tempMethods.py

import os
import worldmap
#from turtle import right
from globals import *
from datetime import datetime




#honorable mention is 

weatherStronghold = Stronghold()

#--------------------------------------------------------------------------------------------------------------
#   [getTempMod]
#   Parameters: y, x coordinates
#
#   This function takes in coordinates and returns tempMod, which is
#   a modifier based on the symbol it sees in the world map.
#--------------------------------------------------------------------------------------------------------------
def getTempMod(y, x):

    #get map symbol for current location

    tempMod = 0
    if serverMap.worldMap[int(y)][int(x)] == '^':
        tempMod = -5

    if serverMap.worldMap[int(y)][int(x)] == 'M':
        tempMod = -20

    if serverMap.worldMap[int(y)][int(x)] == '~':
        tempMod = 0

    if serverMap.worldMap[int(y)][int(x)] == '#':
        tempMod = 10

    if serverMap.worldMap[int(y)][int(x)] == '/':
        tempMod = 3

    if serverMap.worldMap[int(y)][int(x)] == '|':
        tempMod = 3

    if serverMap.worldMap[int(y)][int(x)] == '\\':
        tempMod = -1

    return tempMod

#--------------------------------------------------------------------------------------------------------------
#   [getLocalTemp]
#   Parameters: y and x coordinates, a baseline temperature variable, a weather system temperature
#               modifier, and finally, a baselineMod, which is passed via the main program.
#
#   This function takes in coordinates and returns tempMod, which is
#   a modifier based on the symbol it sees in the world map.
#--------------------------------------------------------------------------------------------------------------
def getLocalTemp(y, x, BASELINE_TEMP, WEATHER_SYSTEM_MOD, baselineMod):

    tempMod = getTempMod(y, x)
    realTempMod = 0

    if (y - 1) > -1 and (y + 1) < MAP_HEIGHT:
        realTempMod = (getTempMod(y-1, x) + getTempMod(y,x) + getTempMod(y+1,x)) // 3

    if (y - 1) == -1:
        realTempMod = (getTempMod(y,x) + getTempMod(y+1,x)) // 2

    if (y + 1) == MAP_HEIGHT:
        realTempMod = (getTempMod(y,x) + getTempMod(y-1,x)) // 2

    realTemp = realTempMod + BASELINE_TEMP + WEATHER_SYSTEM_MOD + baselineMod

    return realTemp

#==============================================================================
#    This method takes a temperature value in and outputs that value in color,
#    with the correct spacing so that the map remains square (dot version)
#==============================================================================

def printWeatherMapDot(realTemp):
    #print actual temps in color
    if realTemp > 100 and realTemp <= 150:
        print(textColor.MAGENTA, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 95 and realTemp <= 100:
        print(textColor.DARK_MAGENTA, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 85 and realTemp <= 95:
        print(textColor.RED, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 80 and realTemp <= 85:
        print(textColor.DARK_RED, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 75 and realTemp <= 80:
        print(textColor.ORANGE, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 70 and realTemp <= 75:
        print(textColor.YELLOW, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 60 and realTemp <= 70:
        print(textColor.GREEN, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 55 and realTemp <= 60:
        print(textColor.DARK_GREEN, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 50 and realTemp <= 55:
        print(textColor.TEAL, end = '')
        print('*', end = '')
        print(textColor.RESET, end = ' ')

    if realTemp > 40 and realTemp <= 50:
        print(textColor.CYAN, end = '')
        print('*', end = '')    
        print(textColor.RESET, end = ' ')

    if realTemp > 35 and realTemp <= 40:
        print(textColor.BLUE, end = '')
        print('*', end = '')    
        print(textColor.RESET, end = ' ')

    if realTemp > 25 and realTemp <= 35:
        print(textColor.DARK_BLUE, end = '')
        print('*', end = '')    
        print(textColor.RESET, end = ' ')

    if realTemp > -30 and realTemp <= 25:
        print(textColor.DARK_GRAY, end = '')
        print('*', end = '')    
        print(textColor.RESET, end = ' ')

#====================================================================================
#     Call this method to print out a temperature baseline map of dots
#====================================================================================

def printTempMapDot(baselineMod):
    for i in range(MAP_HEIGHT):
            for j in range(MAP_WIDTH):
                symbol = serverMap.worldMap[i][j]
                if j == 0:
                    print('\n                  ', end = ' ')
                    printWeatherMapDot(getLocalTemp(i, j, int(readBaseline()), WEATHER_SYSTEM_MOD, baselineMod))

                else:
                    printWeatherMapDot(getLocalTemp(i,j, int(readBaseline()), WEATHER_SYSTEM_MOD, baselineMod))
                
#====================================================================================
#     Read the weather from a file
#====================================================================================

def readBaseline():
    tempFile = 'weather/temp.txt'
    baseTemp = 60
    try:
        with open(tempFile, 'r') as f:
            baseTemp = f.readline().strip()
            return str(baseTemp)
    except:
        print('\n\nBaseline Temp Reading Failed')
        tempText = input('\n\n\n\n\nPress Enter To Continue: ')
    
    return str(baseTemp)

#====================================================================================
#     Read the time from a file
#====================================================================================

def readGametime():
    tempFile = 'weather/temp.txt'
    gameTime = 12
    try:
        with open(tempFile, 'r') as f:
            baseTemp = f.readline().strip()
            gameTime = f.readline().strip()
            return int(gameTime)
    except:
        print('\n\nTimeReading Failed')
        tempText = input('\n\n\n\n\nPress Enter To Continue: ')
    
    return gameTime


#====================================================================================
#     Read the hour from the system
#====================================================================================

def readRealGametimeHour():
    
    now = datetime.now()

    current_hour = now.strftime("%H")
    if int(current_hour) > 12:
        current_hour = int(current_hour) - 12
    
    return int(current_hour)

#====================================================================================
#     Read the military hour from the system
#====================================================================================

def readRealUnconvertedGametimeHour():
    
    now = datetime.now()

    current_hour = now.strftime("%H")
    
    return int(current_hour)

#====================================================================================
#     Read the min from the system
#====================================================================================

def readRealGametimeMin():
    
    now = datetime.now()

    current_min = now.strftime("%M")
    
    return str(current_min)

#====================================================================================
#     Read the AM/PM from the system
#====================================================================================

def readRealGametimeAmpm():
    
    now = datetime.now()

    current_hour = int(now.strftime("%H"))
    ampm = 'PM'
    if int(current_hour) < 12:
        ampm = 'AM'
    
    return str(ampm)



#====================================================================================
#     Write the weather to a file
#====================================================================================

def writeWeather(base, gameTime):
    tempFile = 'weather/temp.txt'
    try:
        with open(tempFile, 'x') as f:
            f.write(str(base) + '\n')
            f.write(str(gameTime) + '\n')
    except:
        pass

    try:
        with open(tempFile, 'w') as f:
            f.write(str(base) + '\n')
            f.write(str(gameTime) + '\n')
    except:
        print('\n\nBaseline Temp Write Failed')
        tempText = input('\n\n\n\n\nPress Enter To Continue: ')

#====================================================================================
#     Take in the gameTime and write it to weather.txt
#====================================================================================

def incrementGametime(gameTime, base):
    if int(gameTime) < 25:
        gameTime = int(gameTime + 1)

    if int(gameTime) == 25:
        gameTime = 1

    writeWeather(base, gameTime)

#====================================================================================
#     Update weather.txt with the most recent gametime and base temperature.
#====================================================================================

def updateWeatherFile():
    gameTime = readRealUnconvertedGametimeHour()
    incrementGametime(gameTime, readBaseline())

    base = int(readBaseline())

    if readGametime() == 1:
        base = 34
        writeWeather(str(base), gameTime)

    if readGametime() == 2:
        base = 34
        writeWeather(str(base), gameTime)

    if readGametime() == 3:
        base = 33
        writeWeather(str(base), gameTime)


    if readGametime() == 4:
        base = 32
        writeWeather(str(base), gameTime)

    if readGametime() == 5:
        base = 32
        writeWeather(str(base), gameTime)

    if readGametime() == 6:
        base = 32
        writeWeather(str(base), gameTime)

    if readGametime() == 7:
        base = 31
        writeWeather(str(base), gameTime)

    if readGametime() == 8:
        base = 44
        writeWeather(str(base), gameTime)

    if readGametime() == 9:
        base = 50
        writeWeather(str(base), gameTime)

    if readGametime() == 10:
        base = 55
        writeWeather(str(base), gameTime)

    if readGametime() == 11:
        base = 56
        writeWeather(str(base), gameTime)

    if readGametime() == 12:
        base = 57
        writeWeather(str(base), gameTime)

    if readGametime() == 13:
        base = 58
        writeWeather(str(base), gameTime)

    if readGametime() == 14:
        base = 59
        writeWeather(str(base), gameTime)

    if readGametime() == 15:
        base = 59
        writeWeather(str(base), gameTime)

    if readGametime() == 16:
        base = 60
        writeWeather(str(base), gameTime)

    if readGametime() == 17:
        base = 61
        writeWeather(str(base), gameTime)

    if readGametime() == 18:
        base = 59
        writeWeather(str(base), gameTime)

    if readGametime() == 19:
        base = 51
        writeWeather(str(base), gameTime)

    if readGametime() == 20:
        base = 46
        writeWeather(str(base), gameTime)

    if readGametime() == 21:
        base = 44
        writeWeather(str(base), gameTime)

    if readGametime() == 22:
        base = 43
        writeWeather(str(base), gameTime)

    if readGametime() == 23:
        base = 39
        writeWeather(str(base), gameTime)

    if readGametime() == 24:
        base = 36
        writeWeather(str(base), gameTime)