// 先从存储卡加载图片，没找到则取默认
public void CreateBM(Resources res, int i) {
card[i] =
CreateBitMap.scaleBitmap(
"card" + i + ".jpg", (int) (iCardWidth * fWidthRate), (int) (iCardHigth * fHigthRate));
if (card[i] == null) {
int indentify = res.getIdentifier("ken.lai:drawable/card" + i, null, null);
card[i] =
CreateBitMap.scaleBitmap(
res, indentify, (int) (iCardWidth * fWidthRate), (int) (iCardHigth * fHigthRate));
}
}
// 初始化
public void init(Resources res, int iCardWidth, int iCardHigth) {
// 根据屏幕的宽度和高度，适当的来决定牌的宽度和高度
fWidthRate = (float) (iCardWidth) / 800;
fHigthRate = (float) (iCardHigth) / 480;
bg =
CreateBitMap.scaleBitmap(
res, R.drawable.bgm, (int) (800 * fWidthRate), (int) (480 * fHigthRate));
help =
CreateBitMap.scaleBitmap(
res, R.drawable.bhelp, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
start =
CreateBitMap.scaleBitmap(
res, R.drawable.bstart, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
exit =
CreateBitMap.scaleBitmap(
res, R.drawable.bexit, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
}
// 洗牌
public void reset() {
bResetOK = false;
iSelectCard1 = -1;
iSelectCard2 = -1;
iOver = 0;
itimeleft = timemax;
timelast = System.currentTimeMillis();
iNowSucc = 0;
iSucc = 0;
iClick = 0;
iHeihei = 0;
// 根据关卡挑战游戏布局难道
if (CCV.iSelect <= 3) {
iRows = 4;
iCols = 6;
iCardCnt = 6;
} else if (CCV.iSelect <= 8) {
iRows = 4;
iCols = 7;
iCardCnt = 7;
} else if (CCV.iSelect <= 12) {
iRows = 4;
iCols = 8;
iCardCnt = 8;
} else if (CCV.iSelect <= 18) {
iRows = 5;
iCols = 8;
iCardCnt = 9;
} else {
iRows = 5;
iCols = 8;
iCardCnt = 10;
}
if (model == 1) {
iCardCnt = 10;
iRows = 4;
iCols = 7;
}
iCardWidth = (800 - ctrl - iBlank * (iCols + 1)) / iCols;
iCardHigth = (480 - ads - iBlank * (iRows + 1)) / iRows;
bmCardSelect =
CreateBitMap.scaleBitmap(
m_res,
R.drawable.select,
(int) (iCardWidth * fWidthRate),
(int) (iCardHigth * fHigthRate));
bmCardBg =
CreateBitMap.scaleBitmap(
m_res,
R.drawable.cardbg,
(int) (iCardWidth * fWidthRate),
(int) (iCardHigth * fHigthRate));
// 因为图片的大小变化了，需要重新生成
for (int i = 1; i <= 10; i++) {
CreateBM(m_res, i);
}
int tmp[] = new int[iCardCnt + 1];
for (int i = 0; i < iCardCnt + 1; i++) tmp[i] = 0;
for (int i = 1; i <= iRows; i++) {
for (int j = 1; j <= iCols; j++) {
int iSeq = (i - 1) * iCols + j;
game[iSeq] = new CGuessUnit();
boolean bFind = false;
if (iSeq > ((iRows * iCols) - iCardCnt)) {
for (int itmp = 1; itmp < iCardCnt + 1; itmp++) {
if (tmp[itmp] % 2 == 1) {
// game[iSeq].card = card[itmp];
game[iSeq].card = itmp;
tmp[itmp]++;
bFind = true;
break;
}
}
}
if (!bFind) {
int iRand = Math.abs(rdm.nextInt()) % iCardCnt + 1;
tmp[iRand]++;
// game[iSeq].card = card[iRand];
game[iSeq].card = iRand;
}
// 布局中一张牌的坐标，点击事件中根据这个来判断
int iBlankTmp = (int) ((iBlank) * fHigthRate);
game[iSeq].iLeft = (j - 1) * ((int) (iCardWidth * fWidthRate) + iBlankTmp) + iBlankTmp;
game[iSeq].iRight = game[iSeq].iLeft + (int) (iCardWidth * fWidthRate);
game[iSeq].iTop =
(i - 1) * ((int) (iCardHigth * fHigthRate) + iBlankTmp)
+ iBlankTmp
+ (int) (ads * fHigthRate) * iShowFlag;
game[iSeq].iBottom = game[iSeq].iTop + (int) (iCardHigth * fHigthRate);
}
}
bResetOK = true;
}
public void init(CaicaiView ccv, Resources res, int iWidthT, int iHigthT) {
CCV = ccv;
m_iWidthT = iWidthT;
m_iHigthT = iHigthT;
m_res = res;
// 根据屏幕的宽度和高度，适当的来决定牌的宽度和高度
fWidthRate = (float) (iWidthT) / 800;
fHigthRate = (float) (iHigthT) / 480;
// 背景按钮等
bmDian =
CreateBitMap.scaleBitmap(
res, R.drawable.dian, (int) (800 * fWidthRate), (int) (480 * fHigthRate));
bg =
CreateBitMap.scaleBitmap(
res, R.drawable.bg, (int) (800 * fWidthRate), (int) (480 * fHigthRate));
daoju =
CreateBitMap.scaleBitmap(
res, R.drawable.daoju, (int) (70 * fWidthRate), (int) (200 * fHigthRate));
df =
CreateBitMap.scaleBitmap(
res, R.drawable.df, (int) (55 * fWidthRate), (int) (60 * fHigthRate));
db =
CreateBitMap.scaleBitmap(
res, R.drawable.db, (int) (55 * fWidthRate), (int) (60 * fHigthRate));
dd =
CreateBitMap.scaleBitmap(
res, R.drawable.dd, (int) (55 * fWidthRate), (int) (60 * fHigthRate));
reset =
CreateBitMap.scaleBitmap(
res, R.drawable.reset, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
back =
CreateBitMap.scaleBitmap(
res, R.drawable.back, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
open =
CreateBitMap.scaleBitmap(
res, R.drawable.open, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
close =
CreateBitMap.scaleBitmap(
res, R.drawable.close, (int) (100 * fWidthRate), (int) (60 * fHigthRate));
timebar =
CreateBitMap.scaleBitmap(
res, R.drawable.timebar, (int) (12 * fWidthRate), (int) (470 * fHigthRate));
timeleft =
CreateBitMap.scaleBitmap(
res, R.drawable.timeleft, (int) (29 * fWidthRate), (int) (32 * fHigthRate));
over1 =
CreateBitMap.scaleBitmap(
res, R.drawable.over1, (int) (200 * fWidthRate), (int) (150 * fHigthRate));
over2 =
CreateBitMap.scaleBitmap(
res, R.drawable.over2, (int) (200 * fWidthRate), (int) (150 * fHigthRate));
bfeng =
CreateBitMap.scaleBitmap(
res, R.drawable.feng, (int) (25 * fWidthRate), (int) (25 * fHigthRate));
ice =
CreateBitMap.scaleBitmap(
res, R.drawable.ice, (int) (12 * fWidthRate), (int) (470 * fHigthRate));
// 初始化所有牌资源
card = new Bitmap[11];
// 初始化牌布局,5*8为最大布局
game = new CGuessUnit[5 * 8 + 1];
reset();
}
