Tetrahedron

Tetrahedron by corners P,Q,R,S:

A tetrahedron, defined with the corners P,Q,R and S, we get with a macro from "analytical_g.inc" :
Tetrahedron_by_Corners(P,Q,R,S, Rl, Rp, filled),
where Rl = radius of the edge cylinders, Rp = radius of the corner spheres.
If Rl = 0 or Rp = 0, the according elements were not shown.
If "filled" = 1, the surfaces will be filled by triangles.

Sample:

object{ Tetrahedron_by_Corners(P,Q,R,S, Rl,Rp,0)
        pigment{ color YellowGreen }}
object{ Tetrahedron_by_Corners(P,Q,R,S, 0, 0, 1)
        pigment{ color Green transmit 0.5 }}

Tetraeder by corner points P,Q,R,S
Scene for POV-Ray: ".txt" file or ".pov" file

Tetrahedron by corners with edges
Scene for POV-Ray: ".txt"-Datei oder ".pov"-Datei

Tetrahedron by corners, with edges and filled surfaces
Scene for POV-Ray: ".txt" file or ".pov" file

Tetrahedron defined by start point P and edge V₁,V₂,V₂ :

A tetrahedron with the starting point P and the vectors of the edges V₁,V₂,V₂ we get by a macro from "analytical_g.inc" :
Tetrahedron_by_Edges(P,V1,V2,V3, Rl, Rp, filled),
here Rl = radius of the edges, Rp = radius of the corner spheres,
If the according radii are 0, they are not shown.
filled = 1, for a filled surface.

Sample:

object{Tetrahedron_by_Edges(P,V1,V2,V3,Rl,Rp,0)
        pigment{ color YellowGreen }}
object{Tetrahedron_by_Edges(P,V1,V2,V3,0,0,1)
        pigment{ color Violet transmit 0.5 }

Tetrahedron by start point P and edge vectors V₁,V₂,V₂
Scene for POV-Ray: ".txt" file or ".pov" file

Tetrahedron by start point P and edges V₁,V₂,V₂.
Scene for POV-Ray:
".txt" file or ".pov" file

Tetrahedron by start point P and edgeV ₁,V₂,V₂.
Scene for POV-Ray: ".txt" file or ".pov" file