composition: it's horseshoes and handgrenades

Lateral Symmetry:

This is a bridge near an old rail yard in Provo. I liked the symmetry in this piece because it isn't solely two elements that are symmetrical. For this bridge, there are several elements that combine together to create varying levels of symmetry. For example, the rails on the ground are symmetrical, but they are closer in proximity. In contrast, the overhead metal frame is completely symmetrical, but it is located above the rails and a lot more complex. I particularly enjoy the little facets, crevices, and workings of the metal that make up the frame. This shows how lateral symmetry doesn't have to be overly simple, but it can be comprised of smaller parts that all contribute to the uniform whole.

Asymmetry:

This piece plays more with the composition and placement to create asymmetry. Normally photographs emphasize people: people are the first element we notice. However, the person in this image is really small. This gives more weight and size to the surrounding scene. The shrouding darkness contrasts nicely with the illuminated portion of the picture. The person dressed in black also contrasts nicely with the illuminated person. The smallness of the subject contrasts with the "largeness" of the scene, giving a feeling of perspective that is more reflective and questioning. The asymmetry is achieved through the dense weight of the light contrasting with the overrunning darkness surrounding the scene.

Radial symmetry:

This piece shows architecture that I feel gestures towards radial symmetry, even though it isn't a complete circle. I like how the elements seem to grow out of a center focal point, the point where the ornate beams come together. Above the focal point are two fan-like elements. These "fans" have lateral symmetry, but contribute to the overall radial-like symmetry of the ornamentation. Below the focal point are two wedge-like pieces that attach to the corner of the cross-beams. These are likewise laterally symmetrical. When both sets of elements are combined, they create the overall radial symmetry. I like the radial elements because they are more dynamic than regular lateral symmetry.