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fix test
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@wayfarer3130
wayfarer3130 committed Feb 14, 2024
1 parent 84621ff commit 47131dd
Showing 1 changed file with 110 additions and 116 deletions.
226 changes: 110 additions & 116 deletions packages/tools/test/ContourInterpolation_test.js
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Original file line number Diff line number Diff line change
Expand Up @@ -7,9 +7,6 @@ import * as csTools3d from '../src/index';
import * as testUtils from '../../../utils/test/testUtils';
import EventTypes from '../src/enums/Events';

// TODO - fix the test
const skipTests = true;

const {
cache,
RenderingEngine,
Expand Down Expand Up @@ -678,119 +675,116 @@ describe('Contours Interpolation: ', () => {
}
});

it('Should successfully edit auto generated contour annotation', function (done) {
if (skipTests) {
console.warn('pending test: edit');
return;
}
console.warn('edit auto generated contour');
const element = createViewport(
this.renderingEngine,
ViewportType.STACK,
512,
128
);
this.DOMElements.push(element);

const imageIds = [
'fakeImageLoader:imageURI_64_64_10_5_1_1_0',
'fakeImageLoader:imageURI_64_64_0_20_1_1_0',
'fakeImageLoader:imageURI_64_64_20_35_1_1_0',
'fakeImageLoader:imageURI_64_64_5_25_1_1_0',
'fakeImageLoader:imageURI_64_64_15_30_1_1_0',
];

element.addEventListener(
EventTypes.ANNOTATION_INTERPOLATION_PROCESS_COMPLETED,
(evt) => {
console.warn('annotation interpolation process complete', evt);
let contourAnnotations = annotation.state.getAnnotations(
interpolationToolName,
element
);
contourAnnotations = contourAnnotations.sort((a, b) => {
const aSliceIndex = a.metadata.sliceIndex;
const bSliceIndex = b.metadata.sliceIndex;
if (aSliceIndex < bSliceIndex) {
return -1;
}
if (aSliceIndex > bSliceIndex) {
return 1;
}
return 0;
});

if (contourAnnotations.length === 5 && !isContourEdited) {
setTimeout(() => {
isContourEdited = true;
contourAnnotations[2].data.contour.polyline = thirdSlicePoints;
contourAnnotations[2].autoGenerated = false;
triggerContourModifiedCallback(
{ element, viewport: vp },
contourAnnotations[2]
);
}, 1);
return;
}
contourAnnotations.forEach((x, xIndex) => {
expect(x.metadata.referencedImageId.replace('imageId:', '')).toBe(
imageIds[x.metadata.sliceIndex]
);
const hasSamePoint = expectedContourEditSet[xIndex].every(
(point, pIndex) => {
return x.data.contour.polyline[pIndex].every(
(polylinePoint, pointIndex) => {
return isEqual(point[pointIndex], polylinePoint);
}
);
}
);
expect(hasSamePoint).toBe(true);
});
expect(contourAnnotations.length).toBe(5);
isContourEdited = false;
done();
contourAnnotations.forEach((x) => {
annotation.state.removeAnnotation(x.annotationUID);
});
}
);

const vp = this.renderingEngine.getViewport(viewportId);

element.addEventListener(Events.IMAGE_RENDERED, () => {
// first slice points
firstSliceAnnotation.metadata.sliceIndex = 0;
firstSliceAnnotation.metadata.referencedImageId = imageIds[0];
firstSliceAnnotation.data.contour.polyline = firstSlicePoints;
// last slice points
lastSliceAnnotation.metadata.sliceIndex = 4;
lastSliceAnnotation.metadata.referencedImageId = imageIds[4];
lastSliceAnnotation.data.contour.polyline = lastSliceEditCasePoints;

annotation.state.addAnnotation(firstSliceAnnotation, element);
annotation.state.addAnnotation(lastSliceAnnotation, element);

const contourAnnotations = annotation.state.getAnnotations(
interpolationToolName,
element
);

triggerContourUpdateCallback(
{ element, viewport: vp },
contourAnnotations[contourAnnotations.length - 1]
);
});

this.stackToolGroup.addViewport(vp.id, this.renderingEngine.id);

try {
vp.setStack(imageIds, 0);
this.renderingEngine.render();
} catch (e) {
done.fail(e);
}
});
// it('Should successfully edit auto generated contour annotation', function (done) {
// console.warn('edit auto generated contour');
// const element = createViewport(
// this.renderingEngine,
// ViewportType.STACK,
// 512,
// 128
// );
// this.DOMElements.push(element);

// const imageIds = [
// 'fakeImageLoader:imageURI_64_64_10_5_1_1_0',
// 'fakeImageLoader:imageURI_64_64_0_20_1_1_0',
// 'fakeImageLoader:imageURI_64_64_20_35_1_1_0',
// 'fakeImageLoader:imageURI_64_64_5_25_1_1_0',
// 'fakeImageLoader:imageURI_64_64_15_30_1_1_0',
// ];

// element.addEventListener(
// EventTypes.ANNOTATION_INTERPOLATION_PROCESS_COMPLETED,
// (evt) => {
// console.warn('annotation interpolation process complete', evt);
// let contourAnnotations = annotation.state.getAnnotations(
// interpolationToolName,
// element
// );
// contourAnnotations = contourAnnotations.sort((a, b) => {
// const aSliceIndex = a.metadata.sliceIndex;
// const bSliceIndex = b.metadata.sliceIndex;
// if (aSliceIndex < bSliceIndex) {
// return -1;
// }
// if (aSliceIndex > bSliceIndex) {
// return 1;
// }
// return 0;
// });

// if (contourAnnotations.length === 5 && !isContourEdited) {
// setTimeout(() => {
// isContourEdited = true;
// contourAnnotations[2].data.contour.polyline = thirdSlicePoints;
// contourAnnotations[2].autoGenerated = false;
// console.warn('Now modifying contour');
// triggerContourModifiedCallback(
// { element, viewport: vp },
// contourAnnotations[2]
// );
// }, 25);
// return;
// }
// contourAnnotations.forEach((x, xIndex) => {
// expect(x.metadata.referencedImageId.replace('imageId:', '')).toBe(
// imageIds[x.metadata.sliceIndex]
// );
// const hasSamePoint = expectedContourEditSet[xIndex].every(
// (point, pIndex) => {
// return x.data.contour.polyline[pIndex].every(
// (polylinePoint, pointIndex) => {
// return isEqual(point[pointIndex], polylinePoint);
// }
// );
// }
// );
// expect(hasSamePoint).toBe(true);
// });
// expect(contourAnnotations.length).toBe(5);
// isContourEdited = false;
// done();
// contourAnnotations.forEach((x) => {
// annotation.state.removeAnnotation(x.annotationUID);
// });
// }
// );

// const vp = this.renderingEngine.getViewport(viewportId);

// element.addEventListener(Events.IMAGE_RENDERED, () => {
// // first slice points
// firstSliceAnnotation.metadata.sliceIndex = 0;
// firstSliceAnnotation.metadata.referencedImageId = imageIds[0];
// firstSliceAnnotation.data.contour.polyline = firstSlicePoints;
// // last slice points
// lastSliceAnnotation.metadata.sliceIndex = 4;
// lastSliceAnnotation.metadata.referencedImageId = imageIds[4];
// lastSliceAnnotation.data.contour.polyline = lastSliceEditCasePoints;

// annotation.state.addAnnotation(firstSliceAnnotation, element);
// annotation.state.addAnnotation(lastSliceAnnotation, element);

// const contourAnnotations = annotation.state.getAnnotations(
// interpolationToolName,
// element
// );

// triggerContourUpdateCallback(
// { element, viewport: vp },
// contourAnnotations[contourAnnotations.length - 1]
// );
// });

// this.stackToolGroup.addViewport(vp.id, this.renderingEngine.id);

// try {
// vp.setStack(imageIds, 0);
// this.renderingEngine.render();
// } catch (e) {
// done.fail(e);
// }
// });
});
});

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