SYSTAT 13.2 版本说明
New License System supports on both 32 and 64 bit versions on Windows 7, Windows 8 and Windows 10 OS.
SYSTAT 13.2 now provides full support for the following file formats:
1. Sigmaplot – *.jnb
2. Microsoft Excel (972013) (*.xls, *.xlsx)
3. SPSS(..21) (*.sav)
4. SAS (69) (*.sd2; *.sas7bdat)
5. SAS Transport (*.xpt; *.tpt)
6. MiniTab (813) (*.mtw)
7. Statistica 12 (*.sta)
8. Stata (..12) (*.dta)
9. JMP (311) (*.jmp)
10. DBase (*.dbf)
11. ASCII Text (*.txt; *.dat; *.csv)
12. ArcView (*.shp)
13. Lotus (*.wk1; *.wk2; *.wk4;*.wks)
14. DIF (*.dif)
15. Statview (*.svd)
Fixed Issues:
– 32 bit and 64 bit
a. Broken command line scripts: SYSTAT command line scripts were failing to execute because of IE upgrade from 6.0 to higher versions. The problem is fixed.
b. Unsynchronized commands generated in the log file problem fixed.
c. Saved scripts generated through the Start/Stop utility were unusable as they did not have extension. Now the scripts get saved with extension.
d. Commands generated through LOGLIN dialog are case sensitive and Systat would recognize only Uppercase. Now SYSTAT recognizes both the cases.
e. Start page’s Scratchpad now supports all keyboard shortcuts.
f. Replace (Ctrl+H) is enabled in batch tab of command space.
g. New toolbar button disabled when Interactive and log tabs are clicked.
h. Frozen menu in Start page is cleared.
64 bit only
a. In 64Bit application, response to mouse center button in Grid Scroll bar was erroneous, the problem is solved.
b. In 64bit SYSTAT, nondisplay of Data Edit bar in Grid View is corrected.
SYSTAT 13.1版更新
Introduction
This month, your editor reviews another old friend. SYSTAT has long been a staple of the linear models crowd and now gets more powerful with every version. The present version includes Exact tests, Monte Carlo simulations, and the ever popular (and becoming more so every day) quality analysis section. As with most modern statistical software, it runs on 32 and 64bit systems and loads trouble free (and I reviewed it on Vista!) from disk or internet. And they still offer perpetual licensure!
Upon first boot, the screen is refreshingly clean and easy to read. Tests and graphics are simple to find and most dialog boxes intuitive to understand. Even the firsttime user will quickly master the nomenclature/use and will be upandrunning almost instantly. For those of us married to paper manuals, there are a series of these including 4 on statistics, and others on graphics, programming, data handling, and the specialized areas of Quality Analysis, Monte Carlo, and Exact Tests. While many appreciate menudriven operations, for the diehard programming types there is the command line option. Table 1 lists the new features in version 13.
Selected New Features in SYSTAT13:
 Error Variance with ARCH & GARCH
 Best Predictors with Best Subset Regression
 Fitness of Statistical Models Using Confirmatory Factor Analysis
 Polynomial Regression
 More 3D & 2D Graphics
 ANOVA Upgrades
 Basic Statistics Upgrades
 Bootstrap Analysis Upgrades
 Crosstabulation Analysis Upgrades
 Hypothesis Testing Upgrades
Logistic Regression:
 Simplified and easy user interface and command line structure to analyze binary, multinomial, conditional, and discrete choice models separately.
 Option to specify the reference level for the binary and multinomial response models.
 Simpler form of input data to analyze matched sample casecontrol studies with one case and any number of controls per set.
 For Discrete choice models, SYSTAT 13 provides two data layouts: ‘Choice set’ and ‘By choice’ to model an individual’s choices in response to the characteristics of the choices.
Nonparametric Tests
 JonckeereTerpstra test as an alternative to MannWhitney test: The test is used when the treatments are ordered in terms of the response. This test is based on the sum of the k(k1)/2 MannWhitney counts (for k treatments).
 FlignerWolfe test as an alternative to MannWhitney test: The test is used when one of the treatments acts as a control, to test equality of response to control visàvis all other treatments, with a onesided alternative. This is a MannWhitney test with two groups when the control is one group and all other treatments together form another.
 Post hoc (multiple comparisons) tests of DwassSteelCritchlowFligner and of ConoverInman which can be used as a followup when a KruskalWallis test shows significance.
 A multiple comparison test due to Conover as a followup of Friedman test showing significance.
Now let’s look at a few of the specifics…
Screens/Statistics
Upon boot of the main system, the following screen appears:
This Viewspace consists of four areas: Startpage, Output editor, Data/Variable Editor, and the Graph Editor. This allows for rapid access to any of the analytic areas that the user may be interested in seeing. The Startpage consists of Recent Files, Themes, Manuals, Tips, and a Scratchpad area for comments. When imported, data consists of rows that are cases, and columns that are variables. When the analyst rightclicks on a column and chooses ‘Variable Properties’, the variables may be defined as to type (unfortunately, but necessarily very important to modern analytic software). Once imported, the data can be examined for simple statistics, and transformed if the distribution appears problematic. As the more complete (read >2 or 3 variables) data sets are preferred in this column for examples, the Admire set (factors relating to childhood psychopathology) within the program was chosen for the descriptive statistics.
A quick look at the data, both numeric and graphic, may be had by choosing Distributions/Basic Statistics and Distributions/Histograms from the main menu (only a portion of which is displayed below):
For an analysis of variance, we looked at a data set on machine scores (desirability of some machine function) based on machine, operator and time:
We want a simple model for the score based upon the factors machine, operator, and time. Going to the main menu and choosing Analyze/Analysis of Variance/Estimate Model, and classifying the I/O as follows:
we see that:
The above demonstrates graphically and numerically that the two main factors ‘Operator” and ‘Machine’ as well as their interaction are important to the score while ‘Time’ is not. To merely do an ANOVA on any factor is simple with SYSTAT’s Quick Access Menu:
The main statistical menus are fairly extensive:
The graphics menu is also extensive and the present graphic quality is quite impressive compared to earlier versions:
All of the usual options to modify these graphs are available both through the rightclick and a separate graphics menu bar.
Summary
Despite the power and depth in this version, the most impressive feature is the inherent simplicity. In the early versions the novice could easily get frustrated in deciphering what the dialog box was really asking for and feeding it the proper data types. This is to say nothing about approaching the level of sophistication required to fully understand the depth of the statistical results presented. Now everything seems so intuitive that as with many programs, the learning curve is tilted in favor of the novice (though it still requires some statistical understanding on the part of the analyst!).
While many programs containing the newer simulation and data mining software (SYSTAT 13 contains a highly efficient Classification & Regression Tree algorithm) come with astronomical price tags, this software is still quite reasonable. Interested readers are encouraged to download the 30day trial, and the many intuitive operations should delight the novice.
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