def sizeHint(self):
"""we never want a horizontal scrollbar for player names,
we always want to see them in full"""
result = QWidget.sizeHint(self)
available = KApplication.kApplication().desktop().availableGeometry()
height = max(result.height(), available.height() * 2 // 3)
width = max(result.width(), available.width() // 2)
return QSize(width, height)
def sizeHint(self):
"""we never want a horizontal scrollbar for player names,
we always want to see them in full"""
result = QWidget.sizeHint(self)
available = KApplication.kApplication().desktop().availableGeometry()
height = max(result.height(), available.height() * 2 // 3)
width = max(result.width(), available.width() // 2)
return QSize(width, height)
def sizeHint(self):
"""give the main window a sensible default size"""
result = KXmlGuiWindow.sizeHint(self)
result.setWidth(result.height() * 3 // 2) # we want space to the right for the buttons
# the default is too small. Use at least 2/3 of screen height and 1/2 of screen width:
available = KApplication.kApplication().desktop().availableGeometry()
height = max(result.height(), available.height() * 2 // 3)
width = max(result.width(), available.width() // 2)
result.setHeight(height)
result.setWidth(width)
return result
def sizeHint(self):
"""give the scoring table window a sensible default size"""
result = QWidget.sizeHint(self)
result.setWidth(result.height() * 3 / 2)
# the default is too small. Use at least 2/5 of screen height and 1/4 of screen width:
available = KApplication.kApplication().desktop().availableGeometry()
height = max(result.height(), available.height() * 2 / 5)
width = max(result.width(), available.width() / 4)
result.setHeight(height)
result.setWidth(width)
return result
def sizeHint(self):
"""give the main window a sensible default size"""
result = KXmlGuiWindow.sizeHint(self)
result.setWidth(result.height() * 3 //
2) # we want space to the right for the buttons
# the default is too small. Use at least 2/3 of screen height and 1/2 of screen width:
available = KApplication.kApplication().desktop().availableGeometry()
height = max(result.height(), available.height() * 2 // 3)
width = max(result.width(), available.width() // 2)
result.setHeight(height)
result.setWidth(width)
return result
def resizeEvent(self, event):
"""Use this hook to determine if we want to ignore one more resize
event happening for maximized / almost maximized windows.
this misses a few cases where the window is almost maximized because at
this point the window has no border yet: event.size, self.geometry() and
self.frameGeometry are all the same. So we cannot check if the bordered
window would fit into availableGeometry.
"""
available = KApplication.kApplication().desktop().availableGeometry()
if self.ignoreResizing == 1: # at startup
if available.width() <= event.size().width() \
or available.height() <= event.size().height():
self.ignoreResizing += 1
KXmlGuiWindow.resizeEvent(self, event)
if self.clientDialog:
self.clientDialog.placeInField()
def resizeEvent(self, event):
"""Use this hook to determine if we want to ignore one more resize
event happening for maximized / almost maximized windows.
this misses a few cases where the window is almost maximized because at
this point the window has no border yet: event.size, self.geometry() and
self.frameGeometry are all the same. So we cannot check if the bordered
window would fit into availableGeometry.
"""
available = KApplication.kApplication().desktop().availableGeometry()
if self.ignoreResizing == 1: # at startup
if available.width() <= event.size().width() \
or available.height() <= event.size().height():
self.ignoreResizing += 1
KXmlGuiWindow.resizeEvent(self, event)
if self.clientDialog:
self.clientDialog.placeInField()