Motion

public void buildPath(float[] points, int pointCount)

Fills the array point with the center coordinates. point[0] is filled with the x coordinate of "time" 0.0 mPoints[point.length-1] is filled with the y coordinate of "time" 1.0

public String getAnimateRelativeTo()

Returns the id of the view to move relative to. The position at the start and then end will be viewed relative to this view -1 is the return value if NOT in polar mode

public void getDpDt(
    float position,
    float locationX,
    float locationY,
    float[] mAnchorDpDt
)

This returns the differential with respect to the animation layout position (Progress) of a point on the view (post layout effects are not computed)

public float getFinalHeight()

get the width of the widget at the end of the movement.

public float getFinalWidth()

get the width of the widget at the end of the movement.

public float getFinalX()

get the left most position of the widget at the end of the movement.

public float getFinalY()

get the top most position of the widget at the end of the movement. Positive is down.

public MotionPaths getKeyFrame(int i)

provides access to MotionPath objects

public int getKeyFrameInfo(int type, int[] info)

Gets the keyFrames for the view controlled by this MotionController. The info data structure is of the form 0 length if your are at index i the [i+len+1] is the next entry 1 type 1=Attributes, 2=Position, 3=TimeCycle 4=Cycle 5=Trigger 2 position 3 x location 4 y location 5 ... length

public int getKeyFramePositions(int[] type, float[] pos)

Get the keyFrames for the view controlled by this MotionController

public float getMotionStagger()

The values set in motion: { stagger: '2' }

public float getStartHeight()

get the width of the widget at the start of the movement.

public float getStartWidth()

get the width of the widget at the start of the movement.

public float getStartX()

get the left most position of the widget at the start of the movement.

public float getStartY()

get the top most position of the widget at the start of the movement. Positive is down.

public int getTransformPivotTarget()

Get the view to pivot around

public boolean interpolate(
    MotionWidget child,
    float globalPosition,
    long time,
    KeyCache keyCache
)

The main driver of interpolation

public void setStaggerOffset(float staggerOffset)

set the offset used in calculating stagger launches

public void setStaggerScale(float staggerScale)

Set stagger scale

public void setTransformPivotTarget(int transformPivotTarget)

Set a view to pivot around

public boolean setValue(int id, boolean value)

Used to set boolean values

public boolean setValue(int id, float value)

Used to set float values

public boolean setValue(int id, int value)

Used to set integer values

public boolean setValue(int id, String value)

Used to set String values

public void setup(
    int parentWidth,
    int parentHeight,
    float transitionDuration,
    long currentTime
)

Called after all TimePoints &Cycles have been added; Spines are evaluated

public void setupRelative(Motion motionController)

set up the motion to be relative to this other motionController

public String toString()

Debug string