Cross Reference: /frameworks/support/dynamic-animation/src/android/support/animation/FlingAnimation.java

Lines Matching refs:velocity
23  * velocity) and gradually slows down. The fling animation will come to a stop when the velocity of
33  *         // Sets the start velocity to -2000 (pixel/s)
128      * Start velocity of the animation. Default velocity is 0. Unit: pixel/second
130      * <p>A <b>non-zero</b> start velocity is required for a FlingAnimation. If no start velocity is
131      * set through {@link #setStartVelocity(float)}, the start velocity defaults to 0. In that
134      * <p>Note when using a fixed value as the start velocity (as opposed to getting the velocity
145      * @param startVelocity start velocity of the animation in pixel/second
146      * @return the Animation whose start velocity is being set
178     float getAcceleration(float value, float velocity) {
179         return mFlingForce.getAcceleration(value, velocity);
183     boolean isAtEquilibrium(float value, float velocity) {
186                 || mFlingForce.isAtEquilibrium(value, velocity);
198         // This multiplier is used to calculate the velocity threshold given a certain value
200         // then the velocity is a reasonable threshold.
205         // Internal state to hold a value/velocity pair.
216         MassState updateValueAndVelocity(float value, float velocity, long deltaT) {
217             mMassState.mVelocity = (float) (velocity * Math.exp((deltaT / 1000f) * mFriction));
218             mMassState.mValue = (float) (value - velocity / mFriction
219                     + velocity / mFriction * Math.exp(mFriction * deltaT / 1000f));
227         public float getAcceleration(float position, float velocity) {
228             return velocity * mFriction;
232         public boolean isAtEquilibrium(float value, float velocity) {
233             return Math.abs(velocity) < mVelocityThreshold;