Trigonally

Adverb describing something positioned, arranged, or behaving in a manner related to, or resembling a triangle; relating to, or using three angles. It implies a spatial or structural arrangement based on or exhibiting triangular characteristics. This could involve the geometric configuration of elements, or the interaction between three entities, or a cyclical process with three distinct phases. The term emphasizes the triangular aspect over other forms of arrangement, such as lines or planes. It can apply to both abstract and concrete concepts, from the relationship between elements to the structural design of a space.

Trigonally meaning with examples

• The architects designed the building's support structure trigonally, optimizing its stability by distributing the load across three primary points. This approach allowed the building to withstand greater stress and provide an open, spacious interior. The building's unique triangular frame and shape demonstrated efficient use of materials and provided a strong and durable design. It gave the building an exceptionally strong base.
• The marketing team analyzed their customer data trigonally, focusing on the interactions of product type, customer demographics, and purchase frequency to identify three customer groups. This allowed them to tailor their campaigns and communication strategies based on these findings, achieving a greater level of efficiency. Each of the three sectors had a distinct purchase pattern to which targeted adverts could be added.
• The artist arranged the sculptures trigonally within the gallery to create dynamic visual interest, utilizing the relationship between the three pieces. This allowed viewers to perceive them from multiple perspectives. The arrangement guided the viewer's eye and created a visual flow. A strong use of negative and positive space allowed for the display of the pieces.
• In the algorithm, data elements were processed trigonally, where each step involved interacting with data across three nodes. This was a significant improvement over prior approaches and allowed for more effective parallel processing. Each node in the algorithm had a direct input and output with another, this design increased processing speed and reduced bottlenecks.