diff options
Diffstat (limited to 'src/declarative/util/qdeclarativeanimation.cpp')
| -rw-r--r-- | src/declarative/util/qdeclarativeanimation.cpp | 276 |
1 files changed, 138 insertions, 138 deletions
diff --git a/src/declarative/util/qdeclarativeanimation.cpp b/src/declarative/util/qdeclarativeanimation.cpp index f864757e..f697a49d 100644 --- a/src/declarative/util/qdeclarativeanimation.cpp +++ b/src/declarative/util/qdeclarativeanimation.cpp @@ -1466,11 +1466,11 @@ void QDeclarativeRotationAnimation::setTo(qreal t) Possible values are: \list - \o RotationAnimation.Numerical (default) - Rotate by linearly interpolating between the two numbers. + \li RotationAnimation.Numerical (default) - Rotate by linearly interpolating between the two numbers. A rotation from 10 to 350 will rotate 340 degrees clockwise. - \o RotationAnimation.Clockwise - Rotate clockwise between the two values - \o RotationAnimation.Counterclockwise - Rotate counterclockwise between the two values - \o RotationAnimation.Shortest - Rotate in the direction that produces the shortest animation path. + \li RotationAnimation.Clockwise - Rotate clockwise between the two values + \li RotationAnimation.Counterclockwise - Rotate counterclockwise between the two values + \li RotationAnimation.Shortest - Rotate in the direction that produces the shortest animation path. A rotation from 10 to 350 will rotate 20 degrees counterclockwise. \endlist */ @@ -1754,7 +1754,7 @@ void QDeclarativePropertyAnimationPrivate::convertVariant(QVariant &variant, int It can be used to define animations in a number of ways: \list - \o In a \l Transition + \li In a \l Transition For example, to animate any objects that have changed their \c x or \c y properties as a result of a state change, using an \c InOutQuad easing curve: @@ -1762,21 +1762,21 @@ void QDeclarativePropertyAnimationPrivate::convertVariant(QVariant &variant, int \snippet doc/src/snippets/declarative/propertyanimation.qml transition - \o In a \l Behavior + \li In a \l Behavior For example, to animate all changes to a rectangle's \c x property: \snippet doc/src/snippets/declarative/propertyanimation.qml behavior - \o As a property value source + \li As a property value source For example, to repeatedly animate the rectangle's \c x property: \snippet doc/src/snippets/declarative/propertyanimation.qml propertyvaluesource - \o In a signal handler + \li In a signal handler For example, to fade out \c theObject when clicked: \qml @@ -1786,7 +1786,7 @@ void QDeclarativePropertyAnimationPrivate::convertVariant(QVariant &variant, int } \endqml - \o Standalone + \li Standalone For example, to animate \c rect's \c width property over 500ms, from its current width to 30: @@ -1928,171 +1928,171 @@ void QDeclarativePropertyAnimation::setTo(const QVariant &t) \table \row - \o \c Easing.Linear - \o Easing curve for a linear (t) function: velocity is constant. - \o \inlineimage qeasingcurve-linear.png + \li \c Easing.Linear + \li Easing curve for a linear (t) function: velocity is constant. + \li \inlineimage qeasingcurve-linear.png \row - \o \c Easing.InQuad - \o Easing curve for a quadratic (t^2) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-inquad.png + \li \c Easing.InQuad + \li Easing curve for a quadratic (t^2) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-inquad.png \row - \o \c Easing.OutQuad - \o Easing curve for a quadratic (t^2) function: decelerating to zero velocity. - \o \inlineimage qeasingcurve-outquad.png + \li \c Easing.OutQuad + \li Easing curve for a quadratic (t^2) function: decelerating to zero velocity. + \li \inlineimage qeasingcurve-outquad.png \row - \o \c Easing.InOutQuad - \o Easing curve for a quadratic (t^2) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutquad.png + \li \c Easing.InOutQuad + \li Easing curve for a quadratic (t^2) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutquad.png \row - \o \c Easing.OutInQuad - \o Easing curve for a quadratic (t^2) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinquad.png + \li \c Easing.OutInQuad + \li Easing curve for a quadratic (t^2) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinquad.png \row - \o \c Easing.InCubic - \o Easing curve for a cubic (t^3) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-incubic.png + \li \c Easing.InCubic + \li Easing curve for a cubic (t^3) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-incubic.png \row - \o \c Easing.OutCubic - \o Easing curve for a cubic (t^3) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outcubic.png + \li \c Easing.OutCubic + \li Easing curve for a cubic (t^3) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outcubic.png \row - \o \c Easing.InOutCubic - \o Easing curve for a cubic (t^3) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutcubic.png + \li \c Easing.InOutCubic + \li Easing curve for a cubic (t^3) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutcubic.png \row - \o \c Easing.OutInCubic - \o Easing curve for a cubic (t^3) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outincubic.png + \li \c Easing.OutInCubic + \li Easing curve for a cubic (t^3) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outincubic.png \row - \o \c Easing.InQuart - \o Easing curve for a quartic (t^4) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-inquart.png + \li \c Easing.InQuart + \li Easing curve for a quartic (t^4) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-inquart.png \row - \o \c Easing.OutQuart - \o Easing curve for a quartic (t^4) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outquart.png + \li \c Easing.OutQuart + \li Easing curve for a quartic (t^4) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outquart.png \row - \o \c Easing.InOutQuart - \o Easing curve for a quartic (t^4) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutquart.png + \li \c Easing.InOutQuart + \li Easing curve for a quartic (t^4) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutquart.png \row - \o \c Easing.OutInQuart - \o Easing curve for a quartic (t^4) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinquart.png + \li \c Easing.OutInQuart + \li Easing curve for a quartic (t^4) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinquart.png \row - \o \c Easing.InQuint - \o Easing curve for a quintic (t^5) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-inquint.png + \li \c Easing.InQuint + \li Easing curve for a quintic (t^5) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-inquint.png \row - \o \c Easing.OutQuint - \o Easing curve for a quintic (t^5) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outquint.png + \li \c Easing.OutQuint + \li Easing curve for a quintic (t^5) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outquint.png \row - \o \c Easing.InOutQuint - \o Easing curve for a quintic (t^5) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutquint.png + \li \c Easing.InOutQuint + \li Easing curve for a quintic (t^5) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutquint.png \row - \o \c Easing.OutInQuint - \o Easing curve for a quintic (t^5) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinquint.png + \li \c Easing.OutInQuint + \li Easing curve for a quintic (t^5) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinquint.png \row - \o \c Easing.InSine - \o Easing curve for a sinusoidal (sin(t)) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-insine.png + \li \c Easing.InSine + \li Easing curve for a sinusoidal (sin(t)) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-insine.png \row - \o \c Easing.OutSine - \o Easing curve for a sinusoidal (sin(t)) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outsine.png + \li \c Easing.OutSine + \li Easing curve for a sinusoidal (sin(t)) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outsine.png \row - \o \c Easing.InOutSine - \o Easing curve for a sinusoidal (sin(t)) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutsine.png + \li \c Easing.InOutSine + \li Easing curve for a sinusoidal (sin(t)) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutsine.png \row - \o \c Easing.OutInSine - \o Easing curve for a sinusoidal (sin(t)) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinsine.png + \li \c Easing.OutInSine + \li Easing curve for a sinusoidal (sin(t)) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinsine.png \row - \o \c Easing.InExpo - \o Easing curve for an exponential (2^t) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-inexpo.png + \li \c Easing.InExpo + \li Easing curve for an exponential (2^t) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-inexpo.png \row - \o \c Easing.OutExpo - \o Easing curve for an exponential (2^t) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outexpo.png + \li \c Easing.OutExpo + \li Easing curve for an exponential (2^t) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outexpo.png \row - \o \c Easing.InOutExpo - \o Easing curve for an exponential (2^t) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutexpo.png + \li \c Easing.InOutExpo + \li Easing curve for an exponential (2^t) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutexpo.png \row - \o \c Easing.OutInExpo - \o Easing curve for an exponential (2^t) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinexpo.png + \li \c Easing.OutInExpo + \li Easing curve for an exponential (2^t) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinexpo.png \row - \o \c Easing.InCirc - \o Easing curve for a circular (sqrt(1-t^2)) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-incirc.png + \li \c Easing.InCirc + \li Easing curve for a circular (sqrt(1-t^2)) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-incirc.png \row - \o \c Easing.OutCirc - \o Easing curve for a circular (sqrt(1-t^2)) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outcirc.png + \li \c Easing.OutCirc + \li Easing curve for a circular (sqrt(1-t^2)) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outcirc.png \row - \o \c Easing.InOutCirc - \o Easing curve for a circular (sqrt(1-t^2)) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutcirc.png + \li \c Easing.InOutCirc + \li Easing curve for a circular (sqrt(1-t^2)) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutcirc.png \row - \o \c Easing.OutInCirc - \o Easing curve for a circular (sqrt(1-t^2)) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outincirc.png + \li \c Easing.OutInCirc + \li Easing curve for a circular (sqrt(1-t^2)) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outincirc.png \row - \o \c Easing.InElastic - \o Easing curve for an elastic (exponentially decaying sine wave) function: accelerating from zero velocity. + \li \c Easing.InElastic + \li Easing curve for an elastic (exponentially decaying sine wave) function: accelerating from zero velocity. \br The peak amplitude can be set with the \e amplitude parameter, and the period of decay by the \e period parameter. - \o \inlineimage qeasingcurve-inelastic.png + \li \inlineimage qeasingcurve-inelastic.png \row - \o \c Easing.OutElastic - \o Easing curve for an elastic (exponentially decaying sine wave) function: decelerating from zero velocity. + \li \c Easing.OutElastic + \li Easing curve for an elastic (exponentially decaying sine wave) function: decelerating from zero velocity. \br The peak amplitude can be set with the \e amplitude parameter, and the period of decay by the \e period parameter. - \o \inlineimage qeasingcurve-outelastic.png + \li \inlineimage qeasingcurve-outelastic.png \row - \o \c Easing.InOutElastic - \o Easing curve for an elastic (exponentially decaying sine wave) function: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutelastic.png + \li \c Easing.InOutElastic + \li Easing curve for an elastic (exponentially decaying sine wave) function: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutelastic.png \row - \o \c Easing.OutInElastic - \o Easing curve for an elastic (exponentially decaying sine wave) function: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinelastic.png + \li \c Easing.OutInElastic + \li Easing curve for an elastic (exponentially decaying sine wave) function: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinelastic.png \row - \o \c Easing.InBack - \o Easing curve for a back (overshooting cubic function: (s+1)*t^3 - s*t^2) easing in: accelerating from zero velocity. - \o \inlineimage qeasingcurve-inback.png + \li \c Easing.InBack + \li Easing curve for a back (overshooting cubic function: (s+1)*t^3 - s*t^2) easing in: accelerating from zero velocity. + \li \inlineimage qeasingcurve-inback.png \row - \o \c Easing.OutBack - \o Easing curve for a back (overshooting cubic function: (s+1)*t^3 - s*t^2) easing out: decelerating to zero velocity. - \o \inlineimage qeasingcurve-outback.png + \li \c Easing.OutBack + \li Easing curve for a back (overshooting cubic function: (s+1)*t^3 - s*t^2) easing out: decelerating to zero velocity. + \li \inlineimage qeasingcurve-outback.png \row - \o \c Easing.InOutBack - \o Easing curve for a back (overshooting cubic function: (s+1)*t^3 - s*t^2) easing in/out: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutback.png + \li \c Easing.InOutBack + \li Easing curve for a back (overshooting cubic function: (s+1)*t^3 - s*t^2) easing in/out: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutback.png \row - \o \c Easing.OutInBack - \o Easing curve for a back (overshooting cubic easing: (s+1)*t^3 - s*t^2) easing out/in: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinback.png + \li \c Easing.OutInBack + \li Easing curve for a back (overshooting cubic easing: (s+1)*t^3 - s*t^2) easing out/in: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinback.png \row - \o \c Easing.InBounce - \o Easing curve for a bounce (exponentially decaying parabolic bounce) function: accelerating from zero velocity. - \o \inlineimage qeasingcurve-inbounce.png + \li \c Easing.InBounce + \li Easing curve for a bounce (exponentially decaying parabolic bounce) function: accelerating from zero velocity. + \li \inlineimage qeasingcurve-inbounce.png \row - \o \c Easing.OutBounce - \o Easing curve for a bounce (exponentially decaying parabolic bounce) function: decelerating from zero velocity. - \o \inlineimage qeasingcurve-outbounce.png + \li \c Easing.OutBounce + \li Easing curve for a bounce (exponentially decaying parabolic bounce) function: decelerating from zero velocity. + \li \inlineimage qeasingcurve-outbounce.png \row - \o \c Easing.InOutBounce - \o Easing curve for a bounce (exponentially decaying parabolic bounce) function easing in/out: acceleration until halfway, then deceleration. - \o \inlineimage qeasingcurve-inoutbounce.png + \li \c Easing.InOutBounce + \li Easing curve for a bounce (exponentially decaying parabolic bounce) function easing in/out: acceleration until halfway, then deceleration. + \li \inlineimage qeasingcurve-inoutbounce.png \row - \o \c Easing.OutInBounce - \o Easing curve for a bounce (exponentially decaying parabolic bounce) function easing out/in: deceleration until halfway, then acceleration. - \o \inlineimage qeasingcurve-outinbounce.png + \li \c Easing.OutInBounce + \li Easing curve for a bounce (exponentially decaying parabolic bounce) function easing out/in: deceleration until halfway, then acceleration. + \li \inlineimage qeasingcurve-outinbounce.png \endtable \c easing.amplitude is only applicable for bounce and elastic curves (curves of type @@ -2200,8 +2200,8 @@ void QDeclarativePropertyAnimation::setProperties(const QString &prop) \table 80% \row - \o Value Source / Behavior - \o When an animation is used as a value source or in a Behavior, the default target and property + \li Value Source / Behavior + \li When an animation is used as a value source or in a Behavior, the default target and property name to be animated can both be inferred. \qml Rectangle { @@ -2213,8 +2213,8 @@ void QDeclarativePropertyAnimation::setProperties(const QString &prop) } \endqml \row - \o Transition - \o When used in a transition, a property animation is assumed to match \e all targets + \li Transition + \li When used in a transition, a property animation is assumed to match \e all targets but \e no properties. In practice, that means you need to specify at least the properties in order for the animation to do anything. \qml @@ -2238,8 +2238,8 @@ void QDeclarativePropertyAnimation::setProperties(const QString &prop) } \endqml \row - \o Standalone - \o When an animation is used standalone, both the target and property need to be + \li Standalone + \li When an animation is used standalone, both the target and property need to be explicitly specified. \qml Rectangle { |