Change from Windows to Linux LF

2026-08-22 01:16:14 +00:00 · 2023-04-14 12:50:55 +02:00
parent e6fc4d8e84
commit 589ced324a
1 changed files with 58 additions and 58 deletions
@@ -1,58 +1,58 @@
-from statistics import mean
-
-from typing import List
-
-from psa_car_controller.psacc.model.battery_curve import BatteryCurveDto
-from psa_car_controller.psacc.model.car import Car
-from psa_car_controller.psacc.model.charge import Charge
-from psa_car_controller.psacc.repository.db import Database
-
-
-class BatteryChargeCurve:
-    def __init__(self, level, speed):
-        self.level = level
-        self.speed = speed
-
-    @staticmethod
-    def dto_to_battery_curve(car: Car, charge: Charge, battery_curves_dto: List[BatteryCurveDto]) \
-            -> 'List[BatteryChargeCurve]':  # pylint: disable=too-many-locals
-        start_date = charge.start_at
-        stop_at = charge.stop_at
-        conn = Database.get_db()
-        conn.close()
-        battery_curves = []
-        if len(battery_curves_dto) > 0 and battery_curves_dto[-1].level > 0 and battery_curves_dto[-1].autonomy > 0:
-            battery_capacity = battery_curves_dto[-1].level * car.battery_power / 100
-            km_by_kw = 0.8 * battery_curves_dto[-1].autonomy / battery_capacity
-            start = 0
-            speeds = []
-
-            def speed_in_kw_from_km(battery_curve_dto):
-                try:
-                    speed = battery_curve_dto.rate / km_by_kw
-                    if speed > 0:
-                        speeds.append(speed)
-                except (KeyError, TypeError):
-                    pass
-
-            for end in range(1, len(battery_curves_dto)):
-                start_level = battery_curves_dto[start].level
-                end_level = battery_curves_dto[end].level
-                diff_level = end_level - start_level
-                diff_sec = (battery_curves_dto[end].date - battery_curves_dto[start].date).total_seconds()
-                speed_in_kw_from_km(battery_curves_dto[end - 1])
-                if diff_sec > 0 and diff_level > 3:
-                    speed_in_kw_from_km(battery_curves_dto[end])
-                    speed = car.get_charge_speed(diff_level, diff_sec)
-                    if len(speeds) > 0:
-                        speed = mean([*speeds, speed])
-                    speed = round(speed * 2) / 2
-                    battery_curves.append(BatteryChargeCurve(start_level, speed))
-                    start = end
-                    speeds = []
-            battery_curves.append(BatteryChargeCurve(charge.end_level, 0))
-        else:
-            speed = car.get_charge_speed(charge.end_level - charge.start_level, (stop_at - start_date).total_seconds())
-            battery_curves.append(BatteryChargeCurve(charge.start_level, speed))
-            battery_curves.append(BatteryChargeCurve(charge.end_level, speed))
-        return battery_curves
+from statistics import mean
+
+from typing import List
+
+from psa_car_controller.psacc.model.battery_curve import BatteryCurveDto
+from psa_car_controller.psacc.model.car import Car
+from psa_car_controller.psacc.model.charge import Charge
+from psa_car_controller.psacc.repository.db import Database
+
+
+class BatteryChargeCurve:
+    def __init__(self, level, speed):
+        self.level = level
+        self.speed = speed
+
+    @staticmethod
+    def dto_to_battery_curve(car: Car, charge: Charge, battery_curves_dto: List[BatteryCurveDto]) \
+            -> 'List[BatteryChargeCurve]':  # pylint: disable=too-many-locals
+        start_date = charge.start_at
+        stop_at = charge.stop_at
+        conn = Database.get_db()
+        conn.close()
+        battery_curves = []
+        if len(battery_curves_dto) > 0 and battery_curves_dto[-1].level > 0 and battery_curves_dto[-1].autonomy > 0:
+            battery_capacity = battery_curves_dto[-1].level * car.battery_power / 100
+            km_by_kw = 0.8 * battery_curves_dto[-1].autonomy / battery_capacity
+            start = 0
+            speeds = []
+
+            def speed_in_kw_from_km(battery_curve_dto):
+                try:
+                    speed = battery_curve_dto.rate / km_by_kw
+                    if speed > 0:
+                        speeds.append(speed)
+                except (KeyError, TypeError):
+                    pass
+
+            for end in range(1, len(battery_curves_dto)):
+                start_level = battery_curves_dto[start].level
+                end_level = battery_curves_dto[end].level
+                diff_level = end_level - start_level
+                diff_sec = (battery_curves_dto[end].date - battery_curves_dto[start].date).total_seconds()
+                speed_in_kw_from_km(battery_curves_dto[end - 1])
+                if diff_sec > 0 and diff_level > 3:
+                    speed_in_kw_from_km(battery_curves_dto[end])
+                    speed = car.get_charge_speed(diff_level, diff_sec)
+                    if len(speeds) > 0:
+                        speed = mean([*speeds, speed])
+                    speed = round(speed * 2) / 2
+                    battery_curves.append(BatteryChargeCurve(start_level, speed))
+                    start = end
+                    speeds = []
+            battery_curves.append(BatteryChargeCurve(charge.end_level, 0))
+        else:
+            speed = car.get_charge_speed(charge.end_level - charge.start_level, (stop_at - start_date).total_seconds())
+            battery_curves.append(BatteryChargeCurve(charge.start_level, speed))
+            battery_curves.append(BatteryChargeCurve(charge.end_level, speed))
+        return battery_curves