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plot3d
plot3d(1/(1+x^2+y^2),[x,1,100],[y,1,100],[logx],[logy],[grid,25,25],[palette,[saturation,0.67,1.0,1.0,-1.0]],[elevation,20],[azimuth,15]);

plot3d(1/(1+x^2+y^2),...

Calculate

plot3d
plot3d(f(x,y), [x,-5,5], [y,-5,5]);

f(x,y):= x^2+y^2+1/(x...

plot3d(f(x,y), [x,-5,...

Calculate

plot3d
plot3d(f(x,y), [x,-3,3], [y,-2,4]);

f(x,y):= (1-x)**2 + 1...

plot3d(f(x,y), [x,-3,...

Calculate

plot3d
plot3d(f,[x,-3,3],[y,-5,5]);

f(x,y):= (x*y)/(x^2+y...

plot3d(f,[x,-3,3],[y,...

Calculate

plot3d-sqrt
plot3d(f(x,y), [x,-5,5], [y,-5,5]);

f(x,y):= sqrt(x^2/2+2...

plot3d(f(x,y), [x,-5,...

Calculate

plot3d-sin
plot3d(sin((x^2+y^2)^.5)-.2*(x^2+y^2)^.5, [x,-20,20], [y,-20,20]);

plot3d(sin((x^2+y^2)^...

Calculate

plot3d
plot3d ( f, [x, 0, 400], [y, 0, 400]);

f(x,y):=-x*0.27-y*0.5...

plot3d ( f, [x, 0, 40...

Calculate

plot3d
plot3d((10*y^2+x^2+1)/(x^2+(y+1)^2), [x,-10000,10000], [y,-10000,10000]);

plot3d((10*y^2+x^2+1)...

Calculate

plot3d-sin-sqrt
plot3d(sin(sqrt(x*x+y*y)), [x, -5,5], [y,-5,5]);

plot3d(sin(sqrt(x*x+y...

Calculate

plot3d
plot3d([X(u, v),Y(u,v), Z(u,v) ], [u, 0, 1],[v, -L, L]);

L:1;

k:1;

a:1;

Calculate

plot3d

Run Example
(%i1)plot3d([ [3+x^2/25+y^2/100,[x,-3,3],[y,-3,3]],[4*x/25+y/50+283/100,[x,0,4],[y,-1,3]]]);
plotplot3d([ [3+x^2/25+y^2/100,[x,-3,3],[y,-3,3]],[4*x/25+y/50+283/100,[x,0,4],[y,-1,3]]]);
Run Example
plot3d(100*0.5^((AngularVelocity/TrackingSpeed*400/400)^2),[AngularVelocity,0,1],[TrackingSpeed,0,1], [grid, 25,25],[zlabel, "%"], [palette, [hue, .0, .8, .85, 1.0/3.0]], [mesh_lines_color, true], [colorbox, true], [legend, "Hit'n'Miss Chance"], [elevation, 60], [azimuth, 20]);
plotplot3d(100*0.5^((AngularVelocity/TrackingSpeed*400/400)^2),[AngularVelocity,0,1],[TrackingSpeed,0,1], [grid, 25,25],[zlabel, "%"], [palette, [hue, .0, .8, .85, 1.0/3.0]], [mesh_lines_color, true], [colorbox, true], [legend, "Hit
Run Example
x(u,v):=cos(u);
(%o1)                          x(u, v) := cos(u)
(%i2) y(u,v):=v;
(%o2)                            y(u, v) := v
(%i3) z(u,v):=v^2+sin(u);
                                        2
(%o3)                       z(u, v) := v  + sin(u)
(%i4) plot3d([x(u,v),y(u,v),z(u,v)],[u,-3,3],[v,-3,3]);
plotplot3d([x(u,v),y(u,v),z(u,v)],[u,-3,3],[v,-3,3]);

Related Help

Help for Plot3d