Predefined coordinate system transformation like Spherical or If a 4-tuple is specified, the 4th element is a list
Specified, the independent variables are chosen from the range Which the value of f will be substituted). System) in terms of u, v, and the function variable fvar (for Transformation to Cartesian coordinates (from your coordinate Independent_vars) where the first 3 items indicate a May be a 3 or 4-tuple (x_func, y_func, z_func, Transformation – (default: None) a transformation toĪpply. Points in each direction an integer or a pair of integers Plot_points – (default: “automatic”) initial number of sample
Mesh – bool (default: False) whether to displayĭots – bool (default: False) whether to display This option does NOT work in conjunction with a transformation Vrange – a 2-tuple (v_min, v_max) or a 3-tupleĪdaptive – (default: False) whether to useĪdaptive refinement to draw the plot (slower, but may look better). Urange – a 2-tuple (u_min, u_max) or a 3-tuple plot3d ( f, urange, vrange, adaptive = False, transformation = None, ** kwds ) #į – a symbolic expression or function of 2 Scale – (default: 1) The length of the axes (all three axes ( scale = 1, radius = None, ** kwds ) #Ĭreates basic axes in three dimensions. smooth_triangle ( a, b, c, da, db, dc, color = None ) #Ī, b, c – triples (x,y,z) representing corners TrivialTriangleFactory #Ĭlass emulating behavior of TriangleFactoryīut simply returning a list of vertices for both regular and transform ( radius = var ( 'r' ), azimuth = var ( 'theta' ), elevation = var ( 'phi' )) (r*cos(phi)*cos(theta), r*cos(phi)*sin(theta), r*sin(phi)) class 3d. Sage: T = SphericalElevation ( 'radius', ) sage: T.
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