Image Capture Shape Mismatch for Tilt Adaptation

The patent implements dynamic image processing that adapts to device orientation. The processing device detects the tilt angle and dynamically adjusts the image rendering parameters, switching between different processing modes (rotation, translation, or no processing) based on the detected orientation. This allows the system to maintain image integrity across various device positions without requiring a physically complex adjustable display structure.

The system changes image display parameters based on device orientation. When the device is tilted beyond a threshold angle, the processing device modifies parameters such as image rotation angle, translation distance, or scaling factor to compensate for the tilt. This parameter adjustment approach enables the same hardware configuration to adapt to different orientations without adding physical complexity.

The patent addresses the information loss by utilizing the temporal dimension. Instead of attempting to display the entire original image simultaneously on a smaller display area, the system captures the complete image with the larger light sensing surface and then displays it sequentially or in cropped portions over time. This allows the display to show different regions of the complete image, effectively recovering the full information content through time-based presentation.

When the display area is smaller than the light sensing surface, the processing device segments the original image into multiple displayable portions. The system divides the captured image data into separate regions that can be displayed sequentially or in a tiled arrangement, ensuring that the complete image information is preserved and made accessible despite the limited display area.

The system performs preliminary action by pre-calculating and storing correction parameters for common tilt angles. When the device is tilted, the processing device quickly retrieves the appropriate pre-computed correction data rather than performing complex real-time calculations. This preliminary preparation significantly reduces the processing time required for tilt correction while maintaining image accuracy.

The patent applies local quality by implementing selective image processing. Instead of processing the entire image uniformly, the system identifies only the regions affected by tilt and applies correction primarily to those areas. This localized approach reduces the overall processing time and computational complexity while still ensuring image completeness and accuracy in the critical regions.