Replaces full-canvas mask operations with getMaskForOutputArea() for significant performance improvements when processing masks for the output area. Refines shape mask removal and application logic to ensure correct mask state when changing expansion values or custom shapes, including auto-removal and re-application of masks. Adds throttling to shape preview rendering for better UI responsiveness. Improves mask removal to eliminate antialiasing artifacts and updates SAM mask integration to use correct output area positioning.
Introduces helper methods to reduce code duplication and improve readability in CanvasInteractions. Mouse coordinate extraction, event prevention, zoom operations, drag-and-drop styling, and layer wheel transformations are now handled by dedicated methods. This refactor centralizes logic, making the codebase easier to maintain and extend.
Cleaned up the codebase by removing unused or redundant methods from Canvas, CanvasIO, CanvasLayers, CanvasLayersPanel, CanvasRenderer, and MaskTool. This reduces code complexity and improves maintainability without affecting core functionality.
This update introduces a unified output area bounds system, allowing the output area to be extended in all directions independently of the custom shape. All mask and layer operations now reference outputAreaBounds, ensuring correct alignment and rendering. The mask tool, mask editor, and export logic have been refactored to use these bounds, and a new UI for output area extension with live preview and tooltips has been added. The code also improves logging and visualization of mask and output area boundaries.
Introduces a 'blendArea' property to layers and UI controls for adjusting it. Implements distance field mask generation in ImageAnalysis.ts and applies the mask during layer rendering for smooth edge blending. Refactors CanvasRenderer to delegate layer drawing to CanvasLayers for proper blend area support.
Always prevent the default browser context menu and stop event propagation on right-click interactions and custom menus. This ensures that only the application's custom context menus are shown and avoids interference from the browser's native context menu.
Introduces a 'visible' property to layers and updates all relevant logic to support toggling layer visibility. Adds visibility toggle icons to the layers panel using a new IconLoader utility, with SVG and fallback canvas icons. Updates rendering, selection, and batch preview logic to respect layer visibility. Also improves blend mode menu UI and ensures new/pasted layers are always added on top with correct z-index.
Introduces ShapeTool to allow users to define custom polygonal output areas by holding Shift+S and clicking to add points. The selected shape is used to crop and mask images and layers, and is visualized on the canvas. Updates Canvas, CanvasIO, CanvasInteractions, CanvasLayers, CanvasRenderer, and types to support shape-based output areas, including shape-aware import, export, and rendering logic.
Adds the willReadFrequently: true option to all getContext('2d') calls on temporary canvases in Canvas, CanvasLayers, and SAMDetectorIntegration modules. This improves performance for frequent pixel data reads, addressing potential browser optimization issues.
Moved layer drawing logic into CanvasLayers._drawLayer and _drawLayers methods, replacing repeated rendering code in CanvasIO and CanvasLayers. This improves maintainability and ensures consistent handling of layer properties such as blend mode, opacity, rotation, and flipping. Also, fixed layer serialization to only generate imageId when missing, and ensured new layers have flipH/flipV set when created from matted images.
Refactors horizontal and vertical mirroring to toggle flipH/flipV properties on layers instead of modifying image data. Updates rendering logic in CanvasLayers and CanvasRenderer to apply horizontal/vertical flipping via canvas transforms. Adds flipH and flipV to Layer type and includes them in state signature calculation.
Introduces a 'generationArea' context for batch image generation, ensuring that batch preview outlines and image placement remain accurate when the canvas is moved or resized. Updates related logic in Canvas, CanvasInteractions, CanvasLayers, and CanvasRenderer to track and render the correct area, and synchronizes context updates across user interactions.
Introduces BatchPreviewManager for reviewing and confirming multiple imported layers after auto-refresh. Adds a toggle button for mask overlay visibility in the UI and updates mask rendering logic to respect overlay visibility. Also refactors image import to return new layers and adds a utility for removing layers by ID.
Added calls to canvasLayersPanel.onLayersChanged() after pasting, adding, and fusing layers to ensure the layers panel updates its view in response to these actions.
Reorganizes mouse and keyboard event handling in CanvasInteractions for clearer priority and improved usability. Adds global keyboard shortcuts for undo, redo, copy, and paste. Updates context-sensitive shortcuts to support both Delete and Backspace for layer removal. Refactors CanvasLayers to use delayed state saving via requestSaveState. Updates CanvasView shortcut documentation to reflect these changes and clarify mouse/keyboard actions.
Centralizes layer movement logic in CanvasLayers with a new moveLayers function, supporting both up/down and drag-and-drop reordering. Updates selection logic in Canvas to only trigger updates when selection changes, and improves event handling in CanvasLayersPanel for more responsive selection and drag operations. Removes redundant moveLayersToPosition method in favor of the new unified approach.
Introduces a new 'Fuse' button to the canvas UI, allowing users to flatten and merge multiple selected layers into a single layer. The implementation handles bounding box calculation, z-index ordering, and updates the canvas state and selection accordingly. The fuse button is enabled only when at least two layers are selected.
Refactored the Canvas class to act as a facade, providing a simplified high-level interface and delegating detailed operations to internal modules. Added Polish documentation, grouped and clarified main operations, and moved legacy/delegation methods to the end for backward compatibility. Removed unused or redundant methods from CanvasLayers.js, such as removeLayer, moveLayer, addMattedLayer, isRotationHandle, getResizeHandle, handleBlendModeSelection, and getFlattenedCanvasAsDataURL, to streamline the codebase.
Introduces the ability to open the current canvas in a mask editor, upload and retrieve mask edits, and apply them to the mask layer. Adds utility functions for mask editor state detection and control, a new 'Edit Mask' button in the UI, and methods for handling mask updates and preview refresh. Also adds a setMask method to MaskTool for precise mask placement.
Added originalWidth and originalHeight properties to layers in CanvasLayers.js. Updated CanvasRenderer.js to display the original image dimensions in the layer info overlay if available, and improved overlay rendering to support multiline text.
Introduces a 'fit_on_add' boolean option to control whether images are fit to the canvas when added or pasted. Updates image addition and paste logic in Canvas, CanvasLayers, and CanvasView to support new placement modes ('fit', 'center', 'mouse', 'default').
The handlePaste method now accepts a pasteMode parameter to control image placement, allowing images to be pasted either at the mouse position or centered on the canvas. This improves user control when pasting images via keyboard shortcuts or UI buttons.
Replaces direct DOM removal with a dedicated closeBlendModeMenu method for consistency. Increases menu z-index for better stacking, and appends the menu to the canvas container if available instead of always using document.body.
Replaces the onInteractionEnd callback with onStateChange for more consistent state change notifications. Adds a removeSelectedLayers method to Canvas for cleaner layer removal logic. Updates UI event handlers to use the new methods and callbacks, and ensures state is saved after relevant operations. Cleans up redundant updateOutput calls and streamlines output update logic.
This commit applies consistent code formatting across multiple files, including spacing, indentation, and object destructuring. No functional changes were made; the update improves code readability and maintainability.
Refactored method and variable names from 'canvas size' to 'output area size' across multiple files for clarity. Updated UI labels and related function calls to reflect this terminology change.
Eliminated the applyBlendMode method from Canvas and CanvasLayers, along with related unused imports in CanvasIO and CanvasLayers. This streamlines the code by removing dead code and unnecessary dependencies.
Removed Polish-language and redundant comments from multiple modules, including Canvas, CanvasInteractions, CanvasLayers, CanvasRenderer, CanvasState, Canvas_view, Mask_tool, and CommonUtils. This improves code readability and maintainability by reducing clutter and focusing on self-explanatory code.
Moved CommonUtils.js, ImageUtils.js, and LoggerUtils.js to a new utils/ directory and updated all import paths accordingly throughout the codebase. Also increased the default canvas width in Canvas.js from 512 to 1024.
Extracted and centralized common utility functions such as createCanvas, normalizeToUint8, and generateUniqueFileName in CommonUtils.js to reduce code duplication. Added createImageFromSource to ImageUtils.js. Refactored db.js to use a helper for IndexedDB requests, simplifying error handling and reducing boilerplate. Updated CanvasIO.js, CanvasLayers.js, and Canvas_view.js to use the new utilities.
Enhanced the canvas save mechanism to ensure unique file names per node, prevent concurrent saves and executions, and handle missing files more robustly. Switched all logger levels to DEBUG for detailed tracing. Added fallback logic for file naming, improved error handling, and ensured that empty canvases are not saved. These changes improve reliability and traceability of canvas operations, especially in multi-node scenarios.
Moved all layer-related logic from Canvas.js to a new CanvasLayers.js module, including blend modes, clipboard operations, transformations, and utility functions. Canvas.js now delegates these operations to CanvasLayers, improving code organization and maintainability.
