vk | Vkontakte API for .NET | REST library

I summed height of all elements in the design. It was 308. Then, I think 310 will be an ideal number. No problem, when I make it 310. Everything seems good.

There are some ways to mitigate the issue on your side.

First, there are several headers now (there did not used to be, this was a huge complaint in virtually every vulkan survey). This does not completely mitigate the issues you have (the headers are still massive) but you don't have to include vulkan.hpp, which itself includes every single available header, just to get access to vk::Image and vk::Buffer. Handles are now found in vulkan_handles.hpp ( though it is still 13000 lines long).

You talk about not having classes because of the way vulkan works. Hypothetically, you can avoid having Vulkan.hpp in your header files in a lot of cases.

vk::Buffer, vk::Image can both be forward declared, eliminating the need to include that header, as long as you follow forward declaration rules

You say that you can't use classes etc... That doesn't really make sense. vk::Buffer and vk::Image are both classes. You could hypothetically create wrapper classes for only the types you need doing this, however, in order to eliminate the overhead you'd have to allocate enough space for those types before hand.

Now in a big enterprise library with enterprise defined types, you normally don't do this, because the size of types could change at any moment. However, for vulkan.hpp, the size and declaration of the types vulkan.hpp is using and size of their wrappers is really well defined, and not going to change, as that would cause other incompatibilities on their side.

So you can assume the size of these types and create something like :

It looks like, in calculate_community_modularity, you use greedy_modularity_communities to create a dict, modularity_dict, which maps a node in your graph to a community. If I understand correctly, you can take each subgraph community in modularity_dict and pass it into shannon_entropy to calculate the entropy for that community.

this is pseudo code, so there may be some errors. This should convey the principle, though.

after running calculate_community_modularity, you have a dict like this, where the key is each node, and the value is that which the community belongs to

Like I commented, that's how HTTP works: Servers can redirect to a better/new location.

I assume the prime reason for this is because your connection is not HTTPS, and that's what the end-points require. So, fix that first.

Next, your query includes the base URL, which is another error.

Live Demo

I finally found the problem: I was destroying the shader modules too early. Looks like you have to keep the shader modules alive ultil after you have created the pipeline.

This is the fixed code

Being suspended at its final suspend point is the definition of a coroutine being done. Literally; that's what coroutine_handle::done returns. Attempting to resume such a coroutine is UB.

So your expectation is not correct.

It's a shorthand for "Virtual Key":

KeyEvent:

Virtual key codes are used to report which keyboard key has been pressed, rather than a character generated by the combination of one or more keystrokes (such as "A", which comes from shift and "a").

I found a solution which works but seems kinda gross. Basically I modify step (2) to the following:

1. Record a command buffer with the following commands:
   • vkCmdPipelineBarrier
   • vkCmdClearColorImage
   • vkCmdPipelineBarrier
   • vkEndCommandBuffer

Essentially the logical flow of this pipeline is:

1. Using a barrier, convert image from VK_IMAGE_LAYOUT_UNDEFINED to VK_IMAGE_LAYOUT_TRANSFER_DST_OPTIMAL
2. Clear image using vkCmdClearColorImage
3. Using a barrier, convert the image to VK_IMAGE_LAYOUT_PRESENT_SRC_KHR so it can be presented

This works because:

• vkCmdClearColorImage requires the image to have layout VK_IMAGE_LAYOUT_TRANSFER_DST_OPTIMAL, but
• vkQueuePresent requires the image to have layout VK_IMAGE_LAYOUT_PRESENT_SRC_KHR

Since this seems a little hacky / gross, I will leave this question open for a while to see if anyone has a better solution. For completeness, here is the new code for step (2)

You cant pass a url to MediaFileUpload, you need to pass the file stream Download the file to your machine first then upload it to drive you cant go from a VK url to drive directly