package org.jflashme;/*  This library is free software; you can redistribute it and/or modify it *  under the terms of the GNU Lesser General Public License, version 2, as *  published by the Free Software Foundation. * *  This library is distributed in the hope that it will be useful, but *  WITHOUT ANY WARRANTY; without even the implied warranty of *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU *  Lesser General Public License (the accompanying file named LGPL.txt) *  for more details. */final class SObject{/*   static final int tflagsX = 1;   static final int tflagsY = 2;   static final int tflagsColor = 4;   static final int tflagsFont = 8;   static final int tflagsHeight = 8;*/   DisplayList display;   SObject next;   SCharacter character;   int ID,depth;   Matrix mat;   Matrix devMat;   Rect devBounds;   boolean drawn;   int buttonState;   REdge edges;   ColorTransform cx;   SObject()      {      }    final void ClearEdges()    {        edges = null;    }    final void BuildEdges()    {        ScriptPlayer scriptplayer = character.player;        if(edges != null || scriptplayer.scriptErr != 0)            return;        switch(character.type)        {        case 0: // '\0'            SCharacterParser scharacterparser = new SCharacterParser(scriptplayer, character.dataPos, devMat, cx);            scharacterparser.obj = this;            scharacterparser.BuildEdges(true);            return;        case 4: // '\004'            SParser sparser = new SParser();            byte abyte0[] = ((SParser) (scriptplayer)).script;            int i = character.dataPos;            sparser.script = abyte0;            sparser.pos = i;            Matrix matrix = Matrix.concat(sparser.GetMatrix(), devMat);            i = sparser.script[sparser.pos++] & 0xff;            int j = sparser.script[sparser.pos++] & 0xff;            int k =depth; // id << 16;            int l = 0;            RColor rcolor = null;            Matrix matrix1 = new Matrix();            SCharacter scharacter = null;            do            {                if(l == 0)                {                    int i1 = sparser.script[sparser.pos++] & 0xff;                    if(i1 == 0)                        break;                    if((i1 & 8) != 0)                        scharacter = scriptplayer.findCharacter(sparser.GetWord());                    if((i1 & 4) != 0)                    {                        rcolor = new RColor(display, sparser.GetColor());                        rcolor.order=k;                        k++;                        if(cx != null)                            cx.Apply(rcolor);                    }                    if((i1 & 1) != 0)                        matrix1.tx = sparser.GetSWord();                    if((i1 & 2) != 0)                        matrix1.ty = sparser.GetSWord();                    if((i1 & 8) != 0)                        matrix1.a = matrix1.d = sparser.GetWord() * 64;                    l = sparser.script[sparser.pos++] & 0xff;                    sparser.bitPos = 0;                    sparser.bitBuf = 0;                }                int j1 = sparser.GetBits(i);                int k1 = sparser.GetSBits(j);                if(scharacter != null)                {                    int l1 = scharacter.dataPos + 2 * j1;                    int i2 = ((SParser) (scriptplayer)).script[l1] & 0xff | (((SParser) (scriptplayer)).script[l1 + 1] & 0xff) << 8;                    SCharacterParser scharacterparser1 = new SCharacterParser(scriptplayer, scharacter.dataPos + i2, Matrix.concat(matrix1, matrix), cx);                    scharacterparser1.useWinding = true;                    scharacterparser1.obj = this;                    scharacterparser1.nFills = 1;                    scharacterparser1.fillIndex = new RColor[2];                    scharacterparser1.fillIndex[1] = rcolor;                    scharacterparser1.BuildEdges(false);                }                matrix1.tx += k1;                l--;            } while(true);            return;        }    }    boolean HitTest(Point point)    {        boolean flag = false;        if(devBounds != null && devBounds.pointIn(point))        {            if(edges == null)                BuildEdges();            boolean flag1 = false;            for(REdge redge = edges; redge != null; redge = redge.nextObj)                if(((Curve) (redge)).anchor1y <= point.y && point.y < ((Curve) (redge)).anchor2y && redge.XRaySect(point, 0) > 0)                {                    flag1 = true;                    switch(redge.fillRule)                    {                    case 0: // '\0'                        redge.color1.visible ^= 1;                        redge.color2.visible ^= 1;                        break;                    case 1: // '\001'                        redge.color1.visible ^= 1;                        break;                    case 2: // '\002'                        redge.color1.visible += redge.dir;                        break;                    }                }            if(flag1)            {                for(REdge redge1 = edges; redge1 != null; redge1 = redge1.nextObj)                {                    if(redge1.color1 != null)                    {                        if(redge1.color1.visible != 0)                            flag = true;                        redge1.color1.visible = 0;                    }                    if(redge1.color2 != null)                    {                        if(redge1.color2.visible != 0)                            flag = true;                        redge1.color2.visible = 0;                    }                }            }        }        return flag;    }}