SOLID_WALL_X2

SOLID_WALL_X2 uses the same data structure as SOLID_WALL_B. In addition, you can define more parameters, e.g. for materials.

Syntax

SOLID_WALL_X2 left_material, right_material, vertical_material,horizontal_material,
height, x1, x2, x3, x4,
y1, y2, y3, y4,
t, radius,
log_height, log_offset,
mask1, mask2, mask3, mask4,
n,
x_start1, y_low1, x_end1, y_high1,
sill_depth1, frame_shown1,
...
x_startn, y_lown, x_endn, y_highn,
sill_depthn, frame_shownn,
m,
a1, b1, c1, d1,
...
am, bm, cm, dm,
status

Parameters

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

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

vertical_material (string/integer): name/index of vertical surfaces (not supported)

horizontal_material (string/integer): name/index of horizontal surfaces (not supported)

height (decimal): height of wall from its bottom (in Z direction)

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

y1, y2, y3, y4 (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.

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.

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