javascript jigsaw puzzle

To the U.S. Mito software users to detailed analysis of the puzzle to share the production of the tutorial. Tutorial Sharing: Let's look at the heart-shaped effect of "beauty Mito": From near, and then close, the photograph is like the distance between two people who love each other, love each other, but is separated from the distance, but only the heart of love two lessons are very close. Let's take a look at how t

I recently completed a small Android project called jigsaw puzzle. The project is not complex, but it is also a complete project, which involves a wealth of knowledge points. The following is a summary as follows: Requirement definition: 1. Select an image and go to the tile page. You can select a default image or custom image, that is, select an image from the image library or take a photo from the came

. However, the process of using JavaScript to create such an array is not very elegant. We first define a plane array, and each array then defines an array. In this puzzle game, each element is an object with the grid location where x and y coordinate records are located. Therefore, each object has two coordinates. The first coordinate is the array coordinate, indicating its position on the canvas. The othe

figure. Combined Jigsaw Now that you know the principle of drawing cubes on the isometric grid, let's talk about puzzles again. Step 1 On the grid, first draw some simple, with a certain proportion of the puzzle. Step 2 Draw the left side first. Using the Pen tool, figure out the grid, and then draw the approximate figure. Then use the dir

1 Open the camera in the mobile phone, as shown in the following figure, we click on the "Jigsaw" button 2 Then we entered the image interface, here to select the photos, we choose to click on the "Start Jigsaw" button. Note: The puzzle is up to four photos. 3 after the puzzle is finished, click the "Save" button

=" http://s3.51cto.com/wyfs02/M01/49/D8/wKioL1Qb58Lx3jQHAAE7MfILbzQ828.jpg "style=" float: none; "title=" Trimino_3.png "alt=" Wkiol1qb58lx3jqhaae7mfilbzq828.jpg "/>The source code for the algorithm is as follows:/*** @author shuaiguangying* To solve the problem of board coverage by division and treatment * there is a bad point in the 2^n*2^n board * bad points can be anywhere * cover the board with the L-plate ** The key to solving this problem is: Divide and conquer * The key to division is

Original works can be reprinted. During reprinting, you must mark the original source, author information, and this statement in hyperlink form. Otherwise, legal liability will be held. Http://blog.csdn.net/love254443233/article/details/7898923 In the past, I only learned about Android, but I have not studied it in depth. With almost five years of Java development experience, if you want to quickly learn Android development, you can choose to study in project practice. I personally think this l