python interactive visualization

#filename my little alarm clock.Import timeImport SysImport WinSoundA=time.ctime ()Print ("***************** Pro is Now", A, "**********************")Print ("*********************** welcome you to use Shup DIY alarm Clock applet ***********************")Hour1=int (Input ("*****************", enter the hour you want to set the alarm (for example, 10): "))Minutes=int (Input ("**************** Pro, please enter the minutes to set the alarm (e.g. 20):"))i = 3O=3While I:A= list (Time.localtime ()) #获

() - Paddle2.move () - +C.draw_line ([Width/2, 0],[WIDTH/2, height], 1," White") - + Paddle1.draw (c) APaddle2.draw (c)For the original key handler (response keyboard function), the original code1 defKeyDown (key):2 GlobalPaddle1_vel, Paddle2_vel3 ifKey = = Simplegui. key_map[" up"]:4Paddle2_vel-= 25 elifKey = = Simplegui. key_map[" Down"]:6Paddle2_vel + = 27 elifKey = = Simplegui. key_map["W"]:8Paddle1_vel-= 29 elifKey = = Simplegui. key_map["s"]:TenPaddle1_ve

): hues= Hues * 3.59#100 turn into 359 rangergb=[0.0,0.0,0.0] I= Int (HUES/60)%6F= HUES/60-Iifi = =0:rgb[0]= 1; Rgb[1] = f; RGB[2] =0elifi = = 1: rgb[0]= 1-f; RGB[1] = 1; RGB[2] =0elifi = = 2: rgb[0]= 0; RGB[1] = 1; RGB[2] =Felifi = = 3: rgb[0]= 0; RGB[1] = 1-f; RGB[2] = 1elifi = = 4: rgb[0]= f; RGB[1] = 0; RGB[2] = 1elifi = = 5: rgb[0]= 1; RGB[1] = 0; RGB[2] = 1-FreturnRGBdefRainbow (): Hues= 0.0Color (1, 0,0)#Draw a RainbowHideturtle () speed (100) Pensize (3) Penup () Goto (-400,-300) Pendown