diff --git a/ui/src/image_annotator.tsx b/ui/src/image_annotator.tsx index a35a7028a0..56fe84dbc4 100644 --- a/ui/src/image_annotator.tsx +++ b/ui/src/image_annotator.tsx @@ -122,6 +122,31 @@ const else if (focused?.shape.rect) return getCornerCursor(focused.shape.rect, cursor_x, cursor_y) || 'crosshair' else if (intersected) return 'pointer' return 'crosshair' + }, + mapShapesToWaveArgs = (shapes: DrawnShape[], aspectRatio: F) => { + return shapes.map(({ shape, tag }) => { + if (shape.rect) return { + tag, + shape: { + rect: { + x1: shape.rect.x1 * aspectRatio, + x2: shape.rect.x2 * aspectRatio, + y1: shape.rect.y1 * aspectRatio, + y2: shape.rect.y2 * aspectRatio, + } + } + } + else if (shape.polygon) return { + tag, + shape: { + polygon: { + items: shape.polygon.items.map(i => ({ x: i.x * aspectRatio, y: i.y * aspectRatio })) + } + } + } + return { tag, shape } + }) + } export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { @@ -140,8 +165,7 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { [aspectRatio, setAspectRatio] = React.useState(1), startPosition = React.useRef(undefined), ctxRef = React.useRef(undefined), - activateTag = React.useCallback((tagName: S) => () => setActiveTag(tagName), [setActiveTag]), - getCurrentTagColor = React.useCallback(() => colorsMap.get(activeTag) || cssVarValue('$red'), [activeTag, colorsMap]), + getCurrentTagColor = React.useCallback((tag: S) => colorsMap.get(tag) || cssVarValue('$red'), [colorsMap]), redrawExistingShapes = React.useCallback(() => { const canvas = canvasRef.current const ctx = ctxRef.current @@ -149,13 +173,21 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { ctx.clearRect(0, 0, canvas.width, canvas.height) setDrawnShapes(shapes => { - shapes.forEach(({ shape, isFocused }) => { - if (shape.rect) rectRef.current?.drawRect(shape.rect, getCurrentTagColor(), isFocused) - else if (shape.polygon) polygonRef.current?.drawPolygon(shape.polygon.items, getCurrentTagColor(), true, isFocused) + shapes.forEach(({ shape, isFocused, tag }) => { + if (shape.rect) rectRef.current?.drawRect(shape.rect, getCurrentTagColor(tag), isFocused) + else if (shape.polygon) polygonRef.current?.drawPolygon(shape.polygon.items, getCurrentTagColor(tag), true, isFocused) }) return shapes }) }, [getCurrentTagColor]), + activateTag = React.useCallback((tagName: S) => () => { + setActiveTag(tagName) + setDrawnShapes(shapes => shapes.map(s => { + if (s.isFocused) s.tag = tagName + return s + })) + redrawExistingShapes() + }, [redrawExistingShapes]), onMouseDown = (e: React.MouseEvent) => { if (e.button !== 0) return // Ignore right-click. const canvas = canvasRef.current @@ -187,12 +219,12 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { newShape = rectRef.current?.onMouseMove(clickStartPosition, cursor_x, cursor_y, focused, intersected) if (newShape) setDrawnShapes(shapes => shapes.map(shape => ({ ...shape, isFocused: false }))) redrawExistingShapes() - if (newShape?.rect) rectRef.current?.drawRect(newShape.rect, getCurrentTagColor()) + if (newShape?.rect) rectRef.current?.drawRect(newShape.rect, getCurrentTagColor(activeTag)) break } case 'polygon': { redrawExistingShapes() - polygonRef.current?.drawPreviewLine(cursor_x, cursor_y, getCurrentTagColor()) + polygonRef.current?.drawPreviewLine(cursor_x, cursor_y, getCurrentTagColor(activeTag)) if (polygonRef.current?.isIntersectingFirstPoint(cursor_x, cursor_y)) canvas.style.cursor = 'pointer' else canvas.style.cursor = 'crosshair' break @@ -219,7 +251,7 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { break } case 'polygon': { - const newPolygon = polygonRef.current?.onClick(cursor_x, cursor_y, getCurrentTagColor(), activeTag) + const newPolygon = polygonRef.current?.onClick(cursor_x, cursor_y, getCurrentTagColor(activeTag), activeTag) if (newPolygon) setDrawnShapes([newPolygon, ...drawnShapes]) break } @@ -227,6 +259,7 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { setDrawnShapes(drawnShapes => drawnShapes.map(s => { if (s.shape.rect) s.isFocused = isIntersectingRect(cursor_x, cursor_y, s.shape.rect) else if (s.shape.polygon) s.isFocused = isIntersectingPolygon({ x: cursor_x, y: cursor_y }, s.shape.polygon.items) + if (s.isFocused) setActiveTag(s.tag) return s })) redrawExistingShapes() @@ -275,24 +308,13 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { polygonRef.current = new PolygonAnnotator(canvas) ctx.drawImage(img, 0, 0, img.width, img.height, 0, 0, img.width * aspectRatio, img.height * aspectRatio) - setDrawnShapes((model.items || []).map(({ tag, shape }) => { - if (shape.rect) return { - tag, - shape: { - rect: { - x1: shape.rect.x1 * aspectRatio, - x2: shape.rect.x2 * aspectRatio, - y1: shape.rect.y1 * aspectRatio, - y2: shape.rect.y2 * aspectRatio, - } - } - } - return { tag, shape } - })) - redrawExistingShapes() + if (!drawnShapes.length) { + setDrawnShapes(mapShapesToWaveArgs(model.items || [], aspectRatio)) + redrawExistingShapes() + } } // eslint-disable-next-line react-hooks/exhaustive-deps - }, [model.name, model.image, model.image_height, redrawExistingShapes, model.items]) + }, [model.name, model.image, model.image_height, model.items]) React.useEffect(() => { wave.args[model.name] = drawnShapes.map(({ tag, shape }) => { @@ -307,6 +329,14 @@ export const XImageAnnotator = ({ model }: { model: ImageAnnotator }) => { } } } + else if (shape.polygon) return { + tag, + shape: { + polygon: { + items: shape.polygon.items.map(i => ({ x: i.x / aspectRatio, y: i.y / aspectRatio })) + } + } + } return { tag, shape } }) as unknown as Rec[] }, [aspectRatio, drawnShapes, model.name]) diff --git a/ui/src/image_annotator_polygon.ts b/ui/src/image_annotator_polygon.ts index ffddc95fa2..7a9fee0d26 100644 --- a/ui/src/image_annotator_polygon.ts +++ b/ui/src/image_annotator_polygon.ts @@ -39,6 +39,7 @@ export class PolygonAnnotator { if (!points.length || !this.ctx) return this.ctx.fillStyle = color + this.ctx.strokeStyle = color this.ctx.beginPath() this.ctx.moveTo(points[0].x, points[0].y)