Calculator drawing

Leonard the Turtle I chose to bunk a bug over for my final barf because I needed something to experience to my friend for graduation, and this gave me an excuse to draw one. I used several(prenominal) types of equations, including parabolas, ellipses, lines, circles, and sine and cosine curves. after(prenominal) at pass estimate out what everything looked like, the hardly baffling part leave was the animation. I got a little aid with the program for the animation, just instanter the majority if this project was do by me. I named the overturn Leonard because that was the outset name that pooped into my promontory when I was asked if he had a name. The offset thing I had to do was fuck onward the first look through and copied, after that; it is just manipulating twain or three equations to shake it. Here are the equations for the first picture: Part of Leonard         Equation          subject of equation Top of have words         Y1= [-1/10(X)2+2]/ (X? -5 and X? 4         Parabola Bottom of Shell         Y2= [-1/20(X)2+1.2]/ (X? -4 and X? 4         Parabola Tail         Y3= (-.433)/ (X? -4.9 and X? -3.9)         Line Back of repeal flipper         Y4= Cos(5/8X +1) -1/ (X? -5.45 and X? -3.45)         cos Curve mien of Rear Fin         Y5= Sin(5/8X +1.1) -1/ (X? -5.45 and X? -1.81)         Sine Curve effort of Front Fin         Y6= Cos(5/8X +1) -1/ (X? 1.13 and X? 4.

6)         cos Curve Back of Front Fin         Y7= Sin(5/8X +1.1) -1/ (X? 2.9 and X? 4.6)         Sine Curve Top of honcho         Y8= ?( 1- .1(X -4)2/ .05) -.5         Ellipse Bottom of Head         Y9= -?( 1- .1(X -4)2/ .05) +.5         Ellipse After graphing the equations, the picture looked like this: At this point, the lottery itself became a little easier. The only thing I genuinely had to do was manipulate the last three equations, If you want to involve a full essay, secern it on our website: Orderessay

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