Add shade to Kaplan Meier plot

data km;
  seed=12345;
  do loc=1 to 2;
    do time=2 to 22 by 1+int(4*ranuni(seed));
      status=int(2*ranuni(seed));
      output;
    end;
  end;
run;

proc lifetest data=km plots=s outsurv=os;
  ods select survivalplot;
  time time*status(1);
  strata loc;
run;

data os;
  retain survhold 1;
  set os;
  if _censor_ = 1 then  SURVIVAL= survhold;
  else survhold= SURVIVAL;
run;

proc sgplot data=os;
  step x=time y=Survival / name="survival" legendlabel="Survival" group=stratum;
  band x=time lower=0 upper=survival / modelname="survival" transparency=.5;
run;

Make contents in legend in ASCENDING order

Include the GROUPORDER=ASCENDING option in the VBARPARM statements.  For example:

vbarparm category=subject response=&var / 
      group=&group datalabel=&byvar dataskin=pressed datalabelattrs=(size=6 weight=bold)
     groupdisplay=cluster clusterwidth=1 grouporder=ascending;

or

keylegend / location=inside position=topright title="Highest Grade" sortorder=ascending;

INSET in Proc SGPLOT

INSET "Mean of the best percent change = &pmean." / position = bottomleft;

Example: Click Here and Here

PROC SGPLOT: Scatter with mean value

Click Here

Annotate +/- one standard deviation of the mean with PROC GCHART

Click Here

PROC GPLOT options: AUTOHREF and AUTOVREF

Use the AUTOHREF and AUTOVREF options on the PLOT statement of PROC GPLOT to draw reference lines at all major tickmarks. Create an annotate data to draw thicker reference lines at the desired tickmarks.

goptions reset=all;

/* Create sample data */
data a;
input x y;
cards;
1 30
2 15
3 40
4 80
5 35
6 40
7 85
8 75
9 55
10 30
;
run;

/* Create an annotate data set to draw darker reference lines */
/* at X values of 3, 6, and 9; Y values of 20, 50, and 80. */
/* The SIZE variable sets the line thickness. */
data anno;
      length function color $ 8;
      /* Vertical reference lines */
      do x=3 to 9 by 3;
            function='move'; xsys='2'; ysys='1';
            y=0; output;

            function='draw'; xsys='2'; ysys='1';
            size=3; line=1; color='black'; y=100; output;
      end;

      /* Horizontal reference lines */
      do y=20 to 80 by 30;
            function='move'; xsys='1'; ysys='2';
            x=0; output;

            function='draw'; xsys='1'; ysys='2';
            size=3; line=1; color='black'; x=100; output;
      end;
run;

/* Create the graph. */
proc gplot data=a;
      plot y*x / haxis=axis1 vaxis=axis2 autohref autovref noframe annotate=anno;

      symbol1 i=none v=dot c=blue;
      axis1 order=(0 to 12 by 1);
      axis2 order=(0 to 100 by 10);
      title1 h=1.5 f=swiss 'Reference Lines of Varying Thickness';
run;
quit;

Harizontal High-Low Plot

/* Set graphics options */
goptions reset=all cback=white border;

/* Set system options */
data a;
input TEST $8. BREAKS;
cards;
Cold 5
Cold 12
Cold 14
Cold 22
Cold 52
Heat 20
Heat 25
Heat 10
Heat 22
Heat 47
Gases 12
Gases 25
Gases 33
Gases 48
Gases 24
Pressure 10
Pressure 12
Pressure 14
Pressure 22
Pressure 60
Xrays 20
Xrays 25
Xrays 14
Xrays 22
Xrays 29
Humidity 20
Humidity 25
Humidity 33
Humidity 40
Humidity 24
;
run;

/* Sort data by variable TEST */
proc sort; by TEST; run;

/**************************************************/
/* Create an output data set, B using PROC MEANS */
/* that contain new variables, MEAN, STD, STDERR, */
/* MIN, and MAX. */
/**************************************************/

proc means mean std stderr min max data=a;
by TEST;
output out=b mean=mean min=min max=max;
run;

/****************************************************************/
/* Create an annotate data set, ANNO to draw the bars at +/- 1, */
/* 2, or 3 Standard Deviation or Standard Error of the mean. */
/****************************************************************/

data anno;
retain xsys ysys '2' when 'a';
length color function $8 ;
set b;

/* Draw the horizontal line from min to max */
function='move'; xsys='2'; ysys='2'; yc=TEST; x=min; color='blue'; output; function='draw'; x=max; color='blue'; size=2; output;

/* Draw the MEAN horizontal line making the SIZE bigger */
function='move'; xsys='2';ysys='2';yc=TEST;x=mean; color='red'; output; function='draw'; x=mean; ysys='9'; y=+2; size=4; output;
function='draw'; x=mean; y=-4; size=4; output;

/* Draw the line for the MIN value */
function='move';xsys='2';ysys='2';yc=TEST;x=min;color='red';output;
function='draw';x=min;ysys='9';y=+2;size=2;output;
function='draw';x=min;y=-4;size=2;output;

/* Draw the line for the MAX value */
function='move';xsys='2';ysys='2';yc=TEST;x=max;color='red';output;
function='draw';x=max;ysys='9';y=+2;size=2;output;
function='draw';x=max;y=-4;size=2;output;

axis1 order=(0 to 100 by 10);
symbol1 i=none v=none c=black;

proc gplot data=b ;
plot test*mean / anno=anno haxis=axis1 href=30 60 90; /* The HREF= option draws reference lines */
run;
quit;

Customize Axes in PROC GPLOT

Link: www2.sas.com/proceedings/sugi25/25/cc/25p110.pdf

Create candle stick plots

Link: http://support.sas.com/kb/24/914.html