How to Record a Handmade Dining Table’s End Wings Moving into Sub-Base Storage

Record the table as a sequence of connected views: identify each end wing, show its extension position, and follow it into the supporting sub-base. Keep visible relationships precise and label any unseen transition.

The task is to preserve the correspondence between the same wings in different positions. A useful record lets someone follow each component from the table’s end to its storage location without mistaking it for another piece or assuming an unobserved mechanism. The method below combines a descriptive outline, consistent component labels, and a sequence of drawings or written views.

Establish Which Parts Must Remain Identifiable

Begin with the information supplied by the scene: a handmade dining table has end wings that appear extended or stored in its supporting sub-base. Preserve those terms until the view supplies more detail. Calling a wing a hinged flap, sliding leaf, or removable insert would add a particular construction that has not been established.

Separate three relationships in the initial description: where the wing meets the main tabletop, how it sits relative to the supporting structure when extended, and where it appears within that structure when stored. These relationships give the record its organizing framework even when the movement between positions is only partly visible.

Use stable labels for the components you can distinguish. As an illustrative notation, call the end wings A and B, and retain those letters throughout the record. These letters are drawing choices, not markings claimed to exist on the table. If the wings cannot be distinguished individually, say so rather than assigning a confident identity across views.

Record the outline and visible proportions before surface details. Note whether a wing’s edge aligns with the main tabletop, projects beyond it, or sits at a different angle. Describe the sub-base through the shapes actually shown. Avoid completing an obscured lower outline merely to make the table look symmetrical.

The National Park Service’s documentation standards provide a useful underlying principle: accurate records should state their limitations, and measured drawings should not fill inaccessible areas with hypothetical construction. Applied here, that means keeping observed geometry separate from any explanatory drawing choice. This is an adaptation of a documentation principle, not a measured survey of the table. The Secretary of the Interior’s Standards & Guidelines for Architectural and Engineering Documentation (https://www.nps.gov/subjects/heritagedocumentation/soi-standards-guidelines.htm)

Choose Views That Reveal the Wing-to-Base Relationship

Select the principal view according to the relationship it needs to show. For this scene, both the tabletop ends and the supporting sub-base matter. A view that clearly shows the extended surface but conceals the storage location needs a companion view; a close view of storage alone needs enough surrounding structure to establish its position beneath the tabletop.

An illustrative page arrangement could place the extended state beside the stored state, with a separate detail of the relevant sub-base area below. Keep the same end of the table identifiable in every view. Label a changed viewpoint explicitly, such as “same end, viewed lower,” instead of relying on the reader to recognize the rotation.

For a simplified explanatory drawing, parallel projection can help maintain geometric consistency. Columbia GSAPP’s projection tutorial explains that parallel lines remain parallel in this projection and that an object’s depicted size does not change with its distance from the viewer. Perspective, by comparison, depicts more distant objects as smaller. Introduction to Projection (https://cdp.arch.columbia.edu/smorgasbord/modules/13-arch-drawing/13-2_projection/)

Choose the approach that preserves the available information. If the scene’s particular viewpoint matters, retain its perspective. If the purpose is to compare component positions, a labeled parallel-projection sketch is one possible recording choice. Keep proportions consistent across comparable panels, and mark a detail as enlarged if you change its drawing size.

Do not make the sub-base transparent to expose an assumed interior. Where a wing disappears behind a visible edge, end the visible outline there. If its storage position is known but its edges are concealed, describe that position in a note without inventing the shape of the surrounding compartment.

Record Every Observed Change Without Filling the Gaps

Build the sequence around changes in position, orientation, visibility, or contact. Give each distinct observed state its own panel or prose paragraph. The number of entries should follow the available sequence: additional frames are useful when they preserve another visible change, not simply when they make the movement appear smoother.

For each entry, record the same four things: which wing is present, its orientation relative to the tabletop, its relation to the sub-base, and which portions remain visible. Repeating these questions makes a change easy to locate without requiring repetitive descriptions of the whole table.

A practical recording order is:

1. Establish the first visible state, including each identifiable wing and the supporting sub-base.

2. Record each observed change in a wing’s position or orientation.

3. Note any visible change in its contact with, overlap of, or separation from the supporting structure.

4. Show the stored position within the sub-base, preserving visible edges and obscured portions.

5. Continue through a return to extension only if that return is part of the available sequence.

Do not assume that the wings move together. If one changes position while the other remains extended, preserve that intermediate combination. Likewise, record the order in which the ends change only when the order is available. A neat paired transformation would obscure a sequence in which the ends behave differently.

When only the extended and stored states are available, present those two states with a note between them: “Transition not shown.” That wording preserves the known correspondence without supplying a folding arc, lifting action, sliding route, or intervening position.

If a return movement is shown, record it separately. Follow the actual changes in visibility and orientation rather than reversing the earlier captions automatically. The return may reveal an edge or relationship that was concealed during storage.

Use Arrows Only for Movement That Is Actually Shown

Arrows can explain movement, but they also make claims about its path. Place an arrow beside the particular wing it describes and label the component. Sergio Paez’s storyboard guidance distinguishes object arrows from camera arrows and recommends labels that make the moving subject clear. Storyboard Arrows: A Beginner’s Guide to Showing Movement (https://storyboardart.org/storyboard-tutorials/storyboard-arrows/)

For this record, use a straight or curved arrow only when the corresponding direction or turn is visible. If the wing appears in two locations without a shown route between them, leave the space between panels untraced. Numbered panels establish reading order without asserting a mechanical path.

Keep viewpoint changes separate from component movement. An illustrative caption such as “View changes to show the sub-base; wing remains stored” explains why the next drawing looks different. A broad arrow across the whole table could otherwise suggest that the table or its support has moved.

Avoid giving one line several meanings. For example, if a dotted outline marks an earlier observed position, explain that convention once and use it consistently. Do not also use the same dotted outline for guessed concealed edges. Paez’s guidance likewise emphasizes consistency in arrow and line conventions. Storyboard Arrows: A Beginner’s Guide to Showing Movement (https://storyboardart.org/storyboard-tutorials/storyboard-arrows/)

Preserve Material Details Without Inventing Craftsmanship

“Handmade” identifies the table in the supplied description; it does not establish a wood species, surface finish, joint type, or visible irregularity. Include material details only when they are present in the scene. A smooth outline alone does not justify adding grain, tool marks, or decorative joinery.

Where surface details are visible, record their relationship across positions. A distinctive mark may help identify the same wing when it appears in the sub-base. Describe the mark and its location without assigning a cause. If the identifying surface becomes concealed, distinguish the last confirmed identification from any uncertain continuation.

Keep surface appearance separate from contact. Similar coloration does not establish that two parts are attached, while a dark boundary may require closer description before it can be called a gap. Use precise spatial wording such as “the wing edge overlaps the visible base edge” when that is all the view establishes.

The most informative detail is the one that clarifies correspondence. Prioritize the wing’s outline, orientation, visible boundaries, and placement within the supporting sub-base before adding texture. This keeps the handmade table recognizable through its changing configuration without supplying an imagined construction.

Finish with a Correspondence Check

Read the completed sequence once for each identifiable wing. Can you locate that wing in its extension position, follow every shown change, and find its stored position? Where identification becomes uncertain, place the uncertainty beside the relevant entry so it cannot be mistaken for a confirmed connection.

Then check the supporting sub-base across the sequence. Its visible outline should remain consistent wherever the view establishes that it is unchanged. If an edge disappears, clarify whether a wing obscures it, the viewpoint changes, or the view simply provides no further detail. Avoid reshaping the base to accommodate an assumed storage arrangement.

A finished record preserves the table’s visible geometry and the correspondence of its parts: the end wings in extension, every observed transition, and their placement within the supporting sub-base. Clear labels and carefully stated gaps let the complete available scene remain legible without adding an unseen mechanism.

Sources

• The Secretary of the Interior’s Standards & Guidelines for Architectural and Engineering Documentation — National Park Service (https://www.nps.gov/subjects/heritagedocumentation/soi-standards-guidelines.htm)

• Introduction to Projection — Columbia GSAPP Smorgasbord (https://cdp.arch.columbia.edu/smorgasbord/modules/13-arch-drawing/13-2_projection/)

• Storyboard Arrows: A Beginner’s Guide to Showing Movement — StoryboardArt (https://storyboardart.org/storyboard-tutorials/storyboard-arrows/)