Capitulo Maxima Simulaciones

plot2d([contour_plot (1-y^2 -x^2, [y, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
X-Z
plot2d([contour_plot (1-z^2 -x^2, [z, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
z-y
plot2d([contour_plot (1-z^2 -y^2, [z, -4, 4], [y, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours=10)

x-y
plot2d([contour_plot (1-y^2 -x^2, [y, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
X-Z
plot2d([contour_plot (1-z^2 -x^2, [z, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
z-y
plot2d([contour_plot (1-z^2 -y^2, [z, -4, 4], [y, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ),contours= 10)

ELIPSOIDE
ELIPSOIDE

ESFERA
ESFERA
x-y
plot2d([contour_plot (1-y^2 -x^2, [y, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
X-Z
plot2d([contour_plot (1-z^2 -x^2, [z, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
z-y
plot2d([contour_plot (1-z^2 -y^2, [z, -4, 4], [y, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

x-y
plot2d([contour_plot (1-y^2 -x^2, [y, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
X-Z
plot2d([contour_plot (1-z^2 -x^2, [z, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
z-y
plot2d([contour_plot (1-z^2 -y^2, [z, -4, 4], [y, -4, 4])], [x,-5,5], [plot_format, gnuplot],[nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

HIPERBOLIDE DE 2 HOJAS
HIPERBOLIDE DE 2 HOJAS

x-y
plot2d([contour_plot (1+x^2+y^2, [x, -4, 4], [y, -4, 4])], [x,-5,5],
[plot_format, gnuplot], [nticks,15])
x-z
plot2d([contour_plot (-1-x^2+z^2, [x, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
y-z
plot2d([contour_plot (-1-y^2+z^2, [y,-4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

x-y
plot2d([contour_plot (1+x^2+y^2, [x, -4, 4], [y, -4, 4])], [x,-5,5],
[plot_format, gnuplot], [nticks,15])
x-z
plot2d([contour_plot (-1-x^2+z^2, [x, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
y-z
plot2d([contour_plot(-1-y^2+z^2, [y, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

X-Y
plot2d([contour_plot (x^2+y^2-1, [x, -4, 4], [y, -4, 4])], [x,-5,5],
[plot_format, gnuplot], [nticks,15])
X-Z
plot2d([contour_plot (1+z^2-x^2, [x, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot],[nticks,15])
Z-Yplot2d([contour_plot (1+z^2-y^2, [y, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

X-Y
plot2d([contour_plot (x^2+y^2-1, [x, -4, 4], [y, -4, 4])], [x,-5,5],
[plot_format, gnuplot], [nticks,15])
X-Z
plot2d([contour_plot (1+z^2-x^2, [x, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot],[nticks,15])
Z-Yplot2d([contour_plot (1+z^2-y^2, [y, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

HIPERBOLOIDE DE UNA HOJA
HIPERBOLOIDE DE UNA HOJA

PARABOLIDE HIPERBOLICO
X-Y
plot2d([contour_plot (-Y^2 + x^2, [Y, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot]) [nticks,15])
Z-Y
plot2d([contour_plot (Y^2 + z,[Y, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
Z-X
plot2d([contour_plot (x^2 -z, [x, -4, 4], [z, -4, 4])], [x,-5,5], [plot_format, gnuplot], [nticks,15])
implicit_plot((-y^2 +z^2, [y, -4, 4], [z, -4, 4])] ), contours= 10)

PARABOLIDE HIPERBOLICO
X-Y
plot2d([contour_plot (-Y^2 + x^2, [Y, -4, 4], [x, -4, 4])], [x,-5,5], [plot_format, gnuplot]) [nticks,15])
Z-Y...