Statistical procedures use ODS Graphics to create graphs as part of their output. ODS Graphics is described in detail in Chapter 21: Statistical Graphics Using ODS.
Before you create graphs, ODS Graphics must be enabled (for example, by using the ODS GRAPHICS ON statement). For more information about enabling and disabling ODS Graphics, see the section Enabling and Disabling ODS Graphics in Chapter 21: Statistical Graphics Using ODS. For additional control of the graphics that are displayed, see the PLOTS= option in the section PROC SPP Statement.
PROC SPP assigns a name to each graph it creates by using ODS Graphics. You can use these names to refer to the graphs when you use ODS Graphics. Table 105.9 lists the names and shows the statement and option that you must specify to produce the graph.
Table 105.9: Graphs Produced by PROC SPP
ODS Graph Name 
Plot Description 
Statement 
Option 

CovariateEDFPlot 
Plot of KolmogorovSmirnov test analysis for CSR 
PLOTS=CSRKSTEST 

EmptySpacePlot 
Surface plot of nearestneighbor distances from any window location 

PLOTS=EMPTYSPACE 

IntensityPlot 
Surface plot of estimated intensity 
Default 
Default 
ProbabilityPlot 
Surface plot of occurrence probability under a poisson model 
Default 
Default 
ObservationsPlot 
Scatter plot of observed events, marked events, or covariate variables 
PLOTS=OBSERV 

FPanelPlot 
Panel plot of emptyspace function F 

PLOTS=F(ALL) 

FEdfPlot 
EDF plot of emptyspace function F 

PLOTS=F(UNPACK) 

FDiffPlot 
Difference plot of emptyspace function F and CSR 

PLOTS=F(UNPACK) 

FNppPlot 
PP plot of emptyspace function F and CSR 

PLOTS=F(UNPACK) 

FCIPlot 
Confidence interval plot of emptyspace function F 

PLOTS=F(UNPACK) 

GPanelPlot 
Plot of nearestneighbor function G 

PLOTS=G(ALL) 

GEdfPlot 
EDF plot of nearestneighbor function G 

PLOTS=G(UNPACK) 

GDiffPlot 
Difference plot of nearestneighbor function G and CSR 

PLOTS=G(UNPACK) 

GNppPlot 
PP plot of nearestneighbor function G and CSR 

PLOTS=G(UNPACK) 

GCIPlot 
CI plot of nearestneighbor function G 

PLOTS=G(UNPACK) 

JCombinedPlot 
Plot of function J 

PLOTS=J(ALL) 

JEdfPlot 
EDF plot of function J 

PLOTS=J(UNPACK) 

JCIPlot 
CI plot of function J 

PLOTS=J(UNPACK) 

KPanelPlot 
Plot of Ripley’s function K 

PLOTS=K(ALL) 

KEdfPlot 
EDF plot of Ripley’s function K 

PLOTS=K(UNPACK) 

KDiffPlot 
Difference plot of Ripley’s function K and CSR 

PLOTS=K(UNPACK) 

KNppPlot 
PP plot of Ripley’s function K and CSR 

PLOTS=K(UNPACK) 

KCIPlot 
CI plot of Ripley’s function K 

PLOTS=K(UNPACK) 

LPanelPlot 
Plot of Besag’s L function 

PLOTS=L(ALL) 

LEdfPlot 
EDF plot of Besag’s L function 

PLOTS=L(UNPACK) 

LDiffPlot 
Difference plot of Besag’s L function and CSR 

PLOTS=L(UNPACK) 

LNppPlot 
PP plot of Besag’s L function 

PLOTS=L(UNPACK) 

LCIPlot 
CI plot of Besag’s L function 

PLOTS=L(UNPACK) 

PCFCombinedPlot 
Plot of the pair correlation function, g 

PLOTS=PCF(ALL) 

PCFEdfPlot 
EDF plot of the pair correlation function, g 

PLOTS=PCF(UNPACK) 

PCFCIPlot 
CI plot of the pair correlation function, g 

PLOTS=PCF(UNPACK) 

ResidualPanel 
Raw residual panel plot 

PLOTS=RESIDUAL 

RawResidual 
Raw residual plot 

PLOTS=RESIDUAL(UNPACK) 

ResidualScatter 
Cumulative residual plot 

PLOTS=RESIDUAL(UNPACK) 

SmoothedResidual 
Cumulative residual plot 

PLOTS=RESIDUAL(UNPACK) 

TrendCovariatePlot 
Trend Covariate Plot 
PLOTS=CSRKSTEST 

LurkingPanel 
Cumulative residual and lurking variable panel plot 

PLOTS=LURKING(ALL) 

LurkingVariable 
Cumulative residual and lurking variable plot 

PLOTS=LURKING(UNPACK) 
To request these graphs, you must specify the ODS GRAPHICS statement in addition to the statements indicated in Table 105.9. For more information about the ODS GRAPHICS statement, see Chapter 21: Statistical Graphics Using ODS.