This section covers methods that create generic visualizations contained in the Any module. These visualizations are handy for testing and examining your data source. Visualizer.Any.Grid( Visualizer.Any.Grid Any.Grid Grid ( id , [.dataSource], [outputName], [mappings], [properties]); id Unique identifier for the visualization dataSource Location of the result set (WUID, Logical File, Roxie Query result), defaults to the current WU outputName Result set name (ignored for Logical Files) mappings Maps Column Name <--> field ID filteredBy Filter condition (also useful for widget interactions) properties Dermatology properties. See Dermatology Properties Return: A "meta" output describing the visualization. The Grid visualization method creates a simple table or grid from any data. Example: IMPORT Visualizer; ds := DATASET([ {'English', 5}, {'History', 17}, {'Geography', 7}, {'Chemistry', 16}, {'Irish', 26}, {'Spanish', 67}, {'Bioligy', 66}, {'Physics', 46}, {'Math', 98}], {STRING subject, INTEGER4 year}); data_example := OUTPUT(ds, NAMED('Chart2D__test')); data_example; viz_Grid := Visualizer.Any.Grid('Grid',, 'Chart2D__test'); viz_Grid; Visualizer.Any.HandsonGrid( Visualizer.Any.HandsonGrid Any.HandsonGrid HandsonGrid ( id , [.dataSource], [outputName], [mappings], [properties]); id Unique identifier for the visualization dataSource Location of the result set (WUID, Logical File, Roxie Query result), defaults to the current WU outputName Result set name (ignored for Logical Files) mappings Maps Column Name <--> field ID filteredBy Filter condition (also useful for widget interactions) properties Dermatology properties. See Dermatology Properties Return: A "meta" output describing the visualization. The HandsonGrid visualization method creates a hands on table or grid from any data. Example: IMPORT Visualizer; ds := DATASET([ {'English', 5}, {'History', 17}, {'Geography', 7}, {'Chemistry', 16}, {'Irish', 26}, {'Spanish', 67}, {'Bioligy', 66}, {'Physics', 46}, {'Math', 98}], {STRING subject, INTEGER4 year}); data_example := OUTPUT(ds, NAMED('Chart2D__test')); data_example; viz_HandsonGrid := Visualizer.Any.HandsonGrid('HandsonGrid',, 'Chart2D__test'); viz_HandsonGrid;