#Screen capture windows 8 keygen
You can customize it when creating your D3DShot object. It is meant as a thread-safe, first-in, first-out way to hold a certain quantity of captures and is implemented as a que.īy default, the size of the frame buffer is set to 60. When you create a D3DShot instance, a frame buffer is also initialized.
backend # Out: d = d2 # Out: True Frame Buffer create ( capture_output = "pil" ) # Only 1 instance of D3DShot is allowed per process! Returning the existing instance. create ( capture_output = "numpy" ) # Attempting to create a second instance d2 = d3dshot. Any subsequent calls to d3dshot.create() will always return the existing instance. To make sure we fall in line with that limitation to avoid issues, the D3DShot class acts as a singleton. Windows only allows 1 instance of Desktop Duplication per process. Trying to use a Capture Output for which your environment does not meet the requirements will result in an error. create ( capture_output = "pytorch_float_gpu" ) create ( capture_output = "pytorch_gpu" ) # Captures will be torch.Tensor of dtype float64 with normalized values in range (0.0, 1.0) on device cuda:0 d = d3dshot. If NumPy and PyTorch are available + CUDA is installed and _available() # Captures will be torch.Tensor of dtype uint8 with values in range (0, 255) on device cuda:0 d = d3dshot. create ( capture_output = "pytorch_float" ) create ( capture_output = "pytorch" ) # Captures will be torch.Tensor of dtype float64 with normalized values in range (0.0, 1.0) d = d3dshot. If NumPy and PyTorch are available # Captures will be torch.Tensor of dtype uint8 with values in range (0, 255) d = d3dshot. create ( capture_output = "numpy_float" ) create ( capture_output = "numpy" ) # Captures will be np.ndarray of dtype float64 with normalized values in range (0.0, 1.0) d = d3dshot. If NumPy is available # Captures will be np.ndarray of dtype uint8 with values in range (0, 255) d = d3dshot. create ( capture_output = "pil" )ĭ3DShot is however quite flexible! As your environment meets certain optional sets of requirements, more options become available. # Captures will be PIL.Image in RGB mode d = d3dshot. This is a good option if you mostly intend to take screenshots. By default, all captures will return PIL.Image objects. It defines the type of all captured images. The desired Capture Output is defined when creating a D3DShot instance. Please see the wiki article before attempting to use D3DShot on your system. Windows has a quirk when using Desktop Duplication on hybrid-GPU systems. These dependencies will automatically be installed alongside D3DShot No need to worry about them! Extra Step: Laptop Users Also used to save to disk as PNG and JPG. To preserve developer sanity while working with COM interfaces. Keep reading! Requirementsĭ3DShot leverages DLLs that are already available on your system so the dependencies are very light. get_frame_stack (( 0, 1, 2, 3 ), stack_dimension = "last" ) frame_stack. sleep ( 3 ) # Capture is non-blocking so we wait explicitely d.
Screen Capture the Second Monitor as NumPy Arrays for 3 Seconds and Grab the 4 Latest Frames as a Stack import d3dshot import time d = d3dshot. sleep ( 5 ) # Capture is non-blocking so we wait explicitely d. Screen Capture for 5 Seconds and Grab the Latest Frame import d3dshot import time d = d3dshot. Screenshot to Disk import d3dshot d = d3dshot. Screenshot to Memory import d3dshot d = d3dshot. Is even able to capture DirectX 11 / 12 exclusive fullscreen applications and games!.You can run it for hours / days without performance degradation Supports capturing specific regions of the screen.Handles display rotation and scaling for you.Detects displays in just about any configuration: Single monitor, multiple monitors on one adapter, multiple monitors on multiple adapters.Gracefully adds output options if NumPy or PyTorch can be found. Captures to PIL Images out of the box.High-speed capture to memory buffer (threaded non-blocking).Screenshot to disk every X seconds (threaded non-blocking).Screenshot to memory buffer every X seconds (threaded non-blocking).Covers all common scenarios and use cases:.If you can remember 10-ish methods, you know the entire thing. Is by far the fastest way to capture the screen with Python on Windows 8.1+.It leverages DXGI and Direct3D system libraries to enable extremely fast and robust screen capture functionality for your Python scripts and applications on Windows. D3DShot is a pure Python implementation of the Windows Desktop Duplication API.
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