void MpMessageDialog::Redraw (void)
{
// redraw the panel
MpCanvas::Redraw();
// redraw text
PlaceText(text,trec,Mp.theBoldFont);
// redraw icon
switch (icon) {
case InfoIcon:
if (Mp.theInfoPixmap)
XCopyArea(Mp.theDisplay,Mp.theInfoPixmap,Win(),Mp.theTextGC,
0,0, icon_size,icon_size, margin,margin);
break;
case AskIcon:
if (Mp.theAskPixmap)
XCopyArea(Mp.theDisplay,Mp.theAskPixmap,Win(),Mp.theTextGC,
0,0, icon_size,icon_size, margin,margin);
break;
case WarnIcon:
if (Mp.theWarnPixmap)
XCopyArea(Mp.theDisplay,Mp.theWarnPixmap,Win(),Mp.theTextGC,
0,0, icon_size,icon_size, margin,margin);
break;
case ErrorIcon:
if (Mp.theErrorPixmap)
XCopyArea(Mp.theDisplay,Mp.theErrorPixmap,Win(),Mp.theTextGC,
0,0, icon_size,icon_size, margin,margin);
break;
default:
break;
}
}
void MpScrollWindow::Redraw (void)
{
// if both scrollbars are visible the little corner square must be filled
if (ScrollHorizontal && ScrollVertical)
XFillRectangle(Mp.theDisplay,Win(),Mp.theCanvasGC,
Width()-ShifterWidth,Height()-ShifterWidth,
ShifterWidth,ShifterWidth);
int w = Width(), h = Height();
if (ScrollHorizontal) h -= ShifterWidth;
if (ScrollVertical) w -= ShifterWidth;
// draw frame around clip_win
int fs = FrameStyle & MpCanvas::ShadowMask,
os = FrameStyle & MpCanvas::OutlineMask,
ViewFrmWid = FrameWidth+FrameMidWidth;
Mp.Rectangle(Win(), fs|os, FrameWidth, 0,0, w-1,h-1);
Mp.Rectangle(Win(), MpCanvas::Flat, FrameMidWidth, FrameWidth,FrameWidth,
w-2*FrameWidth-1,h-2*FrameWidth-1);
if ((FrameStyle & MpCanvas::TypeMask) == MpCanvas::Box) {
Mp.Rectangle(Win(),
fs==MpCanvas::Sunken ? MpCanvas::Raised
: fs==MpCanvas::Raised ? MpCanvas::Sunken : fs,
FrameWidth, ViewFrmWid, ViewFrmWid,
w-1-2*ViewFrmWid, h-1-2*ViewFrmWid);
}
}
void MpViewXYZMarker::Redraw (void)
{
MpViewPanel::Redraw();
int w = Width()-2*BO, h = 2*BH+VO+2*BO, y = BH+2*BO+VO;
Mp.GroupingFrame(Win(),"Import Marker Data", w,h,BO,y);
y += h + BO;
Mp.GroupingFrame(Win(),"Marker Layout", w,h,BO,y);
}
void MpViewArray2dRegrid::Redraw (void)
{
MpViewPanel::Redraw();
int w = Width()-2*BO,
y = 2*(BH+BO)+2*VO,
h = 2*BH+VO+2*BO;
Mp.GroupingFrame(Win(),"New Array Dimensions", w,h,BO,y);
y += h+BO;
h = 2*BH+VO+2*BO;
Mp.GroupingFrame(Win(),"Quadratic Bivariate Interpolation", w,h,BO,y);
}
void MpViewArray3dTrafo::Redraw (void)
{
MpViewPanel::Redraw();
int w = Width()-2*BO,
y = 2*(BH+BO)+2*VO,
h = 4*BH+2*BO+3*VO;
Mp.GroupingFrame(Win(),"Crop Array", w,h,BO,y);
y += h+BO;
h = BH+2*BO;
Mp.GroupingFrame(Win(),"Transformation", w,h,BO,y);
y += h+BO;
h = 2*BH+VO+2*BO;
Mp.GroupingFrame(Win(),"Cyclic Shift", w,h,BO,y);
}
TInt CPrimaryColoursWin::CountUniquePlottedColours()
{
iNumColours = 0;
TPoint lhsAbs = Win()->AbsPosition();
for(TInt channelnum = 0, channelmul = 1, xoordinate = kPlotMargin; channelnum < 3; channelnum++, channelmul <<=8 , xoordinate += kPlotWithMargin)
{
TRgb lastPixel(255, 255, 255, 255);
for(TInt colour = 0; colour < 256; colour++)
{
TRgb readPixel;
TPoint point = TPoint(xoordinate + (colour & 0x0f), kPlotMargin + (colour >> 4));
TheClient->iScreen->GetPixel(readPixel, lhsAbs + point);
if(readPixel != lastPixel)
{
lastPixel = readPixel;
iNumColours++;
iBadPixels[channelnum][colour] = EFalse;
}
else
{
iBadPixels[channelnum][colour] = ETrue;
}
} // for loop
} // for loop
return iNumColours;
}
void MpButton::AddIcon (const char *pxmap[], int align, bool bitmask)
{
// remove possible previous icon
DeleteIcon();
// allocate pixmap
int status = XpmCreatePixmapFromData(Mp.theDisplay, Win(),
(char**) pxmap,
&pixmap,
(bitmask) ? &mask : NULL,
NULL);
if (status)
Mp.Warn("MpButton::AddIcon(XPM): Can't allocate icon pixmap");
else {
// parse size
long w, h;
char *endptr,*dummy;
w = strtol(pxmap[0],&endptr,10);
h = strtol(endptr,&dummy,10);
// remember size
icon_width = short(w);
icon_height = short(h);
// remember alignment
if (align & AlignLeft)
state |= icon_align_left;
else if (align & AlignRight)
state |= icon_align_right;
}
}
void Own2::AI(uint8 inp)
{
hash = ZobristHash(hash,inp,choose,0);
ChessBoard *rootChessBoard = new ChessBoard(a,hash);
int16 output = rootChessBoard->run();
delete rootChessBoard;
int p = 0;
// while (p == 0)
// {
// (time(NULL)) ;//通过系统时间初始化随机数种子
int m = output / 16;
int n = output % 16;
int q = 3-choose;
if(a[m][n] == 0 )
{
a[m][n] = q;
p = 1;
if(Win(m, n))
{
update();
int ch = choose;
if (ch==2) QMessageBox::information(this, "Win", "Black Win", QMessageBox::Ok);
if (ch==1) QMessageBox::information(this, "Win", "White Win", QMessageBox::Ok);
}
}
// }
realPly++;
}
void Own2::mouseReleaseEvent(QMouseEvent *e)
{
if(choose == 0) QMessageBox::information(this,"warning","You haven't set color", QMessageBox::Ok);
else{
int x, y;
if(e->x() >= 20 && e->x() < 660 && e->y() >= 20 && e->y() < 660)
{
x = (e->x() - 20) / 40;
y = (e->y() - 20) / 40;
if (!a[x][y])
{
a[x][y] = choose;
realPly++;
AI(x*16+y);
}
if(Win(x, y))
{
update();
int m = choose;
if (m==1) QMessageBox::information(this, "Win", "Black Win", QMessageBox::Ok);
if (m==2) QMessageBox::information(this, "Win", "White Win", QMessageBox::Ok);
}
}
}
update();
}
update_status ModuleGameplay::Update()
{
if (App->player->IsEnabled())
{
if (App->player->pause == true) {
Mix_PauseMusic();
App->render->Blit(pause, 0, 0, &pausing);
}
else
{
Mix_ResumeMusic();
//App->textures->Unload(pause);
}
if (App->player->godmode == true) {
App->render->Blit(godm, 500, 1, &gmode);
}
/*else
App->textures->Unload(godm);*/
if (App->board->CheckWin()/*|| App->input->keyboard[SDL_SCANCODE_W] == KEY_STATE::KEY_DOWN*/)
{
if (App->level_3->IsEnabled()) {
Congratulations();
}
else
Win();
if (check_time == 0)check_time = SDL_GetTicks();
}
else if (App->player->LoseCondition == true)
{
Lose();
if (check_time == 0)check_time = SDL_GetTicks();
}
if (check_time != 0)
{
if (SDL_GetTicks() - check_time >= 2000)
{
check_time = 0;
}
}
}
return UPDATE_CONTINUE;
}
// win function that gets called from a trickscript
// checks that the calling minigame is the current minigame
bool CBettingGuy::Win( uint32 goalId )
{
if ( IsActive() && m_currentMinigame == goalId )
{
// this is the right minigame!
return Win();
}
return false;
}
void MpScrollImageBase::MapXImage (void)
{
// draw the XImage to the window (if there is one)
if (theXImage)
XPutImage(Mp.theDisplay,Win(),Mp.theDrawGC,theXImage,
0,0, // offset in source image
0,0, // offset in destination
image->GetWidth(), image->GetLength()); // the size of image
}
void MpView3DPlots::Redraw (void)
{
MpViewPanel::Redraw();
int y,w,h;
// draw the grouping frame
y = 10*BH+8*VO+3*BO;
w = Width()-2*BO;
h = 2*BH+2*BO+VO;
Mp.GroupingFrame(Win(),"Stacking",w,h,BO,y);
}
void MpButton::AddIcon (const char *btmp, int w, int h, int align, bool bitmask)
{
// remove possible previous icon
DeleteIcon();
// link bitmap
bitmap = btmp;
icon_width = w;
icon_height = h;
pixmap = XCreatePixmapFromBitmapData(Mp.theDisplay, Win(),
(char*) btmp, w, h,
Mp.TextColor.Pixel(), // foreground
Mp.CanvasColor.Pixel(), // background
Mp.theDepth);
if (bitmask) {
mask = XCreatePixmapFromBitmapData(Mp.theDisplay, Win(),
(char*) btmp, w, h,
Mp.WhiteColor.Pixel(), // foreground
Mp.BlackColor.Pixel(), // background
1);
if (!mask) Mp.Warn("MpButton::AddIcon(XBM): Can't allocate icon bitmap mask");
}
if (pixmap) {
// remember size
icon_width = w;
icon_height = h;
// remember alignment
if (align == MpBase::AlignLeft)
state |= icon_align_left;
else if (align == MpBase::AlignRight)
state |= icon_align_right;
} else
Mp.Warn("MpButton::AddIcon(XBM): Can't allocate icon pixmap");
}
void MpImageWindow::MapXImage (void) // virtual
{
// draw the XImage to the window (if there is one)
if (theXImage) {
int f = GetFrameTotalWidth(),
w = MpMin( Width()-2*f,image->GetWidth() ),
h = MpMin( Height()-2*f,image->GetLength() );
XPutImage(Mp.theDisplay,Win(),Mp.theDrawGC,theXImage,
0,0, // offset in source image
f,f, // offset in destination
w,h); // effective size to draw
}
}
void CPrimaryColoursWin::Draw()
{
iGc->SetBrushStyle(CGraphicsContext::ESolidBrush);
iGc->SetPenStyle(CGraphicsContext::ESolidPen);
iGc->SetPenColor(TRgb(255, 255, 255));
iGc->SetBrushColor(TRgb(0, 0, 0));
TSize winSize = Size();
iGc->DrawRect(TRect(winSize));
CFont* font;
TFontSpec fontSpec(_L(""), 300);
TheClient->iScreen->GetNearestFontInTwips(font, fontSpec);
if (font)
{
iGc->UseFont(font);
TRect r(TPoint(0, 0), Size());
r.Shrink(kMinHeight, kMinHeight);
iGc->DrawText(iDisplayText, r, font->AscentInPixels(), iGc->ECenter, 0);
iGc->DiscardFont();
TheClient->iScreen->ReleaseFont(font);
}
iNumColours = 0;
TPoint lhsAbs = Win()->AbsPosition();
for(TInt channelnum = 0, channelmul = 1, xoordinate = kPlotMargin; channelnum < KNumChannels; channelnum++, channelmul <<= 8, xoordinate += kPlotWithMargin)
{
TRgb lastPixel(255, 255, 255, 255);
for(TInt colour = 0; colour < KNumColours; colour++)
{
if(!iBadPixels[channelnum][colour])
{
iGc->SetPenColor(TRgb(colour * channelmul));
}
else
{
iGc->SetPenColor(TRgb(255, 255, 255));
}
TPoint point = TPoint(xoordinate + (colour & 0x0f), kPlotMargin + (colour >> 4));
iGc->Plot(point);
}
}
iDrawn=ETrue;
}
void CHC_GameSystem::Refresh()
{
/* Refresh */
for (int i = 0; i != map_w; i++)
for (int j = 0; j != map_h; j++)
if (!now_map[i][j].isSender()) {
for (int k = 0; k != 4; k++)
now_map[i][j].col[k].setColor(0, 0, 0);
} else {
for (int k = 0; k != 4; k++)
now_map[i][j].col[k] = ori_map[i][j].col[k];
}
for (int stx = 0; stx != map_w; stx++)
for (int sty = 0; sty != map_h; sty++)
if (now_map[stx][sty].isSender()) {
int x = stx, y = sty, d = now_map[stx][sty].dir;
CHC_Color col = now_map[stx][sty].col[d / 2];
memset(mark, 0, sizeof(mark));
RefreshBackTrace(x, y, d, col);
}
GameDraw();
win_flag = Win();
if (win_flag) {
/* Win */
/*
glPushMatrix();
glTranslated((float)map_w/2, 4, (float)map_h/2);
glColor3f(0.1, 0.3, 0.3);
glutSolidCube(map_w);
glPopMatrix();
*/
}
}
/*======================================================================*
Start
*======================================================================*/
void Start()
{
/*int ai;
disp_pos = 0;
for (ai = 0; ai < 80 * 25; ai++)
{
disp_str(" ");
}
disp_pos = 0;*/
//memset(snake_map, 0, sizeof(char)*MAP_SIZE);
/*int ai;
for (ai = 0; ai < 80 * 25; ai++)
{
snake_map[ai] = ' ';
}*/
Reset();
while (1){
//proc_table[0].ticks = proc_table[0].priority = 150;
milli_delay(3333);
int hX, hY;
int newHead;
if (snake_direct == DIRECT_NULL) continue;
hX = snake_path[snake_head] % MAP_LENGTH;
hY = snake_path[snake_head] / MAP_LENGTH;
switch (snake_direct)
{
case DIRECT_UP:
{
hY--;
break;
}
case DIRECT_DOWN:{
hY++;
break;
}
case DIRECT_LEFT:{
hX--;
break;
}
case DIRECT_RIGHT:{
hX++;
break;
}
default:
break;
}
newHead = hY*MAP_LENGTH + hX;
if (newHead < 0 || newHead >= MAP_SIZE || hY >= MAP_HEIGHT || hY < 0 || hX < 0 || hX >= MAP_LENGTH){
Lose();
continue;
}
if (snake_map[newHead] == 'O' && newHead != snake_path[snake_tail]){
Lose();
continue;
}
if (snake_map[newHead] != '*'){
disp_pos = snake_path[snake_tail] * 2;
disp_str(" ");
snake_map[snake_path[snake_tail]] = ' ';
snake_tail++;
if (snake_tail == MAP_SIZE) snake_tail = 0;
}
else{
snake_length++;
}
disp_pos = snake_path[snake_head] * 2;
disp_str("0");
snake_map[snake_path[snake_head]] = 'O';
snake_head++;
if (snake_head == MAP_SIZE) snake_head = 0;
snake_path[snake_head] = newHead;
disp_pos = snake_path[snake_head] * 2;
disp_str("@");
snake_map[snake_path[snake_head]] = '@';
if (snake_length == 6) {
Win();
continue;
}
}
}
void RPSLS(){
enum Hand{
/*Rock = 0, Paper = 1, Scissors = 2, Lizard = 3, Spock = 4, EXIT = 5*/
Rock, Paper, Scissor, Lizard, Spock, Exit
};
printf("\n You are playing ROCK/PAPER/SCISSORS/LIZARD/SPOCK \n");
/*input rounds from the user */
printf("\nEnter how many rounds you want to play: ");
scanf("%i", &rounds);
if(rounds <= 0){
do{
printf("\nEnter how many rounds you want to play: ");
scanf("%i", &rounds);
if(rounds > 0)
break;
}while(rounds <= 0);
}
/*loop number of rounds*/
for(int x = 0; x < rounds; x++){
Computer = rand() % 4;
printf("\nSelect a value... \n 0: Rock \n 1: Paper \n 2: Scissors \n 3: Lizard \n 4. Spock \n 5. Exit \n Enter Value: ");
scanf("%i", &User);
if(User == Exit)
break;
if(User == Computer)
printf("\nDraw! Total Score: %i\n", TotalScore);
/*check who wins and adjust score */
if(User == Rock && Computer == Paper)
{
Lose();
printf("\nYou Lose! You chose Rock, Computer chose Paper. Total Score: %i\n", TotalScore);
}
if(User == Rock && Computer == Scissor)
{
Win();
printf("\nYou Win! You chose Rock, Computer chose Scissors. Total Score: %i\n", TotalScore);
}
if(User == Rock && Computer == Lizard)
{
Win();
printf("\nYou win! You chose Rock, Computer chose lizard. Total Score: %i\n", TotalScore);
}
if(User == Rock && Computer == Spock)
{
Lose();
printf("\nYou Lose! You chose Rock, Computer chose Spock. Total Score: %i\n", TotalScore);
}
if(User == Paper && Computer == Rock)
{
Win();
printf("\nYou win! You chose Paper, Computer chose Rock. Total Score: %i\n", TotalScore);
}
if(User == Paper && Computer == Scissor)
{
Lose();
printf("\nYou Lose! You chose Paper, Computer chose Scissor. Total Score: %i\n", TotalScore);
}
if(User == Paper && Computer == Lizard)
{
Lose();
printf("\nYou Lose! You chose Paper, Computer chose Lizard. Total Score: %i\n", TotalScore);
}
if(User == Paper && Computer == Spock)
{
Win();
printf("\nYou win! You chose Paper, Computer chose Spock. Total Score: %i\n", TotalScore);
}
if(User == Scissor && Computer == Paper)
{
Win();
printf("\nYou win! You chose Scissor, Computer chose Paper. Total Score: %i\n", TotalScore);
}
if(User == Scissor && Computer == Rock)
{
Lose();
printf("\nYou Lose! You chose Scissor, Computer chose Rock. Total Score: %i\n", TotalScore);
}
if(User == Scissor && Computer == Lizard)
{
Win();
printf("\nYou win! You chose Scissor, Computer chose Lizard. Total Score: %i\n", TotalScore);
}
if(User == Scissor && Computer == Spock)
{
Lose();
printf("\nYou Lose! You chose Scissor, Computer chose Spock. Total Score: %i\n", TotalScore);
}
if(User == Lizard && Computer == Paper)
{
Win();
printf("\nYou Win! You chose Lizard, Computer chose Paper. Total Score: %i\n", TotalScore);
}
if(User == Lizard && Computer == Rock)
{
Lose();
printf("\nYou Lose! You chose Lizard, Computer chose Rock. Total Score: %i\n", TotalScore);
}
if(User == Lizard && Computer == Scissor)
{
Lose();
printf("\nYou Lose! You chose Lizard, Computer chose Scissor. Total Score: %i\n", TotalScore);
}
if(User == Lizard && Computer == Spock)
{
Win();
printf("\nYou Win! You chose Lizard, Computer chose Spock. Total Score: %i\n", TotalScore);
}
if(User == Spock && Computer == Lizard)
{
Lose();
printf("\nYou Lose! You chose Spock, Computer chose Lizard. Total Score: %i\n", TotalScore);
}
if(User == Spock && Computer == Paper)
{
Lose();
printf("\nYou Lose! You chose Spock, Computer chose Paper. Total Score: %i\n", TotalScore);
}
if(User == Spock && Computer == Scissor)
{
Win();
printf("\nYou Win! You chose Spock, Computer chose Scissor. Total Score: %i\n", TotalScore);
}
if(User == Spock && Computer == Rock)
{
Win();
printf("\nYou Win! You chose Spock, Computer chose Rock. Total Score: %i\n", TotalScore);
}
/*if user enters invalid value*/
if(User > Exit || User < Rock)
printf("\nError: Enter an acceptable value\n");
}
}
void RPS()
{
enum Hands{
/*Rock = 0, Paper = 1, Scissors = 2, EXIT = 3*/
Rock, Paper, Scissor, Exit
};
printf("\n You are playing ROCK/PAPER/SCISSORS \n");
/*input and check rounds from the user */
printf("\nEnter how many rounds you want to play: ");
scanf("%i", &rounds);
if(rounds <= 0){
do{
printf("\nEnter how many rounds you want to play: ");
scanf("%i", &rounds);
if(rounds > 0)
break;
}while(rounds <= 0);
}
/*Loop the number of rounds */
for(int x = 0; x < rounds; x++){
Computer = rand() % 2; /*random number between 0 and 2*/
printf("\nSelect a value... \n 0: Rock \n 1: Paper \n 2: Scissors \n 3: Exit \n Enter Value: ");
scanf("%i", &User);
if(User == Exit) /*if user wants to exit, go back to main*/
break;
if(User == Computer)
printf("\nDraw! Total Score: %i\n", TotalScore);
/*Check who wins and adjust score*/
if(User == Rock && Computer == Paper)
{
Lose();
printf("\nYou Lose! You chose Rock, Computer chose Paper. Total Score: %i\n", TotalScore);
}
if(User == Rock && Computer == Scissor)
{
Win();
printf("\nYou Win! You chose Rock, Computer chose Scissors. Total Score: %i\n", TotalScore);
}
if(User == Paper && Computer == Rock)
{
Win();
printf("\nYou win! You chose Paper, Computer chose Rock. Total Score: %i\n", TotalScore);
}
if(User == Paper && Computer == Scissor)
{
Lose();
printf("\nYou Lose! You chose Paper, Computer chose Scissor. Total Score: %i\n", TotalScore);
}
if(User == Scissor && Computer == Paper)
{
Win();
printf("\nYou win! You chose Scissor, Computer chose Paper. Total Score: %i\n", TotalScore);
}
if(User == Scissor && Computer == Rock)
{
Lose();
printf("\nYou Lose! You chose Scissor, Computer chose Rock. Total Score: %i\n", TotalScore);
}
/*if user inputs invalid values*/
if(User > Exit || User < Rock)
printf("\nError: Enter an acceptable value\n");
}
}
void MpButton::Draw (void)
{
// draw pixmap icon
if (pixmap) {
int // clip boundaries
copy_w = MpMin((int)icon_width,Width()-2*GetFrameTotalWidth()),
copy_h = MpMin((int)icon_height,Height()-2*GetFrameTotalWidth()),
src_x = MpMin(0,icon_width-copy_w),
src_y = MpMin(0,icon_height-copy_h),
// copy destination
dest_x = (state & icon_align_left) // left aligned icon
? GetFrameTotalWidth()+GetXPadding()
: (state & icon_align_right) // right aligned icon
? Width()-GetFrameTotalWidth()-copy_w-GetXPadding()
: (Width()-copy_w)/2, // centered icon
dest_y = (Height()-copy_h)/2;
// set clip mask
if (mask) {
XSetClipOrigin(Mp.theDisplay,Mp.theTextGC,dest_x,dest_y);
XSetClipMask(Mp.theDisplay,Mp.theTextGC,mask);
}
// draw icon
XCopyArea(Mp.theDisplay,pixmap,Win(),Mp.theTextGC,
src_x,src_y, copy_w,copy_h, dest_x,dest_y);
// reset clip mask
if (mask)
XSetClipMask(Mp.theDisplay,Mp.theTextGC,None);
// draw label together with left or right aligned icon
if (state & icon_align_left) {
PlaceText(Get().c_str(),
MpRectangle<short>(GetFrameTotalWidth()+copy_w+GetXPadding(),
GetFrameTotalWidth()+GetYPadding(),
Width()-2*GetFrameTotalWidth()-copy_w-GetXPadding(),
Height()-2*GetFrameTotalWidth()-GetYPadding()),
GetFont(),
(state & in_pulldown)
? ((GetMode() & ~AlignMask) | AlignLeft | AlignVCenter)
: GetMode());
} else if (state & icon_align_right) {
PlaceText(Get().c_str(),
MpRectangle<short>(GetFrameTotalWidth()+GetXPadding(),
GetFrameTotalWidth()+GetYPadding(),
Width()-2*GetFrameTotalWidth()-copy_w-GetXPadding(),
Height()-2*GetFrameTotalWidth()-GetYPadding()),
GetFont(),
(state & in_pulldown)
? ((GetMode() & ~AlignMask) | AlignLeft | AlignVCenter)
: GetMode());
} // else text string is not drawn
// no icon
} else {
// In a pulldown menu the labels are always aligned left, otherwise
// the aligment is not overwritten.
PlaceText(Get().c_str(),
GetXPadding() + GetFrameTotalWidth(),
GetYPadding() + GetFrameTotalWidth(),
GetFont(),
(state & in_pulldown)
? ((GetMode() & ~AlignMask) | AlignLeft | AlignVCenter)
: GetMode());
}
}
