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-rw-r--r--kolourpaint/tools/kptoolautocrop.cpp64
1 files changed, 32 insertions, 32 deletions
diff --git a/kolourpaint/tools/kptoolautocrop.cpp b/kolourpaint/tools/kptoolautocrop.cpp
index f0284116..0d103af7 100644
--- a/kolourpaint/tools/kptoolautocrop.cpp
+++ b/kolourpaint/tools/kptoolautocrop.cpp
@@ -34,7 +34,7 @@
// at the other extreme would not be deemed similar enough. The
// key is to find the median color as the reference but how do
// you do this if you don't know which pixels to sample in the first
-// place (that's what you're trying to find)? Chicken and egg situation.
+// place (that's what you're trying to tqfind)? Chicken and egg situation.
//
// The other heuristic that is in doubt is the use of the average
// color in determining the similarity of sides (it is possible
@@ -70,7 +70,7 @@ kpToolAutoCropBorder::kpToolAutoCropBorder (const TQPixmap *pixmapPtr,
: m_pixmapPtr (pixmapPtr),
m_processedColorSimilarity (processedColorSimilarity)
{
- invalidate ();
+ tqinvalidate ();
}
@@ -280,7 +280,7 @@ bool kpToolAutoCropBorder::exists () const
}
// public
-void kpToolAutoCropBorder::invalidate ()
+void kpToolAutoCropBorder::tqinvalidate ()
{
m_rect = TQRect ();
m_referenceColor = kpColor::invalid;
@@ -306,7 +306,7 @@ public:
void showNothingToAutocropMessage (kpMainWindow *mainWindow, bool actOnSelection)
{
- kpSetOverrideCursorSaver cursorSaver (Qt::arrowCursor);
+ kpSetOverrideCursorSaver cursorSaver (TQt::arrowCursor);
if (actOnSelection)
{
@@ -367,14 +367,14 @@ bool kpToolAutoCrop (kpMainWindow *mainWindow)
botBorder (&pixmap, processedColorSimilarity);
- kpSetOverrideCursorSaver cursorSaver (Qt::waitCursor);
+ kpSetOverrideCursorSaver cursorSaver (TQt::waitCursor);
// TODO: With Colour Similarity, a lot of weird (and wonderful) things can
// happen resulting in a huge number of code paths. Needs refactoring
// and regression testing.
//
// TODO: e.g. When the top fills entire rect but bot doesn't we could
- // invalidate top and continue autocrop.
+ // tqinvalidate top and continue autocrop.
int numRegions = 0;
if (!leftBorder.calculate (true/*x*/, +1/*going right*/) ||
leftBorder.fillsEntirePixmap () ||
@@ -403,20 +403,20 @@ bool kpToolAutoCrop (kpMainWindow *mainWindow)
#if DEBUG_KP_TOOL_AUTO_CROP
kdDebug () << "\tnumRegions=" << numRegions << endl;
kdDebug () << "\t\tleft=" << leftBorder.rect ()
- << " refCol=" << (leftBorder.exists () ? (int *) leftBorder.referenceColor ().toQRgb () : 0)
- << " avgCol=" << (leftBorder.exists () ? (int *) leftBorder.averageColor ().toQRgb () : 0)
+ << " refCol=" << (leftBorder.exists () ? (int *) leftBorder.referenceColor ().toTQRgb () : 0)
+ << " avgCol=" << (leftBorder.exists () ? (int *) leftBorder.averageColor ().toTQRgb () : 0)
<< endl;
kdDebug () << "\t\tright=" << rightBorder.rect ()
- << " refCol=" << (rightBorder.exists () ? (int *) rightBorder.referenceColor ().toQRgb () : 0)
- << " avgCol=" << (rightBorder.exists () ? (int *) rightBorder.averageColor ().toQRgb () : 0)
+ << " refCol=" << (rightBorder.exists () ? (int *) rightBorder.referenceColor ().toTQRgb () : 0)
+ << " avgCol=" << (rightBorder.exists () ? (int *) rightBorder.averageColor ().toTQRgb () : 0)
<< endl;
kdDebug () << "\t\ttop=" << topBorder.rect ()
- << " refCol=" << (topBorder.exists () ? (int *) topBorder.referenceColor ().toQRgb () : 0)
- << " avgCol=" << (topBorder.exists () ? (int *) topBorder.averageColor ().toQRgb () : 0)
+ << " refCol=" << (topBorder.exists () ? (int *) topBorder.referenceColor ().toTQRgb () : 0)
+ << " avgCol=" << (topBorder.exists () ? (int *) topBorder.averageColor ().toTQRgb () : 0)
<< endl;
kdDebug () << "\t\tbot=" << botBorder.rect ()
- << " refCol=" << (botBorder.exists () ? (int *) botBorder.referenceColor ().toQRgb () : 0)
- << " avgCol=" << (botBorder.exists () ? (int *) botBorder.averageColor ().toQRgb () : 0)
+ << " refCol=" << (botBorder.exists () ? (int *) botBorder.referenceColor ().toTQRgb () : 0)
+ << " avgCol=" << (botBorder.exists () ? (int *) botBorder.averageColor ().toTQRgb () : 0)
<< endl;
#endif
@@ -439,7 +439,7 @@ bool kpToolAutoCrop (kpMainWindow *mainWindow)
#if DEBUG_KP_TOOL_AUTO_CROP
kdDebug () << "\tignoring left border" << endl;
#endif
- leftBorder.invalidate ();
+ leftBorder.tqinvalidate ();
}
}
@@ -454,7 +454,7 @@ bool kpToolAutoCrop (kpMainWindow *mainWindow)
#if DEBUG_KP_TOOL_AUTO_CROP
kdDebug () << "\tignoring top border" << endl;
#endif
- topBorder.invalidate ();
+ topBorder.tqinvalidate ();
}
}
@@ -654,7 +654,7 @@ void kpToolAutoCropCommand::unexecute ()
return;
TQPixmap pixmap (m_oldWidth, m_oldHeight);
- TQBitmap maskBitmap;
+ TQBitmap tqmaskBitmap;
// restore the position of the centre image
kpPixmapFX::setPixmapAt (&pixmap, m_contentsRect,
@@ -663,7 +663,7 @@ void kpToolAutoCropCommand::unexecute ()
// draw the borders
TQPainter painter (&pixmap);
- TQPainter maskPainter;
+ TQPainter tqmaskPainter;
const kpToolAutoCropBorder *borders [] =
{
@@ -690,23 +690,23 @@ void kpToolAutoCropCommand::unexecute ()
kpColor col = (*b)->referenceColor ();
#if DEBUG_KP_TOOL_AUTO_CROP && 1
kdDebug () << "\tdrawing border " << (*b)->rect ()
- << " rgb=" << (int *) col.toQRgb () /* %X hack */ << endl;
+ << " rgb=" << (int *) col.toTQRgb () /* %X hack */ << endl;
#endif
if (col.isOpaque ())
{
- painter.fillRect ((*b)->rect (), col.toQColor ());
+ painter.fillRect ((*b)->rect (), col.toTQColor ());
}
else
{
- if (maskBitmap.isNull ())
+ if (tqmaskBitmap.isNull ())
{
// TODO: dangerous when a painter is active on pixmap?
- maskBitmap = kpPixmapFX::getNonNullMask (pixmap);
- maskPainter.begin (&maskBitmap);
+ tqmaskBitmap = kpPixmapFX::getNonNullMask (pixmap);
+ tqmaskPainter.begin (&tqmaskBitmap);
}
- maskPainter.fillRect ((*b)->rect (), Qt::color0/*transparent*/);
+ tqmaskPainter.fillRect ((*b)->rect (), TQt::color0/*transparent*/);
}
}
else
@@ -720,24 +720,24 @@ void kpToolAutoCropCommand::unexecute ()
// and the other branch would execute.
if (*p)
{
- // TODO: We should really edit the mask here. Due to good
- // luck (if "maskBitmap" is initialized above, this region
- // will be marked as opaque in the mask; if it's not
+ // TODO: We should really edit the tqmask here. Due to good
+ // luck (if "tqmaskBitmap" is initialized above, this region
+ // will be marked as opaque in the tqmask; if it's not
// initialized, we will be opaque by default), we
- // don't actually have to edit the mask but this is
+ // don't actually have to edit the tqmask but this is
// highly error-prone.
painter.drawPixmap ((*b)->rect (), **p);
}
}
}
- if (maskPainter.isActive ())
- maskPainter.end ();
+ if (tqmaskPainter.isActive ())
+ tqmaskPainter.end ();
painter.end ();
- if (!maskBitmap.isNull ())
- pixmap.setMask (maskBitmap);
+ if (!tqmaskBitmap.isNull ())
+ pixmap.setMask (tqmaskBitmap);
if (!m_actOnSelection)
generated by cgit v1.2.1 (git 2.18.0) at 2024-12-13 09:47:13 +0000