. There are four circles within each crosshair-like object. Each circle has a certain pattern once, so that every circle experiences that pattern in one of the four crosshair objects. But the patterns rotate clockwise, to various degrees, one rotates 1 move, one rotates 2 moves, one rotates 3 moves, and one stays still. There are two patterns where 3/4 are filled, in one of them, it stays still within the circle despite changing layers, in the other, it rotates by 3/4 turns every time. For the pattern with 2/4 filled in, it rotates 2/4, 1/4 rotates 1/4. Then it moves up to the layer with the circles divided into four, separated by lines. 1 filled = circle 1, 2 filled = circle 2, so on...If you put the 4-circles into 3 divisions, you have crosshair 1 from the bottom row interacting with crosshair 2, crosshair 2 interacting with crosshair 3, and crosshair 3 interacting with crosshair 4. If you read the 4-circles horizontally, it swaps whatever circle layer determined by the 4-circle value in crosshair n with circle layer determined by 4-circle in crosshair n + 1. The swapping of layers between crosshair objecys is fairly simple, if there are 3 filled in circle 1 crosshair 1, and 2 filled in circle 4 crosshair 2, and the horizontal values of the 4-circles across the line is 1:4, then circle 1 crosshair 1 has 2 filled and circle 4 crosshair 2 has 3 filled. in the second division. because layer 4 swaps with layer 3, and layer 3 swaps with layer 2 of the one following that, layer 4 becomes layer 2 of the third object, In the third division, because two 4-circles are connected, and one of the four circles is blank,the swap happens and then the layer in the fourth crosshair becomes blank, which will be relevant later. Then the three crosshair objects interact with the 3 triangles of 4-circles. where first 4c = left crosshair, middle 4c = middle crosshair, right 4c = right crosshair. In the first triad, two quadrants of the 4-circle are black, and the corresponding quadrants on the other crosshairs are black, indicating that the quadrant swaps with the quadrant of another crosshair. Then, in the second triad, only one 4c is active, indicated a shift, or a "flip", within the object itself. Then the third triad has one swap, and one inversion, because it obviously cant flip with other quadrants so it must flip within itself. The two crosshairs above that are composed by diagonally travelling from quadrant to quadrant on the first 2 crosshairs. The grid above that is made by the crosshairs within the diamonds overlapping, when one is rotated 90 degrees to the left and one 90 degrees to the right, two blacks invalidate each other and make a white space, and then the quadrants of the 4x4 graph are filled in to correspond to that set. Because the first object is a square, and that is prior in the sequence, and the only other square object is the 4x4, you know the grid is going to be converted to the first circle on the next iteration. Above that is another crosshair that gets its fill ins by the prior 2 crosshairs overlapping and black cancelling itself out into white. Then,the final circle above that has 2 odd # or even # layers be jigsaws (fill in all to black), or the object most to the left gets rotated one quadrant counterclockwise. The black circle is a variable that indicates whether the numbers the jigsaw or rotations are odd or even. Then, to get the second answer, the first crosshair, determined by the grid, is put through this same system to produce the answer.
