Computing system for standardized spatial modeling in building design

A computer-implemented method for machine-executed spatial modeling using schema-conformant object representations, the computer-implemented method comprising:

• receiving one or more schema-conformant object representations encoding parametric assemblies of spatial components including dimensional attributes and adjacency relationships;
• representing the schema-conformant object representations as graph-based spatial data structures encoding adjacency relationships between spatial components;
• applying constraint conditions to the graph-based spatial data structures using machine-executed constraint resolution logic that propagates constraint effects across adjacency relationships and dimensional attributes;
• generating candidate object models by iteratively modifying the graph-based spatial data structures under the constraint conditions;
• computing performance values for the candidate object models using machine-executed evaluation logic that quantitatively evaluates spatial constraint compliance of modified graph-based spatial data structures;
• and
• selecting a candidate object model from the candidate object models based on a comparison of computed performance values.

A non-transitory computer-readable storage medium storing instructions that, when executed by at least one processor of a computing system, cause the computing system to:

• receive one or more schema-conformant object representations encoding parametric assemblies of spatial components including dimensional attributes and adjacency relationships;
• represent the one or more schema-conformant object representations as graph-based spatial data structures encoding adjacency relationships between spatial components;
• apply constraint conditions to the graph-based spatial data structures using machine-executed constraint resolution logic;
• generate candidate object models by iteratively modifying the graph-based spatial data structures under the constraint conditions;
• compute performance values for the candidate object models based on quantitative evaluation of spatial constraint compliance;
• and
• select a candidate object model based on a comparison of computed performance values.