Supercharge
your Microsoft Office Excel XP and Excel 2003 Spreadsheets with the
AACode SuperTable® Add-in.
SuperTable adds the
missing Microsoft Excel functions and macros you
need to mathematically interpolate and project from your data.
Order
the incredible AACode
SuperTable®
Add-in for only $19.88 by direct download
from this web site using your
PayPal Account, your check, or money order. You can download a fully functional
15-Day demonstration package for
free from this web site!
This amazing and easy to install Add-in adds interpolation and numerical
analysis to your Excel function set. You can also replace tables of
data with accurate and easy to use Algorithms. Use it for engineering,
science, accounting, programming, mathematics, process control, data
analysis, and education. If you lookup or store mathematical values in
tables with Microsoft Excel, this is a MUST HAVE addition to your function
arsenal.
Add
the AACode SuperTable® functions VInterp, HInterp, VSpline, HSpline,
VLSpline, HLSpline, VPolyFit and HPolyFit, to your spreadsheets. Use them the same way you
employ standard Excel Functions. They can be nested with other
standard Excel Functions to form powerful mathematical statements. The
AACode SuperTable® Add-in works with home or professional versions of Microsoft Office,
Office 2003, Excel
XP and Excel running on Microsoft Windows platforms such as Windows 98SE, Windows Me, Windows
2000,
Windows NT, Windows XP, and Windows XP Pro.
VInterp
and HInterp allow you to select accurate intermediate linear values from
table data. VSpline and HSpline smoothly fit adjacent cubic polynomial
curves through your data. VLSpline and HLSpline use pre-computed
coefficients to work faster with large tables and on-line active data
table sets. VPolyfit and HPolyfit automatically calculate the
interpolated value using up to 30th order best fit polynomials, allowing incredibly
accurate curve fitting with widely varying data.
Substitute
Algorithms for entire tables of data with VPolyFitCoef and HPolyFitCoef.
Run VSplineCoef and HSplineCoef to generate spline coefficients
for a smooth curve passing through all your data points. Use VRegressCoef and HRegressCoef to calculate
the optimum curve fitting formula for smoothing of real world data. Solve up to
fifty sets of simultaneous linear equations with SimLinEqu, and include
condition number analysis with SimLinEquCondNum.
