Regenerating Architectural Elements Using Ai

When dealing with muqarnas, we are actually facing a design problem that consists of three main issues that has to be considered; first is the components, second is the assembly knowledge, and finally functional knowledge. In this context Design Procedures (DP) is presented as a methodology that enhances the design capability of a parametric model to perform design variations by using shapes as parameters and thinking of parametric design as a general procedure. Consequently, a parametric model becomes a flexible tool allowing changes at the topological and geometrical levels. In this case variations are carried out by changing the values of the parameters allowing these variations to be propagated through the dependent attributes. The attributes are controlled by a non-geometrical component that is called a parameter. A parametric model (PM) is a three-dimensional computer representation of a design constructed with geometrical sets of shapes that have some attributes (properties) that are fixed and others that can vary. Parametric Design (PD) is the process of designing with parametric Models in a setting and/or environment where variations are effortless, thus replacing singularity with multiplicity in the design process. Parametric Design implies the use of declared parameters to define a form. This requires thought in order to build a geometrical model embedded in a very sophisticated structure appropriate for the needs of the designer. Design process of the muqarnas will be solved according to a hierarchy of domain knowledge that goes into three main categories: