I created an arc-shaped wall using an arc curve and extruded it to a given height. The surface was divided into panels using Panel.PanelQuad, and adaptive components were placed on these panels. I then read an image file and mapped its colors to the panels so that each panel represents one pixel of the image. The wall acts like a pixelated image surface. The main parameters are radius, start angle, end angle, wall height, and panel size. By changing these values, the shape and resolution of the wall can be adjusted easily.
Part-2: I created an S-shaped wall by using a sine function to transform a straight line into a wavy curve and then extruded it vertically. The surface was divided into panels similar to bricks. I sampled an image and converted its brightness values into numerical values, which were used to control the height of each panel. The wall creates a 3D effect where panel heights change based on image brightness. The main parameters are wall length, height, wave count, amplitude, and panel size. These allow the wall shape and depth variation to change dynamically.