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Artificial Intelligence with PYTHON (Jarvis)

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  DEMO.. https://youtu.be/rYB6r1zyvBM https://youtu.be/rYB6r1zyvBM         FEATURES OF JARVIS.. This AI Jarvis Can Answer Your Any Question In Few Seconds. This AI Jarvis Learns From Your Past Experience and Data. This AI Jarvis Is Able To Understand Your Feelings. This AI Jarvis Can Remembers Tone of The Chat. This AI Jarvis Is Able To Answer any Question From Any Field. This AI Jarvis Can Understand You In Both Hindi and English. This AI Jarvis Has Over 100+ Voices. This AI Jarvis Is Able To Control Your Whole Computer. This AI Jarvis Is Able To Do 50+ Works For You. This AI Jarvis Can Talk To You In Sarcastic Way Also. Working of This Jarvis Is Very Fast (Within Seconds) This AI Jarvis Is Able To Control Your Social Media Handles. This AI Jarvis Has The Database of The Whole Internet. This AI Jarvis Can Be Integrated and Used as a Home Automation Tool. This AI Jarvis Is Very Easy To Understand.

Typing Speed Test - PYTHON WITH DOWNLOAD LINK

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  Python Project on Typing Speed Test – Build your first game in Python Project in Python – Typing Speed Test Have you played a typing speed game? It’s a very useful game to track your typing speed and improve it with regular practice. Now, you will be able to build your own typing speed game in Python by just following a few steps. About the Python Project -  DOWNLOAD LINK - https://drive.google.com/drive/folders/1ID5TNrEZSDUI0hqVRVt030IpnkuOay-3?usp=share_link   ☝️☝️🫵 COPY THIS LINK AND PASTE ON YOUR BROWSER TO DOWNLOAD IT.. SOURCE CODE -  #coded by MR AVI... import pygame from pygame.locals import * import sys import time import random # 750 x 500         class Game:         def __init__(self):         self .w= 750         self .h= 500         self .reset= True         self .active = False         self .input_text= ''         self .word = ''         self .time_start = 0         self .total_time = 0         self .accuracy = '0%'         self .result

EYE CONTROLLED MOUSE

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HELLO WORLD;                                                                                (SOURCE CODE BELOW) In this project, we’ll write code to crop images of your eyes each time you click the mouse. Using this data, we can train a model in reverse, predicting the position of the mouse from your eyes.  MODULES NEEDED; GO TO COMMAND PROMPT AND INSTALL THIS MODULES  => pip install PyAutoGUI  => pip install opencv-python => pip install mediapipe *OUTPUT* SOURCE CODE:  import cv2 import mediapipe as mp import pyautogui cam = cv2.VideoCapture( 0 ) face_mesh = mp.solutions.face_mesh.FaceMesh(refine_landmarks= True ) screen_w, screen_h = pyautogui.size() while True :     _, frame = cam.read()     frame = cv2.flip(frame, 1 )     rgb_frame = cv2.cvtColor(frame, cv2.COLOR_BGR2RGB)     output = face_mesh.process(rgb_frame)     landmark_points = output.multi_face_landmarks     frame_h, frame_w, _ = frame.shape     if landmark_points:         landmarks = landmark_points[ 0 ].lan

HACK CHROME DINO GAME

TO HACK THIS CHROME DINO OFFLINE GAME YOU JUST HAVE TO RIGHT CLICK AND THEN GO TO INSPECT AND IN CONSOLE WRITE THIS CODE>>> Runner . prototype . gameOver = function (){   }   THIS IS THE RELATIVE CODE BY AVI  TO CONTROL THE SPEED OF DINO  CODE>>> Runner.instance_.setSpeed(6000)  

CATTERPILLAR GAME USING PYTHON

 SOURCE CODE FOR YOUR GAME > import turtle as t import random as rd t.bgcolor( 'yellow' )       caterpillar = t.Turtle() caterpillar.shape( 'square' ) caterpillar.color( 'red' ) caterpillar.speed( 0 ) caterpillar.penup() caterpillar.hideturtle() leaf = t.Turtle() leaf_shape = (( 0 , 0 ),( 14 , 2 ),( 18 , 6 ),( 20 , 20 ),( 6 , 18 ),( 2 , 14 )) t.register_shape( 'leaf' ,leaf_shape) leaf.shape( 'leaf' ) leaf.color( 'green' ) leaf.penup() leaf.hideturtle() leaf.speed() game_started = False text_turtle = t.Turtle() text_turtle.write( 'Press SPACE to start' , align = 'center' , font =( 'Arial' , 16 , 'bold' )) text_turtle.hideturtle() score_turtle = t.Turtle() score_turtle.hideturtle() score_turtle.speed( 0 ) def outside_window ():     left_wall = -t.window_width()/ 2     right_wall = t.window_width()/ 2     top_wall = t.window_height()/ 2     bottom_wall = -t.window_height()/ 2     (x,y) = caterpillar.po

INDIAN FLAG USING PYTHON

 SOUREC CODE: import turtle from turtle import* #screen for output screen = turtle.Screen() # Defining a turtle Instance t = turtle.Turtle() speed(0) # initially penup() t.penup() t.goto(-400, 250) t.pendown() # Orange Rectangle #white rectangle t.color("orange") t.begin_fill() t.forward(800) t.right(90) t.forward(167) t.right(90) t.forward(800) t.end_fill() t.left(90) t.forward(167) # Green Rectangle t.color("green") t.begin_fill() t.forward(167) t.left(90) t.forward(800) t.left(90) t.forward(167) t.end_fill() # Big Blue Circle t.penup() t.goto(70, 0) t.pendown() t.color("navy") t.begin_fill() t.circle(70) t.end_fill() # Big White Circle t.penup() t.goto(60, 0) t.pendown() t.color("white") t.begin_fill() t.circle(60) t.end_fill() # Mini Blue Circles t.penup() t.goto(-57, -8) t.pendown() t.color("navy") for i in range(24): t.begin_fill() t.circle(3) t.end_fill() t.penup() t.forward(15) t.right(15) t.pendown() # Small Blu

SUPER STAR IN PYTHON

 SOUCE CODE : import turtle a=turtle.Turtle() a.getscreen().bgcolor( "black" ) a.penup() a.goto(- 200 , 100 ) a.pendown() a.color( "yellow" ) a.speed( 25 ) def star ( turtle , size ):     if size<= 10 :         return     else :         turtle.begin_fill()         for i in range ( 5 ):             turtle.pensize( 2 )             turtle.forward(size)             star(turtle, size/ 3 )             turtle.left( 216 )             turtle.end_fill() star(a, 360 ) turtle.done()