INPUT ARTICLE: Article: (For example, if your code works with MS Excel, create an Excel file.) " (You may need to select macro "Options" to be able to insert the description.) (In the Visual Basic Editor, look under the "Debug" menu and select "Compile VBA Project.") " (You may also need to set a password, depending on the specific file type you're working with and your settings for MS Office and your computer.) Save a Microsoft Word add-in as a DOT file, a document template. (If you want the add-in to run when you start Word, save it in the Word Startup folder.) Save a Microsoft Excel add-in as an XLA file. Save a Microsoft Access add-in as a MDE file, which will protect the VBA code. (Microsoft Access add-ins can also be saved as MDA files, but this doesn't hide the code.) Save a Microsoft PowerPoint add-in as a PPA file which will hide the VBA code and leave it unable for anyone other than you to access it or edit it. Your add-ins should now be usable.

SUMMARY: Create an empty Office file of the type that will use your code. Copy your VBA code into the Visual Basic Editor of that empty file. Open the "Macros" window, usually stored under "Tools. Test your code again, which debugs it. Remove anything added to the empty file by your test. Add a description to the macro that will run in your add-in. Compile your code. Save a copy of the file in a standard file type. Go to "Tools" in the Visual Basic Editor, then select "Project Properties. Select the "Protection" tab. Activate the "Lock Project for Viewing" check box. Open the "Save As" or "Save a Copy" dialog box. Access the drop-down menu and change the file type to the appropriate type of add-in. Quit and reopen Microsoft Office.

INPUT ARTICLE: Article: As you're planning your garden, spend a clear day watching the way the sun travels across your yard. Every hour or so, take note of which areas are in the sun, and which are shaded. Then, pick one of the sunniest spots as the location for your garden. Butterflies are cold-blooded, so they require sunlight to warm them up throughout the day. If the butterflies are exposed to high winds, they'll spend most of their energy just trying not to get blown around. Place your butterfly garden near a wall, a fence, or a wooded area to help them conserve energy so they can eat and lay their eggs. For example, if you have a shed and your area is frequently subjected to cold north winds, you could place your garden on the south side of the shed. The butterflies will have an easier time reaching their food if you arrange your plants from shortest to tallest, almost like stair steps. Place larger bushes and shrubs in the back, with shorter flowers in the very front. If you don't have room to plant shrubs, try placing an arbor with vines near the back of your garden. Butterflies are pretty small, but they prefer big clumps of flowers. Try to group your flowers together in large masses. The butterflies will be able to see the garden from a distance, and you'll get more visitors to enjoy. It's fine to include different, non-butterfly plants in your garden. However, try to keep the flowers close together, as this will make feeding easier for the butterflies. To make the most of your butterfly display, research what time of year each plant will bloom. Then, create sections out of the plants with the same flowering window so you'll have bright groups of blooms opening at about the same time. For instance, if some of your plants open in the late spring and others will bloom into the early fall, you could group your spring plants on one side of the garden, and your late-bloomers on the other side. If you have a small garden, you might not need to section it off.

SUMMARY: Choose a spot that gets at least 6 hours of sunlight a day. Pick a location that's sheltered from strong wind. Place the shorter plants in front with taller varieties in back. Plant your flowers in large groups. Group flowers that will bloom at the same time.

INPUT ARTICLE: Article: These are considered to be clouds that are between 19,500 feet (5,943 meters) and 42,500 feet (12,954 meters). This encompasses cirrus, cirrostratus and cirrocumulus clouds. These clouds tend to be frozen (filled with ice crystals) and have blurry outlines; they are generally thin and wispy to the human eye. Contrails from jet airplanes are also found at this level in the Earth's atmosphere. High clouds produce beautiful red, orange and yellow colors in the sky at sunrise and sunset. Rings of light around the moon or the sun are caused by cirrus clouds. A halo around the sun or moon can suggest rain or snow on the way, especially if accompanied by thickening lower clouds. Cirrus clouds often partially obscure the sun. Cirrus clouds are distinguishable by their thin, white and wispy appearance. They generally reach an altitude above 20,000 feet (6,000 meters). The thinness tends to be due to the frigid winds in the upper atmosphere. Cirrus clouds are made up of ice crystals formed by supercooled water droplets. Cirrus clouds that are sparse and stay that way usually show signs of fair weather. When cirrus clouds change into cirrostratus clouds, wind and precipitation are probably on their way within the next 24-36 hours. Cirrus indicates moisture above; if cirrus changes to altostratus and then stratus, a storm approaches soon. You'll see cirrus clouds as a warm front advances. The direction in which cirrus clouds move will usually tell you the direction of air movement, namely the weather coming your way. Cirrus clouds are sometimes referred to as horse's or mare's tails because they curl out like a horse's tail. These clouds are often found in rows and they look like little puffed-up ripples. Some people think these clouds look like fish scales. The broken or rippled nature of these clouds is caused by air turbulence; it's bad news for anyone flying through them, but great news on the ground because these clouds usually mean that the weather is going to stay the same with no major sudden changes. These clouds tend to lack shape and have a hazy appearance. They usually spread across much of the sky. They suggest moisture is present in a large part of the sky, indicating that rain might be due soon. Thicker cirrostratus clouds can come from the top of an advancing storm system. Cirrostratus clouds are made up of ice crystals as well, but unlike cirrus clouds they can cover the entire sky and be up to several-thousand feet thick. Cirrostratus clouds are sheetlike and nearly transparent. Although these are machine made by jet airplanes, contrails can help you to know the weather in the heights above. Contrails are condensation, formed when the jet's warm exhaust mixes with the very cool air surrounding the jet in the upper atmosphere. If the contrail disappears quickly, or you see a jet with no contrail, this means that the upper atmosphere you're observing is dry. On a lovely day, you can usually take this as a sign that the weather is going to remain fine for a while. On the other hand, if the contrail is obvious for a time, is long and spreads, the upper atmosphere you're observing is wet. Grab your coat and umbrella because the weather will probably change soon, if it hasn't already.

SUMMARY:
Look for high altitude clouds (also known simply as "high clouds"). Know your cirrus cloud. Spot a cirrocumulus cloud. Look for cirrostratus clouds. Learn how to tell the difference between cirrus clouds and cirrostratus clouds. Watch for contrails.