image relocation

2 files changed, 1 insertions, 1 deletions

diff --git a/core/settings/citytime/zonemap.cpp b/core/settings/citytime/zonemap.cpp
index 337f4d9..1d60aee 100644
--- a/core/settings/citytime/zonemap.cpp
+++ b/core/settings/citytime/zonemap.cpp
@@ -1,670 +1,670 @@
 /**********************************************************************
 ** Copyright (C) 2000 Trolltech AS.  All rights reserved.
 **
 ** This file is part of Qtopia Environment.
 **
 ** This file may be distributed and/or modified under the terms of the
 ** GNU General Public License version 2 as published by the Free Software
 ** Foundation and appearing in the file LICENSE.GPL included in the
 ** packaging of this file.
 **
 ** This file is provided AS IS with NO WARRANTY OF ANY KIND, INCLUDING THE
 ** WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
 **
 ** See http://www.trolltech.com/gpl/ for GPL licensing information.
 **
 ** Contact info@trolltech.com if any conditions of this licensing are
 ** not clear to you.
 **
 **********************************************************************/
 
 #include "sun.h"
 #include "zonemap.h"
 
 #include <qpe/resource.h>
 #include <qpe/timestring.h>
 #include <qpe/qpeapplication.h>
 
 #include <qdatetime.h>
 #include <qfile.h>
 #include <qimage.h>
 #include <qlabel.h>
 #include <qlist.h>
 #include <qmessagebox.h>
 #include <qpixmap.h>
 #include <qpainter.h>
 #include <qregexp.h>
 #include <qtextstream.h>
 #include <qtimer.h>
 #include <qtoolbutton.h>
 
 #include <limits.h>
 
 // the map file...
 static const char strZONEINFO[] = "/usr/share/zoneinfo/zone.tab";
-static const char strMAP[] = "simple_grid_400";
+static const char strMAP[] = "citytime/simple_grid_400";
 
 // the maximum distance we'll allow the pointer to be away from a city
 // and still show the city's time
 static const int iTHRESHOLD = 50000;
 
 // The label offset (how far away from pointer)
 static const int iLABELOFFSET = 8;
 
 // the size of the dot to draw, and where to start it
 static const int iCITYSIZE = 3;
 const int iCITYOFFSET = 2;
 
 // the darkening function
 static inline void darken( QImage *pImage, int start, int stop, int row );
 static void dayNight( QImage *pImage );
 
 ZoneField::ZoneField( const QString& strLine )
 {
     // make a bunch of RegExp's to match the data from the line
     QRegExp regCoord( "[-+][0-9]+" );	// the latitude
     QRegExp regCountry( "[A-Za-z]+/" ); // the country (not good enough)
     QRegExp regCity( "[A-Za-z_-]*" ); // the city
 
     int iStart,
 	iStop,
         iLen,
         tmp;
     QString strTmp;
     // we should be able to assume that the country code is always the first
     // two chars, so just grap them and let it go...
     strCountryCode = strLine.left( 2 );
     iStart = regCoord.match( strLine, 0, &iLen );
     if ( iStart >= 0 ) {
 	strTmp = strLine.mid( iStart, iLen );
 	tmp = strTmp.toInt();
 	// okay, there are two versions of the format, make a decision based on
 	// the size...
 	// Oh BTW, we are storing everything in seconds!
 	if ( iLen < 7 ) {
 	    _y = tmp / 100;
 	    _y *= 60;
 	    _y += tmp % 100;
 	    _y *= 60;
 	} else {
 	    _y = tmp / 10000;
 	    _y *= 60;
 	    tmp %= 10000;
 	    _y += tmp / 100;
 	    _y *= 60;
 	    tmp %= 100;
 	    _y += tmp;
 	}
     }
     iStart = regCoord.match( strLine, iStart + iLen, &iLen );
     if ( iStart >= 0 ) {
 	strTmp = strLine.mid( iStart, iLen );
 	tmp = strTmp.toInt();
 	if ( iLen < 8 ) {
 	    _x = tmp / 100;
 	    _x *= 60;
 	    _x += tmp % 100;
 	    _x *= 60;
 	} else {
 	    _x = tmp / 10000;
 	    _x *= 60;
 	    tmp %= 10000;
 	    _x += tmp / 100;
 	    _x *= 60;
 	    tmp %= 100;
 	    _x += tmp;
 	}
     }
     iStart = regCountry.match( strLine, 0, &iLen );
     // help with the shortcoming in 2.x regexp...
     iStop = strLine.findRev( '/' );
     if ( iStart >= 0 ) {
 	iLen = (iStop - iStart) + 1;
 	strCountry = strLine.mid( iStart, iLen );
     }
     // now match the city...
     iStart = regCity.match( strLine, iStart + iLen, &iLen );
     if ( iStart >= 0 ) {
 	strCity = strLine.mid( iStart, iLen );
     }
 }
 
 void ZoneField::showStructure( void ) const
 {
     qDebug( "Country: %s", strCountry.latin1() );
     qDebug( "City: %s", strCity.latin1() );
     qDebug( "x: %d", _x );
     qDebug( "y: %d\n", _y );
 }
 
 ZoneMap::ZoneMap( QWidget *parent, const char* name )
     : QScrollView( parent, name ),
       pLast( 0 ),
       pRepaint( 0 ),
       ox( 0 ),
       oy( 0 ),
       drawableW( -1 ),
       drawableH( -1 ),
       bZoom( FALSE ),
       bIllum( TRUE ),
       cursor( 0 )
 {
     viewport()->setFocusPolicy( StrongFocus );
 
     // set mouse tracking so we can use the mouse move event
     zones.setAutoDelete( true );
     // get the map loaded
     // just set the current image to point
     pixCurr = new QPixmap();
 
     QPixmap pixZoom = Resource::loadPixmap( "mag" );
 
     cmdZoom = new QToolButton( this, "Zoom command" );
     cmdZoom->setPixmap( pixZoom );
     cmdZoom->setToggleButton( true );
 
     cmdZoom->setSizePolicy( QSizePolicy( (QSizePolicy::SizeType)0,
                             (QSizePolicy::SizeType)0,
                             cmdZoom->sizePolicy().hasHeightForWidth() ) );
     cmdZoom->setMaximumSize( cmdZoom->sizeHint() );
     // probably don't need this, but just in case...
     cmdZoom->move( width() - cmdZoom->width(), height() - cmdZoom->height() );
 
 
     lblCity = new QLabel( tr( "CITY" ), this, "City Label" );
     lblCity->setMinimumSize( lblCity->sizeHint() );
     lblCity->setFrameStyle( QFrame::Plain | QFrame::Box );
     lblCity->setBackgroundColor( yellow );
     lblCity->hide();
 
     // A timer to make sure the label gets hidden
     tHide = new QTimer( this, "Label Timer" );
     QObject::connect( tHide, SIGNAL( timeout() ),
                       lblCity, SLOT( hide() ) );
     QObject::connect( tHide, SIGNAL( timeout() ),
                       this, SLOT( slotRedraw() ) );
     QTimer *tUpdate = new QTimer( this, "Update Timer" );
     QObject::connect( tUpdate, SIGNAL( timeout() ),
                       this, SLOT( slotUpdate() ) );
     QObject::connect( qApp, SIGNAL( timeChanged() ),
                       this, SLOT( slotUpdate() ) );
     QObject::connect( cmdZoom, SIGNAL( toggled( bool ) ),
                       this, SLOT( slotZoom( bool ) ) );
     QObject::connect( &norm, SIGNAL( signalNewPoint( const QPoint& ) ),
                       this, SLOT( slotFindCity( const QPoint& ) ) );
     QObject::connect( qApp, SIGNAL( clockChanged( bool ) ),
                       this, SLOT( changeClock( bool ) ) );
     // update the sun's movement every 5 minutes
     tUpdate->start( 5 * 60 * 1000 );
     // May as well read in the timezone information too...
     readZones();
 }
 
 ZoneMap::~ZoneMap()
 {
 }
 
 void ZoneMap::readZones( void )
 {
     QFile fZone( strZONEINFO );
     if ( !fZone.open( IO_ReadOnly ) ) {
 	QMessageBox::warning (this,
 		tr( "Unable to Find Timezone Info" ),
 		tr( "<p>Unable to find any timezone information in %1" )
 		.arg( strZONEINFO ));
 	exit(-1);
     } else {
 	QTextStream tZone( &fZone );
 	while ( !tZone.atEnd() ) {
 	    QString strLine = tZone.readLine();
 	    // only pass on lines that aren't comments
 	    if ( strLine[0] != '#' ) {
 		zones.append( new ZoneField( strLine ) );
 	    }
 	}
 	fZone.close();
     }
 }
 
 void ZoneMap::viewportMousePressEvent( QMouseEvent* event )
 {
     // add the mouse event into the normalizer, and get the average,
     // pass it along
     slotRedraw();
     norm.start();
     norm.addEvent( event->pos() );
 }
 
 void ZoneMap::viewportMouseMoveEvent( QMouseEvent* event )
 {
     norm.addEvent( event->pos() );
 }
 
 void ZoneMap::viewportMouseReleaseEvent( QMouseEvent* )
 {
     // get the averaged points in case a timeout hasn't occurred,
     // more for "mouse clicks"
     norm.stop();
     if ( pLast != NULL ) {
 	emit signalTz( pLast->country(), pLast->city() );
 	pLast = NULL;
     }
     tHide->start( 2000, true );
 }
 
 void ZoneMap::keyPressEvent( QKeyEvent *ke )
 {
     switch ( ke->key() ) {
 	case Key_Left:
 	case Key_Right:
 	case Key_Up:
 	case Key_Down: {
 		tHide->stop();
 		if ( !cursor )
 		    slotFindCity( QPoint( contentsWidth(), contentsHeight() ) / 2 );
 		ZoneField *city = findCityNear( cursor, ke->key() );
 		if ( city ) {
 		    cursor = city;
 		    int tmpx, tmpy;
 		    zoneToWin( cursor->x(), cursor->y(), tmpx, tmpy );
 		    ensureVisible( tmpx, tmpy );
 		    showCity( cursor );
 		    tHide->start( 3000, true );
 		}
 	    }
 	    break;
 
 	case Key_Space:
 	case Key_Enter:
 	case Key_Return:
 	    if ( cursor ) {
 		emit signalTz( cursor->country(), cursor->city() );
 		tHide->start( 0, true );
 	    }
 	    break;
     }
 }
 
 ZoneField *ZoneMap::findCityNear( ZoneField *city, int key )
 {
     ZoneField *pZone;
     ZoneField *pClosest = 0;
     long ddist = LONG_MAX;
 
     QListIterator<ZoneField> it( zones );
     for (; it.current(); ++it) {
 	pZone = it.current();
 	long dx = (pZone->x() - city->x())/100;
 	long dy = (pZone->y() - city->y())/100;
 	switch ( key ) {
 	    case Key_Right:
 	    case Key_Left:
 		if ( key == Key_Left )
 		    dx = -dx;
 		if ( dx > 0 ) {
 		    long dist = QABS(dy)*4 + dx;
 		    if ( dist < ddist ) {
 			ddist = dist;
 			pClosest = pZone;
 		    }
 		}
 		break;
 	    case Key_Down:
 	    case Key_Up:
 		if ( key == Key_Down )
 		    dy = -dy;
 		if ( dy > 0 ) {
 		    long dist = QABS(dx)*4 + dy;
 		    if ( dist < ddist ) {
 			ddist = dist;
 			pClosest = pZone;
 		    }
 		}
 		break;
 	}
     }
 
     return pClosest;
 }
 
 void ZoneMap::slotFindCity( const QPoint &pos )
 {
     lblCity->hide();
     // given coordinates on the screen find the closest city and display the
     // label close to it
     int tmpx, tmpy, x, y;
     long lDistance,
          lClosest;
     ZoneField *pZone,
               *pClosest;
 
     if ( tHide->isActive() ) {
         tHide->stop();
     }
     viewportToContents(pos.x(), pos.y(), tmpx, tmpy);
     winToZone( tmpx, tmpy, x, y );
     // Find city alogorithim: start out at an (near) infinite distance away and
     // then find the closest city, (similar to the Z-buffer technique, I guess)
     // the only problem is that this is all done with doubles, but I don't know
     // another way to do it at the moment.  Another problem is a linked list is
     // used obviously something indexed would help
     QListIterator<ZoneField> it( zones );
     pClosest = 0;
     lClosest = LONG_MAX;
     for (; it.current(); ++it) {
 	pZone = it.current();
 	// use the manhattenLength, a good enough of an appoximation here
 	lDistance = QABS( x - pZone->x() ) + QABS( y - pZone->y() );
 	// first to zero wins!
 	if ( lDistance < lClosest ) {
 	    lClosest = lDistance;
 	    pClosest = pZone;
 	}
     }
 
     // Okay, we found the closest city, but it might still be too far away.
     if ( lClosest <= iTHRESHOLD ) {
 	showCity( pClosest );
 	cursor = pClosest;
     }
 }
 
 void ZoneMap::showCity( ZoneField *city )
 {
     pLast = city;
     // we'll use city and country a couple of times, get them to save some
     // time
     QString strCity = pLast->city();
     QString strCountry = pLast->country();
     // Display the time at this location by setting the environment timezone
     // getting the current time [there] and then swapping back the variable
     // so no one notices...
     QString strSave;
     char *p = getenv( "TZ" );
     if ( p ) {
 	strSave = p;
     }
     // set the timezone :)
     setenv( "TZ", strCountry + strCity, true );
     lblCity->setText( strCity.replace( QRegExp("_"), " ") + "\n" +
 		      TimeString::shortTime( ampm ) );
     lblCity->setMinimumSize( lblCity->sizeHint() );
     // undue our damage...
     unsetenv( "TZ" );
     if ( p )
 	setenv( "TZ", strSave, true );
     // Now decide where to move the label, x & y can be reused
     int tmpx, tmpy, x, y;
     zoneToWin( pLast->x(), pLast->y(), tmpx, tmpy );
     contentsToViewport(tmpx, tmpy, x, y);
     if ( lblCity->width() > drawableW - x ) {
 	// oops... try putting it on the right
 	x = x - lblCity->width() - iLABELOFFSET;
     } else {
 	// the default...
 	x += iLABELOFFSET;
     }
     if ( lblCity->height() > drawableH - y ) {
 	// move it up...
 	y = y - lblCity->height() - iLABELOFFSET;
     } else if ( y < 0 ) {
 	// the city is actually off the screen...
 	// this only happens on the a zoom when you are near the top,
 	// a quick workaround..
 	y = iLABELOFFSET;
     } else {
 	// the default
 	y += iLABELOFFSET;
     }
 
     // draw in the city and the label
     if ( pRepaint ) {
 	int repx,
 	    repy;
 	zoneToWin( pRepaint->x(), pRepaint->y(), repx, repy );
 	updateContents( repx - iCITYOFFSET, repy - iCITYOFFSET,
 			iCITYSIZE, iCITYSIZE );
     }
     updateContents( tmpx - iCITYOFFSET, tmpy - iCITYOFFSET, iCITYSIZE,
 		    iCITYSIZE );
     pRepaint = pLast;
 
     lblCity->move( x, y );
     lblCity->show();
 }
 
 void ZoneMap::resizeEvent( QResizeEvent *e )
 {
     // keep the zoom button down in the corner
     QSize _size = e->size();
     cmdZoom->move( _size.width() - cmdZoom->width(),
                    _size.height() - cmdZoom->height() );
     if ( !bZoom ) {
 	drawableW = width() - 2 * frameWidth();
 	drawableH = height() - 2 * frameWidth();
 	makeMap( drawableW, drawableH );
 	resizeContents( drawableW, drawableH );
     }
 }
 
 void ZoneMap::showZones( void ) const
 {
     // go through the zones in the list and just display the values...
     QListIterator<ZoneField> itZone( zones );
     for ( itZone.toFirst(); itZone.current(); ++itZone ) {
 	ZoneField *pZone = itZone.current();
 	pZone->showStructure();
     }
 }
 
 void ZoneMap::drawCities( QPainter *p )
 {
     int x,
         y,
         j;
     // draw in the cities
     // for testing only as when you put it
     // on the small screen it looks awful and not to mention useless
     p->setPen( red );
     QListIterator<ZoneField> itZone( zones );
     for ( itZone.toFirst(), j = 0; itZone.current(); ++itZone, j++ ) {
 	ZoneField *pZone = itZone.current();
 	zoneToWin( pZone->x(), pZone->y(), x, y );
 	if ( x > wImg )
 	    x = x - wImg;
 	p->drawRect( x - iCITYOFFSET, y - iCITYOFFSET, iCITYSIZE, iCITYSIZE);
     }
 }
 
 static void dayNight(QImage *pImage)
 {
     // create a mask the functions from sun.h
     double dJulian,
            dSunRad,
            dSunDecl,
            dSunRadius,
            dSunLong;
     int wImage = pImage->width(),
         hImage = pImage->height(),
         iStart,
         iStop,
         iMid,
         relw,
         i;
     short wtab[ wImage ];
     time_t tCurrent;
     struct tm *pTm;
 
     // get the position of the sun bassed on our current time...
     tCurrent = time( NULL );
     pTm = gmtime( &tCurrent );
     dJulian = jtime( pTm );
     sunpos( dJulian, 0, &dSunRad, &dSunDecl, &dSunRadius, &dSunLong );
 
     // now get the projected illumination
     projillum( wtab, wImage, hImage, dSunDecl );
     relw = wImage - int( wImage * 0.0275 );
 
     // draw the map, keeping in mind that we may go too far off the map...
     iMid = ( relw * ( 24*60 - pTm->tm_hour * 60 - pTm->tm_min ) ) / ( 24*60 );
 
     for ( i = 0; i < hImage; i++ ) {
 	if ( wtab[i] > 0 ) {
 	    iStart = iMid - wtab[i];
 	    iStop = iMid + wtab[i];
 	    if ( iStart < 0 ) {
 		darken( pImage, iStop, wImage + iStart, i );
 	    } else if ( iStop > wImage ) {
 		darken( pImage, iStop - wImage, iStart, i );
 	    } else {
 		darken( pImage, 0, iStart, i );
 		darken( pImage, iStop, wImage, i );
 	    }
 	} else {
 	    darken( pImage, 0, wImage, i );
 	}
     }
 }
 
 static inline void darken( QImage *pImage, int start, int stop, int row )
 {
     int colors,
         j;
     uchar *p;
 
     // assume that the image is similar to the one we have...
     colors = pImage->numColors() / 2;
 
     p = pImage->scanLine( row );
     for ( j = start; j <= stop; j++ ) {
 	if ( p[j] < colors )
 	    p[j] += colors;
     }
 }
 
 void ZoneMap::makeMap( int w, int h )
 {
     QImage imgOrig = Resource::loadImage( strMAP );
     if ( imgOrig.isNull() ) {
 	QMessageBox::warning( this,
 	                      tr( "Couldn't Find Map" ),
 	                      tr( "<p>Couldn't load map: %1, exiting")
                               .arg( strMAP ) );
 	exit(-1);
     }
 
     // set up the color table for darkening...
     imgOrig = imgOrig.convertDepth( 8 );
     int numColors = imgOrig.numColors();
     // double the colors
     imgOrig.setNumColors( 2 * numColors );
     // darken the new ones...
     for ( int i = 0; i < numColors; i++ ) {
 	QRgb rgb = imgOrig.color( i );
 	imgOrig.setColor ( i + numColors, qRgb(  2 * qRed( rgb ) / 3,
 	                   2 * qGreen( rgb ) / 3, 2 * qBlue( rgb ) / 3 ) );
     }
 
     // else go one with making the map...
     if ( bIllum ) {
 	// do a daylight mask
 	dayNight(&imgOrig);
     }
     // redo the width and height
     wImg = w;
     hImg = h;
     ox = ( wImg / 2 ) - int( wImg * 0.0275 );
     oy = hImg / 2;
     pixCurr->convertFromImage( imgOrig.smoothScale(w, h),
                                QPixmap::ThresholdDither );
 }
 
 void ZoneMap::drawCity( QPainter *p, const ZoneField *pCity )
 {
     int x,
         y;
 
     p->setPen( red );
     zoneToWin( pCity->x(), pCity->y(), x, y );
     p->drawRect( x - iCITYOFFSET, y - iCITYOFFSET, iCITYSIZE, iCITYSIZE );
 }
 
 void ZoneMap::drawContents( QPainter *p, int cx, int cy, int cw, int ch )
 {
     // if there is a need to resize, then do it...
     // get our drawable area
     drawableW = width() - 2 * frameWidth();
     drawableH = height() - 2 * frameWidth();
 
     int pixmapW = pixCurr->width(),
         pixmapH = pixCurr->height();
     if ( !bZoom &&  ( ( pixmapW != drawableW ) ||
                       ( pixmapH != drawableH) ) ) {
 	makeMap( drawableW, drawableH );
     }
 
     // taken from the scrollview example...
     int rowheight = pixCurr->height();
     int toprow = cy / rowheight;
     int bottomrow = ( cy + ch + rowheight - 1 ) / rowheight;
     int colwidth = pixCurr->width();
     int leftcol= cx / colwidth;
     int rightcol= ( cx + cw + colwidth - 1 ) / colwidth;
     for ( int r = toprow; r <= bottomrow; r++ ) {
 	int py = r * rowheight;
 	for ( int c = leftcol; c <= rightcol; c++ ) {
 	    int px = c * colwidth;
 	    p->drawPixmap( px, py, *pixCurr );
 	}
     }
 
     // Draw that city!
     if ( pLast )
 	drawCity( p, pLast );
 }
 
 void ZoneMap::slotZoom( bool setZoom )
 {
     bZoom = setZoom;
     if ( bZoom ) {
 	makeMap( 2 * wImg , 2 * hImg );
 	resizeContents( wImg, hImg );
     } else {
 	makeMap( drawableW, drawableH );
 	resizeContents( drawableW, drawableH );
     }
 }
 
 void ZoneMap::slotIllum( bool setIllum )
 {
     bIllum = !setIllum;
     // make the map...
     makeMap( pixCurr->width(), pixCurr->height() );
     updateContents( 0, 0, wImg, hImg );
 }
 
 void ZoneMap::slotUpdate( void )
 {
     // recalculate the light, most people will never see this,
     // but it is good to be complete
     makeMap ( pixCurr->width(), pixCurr->height() );
     updateContents( contentsX(), contentsY(), drawableW, drawableH );
 }
 
 void ZoneMap::slotRedraw( void )
 {
     // paint over that pesky city...
     int x,
         y;
     if ( pRepaint ) {
 	pLast = 0;
 	zoneToWin(pRepaint->x(), pRepaint->y(), x, y);
 	updateContents( x - iCITYOFFSET, y - iCITYOFFSET, iCITYSIZE, iCITYSIZE);
         pRepaint = 0;
     }
 }
 
 void ZoneMap::changeClock( bool whichClock )
 {
     ampm = whichClock;
 }
diff --git a/pics/simple_grid_400.png b/pics/simple_grid_400.png
deleted file mode 100644
index 5e0e21d..0000000
--- a/pics/simple_grid_400.png
+++ b/dev/null