Final answer is A visual model helps in planning the arrangement of robots with differing shapes and functions in a display to achieve a harmonious layout, considering factors like size, shape, type, aesthetics, and viewer interaction.
What a visual model shows about arranging 23 robots in a display would depend on the specific context and the objectives of the display. However, assuming the question is related to the arrangement of three-dimensional objects in a two-dimensional space, the visual model could help understand the best way to position the robots to create a harmonious and appealing layout.
For instance, a visual model can be used to plan the arrangement based on various characteristics such as size, shape, and type of robots. If there is a mix of humanoid robots, dog bots, and small cube robots that self-assemble, as suggested by Figure 19.18, a visual model could help visualize the interactions between these different forms. The model could inform decisions on how to space out the humanoid and dog bots and integrate the M-blocks, taking into account the need for accessibility and viewing angles.
Beyond just placement, the visual model could also account for aesthetic elements mentioned in various figures. For example, as suggested by Figure 7.4.19, considerations about color interactions—such as painting walls orange to complement display items—could be incorporated into the model. Additionally, the arrangement of elements to convey a certain message or feeling aligns with the discussion on vantage points and the implications on viewer interpretation.
To summarize, a visual model facilitates strategic placement and organization of display elements, guiding creators on how to best utilize space and design elements for a visually and conceptually coherent experience.