In Direct Lake mode within semantic modeling domains, field parameterization is governed by a state-locking mechanism where any modification to a model via XMLA Endpoint scripts invalidates the standard in-browser metadata editing capabilities. The core principle relies on the execution of specific schema generation rules—typically encapsulated in C# scriptlets—that programmatically define dynamic table objects and enforce necessary column properties, effectively bypassing manual configuration constraints while enabling interactive dimension substitution during report visualization. This mechanism represents a hybrid architecture integrating external data lakehouse storage with internal semantic logic through executable metadata scripts rather than static definition files.
In Direct Lake mode within semantic modeling domains, field parameterization is governed by a state-locking mechanism where any modification to a model via XMLA Endpoint scripts invalidates the stand…