Weather Data

import os
from glob import glob
import pandas as pd
import csv

PATH = "C:\\Users\\Hamza\\Desktop\\weatherfiles"
EXT = "*.csv"
#path assign of per file 
all_csv_files = [] # all path in it
for path, subdir, files in os.walk(PATH):
    for file in glob(os.path.join(path, EXT)):
        all_csv_files.append(file)
        #print(all_csv_files)
        
class weather:
    date=[]
    maxtemp=[]
    mintemp=[]
    humidity=[]
    date2=[]
    Month=[]
    maxvaluewithinput=[] # Max TemperatureC Column data in it
    minvaluewithinput=[] # Min TemperatureC Column in it
    maxhumvaluewithinput=[] #Max Humidity column in it
    for x in all_csv_files:
        with open(x, newline='') as csvfile:
            reader = csv.DictReader(csvfile)
            for row in reader:
                #print(row)
                date.append(row.get('PKT') or row.get('PKST'))
                maxtemp.append(row.get('Max TemperatureC'))
                mintemp.append(row.get('Min TemperatureC'))
                humidity.append(row.get('Max Humidity'))
                
    def datedata(self,f):
        y=0
        for x in self.date:
            da=x.split("-") or x.split("/")
            year=da[0]
            #month=da[1]
            #print(year)
            #print(da[1]+"/"+da[2]+"/"+year)
            if year==f:
                #print("y="+str(y))
                if self.maxtemp[y] != "":
                    #print(da[2])
                    self.date2.append(da[2])
                    self.Month.append(da[1])
                    self.maxvaluewithinput.append(int(self.maxtemp[y]))
                    if self.mintemp[y] != "":
                        self.minvaluewithinput.append(int(self.mintemp[y])) 
                        if self.humidity[y] != "":
                            self.maxhumvaluewithinput.append(int(self.humidity[y]))
                    y=y+1
                else:
                    y=y+1
            else:
                y=y+1
            #print("MaxTemperature: "+str(self.maxvaluewithinput))
            #print("Mintemperature: "+str(self.minvaluewithinput))
            #print("Humidity: "+str(self.maxhumvaluewithinput))
            #else:
             #   y=y+1
        #print(minvaluewithinput)
        #print(self.date2)
        maxnumber=max(self.maxvaluewithinput)
        minnumber=min(self.minvaluewithinput)
        maxhumi=max(self.maxhumvaluewithinput)
        return (maxnumber, minnumber,maxhumi)
    


#Calculation of Highest Lowest Temperature and Humidty

    #function for finding maximum temperature

    def maxvalues(self,z,maxnumber):
        for x in self.maxvaluewithinput:
            if x==maxnumber:
                print('Maximum temperature is: '+str(maxnumber)+" C "+' on the date of: '+self.date2[z]+' on the Month: '+self.Month[z])
                break
            z=z+1
        

    #function for finding lowest temperature

    def minvalues(self,z,minnumber):
        for x in self.minvaluewithinput:
            if x==minnumber:
                print('Lowest temperature is: '+str(minnumber)+" C "+' on the date of: '+self.date2[z]+' on the Month: '+self.Month[z])
                break
            z=z+1
    

    #function for finding humidity
    

    def humidty(self,z,maxhumi):
        for x in self.maxhumvaluewithinput:
            if x==maxhumi:
                print('Humidty is: '+str(maxhumi)+" % "+' on the date of: '+self.date2[z]+' on the Month: '+self.Month[z])
                break 
            z=z+1          
             
    #Average CalCulations
    
    #average maximum temperature
                
    def averagetemp(self,y,num,maxnumber):
        for x in self.maxvaluewithinput:
            if x==maxnumber:
                y=y+1
                num=num+maxnumber
        #print("Maxnum"+str(num))
        #print("Maxnum"+str(y))
        averagetemp=num/y
        print("Average  Max temperature: "+str(averagetemp)+"C")
        
    #average minimum temperature
        
    def averagemintemp(self,y,num,minnumber):
        for x in self.minvaluewithinput:
            if x==minnumber:
                #print(x)
                y=y+1
                num=num+minnumber
        averagetemp=num/y
        print("Average  Min temperature: "+str(averagetemp)+"C")
       
    #average humidity
    
    def averagehum(self,y,num,maxhumi):
        for x in self.maxhumvaluewithinput:
            if x==maxhumi:
                y=y+1
                num=num+maxhumi
        averagehum=num/y
        print("Average  Min Humidity: "+str(averagehum)+"%")

            

    
    #main for calling all the functions
def main():
    a,b=0,0
    name = input("Enter a name: ")
    years=['2004','2005','2006','2007','2008','2009','2010','2011','2012','2013','2014','2015','2016']
    for x in years:
        if x==name:
            emp1=weather()
            maxnumber, minnumber,maxhumi= emp1.datedata(name)
            emp1.maxvalues(a,maxnumber)
            emp1.minvalues(a,minnumber)
            emp1.humidty(a,maxhumi)
            emp1.averagetemp(a,b,maxnumber)
            emp1.averagemintemp(a,b,minnumber)
            emp1.averagehum(a,b,maxhumi)  
        elif name<"2004" or name>"2016":
            print("You enter wrong Input")
            break
    
    
if __name__ == "__main__":
    main()