PRISM_F

PRISM_F is similar to PRISM_. In addition, you can chamfer or round out the upper edges of the prism and define the prism's overall thickness and the material, height and angle for the chamfered rsp. rounded part.

Syntax

PRISM_F top_material, bottom_material, side_material, hill_material,
n, thickness, angle, hill_height,
x1, y1, s1, ... xn, yn, sn

Parameters

top_material (string/integer): name/index of top surface

bottom_material (string/integer): name/index of bottom surface

side_material (string/integer): name/index of side surfaces

hill_material (string/integer): name/index of the side material for the chamfered part

n (integer, ³ 3): number of nodes

thickness (decimal): overall height of prism and chamfered parts along Z axis

angle (decimal, 0 £ angle < 90): inclination of chamfered edges, in degrees

If angle = 0, the chamfered edges seen from an orthogonal view form a quarter circle with the current resolution.

hill_height (decimal, < thickness): height of chamfered edges along Z axis

x(n) (decimal): X coordinate of node n

y(n) (decimal): Y coordinate of node n

s(n) (integer): status code of node n. si allows you to define holes and create segments and arcs in the polyline using special constraints.

Remarks

Only top_material is used for the whole solid.

Note that the thickness parameter represents the whole height of the PRISM_F; hill_height defines the height of the chamfered rsp. rounded part only.

Usable since script version 1.1 (Allplan 2012-1).