MotionController

const val DRAW_PATH_AS_CONFIGURED = 4: Int

const val DRAW_PATH_BASIC = 1: Int

const val DRAW_PATH_CARTESIAN = 3: Int

const val DRAW_PATH_NONE = 0: Int

const val DRAW_PATH_RECTANGLE = 5: Int

const val DRAW_PATH_RELATIVE = 2: Int

const val DRAW_PATH_SCREEN = 6: Int

const val HORIZONTAL_PATH_X = 2: Int

const val HORIZONTAL_PATH_Y = 3: Int

const val PATH_PERCENT = 0: Int

const val PATH_PERPENDICULAR = 1: Int

const val ROTATION_LEFT = 2: Int

const val ROTATION_RIGHT = 1: Int

const val VERTICAL_PATH_X = 4: Int

const val VERTICAL_PATH_Y = 5: Int

fun addKey(key: Key!): Unit

Add a key to the MotionController

fun getAnimateRelativeTo(): Int

Will return 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

fun getCenter(p: Double, pos: FloatArray!, vel: FloatArray!): Unit

Get a center and velocities at the position p

fun getCenterX(): Float

Get the center X of the motion at the current progress

fun getCenterY(): Float

Get the center Y of the motion at the current progress

fun getDrawPath(): Int

returns the draw path mode

fun getFinalHeight(): Float

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

fun getFinalWidth(): Float

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

fun getFinalX(): Float

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

fun getFinalY(): Float

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

fun getKeyFrameInfo(type: Int, info: IntArray!): Int

Get 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

fun getKeyFramePositions(type: IntArray!, pos: FloatArray!): Int

Get the keyFrames for the view controlled by this MotionController

fun getStartHeight(): Float

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

fun getStartWidth(): Float

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

fun getStartX(): Float

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

fun getStartY(): Float

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

fun getTransformPivotTarget(): Int

Get the view to pivot around

fun getView(): View!

Get the view that is being controlled

fun remeasure(): Unit

During the next layout call measure then layout

fun setDrawPath(debugMode: Int): Unit

fun setPathMotionArc(arc: Int): Unit

fun setStartState(
    rect: ViewState!,
    v: View!,
    rotation: Int,
    preWidth: Int,
    preHeight: Int
): Unit

configure the position of the view

fun setTransformPivotTarget(transformPivotTarget: Int): Unit

Set a view to pivot around

fun setView(view: View!): Unit

fun setup(
    parentWidth: Int,
    parentHeight: Int,
    transitionDuration: Float,
    currentTime: Long
): Unit

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

fun setupRelative(motionController: MotionController!): Unit

This ties one motionController to another to allow relative pathes

fun toString(): String!

Debug string