| | SECOND_QUADRANT | FIRST_QUADRANT | | -------------------

View top is higher when it's smaller then previous View Bottom

|_____________ | | -------_ V

This method calculates new position of single view and returns new center point of first view

This method is based on "Midpoint circle algorithm." It creates a points that are situated in first octant. First point has an index of "0", next is

This method should calculate in which quadrant of a circle should we layout views. There is four quadrant

This method is based on "Midpoint circle algorithm." We use three steps: 1. Create 1 octant of a circle. 2. Mirror the created points for the 2nd

We start from previous view center point. Here is the flow : 1. We get an index of previousViewCenter 2. We increment the index. 3. Correct received

This method checks if this is last visible layouted view. The return might be used to know if we should stop laying out

This is a wrapper method for {@link android.support.v7.widget.RecyclerView#measureChildWithMargins(android.view.View, int, int, int, int)} If capsule

This method implementation should mirror second octant using input of already created points. They might be any of 7 octant that left. Specific implem

This method takes a single point from 1st octant and mirror it to the 2nd octant ^ +y | 2nd octant

This method implementation should mirror second quadrant using input of already created points. They might be any of 3 quadrant that left. Specific im

This method takes a single point from 1st octant and mirror it to the 2nd octant ^ +y ^ | 2nd Quadr

This method implementation should mirror second semicircle using input of already created points. It should be other semicircle. Specific implementati

This method takes a single point from 1st octant and mirror it to the 2nd octant ^ 2nd Quadran

This method recycles views: If views was scrolled down then it recycles top if needed and add views from the bottom If views was scrolled up then it r

This method returns a sine multiplied by correction value. We need it because y axis positive direction is down, device wise. And in Cartesian coordin