trapeze | A less Cartoon-like theme for Open Atrium

You need to change the basic_format and input_data, and you will get the desired output using the below-given code.

Note: this is just a code I ran for small reproducible input and output. You can change the data and play around to get the desired final output

If I understand you correctly, you want to compute single trapezoidal areas between successive values of the array (Correct me if I'm wrong). For this, you could just manually compute (assuming from the image that dx is constant and that the values are stored in arr)

you'll definitely want to spend some time looking at the AsyncTask https://developer.android.com/reference/android/os/AsyncTaskdocumentation to get an understanding how it works. Honestly, most of your time will be spent reading API docs for the rest of your development life - also be aware that AsyncTask is deprecated.

One of the most confusing things is, you're looking up a LIST of films, but only setting ONE title to the text view, so something is up design wise that you want to look into.

But since you have the JSON and you need to get films, you probably want to set something up like this:

Change your item_custom according to my code

The problem is that the constructor of the derived class will call the base class constructor too.

An easy fix could be to decrement the count of the base class in the derived constructor.

For typical customer-facing applications, I would generally recommend GTFS.

GTFS is an open-source interchange format for transit schedule data which is widely used for customer-facing applications, but not for other use cases. The format was originally designed by Google, working with TriMet in Portland, and Google generally requires that transit agencies provide data in this format to make their schedule information available on Google Maps.

Trapeze is an IT company that provides a wide variety of products to transit agencies, such as route scheduling, workforce planning, and realtime system monitoring and control. They have a proprietary data format for schedule information, which is mostly used internally at transit agencies, but is also sometimes used as a format for sharing data externally. For transit agencies that use Trapeze for scheduling, schedule data is easy to export in this format.

I would recommend GTFS for customer-facing applications: the specification is public, open-source, easy to use and understand, and the data is easy to find online for many transit agencies, especially in the US. Schedule information in Trapeze format is not generally available to the public, and it does not have a public API definition (or not one I can easily find, anyway). Perhaps you have specific data needs that cannot be accommodated by the GTFS spec, in which case it may be easier to use the Trapeze format, or alternatively you may choose to add your own custom extension to GTFS.

You're using distinct=True which will result in selecting only one of each colors; try this:

MATLAB has fitgeotrans, a function that can find the affine transform from points you can define manually, you could use it directly or to try and determine what's wrong with your transform.

That said, an affine transform is not what you need. From the last page of this:

An affine transform maintains parallelism, which you can't have when transforming a trapeze-shaped road into a square. You need a projective transform (homography).

See this StackOverflow answer on how to do it.

You are adding the buttons with pack(side=LEFT), which is going to push the buttons to the left of their master element. Changing LEFT to RIGHT and adjusting the order in which the buttons are packed should solve the issue of getting the buttons to the right side.