#config colorred
#config typestd
#config dynamicon
#config logicon
//Shift along x- then y-axes (y1-3 in a group)-For ALL graphs, T=-10~10, A=0~30, Steps=30, Delay time=6.
if(A<=15)(x+5*A/15)^2; else (x+5)^2-4*(A-15)/15;
#config colorgrey
#config typestd
#config dynamicon
#config logicoff
//y1-3 in a group
(x+5)^2-4
#config colorgreen
#config typestd
#config dynamicon
#config logicon
//Shift along y- then x-axes (y1-3 in a group)
if(A<=15) x^2-4*A/15; else (x+5*(A-15)/15)^2-4;
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//
x^2
#config colorblue
#config typestd
#config dynamicon
#config logicon
//Reflect in x-axis, shift along x- then y-axes (y4-7 in a group)
if(A<=10) (1-A/5)*x^2; else if(A<=20) -(x+5*(A-10)/10)^2; else -(x+5)^2-4*(A-20)/10;
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//y4-7 in a group
-(x+5)^2-4
#config colorred
#config typestd
#config dynamicon
#config logicon
//Reflect in x-axis, shift along y- then x-axes (y4-7 in a group)
if(A<=10) (1-A/5)*x^2; else if(A<=20) -x^2-4*(A-10)/10; else -(x+5*(A-20)/10)^2-4;
#config colormagenta
#config typeparameter
#config dynamicon
#config logicon
//Reflect in y=x to generate graph of inverse function (y8-10 in a group)
F=.01*T^3+1;U=1-A/15;((1+U)*T+(1-U)*F)/2\((1-U)*T+(1+U)*F)/2
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//y8-10 in a group
x
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//y8-10 in a group
.01*x^3+1
#config colorcyan
#config typestd
#config dynamicon
#config logicoff
//Shrink (y4, y11, y12 in a group)
2*(.5+A/60)*x^2
#config colorgreen
#config typestd
#config dynamicon
#config logicoff
//Strech (y4, y11, y12 in a group)
.5*(2-A/30)*x^2
#config colorbrown
#config typeparameter
#config dynamicon
#config logicoff
//Reflect in y-axis (y13-14 in a group)
(1-A/15)*T\T^3-5*T^2+5*T-2
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//y13-14 in a group
x^3-5*x^2+5*x-2
#config colorred
#config typeparameter
#config dynamicon
#config logicon
//Show odd function's symmetry with respect to the origin (y15-16 in a group)
F=.05*T^3;U=atan(F/T);R=sqrt(T^2+F^2);cos(pi/30*A+U)*R\sin(pi/30*A+U)*R
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//y15-16 in a group
.05*x^3
#config colorblue
#config typestd
#config dynamicon
#config logicon
//Reflect in x-axis (y17-18 in a group)
F=3*sin(x/2);(1-A/15)*F
#config colorgrey
#config typestd
#config dynamicoff
#config logicoff
//y17-18 in a group
3*sin(x/2)
#config colorblue
#config typeparameter
#config dynamicon
#config logicon
//Show even function's symmetry with respect to y-axis (y4, y19 in a group)
if(T>=0)(1-A/15)*T\if(T>=0)T^2