#config colorred
#config typestd
#config dynamicoff
#config logicoff
//Sine wave, Coordinate system: trigonometric standard size
sinX
#config colorblack
#config typestd
#config dynamicoff
#config logicoff
//Parabola
(X+5)^2-4
#config colorblue
#config typestd
#config dynamicon
#config logicon
//Animated parabola
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 colorred
#config typepolar
#config dynamicoff
#config logicoff
//Archimedian spiral
X+2
#config colorgreen
#config typepolar
#config dynamicoff
#config logicoff
//Polar rose
5*sin(4X)
#config coloryellow
#config typepolar
#config dynamicoff
#config logicoff
//Ellipse
2/(1+0.7cosX)
#config colorgreen
#config typeparameter
#config dynamicoff
#config logicoff
//Parabola
T\T^2
#config colorred
#config typeparameter
#config dynamicoff
#config logicon
//Butterfly curve; Coordinate system: polar, max. radius=5; T from 0 to 20
sinT*(exp(cosT)-2*cos(4T)-(sin(T/12))^5)\cosT*(exp(cosT)-2*cos(4T)-(sin(T/12))^5)
#config colormagenta
#config typeparameter
#config dynamicon
#config logicon
//Inverse function; T from -10 to 10
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 typeparameter
#config dynamicon
#config logicoff
//Reflection
(1-A/15)*T\T^3-5*T^2+5*T-2
#config colorcyan
#config typeparameter
#config dynamicon
#config logicon
//Odd function; T from 0 to 10
F=.05*T^3;if(T>0)U=atan(F/T);elseU=0;R=sqrt(T^2+F^2);cos(pi/30*A+U)*R\sin(pi/30*A+U)*R
#config colorcolored
#config type3d
#config dynamicoff
#config logicoff
//X, Y and Z from -3 to 3
sin(X²)*cos(Z²)
#config colorcolored
#config type3d
#config dynamicoff
#config logicon
//MOSFET transistor current; Coordinate system: X and Z from 0 to 10,Y from -0.01 to 0.04
L=0.01;U=2;K=1e-3;if(X<U)0;else{if(Z>0 && Z<X-U)K*Z*(X-U-Z/2)*(1+L*Z);else if (Z>0) K/2*(X-U)²*(1+L*Z); else 0;}
#config colorcolored
#config type3d
#config dynamicoff
#config logicon
//Complex graph in 3D (X=Re,Z=Im); Coordinate system: X and Z from -2 to 2,Y from 0 to 5; complex enabled (Calculator)
abs(arg(((X+Zi)^2-1)*((X+Zi)^2-2-i)^2/((X+Zi)^2+2+2i)))
#config colorblue
#config typenyquist3d
#config dynamicoff
#config logicoff
//
exp(Z*i)
#config colorgreen
#config typenyquist2d
#config dynamicoff
#config logicoff
//
10/(1+Z*i)