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, the external incoming callback function, call the callback function when execution completes. Outside the initial blur and velocity, we decay ourselves internally. The interior is a recursive function that recursively follows an external number of times. In the end, we wrap the two effects together externally. For debugging convenience, we add a click event to call your own show. Quick Commissioning It's time to witness the miracle. The celadon implements the lever effect by Tweenpositi

The villain plans to write more travel notes about Mt. Fuji, However, the climb to Mount Fuji really consumes the human power of the villain. The villain always deliberately forgets this kind of painful journey, It is estimated that no space can be written, so I decided to add another activity to Fuji amusement park; Tokyo Disneyland in Japan is famous, and it has a comparison. So there are two content in this article: one is crawling the Fuji Mountains and the other is the Fuji amusement pa

problems have been solved. Actually not. Another important question is: Why accept () calls super (setupdlg, self). Accept () Is this call redundant? The best way to understand it is to perform experiments and tests. Use comments to block super (setupdlg, self). Accept (),Run main. py and choose config> setup from the program menu. In the displayed dialog box, click OK, The program does not respond, and the dialog box is not closed. This proves that you must call qdialog. Accept () to retur

Address: HDU 1847 This problem can be converted using NP state. First, 0 means that you cannot play the cards. Then, it is a winning state that can reach the "fail" state in one step. What cannot reach the "fail" state in one step is a "fail" state. The state transition equation can be introduced and then solved using DP. That is, the transition from a known state to an unknown state is a small transition to a large state. If its next step is not defeated, it will be defeated, that is, it must w

4.Scenario Management For El Scenario Management, refer to ogre and use tree management. The entire scenario can be described as a node tree. Each node is attached with the entity to be rendered, and an approximate bounding box is saved for visibility judgment and collision detection. During rendering, the entire scene tree is rendered one by one in the top-down mode. In rendering scenarios, like Orge, El uses different rendering queues to solve the A