AS2.0 advanced filter code and summary

AS2.0 advanced filter code and summary

// Subject sentence

Import fl. awt. img. filter .*;

Import flash. display. BitmapData;

// Filter writing method:

/* Style of relief filter, ReliefFilter (relief direction, relief strength)

Var lvjing = new ReliefFilter (1, 10 );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray */

/* The channel selects the filter method. ChannelChangeFilter (1 red | 2 green | 4 blue, whether to split the channel) 8 represents channel alpha

Var lvjing = new ChannelChangeFilter (1 | 2 | 8, false );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray ;*/

/*

// Write the pattern filter, new ClothFilter (myBitmapData, pattern intensity );

// Condition: you need to create BitmapData, preferably equal to or greater than the image.

Stop ()

Var n = 0;

OnEnterFrame = function (){

N ++;

Var myBitmapData: BitmapData = new BitmapData (460,150, true, 0 xCCCCCCCC );

Var lvjing = new ClothFilter (myBitmapData, n );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray;

If (n & gt; 100 ){

Delete this. onEnterFrame;

} 

};

*/

/*

// Invert the color filter ReversesFilter (); no parameter

Var lvjing = new ReversesFilter ();

Pic. filters = [lvjing] */

/*

// Search edge filter method new SearchEdgeFilter (search direction, search intensity)

Var lvjing = new SearchEdgeFilter (2, 8 );

Pic. filters = [lvjing]; */

/*

// Sharpen filter new SharpenFilter (sharpen intensity)

Var lvjing = new SharpenFilter (200 );

Pic. filters = [lvjing]; */

/*

// Diffusion filter. BitmapData, new SplattersFilter (myBitmapData, diffusion width, and diffusion height) is required)

Stop ();

Scalex = 50;

Scaley = 50;

OnEnterFrame = function (){

Scalex --;

Scaley --;

Var myBitmapData: BitmapData = new BitmapData (460,150, true, 0 xCCCCCCCC );

Var lvjing = new SplattersFilter (myBitmapData, scalex, scaley );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray;

If (scalex = 0 ){

Delete this. onEnterFrame;

} 

};

*/

/*

// Watercolor filter new WaterColorFilter (myBitmapData, watercolor width, watercolor height)

Stop ();

Scalex = 50;

Scaley = 50;

OnEnterFrame = function (){

Scalex --;

Scaley --;

Var myBitmapData: BitmapData = new BitmapData (460,150, true, 0 xCCCCCCCC );

Var lvjing = new WaterColorFilter (myBitmapData, scalex, scaley );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray;

If (scalex = 0 ){

Delete this. onEnterFrame;

} 

};*/

/*

// New WaveFilter (myBitmapData, water wave width, water wave height)

Stop ();

Scalex = 50;

Scaley = 50;

OnEnterFrame = function (){

Scalex --;

Scaley --;

Var myBitmapData: BitmapData = new BitmapData (460,150, true, 0 xCCCCCCCC );

Var lvjing = new WaveFilter (myBitmapData, scalex, scaley );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray;

If (scalex = 0 ){

Delete this. onEnterFrame;

} 

};*/

/*

// New WindFilter (myBitmapData, wind speed, or horizontal );

Stop ();

Var speed: Number = 50;

Var shuiping = false;

OnEnterFrame = function (){

Speed --;

Var myBitmapData: BitmapData = new BitmapData (460,150, true, 0 xCCCCCCCC );

Var lvjing = new WindFilter (myBitmapData, speed, shuiping );

Var filterArray: Array = new Array ();

FilterArray. push (lvjing );

Pic. filters = filterArray;

If (speed = 0 ){

Delete this. onEnterFrame;

} 

};*/