GIF Loading and Display: Incorporate the GIF using QMovie, connect it to the label, and kickstart its playback. Label Integration: Add the freshly created label to the primary window. This option will give crispy edges around generated image, but might lead to pixelated result, so please use it at your discretion. If you got GIF with colored border around edges of generated image, you can turning off Edge Smoothing option and try again. self.label = QtWidgets.QLabel(self.centralwidget) By its design, GIF is quite limited in quality especially with transparency on. GIF Label Creation: Designate a label within which the GIF will be displayed. Window Initialization: Configure the primary PyQt window attributes. from PyQt5 import QtCore, QtGui, QtWidgets Module Imports: Start by importing the necessary PyQt modules and other dependencies. # Integrate QMovie to the label and initiate the GIF Self.label = QtWidgets.QLabel(self.centralwidget) Self.centralwidget = QtWidgets.QWidget(MainWindow) Although our provided screenshot is static, the actual GIF animates and plays within the program window.įor ease of access, you can either specify the complete path to the GIF or simply place it in the same directory as your program file. The example below demonstrates how to showcase an animated gif named “earth.gif”. Notably, while QMovie is typically for movies, it can handle (animated) GIFs effortlessly. Recommended Resource: Create Desktop Apps with Python PyQt5 Displaying Animated GIFs in PyQtīy leveraging the QMovie class, you can easily import a GIF file and present it on a label. This guide walks you through the steps to achieve this, allowing for multiple GIF displays if desired. Using the QMovie class within PyQt, it becomes a seamless process to display (animated) GIFs.
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