Page 76 - IPP-12-2025

print("2. Forest fire detections in 2022-2023")
print("3. Exit")
chhist = int(input("Enter choice: "))
if chhist == 1:
if 'Nov 2021 to June 2022' in result.columns:
plt.hist(result['Nov 2021 to June 2022'], bins=5,
label="2021-2022", color="green", edgecolor="black")
plt.title("Histogram of Fire Detections (2021-2022)")
plt.xlabel("Fire Detections")
plt.ylabel("Frequency")
plt.legend()
plt.show()
else:
print("Column not found.")
elif chhist == 2:
if 'Nov 2022 to June 2023' in result.columns:
plt.hist(result['Nov 2022 to June 2023'], bins=5,
label="2022-2023", color="yellow", edgecolor="black")
plt.title("Histogram of Fire Detections (2022-2023)")
plt.xlabel("Fire Detections")
plt.ylabel("Frequency")
plt.legend()
plt.show()
else:
print("Column not found.")
elif chhist == 3:
break
else:
print("Invalid choice. Please try again.")
elif ch7 == 5:
break
elif ch == 8:
while True:
print("\nData Analytics Menu")
print("1. State/UT with maximum fire detections (Nov 2021 to June 2022)")
print("2. State/UT with minimum fire detections (Nov 2021 to June 2022)")
print("3. State/UT with maximum fire detections (Nov 2022 to June 2023)")
print("4. State/UT with minimum fire detections (Nov 2022 to June 2023)")
print("5. Exit")
chana = int(input("Enter choice: "))
if chana == 1:
max_detections_2021 = result['Nov 2021 to June 2022'].max()
state_max_2021 = result.loc[result['Nov 2021 to June 2022'] == max_
detections_2021]
print("State/UT with maximum fire detections in Nov 2021 to June
2022({max_detections_2021}detections):\n", state_max_2021.index)
print(state_max_2021[['State/UT']])
elif chana == 2:
min_detections_2021 = result['Nov 2021 to June 2022'].min()
state_min_2021 = result.loc[result['Nov 2021 to June 2022'] == min_
detections_2021]
print("State/UT with minimum fire detections in Nov 2021 to June 2022
({min_detections_2021} detections):\n", state_min_2021.index)
print(state_min_2021[['State/UT']])
elif chana == 3:
max_detections_2022 = result['Nov 2022 to June 2023'].max()

A.20