Flash Game Design Notes: mouse games (3)

 

Flash Game Design Notes: mouse games (1)

Http://blog.csdn.net/hero82748274/archive/2009/02/11/3878304.aspx

 

 

Flash Game Design Notes: mouse games (2)

Http://blog.csdn.net/hero82748274/archive/2009/02/16/3897058.aspx

 

I. Force-sensing Production

Continue to modify the above file code and the data layer code. We return a desired data, so we use a simple response.

 

Private function getscale (): int <br/>{< br/> If (Power >=- 1) <br/>{// angle =-45; <br/> power + = math. tan (angle * 180/math. pi); <br/> If (power = 10) <br/>{< br/> angle =-135; <br/>}< br/> If (power = 0) <br/>{< br/> angle =-45; <br/>}< br/> return power; <br/>} 

 

The following describes how to simulate UI Press:

Private function addnum (Event: Event): void <br/>{< br/> var num: Int = getscale (); <br/> trace (Num ); <br/> mypower. scalex = num * 10; <br/>} 

 

Description: mypower is a video clip type movieclip. On the scene, I create a rectangular shape with a width of 1, named

Mypower: This is a simulation of inductive force. I set its scalsex range to 0,100]

 

Note: place the registration point on the left side of the rectangle. In this way, the rectangle can be moved to the right when it is scaled down,

Code List:

 

Package <br/> {<br/> Import flash. display. movieclip; <br/> Import flash. events. *; <br/> Import flash. text. textfield; <br/> Import flash. UI. mouse; <br/> public class example3 extends movieclip <br/> {<br/> private var DX: textfield; <br/> private var DY: textfield; <br/> private var photo: mousephoto; <br/> private var power: Int = 0; <br/> private var maxpower: Number = 100; <br/> private var angle: Int =-45; <br/> Public Function example3 () <br/>{< br/> addeventlistener (event. enter_frame, run); <br/> stage. addeventlistener (mouseevent. mouse_down, mousedown); <br/> stage. addeventlistener (mouseevent. mouse_up, mouseup); <br/> Init (); <br/>}< br/> private function Init (): void <br/>{< br/> dx = new textfield; <br/> addchild (dx); <br/> dx. width = 50; <br/> dx. height = 20; <br/> dx. X = 30; <br/> dx. y = 30; <br/> dx. border = true; <br/> DY = new textfield; <br/> addchild (dy); <br/> dy. width = 50; <br/> dy. height = 20; <br/> dy. X = 30; <br/> dy. y = 53; <br/> dy. border = true; <br/> mouse. hide (); // hide the mouse <br/> photo = new mousephoto; // create a map that replaces the mouse <br/> addchild (photo ); <br/>}< br/> private function run (Event: Event): void <br/>{< br/> dx. TEXT = string (mousex); <br/> dy. TEXT = string (Mousey); <br/> photo. X = mousex; <br/> photo. y = Mousey; <br/>}< br/> private function adds (): void <br/>{< br/> stage. addeventlistener (event. enter_frame, addnum); <br/>}</P> <p> private function addnum (Event: Event): void <br/>{< br/> var num: int = getscale (); <br/> trace (Num); <br/> mypower. scalex = num * 10; <br/>}</P> <p> private function getscale (): int <br/> {<br/> If (power> =-1) <br/> {// angle =-45; <br/> power + = math. tan (angle * 180/math. pi); <br/> If (power = 10) <br/>{< br/> angle =-135; <br/>}< br/> If (power = 0) <br/>{< br/> angle =-45; <br/>}< br/> return power; <br/>}</P> <p> private function mousedown (Event: mouseevent ): void <br/>{< br/> adds (); <br/>}</P> <p> private function mouseup (Event: mouseevent ): void <br/> {<br/> stage. removeeventlistener (event. enter_frame, addnum); <br/>}</P> <p >}< br/>} 

 

Expansion: we can also use a better UI to display an inductive force effect. With this effect, we can try to do more simulation.

In addition, the UI can be better implemented.