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draw2d-explicit-load-sin-taylor
draw2d(    line_type = solid,    explicit(f,x,-300,300));

load("draw");

f:((e^x)*(sin(11/3)*x...

g:taylor((e^x)*(sin(1...

Calculate

draw2d-explicit-load-sin-taylor
draw2d(    grid = true,    color = red,    explicit((e^x)*sin(11/3*x^3),x,-%pi,%pi));

load("draw");

f:(e^x)*sin(11/3*x^3);

g:taylor(f,x,0,5);

Calculate

draw2d-load
draw2d(implicit(x^2+y^2=1,x,-1,1,y,-1,1));

load("draw");

draw2d(implicit(x^2+y...

Calculate

draw2d-explicit-load-points-sqrt
draw2d(      xrange=[-60,5],      yrange=[-2,40],      yaxis=true,      grid=true,      title="Problema #3",      point_type=diamant,      point_size=2,      points([[0,10]]),      explicit(f(x),x,-60,5),      color=blue,      point_type=filled_circle,      point_size=2,      points([[-5,4]]),      color=red,      label(["Interseccion en y",-4,9])      );

load("draw");

f(x):=((10)/(sqrt(1-x...

draw2d( xrange=[...

Calculate

draw2d-explicit-load-points-sqrt
draw2d(      xrange=[-60,5],      yrange=[-2,40],      yaxis=true,      grid=true,      title="Problema #3",      point_type=diamant,      point_size=2,      points([[0,10]]),      explicit(f(x),x,-60,5),      color=blue,      point_type=filled_circle,      point_size=2,      points([[-5,4]]),      color=red,      label(["Interseccion en y",-4,9])      );

load("draw");

f(x):=((10)/(sqrt(1-x...

draw2d( xrange=[...

Calculate

draw2d-load-points-sqrt
draw2d(implicit(y=0, x, -2, 2, y, -2, 2),implicit(x=0, x, -2, 2, y, -2, 2),color=red,point_size = 0.8,point_type = 7,points([[2**(1/4)*(sqrt(2)/2), 2**(1/4)*(sqrt(2)/2)],[2**(1/4)*-(sqrt(2)/2), 2**(1/4)*(sqrt(2)/2)],[2**(1/4)*-(sqrt(2)/2), 2**(1/4)*-(sqrt(2)/2)],[2**(1/4)*(sqrt(2)/2), 2**(1/4)*-(sqrt(2)/2)], [9**(1/4)*(sqrt(3)/2), 9**(1/4)*0.5],[9**(1/4)*-0.5, 9**(1/4)*(sqrt(3)/2)],[9**(1/4)*-(sqrt(3)/2), 9**(1/4)*-0.5],[9**(1/4)*0.5, 9**(1/4)*-(sqrt(3)/2)]]),terminal=pdf);

load("draw");

draw2d(implicit(y=0, ...

Calculate

draw2d-explicit-load-sqrt
draw2d(explicit(gatito,x,-1,1));

load("draw");

gatito:(2*x)/(sqrt(3*...

draw2d(explicit(gatit...

Calculate

draw2d-explicit-load-points
draw2d(xrange=[-15,15],yrange=[-70,70],color=black,yaxis=true,grid=true,point_type=diamant,point_size=2,points([[6,6]]),point_type=diamant,point_size=2,points([[0,0]]),color=black,explicit(f(x),x,-20,20),color=blue,label(["asintota",6,0]));

load("draw");

f(x):=x+1/(x^2-4*x-12);

draw2d(xrange=[-15,15...

Calculate

draw2d-explicit-load
draw2d(explicit(x^2,x,-5,5));

load("draw");

draw2d(explicit(x^2,x...

Calculate

draw2d-explicit-load
draw2d (explicit ((x-4)/((x-3)*(x+2)), x, -4, 4));

load("draw");

draw2d (explicit ((x-...

Calculate

draw2d

Run Example
(%i1)load(draw);
(%o1)            /usr/share/maxima/5.21.1/share/draw/draw.lisp
(%i2) Po:[-5,-8];
(%o2)                             [- 5, - 8]
(%i3) P:[4,3];
(%o3)                               [4, 3]
(%i4) m:(P[2]-Po[2])/(P[1]-Po[1]);
                                      11
(%o4)                                 --
                                      9
(%i5) y-Po[2]=m*(x-Po[1]);
                                      11 (x + 5)
(%o5)                         y + 8 = ----------
                                          9
(%i6) b:m*(-Po[1])+Po[2];
                                       17
(%o6)                                - --
                                       9
(%i7) f(x):=m*x+b;
(%o7)                           f(x) := m x + b
(%i8) draw2d(explicit(f(x),X,-6,6),color="red",vector(Po,[9,0]),vector([4,-8],[0,11]));
plotdraw2d(explicit(f(x),X,-6,6),color="red",vector(Po,[9,0]),vector([4,-8],[0,11]));
Run Example
load(draw);
(%o1)            /usr/share/maxima/5.21.1/share/draw/draw.lisp
(%i2) draw2d(color= "#5e9c36", explicit(sin(x),x,-%pi, %pi), label(["{/Times=14 a}",0.5,0.13]), label(["{/Helvetica-Oblique=18 a}",0.7,0.13]) );
plotdraw2d(color= "#5e9c36", explicit(sin(x),x,-%pi, %pi), label(["{/Times=14 a}",0.5,0.13]), label(["{/Helvetica-Oblique=18 a}",0.7,0.13]) );
Run Example
load(draw);
(%o1)            /usr/share/maxima/5.21.1/share/draw/draw.lisp
(%i2) draw2d (xaxis=true, yaxis = true, xrange = [-13,13], yrange = [-10,10], grid=true,explicit(x^2, x,-1,1),implicit(x^2+y^2=1, x,-1.3,1.3, y,-1,1));
plotdraw2d (xaxis=true, yaxis = true, xrange = [-13,13], yrange = [-10,10], grid=true,explicit(x^2, x,-1,1),implicit(x^2+y^2=1, x,-1.3,1.3, y,-1,1));
[abs,draw,draw2d,load,log] [acos,draw,draw2d,float,load,pi,sqrt] [apply,draw,draw2d,ematrix,genmatrix,load,makelist] [assume,atvalue,desolve,diff,draw,draw2d,ev,explicit,integrate,load,rhs] [assume,draw,draw2d,explicit,kill,load] [cos,diff,draw,draw2d,explicit,load] [cos,draw,draw2d,explicit,integrate,load,sin,solve,sqrt] [cos,draw,draw2d,explicit,lambda,load,sin,sqrt,true] [cos,draw,draw2d,explicit,lambda,load,sin,sqrt] [cos,draw,draw2d,explicit,load,sin] [cos,draw,draw2d,explicit,load] [cos,draw,draw2d,load,parametric,pi,sin] [cos,draw,draw2d,load,phi,pi,sin] [cos,draw,draw2d,load,pi] [cos,draw,draw2d,load,sin,sqrt] [cos,draw2d,explicit,load,sin] [cos,draw2d,load,parametric,pi,sin] [cosh,draw,draw2d,load,matrix,parametric,sinh] [diff,draw,draw2d,explicit,inf,integrate,limit,load,sqrt] [diff,draw,draw2d,load,sqrt] [draw,draw2d,draw3d,explicit,load] [draw,draw2d,exp,explicit,false,float,integrate,load,sqrt] [draw,draw2d,explicit,ilt,load] [draw,draw2d,explicit,integrate,load,solve,sqrt] [draw,draw2d,explicit,integrate,load,solve] [draw,draw2d,explicit,load,log] [draw,draw2d,explicit,load,parametric] [draw,draw2d,explicit,load,points] [draw,draw2d,explicit,load,sin,sqrt] [draw,draw2d,explicit,load,sin] [draw,draw2d,explicit,load,sqrt] [draw,draw2d,explicit,load] [draw,draw2d,kill,load] [draw,draw2d,load,map,points,solve] [draw,draw2d,load,parametric] [draw,draw2d,load,pi] [draw,draw2d,load,points] [draw,draw2d,load,polygon] [draw,draw2d,load,solve] [draw,draw2d,load,sqrt] [draw,draw2d,load] [draw2d,explicit,load,points,sqrt] [draw2d,explicit,load,points] [draw2d,explicit,load,sin,sum] [draw2d,explicit,load,sin,taylor] [draw2d,explicit,load,sqrt] [draw2d,explicit,load] [draw2d,load,points,sqrt] [draw2d,load,points] [draw2d,load]

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