Three of the following four are alike in some way, and one is different. Find the odd one out from image_9b4f65.png.

Let's count the total number of large open circles ($\circ$) and small solid dots ($\bullet$) inside the grid matrix for each figure:
* Figure A: $8$ circles and $4$ solid dots.
* Figure B: $8$ circles and $8$ solid dots.
* Figure C: $10$ circles and $5$ solid dots.
* Figure D: $8$ circles and $8$ solid dots.

Let's look at the arrangement rule (Symmetry vs Asymmetry):

* In Figure A, the open circles form a outer frame structure with dots inside (Symmetric layout).
* In Figure B, there is an alternating vertical column pattern of open circles and solid dots. Each column is uniform.
* In Figure C, the circles form a stable pyramid triangle stack structure at the bottom, and the solid dots are distributed symmetrically at the top.
* In Figure D, the elements are shifted asymmetric blocks where the solid dots completely fill the left bottom column, while circles fill the right top block. It lacks a balanced alternating or layered global geometric matrix symmetry found in the other three configurations.