ListModel | 用于 QML 项目的 C 列表模型

The interval is established through the mousePressAndHoldInterval() of QStyleHints, in this case the solution is to use the setter that seems to be undocumented.

If it's a style that supports palettes, you can set the relevant palette role. For the Default style ("Basic" in Qt 6), it assigns its background colour like so:

Here's the GUI I came up with.

To use this GUI, you would select the first row that you want to correct with the mouse, and type the corrected text into the row.

Press the Enter key to put your cursor on the next row. You can skip a row by pressing the Enter key without typing anything.

When you've made all the corrections, left-click on the Save Corrections button.

When I create a Swing GUI, I use the model / view / controller (MVC) pattern. This pattern allows me to separate my concerns and focus on one part of the GUI at a time.

Using Java Swing, the MVC pattern is implemented this way:

1. The view reads information from the model.
2. The view does not update the model.
3. The controller updates the model and repaints / revalidates the view.

There's usually not one controller class to "rule them all". Each ActionListener acts as an independent controller.

For this project, I created two model classes, a view class, a JTable cell renderer class, and one controller class.

I created two model classes. The ImageText class holds an OCR image, the OCR text, and the corrected text. This keeps the corrections separate and allows easier verification of the correctness of the code.

The ImageTextModel class holds a java.util.List of ImageText instances. Since you didn't provide any OCR image examples, I created some from the text. This is where you would read the OCR images and the OCR text and put the values into the List.

I started the Swing application with a call to the SwingUtilities invokeLater method. This method ensures that all Swing components are created and executed on the Event Dispatch Thread.

I created one JFrame and two JPanels. The JFrame methods must be executed in a specific order. This is the order I use for all my Swing applications.

The upper JPanel holds the JTable. The lower JPanel holds the JButton. The ImageCellRenderer class allows me to display the BufferedImage in the JTable.

I use Swing layout managers to create the JPanels and pack the JFrame. This allows the layout managers to place the Swing components and make the JFrame as small as possible.

The ButtonListener class prints the corrected text. Here's where you would write the corrected OCR text to your file system.

Here's the complete runnable code. I made all the classes inner classes so I could post the code as one block.

The problem is in the control flow of the StickerListener.mouseClicked(): you search the stickers to find the one that has been clicked.

Due to the if / else you reset the toolbar for every sticker that has not been clicked, meaning that your code only works if you clicked on the last sticker (in order of iteration).

Your code will work if you move the code from the else part before the loop (so that it executes only once):

One problem with that solution:
testing if compareTo returns a positive value, no matter if x is smaller or greater than y.
Example, suppose we only have 2 ids ordered like ["2", "1"] - if x=0, y=1 "2".compareTo("1") will return >0 so both values are swapped resulting in ["1", "2"].
Some iterations later, x=1, y=0 so id[x]=="2", id[y]=="1", comparing ("2".compareTo("1")) will again return >0 and the values will be swapped again.

Solution: y should always be greater (or always smaller) than x (e.g. for (int y = x + 1; ...)

Using a debugger and executing step-by-step should help seeing what is happening...

You do not need to transfer data from another view to Today view. Because the data you need is already inside the core data so you can reach to data using

Since the Box.qml file is local then it is not necessary to use the statusChanged so that simplifies the logic to:

distanceBoxCreation.js

In Core Data relationships are (NS)Sets. For performance reasons they are unordered.

The easiest solution is to convert the set to an array

Without some kind of runnable example which demonstrates your issue, it's impossible to make any concrete recommendations.

The following simple example makes use of a SwingWorker to change the value of the elements within the ListModel. To make it look more realistic, I've shuffled the List of indices and applied a short delay between each.