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Ordinarily, you wouldn't want to write the mouse position directly into the camera location (because that will be of limited use in practice - whenever you click on the screen, the camera would jump).

What you probably want to do something along these lines:

You can make an interface using {shinyjqui} that allows you to drag cells from some table, drop them into a different table, and have shiny update the underlying data frame of the table the draggable was dropped in.

First we need to define our draggable and droppable in our server function.

The error message explains the most likely reason for seeing this error message: you've upgraded directly from Terraform v0.12 to Terraform v0.14 without running through the Terraform v0.13 upgrade steps.

If you upgrade to Terraform v0.13 first and follow those instructions then the upgrade tool should be able to give more specific instructions on what to change here, and may even be able to automatically upgrade your configuration for you.

However, if you wish then you can alternatively manually add the configuration block that the v0.13 upgrade tool would've inserted, to specify that you intend to use the mongodb/mongodbatlas provider as "mongodbatlas" in this module:

After see other examples I just edited manually the package.json.

After run npm install @auth0/nextjs-auth0 the package was automatically added "@auth0/nextjs-auth0": "github:auth0/nextjs-auth0",.

I just edit to

I came up with something that you should use for your project. It is a zoomable grid that can be resized to whatever dimensions you need. It should be relatively fast, lines are batched and quads are instanced. It has basic interaction with left and right click and the scroll wheel click and scroll, but you should be able to adapt this interface to your needs. The API should be fairly easy to use createCell, removeCell, etc...

A few things:

• The app doesn't render cells that are not in the view frustum, so performance is better when zoomed in, although there are some hacks to get this to work reasonably fast at zoomed out too
• I could only test to 1000x1000 squares (~10-12fps fully zoomed out), i didn't have enough memory for 10000x10000 squares (uses ~3GB).

This was fun to make and I hope you can make use of it, if you have any questions let me know!

EDIT: yes the flatten section was a bit unstructured. That flatten method was originally just to flatten a 2D models vector down to a 1D vector to be sent to the GPU (the internal _model data). The ternary operations are determining a 2D slice of this list (think a box section within the main grid), which is how the frustum cull occurs. bottomLeft and topRight is used to calculate the bounding box of the camera frustum which gets intersected with the whole grid to get indexes into an (ordered) vector of models and colors that gets sent to the GPU, its abit hacky but it ensures operations that interact with the grid (add, remove, change color,etc...) are O(1). There was a small bug causing some cells to freeze, and it was caused by resetting the cell to uninitialized in the QuadRenderer's remove() method omitted it from being sent to the GPU (a performance saving optimization), and it was causing the memory to be offset incorrectly, and causing the rendering to desynchronize. So it could have been solved two ways, remove the check to send only initialized cells to the GPU (slower) or just set squares to white instead (hackier). So I chose to set removed cells to white, which means they still get rendered (even though they are camouflage with the clear color). You might be able to change so white cells don't get rendered either, but it shouldn't be too much lost performance, considering you keep cells uninitialized to start (don't for god sake initialize them to white! :) )

The remove() function can be changed to:

You should update your recycler view adapter once your fetch call is executed, not before it ends.
Modify your fetchcatogries declaration so it accepts a callback method, which will be executed after the data are loaded.
This method will accept a list object as a parameter, which you will manage in your ProductCategoryActivity to populate the RecyclerView.

The uniform particle is of type vec2[30]. An uniform array can needs to be set with SetShaderValueV instead of SetShaderValue:

SetShaderValue(shader, particleLoc, particles, SHADER_UNIFORM_VEC2);

The function print_debug_person takes ownership of the value given to it, so calling it with person_arc will attempt to move it. However, since the closure is intended to be called multiple times, this would leave the value invalid for future calls.

To fix this, you can either make a new Arc each time by cloning it:

You can get the value which is next to last non-NA value.