HDRSwapchain demonstrates the usage of different swapchain image formats and colorspaces. It implements a GUI dropdown that allows for switching buffer formats ...

This sample demonstrates how to use the VK_QCOM_Image_Processing extension in a simple bloom shader. The extension provides support for high order filtering ...

This sample demonstrates how to use the Snapdragon™ Game Super Resolution technique and offers a comparison with ...

This sample demonstrates the use of the VK_KHR_cooperative_matrix extension in Vulkan to run matrix operations using GPU accelerated cooperative matrix arithmetic.

This sample demonstrates the use of Vulkan Graph Pipelines (Data Graph) to execute a compute graph as a first class pipeline within a Vulkan application. The goal of the sample is to show how graph based workloads (such as ML inference) can be created, bound, and dispatched using Vulkan’s data graph pipeline model.

Snapdragon™ Game Super Resolution 2 (Snapdragon™ GSR 2 or SGSR 2) was developed by Qualcomm Snapdragon Game Studios. It's a temporal upscaling solution optimized for Adreno devices. It comes with 3 different variants (compute 3-pass is the one being demonstrated on this sample).

This sample demonstrates a light clustering algorithm using Vulkan, with specific support for the VK_QCOM_tile_memory_heap extension. This extension allows the application to allocate and manage tile memory, which is used for efficient memory management within a command buffer submission batch.

Description: This sample demonstrates a tile-based shading technique using Vulkan, with support for the VK_QCOM_tile_memory_heap extension. The extension enables the application to allocate and manage tile-local memory, which is scoped to the duration of a command buffer submission and optimized for high-bandwidth, low-latency access within a tile.