Sequenced Document Annotations Using Unique Identifiers
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Solution Overview
Problem
Current graphical user interfaces for managing annotations in documents, such as PDFs, lack an efficient method for sequencing and managing identical graphical objects, leading to confusion and the need for individual editing of each object, even when they have identical visual appearances.
Innovation Solution
A method for sequentially annotating documents by linking annotations to a document with a primary graphic and sequence identifier, allowing for incremental value assignment and display, enabling the reuse of identical graphics with unique sequence identifiers, thereby simplifying the management and editing of multiple identical objects.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If annotations are placed on a document using conventional graphical interface methods, then annotations can be added to the document, but identical graphical objects cannot be efficiently sequenced or referenced, requiring individual editing of each object
Solution Approach 1:
The annotation system segments identical graphical objects by assigning unique sequence identifiers to each instance. This segmentation allows the system to treat visually identical objects as distinct entities, enabling individual referencing and management without requiring complex individual editing interfaces for each object.
Solution Approach 2:
The system changes the parameter space of graphical annotations by introducing sequence identifiers as an additional parameter. This transforms the management of identical graphical objects from being impossible (since they appear identical) to being trivial (since each has a unique identifier), resolving the contradiction between ease of operation and system complexity.
2Productivity
If multiple identical graphical objects are placed on a document, then the document can be efficiently annotated with reusable elements, but it becomes difficult to reference or edit specific objects individually
Solution Approach 1:
The system enables efficient copying of identical graphical objects by allowing users to place multiple instances of the same annotation template on a document. Each copied object automatically receives a unique sequence identifier, preserving the ability to individually reference and edit specific instances while maintaining the productivity benefits of reuse.
Solution Approach 2:
Sequence identifiers act as an intermediary between the visual representation of identical graphical objects and their individual identities. This intermediary allows the system to maintain visual simplicity (identical objects look the same) while preserving individual identifiability (each object has a unique identifier for reference and editing).
Data Source
AI summary
A method for sequenced document annotation is disclosed. The method includes linking a first annotation to a document, where the first annotation is defined by a first primary graphic and a first sequence identifier. Thereafter, a first value is assigned to the first sequence identifier, and the first primary graphic and the first sequence identifier are displayed. After incrementing the first value to a second value, a second annotation is linked to the document. The second annotation is defined by a second sequence identifier and a second primary graphic identical to the first primary graphic. The second sequence identifier is assigned an incremented second value, and the second primary graphic and the second sequence identifier are displayed.