proc sgplot data=testcols;
  title 'Sum and Percent by Week and Operation';
  vbar week / response=sum fillattrs=graphdatadefault nostatlabel;
  vline week /  response=A lineattrs=(thickness=5 pattern=solid) nostatlabel y2axis;
  vline week /  response=B lineattrs=(thickness=5 pattern=solid) nostatlabel y2axis;
  vline week /  response=C lineattrs=(thickness=5 pattern=solid) nostatlabel y2axis;
  vline week /  response=D lineattrs=(thickness=5 pattern=solid) nostatlabel y2axis;
  vline week /  response=E lineattrs=(thickness=5 pattern=solid) nostatlabel y2axis;
  vline week /  response=F lineattrs=(thickness=5 pattern=solid) nostatlabel y2axis;
  xaxis display=(nolabel);
  yaxis offsetmin=0  display=(nolabel) ;
  y2axis offsetmin=0 display=(nolabel);
  run;

• We have used a VBAR statement to display sum x week.
• We have used multiple VLINE statements to display each % by week.
• We have set offsetmin=0 for both Y and Y2 axis.  This ensures the bars start from the x axis.
• NOSTATLABEL prevents the addition of the statistics to the labels and legends.
• The Y and Y2 axis ticks are not aligned, so it is hard to draw grid lines.

proc sgplot data=test noautolegend;
  title 'Sum and Percent by Week and Operation';
  vbar week / group=operation response=sum_week fillattrs=graphdatadefault
       nostatlabel transparency=0.2 dataskin=gloss;
  vline week / group=operation response=percent y2axis
        lineattrs=(thickness=5 pattern=solid) nostatlabel curvelabel;
  xaxis display=(nolabel);
  yaxis offsetmin=0 offsetmax=0.1 values=(0 to 8000 by 2000)
        display=(nolabel) grid;
  y2axis  offsetmin=0 offsetmax=0.1 values=(0 to 0.4 by 0.1)
        display=(nolabel);
  run;

• Troubleshoot quality problems
• Improve manufacturing yield
• Improve the capability of your measurement system
• Control complex manufacturing processes

Most of us can probably recite the age-old recommendation to "drink eight 8-ounce cups of water every day" in our sleep. However, how many of us actually do it? We are often quick to replace our water bottles with sugar-sweetened beverages, coffee, or tea while telling ourselves, "it’s mostly water, right?"

• The Aqua Zinger: This 20-ounce bottle puts some "zing" into water by infusing the natural flavors of fruits, vegetables, herbs, and spices. You can enjoy two 20-ounce bottles for each recipe creation, which puts you more than halfway to your daily water goal! Check out the video demonstration below to learn more or visit their website.

• Ice, Ice Baby! Another easy way to put a fun twist on plain water is to use fruit-inspired ice cubes. Not only are they gorgeous to look at, they also add a great boost of flavor to water.  Below are two recipe options that will leave you saying goodbye to plain, boring water forever! Click here for a printer-friendly version.

Berrylicious Ice Cubes Makes 16 Ice Cubes

1. In an ice cube tray, place 1 raspberry and 2-3 blueberries in each cube.
2. Fill with water.
3. Place tray in freezer overnight, or until completely frozen.
4. Remove ice cubes from tray and add to water.
5. For a fun twist, try with sparkling water, club soda, seltzer water, etc.

Triple Berry Fruit Cubes Makes 14 Ice Cubes

1. Wash berries well and pat dry. Remove tops from strawberries.
2. Place berries into a food processor or blender and pulse until smooth.
3. Pour berry puree into an ice cube tray, filling each cube completely.
4. Place tray in freezer overnight, or until completely frozen.
5. Remove ice cubes from tray and add to water.
6. For a fun twist, try with sparkling water, club soda, seltzer water, etc. For a light cocktail option, add your choice of champagne or white wine.

For example, the following SAS/IML statement defines a vector for which the value 2.2 is repeated two times and the value 3.3 is repeated three times. The resulting vector has five elements:

proc iml;
x = {[2] 2.2  [3] 3.3};

This vector is constructed as a matrix literal. If instead you have the values and frequencies in separate vectors, then use the ExpandFreq module in my previous post:

values = {2.2 3.3};
freq   = {2   3};
load module=(ExpandFreq); /* define or load ExpandFreg module here */
y = ExpandFreq(values, freq);

This is probably a good time to remind everyone about the SAS/IML Support Community. You can post your SAS/IML questions there 24 hours a day. That is always better than sending me direct email. There are lots of experienced SAS/IML experts out there, so use the SAS/IML Support Community to tap into that knowledge.