Difference between revisions of "Surface types"

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(Planes)
(Planes)
Line 13: Line 13:
 
| <tt>py</tt>
 
| <tt>py</tt>
 
| ''x<sub>0</sub>''
 
| ''x<sub>0</sub>''
| <math>S(x,y,z) = x - x_0</math>
+
| <math>S(x) = x - x_0</math>
 
| Plane perpendicular to x-axis at ''x = x<sub>0</sub>''
 
| Plane perpendicular to x-axis at ''x = x<sub>0</sub>''
 
|-   
 
|-   
 
| <tt>pz</tt>
 
| <tt>pz</tt>
 
| ''y<sub>0</sub>''
 
| ''y<sub>0</sub>''
|
+
| <math>S(y) = y - y_0</math>
 
| Plane perpendicular to z-axis at ''y = y<sub>0</sub>''
 
| Plane perpendicular to z-axis at ''y = y<sub>0</sub>''
 
|-
 
|-
 
| <tt>px</tt>
 
| <tt>px</tt>
 
| ''z<sub>0</sub>''
 
| ''z<sub>0</sub>''
|
+
| <math>S(z) = z - z_0</math>
 
| Plane perpendicular to z-axis at ''z = z<sub>0</sub>''
 
| Plane perpendicular to z-axis at ''z = z<sub>0</sub>''
 
|-
 
|-
-
 
 
| <tt>plane</tt>
 
| <tt>plane</tt>
 
| ''A, B, C, D''
 
| ''A, B, C, D''

Revision as of 11:22, 23 February 2016

Elementary surfaces

Planes

Surface name Parameters Surface equation Description
py x0 S(x) = x - x_0 Plane perpendicular to x-axis at x = x0
pz y0 S(y) = y - y_0 Plane perpendicular to z-axis at y = y0
px z0 S(z) = z - z_0 Plane perpendicular to z-axis at z = z0
plane A, B, C, D General plane

Cylinders

Derived surface types

Prisms