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MtxVec
Applications
MtxVec for mission critical applications where complex real time data processing is needed. Ten times faster than conventional programming.
MtxVec applications
Testimonials
"Using MtxVec 2, with its SSE2 support, I see about a x4 speed improvement over traditional x87 assembler when running on my Pentium 4 notebook!"
Matthew Wormington, Bede Corporation
More Testimonials

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About
Visualizing the results with TeeChart
Stats Master uses Steema's TeeChart (both VCL and .NET version supported) to graphically visualize some results of statistical analysis. Using TeeChart you can do pie, bar, scatter, 2d/3d contour, point and surface plots, ... The full list of all supported charting styles is available here.
In addition, Stats Master introduces some additional fully customizable charting styles for quality control charting, probability plots, box plots, dot plots, bi-plots, histograms, ...
Probabilities
plots:
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The TStatProbSeries
can be used to plot special statistical chart types. Series inherits
all TPointSeries properties/methods and introduces new properties/methods.
Most properties can be customized at design and/or at runtime.
Using TStatProbSeries
you can do :
- Normal Probability
Plot
- Weibull Probability
Plot
- Quantile-Quantile
Plot
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Quality Control Charts:
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TQCSeries inherits
all TLineSeries properties/methods and introduces some new properties
which allow you to control centerline, upper and lower control limit
values.
TQCSeries can
be used to plot most Quality Control Charts. The following QC charts are demonstrated in Stats Master demo:
- Variable
Control Charts (XBar, R and S)
- Attribute
Control Charts (P, NP, U, C)
- EWMA Chart
- Levey-Jennings Chart
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Process capability charts:
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By using TColorLineTool,
THistogramSeries and Stats Master routines for calculating p, Cp,
and Cpk indexes you can do Process Capability Charts with
only few lines of code:
var LB, UB: TSample;
begin
LB := ChartTool1.Value;
UB := ChartTool2.Value;
QCCapIndexes(Data,LB,UB,p,CP,CPK,CPConfInt,
CPKConfInt, Alpha);
Label1.Caption := 'p = ' +
FormatFloat('0.0000',p);
Label3.Caption := 'CP = ' +
FormatFloat('0.0000',CP);
Label4.Caption := 'CPK = ' +
FormatFloat('0.0000',CPK);
end; |
Box plot:
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A box plot provides an excellent visual summary of many important aspects of a distribution. Stats Master BoxPlot introduces several properties which allow you to fully control box plot median and mean lines, mild and extreme outliers, etc. As will all other drawing styles, most visual properties are fully customizable.
Two different box plot styles are supported: the box or diamond shape style (the image above showing box plot using diamond shape style). |
"Dot" plot:
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The dot plot is a plot of a single batch of data. One version shows values as points, another version shows values as lines.
In dot plot the vertical axis represents the variable’s values. The horizontal axis represents different groups. |
Bi-plot:
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Biplots are statistical graphics that represent in the same plane both the variables and the cases. Usually variables are represented by arrows, while points represent cases.
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