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The problem is the way the gradient fill styles get applied to your doughnut actually. Your - and my initial - assumption is that chart.js will take care of positioning and scaling the gradient to the appropriate size to fill the doughnut. Well, that's not the case. Instead it uses the size & position of the gradient on the canvas.

To get a better understanding, let's take a look at your code for one of the gradients:

Hello (I was unable understand your problem but I uploaded the solution if this doesnt work let me know I'll try give better answer) You can do one thing here,

Initially add all the images(red,yellow,green) into the applications xml file all of them at the same place and then set the alpha of two of the images and as '0' from the attributes except the red image section then on every click of the button you set the alpha of the current image as zero and alpha of the second image as zero... so on and so forth so the code will be something like this

Try using HttpHeaders instead of RequestOptions

In short:

glutSolidTorus() just doesn't emit texture coordinates for the torus but only coordinates and per-vertex normals.

The long story:

Out of curiosity, I googled a bit, and I believe I found the explanation to OPs observation

Other textures (skybox, planet, HUD) are applying properly except Torus textures.

First I had a look at the doc. 11.4 glutSolidTorus, glutWireTorus but I couldn't find any hint whether texture coordinates are supported nor that they are not. I tried some other docs but mostly they were copies of this or didn't mention texturing as well.

Next I tried to find sample images for "glutSolidTorus texture" but I couldn't.

Very suspicious…

So, I finally had a look onto the source code of glutSolidTorus() on github:

To summarize the discussion, and correct some of your wrong assumptions:

You can add array of permission, then check if role has this perm, then remove, else add.

My permissions array not include all permissions, so you need to add somethink.

hello is not a dictionary, it's a list (of dictionaries) and lists don't have items. You have to iterate over each of the dictionaries in the list. This example will get the id of each dictionary with senior=False.

The code seems to be trying to "drive" the user, rather than simply reacting to clicks when they happen. There isn't roundnum player mouse-events, there is typically one at a time. Process each event as it happens.

In an event-driven program (i.e.: 99% of all pygame programs), it's usually a good idea to process these as real-time events, and use the system time to determine when things need to happen in the future. This allows the code to not use pygame.time.delay(), and gives a much better flow to the user-interface.

The code below draws your "simon" rectangles, using a simple list-of-lists data structure to hold each rectangle, it's name, colours and the time when it was last clicked. Keeping all your rectangle data in a list like this allows the program to loop over the list performing the same code for every button. Less code is less chance of mistakes, and make the code simpler and cleaner. Whenever you find yourself copying code blocks, and then making simple modifications, it's better to stop for a minute and wonder if there isn't a better way. Keeping a pygame Rect object also allows you to do simple collision detection.

So button's time-field (initially zero) is used to determine if the rectangle needs to be drawn in the base-colour or highlight-colour. When the button is clicked, the current time is stored in the button. When the button is then drawn to the screen, if it's still LIGHT_TIME milliseconds since the click, it's drawn highlighted.