2.  Acceleration  Differentialregning  IT-Værktøjer

3.  Drawing area: 640x480  Eks: w.create_line(0,100,700,100,fill=”#c4c1c1 ”)

4.  Start position  Kopier  Starts kraft

5.  w.create_line(x1,y1,x2,y2, fill="#ff0000")  x1=x2 (100)  y1=y2 (400)  x2=x1+vx/precision  y2=y1+vy/precision  vx= float(Text10.get())  vy= float(Text10.get())*-1

6.  Tyngekraft  Luftmodstand  Væg  Gulv  Eks: if x1>600 and vx>0: vx=vx*(-1*ballElasticity*wallFriction)

7.  Ball = w.create_oval((x1-ballSize), (y1-ballSize), (x1-ballSize)+ballSize, (y1-ballSize)+ballSize, fill= "#00FF00") w.create_line(x1,y1,x2,y2, fill="#ff0000") x1=x2 y1=y2 ballSize = float(Text4.get())

8.  Label  Bokse  Starts værdig  knap

9.  Text1 = Label (master, text="Simulation", width=25)  Text1.pack()  Text2 = Label (master, text="", width=25)  Text2.pack()  Text3 = Label (master, text="Ballsize", width=25)  Text3.pack()  Text4 = Entry (master, width=15)  Text4.pack()  Text4.insert(0,"50")  Text5 = Label (master, text="", width=25)  Text5.pack()  Text6 = Label (master, text="Air resistance", width=25)  Text6.pack()  Text7 = Entry (master, width=25)  Text7.pack()  Text7.insert(0,"0.5")  Text8 = Label (master, text="", width=25)  Text8.pack()  Text9 = Label (master, text="Power", width=25)  Text9.pack()  Text10 = Entry (master, width=25)  Text10.pack()  Text10.insert(0,"300.0")  Text11 = Label (master, text="", width=25)  Text11.pack()  Knap = Button (master, command=skyd, text="Skyd", width=25)  Knap.pack()

11.  Affyringsvinkel  Scroller  + - knapper  Design