Timetable | Organiser android app for Edinburgh university students | Learning library

I am not sure on why you had a variable pixelsPerHour computed. The variable firstHoursLiElWidth should do the same work as per my understanding of your code. While setting the element.width you can simply multiply the firstHoursLiElWidth with the duration of your event in hours, which is computed in hoursInProject.

I have updated your javascript. You can check below -

NOTE- Please use meaningful and self explanatory variable names. I have removed unwanted variables and cleaned up the JS code. But please change the variable names.

I don´t know any library that can do this, but you can do it yourself.

First, you can compare the days of the week of classes to know which classes you have to compare (you are going to compare the classes given on the same day).

Then, when you have the classes of a day, you have to compare the hours of these classes.

The problem lies with your image being too huge, I have replaced it with the responsive image class from bootstrap. You can find more relevant details here.

Did you connect and selected the database: $db = mysqli_connect(...);

(I am not sure if the
is ok inside the .)

I figured it out. I realised, the problem was that the library was not reading the separations between the lines properly, so I set 'lattice=True'. This solved my problem about 50% and realised the program requires greater specificity.
Downloaded Tabula for windows and found the coordinates of the entire table and also the separate columns. Fed that data into tabula-py under build options of 'area=' and 'columns=' . I realise using both attributes is probably overkill, but upon formatting into .csv, all my data is neatly placed in separate columns with no 'Nan' values. Attaching my code below:

The reason you can't see those tables is because they aren't part of the static webpage. Most modern websites load their content via client side javascript (which runs whenever you open the page), rather than server side (runs before it sends the html to the browser). This means that when you get the request with the request library, you're only getting the HTML that the server sent, not the HTML after all the javascript has executed.

The solution to this problem is to load the webpage in an actual browser, rather than just grabbing the html. This allows the Javascript to load the content before you scrape the site.

I suggest you checkout Selenium, which is a library which lets you programmatically control a browser. Using this browser you can navigate to your website, wait for the content to load, then scrape it, all from Python. You can find the documentation here: https://selenium-python.readthedocs.io/

The src/main/resources prefix isn't part of the value for that property:

• Either don't have a quarkus.optaplanner.solver-config-xml property in application.properties, which means it will pick up src/main/resources/solverConfig.xml (recommended, for standardization only)

• Or set it explicitly to quarkus.optaplanner.solver-config-xml=solverConfig.xml to pick up src/main/resources/solverConfig.xml.

PS: solverConfig.xml in Quarkus doesn't need a entityClass, solutionClass or constraintProviderClass. It picks that up automatically.

We can use file.readlines() to loop over each line in the text file, then simply split each individual row by , and call the last index.

Time and date values are usually stored internally totally different in spread sheet and database programs. Therefore you will never get directly the values you see as you get the raw values. In your case it seems like you are getting a time/date value: the date is the value before the dot and the fractional digits are the fraction of the 24 hour day.