Refine the crop border dragging logic by introducing mouse button state tracking and adjusting the crop dimensions based on drag direction. The minimum drag distance for crop adjustments has been reduced to improve responsiveness, allowing for more intuitive user interactions when resizing the crop area. This update also clarifies the drag mode for expanding or contracting the crop edges.
Introduce a new constant, CROP_DRAG_MIN_DISTANCE, to define the minimum drag distance required before applying crop adjustments. This enhancement improves the responsiveness of the crop border dragging functionality, ensuring that minor movements do not trigger unintended adjustments.
Enhance the crop border dragging functionality in the VideoEditor class by implementing more precise logic for determining the side of the crop area when dragging outside its bounds. Adjustments to crop dimensions are now consistently based on the drag direction, ensuring a more intuitive user experience. This update also resets the drag state appropriately after the drag operation.
Enhance the crop border dragging functionality in the VideoEditor class by introducing logic to determine whether the drag starts inside or outside the crop area. Adjustments to crop dimensions are now based on the direction of movement and the position relative to the crop area, ensuring a more intuitive user experience. This update also includes the removal of the previous edge detection mechanism, streamlining the dragging process.
Introduce constants for brightness and contrast limits, JPEG quality, and frame difference detection thresholds. Refactor related logic to utilize these constants, improving maintainability and consistency across video editing functionalities. Update UI display settings for better text scaling and overlay transparency.
Introduce CROP_MIN_SIZE and CROP_BORDER_DETECTION_MAX_DISTANCE constants for better maintainability and clarity in crop adjustment logic. Update crop resizing logic to utilize these constants, ensuring consistent minimum dimensions and border detection thresholds across the VideoEditor functionality.
Enhance the border detection mechanism in the VideoEditor class by calculating distances to each border and identifying the closest one. This change ensures that the closest border is returned only if within the specified threshold, improving user interaction during crop adjustments.
Modify the crop border dragging functionality in the VideoEditor class to only allow adjustments when neither the Shift nor Ctrl keys are pressed. Increase the border threshold to 800 pixels for improved user interaction during cropping.
Implement mouse event handling for dragging crop borders, allowing users to adjust crop dimensions interactively. Introduce methods to detect border proximity and update crop rectangle based on mouse movements, ensuring proper clamping to frame bounds. This enhances the user experience by providing more precise control over cropping in video editing.
This commit updates the template selection logic in the VideoEditor to correctly identify and utilize templates that start at the current frame. The changes include additional checks to remove or use templates based on their start frames, improving the efficiency and accuracy of template management during video editing sessions.
This commit updates the template management system in the VideoEditor to store template images alongside their start frames and regions. The changes include modifications to the loading and saving processes, ensuring that template images are recreated when needed. Additionally, the logic for adding and retrieving templates has been refined to accommodate the new structure, improving the overall efficiency and clarity of template handling during video editing sessions.
This commit updates the template management system in the VideoEditor by transitioning from a dictionary-based structure to a list of tuples. The new structure simplifies the handling of templates, focusing on start frames and regions without the need for template IDs or counters. Additionally, the loading and saving of templates have been streamlined, enhancing clarity and efficiency in template operations during video editing sessions.
This commit updates the video scaling logic to ensure that videos are scaled down to fit the screen bounds instead of resizing the window. The previous logic for window resizing has been removed, streamlining the display process and enhancing the user experience during video editing sessions. The changes also include adjustments to maintain the aspect ratio of the video while scaling.
This commit eliminates the code that removes templates starting after the current frame, streamlining the template handling process. The changes enhance clarity and efficiency in template management during video editing sessions. Debug messages related to template removal have also been removed to reflect this update.
This commit removes unused attributes and logic related to template matching, enhancing the clarity and efficiency of the template management system. The changes include the removal of the template matching enabled flag and associated state management, focusing on the current template ID and its associated data. Debug messages have been updated to reflect these changes, ensuring better tracking and feedback during video editing sessions.
This commit updates the template handling logic in the VideoEditor to remove any templates that start after the current frame and properly end templates that start at the current frame. This change improves the clarity and efficiency of template management during video editing sessions, ensuring that only relevant templates are active. Debug messages have been added to provide insights into the template removal and ending process.
This commit removes unused methods and simplifies the template matching process by eliminating multi-scale matching in favor of a single-scale approach. The changes enhance performance and clarity in the tracking logic, ensuring a more efficient template matching experience. Debug messages have been updated to reflect the current state of the template matching process.
This commit introduces a toggle for template matching modes in the VideoEditor, allowing users to choose between full frame and cropped region matching. The logic has been updated to handle both modes effectively, improving flexibility and performance during template tracking. Additionally, the multi-scale template matching feature has been removed, streamlining the template matching process. Debug messages and feedback have been enhanced to reflect the current mode, ensuring better user experience during video editing sessions.
This commit updates the template matching logic in the VideoEditor to apply motion tracking offsets to the current frame before performing template matching. The new method, _apply_motion_tracking_offset, creates an offset frame based on the base position, improving tracking accuracy. This change simplifies the process by removing the previous cropping logic and ensures that template matching works effectively on the adjusted frame, enhancing overall performance during video editing sessions.
This commit modifies the template matching logic in the VideoEditor to use only the cropped region of the frame when available, significantly enhancing the speed of template tracking. If no crop is applied, the original frame is used for tracking. This change improves the efficiency of the template matching process while maintaining accuracy in locating objects during video editing sessions.
This commit introduces a mechanism to select the best template for the current frame if templates are available. Additionally, it updates the template matching process to apply tracking directly on the original frame, avoiding infinite recursion and improving tracking accuracy. These changes enhance the overall functionality and reliability of the template management system during video editing sessions.
This commit updates the template matching process in the VideoEditor to apply tracking on the already transformed frame, which includes crop, zoom, and rotation adjustments. This change enhances tracking accuracy by ensuring that the template can locate the object in its modified position, while also improving code clarity and performance during video editing sessions.
This commit updates the template matching process in the VideoEditor to apply tracking directly on the original frame instead of a cropped region. This change ensures that the template can accurately locate the object in its original position, improving tracking reliability. The code has been simplified by removing the previous cropping logic, enhancing overall clarity and performance during video editing sessions.
This commit removes the initial template selection logic from the tracking method and introduces a mechanism to disable template matching when no templates are available. Additionally, it updates the comments to clarify the enabling of template matching upon template creation, improving the overall management of templates during video editing sessions.
