SAS/GRAPH(R) 9.2: Graph Template Language Reference
Part 1 Fundamentals
Part 2 Graph Block- Part 3 Layout Statements
- Part 4 Plot Statements
- BANDPLOT Statement
- BARCHART Statement
- BARCHARTPARM Statement
- BIHISTOGRAM3DPARM Statement
- BLOCKPLOT Statement
- BOXPLOT Statement
- BOXPLOTPARM Statement
- CONTOURPLOTPARM Statement
- DENSITYPLOT Statement
- DROPLINE Statement
- ELLIPSE Statement
- ELLIPSEPARM Statement
- FRINGEPLOT Statement
- HISTOGRAM Statement
- HISTOGRAMPARM Statement
- LINEPARM Statement
- LOESSPLOT Statement
- MODELBAND Statement
- NEEDLEPLOT Statement
- PBSPLINEPLOT Statement
- REFERENCELINE Statement
- REGRESSIONPLOT Statement
- SCATTERPLOT Statement
- SCATTERPLOTMATRIX Statement
- SERIESPLOT Statement
- STEPPLOT Statement
- SURFACEPLOTPARM Statement
- VECTORPLOT Statement
- Part 5 Plot Axes
- Part 6 Legend Statements
- Part 7 Text Statements
- Part 8 Appendices
Index here
| Product | Release |
|---|---|
| SAS/GRAPH | 9.2 |
- Type
- Usage and Reference
- Copyright Date
- March 2008
- Last Updated
- 15Apr2008
| Previous | | | Next |
| Overview |
Plot Classifications by Graphical Projection
Plots in the GTL are often referred to as 2D or 3D plots according to their graphical dimensions, not their data dimensions. In other words, 2D graphs use 2D projection when rendering the graphs, whereas 3D graphs use 3D projection.
For example, both the CONTOURPLOTPARM and BIHISTOGRAM3DPARM statements require three variables to generate a graph. The contour plot is classified as a 2D plot because it uses 2D projection to render the plot, whereas the histogram is classified as a 3D plot because it uses 3D projection to render the plot.
 |
|
| Previous | | | Next | | | Top of Page |
Copyright © 2007 by SAS Institute Inc., Cary, NC, USA. All rights reserved.