Displaying 2 results from an estimated 2 matches for "sphericalregion".
2003 Aug 30
1
3D plot of a bivariate normal distribution
...Mean vector
Plot3D[NB[x,y],{x,-1.5,1.5},{y,-1.5,1.5},
AxesLabel->{x,y,z},
BoxRatios->{1,1,1}];
ContourPlot[NB[x,y],{x,-1,1},{y,-1,1},
Axes->True,
AxesLabel->{x,y}];
3d graph rotation
Do[
Plot3D[NB[x,y],{x,-1.5,1.5},{y,-1.5,1.5},
PlotPoints->20,
Mesh ->False,
SphericalRegion ->True,
Axes ->None,
Boxed ->False,
ViewPoint->{2 Cos[t], 2 Sin[t], 1.3},
BoxRatios->{1,1,1}
],{t, 0, 2Pi-2Pi/36, 2Pi/36}]
Thanks,
Rafael
--
bertola at fastmail.fm
--
love email again
2003 Sep 01
0
Re: Plotting bivariate normal distributions.
...Mean vector
Plot3D[NB[x,y],{x,-1.5,1.5},{y,-1.5,1.5},
AxesLabel->{x,y,z},
BoxRatios->{1,1,1}];
ContourPlot[NB[x,y],{x,-1,1},{y,-1,1},
Axes->True,
AxesLabel->{x,y}];
3d graph rotation
Do[
Plot3D[NB[x,y],{x,-1.5,1.5},{y,-1.5,1.5},
PlotPoints->20,
Mesh ->False,
SphericalRegion ->True,
Axes ->None,
Boxed ->False,
ViewPoint->{2 Cos[t], 2 Sin[t], 1.3},
BoxRatios->{1,1,1}
],{t, 0, 2Pi-2Pi/36, 2Pi/36}]
Thanks,
Rafael
--
bertola at fastmail.fm
--
love email again