glued | GNU/Linux Uniform Environment Distribution

First of all, I have to to explain you that you apply m-3 or mx-3 class to the form tag so that the mx-3 gives margin to form tab only and the Name contains and the search bar and result etc. are the child element of the form.

So the mx-3 class will work if you add it to the particular element.

Now, the solution for your problem should be:

If you put class="mx-3" to every form element.

Or you have to apply CSS as follow.

HTML

Instead of using SharedPreferecnes, use the ViewModel class that specific purpose is to store and manage UI-related data in a lifecycle-conscious way. The ViewModel class allows data to survive configuration changes such as screen rotations. https://developer.android.com/topic/libraries/architecture/viewmodel

Basically, you'd need some perspective transform to accomplish that. Pillow has Image.transform for that. You'd need to calculate all necessary parameters beforehand, i.e. the homographic transform, cf. this Q&A. I personally would use OpenCV's warpPerspective, and get the transformation matrix by using getPerspectiveTransform, such that you only need to provide four points in the source image, and four points in the destination image. This other Q&A had a good quick start on that.

Before we go into detail, I just wanted to be sure, that the following is, what you want achieve:

So, the full algorithm would be:

1. Load your source image, and the dedicated output image which has some quad using Pillow. I assume a black quad on a white background.
2. Convert the images to NumPy arrays to be able to work with OpenCV.
3. Set up the source points. These are just the corners of your region of interest (ROI).
4. Find – or know – the destination points. These are the corners of your quad. Finding these automatically can become quite difficult, because the order must be the same as set up for the ROI points.
5. Get the transformation matrix, and apply the actual perspective transform.
6. Copy the desired parts of the warped image to the quad of the initial output image.
7. Convert back to some Pillow image and save.

And, here's the full code, including some visualization:

The data column in df should be converted from json to dict first.

Then use:

• method1. use pd.json_normalize when df tranform to dict
• method2. convert the df['data'] to dataframe, and merge to the origin df.

I just compared your code and the sample code you provided on bl.ocks.org

Your issue is that you moved the data in flare.json into the javascript section, causing d3.json not to find any data. Try removing this large json portion in javascript and add a file called flare.json in the same directory as your HTML file, and copy the JSON there.

The directory tree:

If you want to close the window then you must call the close() method, but in this case it seems that it requires terminating the Qt eventloop so the QCoreApplication.quit() method should be used. On the other hand, the cookie can be stored as an attribute and then used:

You can add a foreign key with ON DELETE CASCADE.

For example:

It would be of great help if you pasted the whole code segment here, including the functions. It seems to me that you are returning the values from those functions as strings.

As @JonathanPotter pointed out, when hitting Windows + D or the Show Desktop button, the event WM_WINDOWPOSCHANGING gets fired, and the window gets moved to -32 000, -32 000 (its size also gets changed)

NOTE : a window without the style WS_MINIMIZEBOX seems not receiving WINDOWPOSCHANGING event when hitting Windows + D. Thus, no -32 000 coordinates detection in that case... Also noticed the same issue when using the ex style WS_EX_TOOLWINDOW (as this one gets rid of the minimize box, even if you set the style flag WS_MINIMIZEBOX). Didn't find a solution for that case, so I'm sticking to an overlapped window.

To prevent this movement, just set the flags SWP_NOMOVE and SWP_NOSIZE on the WINDOWPOS structure passed in the lParam

So as a final result, to achieve the wanted behaviour (i.e always behind every other window but always in front of the desktop), the only needed code to add to the doc's sample is the following, placed in the window procedure WindowProc's switch statement :

EDIT : the best place to force the Z order with HWND_BOTTOM thus ensuring the window is always on bottom is also in the WM_WINDOWPOSCHANGING event. Indeed, calling SetWindowPos to force it in the WM_SIZE event when dragging the window over, as I was doing previously, causes some flickering on the window when resizing it, whereas no flickering occurs when setting directly the hwndInsertAfter property of the WINDOWPOS structure in WM_WINDOWPOSCHANGING.