R // we add the curtain on starting and ending sides nc = size ( Xo, " c " ) zmin = min ( Zo ) X = Y = Z = // Rendering param3d1 ( X, Y, Z, 150, 85, flag = ) e = gce ( ) e. R param3d1 ( X ', Y ', Z, 150, 85, flag = ) // With a curtain and filled curves to avoid messed overlaying parts subplot ( 1, 3, 3 ) = ndgrid ( - 10 : 0.5 : 10 ) R = sqrt ( Xo. R param3d1 ( X, Y, Z, 150, 85, flag = ) // Meshing lines at constant X values, with transposed X and Y: subplot ( 1, 3, 2 ) R = sqrt ( X '. Y has constant columns clf // Meshing lines at constant Y values subplot ( 1, 3, 1 ) R = sqrt ( X. The freed room is used for the color bar, that is made of its own axes. The width of the targetted axes is priorly narrowed by 15. = ndgrid ( - 11 : 0.5 : 9, - 7 : 0.5 : 6 ) // x is the long side, y the short one // = > X has constant rows. colorbar () draws a vertical color bar on the right side of the current axes. Sets the axes scaling and bounding modes. Single string setting the labels for the 3 axes. Polar angle of the (OP) observation point to the north pole (Oz+), in degrees, thetaĪzimuth angle of the (OP) observation point, around the (OZ+) axis, Solid line of color #styles(i), without marks. If styles(i)0), the curve #i is rendered as a
Plot 3d scilab how to#
When it is specified, it must be bundled withīy default, lines are drawn with colors indexed from 1 to nc in the current Scilab Tutorial For Beginners : How to plot 3D Plots Lion's Heart 268 subscribers Subscribe 28K views 7 years ago Scilab Tutorials This tutorial shows how to plot 3D plots in. Vector of nc=size(Z,"c") integers specifying the style - line color or mark X, Y, ZĮach column #i of the matrices provides the coordinates of the points for the
3 vectors of the same length: cartesian coordinates of the curve's points.
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