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‎Games/Canon.py‎

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# This game is from the official documentation of freegames
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# https://pypi.org/project/freegames/
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# pip install freegames
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# Tap on Screen to Fire
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# import modules
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from random import randrange
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import turtle as t
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from freegames import vector
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# Set window title, color and icon
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t.title("Canon Fire")
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root = t.Screen()._root
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root.iconbitmap("logo-ico.ico")
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t.bgcolor('#99ffbb')
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ball = vector(-200, -200)
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speed = vector(0, 0)
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targets = []
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# Functions
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# Respond to screen tap
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def tap(x, y):
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if not inside(ball):
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ball.x = -199
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ball.y = -199
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speed.x = (x + 200) / 25
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speed.y = (y + 200) / 25
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# Return True if xy within screen
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def inside(xy):
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return -200 < xy.x < 200 and -200 < xy.y < 200
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# Draw ball and targets
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def draw():
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t.clear()
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for target in targets:
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t.goto(target.x, target.y)
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t.dot(20, '#8000ff')
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if inside(ball):
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t.goto(ball.x, ball.y)
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t.dot(6, '#cc0000')
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t.update()
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# Move ball and targets
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def move():
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if randrange(40) == 0:
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y = randrange(-150, 150)
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target = vector(200, y)
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targets.append(target)
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for target in targets:
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target.x -= 0.5
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if inside(ball):
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speed.y -= 0.35
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ball.move(speed)
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dupe = targets.copy()
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targets.clear()
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for target in dupe:
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if abs(target - ball) > 13:
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targets.append(target)
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draw()
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for target in targets:
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if not inside(target):
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return
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t.ontimer(move, 50)
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t.setup(420, 420, 370, 0)
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t.hideturtle()
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t.up()
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t.tracer(False)
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t.onscreenclick(tap)
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move()
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t.done()

‎Games/Catch-The-Ball.py‎

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# import modules
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from tkinter import Tk, Button, Label
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from tkinter import Canvas
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from random import randint
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# defining Tk from Tkinter
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tk = Tk()
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# Set window title and icon
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tk.title("Catch-The-Ball")
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tk.iconbitmap("logo-ico.ico")
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tk.resizable(False, False)
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# For defining the canvas
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canvas = Canvas(tk, width=600, height=600, bg='#ffff99')
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canvas.pack()
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# Variable for the vertical distance travelled by ball
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limit = 0
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# Variable for horizontal distance of bar from x-axis
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dist = 5
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# Variable for score
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score = 0
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# Class for the Creating and moving ball
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class Ball:
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# for creation of ball on the canvas
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def __init__(self, canvas, x1, y1, x2, y2):
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self.x1 = x1
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self.y1 = y1
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self.x2 = x2
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self.y2 = y2
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self.canvas = canvas
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# for creation of ball object
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self.ball = canvas.create_oval(self.x1, self.y1, self.x2, self.y2,
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fill="red", tags='dot1')
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# for moving the ball
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def move_ball(self):
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# defining offset
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offset = 10
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global limit
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# checking if ball lands ground or bar
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if limit >= 510:
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global dist, score, next
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# checking that ball falls on the bar
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if (dist - offset <= self.x1 and
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dist + 40 + offset >= self.x2):
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# incrementing the score
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score += 10
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# dissappear the ball
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canvas.delete('dot1')
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# calling the function for again
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# creation of ball object
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ball_set()
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else:
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# dissappear the ball
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canvas.delete('dot1')
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bar.delete_bar(self)
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# display the score
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score_board()
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return
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# incrementing the vertical distance
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# travelled by ball by deltay
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limit += 1
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# moving the ball in vertical direction
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# by taking x=0 and y=deltay
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self.canvas.move(self.ball, 0, 1)
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# for continuous moving of ball again call move_ball
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self.canvas.after(10, self.move_ball)
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# class for creating and moving bar
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class bar:
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# method for creating bar
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def __init__(self, canvas, x1, y1, x2, y2):
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self.x1 = x1
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self.y1 = y1
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self.x2 = x2
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self.y2 = y2
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self.canvas = canvas
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# for creating bar using create_rectangle
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self.rod = canvas.create_rectangle(self.x1, self.y1, self.x2, self.y2,
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fill="#0000ff", tags='dot2')
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# method for moving the bar
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def move_bar(self, num):
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global dist
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# checking the forward or backward button
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if (num == 1):
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# moving the bar in forward direction by
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# taking x-axis positive distance and
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# taking vertical distance y=0
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self.canvas.move(self.rod, 20, 0)
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# incrementing the distance of bar from x-axis
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dist += 20
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else:
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# moving the bar in backward direction by taking x-axis
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# negative distance and taking vertical distance y=0
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self.canvas.move(self.rod, -20, 0)
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# decrementing the distance of bar from x-axis
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dist -= 20
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def delete_bar(self):
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canvas.delete('dot2')
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# Function to define the dimensions of the ball
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def ball_set():
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global limit
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limit = 0
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# for random x-axis distance from
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# where the ball starts to fall
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value = randint(0, 570)
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# define the dimensions of the ball
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ball1 = Ball(canvas, value, 20, value + 30, 50)
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# call function for moving of the ball
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ball1.move_ball()
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# Function for displaying the score
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# after getting over of the game
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def score_board():
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root2 = Tk()
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root2.title("Catch the ball Game")
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root2.resizable(False, False)
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canvas2 = Canvas(root2, width=300, height=300)
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canvas2.pack()
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w = Label(canvas2, text="\nOOPS...GAME IS OVER\n\nYOUR SCORE = "
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+ str(score) + "\n\n")
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w.pack()
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button3 = Button(canvas2, text="PLAY AGAIN", bg="#ffb31a",
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command=lambda: play_again(root2))
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button3.pack()
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button4 = Button(canvas2, text="EXIT", bg="#ffb31a",
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command=lambda: exit_handler(root2))
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button4.pack()
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# Function for handling the play again request
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def play_again(root2):
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root2.destroy()
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main()
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# Function for handling exit request
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def exit_handler(root2):
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root2.destroy()
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tk.destroy()
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# Main function
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def main():
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global score, dist
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score = 0
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dist = 0
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# defining the dimensions of bar
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bar1 = bar(canvas, 5, 560, 45, 575)
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# defining the text,colour of buttons and
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# also define the action after click on
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# the button by calling suitable methods
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button = Button(canvas, text="==>", bg="#00ff00",
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command=lambda: bar1.move_bar(1))
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# placing the buttons at suitable location on the canvas
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button.place(x=300, y=580)
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button2 = Button(canvas, text="<==", bg="#00ff00",
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command=lambda: bar1.move_bar(0))
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button2.place(x=260, y=580)
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# calling the function for defining
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# the dimensions of ball
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ball_set()
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tk.mainloop()
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# Main code
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if (__name__ == "__main__"):
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main()

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