbol sizes proportional to a third dimension.
  • Vector plots with vector lengths and colors proportional to a third dimension and angles from a fourth dimension.
  • Fill between 2 curves, fill the area formed by closing a curve, or fill from a curve to a specified Y value.
  • Contour plots of 3D data, shown as contour lines in a plan view of the XY plane or as shaded bands in a 3D projection, optionally with light source shading. DPlot accepts both randomly-spaced 3D points and points on a rectangular grid.
  • 3D scatter plots, with up to 100 data sets and colors based on Z value or data set.
  • Use a background image (BMP, GIF, JPG, PNG, or TIF) for your 2D plots:
  • Choose from 40 symbol styles and/or 7 line styles for your XY plots. You have full control over symbol size, line weight, and color. In addition to the 40 built-in graphic symbols you can use any character from any of the Wingdings fonts included with Windows.
  • Choose from a variety of number formats for each axis. Date and time formats are customizable.
  • Copy and/or link data from other sources (e.g. spreadsheets), or use our Excel Add-In to easily move data from Excel to DPlot.
  • Curve-fitting
    • y=A+Bx+Cx^2+Dx^3+... (polynomial).
    • log(y)=A+Bx+Cx^2+Dx^3+...
    • y=1/(A+Bx+Cx^2+...)
    • y=A+B*sin(Cx+D) (sinusoid)
    • y=Ax/(B+x)
    • y=(Ax+B)/(x+C)
    • y=A+B*exp(Cx)
    • y=Ax^B + Cx^D + Ex^F + ... (power series)
    • y=A + B/[1+10^(Cx+D)] (dose response)
    • y=(A+B*sin(Cx+D))*exp(Ex) (decaying sinusoid)
    • y=A(x+B)^C
    • y=A*cosh((x-B)/A) (Catenary curve)
    • Baseline shift.
    • Moving average. Choose from prior (identical to Excel's moving average feature), central, or cumulative. For more information see the blog entry.
    • Step plot. Doubles the number of data points in a curve to give a stepped appearance.
  
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