Operations Chart Rescaling for Data Fluctuations
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Solution Overview
Problem
Current charting techniques face difficulties in representing significant data fluctuations, often leading to unnoticed rescaling or loss of detail in smaller fluctuations, as they struggle to balance representing large variations and finer details.
Innovation Solution
An operations chart that rescales in response to changes in operation values or task amounts, with controlled visual acceleration and deceleration of chart elements during rescaling, ensuring a smooth and user-friendly experience by repositioning indicators and adjusting scales incrementally.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If the chart instantly rescales to represent significant data fluctuations, then the chart can accommodate large variations in data values, but the rescaling may go unnoticed by users and finer details are lost
Solution Approach 1:
The chart implements dynamic rescaling where the scale automatically adjusts based on data fluctuations. The system monitors data values and transitions between different scaling modes (instant rescale for large fluctuations, gradual rescale for smaller changes) to maintain both adaptability and information visibility.
Solution Approach 2:
The patent changes the rescaling parameter behavior based on the magnitude of data fluctuations. When fluctuations exceed a threshold, instant rescaling is applied; when fluctuations are within the threshold, gradual rescaling is used. This parameter-based approach allows the chart to adapt to different data scenarios while preserving important visual information.
2Adaptability or versatility
If a sufficiently large scale is used to represent significant fluctuations, then large variations in data values can be displayed, but finer details with smaller fluctuations cannot be represented
Solution Approach 1:
The chart dynamically adjusts its scale based on the magnitude of data fluctuations. When data values remain within a certain range, the chart maintains a larger scale for precision. When significant fluctuations occur, the chart rescales to accommodate the new range, ensuring both large variations and finer details can be represented appropriately.
Solution Approach 2:
The patent applies partial rescaling rather than always using the maximum scale. By rescaling only when necessary (when data fluctuations exceed the current scale), the chart maintains higher precision for smaller fluctuations while still being able to represent large variations when they occur.
3Speed
If chart elements move quickly during rescaling to reflect data changes, then the chart responds rapidly to data changes, but the movement may be jarring and less pleasing to users
Solution Approach 1:
The patent implements periodic or staged rescaling where chart elements move in controlled intervals rather than instantly. The rescaling process is divided into multiple steps with intermediate positions, creating a smoother visual transition that is both responsive to data changes and pleasing to users.
Solution Approach 2:
The system applies visual cushioning by slowing down the movement of chart elements during rescaling. This cushioning effect ensures that even though the chart responds to data changes, the visual transition is smooth and not jarring to users, improving the overall user experience.
Data Source
AI summary
Techniques for operation chart rescaling are described. In at least some embodiments, an operations chart is provided that tracks various parameters for an operation. The operations chart can include visual indicia of operation parameters, such as an operation value indicator that indicates a current operation value. A progress indicator can also be included that provides a visual indication of operation progress. In response to a change in an operation value for the operations chart (e.g., a change in data rate), the operations chart can be rescaled to visually reflect the change in operation value. In at least some implementations, techniques are employed to smooth visual movement of chart elements during a rescaling operation.