MAKE A CALANDER

 

# 1.  convert calander year and month. your choice month or year , print

while True:

  import calendar

  year = int(input("Please input the year: "))

  month = int(input("Please input the month (1-12): "))

  cal = calendar.month(year, month)

  with open(f"calendar_{year}_{month}.txt", "w") as file:

    file.write(cal)

  choice = input("do you want again see calendar : (y/n)")

  if choice !="y":

   break

print("calander is save!!!!!")

# 2.  just convert calender in year means all months in year is print

while True:

 import calendar

 year = int(input("plaese enter a yaer : "))

 cal = calendar.calendar(year)

 with open(f"calendar_{year}.txt", "w") as file:

    file.write(cal)

 print(f"Calendar saved as calendar_{year}.txt")

 print("calander is save !!!!")

 choice = input("Do You Want Again Use Calander : (y/n)")

 if choice !="y":

   break

CONVERT AUDIO TO TEXT

 

1. Importing Libraries: We start by importing a library called speech_recognition and giving it the alias sr. This library helps us work with speech recognition.

pythonpy code
import speech_recognition as sr

2. Initializing the Recognizer: Next, we create an object called recognizer from the Recognizer class. This object helps us recognize speech in audio files.

p                orecognizer = sr.Recognizer()

3. Specifying the Audio File: We tell the program where to find the audio file that we want to convert to text. Here, it's named "audio_file.wav".

pytdeaudio_file_path = "audio_file.wav"

4. Opening and Recording Audio: We open the audio file using sr.AudioFile and record the audio data from it using recognizer.record(source).

pytpy code
with sr.AudioFile(audio_file_path) as source:
    audio_data = recognizer.record(source)

5. Converting Audio to Text: We use the recognize_sphinx method of the recognizer object to convert the audio data into text.

pythoopy code
text = recognizer.recognize_sphinx(audio_data)

6. Saving Recognized Text to File: We open a text file named "recognized_text.txt" in write mode and write the recognized text into it. We also print a message confirming that the text has been saved.

pythoCopy code
with open("recognized_text.txt", "w") as file:
    file.write(text)
    print("Text saved to 'recognized_text.txt'")

pip install SpeechRecognition

pip install pocketsphinx

This code uses SpeechRecognition with CMU Sphinx to convert audio to text offline and saves the result to a text file.

#  1. How To Convert Vedio To Audio In Formate Of (wav) .

import speech_recognition as sr

import moviepy.editor as mp

clip = mp.AudioFileClip(r"C:\Users\Taj\Desktop\Manan Python Proggram\motivation.mp4")

clip.write_audiofile("converted.mp3.wav")

   

#  2. How To Convert Audio To Text

recognizer = sr.Recognizer()

audio_file_path = "converted.mp3.wav"

with sr.AudioFile("converted.mp3.wav") as source:

    audio_data = recognizer.record(source)

    text = recognizer.recognize_sphinx(audio_data)

    with open("recognized_text.txt", "w") as file:

        file.write(text)

        print("Text saved to 'recognized_text.txt'")

MOVIEPY LIBRARY

#  1. vedio convert to audio

from moviepy.editor import*

clip1 =  VideoFileClip("test1.mp4")

if clip1.audio is not None:

  clip1.audio.write_audiofile("test1.mp3")

else:

  print("Error: Audio not found in clip1")

clip2 =  VideoFileClip("test2.mp4")

if clip2.audio is not None:

  clip2.audio.write_audiofile("test2.mp3")

else:

  print("Error: Audio not found in clip2")

#  2.  convert vedio to without audio

from moviepy.editor import*

clip1 =  VideoFileClip("test1.mp4")

clip1 = clip1.without_audio()

clip1.write_videofile("test1_W.mp4")

print("end")

clip2 =  VideoFileClip("test2.mp4")

clip2 = clip1.without_audio()

clip2.write_videofile("test2_W.mp4")

print("end")

#  3.  convert vedio to another vedio audio

from moviepy.editor import*

video1 = VideoFileClip("test1_W.mp4")

audio1 = AudioFileClip("test2.mp3")

# Set the audio track of video1 using the audio1 clip

final_video = video1.set_audio(audio1)

# Write the final video with the replaced audio to a new file

final_video.write_videofile("test1_new1.mp4")

# 4.  how to add water mark in file

from moviepy.editor import*

clip = (VideoFileClip("test1.mp4"))

txt_clip = TextClip("Manan", fontsize=60, color='black')

txt_clip = txt_clip.set_position('center').set_duration(clip.duration).set_duration(clip.duration)

vedio = CompositeVideoClip([clip, txt_clip])

vedio.write_videofile("output.mp4")

CREAT A SIMPLE CALCULATOR

 

while True:

  name= input("please enter your name: ")

  print("your name is :" ,name )

  num1 = float(input("Enter your first number: "))

  num2 = float(input("enter your second number: "))

  print("press 1 for + \npress 2 for - \npress 3 for * \npress 4 for /")

  choice= int(input("please enter choice between 1-4 : "))

  if choice==1:

    print(num1+num2)

  elif choice==2:

   print(num1-num2)

  elif choice==3:

   print(num1*num2)

  elif choice==4:

   print(num1/num2)

  else:

   print("invalid input :")

CREAT A SIMPLE ATM MACHINE

while True:

 print("\n\n Welcome To AB Bank: \n\n Plaese Insert Your Card: ")

 name = input("Enter Your Name : ")

 print("Your Name Is", name)

 password = (1020)

 balance = (10000)

 choice = 0

 pin = int(input("Enter Your Pin : "))

 if (pin==password):

   while (choice!=4):

    print("\n\n________Menu________")

    print("1 == Balance")

    print("2 == Deposit")

    print("3 == Withdraw")

    print("4 == Cancel")

    choice = int(input("\n Enter Option : "))

    if(choice==1):

     print("Your Balance is = Rs", balance)

    elif(choice==2):

      deposit = int(input("Enter Deposit Amount,Rs: "))

      balance += deposit

      print("\n Deposit Amount Succefully: Rs",balance)

    elif(choice==3):

      withdraw = int(input("Enter Amount To Withdraw : Rs "))

      balance-= withdraw

      print("\n Withdraw Amount: Rs",withdraw)

      print("Total Balance = Rs", balance)

    elif(choice==4):

       print("\n Session Ended!!!!!")

       print('\nThanks For Using AB Bank ATM.....')

   else:

    print("Incorrect Number!!!")

    choice = input("Do You Want Again Use AB Bank ATM : (y/n)")

    if choice!=("y"):

      break

DATA TYPES

# Data Types In Pyhtone

# 1. string: All The a,b,c..... alphabests is callled a string.

a = "hello words"

print(type(a))

# 2. Intigir: All The Numercal Letters Is Called A Intiger Like 1,2,3,4,5,6.....

b = 1

print(type(b))

# 3. float: All The . Vale Is Called Float Like 10.2 or 20.2 or 0.5

c = 20.5

print(type(c))

# 4. complex: Sting and numercal Value Is Called Complex Like This 5x or 8j or 6d

# 5. List: Multipale Values In a List String + Intigir

d = ["apple", "banana", "orange", 5, 10]

print(type(d))

# 6. Tuple: Tuple Values Does Not Changeble. Same As It List

e = ("apple", "banana", "orange", 5, 10)

print(type(e))

# 7. Range:

f = range(6)

print(type(f))

# 8. Mapping : Basically Is Used For Dictionary And Ic Called A Dictionary

g = {"manan":"hanan","age":36}

print(type(g))

# 9. Set Type:

h = {"apple", "banana" "orange", 5, 20}

print(type(h))

# 10. Boolean: whn if you answer in True or False so is called Boolean.

i = {"apple", "banana" "orange", 5, 20}

print("apple" in i)

print(50 in i)

# 11. Binary:

j = b"hello"

print(type(j))

# 12. bytearray:

k = bytearray(8)

print(type(k))

# 13. memoryview:

l = memoryview(bytes(6))

print(type(l))

# 14. None:

m = None

print(type(m))

WHAT IS DICTIONARY

#  collectionof data items or key-values they are seperated commas or closed curly bracket.

dict = {"manan":"human", "cat": "animal"}

print(dict["manan"])

a = {

    10 : "manan",

    20 : "hanan",

    30 : "wahab"

}

print(a[10])

# 10 is a key or manan is a value.

info = {'name': 'manan', 'age':22, "eligible": True}

print(info)

print(info['name'])

#  if you want see the keys of  dictionary so

print(info.keys())

print(info.values())

#  for fumction in dictionary

for key in info:

    print(f"the value of {key} is {info[key]}")

#  method of dictionary is .update() he is used for combining multiple dictionaries.

c = {10:20, 30:40, 50:60}

d = {70:80, 80:90, 100:110}

c.update(d)

print(c)

# if you want delete the the key-value so use .pop()

d.pop(100)

print(d)