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Hello guys, permit me to introduce myself, I’m Danson. I’d like to share with you my own review relating to this LG 55LE8500 within this article. A few weeks ago I bought this TV and I’m definitely delighted by this LED. This is why I’d like to share with you my review about this LG 55LE8500. A lot of people say this is an excellent TV and it is one of the best selling TVs. I also hear that my friend is quite pleased after he purchased it lately. Therefore he is exciting to tell me to buy this specific LED too. Before I decided to buy this TV, I really need to find out more about it, so I search about it in the internet. I read several reviews relating to this LED and I found that numerous buyers give fantastic reviews about it. Lastly I decided to buy it from Amazon after I discussed with my family.

After it arrives, it turned out that it is a great TV and I’m truly happy about it. You can watch superior picture quality over standard HDTV and you can watch stunning colors and details like never before with full HD 1080p resolution. TruMotion 240Hz can make you see sports, video games and high-speed action with virtually no motion blur and in crystal clarity. This TV features 9000000: 1 Dynamic Contrast Ratio. With this great dynamic contrast ratio, this TV delivers more stunning colors and deeper blacks than you can imagine. AV mode can make you easily choose three best settings of optimized picture and sound experience for watching movie, sports or games. This TV can also automatically optimize the picture to the lighting and color conditions in the room so that you can watch the best picture with Intelligent Sensor. In fact you can find more excellence of the TV; however I can’t explain it all here.

I’m confident that my review can give you consideration to buy this TV. I really love this LED and also I really suggest it to you. I’m confident you are going to love it too after you purchase it. Trust me.

With 3D being on the spotlight in 2010 for the big screens and TVs, advertising and marketing professionals are seeking ways to present 3D on 2D media.

Lenticular printing finds its way to fill this gap.  It is a way to present 3D effects on 2D printed media without the need for viewers to wear any glasses. A piece of plastic called lenticular sheet is used to direct light ray to different directions depending on the viewing angle. Since there is an about 5cm distance between human eyes so for whatever objects we see our left-eye and the right-eye automatically form two different viewing angles. It is this fact that human can see the world three dimensionally. On a lenticular sheet there are many lenticules and each lenticule serves as if a convex lens. With careful calibration and design, the lenticules can present different images to the left-eye and to the right-eye, hence give the human brain the illusion of 3D.

The notion of converting 2D to 3D is actually very simple if you understand the principle of binocular disparity as described in the last paragraph. But the process is somewhat problematical if there is no help from ad hoc lenticular printing design software. Basically the 2D picture needs to go through the layering process. The result is that objects on the 2D picture will be on different layers of a Photoshop file. Once the objects are layered, a plan view of how far the objects are displaced is then drawn. An imaginative line is then drawn between the background and the foreground to represent the focal plane. This is the plane where the left-eye and the right-eye are seeing the same image. With the focal plane and the objects in place, one will use basic high school geometry to find out how much each object should be moved to the left or to the right when it is projected to the focal plane if it is seen by the left-eye. The same procedure is then done for the right-eye. Once these tasks are done one should get two resultant pictures, i.e. one picture meant for the left-eye and one meant for the right-eye.

The two pictures are then sliced and merged in such a way that when covered by the lenticular sheet the left-eye picture will be seen by the left-eye and the right-eye picture will be seen by the right-eye. Photoshop CS4 and up has build-in lenticular design functions. But if you are using pre-CS4 versions of Photoshop you will need to create the interlacing stripes by yourselves. For those who care to know the fundamentals please refer to the 2D to 3D Conversion Tutorial found on vicgi.com. Otherwise using the built-in feature from Photoshop should do the job much easier. In either case, understanding of the principle of binocular disparity is the foundation and is of paramount importance.

Find More Lenticular Printing Process Articles

For computer users image scanning is the only way to read electronic files. By this method, the scanner converts the text and graphic paper documents and film to digital images and the conversion process can be analog or digital.

Image scanning is a simple and easy process and we work with the scanner, the more efficient and variable, you can use. It is widely used commercially, but home users and Recreation also enjoy the digitization of images, especially if they are amateur photographers. Many artistic creativity also goes into it and it can be fun and useful.

Scanning tutorials available online to both image and document scanning. Graphic or text you want to transfer to a computer, you should know how the scanners work. This software usually explained all the steps in detail and to scan images, you can effectively use it to scan color or black and white.

To scan a picture of a few simple steps to follow, and each type of scanner software, or the method of scanning a photo on a flatbed scanner is the same. When light shines on the photo, the photo-electric scanner capturing the colors reflected from the points of the image. These colors are red, green and blue (RGB).

The pixel or picture element is called each point, and the measurement is in pixels per inch, which is the image resolution. Three numbers representing each pixel in an image, and these figures indicate the brightness of the red, green and blue color. So there are different image formats, and stores information on each format and colors of pixels in different manners.

Just to give you a general idea of the POISON or JPG image. A maximum of 256 different colors will be used in a POISON-image, and these colors are stored in an indexed color table. A JPG image is much more diverse, and each color component (RGB) has 256 different possible values, which are three times more variable than the image makes POISON.

The POISON has the advantage that it can compress without loss of image quality. Whereas JPG gives the user more freedom to compress the image as much as he wants, but often the image quality is lost, the more you compress it.

Image scanning is all about quality. And this quality depends on several factors, including the number of pixels or the number of possible color values for each pixel. Besides color depth, it is important to see how colors work and how they were used to reach the brightness and contrast in the picture show. The image compression can also endanger a loss of quality.

All companies on their paper documents into digital images by scanning. It relieves people through the data to work on heavy paper. Digitized images can be stored and converted into a file. You can fit your needs and to a method of document management systems.

www.phasevision.com/ Video Production by New Edge business video productions: www.new-edge.tv

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Here I’m 3D printing a chess piece. This is one of the first prints with my home-built RepRap 3D printer. It came out pretty good. Here it is in a picture alongside a pawn:

what tipe of printer and paper would i need o where could I have this done