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-# Vulkan Glossary
-
-*from https://vkguide.dev/docs/introduction/vulkan_execution/*
-
-- **VkInstance**: The Vulkan context, used to access drivers.
-- **VkPhysicalDevice**: A GPU. Used to query physical GPU details, like features, capabilities, memory size, etc.
-- **VkDevice**: The “logical” GPU context that you actually execute things on.
-- **VkBuffer**: A chunk of GPU visible memory.
-- **VkImage**: A texture you can write to and read from.
-- **VkPipeline**: Holds the state of the gpu needed to draw. For example: shaders, rasterization options, depth settings.
-- **VkRenderPass**: Holds information about the images you are rendering into. All drawing commands have to be done inside a renderpass. Only used in legacy vkguide.
-- **VkFrameBuffer**: Holds the target images for a renderpass. Only used in legacy vkguide.
-- **VkCommandBuffer**: Encodes GPU commands. All execution that is performed on the GPU itself (not in the driver) has to be encoded in a VkCommandBuffer.
-- **VkQueue**: Execution “port” for commands. GPUs will have a set of queues with different properties. Some allow only graphics commands, others only allow memory commands, etc. Command buffers are executed by submitting them into a queue, which will copy the rendering commands onto the GPU for execution.
-- **VkDescriptorSet**: Holds the binding information that connects shader inputs to data such as VkBuffer resources and VkImage textures. Think of it as a set of gpu-side pointers that you bind once.
-- **VkSwapchainKHR**: Holds the images for the screen. It allows you to render things into a visible window. The KHR suffix shows that it comes from an extension, which in this case is VK_KHR_swapchain.
-- **VkSemaphore**: Synchronizes GPU to GPU execution of commands. Used for syncing multiple command buffer submissions one after another.
-- **VkFence**: Synchronizes GPU to CPU execution of commands. Used to know if a command buffer has finished being executed on the GPU.