What's New |
Overview |
The changes and enhancements for SAS/GRAPH 9.2 are very extensive. Highlights include the following:
The new SAS/GRAPH statistical graphics suite provides a new set of procedures, a new language, and a graph editor specifically designed for creating and editing statistical graphics.
All SAS/GRAPH procedures now support ODS styles for all devices.
SAS/GRAPH now automatically selects an appropriate device and style for all open destinations.
SAS/GRAPH now provides TrueColor support, which allows over 16 million colors in a single image.
The new Network Visualization Workshop enables you to visualize and investigate the patterns and relationships hidden in network data (node-link data).
The new GKPI procedure generates several key performance indicators.
The new GTILE procedure generates tile charts.
The new GEOCODE procedure enables you to add geographic coordinates to data sets that contain location information such as mailing addresses or to perform geolocation with non-address location data.
The new GINSIDE procedure determines which polygon in a map data set contains the geographic coordinates in your input data set.
All procedures now support graphics output filenames up to 256 characters long.
Many procedures have significant enhancements and new options. See Procedures for a complete list.
The new Scalable Vector Graphics devices enable you to generate SVG output.
Several new map data sets, as well as new feature data sets, have been added to the MAPS library. Several existing map data sets have been updated.
The SAS/GRAPH Statistical Graphics Suite |
ODS Statistical Graphics (referred to as ODS Graphics for short) is major new functionality for creating statistical graphics that is available in a number of SAS software products, including SAS/STAT, SAS/ETS, SAS/QC, and SAS/GRAPH. Many statistical procedures have been enabled to use this functionality, and these procedures now produce graphs as automatically as they produce tables. In addition, the new statistical graphics (SG) family of SAS/GRAPH procedures use this functionality to produce plots for exploratory data analysis and customized statistical displays.
ODS Graphics includes the new SAS/GRAPH statistical graphics suite. This suite provides the following new features:
provide a simple syntax for creating graphics commonly used in exploratory data analysis and for creating customized statistical displays. These new procedures include the SGPANEL, SGPLOT, and SGSCATTER procedures. In addition, the SGRENDER procedure provides a SAS procedure interface to the new Graph Template Language. For more information, including changes and enhancements for SAS 9.2 Phase 2, see SAS/GRAPH: Statistical Procedures Guide.
is the underlying language for the default templates that are provided by SAS for procedures that use ODS Statistical Graphics. You can use the GTL either to modify these templates or to create your own highly customized graphs. Templates written with the GTL are built with the TEMPLATE procedure. For more information about Graph Template Language, see the SAS/GRAPH: Graph Template Language Reference and the SAS/GRAPH: Graph Template Language User's Guide.
is an interactive editor that enables you to edit and enhance graphs that are produced by procedures that use ODS Statistical Graphics. You can use the ODS Graphics Editor to modify the existing elements of a graph such as titles and labels, or to add features such as text annotation for data points. For more information, including changes and enhancements for SAS 9.2 Phase 2, see SAS/GRAPH: ODS Graphics Editor User's Guide.
provides a point-and-click interface for creating ODS graphics. Using the ODS Graphics Designer does not require knowledge of ODS templates or the Graph Template Language. With the ODS Graphics Designer, you can easily create multi-cell graphs, classification panels, scatter plot matrices, and more. You can save your output as an image file or as an ODS Graphics Designer file (SGD file) that you can edit later.
The ODS Graphics Designer is available beginning with SAS 9.2 Phase 2. For more information, including information about changes and enhancements for the third maintenance release of SAS 9.2, see SAS/GRAPH: ODS Graphics Designer User's Guide.
Note: For additional information on the ODS Statistical Graphics functionality, see SAS Output Delivery System: User's Guide and SAS/STAT User's Guide.
The SAS/GRAPH Network Visualization Workshop |
The Network Visualization (NV) Workshop application enables you to visualize and investigate the patterns and relationships hidden in network data (node-link data). Some common applications that use network data include supply chains, communication networks, Web sites, database schema, and software module dependencies. NV Workshop is designed for visualizing large networks. Using a combination of data tables, statistical graphs, and network graphs, NV Workshop enables you to extract information that would otherwise remain hidden. Help is available from the menu within the product. To start NV Workshop, select Start Programs SAS SAS GRAPH NV Workshop 2.1.
For more information, including changes and enhancements for SAS 9.2 Phase 2, see SAS/GRAPH: Network Visualization Workshop User's Guide.
Support for Multiple Open ODS Destinations |
If you have multiple ODS destinations open, SAS/GRAPH automatically selects the appropriate device for each destination. In addition, each graph uses the ODS style associated with each destination. You do not need to specify a device or style to get optimal results. For example, if you do not specify a device, then SAS/GRAPH automatically selects the PNG device for the HTML destination if it is open and the SASEMF device for the RTF destination.
Also, if you have multiple ODS destinations open and you are using a device other than the Java or ActiveX devices (ACTIVEX, JAVA, ACTXIMG, or JAVAIMG), a different GRSEG is created for each open destination. The GRSEGs for the first destination are stored in WORK.GSEG. The GRSEGs for any other open destinations are stored in catalogs named according to the destinations, for example, WORK.HTML.
Support for ODS Styles |
All SAS/GRAPH procedures and devices now support ODS styles. By default, all colors, fonts, symbols, and graph sizes are derived from the current style. Procedure statement options and SAS/GRAPH GOPTIONS override individual elements of the style, so you can easily customize the appearance of any graph.
Additionally, the colors used by the styles have been updated to enhance the appearance of your graphics output.
The use of ODS styles by default is controlled by the GSTYLE system option.
Devices |
The new Scalable Vector Graphics devices enable you to create SVG graphs. The SVG devices (SVG, SVGZ, SVGView, and SVGT) are supported for the LISTING, HTML, and PRINTER destinations.
The default device for the ODS HTML destination has changed from GIF to PNG, which provides TrueColor support. Using the PNG device might result in graphs that have spacing or size differences, such as slightly narrower bars in bar charts.
Data tips are now supported by the JAVAIMG device.
Several devices have been added for compatibility with previous releases of SAS/GRAPH. These devices are named Zdevice, where device is the name of the device in previous releases.
The following devices ignore the FONTRENDERING= system option and force host font rendering (see Fonts and Font Rendering): ZGIF, ZGIF733, ZGIFANIM, ZJPEG, ZPNG, ZSASBMP, ZTIFFB, ZTIFFBII, ZTIFFBMM, ZTIFFG3, ZTIFFG4, and ZTIFFP.
The following devices support printer-resident fonts only: ZPCL5, ZPDF, ZPDFC, ZPSCOLOR, ZPSEPSFC, ZPSL, and ZPSLEPSF. They will not work well with ODS styles (see Support for ODS Styles) because they do not support TrueType fonts, which are used by the styles.
Several Universal Printing shortcut devices have been added. The UPCL5, UPCL5E and UPCL5C devices have been added for printing support. The UPDF and UPDFC devices have been added for PDF support. The UPSL and UPSLC devices have been added for PostScript support. See also Using Universal Printer Shortcut Devices.
Colors |
SAS/GRAPH now provides TrueColor support, which allows over 16 million colors in a single image.
The number of colors in the default color list has been increased to 38.
Fonts and Font Rendering |
The following fonts are now obsolete: DAVID, NHIRA, NKATA.
Some of the characters in the Hebrew font are mapped differently to the Roman character set than they were previously.
Fonts are now rendered using the FreeType engine. This new font rendering might result in fonts appearing larger than they did in previous versions of SAS/GRAPH. See also Changing the Appearance of Output to Match That of Earlier SAS Releases.
Many new TrueType fonts have been added. These new fonts are listed in TrueType Fonts Supplied by SAS.
Albany AMT* | Thorndale Duospace WT SC | GungsuhChe |
Cumberland AMT* | Thorndale Duospace WT TC | Dotum |
Thorndale AMT* | Arial Symbol* | DotumChe |
Symbol MT | Times New Roman Symbol* | Gulim |
Monotype Sorts | MS PMincho | GulimChe |
Monotype Sans WT J | MS Mincho | NSimSun |
Monotype Sans WT K | MS PGothic | SimHei |
Monotype Sans WT SC | MS UI Gothic | SimSun |
Monotype Sans WT TC | Batang | PMingLiU |
Thorndale Duospace WT J | BatangChe | MingLiU |
Thorndale Duospace WT K | Gungsuh | HeiT |
* Albany AMT, Cumberland AMT, Thorndale AMT, Arial Symbol, and Times New Roman Symbol are font families. Normal, bold, italic, and bold italic versions of these fonts are provided. |
Changing the Appearance of Output to Match That of Earlier SAS Releases |
SAS/GRAPH 9.2 introduces many new features that significantly change the default appearance of your SAS/GRAPH output. To produce output that looks as if it was produced with previous versions of SAS/GRAPH, do the following:
Specify the NOGSTYLE system option. This option turns off the use of ODS styles. See Turning Off Styles.
Specify the FONTRENDERING=HOST_PIXELS system option. This option specifies whether devices that are based on the SASGDGIF, SASGDTIF, and SASGDIMG modules render fonts by using the operating system or by using the FreeType engine. This option applies to certain native SAS/GRAPH devices (see Device Categories And Modifying Default Output Attributes). For example, this option works for GIF, TIFFP, JPEG, and ZPNG devices, but it is not applicable to PNG, SVG, or SASPRT* devices.
Specify DEVICE=ZGIF on the GOPTIONS statement when you are sending output to the HTML destination.
In other cases where your application specifies a device, specify a compatible Z device driver, if applicable. See Devices for more information.
Procedures |
The NAME= option for each procedure has been enhanced to allow you to specify filenames up to 256 characters long for graphics output files (PNG files, GIF files, and so on). See the documentation for the specific SAS/GRAPH procedures for more information.
The GAREABAR procedure has the following new options and enhancements:
The GAREABAR procedure now supports the BY and LEGEND statements.
The CONTINUOUS option enables you to display a range of numeric values along the width axis.
The DESCRIPTION= option specifies the description of the catalog entry for the plot.
The LEGEND= option assigns the specified LEGEND definition to the legend generated by the SUBGROUP= option.
The NOLEGEND option suppresses the legend automatically generated by the SUBGROUP= option.
The GBARLINE procedure has the following new options and enhancements:
The PLOT statement supports the creation of multiple plot lines on a single bar chart.
The SUBGROUP= option divides the bar into segments according to the values of the SUBGROUP variable values.
The HTML= option on the PLOT statement supports data tips and drill-down links on the markers of the line plot.
The HTML_LEGEND= option supports data tips and drill-down legend links.
The IMAGEMAP= option enables you to generate an image map with drill-down functionality in an HTML file.
The LEGEND= option enables you to generate both BAR and PLOT legends.
The LEVELS=ALL option has been enhanced to display any number of midpoints.
The ASCENDING and DESCENDING options now join plot points from left-to-right by default when the bars are reordered.
The PLOT statement now supports several options for references lines on the plot (right) response axis.
The AUTOREF option draws a reference line at each major tick mark.
The REF= option draws reference lines at the specified positions.
The CREF=, LREF=, and WREF= options enable you to specify the color, line style, and width of user-defined reference lines.
The CAUTOREF=, LAUTOREF=, and WAUTOREF= options enable you to specify the color, line style, and width of AUTOREF lines.
The WREF= and WAUTOREF= options on the BAR statement enable you to specify the width of reference lines on the bar (left) response axis.
The PLOT statement now supports the following options:
CAXIS= |
specifies a color for the tick marks and the axis area frame |
CTEXT= |
specifies a color for all text on the plot response axis and legend |
NOAXIS |
suppresses the right PLOT response axis |
The GCHART procedure has the following new options and enhancements:
The COUTLINE= option has been enhanced to include outlines on cylinder-shaped bars.
The GAXIS= option is now supported by the ACTIVEX, ACTXIMG, JAVA, and JAVAIMG devices.
The MAXIS= option is now supported by the ACTIVEX, ACTXIMG, JAVA, and JAVAIMG devices.
The NOPLANE option enables you to remove walls from three-dimensional bar charts.
The PCTSUM option in the HBAR statement displays a column of percentages for the sum variable values.
The new PCTSUMLABEL= option enables you to specify the text for the column label for the PCTSUM statistic in the table of statistics.
The PLABEL= option enables you to specify the font, height, and color of pie slice labels.
The NOZERO option on the BAR statement is now supported by the JAVA and JAVAIMG devices.
The RADIUS= option on the PIE statement enables you to specify the radius of the pie chart.
The RAXIS= option is now supported by the ACTIVEX, ACTXIMG, JAVA, and JAVAIMG devices.
The SHAPE= option on BLOCK statement is now supported by the ACTIVEX, ACTXIMG, JAVA, and JAVAIMG devices.
The WREF= and WAUTOREF= options enable you to specify the width of reference lines.
The pie and bar name variable now support up to 256 characters.
The GCONTOUR procedure has the following changes and enhancements.
When used with the Java and ActiveX devices, the LJOIN option displays filled contour areas with separated by contour lines.
When used with the Java and ActiveX devices, the SMOOTH option produces smooth gradient areas between levels.
The WAUTOHREF= and WAUTOVREF= options specify the line width for reference lines generated with the AUTOHREF and AUTOVREF options, respectively.
The WHREF= and WVREF= options specify the line width for reference lines generated with the HREF= and VREF= options, respectively.
The new GEOCODE procedure enables you to add geographic coordinates (latitude and longitude) to data sets that contain location information such as mailing addresses. You can also perform geolocation, which is adding geographic coordinates to non-address locations such as sale territories.
For SAS 9.2 Phase 2 and later, the new RANGE geocoding method enables you to perform geolocation for IP addresses.
For the third maintenance release of SAS 9.2, the new STREET geocoding method enables you to perform geolocation for street addresses.
The new GINSIDE procedure determines which polygon in a map data set contains the X and Y coordinates in your input data set. For example, if your input data set contains coordinates within Canada, you can use the GINSIDE procedure to identify the province for each data point.
The new GKPI procedure generates key performance indicators, including sliders, bullet graphs, speedometers, dials, and traffic lights. This GKPI procedure is supported by the JAVAIMG device only.
The GMAP procedure has the following new features:
The AREA statement enables you to control the appearance of regions in block maps and prism maps.
The CDEFAULT= option specifies the color for empty map areas.
The DENSITY= option enables you to reduce the number of map points that are drawn.
The RELZERO= option specifies that the heights of bars and regions are relative to zero, rather than the minimum value.
The STATISTIC= option specifies a statistic to use for the response variable.
The STRETCH option stretches the extents of a map to fill the output device.
The UNIFORM option specifies that each map that is created when you use the BY statement uses the same colors and legend.
The WOUTLINE= option on the BLOCK and CHORO statements is now supported by the JAVA and JAVAIMG devices.
The GPLOT procedure has the following new options and enhancements:
The BFILL= option enables you to generate gradient, solid-filled bubble plots.
The FRONTREF= option specifies that reference lines are drawn in front of filled areas.
The OVERLAY option is no longer required to display a legend when the PLOT (or PLOT2 ) statement specifies only one plot.
The WAUTOHREF= and WAUTOVREF= options specify the line width for reference lines generated with the AUTOHREF and AUTOVREF options, respectively.
The WHREF= and WVREF= options specify the line width for reference lines generated with the HREF= and VREF= options, respectively.
Enhanced features in box plots enable you to click on the interior of the boxes for simple drill-down functionality. Previously, you could click only on visible box elements. Now, you can click anywhere inside the box to drill down to more detailed data.
The NODATELINE option enables contiguous projections when projecting maps that cross the line between 180 degrees and -180 degrees longitude.
The following options for the GPROJECT procedure have been renamed:
Old Name | New Name |
---|---|
DEGREE | DEGREES |
PARALEL1 | PARALLEL1 |
PARALEL2 | PARALLEL2 |
The GRADAR procedure has the following new options and enhancements:
The CALENDAR option produces a chart showing twelve equal-sized segments, one for each month of the year.
The NLEVELS= option specifies the number of colors to use in calendar charts.
The NOLEGEND option turns off the automatically generated legend.
The SPOKESCALE= option specifies whether every spoke is drawn to the same scale or each spoke is drawn to a different scale.
The WINDROSE option produces a windrose chart, which is a type of histogram.
The FREQ= option now supports only non-zero integers. Zero and negative values are dropped. Decimal values are truncated to integers.
The WEIGHT= option is no longer supported.
The GRADAR procedure now draws missing overlay values to the center. Previously, missing values were drawn to zero.
The GREMOVE procedure has the following new options:
The FUZZ= option specifies an error tolerance for the point matching algorithm.
The NODECYCLE option enables some types of polygons to be closed properly.
The new GTILE procedure enables you to create and display tile charts using the Java or ActiveX device drivers. Tile charts are designed for visualizing a large quantity of hierarchical-type data and are sometimes referred to as rectangular tree maps. Tile charts display rectangles of varying sizes and colors based on the magnitude of the variables specified and provides drill-down links to more detailed data.
The ID statement for the MAPIMPORT procedure enables you to group related polygons.
Global Statements |
The REPEAT= option on the LEGEND statement enables you to specify the number of times a plot symbol is displayed in a single legend item in the legend.
The VALUE=EMPTY option on the PATTERN statement is now supported by three-dimensional bar charts.
The STAGGER option offsets the axis values on a horizontal axis.
The TICK= suboption on the VALUE= option of the LEGEND statement is now supported by the Java Map Applet.
The ROWMAJOR and COLMAJOR options on the LEGEND statement enable you to control whether legend entries are listed by row or by column.
Graphics Options |
The ACCESSIBLE graphics option generates descriptive text and the summary statistics that are represented by the graph. This option is valid for the Java and ActiveX devices only.
The ALTDESC option enables you to specify whether the text specified in the DESCRIPTION= option is used as the data tip text.
The TRANSPARENCY option is supported by the ACTIVEX and ACTXIMG devices when the output is used in a PowerPoint presentation.
Transparent Overlays |
Transparent overlays from GIF files are now supported in SAS/GRAPH output. You can use transparent GIFs with the IMAGE function in the Annotate facility and with the IBACK and IFRAME graphics options.
ActiveX Control |
The following are enhancements for the ActiveX Control:
The ActiveX control now displays calendar and windrose charts generated by the GRADAR procedure.
The control also displays tile charts created by the new GTILE procedure.
Support for UNICODE fonts has been added.
A new field in the user interface enables you to provide interactive graphs in Microsoft Powerpoint slideshows.
The user interface now enables you to specify the properties of scroll bars in your graph.
Data tips are supported for scatter plots generated with the GCONTOUR procedure.
Enhanced support of the Annotate Facility listed under The Annotate Facility.
Java Map Applet |
The Java Map Applet user interface enables you to change block sizes.
Support has been added for the MENUREMOVE parameter, which enables you to remove menu items from the applet user interface.
Java Tilechart Applet |
The new Java Tile Chart applet creates and displays tile charts. Tile charts are designed for visualizing a large quantity of hierarchical-type data and are sometimes referred to as rectangular tree maps. They display rectangles of varying sizes and colors based on the magnitude of the variables specified and provide drill-down links to more detailed data. You can generate the applet with the GTILE procedure and the JAVA device.
The Annotate Facility |
The following new features are available for the Annotate facility:
The ANGLE, CBORDER, CBOX, LINE, and ROTATE variables are now supported by the ACTIVEX and ACTXIMG devices.
The ARROW function and %ARROW macro enable you to draw arrows.
A new value for the HSYS= option, 'D', specifies points as the unit of measurement for font sizes.
The IMAGE function is now supported by the JAVA and JAVAIMG devices.
The WIDTH variable for the PIE function specifies the thickness of the outline around the pie slice.
New Map Data Sets |
New map data sets are provided for Antarctica (ANTARCTI, ANTARCT2), Montenegro (MONTENEG, MONTENE2), Romania (ROMANIA, ROMANIA2), Rwanda (RWANDA, RWANDA2), and Serbia (SERBIA, SERBIA2).
The continent map data sets now have corresponding feature data sets (ANTARCT2, AFRICA2, EUROPE2, OCEANIA2, NAMERIC2, SAMERIC2).
Note: Antarctica uses the new continent code 97.
Updated Map Data Sets |
Some of the map data sets in the MAPS library have been updated. Changes to the Map Data Sets contains a list of the changes.
Data Set(s) | Changes |
---|---|
Continent data sets (ASIA, AFRICA, EUROPE, NAMERICA, OCEANIA, SAMERICA) |
updated to include new geographic features. Each data set includes a
new DENSITY variable.
Brunei, Indonesia, and the Philippines have moved from OCEANIA to ASIA. The continent code for these countries has changed from 96 to 95. OCEANIA replaces SPACIFIC as continent 96. Tasmania has been added to the OCEANIA data set. |
CHINA, CHINA2 |
updated with new province names and ID numbers. The new OLDID and OLDIDNAME
variables in the CHINA2 data set contain the old ID numbers and province names.
Because the ID numbers and province names have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
GERMANY, GERMANY2 |
updated with new districts and states. The following new variables have
been added:
The IDNAME variable contains the values that were previously in IDNAME2. The IDNAME2 variable has been removed. |
INDIA, INDIA2 |
updated with new states and new ID numbers. The new OLDID variable in
the INDIA2 data set contains the old ID numbers. Additionally, the IDNAME2
variable in the INDIA2 data set contains alternate spellings for the state
names. The INDIA data set contains a new DENSITY variable.
Because the ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
ITALY, ITALY2 |
updated with new provinces and ID numbers. The new OLDID variable in
the ITALY2 data set contains the old ID numbers. The ITALY data set contains
new DENSITY, NUTS, and REGNAME2 variables.
Because the ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
JAOSAKA, JAOSAKA2 | updated with new ID values. The new TYPE variable in JAOSAKA2 contains feature types. |
JATOKYO, JATOKYO2 | updated with new ID values. The new TYPE variable in JATOKYO2 contains feature types. |
LUXEMBOU, LUXEMBO2 |
updated with more detail and new variables. The LUXEMBOU data set has
a new DENSITY variable. The LUXEMBO2 data set has the following new
variables:
|
NAMES
(feature table for the WORLD data set) |
contains three new variables:
|
PHILIPPI, PHILIPP2 |
updated with more detail and new variables. The PHILIPPI data set has
a new DENSITY variable. The PHILIPP2 data set has the following new
variables:
The ID numbers for these data sets have changed. You might need to change your response data in any existing SAS programs that use these data sets. |
POLAND, POLAND2 | updated with new values and variables. The POLAND data set has a new DENSITY variable. The POLAND2 data set has new PROVNAME and PROVNAME2 variables. |
SPACIFIC | renamed to OCEANIA. |
SPAIN, SPAIN2 |
updated with values and new variables. The SPAIN data set contains a
new DENSITY variable.
The new OLDID variable in the SPAIN2 data set contains the old ID numbers. The new REGION and REGNAME variables identify regions. The new IDNAME2 and REGNAME2 variables contain alternate spellings for the province and region names. Because the ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
SWEDEN, SWEDEN2 |
updated with new provinces and ID numbers. The SWEDEN data set contains
a new DENSITY variable. The new OLDID variable in the SWEDEN2 data set contains
the old ID numbers. The new REGNAME variable contains region names.
Because the ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
SWITZERL, SWITZER2 |
updated with new province names and ID numbers, and new variables. The
new OLDID and OLDNAME variables in the SWITZER2 data set contains the old
names and ID numbers. The SWITZERL data set contains new DENSITY and LAKE
variables.
Because the province names and ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
THAILAND, THAILAN2 |
updated with more detail and new variables. The THAILAND data set has
a new DENSITY variable. The THAILAN2 data set has the following new
variables:
The provinces have new ID numbers. The new OLDID variable in the THAILAN2 data set contains the old ID numbers. Because the ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
UKRAINE, UKRAINE2 |
updated with more detail and new variables. The UKRAINE data set has
a new DENSITY variable. The UKRAINE2 data set has the following new
variables:
The provinces have new names and ID numbers. The new OLDIDNAME and OLDID variables in the UKRAINE2 data set contain the old province names and ID numbers. Because the province names and ID numbers have changed, you might need to change your response data in any existing SAS programs that use these data sets. |
US, USCENTER, USCITY |
Puerto Rico added as state 72. The new STATECODE variable in the US
and USCITY data sets contains two-letter state abbreviations.
The USCITY data set has new cities, and some city names have been standardized. The PLACE variable now includes the state FIPS code as the first two digits. Note: The projected X and Y values might be different due to the need to re-project the data sets with the addition of more cities in USCITY. |
VIETNAM, VIETNAM2 |
updated with more detail and new variables. The VIETNAM data set has
a new DENSITY variable. The VIETNAM2 data set has the following new
variables:
The ID numbers for these data sets have changed. You might need to change your response data in any existing SAS programs that use these data sets. |
WORLD |
simplified to use fewer observations. In addition, the following changes
have been made:
|
YUGOSLA, YUGOSLA2 | replaced by the new SERBIA, SERBIA2, MONTENEG, MONTENE2 data sets. |
Map Data Set Descriptions |
Descriptive labels have been added to the map data sets in the MAPS library.
New Data Set for Military ZIP Codes |
The new ZIPMIL data set in the SASHELP library contains ZIP codes for U.S. military post offices.
Changes in SAS/GRAPH Documentation |
Information about the DS2CSF macro has been removed. The functionality of the DS2CSF macro is available through the new GKPI procedure.
Information about the META2HTM macro has been removed. To generate the Metaview applet, use the JAVAMETA device.
Copyright © 2010 by SAS Institute Inc., Cary, NC, USA. All rights reserved.