fff | A testing micro framework for creating function test doubles | Unit Testing library

The sampleSize property in your y axis config is the culprit, since you put it to 1 it only looks at the first tick for the length that it can use. But other data in your array is way larger so it wont fit. Removing this property or making it a bigger number so it would sample more ticks will resolve your behaviour (removing will give most consistent results).

This looks like a bug to me (or at least missing a feature that is reasonable for developers to expect to be there). The issue is that Select doesn't define any styles of its own at the root level, so it doesn't leverage the code (which would be a call to MUI's styled such as here for the select class) that would take care of looking at the theme and applying the corresponding style overrides. I recommend logging an issue.

There are a couple possible workarounds.

This approach may work, but it depends on what all you are trying to do since this targets a child of the root element.

keep HeroFlatList in scrollView.

If I've understand you correctly, you can filter the dataframe and do .merge:

You probably already tried to do it the naive way, where you make a union of all the possibilites, and it does actually work for a three-digit hex color, but not for a longer one (see code below). I suspect, to answer your question directly, that it's impossible to make a 'standalone' type that works for all six-digit hex colors, because this would have to be a union of millions of elements.

Unless optimizations are completely disabled, both gcc and clang are prone to behave nonsensically if code performs a comparison between an address which is based upon an external symbol and an address which is not based upon that same symbol. The issue extends beyond treating such comparisons as yielding an Unspecified Result, and may result in code behavior which is consistent neither with the comparison yielding true nor with it yielding false.

Looks like you're not defining the type in the questions array. This line is defaulting every input field to text because it couldn't find the type.

inputField.type = questions[position].type || 'text'

We can seperate the two 'screen's by wrapping each in a div with class panel.

To make the slider scrollable, we have to apply white-space: nowrap to force it into a single line. To make scroll-snap work horizontally, set scroll-snap-type to x and make it mandatory (scroll-snap-type: x mandatory;). This means that:

The visual viewport of this scroll container will rest on a snap point if it isn't currently scrolled. That means it snaps on that point when the scroll action finished, if possible. If content is added, moved, deleted or resized the scroll offset will be adjusted to maintain the resting on that snap point.^MDN

We also set overscroll-behavior-x to contain which makes sure that no scroll chaining occurs to neighboring scrolling areas, e.g. underlying elements will not scroll.

We then apply scroll-snap-align: center to .panel. To prevent the overflowing contents in the panels, we also apply white-space: initial.

Result:

https://jsfiddle.net/Spectric/j7br8h5a/

We can take it one step further by adding support for user drag to scroll.

For this, we don't actually need scroll-snap at all. We can do it with pure JS.

Add an event listener for mousedown that sets isDown to true. Record the last position of the mouse.

Add an event listener for mousemove that checks whether the user is currently dragging (isDown == true). If the user is, calculate the distance from the current mouse position and the last mouse position, increment the slider's scrollLeft by the difference, and set the last position to the current position.

Add an event listener for mouseup that sets isDown to false and checks whether the slider's current scrollLeft is bigger than half. If it is, we can use scrollIntoView() on one panel to smoothly scroll it into the viewport.

To prevent scrolling when an app is opened, we can store the status in a variable which we set it to true when one of the open app function is called and false when the closeApp function is called. In the mousemove listener we also check whether this variable is true.

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I found it you have to call graph.refresh();.