Use a timeout calculation method that is not affected by overflow, and also
requires 16 bits less.
This likely fixes#8.
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
Ticks depend on the speed of the main loop, and as such, are not a reliable way
to time animations. For this reason, use proper timers instead.
The update delay is set to 40ms, which appears to be a slow, relaxing animation,
and should be roughly in the ballpark the tick-based timing was, before speeding
up the main loop considerably.
Fixes#3.
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
Sometimes one wants a longer timeout, also wants the sticky behaviour on
double-tap, but would like to use a shorter timeout for the sticky behaviour.
The new `double_tap_timeout` property accomplishes just this.
Defaults to using `time_out`, for backwards compatibility.
Fixes#30.
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
When we activate a OneShot key, use the coordinates of the (last) physical key
that triggered it. This is done by keeping an array of positions for each
possible OneShot key. While this costs us 16 bytes of RAM and a bit of code, the
benefit is that plugins ordered after OneShot will know where OneShot was
triggered from.
Fixes#13.
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
This warp mode is similar to the navigation provided by some speech
recognition software. A 9-cell grid may provide more precision and
efficiency than the existing 4-cell warp mode. This adds some extra
key definitions to support the additional sectors and enables a user
to switch the grid size:
MouseKeys.setWarpGridSize(MOUSE_WARP_GRID_3X3);
Signed-off-by: Cy Rossignol <cy@rossignols.me>
Based on #306, with slightly improved text. Thanks to Ross Donaldson
(@Gastove) for the original pull request!
Closes#306.
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
With the previous algorithm, once every 65 seconds, there would be a significant jump in
the brightness of the "breathing" LEDs as the 16-bit value recorded from `millis()`
overflowed. Instead of dividing by 12, I changed it to a bit shift (4 bits; equivalent to
division by 16), so when the integer overflow occurs, the next value is what it should be.
This is a somewhat unwieldy fix for all the out of bounds (attempted) array addressing at
both ends. When `pos` goes out of bounds in either direction, the test is the same because
it's an unsigned integer. However, after the change of direction, the trailing LED will
still be out of bounds, so we check that every time we call `setCrgbAt()` for `pos2`.
It's rather ugly, but it does ensure that we don't call `setCrgbAt()` with an
out-of-bounds address.
Before this change, we couldn't use the full functionality of the plugin's
warp feature to drag an item (by holding down a mouse button key). The
plugin would reset the warp state during each scan cycle, so we could
only warp the pointer to a cell in the top-level grid. This fix enables
warping repeatedly into sub-cells while holding a mouse button.
This prevents an insignificant error, but it is more correct to handle the integer
overflow instead of ignoring it. I've also changed syncTimer from a 32-bit to 16-bit
integer, which results in a smaller code size, and changed the computation of the timeout
slightly, so the LED update interval is always the same (we add `syncDelay` to the
previous update's start time, not it's end time), rather than varying based on when
LEDControl's `loopHook()` function is called relative to the last timeout.
There already exist 2 rainbow LED effects, this adds a third, using
the LED-Stalker effect.
When you press a key, the LED on that key will cycle through all the
colors of the rainbow, independent of the colors of other keys.
We no longer have a `KaleidoscopePlugins` namespace, and have to use
`kaleidoscope` instead - lets do that.
Noticed by Jordihs on the Keyboardio forums, thank you!
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
Since we switched to using a separate node for the absolute mouse, it works with
all three major operating systems. For that reason, the note about OS
compatibility is incorrect, and with this patch, we drop it.
Reported by @noseglasses, thanks!
Signed-off-by: Gergely Nagy <algernon@keyboard.io>
I had failed to check that the queue length was non-zero before checking release delay
timeouts, causing reading past the end of the `key_queue_` array an repeatedly sending
essentially random input to the host.
In the process of fixing that bug, I realized that I was also assuming that layer changes
weren't happening earlier in the queue and checking whether or not a key is a qukey when
it wasn't the head of the queue. Now we only enact a release delay when `flushKey()` is
called, and always call `setQukeyState()` when enqueuing new keys so that we can
distinguish between keys that should be immediately flushed in the primary state, and ones
that should have keypresses delayed.
When releasing a qukey, allow a short timeout in case a subsequent key was released
effectively simultaneously, treating that near-simultaneous release as intended to use the
alternate (i.e. modifier) keycode.
Any keyswitch events without real physical addresses were injected by other plugins and
should not be processed by Qukeys. There was an interaction with OneShot that prevented
the two plugins from working together because OneShot sends events with a (row, col)
address of `UNKNOWN_KEYSWITCH_LOCATION` (i.e. 255, 255). This meant that if a OneShot
modifier was on when a Qukey was pressed, it would fill up the queue with bogus-address
versions of the Qukey, which would then get flushed in the primary state, cancelling the
OneShot and producing an un-modified, repeating primary keycode, causing both plugins to
fail.
Jesse Vincent
Gergely Nagy
Gergely Nagy
Ryan Anderson
Jesse Vincent
Cy Rossignol
Michael Richters
Toon Claes