[AL-5108] Add DICOM polyline annotation kind

labelbox/data/annotation_types/__init__.py

@@ -9,6 +9,8 @@
 from .annotation import VideoClassificationAnnotation
 from .annotation import ObjectAnnotation
 from .annotation import VideoObjectAnnotation
+from .annotation import DICOMObjectAnnotation
+from .annotation import GroupKey
 
 from .ner import ConversationEntity
 from .ner import DocumentEntity

labelbox/data/annotation_types/annotation.py

@@ -1,4 +1,5 @@
 import abc
+from enum import Enum
 from typing import Any, Dict, List, Optional, Union
 
 from labelbox.data.mixins import ConfidenceNotSupportedMixin, ConfidenceMixin
@@ -66,7 +67,7 @@ class VideoObjectAnnotation(ObjectAnnotation, ConfidenceNotSupportedMixin):
     >>>        end=Point(x=1, y=1)
     >>>     ),
     >>>     feature_schema_id="my-feature-schema-id"
-    >>>)
+    >>> )
 
     Args:
         name (Optional[str])
@@ -97,3 +98,41 @@ class VideoClassificationAnnotation(ClassificationAnnotation):
     """
     frame: int
     segment_index: Optional[int] = None
+
+
+class GroupKey(Enum):
+    """Group key for DICOM annotations
+    """
+    AXIAL = "axial"
+    SAGITTAL = "sagittal"
+    CORONAL = "coronal"
+
+
+class DICOMObjectAnnotation(VideoObjectAnnotation):
+    """DICOM object annotation
+
+    >>> DICOMObjectAnnotation(
+    >>>     name="dicom_polyline",
+    >>>     frame=2,
+    >>>     value=lb_types.Line(points = [
+    >>>         lb_types.Point(x=680, y=100),
+    >>>         lb_types.Point(x=100, y=190),
+    >>>         lb_types.Point(x=190, y=220)
+    >>>     ]),
+    >>>     segment_index=0,
+    >>>     keyframe=True,
+    >>>     group_key=GroupKey.AXIAL
+    >>> )
+
+    Args:
+        name (Optional[str])
+        feature_schema_id (Optional[Cuid])
+        value (Geometry)
+        group_key (GroupKey)
+        frame (Int): The frame index that this annotation corresponds to
+        keyframe (bool): Whether or not this annotation was a human generated or interpolated annotation
+        segment_id (Optional[Int]): Index of video segment this annotation belongs to
+        classifications (List[ClassificationAnnotation]) = []
+        extra (Dict[str, Any])        
+    """
+    group_key: GroupKey

labelbox/data/annotation_types/label.py

@@ -8,9 +8,10 @@
 from labelbox.data.annotation_types.data.tiled_image import TiledImageData
 from labelbox.schema import ontology
 from .annotation import (ClassificationAnnotation, ObjectAnnotation,
-                         VideoClassificationAnnotation, VideoObjectAnnotation)
+                         VideoClassificationAnnotation, VideoObjectAnnotation,
+                         DICOMObjectAnnotation)
 from .classification import ClassificationAnswer
-from .data import VideoData, TextData, ImageData
+from .data import DicomData, VideoData, TextData, ImageData
 from .geometry import Mask
 from .metrics import ScalarMetric, ConfusionMatrixMetric
 from .types import Cuid
@@ -39,9 +40,7 @@ class Label(BaseModel):
     uid: Optional[Cuid] = None
     data: Union[VideoData, ImageData, TextData, TiledImageData]
     annotations: List[Union[ClassificationAnnotation, ObjectAnnotation,
-                            VideoObjectAnnotation,
-                            VideoClassificationAnnotation, ScalarMetric,
-                            ConfusionMatrixMetric]] = []
+                            ScalarMetric, ConfusionMatrixMetric]] = []
     extra: Dict[str, Any] = {}
 
     def object_annotations(self) -> List[ObjectAnnotation]:

labelbox/data/serialization/ndjson/label.py

@@ -6,24 +6,24 @@
 
 from pydantic import BaseModel
 
-from ...annotation_types.annotation import ClassificationAnnotation, ObjectAnnotation, VideoClassificationAnnotation, VideoObjectAnnotation
+from ...annotation_types.annotation import ClassificationAnnotation, ObjectAnnotation, VideoClassificationAnnotation, VideoObjectAnnotation, DICOMObjectAnnotation
 from ...annotation_types.collection import LabelCollection, LabelGenerator
-from ...annotation_types.data import ImageData, TextData, VideoData
+from ...annotation_types.data import DicomData, ImageData, TextData, VideoData
 from ...annotation_types.label import Label
 from ...annotation_types.ner import TextEntity, ConversationEntity
 from ...annotation_types.classification import Dropdown
 from ...annotation_types.metrics import ScalarMetric, ConfusionMatrixMetric
 
 from .metric import NDScalarMetric, NDMetricAnnotation, NDConfusionMatrixMetric
 from .classification import NDChecklistSubclass, NDClassification, NDClassificationType, NDRadioSubclass
-from .objects import NDObject, NDObjectType, NDSegments
+from .objects import NDObject, NDObjectType, NDSegments, NDDicomSegments
 from .base import DataRow
 
 
 class NDLabel(BaseModel):
     annotations: List[Union[NDObjectType, NDClassificationType,
                             NDConfusionMatrixMetric, NDScalarMetric,
-                            NDSegments]]
+                            NDDicomSegments, NDSegments]]
 
     def to_common(self) -> LabelGenerator:
         grouped_annotations = defaultdict(list)
@@ -52,7 +52,11 @@ def _generate_annotations(
             annots = []
             data_row = annotations[0].data_row
             for annotation in annotations:
-                if isinstance(annotation, NDSegments):
+                if isinstance(annotation, NDDicomSegments):
+                    annots.extend(
+                        NDDicomSegments.to_common(annotation, annotation.name,
+                                                  annotation.schema_id))
+                elif isinstance(annotation, NDSegments):
                     annots.extend(
                         NDSegments.to_common(annotation, annotation.name,
                                              annotation.schema_id))
@@ -73,9 +77,9 @@ def _infer_media_type(
         self, data_row: DataRow,
         annotations: List[Union[TextEntity, ConversationEntity,
                                 VideoClassificationAnnotation,
-                                VideoObjectAnnotation, ObjectAnnotation,
-                                ClassificationAnnotation, ScalarMetric,
-                                ConfusionMatrixMetric]]
+                                DICOMObjectAnnotation, VideoObjectAnnotation,
+                                ObjectAnnotation, ClassificationAnnotation,
+                                ScalarMetric, ConfusionMatrixMetric]]
     ) -> Union[TextData, VideoData, ImageData]:
         if len(annotations) == 0:
             raise ValueError("Missing annotations while inferring media type")
@@ -86,6 +90,8 @@ def _infer_media_type(
             data = TextData
         elif VideoClassificationAnnotation in types or VideoObjectAnnotation in types:
             data = VideoData
+        elif DICOMObjectAnnotation in types:
+            data = DicomData
 
         if data_row.id:
             return data(uid=data_row.id)

labelbox/data/serialization/ndjson/objects.py

@@ -16,7 +16,7 @@
 from ...annotation_types.ner import DocumentEntity, DocumentTextSelection, TextEntity
 from ...annotation_types.types import Cuid
 from ...annotation_types.geometry import Rectangle, Polygon, Line, Point, Mask
-from ...annotation_types.annotation import ClassificationAnnotation, ObjectAnnotation, VideoObjectAnnotation
+from ...annotation_types.annotation import ClassificationAnnotation, ObjectAnnotation, VideoObjectAnnotation, DICOMObjectAnnotation
 from .classification import NDSubclassification, NDSubclassificationType
 from .base import DataRow, NDAnnotation
 
@@ -30,6 +30,10 @@ class VideoSupported(BaseModel):
     frame: int
 
 
+class DicomSupported(BaseModel):
+    group_key: str
+
+
 class _Point(BaseModel):
     x: float
     y: float
@@ -136,6 +140,20 @@ def from_common(cls, frame: int, line: Line):
                    } for pt in line.points])
 
 
+class NDDicomLine(NDFrameLine):
+
+    def to_common(self, name: str, feature_schema_id: Cuid, segment_index: int,
+                  group_key: str) -> DICOMObjectAnnotation:
+        return DICOMObjectAnnotation(
+            frame=self.frame,
+            segment_index=segment_index,
+            keyframe=True,
+            name=name,
+            feature_schema_id=feature_schema_id,
+            value=Line(points=[Point(x=pt.x, y=pt.y) for pt in self.line]),
+            group_key=group_key)
+
+
 class NDPolygon(NDBaseObject, ConfidenceMixin):
     polygon: List[_Point]
 
@@ -259,6 +277,31 @@ def from_common(cls, segment):
         ])
 
 
+class NDDicomSegment(NDSegment):
+    keyframes: List[NDDicomLine]
+
+    @staticmethod
+    def lookup_segment_object_type(segment: List) -> "NDDicomObjectType":
+        """Used for determining which object type the annotation contains
+        returns the object type"""
+        segment_class = type(segment[0].value)
+        if segment_class == Line:
+            return NDDicomLine
+        else:
+            raise ValueError('DICOM segments only support Line objects')
+
+    def to_common(self, name: str, feature_schema_id: Cuid, uuid: str,
+                  segment_index: int, group_key: str):
+        return [
+            self.segment_with_uuid(
+                keyframe.to_common(name=name,
+                                   feature_schema_id=feature_schema_id,
+                                   segment_index=segment_index,
+                                   group_key=group_key), uuid)
+            for keyframe in self.keyframes
+        ]
+
+
 class NDSegments(NDBaseObject):
     segments: List[NDSegment]
 
@@ -287,6 +330,36 @@ def from_common(cls, segments: List[VideoObjectAnnotation], data: VideoData,
                    uuid=extra.get('uuid'))
 
 
+class NDDicomSegments(NDBaseObject, DicomSupported):
+    segments: List[NDDicomSegment]
+
+    def to_common(self, name: str, feature_schema_id: Cuid):
+        result = []
+        for idx, segment in enumerate(self.segments):
+            result.extend(
+                NDDicomSegment.to_common(segment,
+                                         name=name,
+                                         feature_schema_id=feature_schema_id,
+                                         segment_index=idx,
+                                         uuid=self.uuid,
+                                         group_key=self.group_key))
+        return result
+
+    @classmethod
+    def from_common(cls, segments: List[DICOMObjectAnnotation], data: VideoData,
+                    name: str, feature_schema_id: Cuid, extra: Dict[str, Any],
+                    group_key: str) -> "NDDicomSegments":
+
+        segments = [NDDicomSegment.from_common(segment) for segment in segments]
+
+        return cls(segments=segments,
+                   dataRow=DataRow(id=data.uid),
+                   name=name,
+                   schema_id=feature_schema_id,
+                   uuid=extra.get('uuid'),
+                   group_key=group_key)
+
+
 class _URIMask(BaseModel):
     instanceURI: str
     colorRGB: Tuple[int, int, int]
@@ -460,13 +533,21 @@ def from_common(
         obj = cls.lookup_object(annotation)
 
         # if it is video segments
-        if (obj == NDSegments):
-            return obj.from_common(
-                annotation,
-                data,
-                name=annotation[0][0].name,
-                feature_schema_id=annotation[0][0].feature_schema_id,
-                extra=annotation[0][0].extra)
+        if (obj == NDSegments or obj == NDDicomSegments):
+
+            first_video_annotation = annotation[0][0]
+            args = dict(
+                segments=annotation,
+                data=data,
+                name=first_video_annotation.name,
+                feature_schema_id=first_video_annotation.feature_schema_id,
+                extra=first_video_annotation.extra)
+
+            if isinstance(first_video_annotation, DICOMObjectAnnotation):
+                group_key = first_video_annotation.group_key.value
+                args.update(dict(group_key=group_key))
+
+            return obj.from_common(**args)
 
         subclasses = [
             NDSubclassification.from_common(annot)
@@ -483,7 +564,15 @@ def from_common(
     def lookup_object(
             annotation: Union[ObjectAnnotation, List]) -> "NDObjectType":
         if isinstance(annotation, list):
-            result = NDSegments
+            try:
+                first_annotation = annotation[0][0]
+            except IndexError:
+                raise ValueError("Annotation list cannot be empty")
+
+            if isinstance(first_annotation, DICOMObjectAnnotation):
+                result = NDDicomSegments
+            else:
+                result = NDSegments
         else:
             result = {
                 Line: NDLine,
@@ -510,3 +599,4 @@ def lookup_object(
                      NDEntityType, NDDocumentEntity]
 
 NDFrameObjectType = NDFrameRectangle, NDFramePoint, NDFrameLine
+NDDicomObjectType = NDDicomLine

tests/data/serialization/coco/test_coco.py

@@ -6,28 +6,29 @@
 COCO_ASSETS_DIR = "tests/data/assets/coco"
 
 
-def run_instances():
+def run_instances(tmpdir):
     instance_json = json.load(open(Path(COCO_ASSETS_DIR, 'instances.json')))
     res = COCOConverter.deserialize_instances(instance_json,
                                               Path(COCO_ASSETS_DIR, 'images'))
     back = COCOConverter.serialize_instances(
         res,
-        Path('tmp/images_instances'),
+        Path(tmpdir),
     )
 
 
-def test_rle_objects():
+def test_rle_objects(tmpdir):
     rle_json = json.load(open(Path(COCO_ASSETS_DIR, 'rle.json')))
     res = COCOConverter.deserialize_instances(rle_json,
                                               Path(COCO_ASSETS_DIR, 'images'))
-    back = COCOConverter.serialize_instances(res, Path('/tmp/images_rle'))
+    back = COCOConverter.serialize_instances(res, tmpdir)
 
 
-def test_panoptic():
+def test_panoptic(tmpdir):
     panoptic_json = json.load(open(Path(COCO_ASSETS_DIR, 'panoptic.json')))
     image_dir, mask_dir = [
         Path(COCO_ASSETS_DIR, dir_name) for dir_name in ['images', 'masks']
     ]
     res = COCOConverter.deserialize_panoptic(panoptic_json, image_dir, mask_dir)
-    back = COCOConverter.serialize_panoptic(res, Path('/tmp/images_panoptic'),
-                                            Path('/tmp/masks_panoptic'))
+    back = COCOConverter.serialize_panoptic(res,
+                                            Path(f'/{tmpdir}/images_panoptic'),
+                                            Path(f'/{tmpdir}/masks_panoptic'))