update,

saralai19981321/task1/Q3/main.py

@@ -0,0 +1,58 @@
+#!/usr/bin/env python
+import os,sys
+from pprint import pprint
+from math import sin, pi
+import random
+
+
+hours = 24
+grid_num = 9
+base_temperature=20
+temperature_sections = []
+
+
+def simulateTemperatureChange(hr_of_day, change_cofficient =1):
+  # 3. Use if-else statements to apply the temperature changes based on the time of day.
+  # morning (6-11)
+  # afternoon (12-17)
+  # evening (18-22)
+  # night (23-5)
+  if (hr_of_day >= 6 and hr_of_day <= 11):
+    change_cofficient = -1
+  elif (hr_of_day > 11 and hr_of_day <= 17):
+    change_cofficient = 3
+  elif (hr_of_day > 17 and hr_of_day <= 22):
+    change_cofficient = 2
+  else:
+    change_cofficient = 1
+
+  return base_temperature  + (random.uniform(-change_cofficient ,change_cofficient) * sin(hr_of_day/24.0* pi))
+
+def initRoomTemperature():
+  # 1. Initialize the temperature of the room.
+  return [[0]*grid_num]*hours
+
+# 2. Use nested loops to update the temperature of each section of the room at each hour.
+def updateTemperature():
+  # 5. Use a while loop to simulate the temperature changes over a 24-hour period.
+  hr_of_day = 0
+  while hr_of_day < hours:
+    for section in range(grid_num):
+      temperature_sections[hr_of_day][section] = simulateTemperatureChange(hr_of_day)
+    hr_of_day += 1
+
+# 4. Print the temperature distribution in the room at each hour.
+def printTemperatureOfRooms():
+  for hr_of_day in range(hours):
+    print(f'hour {hr_of_day+1}')
+    for section in range(0,grid_num,3):
+      print(f'{temperature_sections[hr_of_day][section]:.1f}', end=' ')
+      print(f'{temperature_sections[hr_of_day][section+1]:.1f}', end=' ')
+      print(f'{temperature_sections[hr_of_day][section+2]:.1f}', end=' ')
+      print()
+    print('')
+temperature_sections=initRoomTemperature()
+updateTemperature()
+printTemperatureOfRooms()
+
+