Dashing | Dashing dashboard for use with ovirt and sensu api | Monitoring library

Just had a similar issue and for me, this fixed it. Basically, I had add the new repository key and delete the old one. Listing the commands here for convenience:

I would suggest that you pull all the data into dictionaries, and do the final work in the dataframe. More efficient, than individually creating a series and appending.

The solution I propose below gets the id and name separately into a dictionary(defaultdict), while pulling the plot summary into a different dictionary(mapping).

After that, you can convert to pandas data structures and merge.

You blit the text to the bg Surface. Then you blit that Surface to the screen 1024 times, every 32 pixel in each direction:

You check for collisions with the killing_entities list for each event in each frame. So if there's currently not event in the event queue, the lines:

To get the number of seconds from an interval, you can use extract epoch. In your case, you could do something like this -

Problem I defined in comment

Plain implementation without extra libraries like OpenCSV or similar would be

1. Read the file line by line using BufferedReader and try-with-resources to make sure the file resource is closed automatically upon processing.
2. Split each line using String.split into columns
3. Create a Product item from the columns and add it to the list
4. Return the result list.

Aside note: it would be better to use price in int cents than in double because the floating-point arithmetics is known to be imprecise.

It would be helpful to see the problem instead of trying to reconstruct the picture from your description, but I'll try my best.

The same frame you start the dash, you set autoWalk to true. As soon as the if statement is exited, the if (autoWalk) is evaluated and you start manually moving the RigidBody using MovePosition() — before the force has even been added.

I'm not sure why that ever worked in 3D, though.

Instead of using MovePosition(), move with AddForce(), with the default ForceMode2D; or with playerRigidbody.velocity, where-in you set it once, not every frame.

Instead of using AddForce(), for the dash, use the same old MovePosition() you use inside if (autoWalk).

Just increase the magnitude of walkForce several times for the duration of the dash.

The problem with using AddForce() for it is that you don't know when it's "finished", so you don't know when to transition to MovePosition().

If the above solutions don't work for you, implement the dash manually. You can do this with Vector2.Lerp() (or Vector3) inside a coroutine.

Without wanting to get into time-series models, you could imagine transforming your time variable with restricted cubic splines.

I needed to change a bit of your code so I could avoid installing the newest versions of some packages ;-).

Notice that I changed some variable names because date is a function name, and shouldn't be used as also a variable name.