/*-----------------------------------------------------------------
S A S S A M P L E L I B R A R Y
NAME: pwrex08
TITLE: Documentation Example 8 for PROC POWER
(Customizing Plots)
PRODUCT: STAT
SYSTEM: ALL
KEYS: power
sample size
power analysis
plot statement
graphs
PROCS: POWER
DATA:
SUPPORT: John Castelloe
REF:
MISC:
-----------------------------------------------------------------*/
proc power;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = 0.9
ntotal = .;
run;
ods graphics on;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = 0.9
ntotal = .;
plot x=power min=0.5 max=0.95;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = 0.9
ntotal = .;
plot y=power min=0.5 max=0.95;
run;
proc power;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = 0.5 0.95
ntotal = .;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 200;
plot x=n min=20 max=500;
run;
proc power plotonly;
twosamplemeans test=diff
meandiff = 3 6
stddev = 7 9
power = 0.9
ntotal = .;
plot x=effect min=3 max=6;
run;
proc power plotonly;
ods output plotcontent=PlotData;
twosamplemeans test=diff
groupmeans = 12 | 18
stddev = 7
groupweights = 2 | 1
power = .
ntotal = 20;
plot x=n min=20 max=50 npoints=20;
run;
proc print data=PlotData;
var NominalNTotal NTotal;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 18
stddev = 7
groupweights = 2 | 1
power = .
ntotal = 20;
plot x=n min=20 max=50 npoints=5;
run;
proc power plotonly;
twosamplemeans test=diff
nfractional
groupmeans = 12 | 18
stddev = 7
groupweights = 2 | 1
power = .
ntotal = 20;
plot x=n min=20 max=50 npoints=20;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 100;
plot x=n min=20 max=500
yopts=(ref=0.8 0.9);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 100;
plot x=n min=20 max=500
yopts=(ref=0.8 0.9 crossref=yes);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 100;
plot x=n min=20 max=500
xopts=(ref=100 crossref=yes);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
alpha = 0.01 0.025 0.1
power = .
ntotal = 100;
plot x=n min=20 max=500;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
alpha = 0.01 0.025 0.1
power = .
ntotal = 100;
plot x=n min=20 max=500
vary (linestyle, symbol, color);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 18 15
stddev = 7 9
alpha = 0.01 0.025 0.1
sides = 1 2
power = .
ntotal = 100;
plot x=n min=20 max=500
vary (linestyle by stddev,
symbol by alpha sides,
panel by groupmeans);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 200;
plot x=n min=20 max=500
key = byfeature(pos=inset);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 200;
plot x=n min=20 max=500
key = bycurve;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 200;
plot x=n min=20 max=500
key = bycurve(numbers=off pos=inset);
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 200;
plot x=n min=20 max=500
key = oncurves;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 232 382 60 98;
plot x=n min=20 max=500
markers=analysis;
run;
proc power plotonly;
twosamplemeans test=diff
groupmeans = 12 | 15 18
stddev = 7 9
power = .
ntotal = 232 382 60 98;
plot x=n min=20 max=500
markers=nice;
run;
ods graphics off;