Merge branch 'master' of github.com:hastic/hastic-server

analytics/analytics/analytic_types/detector_typing.py

@@ -32,17 +32,6 @@ class DetectionResult:
 @utils.meta.JSONClass
 class ProcessingResult():
 
-    def __init__(
-        self,
-        data: Optional[TimeSeries] = None
-    ):
-        if data is None:
-            data = []
-        self.data = data
-
-@utils.meta.JSONClass
-class AnomalyProcessingResult():
-
     def __init__(
         self,
         lower_bound: Optional[TimeSeries] = None,

analytics/analytics/analytic_unit_manager.py

@@ -17,7 +17,7 @@ def get_detector_by_type(
     if detector_type == 'pattern':
         return detectors.PatternDetector(analytic_unit_type, analytic_unit_id)
     elif detector_type == 'threshold':
-        return detectors.ThresholdDetector()
+        return detectors.ThresholdDetector(analytic_unit_id)
     elif detector_type == 'anomaly':
         return detectors.AnomalyDetector(analytic_unit_id)
 

analytics/analytics/detectors/anomaly_detector.py

@@ -1,14 +1,12 @@
 from enum import Enum
 import logging
 import numpy as np
-import operator
-from collections import OrderedDict
 import pandas as pd
 import math
 from typing import Optional, Union, List, Tuple
 
 from analytic_types import AnalyticUnitId, ModelCache
-from analytic_types.detector_typing import DetectionResult, AnomalyProcessingResult
+from analytic_types.detector_typing import DetectionResult, ProcessingResult
 from analytic_types.data_bucket import DataBucket
 from analytic_types.segment import Segment
 from detectors import Detector, ProcessingDetector
@@ -27,12 +25,12 @@ class Bound(Enum):
 class AnomalyDetector(ProcessingDetector):
 
     def __init__(self, analytic_unit_id: AnalyticUnitId):
-        self.analytic_unit_id = analytic_unit_id
+        super().__init__(analytic_unit_id)
         self.bucket = DataBucket()
 
     def train(self, dataframe: pd.DataFrame, payload: Union[list, dict], cache: Optional[ModelCache]) -> ModelCache:
         segments = payload.get('segments')
-        enable_bounds: str = payload.get('enableBounds') or 'ALL'
+        enable_bounds = Bound(payload.get('enableBounds') or 'ALL')
         prepared_segments = []
         time_step = utils.find_interval(dataframe)
 
@@ -40,7 +38,7 @@ class AnomalyDetector(ProcessingDetector):
             'confidence': payload['confidence'],
             'alpha': payload['alpha'],
             'timeStep': time_step,
-            'enableBounds': enable_bounds
+            'enableBounds': enable_bounds.value
         }
 
         if segments is not None:
@@ -65,55 +63,53 @@ class AnomalyDetector(ProcessingDetector):
             'cache': new_cache
         }
 
-    # TODO: ModelCache -> ModelState
+    # TODO: ModelCache -> DetectorState
     def detect(self, dataframe: pd.DataFrame, cache: Optional[ModelCache]) -> DetectionResult:
+        if cache == None:
+            raise f'Analytic unit {self.analytic_unit_id} got empty cache'
         data = dataframe['value']
-        time_step = cache['timeStep']
-        segments = cache.get('segments')
-        enable_bounds: str = cache.get('enableBounds') or 'ALL'
 
-        smoothed_data = utils.exponential_smoothing(data, cache['alpha'])
+        # TODO: use class for cache to avoid using string literals
+        alpha = self.get_value_from_cache(cache, 'alpha', required = True)
+        confidence = self.get_value_from_cache(cache, 'confidence', required = True)
+        segments = self.get_value_from_cache(cache, 'segments')
+        enable_bounds = Bound(self.get_value_from_cache(cache, 'enableBounds') or 'ALL')
 
-        # TODO: use class for cache to avoid using string literals and Bound.TYPE.value
+        smoothed_data = utils.exponential_smoothing(data, alpha)
-        bounds = OrderedDict()
-        bounds[Bound.LOWER.value] = ( smoothed_data - cache['confidence'], operator.lt )
-        bounds[Bound.UPPER.value] = ( smoothed_data + cache['confidence'], operator.gt )
-
-        if enable_bounds == Bound.LOWER.value:
-            del bounds[Bound.UPPER.value]
-
-        if enable_bounds == Bound.UPPER.value:
-            del bounds[Bound.LOWER.value]
 
+        lower_bound = smoothed_data - confidence
+        upper_bound = smoothed_data + confidence
 
         if segments is not None:
 
-            seasonality = cache.get('seasonality')
+            time_step = self.get_value_from_cache(cache, 'timeStep', required = True)
-            assert seasonality is not None and seasonality > 0, \
+            seasonality = self.get_value_from_cache(cache, 'seasonality', required = True)
+            assert seasonality > 0, \
                 f'{self.analytic_unit_id} got invalid seasonality {seasonality}'
 
             data_start_time = utils.convert_pd_timestamp_to_ms(dataframe['timestamp'][0])
-            data_second_time = utils.convert_pd_timestamp_to_ms(dataframe['timestamp'][1])
 
             for segment in segments:
                 seasonality_index = seasonality // time_step
                 season_count = math.ceil(abs(segment['from'] - data_start_time) / seasonality)
                 start_seasonal_segment = segment['from'] + seasonality * season_count
                 seasonality_offset = (abs(start_seasonal_segment - data_start_time) % seasonality) // time_step
-                #TODO: upper and lower bounds for segment_data
+
                 segment_data = pd.Series(segment['data'])
-                for bound_type, bound_data in bounds.items():
+
-                    bound_data, _ = bound_data
+                lower_bound = self.add_season_to_data(lower_bound, segment_data, seasonality_offset, seasonality_index, Bound.LOWER)
-                    bounds[bound_type] = self.add_season_to_data(bound_data, segment_data, seasonality_offset, seasonality_index, bound_type)
+                upper_bound = self.add_season_to_data(upper_bound, segment_data, seasonality_offset, seasonality_index, Bound.UPPER)
-                    assert len(smoothed_data) == len(bounds[bound_type]), \
-                        f'len smoothed {len(smoothed_data)} != len seasonality {len(bounds[bound_type])}'
 
         anomaly_indexes = []
         for idx, val in enumerate(data.values):
-            for bound_type, bound_data in bounds.items():
+            if val > upper_bound.values[idx]:
-                bound_data, comparator = bound_data
+                if enable_bounds == Bound.UPPER or enable_bounds == Bound.ALL:
-                if comparator(val, bound_data.values[idx]):
                     anomaly_indexes.append(data.index[idx])
+
+            if val < lower_bound.values[idx]:
+                if enable_bounds == Bound.LOWER or enable_bounds == Bound.ALL:
+                    anomaly_indexes.append(data.index[idx])
+
         # TODO: use Segment in utils
         segments = utils.close_filtering(anomaly_indexes, 1)
         segments = utils.get_start_and_end_of_segments(segments)
@@ -176,34 +172,27 @@ class AnomalyDetector(ProcessingDetector):
         result.segments = utils.merge_intersecting_segments(result.segments, time_step)
         return result
 
-    # TODO: ModelCache -> ModelState (don't use string literals)
+    # TODO: remove duplication with detect()
-    def process_data(self, dataframe: pd.DataFrame, cache: ModelCache) -> AnomalyProcessingResult:
+    def process_data(self, dataframe: pd.DataFrame, cache: ModelCache) -> ProcessingResult:
-        segments = cache.get('segments')
+        segments = self.get_value_from_cache(cache, 'segments')
-        enable_bounds: str = cache.get('enableBounds') or 'ALL'
+        alpha = self.get_value_from_cache(cache, 'alpha', required = True)
+        confidence = self.get_value_from_cache(cache, 'confidence', required = True)
+        enable_bounds = Bound(self.get_value_from_cache(cache, 'enableBounds') or 'ALL')
 
         # TODO: exponential_smoothing should return dataframe with related timestamps
-        smoothed_data = utils.exponential_smoothing(dataframe['value'], cache['alpha'])
+        smoothed_data = utils.exponential_smoothing(dataframe['value'], alpha)
-
-        bounds = OrderedDict()
-        bounds[Bound.LOWER.value] = smoothed_data - cache['confidence']
-        bounds[Bound.UPPER.value] = smoothed_data + cache['confidence']
-
-        if enable_bounds == Bound.LOWER.value:
-            del bounds[Bound.UPPER.value]
-
-        if enable_bounds == Bound.UPPER.value:
-            del bounds[Bound.LOWER.value]
 
-
+        lower_bound = smoothed_data - confidence
-        # TODO: remove duplication with detect()
+        upper_bound = smoothed_data + confidence
 
         if segments is not None:
-            seasonality = cache.get('seasonality')
+            seasonality = self.get_value_from_cache(cache, 'seasonality', required = True)
-            assert seasonality is not None and seasonality > 0, \
+            assert seasonality > 0, \
                 f'{self.analytic_unit_id} got invalid seasonality {seasonality}'
 
             data_start_time = utils.convert_pd_timestamp_to_ms(dataframe['timestamp'][0])
-            time_step = cache['timeStep']
+
+            time_step = self.get_value_from_cache(cache, 'timeStep', required = True)
 
             for segment in segments:
                 seasonality_index = seasonality // time_step
@@ -212,19 +201,22 @@ class AnomalyDetector(ProcessingDetector):
                 start_seasonal_segment = segment['from'] + seasonality * season_count
                 seasonality_offset = (abs(start_seasonal_segment - data_start_time) % seasonality) // time_step
                 segment_data = pd.Series(segment['data'])
-                for bound_type, bound_data in bounds.items():
+
-                    bounds[bound_type] = self.add_season_to_data(bound_data, segment_data, seasonality_offset, seasonality_index, bound_type)
+                lower_bound = self.add_season_to_data(lower_bound, segment_data, seasonality_offset, seasonality_index, Bound.LOWER)
-                    assert len(smoothed_data) == len(bounds[bound_type]), \
+                upper_bound = self.add_season_to_data(upper_bound, segment_data, seasonality_offset, seasonality_index, Bound.UPPER)
-                        f'len smoothed {len(smoothed_data)} != len seasonality {len(bounds[bound_type])}'
 
                 # TODO: support multiple segments
 
         timestamps = utils.convert_series_to_timestamp_list(dataframe.timestamp)
-        result_bounds = {}
+        lower_bound_timeseries = list(zip(timestamps, lower_bound.values.tolist()))
-        for bound_type, bound_data in bounds.items():
+        upper_bound_timeseries = list(zip(timestamps, upper_bound.values.tolist()))
-            result_bounds[bound_type] = list(zip(timestamps, bound_data.values.tolist()))
+
-        result = AnomalyProcessingResult(lower_bound=result_bounds.get(Bound.LOWER.value), upper_bound=result_bounds.get(Bound.UPPER.value))
+        if enable_bounds == Bound.ALL:
-        return result
+            return ProcessingResult(lower_bound_timeseries, upper_bound_timeseries)
+        elif enable_bounds == Bound.UPPER:
+            return ProcessingResult(upper_bound = upper_bound_timeseries)
+        elif enable_bounds == Bound.LOWER:
+            return ProcessingResult(lower_bound = lower_bound_timeseries)
 
     def add_season_to_data(self, data: pd.Series, segment: pd.Series, offset: int, seasonality: int, bound_type: Bound) -> pd.Series:
         #data - smoothed data to which seasonality will be added
@@ -236,33 +228,17 @@ class AnomalyDetector(ProcessingDetector):
                 #TODO: add seasonality for non empty parts
                 continue
             if (idx - offset) % seasonality == 0:
-                if bound_type == Bound.UPPER.value:
+                if bound_type == Bound.UPPER:
                     upper_segment_bound = self.get_bounds_for_segment(segment)[0]
                     data = data.add(pd.Series(upper_segment_bound.values, index = segment.index + idx), fill_value = 0)
-                elif bound_type == Bound.LOWER.value:
+                elif bound_type == Bound.LOWER:
                     lower_segment_bound = self.get_bounds_for_segment(segment)[1]
                     data = data.add(pd.Series(lower_segment_bound.values * -1, index = segment.index + idx), fill_value = 0)
                 else:
-                    raise ValueError(f'unknown {bound_type}')
+                    raise ValueError(f'unknown bound type: {bound_type.value}')
 
         return data[:len_smoothed_data]
 
-    def concat_processing_results(self, processing_results: List[AnomalyProcessingResult]) -> Optional[AnomalyProcessingResult]:
-        if len(processing_results) == 0:
-            return None
-
-        united_result = AnomalyProcessingResult()
-        for result in processing_results:
-            if result.lower_bound is not None:
-                if united_result.lower_bound is None: united_result.lower_bound = []
-                united_result.lower_bound.extend(result.lower_bound)
-
-            if result.upper_bound is not None:
-                if united_result.upper_bound is None: united_result.upper_bound = []
-                united_result.upper_bound.extend(result.upper_bound)
-
-        return united_result
-
     def get_bounds_for_segment(self, segment: pd.Series) -> Tuple[pd.Series, pd.Series]:
         '''
         segment is divided by the median to determine its top and bottom parts

analytics/analytics/detectors/detector.py

@@ -2,13 +2,16 @@ from abc import ABC, abstractmethod
 from pandas import DataFrame
 from typing import Optional, Union, List
 
-from analytic_types import ModelCache, TimeSeries
+from analytic_types import ModelCache, TimeSeries, AnalyticUnitId
 from analytic_types.detector_typing import DetectionResult, ProcessingResult
 from analytic_types.segment import Segment
 
 
 class Detector(ABC):
 
+    def __init__(self, analytic_unit_id: AnalyticUnitId):
+        self.analytic_unit_id = analytic_unit_id
+
     @abstractmethod
     def train(self, dataframe: DataFrame, payload: Union[list, dict], cache: Optional[ModelCache]) -> ModelCache:
         """
@@ -39,19 +42,39 @@ class Detector(ABC):
             result.cache = detection.cache
         return result
 
+    def get_value_from_cache(self, cache: ModelCache, key: str, required = False):
+        value = cache.get(key)
+        if value == None and required:
+            raise ValueError(f'Missing required "{key}" field in cache for analytic unit {self.analytic_unit_id}')
+        return value
+
 
 class ProcessingDetector(Detector):
 
     @abstractmethod
     def process_data(self, data: TimeSeries, cache: Optional[ModelCache]) -> ProcessingResult:
+        '''
+        Data processing to receive additional time series that represents detector's settings
+        '''
         pass
 
     def concat_processing_results(self, processing_results: List[ProcessingResult]) -> Optional[ProcessingResult]:
+        '''
+        Concatenate sequential ProcessingResults that received via
+        splitting dataset to chunks in analytic worker
+        '''
+
         if len(processing_results) == 0:
             return None
 
         united_result = ProcessingResult()
         for result in processing_results:
-            united_result.data.extend(result.data)
+            if result.lower_bound is not None:
+                if united_result.lower_bound is None: united_result.lower_bound = []
+                united_result.lower_bound.extend(result.lower_bound)
+
+            if result.upper_bound is not None:
+                if united_result.upper_bound is None: united_result.upper_bound = []
+                united_result.upper_bound.extend(result.upper_bound)
 
         return united_result

analytics/analytics/detectors/pattern_detector.py

@@ -41,7 +41,7 @@ class PatternDetector(Detector):
     DEFAULT_WINDOW_SIZE = 1
 
     def __init__(self, pattern_type: str, analytic_unit_id: AnalyticUnitId):
-        self.analytic_unit_id = analytic_unit_id
+        super().__init__(analytic_unit_id)
         self.model = resolve_model_by_pattern(pattern_type)
         self.bucket = DataBucket()
 

analytics/analytics/detectors/threshold_detector.py

@@ -5,10 +5,10 @@ import pandas as pd
 import numpy as np
 from typing import Optional, List
 
-from analytic_types import ModelCache
+from analytic_types import ModelCache, AnalyticUnitId
-from analytic_types.detector_typing import DetectionResult
+from analytic_types.detector_typing import DetectionResult, ProcessingResult
 from analytic_types.segment import Segment
-from detectors import Detector
+from detectors import ProcessingDetector
 from time import time
 import utils
 
@@ -16,12 +16,12 @@ import utils
 logger = log.getLogger('THRESHOLD_DETECTOR')
 
 
-class ThresholdDetector(Detector):
+class ThresholdDetector(ProcessingDetector):
 
     WINDOW_SIZE = 3
 
-    def __init__(self):
+    def __init__(self, analytic_unit_id: AnalyticUnitId):
-        pass
+        super().__init__(analytic_unit_id)
 
     def train(self, dataframe: pd.DataFrame, threshold: dict, cache: Optional[ModelCache]) -> ModelCache:
         time_step = utils.find_interval(dataframe)
@@ -89,3 +89,23 @@ class ThresholdDetector(Detector):
             result.cache = detection.cache
         result.segments = utils.merge_intersecting_segments(result.segments, time_step)
         return result
+
+    def process_data(self, dataframe: pd.DataFrame, cache: ModelCache) -> ProcessingResult:
+        data = dataframe['value']
+        value = self.get_value_from_cache(cache, 'value', required = True)
+        condition = self.get_value_from_cache(cache, 'condition', required = True)
+
+        if condition == 'NO_DATA':
+            return ProcessingResult()
+
+        data.values[:] = value
+        timestamps = utils.convert_series_to_timestamp_list(dataframe.timestamp)
+        result_series = list(zip(timestamps, data.values.tolist()))
+
+        if condition in ['>', '>=', '=']:
+            return ProcessingResult(upper_bound = result_series)
+
+        if condition in ['<', '<=']:
+            return ProcessingResult(lower_bound = result_series)
+
+        raise ValueError(f'{condition} condition not supported')

analytics/analytics/utils/common.py

@@ -36,6 +36,9 @@ def exponential_smoothing(series: pd.Series, alpha: float, last_smoothed_value:
             series.values[n] = result[n]
         else:
             result.append(alpha * series[n] + (1 - alpha) * result[n - 1])
+    
+    assert len(result) == len(series), \
+        f'len of smoothed data {len(result)} != len of original dataset {len(series)}'
     return pd.Series(result, index = series.index)
 
 def find_pattern(data: pd.Series, height: float, length: int, pattern_type: str) -> list:

analytics/tests/test_detectors.py

@@ -2,7 +2,7 @@ import unittest
 import pandas as pd
 
 from detectors import pattern_detector, threshold_detector, anomaly_detector
-from analytic_types.detector_typing import DetectionResult
+from analytic_types.detector_typing import DetectionResult, ProcessingResult
 
 class TestPatternDetector(unittest.TestCase):
 
@@ -10,10 +10,9 @@ class TestPatternDetector(unittest.TestCase):
 
         data = [[0,1], [1,2]]
         dataframe = pd.DataFrame(data, columns=['timestamp', 'values'])
-        cache = {'windowSize': 10}
+        cache = { 'windowSize': 10 }
 
         detector = pattern_detector.PatternDetector('GENERAL', 'test_id')
-        
         with self.assertRaises(ValueError):
             detector.detect(dataframe, cache)
 
@@ -22,7 +21,7 @@ class TestThresholdDetector(unittest.TestCase):
 
     def test_invalid_cache(self):
 
-        detector = threshold_detector.ThresholdDetector()
+        detector = threshold_detector.ThresholdDetector('test_id')
 
         with self.assertRaises(ValueError):
             detector.detect([], None)
@@ -33,7 +32,7 @@ class TestThresholdDetector(unittest.TestCase):
 
 class TestAnomalyDetector(unittest.TestCase):
 
-    def test_dataframe(self):
+    def test_detect(self):
         data_val = [0, 1, 2, 1, 2, 10, 1, 2, 1]
         data_ind = [1523889000000 + i for i in range(len(data_val))]
         data = {'timestamp': data_ind, 'value': data_val}
@@ -45,8 +44,91 @@ class TestAnomalyDetector(unittest.TestCase):
             'timeStep': 1
         }
         detector = anomaly_detector.AnomalyDetector('test_id')
-        detect_result: DetectionResult = detector.detect(dataframe, cache)
 
+        detect_result: DetectionResult = detector.detect(dataframe, cache)
         detected_segments = list(map(lambda s: {'from': s.from_timestamp, 'to': s.to_timestamp}, detect_result.segments))
         result = [{ 'from': 1523889000005.0, 'to': 1523889000005.0 }]
         self.assertEqual(result, detected_segments)
+
+        cache =  {
+            'confidence': 2,
+            'alpha': 0.1,
+            'timeStep': 1,
+            'seasonality': 4,
+            'segments': [{ 'from': 1523889000001, 'to': 1523889000002, 'data': [10] }]
+        }
+        detect_result: DetectionResult = detector.detect(dataframe, cache)
+        detected_segments = list(map(lambda s: {'from': s.from_timestamp, 'to': s.to_timestamp}, detect_result.segments))
+        result = []
+        self.assertEqual(result, detected_segments)
+
+    def test_process_data(self):
+        data_val = [0, 1, 2, 1, 2, 10, 1, 2, 1]
+        data_ind = [1523889000000 + i for i in range(len(data_val))]
+        data = {'timestamp': data_ind, 'value': data_val}
+        dataframe = pd.DataFrame(data = data)
+        dataframe['timestamp'] = pd.to_datetime(dataframe['timestamp'], unit='ms')
+        cache =  {
+            'confidence': 2,
+            'alpha': 0.1,
+            'timeStep': 1
+        }
+        detector = anomaly_detector.AnomalyDetector('test_id')
+        detect_result: ProcessingResult = detector.process_data(dataframe, cache)
+        expected_result = {
+            'lowerBound': [
+                (1523889000000, -2.0),
+                (1523889000001, -1.9),
+                (1523889000002, -1.71),
+                (1523889000003, -1.6389999999999998),
+                (1523889000004, -1.4750999999999999),
+                (1523889000005, -0.5275899999999998),
+                (1523889000006, -0.5748309999999996),
+                (1523889000007, -0.5173478999999996),
+                (1523889000008, -0.5656131099999995)
+            ],
+            'upperBound': [
+                (1523889000000, 2.0),
+                (1523889000001, 2.1),
+                (1523889000002, 2.29),
+                (1523889000003, 2.361),
+                (1523889000004, 2.5249),
+                (1523889000005, 3.47241),
+                (1523889000006, 3.4251690000000004),
+                (1523889000007, 3.4826521),
+                (1523889000008, 3.4343868900000007)
+            ]}
+        self.assertEqual(detect_result.to_json(), expected_result)
+
+        cache =  {
+            'confidence': 2,
+            'alpha': 0.1,
+            'timeStep': 1,
+            'seasonality': 5,
+            'segments': [{ 'from': 1523889000001, 'to': 1523889000002, 'data': [1] }]
+        }
+        detect_result: ProcessingResult = detector.process_data(dataframe, cache)
+        expected_result = {
+            'lowerBound': [
+                (1523889000000, -2.0),
+                (1523889000001, -2.9),
+                (1523889000002, -1.71),
+                (1523889000003, -1.6389999999999998),
+                (1523889000004, -1.4750999999999999),
+                (1523889000005, -0.5275899999999998),
+                (1523889000006, -1.5748309999999996),
+                (1523889000007, -0.5173478999999996),
+                (1523889000008, -0.5656131099999995)
+            ],
+            'upperBound': [
+                (1523889000000, 2.0),
+                (1523889000001, 3.1),
+                (1523889000002, 2.29),
+                (1523889000003, 2.361),
+                (1523889000004, 2.5249),
+                (1523889000005, 3.47241),
+                (1523889000006, 4.425169),
+                (1523889000007, 3.4826521),
+                (1523889000008, 3.4343868900000007)
+            ]}
+        self.assertEqual(detect_result.to_json(), expected_result)

server/src/controllers/analytics_controller.ts

@@ -30,6 +30,12 @@ type TableTimeSeries = { values: [number, number][], columns: string[] };
 type TimeRange = { from: number, to: number };
 export type TaskResolver = (taskResult: TaskResult) => void;
 
+type HSRResult = {
+  hsr: TableTimeSeries,
+  lowerBound?: TableTimeSeries
+  upperBound?: TableTimeSeries
+}
+
 const taskResolvers = new Map<AnalyticsTaskId, TaskResolver>();
 
 let analyticsService: AnalyticsService = undefined;
@@ -631,10 +637,14 @@ export async function getHSR(
   try {
     const grafanaUrl = getGrafanaUrl(analyticUnit.grafanaUrl);
     const data = await queryByMetric(analyticUnit.metric, grafanaUrl, from, to, HASTIC_API_KEY);
+    let resultSeries: HSRResult = {
+      hsr: data
+    }
 
-    if(analyticUnit.detectorType !== AnalyticUnit.DetectorType.ANOMALY) {
+    if(analyticUnit.detectorType === AnalyticUnit.DetectorType.PATTERN) {
-      return { hsr: data };
+      return resultSeries;
     }
+
     let cache = await AnalyticUnitCache.findById(analyticUnit.id);
     if(
       cache === null ||
@@ -662,16 +672,12 @@ export async function getHSR(
       throw new Error(`Data processing error: ${result.error}`);
     }
 
-    let resultSeries = {
-      hsr: data
-    }
-
     if(result.payload.lowerBound !== undefined) {
-      resultSeries['lowerBound'] = { values: result.payload.lowerBound, columns: data.columns };
+      resultSeries.lowerBound = { values: result.payload.lowerBound, columns: data.columns };
     }
 
     if(result.payload.upperBound !== undefined) {
-      resultSeries['upperBound'] = { values: result.payload.upperBound, columns: data.columns };
+      resultSeries.upperBound = { values: result.payload.upperBound, columns: data.columns };
     }
 
     return resultSeries;