// Called by thememanager when theme or theme geometry changes. Redraw and resize
// this display.
void DisplayIntro::changeTheme()
{
// Retrieve theme data
KConfigGroup config = thememanager()->config(id());
// Retrieve background pixmap
QString bgsvgid = config.readEntry("background-svgid");
QPixmap pixmap = thememanager()->getPixmap(bgsvgid, scene()->sceneRect().size().toSize());
scene()->setBackgroundBrush(pixmap);
mView->update();
}
// Store and display current player. This is done by coloring the
// name text sprite.
void ScoreSprite::setTurn(int no)
{
// Retrieve theme data
KConfigGroup config = thememanager()->config(id());
QColor fontColorActive = config.readEntry("fontColorActive", QColor(Qt::white));
QColor fontColor0 = config.readEntry("fontColorPlayer0", QColor(Qt::white));
QColor fontColor1 = config.readEntry("fontColorPlayer1", QColor(Qt::white));
// Store data
mTurn = no;
// Switch color
if (no==0)
{
mName[0]->setDefaultTextColor(fontColorActive);
mName[1]->setDefaultTextColor(fontColor1);
}
else
{
mName[0]->setDefaultTextColor(fontColor0);
mName[1]->setDefaultTextColor(fontColorActive);
}
update();
}
// Main themable function. Called for any theme change. The sprites needs to
// resiez and redraw here.
void CardSprite::changeTheme()
{
// Get scaling change
double oldscale = this->getScale();
double scale = thememanager()->getScale();
Themable::setScale(scale);
// Retrieve theme data from configuration
KConfigGroup config = thememanager()->config(id());
double width = config.readEntry("width", 1.0);
width *= scale;
mWidth = width; // Store for later use
// Z-value by program only
// Nothing to do
// Animation
int startFrame = config.readEntry("start-frame", 0);
int endFrame = config.readEntry("end-frame", 0);
// Pos py program only
setPos(x()*scale/oldscale, y()*scale/oldscale);
// Frames (loaded on demand)
mFrames.clear();
mHotspots.clear();
QPixmap nullPixmap;
for (int i=startFrame;i<=endFrame;i++)
{
mFrames.append(nullPixmap);
mHotspots.append(QPointF(0.0,0.0));
}
// Start with backside to save calculation time
if (mCurrentFrame < 0) mCurrentFrame = endFrame;
// Set pixmap to sprite
setFrame(mCurrentFrame, true);
update();
}
// Store and display the button text
void ButtonSprite::setText(const QString &s)
{
if (s.isNull())
{
mText->hide();
}
else
{
//mText->setPlainText(s);
// Center
mText->setHtml("<div align=\"center\">"+s+"</div>");
mText->show();
thememanager()->updateTheme(this);
}
}
// Redraw the theme.
void ButtonSprite::changeTheme()
{
// The main display is handled by the parent
PixmapSprite::changeTheme();
// Retrieve our size
double width = this->boundingRect().width();
double height = this->boundingRect().height();
// Retrieve theme data
KConfigGroup config = thememanager()->config(id());
// Text available?
if (mText->isVisible())
{
// Calculate proper font size
double fontHeight = config.readEntry("fontHeight", 1.0);
fontHeight *= height;
double textWidth = config.readEntry("textWidth", 1.0);
textWidth *= width;
double textHeight = config.readEntry("textHeight", 1.0);
textHeight *= height;
// Retrieve font color
QColor fontColor;
fontColor = config.readEntry("fontColor", QColor(Qt::white));
// Create and set current font
QFont font;
fontHeight = KFontUtils::adaptFontSize(mText, textWidth, textHeight, fontHeight, 8.0);
font.setPointSizeF(fontHeight);
// Set font and color for all text items
mText->setFont(font);
mText->setDefaultTextColor(fontColor);
mText->setTextWidth(textWidth);
// Set position of sub sprites
QRectF bounding = mText->boundingRect();
mText->setPos((width - bounding.width()) / 2.0,
(height - bounding.height()) / 2.0);
}
}
// Set a new bitmap into the sprite. If the number is the same as the
// current one, nothing is done.
void CardSprite::setFrame(int no, bool force)
{
if (!force && no == mCurrentFrame) return;
if (no<0 || no >=mFrames.count()) return;
// Calulate Pixmap (only done if necessary)
calcFrame(no);
// Set frame pixmap
QPixmap pixmap = mFrames.at(no);
setPixmap(pixmap);
// Translation
QPoint offset = thememanager()->getOffset();
resetTransform();
translate(mHotspots[no].x()+offset.x(), mHotspots[no].y()+offset.y());
mCurrentFrame = no;
update();
}
// Redraw the theme.
void ScoreSprite::changeTheme()
{
// The main display is handled by the parent
PixmapSprite::changeTheme();
// Retrieve our size
double width = this->boundingRect().width();
double height = this->boundingRect().height();
// Retrieve theme data
KConfigGroup config = thememanager()->config(id());
QPointF posWon0 = config.readEntry("posWon0", QPointF(1.0,1.0));
QPointF posWon1 = config.readEntry("posWon1", QPointF(1.0,1.0));
QPointF posDraw0 = config.readEntry("posDraw0", QPointF(1.0,1.0));
QPointF posDraw1 = config.readEntry("posDraw1", QPointF(1.0,1.0));
QPointF posLoss0 = config.readEntry("posLoss0", QPointF(1.0,1.0));
QPointF posLoss1 = config.readEntry("posLoss1", QPointF(1.0,1.0));
QPointF posBreak0 = config.readEntry("posBreak0", QPointF(1.0,1.0));
QPointF posBreak1 = config.readEntry("posBreak1", QPointF(1.0,1.0));
QPointF posName0 = config.readEntry("posName0", QPointF(1.0,1.0));
QPointF posName1 = config.readEntry("posName1", QPointF(1.0,1.0));
QPointF posAI = config.readEntry("posAI", QPointF(1.0,1.0));
// Calculate proper font size
double fontHeight = config.readEntry("fontHeight", 1.0);
fontHeight *= height;
double fontWidth = config.readEntry("fontWidth", 1.0);
fontWidth *= width;
// Retrieve font color
QColor fontColor[2];
fontColor[0] = config.readEntry("fontColorPlayer0", QColor(Qt::white));
fontColor[1] = config.readEntry("fontColorPlayer1", QColor(Qt::white));
// Set position of sub sprites
mWon[0]->setPos(posWon0.x()*width, posWon0.y()*height);
mWon[1]->setPos(posWon1.x()*width, posWon1.y()*height);
mDraw[0]->setPos(posDraw0.x()*width, posDraw0.y()*height);
mDraw[1]->setPos(posDraw1.x()*width, posDraw1.y()*height);
mLoss[0]->setPos(posLoss0.x()*width, posLoss0.y()*height);
mLoss[1]->setPos(posLoss1.x()*width, posLoss1.y()*height);
mBreak[0]->setPos(posBreak0.x()*width, posBreak0.y()*height);
mBreak[1]->setPos(posBreak1.x()*width, posBreak1.y()*height);
mName[0]->setPos(posName0.x()*width, posName0.y()*height);
mName[1]->setPos(posName1.x()*width, posName1.y()*height);
// Create and set current font
QFont font;
font.setPixelSize(int(fontHeight));
// Set font and color for all text items
for (int i=0; i<2; i++)
{
mWon[i]->setFont(font);
mDraw[i]->setFont(font);
mLoss[i]->setFont(font);
mBreak[i]->setFont(font);
mName[i]->setFont(font);
mWon[i]->setDefaultTextColor(fontColor[i]);
mDraw[i]->setDefaultTextColor(fontColor[i]);
mLoss[i]->setDefaultTextColor(fontColor[i]);
mBreak[i]->setDefaultTextColor(fontColor[i]);
mName[i]->setDefaultTextColor(fontColor[i]);
mWon[i]->setTextWidth(fontWidth);
mDraw[i]->setTextWidth(fontWidth);
mLoss[i]->setTextWidth(fontWidth);
mBreak[i]->setTextWidth(fontWidth);
mName[i]->setTextWidth(fontWidth);
// Restore the frame of the input device sprite
if (mInputFrame[i]>=0) mInput[i]->setFrame(mInputFrame[i]);
}
// Update next player
if (mTurn>=0) setTurn(mTurn);
}
// Animation loop
void DisplayIntro::loop()
{
int no = mCards.size();
// Catch no card error
if (no<1) return;
// Retrieve theme data
KConfigGroup cardconfig = thememanager()->config(QLatin1String( "card" ));
double card_width = cardconfig.readEntry("width", 1.0);
KConfigGroup config = thememanager()->config(id());
QPointF start_shift = config.readEntry("start-shift", QPointF(1.0,1.0));
QPointF start_pos = config.readEntry("start-pos", QPointF(1.0,1.0));
double time_clear_in = config.readEntry("time-clear-in", 1.0);
double time_clear_out = config.readEntry("time-clear-out", 1.0);
double aspectRatio = thememanager()->aspectRatio();
// Display the intro text delayed
if (mAnimCnt == 2 && mState == Putting && !mTextShown)
{
mTextShown = true;
QString s1 = i18nc("Title of the game - line 1", "Lieutenant Skat");
QString s2 = i18nc("Title of the game - line 2", "for");
QString s3 = i18nc("Title of the game - line 3", "K D E");
// Text sprite title foreground
TextSprite* text1a = new TextSprite(s1, QLatin1String( "name-front" ), mTheme, scene());
mSprites.append(text1a);
text1a->show();
// Text sprite title background
TextSprite* text1b = new TextSprite(s1, QLatin1String( "name-back" ), mTheme, scene());
mSprites.append(text1b);
text1b->show();
// Text sprite title foreground
TextSprite* text2a = new TextSprite(s2, QLatin1String( "for-front" ), mTheme, scene());
mSprites.append(text2a);
text2a->show();
// Text sprite title background
TextSprite* text2b = new TextSprite(s2, QLatin1String( "for-back" ), mTheme, scene());
mSprites.append(text2b);
text2b->show();
// Text sprite title foreground
TextSprite* text3a = new TextSprite(s3, QLatin1String( "kde-front" ), mTheme, scene());
mSprites.append(text3a);
text3a->show();
// Text sprite title background
TextSprite* text3b = new TextSprite(s3, QLatin1String( "kde-back" ), mTheme, scene());
mSprites.append(text3b);
text3b->show();
}
// Display a card
if (mAnimCnt < no && mState == Putting)
{
double factor = double(mAnimCnt)/double(no-1);
double fsin = sin(factor*M_PI);
CardSprite* sprite = mCards[mAnimCnt];
QPointF pos;
if (mAnimCnt %2 == 0)
{
pos = QPointF(start_pos.x(), start_pos.y());
pos += QPointF(start_shift.x() * fsin, start_shift.y() * factor);
}
else
{
pos = QPointF(1.0-start_pos.x()-card_width, start_pos.y());
pos += QPointF(-start_shift.x() * fsin, start_shift.y() * factor);
}
sprite->setBackside();
sprite->setPosition(pos);
sprite->setZValue(50+mAnimCnt);
sprite->show();
mAnimCnt++;
}
// Change state to turning
else if (mState == Putting)
{
mState = Turning;
mAnimCnt = 0;
}
// Turn cards
else if (mAnimCnt < no && mState == Turning)
{
CardSprite* sprite = mCards[mAnimCnt];
sprite->setTurning(true);
mAnimCnt++;
}
// Change state to waiting
else if (mState == Turning)
{
mState = Waiting;
mAnimCnt = 0;
}
// Wait
else if (mAnimCnt < WAIT_CNT && mState == Waiting)
{
mAnimCnt++;
}
// Change state to clearing the board
else if (mState == Waiting)
{
mState = Clearing;
mAnimCnt = 0;
}
// Clear the board, step 1
else if (mAnimCnt == 0 && mState == Clearing)
{
for (int i=0; i<no; i++)
{
CardSprite* sprite = mCards[i];
sprite->setMove(QPointF((1.0-card_width)/2.0, (1.0/aspectRatio-card_width)/2.0), time_clear_in);
}
mAnimCnt++;
}
// Clear the board, step 2
else if (mAnimCnt < 30 && mState == Clearing)
{
mAnimCnt++;
}
// Clear the board, step 3 and change state to waiting
else if (mState == Clearing)
{
for (int i=0; i<no; i++)
{
double r = 1.0;
double x = r*cos(double(i)/double(no-1)*M_PI*2.0) + 0.5;
double y = r*sin(double(i)/double(no-1)*M_PI*2.0) + 0.5;
CardSprite* sprite = mCards[i];
sprite->setMove(QPointF(x,y/aspectRatio), time_clear_out);
}
mState = Waiting2;
mAnimCnt = 0;
}
// Wait
else if (mAnimCnt < WAIT_CNT && mState == Waiting2)
{
mAnimCnt++;
}
// Restart cycle
else if (mState == Waiting2)
{
for (int i=0; i<no; i++)
{
CardSprite* sprite = mCards[i];
sprite->stop();
}
mState = Putting;
mAnimCnt = 0;
}
}
void TextSprite::setText(const QString &text)
{
setPlainText(text);
thememanager()->updateTheme(this);
}
