Q: Throw your jeans into the dryer and dry until they are damp but not soaked. Set the dryer on its highest heat setting. This is especially important if you used boiling water or if your washing machine did not put your jeans through a spin cycle. Your jeans should still be wet, but not dripping wet.
A: Dry your jeans until damp.

Article: (\_/) (0.0) (")(") ( ) (,,)(,,) Your completed bunny should look like this:(\_/)(0.0)(")(") ( ) (,,)(,,)
Question: What is a summary of what this article is about?
Make the ears: Make the eyes: Make the forepaws: Make the belly: Make the feet: Align the levels.

Problem: Article: The sturdiest option is a pair of cheap glasses or sunglasses from a drugstore or dollar store, with the plastic lenses popped out. At that point, you're not saving much money compared to ready-made 3D glasses, so many people prefer to use poster board, cardstock, or ordinary paper folded in half. A sturdy poster board such as oak tag will last longer than other paper options. Cutting and folding the glasses frame is pretty intuitive, but you can print, cut out, and trace this template onto heavier stock if you prefer. Just about any type of clear plastic should work. Whichever you choose, cut it out to be slightly larger than the eye holes in the glasses frames, so you have room to tape them together. Here are a few commonly available options: Cellophane. This is the thin, flexible plastic sometimes used as "windows" on food packaging, or to wrap CD cases. Transparency sheet for overhead projectors. You can buy these at office supply stores. A hard CD "jewel case" itself. This should only be cut by a competent adult, due to the risk of shattering. Score the plastic repeatedly and lightly with a utility knife until there is a deep groove, then bend lightly to snap it apart. Acetate sheets (also called acetate film) are available at art supply stores or theatrical/stage lighting stores. These already come in red and cyan, so you can skip the coloring step. Use permanent markers to color one side of each lens. These glasses work best when you use cyan instead of blue, but blue is a more common marker color and works pretty well. If the color looks patchy or inconsistent, smudge it together with your finger. The room should look darker when you look through the lens. If it's still pretty light, color the other side of the lens as well. Red goes over the LEFT eye, and blue goes over the RIGHT. Tape the lens to the frame, and take care not to tape over the lenses themselves, or you'll get a fuzzy image. Try on the glasses and look at your 3D image. If you are viewing a TV or computer screen and you don't see the 3D effect, adjust the monitor's hue and tint settings until the blue on the screen becomes invisible through your right lens. It should be obvious when this happens, since the image will suddenly "pop" into 3D. Anaglyph glasses are the oldest form of 3D image technology. The same image is drawn once in red and once in cyan (bluegreen), slightly offset. When viewed through glasses with the same colored lenses, each eye can only detect the image of the opposite color. Because your two eyes are detecting what looks like the same image from slightly different perspectives, you interpret it as a real 3D object. Some 3D DVDs (but not BluRay) and games that advertise "anaglyph" or "stereoscopic" modes will work with these glasses. Search online for "anaglyph" videos and images to find more 3D content. Most 3D TVs and movie theaters use different technology. If a 3D screen or image contains any colors besides red and cyan, these glasses will not help you.
Summary: Create or reuse a pair of glasses frames. Cut out clear plastic to use as lenses. Color one lens red and one lens blue. Tape the lenses over the eye holes. Adjust your monitor's hue and tint. Use these glasses to view red and blue 3D images.

Q: You will need an old webcam, an electronics tool kit, a hot glue gun, and some type of inconspicuous housing. The housing should be something that you can safely take apart and won't look out of place with a wire attached to it. Some possibilities include a power supply, a coffee maker, or an old alarm clock. You will be hooking this up to a computer, so a private desktop or laptop is also necessary. You can even use a tablet if you have one that is compatible with USB. With cheap nanny cams regularly available, making your own hidden camera is not the most practical method. However, if you happen to have these materials on hand, it has the advantage of being free. Very carefully, use your electronics tool kit to remove your webcam's original housing. Remove all components besides the camera's lens, the circuit board, and its USB cable. Be very careful not to disconnect the lens or the USB cable from the circuit board. Keep all of these components attached. Unless you're using an object that is already hollow, you will need to make room for your camera to fit inside. Take the housing apart using any necessary tools and remove some or all of what's inside. If you're using something like an electric pencil sharpener, objects like this already have two perfect apertures built in. If not, your best option is likely to drill the holes yourself using an appropriate cutting bit. Make sure that the hole for the cable is at a seam where the housing opens. When drilling a new hole, you need to consider a spot where the camera will look inconspicuous. Pick a part of your object that is relatively dark so that the lens will better blend in. Using your hot glue gun, attach your camera and circuit board to the inside of the housing. Glue the circuit board to the bottom or side of the housing, placing the glue between it and the circuit board's solder side. Mount the camera so that the lens is up against one hole. Be very careful not to get any glue on the camera lens. Place the USB cable on its opening before closing the housing back up. Use more hot glue if you need to. Be very careful to make the item look exactly as it did before and obscure any signs that it has been tampered with. Consider covering the cable with a well-positioned book or piece of paper. Connect your new hidden camera to a computer using its USB cable and the computer's USB port. If the cable is too short, attach it to a USB extender. Install the webcam spy software of your choice and check to see if your camera is working. Test your camera by waving your hand in front of it. Can you see your hand on the computer screen? Did the software record that action? If so, try leaving the room for a while and then coming back in. Did your camera record your entrance? If so, then you have successfully made your own hidden camera.
A:
Gather your materials. Take apart the webcam. Hollow out your housing. Make sure the housing has a hole for both the lens and the USB cable. Attach your webcam to the inside of its housing. Put the housing back together. Connect your camera to your computer.