def LoadFromQtImage( qt_image: QG.QImage ):
# assume this for now
depth = 3
numpy_image = ClientGUIFunctions.ConvertQtImageToNumPy( qt_image )
return LoadFromNumPyImage( numpy_image )
def CreateTopImage( width, title, payload_description, text ):
text_extent_qt_image = HG.client_controller.bitmap_manager.GetQtImage( 20, 20, 24 )
painter = QG.QPainter( text_extent_qt_image )
text_font = QW.QApplication.font()
basic_font_size = text_font.pointSize()
payload_description_font = QW.QApplication.font()
payload_description_font.setPointSize( int( basic_font_size * 1.4 ) )
title_font = QW.QApplication.font()
title_font.setPointSize( int( basic_font_size * 2.0 ) )
texts_to_draw = []
current_y = 6
for ( t, f ) in ( ( title, title_font ), ( payload_description, payload_description_font ), ( text, text_font ) ):
painter.setFont( f )
wrapped_texts = WrapText( painter, t, width - 20 )
line_height = painter.fontMetrics().height()
wrapped_texts_with_ys = []
if len( wrapped_texts ) > 0:
current_y += 10
for wrapped_text in wrapped_texts:
wrapped_texts_with_ys.append( ( wrapped_text, current_y ) )
current_y += line_height + 4
texts_to_draw.append( ( wrapped_texts_with_ys, f ) )
current_y += 6
top_height = current_y
del painter
del text_extent_qt_image
#
top_qt_image = HG.client_controller.bitmap_manager.GetQtImage( width, top_height, 24 )
painter = QG.QPainter( top_qt_image )
painter.setBackground( QG.QBrush( QC.Qt.white ) )
painter.eraseRect( painter.viewport() )
#
painter.drawPixmap( width-16-5, 5, CC.global_pixmaps().file_repository )
#
for ( wrapped_texts_with_ys, f ) in texts_to_draw:
painter.setFont( f )
for ( wrapped_text, y ) in wrapped_texts_with_ys:
( text_size, wrapped_text ) = ClientGUIFunctions.GetTextSizeFromPainter( painter, wrapped_text )
ClientGUIFunctions.DrawText( painter, ( width - text_size.width() ) // 2, y, wrapped_text )
del painter
top_image_rgb = ClientGUIFunctions.ConvertQtImageToNumPy( top_qt_image )
top_image = cv2.cvtColor( top_image_rgb, cv2.COLOR_RGB2GRAY )
top_height_header = struct.pack( '!H', top_height )
byte0 = top_height_header[0:1]
byte1 = top_height_header[1:2]
top_image[0][0] = ord( byte0 )
top_image[0][1] = ord( byte1 )
return top_image