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As an architect

I want to be able to annotate surfaces and volumes

So that users can identify surfaces and add information for intended materials, indicate junctions to be explored, describe volumes to be generated

As an architect

I want to be able to define the initial position and orientation of a model

So that it establishes the intended approach for interaction with the model

As a Paleobiology Researcher

I want annotate a photogrammetry scan of a fossil excavation landscape

So that I can record and indicate the location and type of bones present in the scene

As a metadata librarian

I want to make sure that all 3D data is described with the same set of properties

So that collections of 3D objects can be searched and filtered

As an Online Exhibit Curator

I want to display a single 3D model, specifying the initial position, rotation, and scale

So that I can draw attention to a particular point of interest

As a museum digital exhibit visitor

I want to obtain a URL that loads the 3D scene at a particular viewpoint

So that I can share an interesting detail of an object with a friend

As a biology educator

I want to display a 3D mesh of a skull alongside a 2D image of the actual skull and a video scrolling through a CT scan of that skull.

So that I can provide context for the 3D model, showing its original source and creation process

As a web developer

I want 3D objects to be displayed with a consistent initial orientation

So that they have the same initial position and rotation in all viewers

e.g. https://www.youtube.com/watch?v=AEKjV3bAy9k

As an Art Historian

I want to be able to add multiple 3D models to a 3D environment specifying their exact position, orientation, and scale.

So that I can visualise the placement of statues in a cathedral, their original context.

related #6

As an architect

I want to be able to coordinate two or more models relative to one another in 3D space

So that users can position and orientate models on a canvas and have that coordinate information persist, that models can then be developed separately and brought back together relative to one another

As a citizen science coordinator

I want to provide citizen scientists with a comparative view of two 3D models, where each model can be placed, oriented, and scaled within its own respective 3D space

So that my project participants can compare and contrast two 3D models independently

As an architect

I want to be able to slice a model along any axis

So that users have the ability to see internal structures or concentric spaces. Allowing greater understanding of certain relationships between spaces

As an architect

I want to ensure models are viewed at a consistent scale, with an indication of units (meters)

So that models can be understood for the intended scale. Users are able to measure and display values

As an architect

I want to be able to switch navigation schemes and save navigation points/views

So that users can view a model in different modes (orthogonal/perspective) and to save those camera positions for later recall/review