Create a stacked bar graph

[DME790]

Hi All,

I'm trying to create a stacked bar graph by day for 3 variables.

My code to create the data is:

Data work.aht_changesCalcs; 
Set work.aht_changesAll;
Keep EVENT_DT AHT ATT AHold ACW;
ATT = TALK_TIME / TOTAL_CALLS;
AHold = HOLD_TIME / TOTAL_CALLS;
ACW = WORK_TIME / TOTAL_CALLS;
AHT = (TALK_TIME + WORK_TIME + HOLD_TIME + EXTENDED_WORK_TIME) / TOTAL_CALLS;
Format AHT ATT AHold ACW mmss.;
Run;

and the output looks like this this

EVENT_DT          ATT  AHold  ACW   AHT
2017-10-16         6:54   1:23     1:55   10:11
2017-10-17         7:00   1:25     1:56   10:21
2017-10-18         7:06   1:21     1:55    10:22
2017-10-19        7:03    1:24      1:59   10:27
2017-10-20       7:11     1:26      1:59   10:36
2017-10-23       7:07     1:22      1:59   10:28
2017-10-24       7:03     1:22      1:56   10:22
2017-10-25      7:09      1:25      1:59   10:32
2017-10-26      7:07      1:21      1:54   10:23

The code I have to create the graph is only adding one variable at this stage (not sure how to add the others)

I need to have ATT, Ahold and ACW in the stacked graph.

Proc GCHART data=work.aht_changescalcs;
VBAR EVENT_DT / Freq=ATT;
Run;

This code is adding additional multiple dates into the graph as seen in the output. How do I remove the additional dates and add the other variables into the bar?

 

I would like the final output to look like the below

All help appreciated.

Cheers

Dean

[TomKari · Accepted solution]

First, I suggest you use SGPLOT. These procedures are much newer, and in my opinion much easier to use to produce high-quality statistical graphs.

The next thing, is you need to coalesce your four time variables into one categorized variable. The code below is a simple version; PROC TRANSPOSE would also do the job.

Tom

proc format;
value Catf
1 = "ATT"
2 = "AHold"
3 = "ACW"
4 = "AHT"
;
run;

data aht_changescalcs_trans;
keep EVENT_DT Category CatTime;
format Category Catf. CatTime time.;
set aht_changescalcs;
Category = 1;
CatTime = ATT;
output;
Category = 2;
CatTime = AHold;
output;
Category = 3;
CatTime = ACW;
output;
Category = 4;
CatTime = AHT;
output;
run;


proc sgplot data=work.aht_changescalcs_trans;
vbar EVENT_DT / response=CatTime Group=Category;
run;

[DME790]

Thanks Tom,

When you see the code it looks so simple. Thankyou very much.

Cheers

Dean

[Ksharp]

How about this one ?

data have;
input EVENT_DT  : yymmdd10.        ATT : time5. AHold : time5.  ACW : time5.   ;
format 	EVENT_DT   yymmdd10.        ATT  AHold   ACW : tod5.; 
cards;
2017-10-16         6:54   1:23     1:55   10:11
2017-10-17         7:00   1:25     1:56   10:21
2017-10-18         7:06   1:21     1:55    10:22
2017-10-19        7:03    1:24      1:59   10:27
2017-10-20       7:11     1:26      1:59   10:36
2017-10-23       7:07     1:22      1:59   10:28
2017-10-24       7:03     1:22      1:56   10:22
2017-10-25      7:09      1:25      1:59   10:32
2017-10-26      7:07      1:21      1:54   10:23
;
run;
data have ;
 set have;
AHold=ATT+AHold;
ACW=AHold+ACW;
run;

proc sgplot data=have;
vbar EVENT_DT/response=ACW ;
vbar EVENT_DT/response=AHold;
vbar EVENT_DT/response=ATT;
run;