This may seem like a lot of options, but here's the reasoning:
- The CSS spec offers four variations: Simplified/Traditional and
Formal/Informal. This spec defines a character set for all for
variations, and it also associates rules for omitting digits in the
informal variants.
- The chinese_number crate does not implement a variant that includes
the tens digit, as required by the cSS spec for the formal variants.
To be able to provide the enumerations that the CSS spec offers *and* to
provide the variations that the chinese_number crate supports, I've aded
8 total list styles for selecting a specific Chinese variation.
Technically nominals supports even more options, but the myriad counting
scale coveres u128::MAX and seems to be the most common counting style.
`generate_error` can technically fail to generate a contrasting color if
the primary color is desaturated too much. This is beacuse we never
increase the saturation.
This change makes the color scheme builder stop one iteration shy of a
full circle.
The previous fix was a fix in contrast_between. However, I then
convinced myself that the selected color was changing when it wasn't
purely because the alpha picker utilizes a checkeboard pattern, and I
was specifically testing grayscale values.
Aka, I was reproducing the "different grays" optical illusion using the
loupe outline color and driving myself crazy trying to figure out what
my code was doing, when in reality it wasn't doing anything.
The real fix? Don't ask for contrast between two similar colors.
OutlineColor and TextColor are both meant to be contrasting colors to
SurfaceColor, which is the background color. The loupe color really
should have switched between any surface-type color and any
foreground-type color, but it instead was asking for two different
foreground colors.
I had forgotten why I had `self::image::Image` and it was causing the
docs to show up out of order. This now makes them all consisent, fixing
the docs issue.
This was a holdover while I was still implementing the PlatformWindow
interface. Cushy widgets shouldn't be able to access winit directly,
otherwise they could cause unwanted effects when not running in a
standalone Cushy app but rather embedded in a game.
Currently passing the entire input area because it's easy. Not closing
the issue because the correct thing to do would be to constrain the
location to a smaller area on the current line (or the current line).
Refs #122
While working on the changelog, I realized I didn't provide a type that
allowed a third party developer to provide a
PlatformWindowImplementation. This type now completes it.
This commit adds my first take at creating a harness for a user's guide
using the new capture functionality. The example has tests that ensure
the align widget creates the expected results.
Somehow I missed that my changes for weak callbacks broke the theme
editor. I thought I had it working with the try_get changes, but I
discovered several flaws in this approach.
In the end, ownership has been transferred to the CallbackHandle, and a
CallbackHandle can relinquish its reference to create weak graphs. This
is how weak_clone now works.
This ensures frames render consistently.
This change only affects the animation recorder. The regular virtual
recorder interface blocks when refresh is called.
Closes#98
This finishes my initial refactoring of the dynamic system to add
support for several dataflows including:
- Pure data sources that can be implemented using an `Owned<T>` at the
root of a graph of `Dynamic<U>`/`DynamicReader<U>`s.
- Read-only data sinks. I thought this would be more useful across other
widgets, but in general, Progress and Label seem like the only types
that this applies to currently.
- The ability to mix/match Dynamic/DynamicReader in tuple-based
for_each/map_each.
For some reason I forgot about 1.0 being an edge case, but I also didn't
think about negatives either. Applying a clamp is the right move here.
Refs #120
Refs #98
This refactor overhauls the reactive system to move all the reactive
methods to traits. The side effect of this change is that now
DynamicReader's API is the same as Dynamic's API, but because it only
implements Source<T>, DynamicReader does not offer any mutation
functions.
While it's unfortunate to have more traits to include to use Cushy, this
seems like the best option, and it offers a path to try to integrate
this into the tuple ForEach/MapEach traits. Unfortunately, my attempt at
doing those in this set of changes led to issues specifying generic
associated lifetimes for the DynamicGuard. But, I was also in the middle
of this larger refactoring, so it might be that a fresh attempt will
succeed.
