Standard layout: top right to down, then working left.
Additional Details: Consider the user's natural reading direction and how the non-standard layout might affect information retrieval. Highlight any strategies used to mitigate confusion.
Enlarged Plan and Sections
Enlarged plan referenced in area one.
Partial section through elevators is present.
Sections indicate direction (up or looking that way).
Additional Details: Elaborate on the purpose of indicating direction in sections. How does this aid in understanding spatial relationships within the building?
Dimensioning and Referencing
Dimensioning anchored to the structural grid.
Subsequent dimensions hitch to the same point.
Callouts come from the legend.
Additional Details: Explain the benefits of anchoring dimensions to the structural grid. How does this method ensure accuracy and consistency throughout the drawings?
Upper-Level Details
Anchoring to the grid persists.
Wall section and detailed references included.
Enlarged reference plan indicated (image 13 on page a720).
Additional Details: Describe the types of information typically found in wall sections. Why is it important to include detailed references in upper-level drawings?
Roof Level
Exterior elevation is present (image eight on sheet a711).
Revision bubbles indicate changes (revision number one).
Additional Details: Discuss the significance of including exterior elevations in roof level drawings. How do revision bubbles help in tracking changes and ensuring accuracy?
Sections and Elevations
Section across the elevators shown.
Datum call out for elevation at the top of the elevator.
Dimensions to the top of the low parapet.
Detail at the core wall typical (detail 11 on a711).
Additional Details: Explain the importance of datum call-outs in sections and elevations. How do these references aid in understanding the building's vertical dimensions?
Consistency
Dimensional consistency and referencing are crucial.
Vertical sections should be shown on all images.
Additional Details: Elaborate on the consequences of dimensional inconsistencies in architectural drawings. Provide examples of how these inconsistencies can lead to errors during construction.