# Example python code based on parts of game.js
import math
import random

train = {
    'dis': 0,
    'paused': False,
    'stopped': False,
    'river': False,
    'delayed': False,
    'resting': False,
    'tavelingTo': 0
}

class Date:
    def __init__(self):
        self.months = ["Maytember", "January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]
        self.weekdays = ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]

    def year(self, d):
        y = 2
        while (d >= 365 and (y) % 4 != 0) or d >= 366:
            if y % 4 == 0:
                d -= 366
            else:
                d -= 365
            y += 1
        y += 1844
        return y

    def day_of_year(self, d):
        y = 2
        while (d >= 365 and (y) % 4 != 0) or d >= 366:
            if y % 4 == 0:
                d -= 366
            else:
                d -= 365
            y += 1
        return d

    def month(self, day):
        m = 0
        d = self.day_of_year(day) + 1
        if self.year(day) % 4 == 0:
            if d <= 31:
                m = 1
            elif d <= 60:
                m = 2
            elif d <= 91:
                m = 3
            elif d <= 121:
                m = 4
            elif d <= 152:
                m = 5
            elif d <= 182:
                m = 6
            elif d <= 213:
                m = 7
            elif d <= 244:
                m = 8
            elif d <= 274:
                m = 9
            elif d <= 305:
                m = 10
            elif d <= 335:
                m = 11
            elif d <= 366:
                m = 12
        else:
            if d <= 31:
                m = 1
            elif d <= 59:
                m = 2
            elif d <= 90:
                m = 3
            elif d <= 120:
                m = 4
            elif d <= 151:
                m = 5
            elif d <= 181:
                m = 6
            elif d <= 212:
                m = 7
            elif d <= 243:
                m = 8
            elif d <= 273:
                m = 9
            elif d <= 304:
                m = 10
            elif d <= 334:
                m = 11
            elif d <= 365:
                m = 12
        return m

    def day_of_month(self, day):
        d = self.day_of_year(day) + 1
        if self.year(day) % 4 == 0:
            if d <= 31:
                pass
            elif d <= 60:
                d -= 31
            elif d <= 91:
                d -= 60
            elif d <= 121:
                d -= 91
            elif d <= 152:
                d -= 121
            elif d <= 182:
                d -= 152
            elif d <= 213:
                d -= 182
            elif d <= 244:
                d -= 213
            elif d <= 274:
                d -= 244
            elif d <= 305:
                d -= 274
            elif d <= 335:
                d -= 305
            elif d <= 366:
                d -= 335
        else:
            if d <= 31:
                pass
            elif d <= 59:
                d -= 31
            elif d <= 90:
                d -= 59
            elif d <= 120:
                d -= 90
            elif d <= 151:
                d -= 120
            elif d <= 181:
                d -= 151
            elif d <= 212:
                d -= 181
            elif d <= 243:
                d -= 212
            elif d <= 273:
                d -= 243
            elif d <= 304:
                d -= 273
            elif d <= 334:
                d -= 304
            elif d <= 365:
                d -= 334
        return d

    def day_of_week(self, day):
        y = self.year(day)
        leap = 0
        if y % 4 == 0:
            leap = 1
        return ((2 + y + (y // 4) - (y // 100) + (y // 400) - 2 - leap) + self.day_of_year(day)) % 7

    def printed_date(self, day):
        return f"{self.weekdays[self.day_of_week(day)]}, {self.months[self.month(day)]} {str(self.day_of_month(day))}, {str(self.year(day))}"

date = Date()

class Weather:
    def __init__(self):
        self.seeds = [random.random() / 1, random.random() / 1, random.random() / 1, random.random() / 1, random.random() / 1, random.random() / 1]

    def temperature(self, day):
        month = date.month(day)
        temp = [-10, 30, 40, 50, 60, 70, 80, 90, 80, 70, 60, 50, 40]
        return ((math.sin(day * self.seeds[0] + self.seeds[1]) * math.cos(day * self.seeds[2] + self.seeds[3]) * -10) + (math.sin(day * self.seeds[4] + self.seeds[5]) * 1)) + temp[month]

    def clouds(self, day):
        return ((math.sin(day * self.seeds[0] + self.seeds[1]) * math.cos(day * self.seeds[2] + self.seeds[3])) + 1) / 2

    def print_weather(self, day):
        if self.clouds(day) > 0.98:
            return "Hail"
        elif self.clouds(day) > 0.95:
            if self.temperature(day) >= 40:
                return "Heavy Rain"
            else:
                return "Blizzard"
        elif self.clouds(day) > 0.85:
            if self.temperature(day) >= 40:
                return "Rain"
            else:
                return "Snow"
        elif self.clouds(day) > 0.75:
            return "Partly Cloudy"
        elif self.clouds(day) > 0.50:
            return "Mostly Sunny"
        else:
            return "Sunny"

    def print_temperature(self, day):
        if self.temperature(day) > 100:
            return "Extremely Hot"
        elif self.temperature(day) > 85:
            return "Hot"
        elif self.temperature(day) > 55:
            return "Warm"
        elif self.temperature(day) > 20:
            return "Cold"
        else:
            return "Extremely Cold"

weather = Weather()

def next_landmark_index(landmarks, train_distance):
    for i, landmark in enumerate(landmarks):
        if landmark['distance'] > train_distance:
            return i
    if landmarks[-1]['distance'] < train_distance:
        return len(landmarks) - 1
    else:
        return 0

def next_landmark(landmarks, train_distance):
    index = next_landmark_index(landmarks, train_distance)
    return landmarks[index]

def paused_text(train_status):
    if train_status['paused']:
        return "Play"
    elif train_status['stopped'] or train_status['river']:
        return "Continue"
    else:
        return "Pause"