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```# User Input
number_of_trips = int(input("Number of Trips: "))

for trip in range(number_of_trips):
# Input for day type, boarding time and total distance
day_type = int(input("Day Type (1 = Weekdays, 2 = Weekends/PH): ")) # surcharge
boarding_time = int(input("Boarding time in 24-hour and minute: ").replace(" ", "")) # surcharge
total_distance = int(input("Distance travelled: "))

# Define constants for day type
weekdays = 1
weekends_PH = 2

# Determine constants for time range
midnight = range(0, 600)
morning_peak_hour = range(600, 930)
evening_peak_hour = range(1800, 2360)

# Determine basic condition
basic_distance = 1000
flag_down = 3.90

if total_distance <= basic_distance:
basic_fare = 3.90
else:
distance_charge = (additional_distance / 400) * 0.22
basic_fare = flag_down + distance_charge

# Calculate surcharge based on boarding time and day type
surcharge = 0
if boarding_time in midnight:
surcharge = basic_fare * 0.5
elif boarding_time in morning_peak_hour and day_type == 1 or boarding_time in evening_peak_hour:
surcharge = basic_fare * 0.25

# Calculate total fare
total_fare = basic_fare + surcharge

# Print the result
print("Total fare: \${dollars}".format(dollars = total_fare))```