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“Use “build_map”: Create a new workspace from a natural-language query. Returns a map_id you can pass to mutate_map or get_state for follow-up actions. For th.”

“Use “mutate_map”: Apply a natural-language instruction to an existing workspace. Valid mutations: filter a layer, remove a layer, change camera, change basema.”

“Use “get_state”: Return the current workspace, map plan, and active filters for a given map_id.”

“Use “add_layer”: Append a fully-constructed LayerPlan to an existing workspace without going through NL. Pass the same shape the workspace pipeline emits — {.”

build_map — Create a new workspace from a natural-language query. Returns a map_id you can pass to mutate_map or get_state for follow-up actions. For th

mutate_map — Apply a natural-language instruction to an existing workspace. Valid mutations: filter a layer, remove a layer, change camera, change basema

get_state — Return the current workspace, map plan, and active filters for a given map_id.

add_layer — Append a fully-constructed LayerPlan to an existing workspace without going through NL. Pass the same shape the workspace pipeline emits — {

add_fusion_layer — Spatially join two existing layers and add a new layer that encodes both values per region as a 3x3 bivariate choropleth. Both layers must a

correlate_layers — Spatially join two existing workspace layers and return the Pearson correlation coefficient r, sample size n, two-sided p-value approximatio

filter_layer — Narrow a layer to features matching a structured predicate. `append:true` (default) conjoins with any existing filter; `append:false` replac

select_within — Create a new layer containing the source layer's features that lie within the supplied polygon. The source layer is untouched. Useful for "s