QScriptValue PHIBaseItem::moveBy( qint32 left, qint32 top, qint32 width, qint32 height, qint32 start, qint32 duration, const QString &ease )
{
QEasingCurve::Type curve=PHI::toEasingCurveType( ease );
_effect->setMoveBy( start, duration, left, top, width, height, curve );
if ( !isClientItem() ) return self();
QParallelAnimationGroup *group=new QParallelAnimationGroup( this );
QPropertyAnimation *l=new QPropertyAnimation( this, BL( "_x" ), group );
l->setEndValue( PHIBOUND(left)+qRound( realX() ) );
l->setDuration( duration );
l->setEasingCurve( curve );
QPropertyAnimation *t=new QPropertyAnimation( this, BL( "_y" ), group );
t->setEndValue( PHIBOUND(top)+qRound( realY() ) );
t->setDuration( duration );
t->setEasingCurve( curve );
QPropertyAnimation *w=new QPropertyAnimation( this, BL( "_width" ), group );
w->setEndValue( PHIBOUND(width)+qRound( realWidth() ) );
w->setDuration( duration );
w->setEasingCurve( curve );
QPropertyAnimation *h=new QPropertyAnimation( this, BL( "_height" ), group );
h->setEndValue( PHIBOUND(height)+qRound( realHeight() ) );
h->setDuration( duration );
h->setEasingCurve( curve );
group->addAnimation( l );
group->addAnimation( t );
group->addAnimation( w );
group->addAnimation( h );
connect( group, &QAbstractAnimation::finished, group, &QAbstractAnimation::deleteLater );
QTimer::singleShot( start, group, SLOT( start() ) );
return self();
}
__inline__ bmp_t* create_bmp(
int width,
int height,
rgb_t * pixel)
{
bmp_t* bmp = (bmp_t*) malloc(sizeof(bmp_t));
int lwidth = realWidth(width);
int sizeImage = lineBytes(width)* height ;
//int sizeImage = lwidth * height * (int)sizeof(rgb_t);
bmp->file_header.type = 19778;
bmp->file_header.reserved1 = bmp->file_header.reserved2 = 0;
bmp->file_header.offsetbytes = 54;
bmp->file_header.fsize = 54 + sizeImage;
bmp->info_header.hsize = sizeof(bitmapInfoHeader_t);
bmp->info_header.width = width;
bmp->info_header.height = height;
bmp->info_header.planes = 1;
bmp->info_header.bitcount = 8 * sizeof(rgb_t);
bmp->info_header.compression = 0;
bmp->info_header.sizeimage = sizeImage;
bmp->info_header.xpelspermeter = 0;
bmp->info_header.ypelspermeter = 0;
bmp->info_header.colorsused = 0;
bmp->info_header.colorsimportant = 0;
if(pixel != NULL)
bmp->data= (u8*)pixel;
else
bmp->data = (u8*)malloc(sizeImage);
return bmp;
}
__inline__ int write_bmp(char * filename,
rgb_t * pixel,
int width,
int height)
{
bmp_t bmp;
int lwidth = realWidth(width);
//int sizeImage = lwidth * height * (int)sizeof(rgb_t);
int sizeImage = lineBytes(width)* height ;
bmp.file_header.type = 19778;
bmp.file_header.reserved1 = bmp.file_header.reserved2 = 0;
bmp.file_header.offsetbytes = 54;
bmp.file_header.fsize = 54 + sizeImage;
bmp.info_header.hsize = sizeof(bitmapInfoHeader_t);
bmp.info_header.width = width;
bmp.info_header.height = height;
bmp.info_header.planes = 1;
bmp.info_header.bitcount = 8 * sizeof(rgb_t);
bmp.info_header.compression = 0;
bmp.info_header.sizeimage = sizeImage;
bmp.info_header.xpelspermeter = 0;
bmp.info_header.ypelspermeter = 0;
bmp.info_header.colorsused = 0;
bmp.info_header.colorsimportant = 0;
return write_bmp(filename, &bmp, pixel);
}
void toResultViewCheck::setText(int col, const QString &txt)
{
if (txt != text(col))
{
if (col >= ColumnCount || !ColumnData)
{
int ns = (col + ALLOC_SIZE) / ALLOC_SIZE * ALLOC_SIZE;
keyData *nd = new keyData[ns];
int i;
for (i = 0; i < ColumnCount; i++)
nd[i] = ColumnData[i];
while (i < ns)
{
nd[i].Width = 0;
nd[i].Type = keyData::String;
i++;
}
delete[] ColumnData;
ColumnData = nd;
ColumnCount = ns;
}
static QRegExp number(QString::fromLatin1("^\\d*\\.?\\d+E?-?\\d*.?.?$"));
ColumnData[col].Data = txt;
if (txt == "N/A")
{
ColumnData[col].Type = keyData::String;
ColumnData[col].KeyAsc = "\xff";
ColumnData[col].KeyDesc = "\x00";
}
// qt4 else if (number.match(txt) >= 0)
else if (number.indexIn(txt) >= 0)
{
ColumnData[col].Type = keyData::Number;
static char buf[100];
double val = txt.toFloat();
if (val < 0)
sprintf(buf, "\x01%015.5f", val);
else
sprintf(buf, "%015.5f", val);
ColumnData[col].KeyAsc = ColumnData[col].KeyDesc = QString::fromLatin1(buf);
}
else
{
ColumnData[col].Type = keyData::String;
ColumnData[col].KeyAsc = ColumnData[col].KeyDesc = ColumnData[col].Data;
}
ColumnData[col].Width = realWidth(listView()->fontMetrics(), listView(), col, txt);
}
toTreeWidgetCheck::setText(col, firstText(col));
}
__inline__ bmp_t* create_gray256(
int width,
int height,
u8* pixel)
{
int i;
bmp_t* bmp = (bmp_t*) malloc(sizeof(bmp_t));
int lwidth = realWidth(width);
int sizeImage = lwidth * height * (int)sizeof(u8);
bmp->file_header.type = 19778;
bmp->file_header.reserved1 = bmp->file_header.reserved2 = 0;
bmp->file_header.offsetbytes = 54 + 1024;
bmp->file_header.fsize = 54 + 1024 + sizeImage;
bmp->info_header.hsize = sizeof(bitmapInfoHeader_t);
bmp->info_header.width = width;
bmp->info_header.height = height;
bmp->info_header.planes = 1;
bmp->info_header.bitcount = 8;
bmp->info_header.compression = 0;
bmp->info_header.sizeimage = sizeImage;
bmp->info_header.xpelspermeter = 0;
bmp->info_header.ypelspermeter = 0;
bmp->info_header.colorsused = 0;
bmp->info_header.colorsimportant = 0;
if(pixel != NULL)
bmp->data= pixel;
else
bmp->data = (u8*)malloc(sizeImage);
bmp->color_table= (RGBQUAD*)malloc((1<< bmp->info_header.bitcount)*sizeof(RGBQUAD));
for(i=0;i<(1<< bmp->info_header.bitcount);i++){
bmp->color_table[i].B= i;
bmp->color_table[i].G= i;
bmp->color_table[i].R= i;
bmp->color_table[i].Reserved=i;
}
return bmp;
}
__inline__ int write_gray256(char * filename,
u8* pixel,
int width,
int height)
{
int i;
bmp_t bmp;
int lwidth = realWidth(width);
int sizeImage = lwidth * height * (int)sizeof(u8);
bmp.file_header.type = 19778;
bmp.file_header.reserved1 = bmp.file_header.reserved2 = 0;
bmp.file_header.offsetbytes = 54 + 1024;
bmp.file_header.fsize = 54 + 1024 + sizeImage;
bmp.info_header.hsize = sizeof(bitmapInfoHeader_t);
bmp.info_header.width = width;
bmp.info_header.height = height;
bmp.info_header.planes = 1;
bmp.info_header.bitcount = 8;
bmp.info_header.compression = 0;
bmp.info_header.sizeimage = sizeImage;
bmp.info_header.xpelspermeter = 0;
bmp.info_header.ypelspermeter = 0;
bmp.info_header.colorsused = 0;
bmp.info_header.colorsimportant = 0;
bmp.data= pixel;
bmp.color_table= (RGBQUAD*)malloc((1<< bmp.info_header.bitcount)*sizeof(RGBQUAD));
for(i=0;i<(1<< bmp.info_header.bitcount);i++){
bmp.color_table[i].B= i;
bmp.color_table[i].G= i;
bmp.color_table[i].R= i;
bmp.color_table[i].Reserved=i;
}
return write_gray256(filename, &bmp, pixel);
}
QScriptValue PHIBaseItem::width( const QScriptValue &v )
{
if ( !v.isValid() ) return qRound( realWidth() );
setWidth( v.toNumber() );
return self();
}