BOOL LLButton::postBuild()
{
autoResize();
// <FS:Zi> Add checkbox control toggle
if(!mCheckboxControl.empty())
{
mCheckboxControlPanel=LLUICtrlFactory::createFromFile<LLPanel>("panel_button_checkbox.xml",this,LLDefaultChildRegistry::instance());
if(mCheckboxControlPanel)
{
mCheckboxControlPanel->reshape(getRect().getWidth(),getRect().getHeight());
LLCheckBoxCtrl* check=mCheckboxControlPanel->findChild<LLCheckBoxCtrl>("check_control");
if(check)
{
check->setControlName(mCheckboxControl,NULL);
}
else
{
LL_WARNS() << "Could not find checkbox control for button " << getName() << LL_ENDL;
}
}
else
{
LL_WARNS() << "Could not create checkbox panel for button " << getName() << LL_ENDL;
}
}
// <FS:Zi>
addBadgeToParentHolder();
return LLUICtrl::postBuild();
}
BOOL LLButton::postBuild()
{
autoResize();
addBadgeToParentHolder();
return LLUICtrl::postBuild();
}
void KURLLabel::setTextAlignment(TextAlignment align)
{
m_textAlign = align;
if (autoResize())
adjustSize();
else
repaint(true);
}
void LLButton::setToggleState(BOOL b)
{
if( b != getToggleState() )
{
setControlValue(b); // will fire LLControlVariable callbacks (if any)
setValue(b); // may or may not be redundant
// Unselected label assignments
autoResize();
}
}
void LLButton::setToggleState(BOOL b)
{
if( b != getToggleState() )
{
setControlValue(b); // will fire LLControlVariable callbacks (if any)
setValue(b); // may or may not be redundant
setFlashing(false); // stop flash state whenever the selected/unselected state if reset
// Unselected label assignments
autoResize();
}
}
BOOL LLButton::postBuild()
{
autoResize();
return TRUE;
}
QRect KURLLabel::m_pixmapRect() const
{
int x_min = 0, y_min = 0;
int text_width = 0, text_height = 0;
/* get the text info if necessary */
if (!m_text.isEmpty())
{
QFontMetrics metrics(font());
text_height = metrics.height();
text_width = metrics.width(m_text);
}
/* return now if there is no pixmap */
if (m_pixmap.isNull())
return QRect(0, 0, 0, 0);
/**
* calculate the boundry rect for the pixmap based on its
* size and the current alignment
*/
if (alignment() & AlignHCenter)
{
switch (m_textAlign)
{
case Bottom:
case Top:
if (autoResize())
x_min = m_pixmap.width() > text_width ?
0 : (text_width - m_pixmap.width()) / 2;
else
x_min = (width() - m_pixmap.width()) / 2;
break;
case Left:
if (autoResize())
x_min = text_width;
else
x_min = (width() - m_pixmap.width() + text_width) / 2;
break;
case Right:
if (autoResize())
x_min = 0;
else
x_min = (width() - m_pixmap.width() - text_width) / 2;
break;
}
}
if (alignment() & AlignVCenter)
{
switch (m_textAlign)
{
case Bottom:
if (autoResize())
y_min = 0;
else
y_min = (height() - m_pixmap.height() - text_height) / 2;
break;
case Top:
if (autoResize())
y_min = text_height;
else
y_min = (height() - m_pixmap.height() + text_height) / 2;
break;
case Left:
case Right:
if (autoResize())
y_min = 0;
else
y_min = (height() - m_pixmap.height()) / 2;
break;
}
}
if (alignment() & AlignLeft)
{
switch (m_textAlign)
{
case Left:
x_min = text_width;
break;
case Right:
case Top:
case Bottom:
x_min = 0;
}
}
if (alignment() & AlignTop)
{
switch (m_textAlign)
{
case Top:
y_min = text_height;
break;
case Left:
case Right:
case Bottom:
y_min = 0;
break;
}
}
if (alignment() & AlignRight)
{
switch (m_textAlign)
{
case Bottom:
case Top:
case Left:
x_min = width() - m_pixmap.width();
break;
case Right:
x_min = width() - m_pixmap.width() - text_width;
break;
}
}
if (alignment() & AlignBottom)
{
switch (m_textAlign)
{
case Top:
case Left:
case Right:
y_min = height() - m_pixmap.height();
break;
case Bottom:
y_min = height() - m_pixmap.height() - text_height;
break;
}
}
/* construct the bounding rectangle */
return QRect(x_min, y_min, m_pixmap.width(), m_pixmap.height());
}
QRect KURLLabel::m_textRect() const
{
int x_min = 0, y_min = 0;
int pixmap_width = 0, pixmap_height = 0;
/* get the pixmap info if it exists */
if (!m_pixmap.isNull())
{
pixmap_height = m_pixmap.height();
pixmap_width = m_pixmap.width();
}
/* return 0 if there is no text */
if (m_text.isEmpty())
return QRect(0, 0, 0, 0);
/**
* calculate the boundry rect for the text based on the
* text metrics and the current alignment
*/
QFontMetrics fm(font());
if (alignment() & AlignHCenter)
{
switch (m_textAlign)
{
case Bottom:
case Top:
if (autoResize())
x_min = (pixmap_width > fm.width(m_text)) ?
(pixmap_width - fm.width(m_text)) / 2 : 0;
else
x_min = (width() - fm.width(m_text)) / 2;
break;
case Left:
if (autoResize())
x_min = 0;
else
x_min = (width() - fm.width(m_text) - pixmap_width) / 2;
break;
case Right:
if (autoResize())
x_min = pixmap_width;
else
x_min = (width() - fm.width(m_text) + pixmap_width) / 2;
break;
}
}
if (alignment() & AlignVCenter)
{
switch (m_textAlign)
{
case Bottom:
if (autoResize())
y_min = pixmap_height;
else
y_min = (height() + pixmap_height - fm.height()) / 2;
break;
case Top:
if (autoResize())
y_min = 0;
else
y_min = ((height() - pixmap_height - fm.height()) / 2) + 3;
break;
case Left:
case Right:
y_min = (height() - fm.height()) / 2;
break;
}
}
if (alignment() & AlignLeft)
{
switch (m_textAlign)
{
case Top:
case Bottom:
case Left:
x_min = 0;
break;
case Right:
x_min = pixmap_width;
break;
}
}
if (alignment() & AlignTop)
{
switch (m_textAlign)
{
case Top:
case Left:
case Right:
y_min = 0;
break;
case Bottom:
y_min = pixmap_height;
break;
}
}
if (alignment() & AlignRight)
{
switch (m_textAlign)
{
case Top:
case Bottom:
case Right:
x_min = width() - fm.width(m_text);
break;
case Left:
x_min = width() - pixmap_width - fm.width(m_text);
break;
}
}
if (alignment() & AlignBottom)
{
switch (m_textAlign)
{
case Top:
y_min = height() - pixmap_height - fm.height();
break;
case Bottom:
case Right:
case Left:
y_min = height() - fm.height();
break;
}
}
/* construct the bounding rectangle */
return QRect(x_min, y_min, fm.width(m_text), fm.height());
}
ImagePNG* ImageProcess::autoResize(const ImagePNG* img, int dim){
return autoResize(img,dim,dim);
}