void StreamHelper::formateStream(vector<string> &vs)
{
for(size_t i=0;i<vs.size();i++)
{
string s = vs[i];
if(s.find('|') != string::npos)
{
string ahalf(s.substr(0,s.find('|'))),
bhalf(s.substr(0,3));
ahalf.push_back((char)10);
bhalf.append(s.substr(s.find('|')+1,s.size()-1));
vs.erase(vs.begin()+i);
vs.insert(vs.begin()+i,ahalf);
vs.insert(vs.begin()+i+1,bhalf);
}
}
}
void CGetBlackOutDlg::OnMouseDown( UINT nflags, CPoint point)
{
if (mWon) return;
int x,y,cx,cy,i,piece;
x=y=cx=cy=piece=0;
for(i = 0 ; i < mBoard.numpieces(); i++) {
x = mBoard.pborder() +
(mBoard.piece(i)->xpos() * (mBoard.pper() + mBoard.pborder()));
y = mBoard.pborder() +
(mBoard.piece(i)->ypos() * (mBoard.pper() + mBoard.pborder()));
cx = (mBoard.piece(i)->width() * mBoard.pper());
if (mBoard.piece(i)->width() == 2)
cx += mBoard.pborder();
cy = (mBoard.piece(i)->height() * mBoard.pper());
if (mBoard.piece(i)->height() == 2)
cy += mBoard.pborder();
CRect piecerect(x,y,x+cx,y+cy);
if (piecerect.PtInRect(point)) {
piece=i;
i=mBoard.numpieces();
mMoving = TRUE;
mMouseStartPoint = point;
mPieceMoving = piece;
break;
}
}
int moves = 0;
if (mMoving) {
int x,y,sx,sy,sx2,sy2;
x=y=sx=sy=sx2=sy2=0;
x = -mBoard.pper(); y = 0;
if (mBoard.canmove(mPieceMoving,x,y)) {
moves++;
sx=x;sy=y;
}
x = mBoard.pper(); y = 0;
if (mBoard.canmove(mPieceMoving,x,y)) {
moves++;
if (moves < 2) {
sx=x;sy=y;
} else {
sx2=x;sy2=y;
}
}
x = 0; y = mBoard.pper();
if (mBoard.canmove(mPieceMoving,x,y)) {
moves++;
if (moves < 2) {
sx=x;sy=y;
} else {
sx2=x;sy2=y;
}
}
x = 0; y = -mBoard.pper();
if (mBoard.canmove(mPieceMoving,x,y)) {
moves++;
if (moves < 2) {
sx=x;sy=y;
} else {
sx2=x;sy2=y;
}
}
if (moves == 1) {
CPoint delta(point);
delta += CPoint(sx,sy);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
} else if (moves == 2) {
CRect piecerect(mBoard.piece(mPieceMoving)->mPieceRect);
int deltax, deltay;deltax=deltay=0;
if (abs(sx) == mBoard.pper()
&& abs(sx2) == mBoard.pper()) {
CRect lhalf(piecerect);
CRect rhalf(piecerect);
lhalf.BottomRight().x -= lhalf.Width() / 2;
rhalf.TopLeft().x = lhalf.BottomRight().x;
if (lhalf.PtInRect(point)) {
deltax = sx2;
} else {
deltax = sx;
}
CPoint delta(point);
delta += CPoint(deltax,deltay);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
} else if (abs(sy) == mBoard.pper()
&& abs(sy2) == mBoard.pper()) {
CRect thalf(piecerect);
CRect bhalf(piecerect);
thalf.BottomRight().y -= thalf.Height() / 2;
bhalf.TopLeft().y = thalf.BottomRight().y;
if (thalf.PtInRect(point)) {
deltay = sy;
} else {
deltay = sy2;
}
CPoint delta(point);
delta += CPoint(deltax,deltay);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
} else if (
sx == mBoard.pper()
&& sy2 == mBoard.pper()
||
sx2 == mBoard.pper()
&& sy == mBoard.pper()
) {
if (distance(topright(piecerect),point)
< distance(point, bottomleft(piecerect))) {
deltay = sy2;
} else {
deltax = sx;
}
CPoint delta(point);
delta += CPoint(deltax,deltay);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
} else if (
sx == -mBoard.pper()
&& sy2 == mBoard.pper()
||
sx2 == -mBoard.pper()
&& sy == mBoard.pper()
) {
if (distance(topleft(piecerect),point)
< distance(point, bottomright(piecerect))) {
deltay = sy2;
} else {
deltax = sx;
}
CPoint delta(point);
delta += CPoint(deltax,deltay);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
} else if (
sx == mBoard.pper()
&& sy2 == -mBoard.pper()
||
sx2 == mBoard.pper()
&& sy == -mBoard.pper()
) {
if (distance(topleft(piecerect),point)
< distance(point, bottomright(piecerect))) {
deltax = sx;
} else {
deltay = sy2;
}
CPoint delta(point);
delta += CPoint(deltax,deltay);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
} else if (
sx == -mBoard.pper()
&& sy2 == -mBoard.pper()
||
sx2 == -mBoard.pper()
&& sy == -mBoard.pper()
) {
if (distance(topright(piecerect),point)
< distance(point, bottomleft(piecerect))) {
deltax = sx;
} else {
deltay = sy2;
}
CPoint delta(point);
delta += CPoint(deltax,deltay);
OnMouseMove(0, delta);
OnMouseUp(0,CPoint());
}
}
}
}