void TgraphPage::drawCompleteGraph(void)
{
memset(graphBits, 0, stride * gy);
for (int x = 0; x < gx; x++) {
shift++;
if (shift == 30) {
lineY(x, 0, gy, 1);
shift = 0;
}
}
for (int y = 0; y < gy; y += 30) {
lineX(0, gx, y, 1);
}
repaint(hg);
}
bool CollisionOutline_Impl::point_inside_contour( const Pointf &point, const Contour &contour )
{
// In case the contour is inside-out (the inside of a hollow polygon) it makes no sense to do this test.
if(contour.is_inside_contour())
return false;
LineSegment2f lineX( Pointf(point.x, point.y+0.000f), Pointf(point.x+99999.0f, point.y+0.000f) );
// collide the line with the outline.
int num_intersections_x = 0;
const std::vector<Pointf> &points = contour.get_points();
std::vector<OutlineCircle>::const_iterator it;
for( it = contour.get_sub_circles().begin();
it != contour.get_sub_circles().end();
++it )
{
const OutlineCircle &circle = (*it);
float dist = fabs(circle.position.y - point.y);
if( dist <= circle.radius )
{
// test each line segment inside the circle
for( unsigned int i=circle.start; i != circle.end; ++i )
{
LineSegment2f line2(points[ i % points.size()], points[(i+1) % points.size()]);
if( lineX.intersects(line2, false) )
{
num_intersections_x++;
}
}
}
}
if( num_intersections_x % 2 )
{
return true;
}
return false;
}
// -------------------------------------------------------------------------
void ctkQImageView::update( bool zoomChanged,
bool sizeChanged )
{
Q_D( ctkQImageView );
if( d->SliceNumber >= 0 && d->SliceNumber < d->ImageList.size() )
{
const QImage * img = & ( d->ImageList[ d->SliceNumber ] );
if( zoomChanged || sizeChanged )
{
if( this->width() > 0 && this->height() > 0
&& d->TmpXMax > d->TmpXMin && d->TmpYMax > d->TmpYMin)
{
int tmpXRange = d->TmpXMax - d->TmpXMin;
int tmpYRange = d->TmpYMax - d->TmpYMin;
double tmpAspectRatio = static_cast<double>(tmpYRange) / tmpXRange;
double screenAspectRatio = static_cast<double>(this->height())
/ this->width();
if( screenAspectRatio > tmpAspectRatio )
{
int extraTmpYAbove = d->TmpYMin;
int extraTmpYBelow = img->height() - d->TmpYMax;
int extraTmpYNeeded = tmpXRange * screenAspectRatio
- tmpYRange;
int minExtra = extraTmpYAbove;
if( extraTmpYBelow < minExtra )
{
minExtra = extraTmpYBelow;
}
if(2 * minExtra >= extraTmpYNeeded)
{
int minNeeded = extraTmpYNeeded / 2.0;
int maxNeeded = extraTmpYNeeded - minNeeded;
d->TmpYMin -= minNeeded;
d->TmpYMax += maxNeeded;
}
else if(extraTmpYAbove + extraTmpYBelow >= extraTmpYNeeded)
{
if(extraTmpYAbove < extraTmpYBelow)
{
d->TmpYMin = 0;
d->TmpYMax += extraTmpYNeeded - extraTmpYAbove;
}
else
{
d->TmpYMax = img->height();
d->TmpYMin -= extraTmpYNeeded - extraTmpYBelow;
}
}
else
{
d->TmpYMin = 0;
d->TmpYMax = img->height();
}
d->TmpImage = QPixmap( this->width(),
static_cast<unsigned int>(
static_cast<double>(d->TmpYMax - d->TmpYMin)
/ (d->TmpXMax - d->TmpXMin)
* this->width() + 0.5 ) );
}
else if(screenAspectRatio < tmpAspectRatio)
{
int extraTmpXLeft = d->TmpXMin;
int extraTmpXRight = img->width() - d->TmpXMax;
int extraTmpXNeeded = static_cast<double>(tmpYRange)
/ screenAspectRatio - tmpXRange;
int minExtra = extraTmpXLeft;
if( extraTmpXRight < minExtra )
{
minExtra = extraTmpXRight;
}
if(2 * minExtra >= extraTmpXNeeded)
{
int minNeeded = extraTmpXNeeded / 2.0;
int maxNeeded = extraTmpXNeeded - minNeeded;
d->TmpXMin -= minNeeded;
d->TmpXMax += maxNeeded;
}
else if(extraTmpXLeft + extraTmpXRight >= extraTmpXNeeded)
{
if(extraTmpXLeft < extraTmpXRight)
{
d->TmpXMin = 0;
d->TmpXMax += extraTmpXNeeded - extraTmpXLeft;
}
else
{
d->TmpXMax = img->width();
d->TmpXMin -= extraTmpXNeeded - extraTmpXRight;
}
}
else
{
d->TmpXMin = 0;
d->TmpXMax = img->width();
}
d->TmpImage = QPixmap( static_cast<unsigned int>( this->height()
/ ( static_cast<double>(d->TmpYMax - d->TmpYMin)
/ (d->TmpXMax - d->TmpXMin) )
+ 0.5 ), this->height() );
}
else
{
d->TmpImage = QPixmap( this->width(), this->height() );
}
}
}
if( d->TmpImage.width() > 0 && d->TmpImage.height() > 0)
{
QRectF target( 0, 0, d->TmpImage.width(), d->TmpImage.height() );
double sourceX = d->TmpXMin;
double sourceY = d->TmpYMin;
double sourceW = d->TmpXMax - d->TmpXMin;
double sourceH = d->TmpYMax - d->TmpYMin;
QPainter painter( &(d->TmpImage) );
QImage tmpI = *img;
if( d->InvertImage )
{
tmpI.invertPixels();
}
if( d->FlipXAxis || d->FlipYAxis )
{
tmpI = tmpI.mirrored( d->FlipXAxis, d->FlipYAxis );
if( d->FlipXAxis )
{
sourceX = tmpI.width() - (d->TmpXMax - d->TmpXMin) - d->TmpXMin;
}
if( d->FlipYAxis )
{
sourceY = tmpI.height() - (d->TmpYMax - d->TmpYMin) - d->TmpYMin;
}
}
QRectF source( sourceX, sourceY, sourceW, sourceH );
painter.drawPixmap( target, QPixmap::fromImage( tmpI ), source );
//if( ! sizeChanged )
{
int maxNumCharsPerLine = 50;
int fontPointSize = 12;
if( fontPointSize * maxNumCharsPerLine > this->width() )
{
fontPointSize = this->width() / maxNumCharsPerLine;
}
if( fontPointSize > 7 )
{
QString fontFamily( "Helvetica" );
QFont textFont( fontFamily, fontPointSize );
painter.setFont( textFont );
QColor textColor;
textColor.setNamedColor( "lime" );
textColor.setAlpha( 128 );
painter.setPen( textColor );
int textFlags = Qt::AlignLeft | Qt::TextDontClip;
QRectF pointRect( 0, 0, 1, 1 );
QRectF spaceBound = painter.boundingRect( pointRect, textFlags,
"X" );
if( img->isGrayscale() )
{
QString intString = "Intensity Range = ";
intString.append( QString::number( d->IntensityMin,
'f', 3 ) );
intString.append( " - " );
intString.append( QString::number( d->IntensityMax,
'f', 3 ) );
QRectF intBound = painter.boundingRect( pointRect, textFlags,
intString );
QRectF intRect(
spaceBound.width()/2,
spaceBound.height()/8,
intBound.width(), intBound.height() );
painter.drawText( intRect, textFlags, intString,
&intBound );
QString wlString = "W / L = ";
wlString.append( QString::number( this->intensityWindow(),
'f', 3 ) );
wlString.append( " / " );
wlString.append( QString::number( this->intensityLevel(),
'f', 3 ) );
QRectF wlBound = painter.boundingRect( pointRect, textFlags,
wlString );
QRectF wlRect(
spaceBound.width()/2,
intRect.y() + intRect.height() + spaceBound.height()/8,
wlBound.width(), wlBound.height() );
painter.drawText( wlRect, textFlags, wlString,
&wlBound );
}
QString spacingString = "Spacing = ";
spacingString.append( QString::number( this->xSpacing(),
'f', 3 ) );
spacingString.append( ", " );
spacingString.append( QString::number( this->ySpacing(),
'f', 3 ) );
spacingString.append( ", " );
spacingString.append( QString::number( this->sliceThickness(),
'f', 3 ) );
QRectF spacingBound = painter.boundingRect( pointRect, textFlags,
spacingString );
QRectF spacingRect(
this->width() - spacingBound.width() - spaceBound.width()/2,
this->height() - spacingBound.height() - spaceBound.height()/8,
spacingBound.width(), spacingBound.height() );
painter.drawText( spacingRect, textFlags, spacingString,
&spacingBound );
QString dimString = "Size = ";
dimString.append(
QString::number( d->ImageList[ d->SliceNumber ].width() ) );
dimString.append( ", " );
dimString.append(
QString::number( d->ImageList[ d->SliceNumber ].height() ) );
dimString.append( ", " );
dimString.append(
QString::number( d->ImageList.size() ) );
QRectF dimBound = painter.boundingRect( pointRect, textFlags,
dimString );
QRectF dimRect(
this->width() - dimBound.width() - spaceBound.width()/2,
spacingBound.y() - dimBound.height() - spaceBound.height()/8,
dimBound.width(), dimBound.height() );
painter.drawText( dimRect, textFlags, dimString, &dimBound );
QString rasString = "RAS = ";
rasString.append( QString::number(
this->xPosition() * this->xSpacing(), 'f', 3 ) );
rasString.append( ", " );
rasString.append( QString::number(
this->yPosition() * this->ySpacing(), 'f', 3 ) );
rasString.append( ", " );
rasString.append( QString::number(
this->slicePosition() * this->sliceSpacing(), 'f', 3 ) );
QRectF rasBound = painter.boundingRect( pointRect, textFlags,
rasString );
QRectF rasRect(
spaceBound.width()/2,
this->height() - rasBound.height() - spaceBound.height()/8,
rasBound.width(), rasBound.height() );
painter.drawText( rasRect, textFlags, rasString,
&rasBound );
QString ijkString = "IJK = ";
ijkString.append( QString::number( this->xPosition() ) );
ijkString.append( ", " );
ijkString.append( QString::number( this->yPosition() ) );
ijkString.append( ", " );
ijkString.append( QString::number( this->slicePosition() ) );
QRectF ijkBound = painter.boundingRect( pointRect, textFlags,
ijkString );
QRectF ijkRect(
spaceBound.width()/2,
rasBound.y() - ijkBound.height() - spaceBound.height()/8,
ijkBound.width(), ijkBound.height() );
painter.drawText( ijkRect, textFlags, ijkString, &ijkBound );
QString valString = "Value = ";
valString.append( QString::number( this->positionValue(),
'f', 3 ) );
QRectF valBound = painter.boundingRect( pointRect, textFlags,
valString );
QRectF valRect(
spaceBound.width()/2,
ijkBound.y() - valBound.height() - spaceBound.height()/8,
valBound.width(), valBound.height() );
painter.drawText( valRect, textFlags, valString, &valBound );
}
QColor lineColor;
lineColor.setNamedColor( "red" );
lineColor.setAlpha( 128 );
painter.setPen( lineColor );
double x = ( this->xPosition() - d->TmpXMin )
/ (d->TmpXMax - d->TmpXMin) * this->width();
double y = ( this->yPosition() - d->TmpYMin )
/ (d->TmpYMax - d->TmpYMin) * this->height();
if( d->FlipXAxis )
{
x = this->width() - x;
}
if( d->FlipYAxis )
{
y = this->height() - y;
}
QLine lineX( x, 0, x, this->height() );
painter.drawLine( lineX );
QLine lineY( 0, y, this->width(), y );
painter.drawLine( lineY );
}
}
d->Window->setPixmap( d->TmpImage );
}
else
{
d->Window->setText( "No Image Loaded." );
}
}