An integrating contextual approach using architectural procedural modeling and augmented reality in residential buildings: the case of Amman city

In architecture, context term refers to the surrounding area in which the building is situated. Context is crucial in architectural theory and practice when developing architectural vocabulary. Creating harmony with historic context amidst expanding development has been a primary concern and focus of designers since the mid-twentieth century. Contextualism theory refers to the interaction between new buildings and their surroundings, as well as the challenge of integrating new and existing structures to establish congruence and continuity. When using a contextual design method, an analysis of traditional architectural style has a considerable impact on a designer's decision-making process (Lambe and Dongre, 2019). In this study, a general framework is proposed, which integrates shape grammar-based procedural modeling and augmented reality technology to create a harmonious environment through the generation of new designs based on the grammar of the existing architectural style of the residential buildings in Amman city without limiting the designer's creativity of order to address the issue of Western architectural movements influencing the architectural style in Amman, which is incompatible with the city's identity and it's context. This approach was tested on a group of University of Jordan students, and the results were evaluated using a machine learning model. The effectiveness of this method was discovered, and it can be regarded as a step toward achieving spatial congruence.