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 RColor {  RColor nextActive;  int order;  int fillType;  int visible;  boolean onActiveList;  byte index;  long wideColor;  int color;  Matrix ginvMat;  int gcolorRamp[];  Matrix bmInvMat;  Bitmap bitmap;  ColorTransform cx;  boolean cacheValid;  boolean bmSmooth;  boolean bmFast;  int bmDx;  int bmDy;  RColor(DisplayList displaylist, int i) {    fillType = 0;    color = i;    if (displaylist.indexedColor)      index = (byte) displaylist.RGBToIndex(color);    int j;    wideColor = ( (j = color) & 0xff000000L) << 24 | (j & 0xff0000L) << 16 |        (j & 65280L) << 8 | j & 255L;  }  RColor(DisplayList displaylist, int i, int j, int ai[], int ai1[],         Matrix matrix, Matrix matrix1) {    fillType = i;    Matrix matrix2 = new Matrix(matrix1);    if (displaylist.antialias) {      matrix2.a /= 4;      matrix2.d /= 4;      matrix2.b /= 4;      matrix2.c /= 4;      matrix2.tx /= 4;      matrix2.ty /= 4;    }    Matrix matrix3 = new Matrix(matrix);    matrix2.tx <<= 8;    matrix2.ty <<= 8;    matrix3.tx <<= 8;    matrix3.ty <<= 8;    ginvMat = Matrix.concat(matrix3, matrix2).invert();    gcolorRamp = new int[257];    int i1 = 0;    int j1 = ai1[0];    int l;    int k = l = ai[0];    int j2 = 1;    for (int k2 = 0; k2 <= 256; k2++) {      if (k2 > j1) {        i1 = j1;        k = l;        if (j2 < j) {          j1 = ai1[j2];          l = ai[j2];          j2++;        }        else {          j1 = 256;        }      }      int k1 = (j1 - k2) / 8;      int l1 = (k2 - i1) / 8;      int i2 = k1 + l1;      if (i2 > 0) {        int l2 = ( (k >> 16 & 0xff) * k1 + (l >> 16 & 0xff) * l1) / i2;        int i3 = ( (k >> 8 & 0xff) * k1 + (l >> 8 & 0xff) * l1) / i2;        int j3 = ( (k & 0xff) * k1 + (l & 0xff) * l1) / i2;        gcolorRamp[k2] = 0xff000000 | l2 << 16 | i3 << 8 | j3;      }      else {        gcolorRamp[k2] = k;      }    }  }  void RecalcSolid(DisplayList displaylist, int i) {    fillType = 0;    color = i;    if (displaylist.indexedColor)      index = (byte) displaylist.RGBToIndex(color);    int j;    wideColor = ( (j = color) & 0xff000000L) << 24 | (j & 0xff0000L) << 16 |        (j & 65280L) << 8 | j & 255L;  }}