SOLID_WALL_B

SOLID_WALL_B creates curved walls and uses the same data structure as SOLID_WALL_. In addition, you can define a radius.

Syntax

SOLID_WALL_B left_material, right_material, side_material,
height, x1, x2, x3, x4, t, radius
mask1, mask2, mask3, mask4,
n,
x_start1, y_low1, x_end1, y_high1, frame_shown1,
...
x_startn, y_lown, x_endn, y_highn, frame_shownn,
m,
a1, b1, c1, d1,
...
am, bm, cm, dm

Parameters

left_material (string/integer): name/index of left surface

right_material (string/integer): name/index of right surface

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

height (decimal): height of wall from it's bottom (in Z direction)

x1, x2, x3, x4 (decimal): wall's end points projected on XY plane

t (decimal): width of wall (in Y direction)

With positive values the wall extrudes to the right of the X axis,
with negative values the wall extrudes to the left of the X axis.
If t=0, the wall is shown as a polygon, and frames are drawn around the openings.

radius (decimal): radius for curve (cylinder tangential to XZ plane)

Edges in X direction become arcs, edges in Y direction are radial, vertical edges are vertical.

n (integer, ³ 0): number of openings in the wall

x_starti, y_lowi, x_endi, y_highi (decimal): coordinates of wall's opening

m (integer, ³ 0): number of cutting planes

ai, bi, ci, di (decimal): coefficients of the equation defining the cutting plane [ai*x + bi*y + ci*z = di]

Parts on the positive side of the cutting plane will be cut and removed.

Remarks

left_material is used for the whole wall.

The wall's curve consists of segments. Their number is defined by the actual resolution (cf. RADIUS, RESOL and RISE).

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