Some errors in the tab of Easing curve type

"decelerating to zero velocity" and not "decelerating from zero velocity"

Error : cubic for quintic (3 times)

The correct good one is the following :

The type of easing curve.

\value Linear \inlineimage qeasingcurve-linear.png
\br
Easing curve for a linear (t) function:
velocity is constant.
\value InQuad \inlineimage qeasingcurve-inquad.png
\br
Easing curve for a quadratic (t^2) function:
accelerating from zero velocity.
\value OutQuad \inlineimage qeasingcurve-outquad.png
\br
Easing curve for a quadratic (t^2) function:
decelerating to zero velocity.
\value InOutQuad \inlineimage qeasingcurve-inoutquad.png
\br
Easing curve for a quadratic (t^2) function:
acceleration until halfway, then deceleration.
\value OutInQuad \inlineimage qeasingcurve-outinquad.png
\br
Easing curve for a quadratic (t^2) function:
deceleration until halfway, then acceleration.
\value InCubic \inlineimage qeasingcurve-incubic.png
\br
Easing curve for a cubic (t^3) function:
accelerating from zero velocity.
\value OutCubic \inlineimage qeasingcurve-outcubic.png
\br
Easing curve for a cubic (t^3) function:
decelerating to zero velocity.
\value InOutCubic \inlineimage qeasingcurve-inoutcubic.png
\br
Easing curve for a cubic (t^3) function:
acceleration until halfway, then deceleration.
\value OutInCubic \inlineimage qeasingcurve-outincubic.png
\br
Easing curve for a cubic (t^3) function:
deceleration until halfway, then acceleration.
\value InQuart \inlineimage qeasingcurve-inquart.png
\br
Easing curve for a quartic (t^4) function:
accelerating from zero velocity.
\value OutQuart \inlineimage qeasingcurve-outquart.png
\br
Easing curve for a cubic (t^4) function:
decelerating to zero velocity.
\value InOutQuart \inlineimage qeasingcurve-inoutquart.png
\br
Easing curve for a cubic (t^4) function:
acceleration until halfway, then deceleration.
\value OutInQuart \inlineimage qeasingcurve-outinquart.png
\br
Easing curve for a cubic (t^4) function:
deceleration until halfway, then acceleration.
\value InQuint \inlineimage qeasingcurve-inquint.png
\br
Easing curve for a quintic (t^5) easing
in: accelerating from zero velocity.
\value OutQuint \inlineimage qeasingcurve-outquint.png
\br
Easing curve for a quintic (t^5) function:
decelerating to zero velocity.
\value InOutQuint \inlineimage qeasingcurve-inoutquint.png
\br
Easing curve for a quintic (t^5) function:
acceleration until halfway, then deceleration.
\value OutInQuint \inlineimage qeasingcurve-outinquint.png
\br
Easing curve for a quintic (t^5) function:
deceleration until halfway, then acceleration.
\value InSine \inlineimage qeasingcurve-insine.png
\br
Easing curve for a sinusoidal (sin(t)) function:
accelerating from zero velocity.
\value OutSine \inlineimage qeasingcurve-outsine.png
\br
Easing curve for a sinusoidal (sin(t)) function:
decelerating to zero velocity.
\value InOutSine \inlineimage qeasingcurve-inoutsine.png
\br
Easing curve for a sinusoidal (sin(t)) function:
acceleration until halfway, then deceleration.
\value OutInSine \inlineimage qeasingcurve-outinsine.png
\br
Easing curve for a sinusoidal (sin(t)) function:
deceleration until halfway, then acceleration.
\value InExpo \inlineimage qeasingcurve-inexpo.png
\br
Easing curve for an exponential (2^t) function:
accelerating from zero velocity.
\value OutExpo \inlineimage qeasingcurve-outexpo.png
\br
Easing curve for an exponential (2^t) function:
decelerating to zero velocity.
\value InOutExpo \inlineimage qeasingcurve-inoutexpo.png
\br
Easing curve for an exponential (2^t) function:
acceleration until halfway, then deceleration.
\value OutInExpo \inlineimage qeasingcurve-outinexpo.png
\br
Easing curve for an exponential (2^t) function:
deceleration until halfway, then acceleration.
\value InCirc \inlineimage qeasingcurve-incirc.png
\br
Easing curve for a circular (sqrt(1-t^2)) function:
accelerating from zero velocity.
\value OutCirc \inlineimage qeasingcurve-outcirc.png
\br
Easing curve for a circular (sqrt(1-t^2)) function:
decelerating to zero velocity.
\value InOutCirc \inlineimage qeasingcurve-inoutcirc.png
\br
Easing curve for a circular (sqrt(1-t^2)) function:
acceleration until halfway, then deceleration.
\value OutInCirc \inlineimage qeasingcurve-outincirc.png
\br
Easing curve for a circular (sqrt(1-t^2)) function:
deceleration until halfway, then acceleration.
\value InElastic \inlineimage qeasingcurve-inelastic.png
\br
Easing curve for an elastic
(exponentially decaying sine wave) function:
accelerating from zero velocity. The peak amplitude
can be set with the \e amplitude parameter, and the
period of decay by the \e period parameter.
\value OutElastic \inlineimage qeasingcurve-outelastic.png
\br
Easing curve for an elastic
(exponentially decaying sine wave) function:
decelerating to zero velocity. The peak amplitude
can be set with the \e amplitude parameter, and the
period of decay by the \e period parameter.
\value InOutElastic \inlineimage qeasingcurve-inoutelastic.png
\br
Easing curve for an elastic
(exponentially decaying sine wave) function:
acceleration until halfway, then deceleration.
\value OutInElastic \inlineimage qeasingcurve-outinelastic.png
\br
Easing curve for an elastic
(exponentially decaying sine wave) function:
deceleration until halfway, then acceleration.
\value InBack \inlineimage qeasingcurve-inback.png
\br
Easing curve for a back (overshooting
cubic function: (s+1)*t^3 - s*t^2) easing in:
accelerating from zero velocity.
\value OutBack \inlineimage qeasingcurve-outback.png
\br
Easing curve for a back (overshooting
cubic function: (s+1)*t^3 - s*t^2) easing out:
decelerating to zero velocity.
\value InOutBack \inlineimage qeasingcurve-inoutback.png
\br
Easing curve for a back (overshooting
cubic function: (s+1)*t^3 - s*t^2) easing in/out:
acceleration until halfway, then deceleration.
\value OutInBack \inlineimage qeasingcurve-outinback.png
\br
Easing curve for a back (overshooting
cubic easing: (s+1)*t^3 - s*t^2) easing out/in:
deceleration until halfway, then acceleration.
\value InBounce \inlineimage qeasingcurve-inbounce.png
\br
Easing curve for a bounce (exponentially
decaying parabolic bounce) function: accelerating
from zero velocity.
\value OutBounce \inlineimage qeasingcurve-outbounce.png
\br
Easing curve for a bounce (exponentially
decaying parabolic bounce) function: decelerating
to zero velocity.
\value InOutBounce \inlineimage qeasingcurve-inoutbounce.png
\br
Easing curve for a bounce (exponentially
decaying parabolic bounce) function easing in/out:
acceleration until halfway, then deceleration.
\value OutInBounce \inlineimage qeasingcurve-outinbounce.png
\br
Easing curve for a bounce (exponentially
decaying parabolic bounce) function easing out/in:
deceleration until halfway, then acceleration.
\omitvalue InCurve
\omitvalue OutCurve
\omitvalue SineCurve
\omitvalue CosineCurve
\value Custom This is returned if the user specified a custom curve type with
setCustomType(). Note that you cannot call setType() with this value,
but type() can return it.
\omitvalue NCurveTypes