Creates image-occlusion cards with typed-answer rectangles, hints, rotated shapes, arrows, text-to-speech or audio playback, zoom, games, and HTML export.
Alternatives to LK Image Occlusion (fork of Image Occlusion Enhanced)
AnkiWeb addon 101150014
AI answer
Answers are generated by Claude from the catalog data and may contain mistakes.
Similar addons (found without AI)
Creates screenshot-based occlusion cards that reveal hidden sections one step at a time, supporting grouped or sequential reveals for ordered, long-form answers and diagrams.
Creates image-based cloze-deletion flashcards by hiding parts of an image to test knowledge of the hidden information.
Enables easy customization, installation and updating of AnKing note types, with configurable options, field ordering, auto-reveal tags, image blurring and one-by-one cloze features.
Randomizes image-occlusion answer-box placement each review and draws an arrow to the target, supporting forward/reverse/typing modes, context labels, and single-card cycling.
Exports Anki cards as images using customizable Jinja2 HTML templates and CSS, with configurable resolution, auto-cropping, cloze replacement, excluded fields, and per-note/card-type templates.
Generates optimal image occlusions for selected images with one click using AI, ignoring existing occlusions, with free monthly limits and optional paid upgrades.
Creates image occlusion and cloze cards from PDF lecture slides in bulk, with box drawing, automatic detection, keyboard shortcuts, and configurable masks.
Embeds Ankiβs native editor directly in the review window so you can edit note fields during review, with configurable triggers, exclusions, undo options, and Image Occlusion support.
Resizes images by individually setting CSS width and height through a right-click editor menu, preserving quality and supporting Image Occlusion notes.
Renders Anki flashcards with enhanced markdown, LaTeX math, syntax highlighting, theme-aware styling, and interactive cloze toggles via React-based note types.
Automatically detects text regions in images using Tesseract OCR and creates configurable, merged image occlusion shapes with one click.