OptionalwidthFirstWing: numberOptionallengthFirstWing: numberOptionalterraceWidth: numberOptionalwidthSecondWing: numberOptionallengthSecondWing: numberOptionalheightWalls: numberOptionalroofAngleFirstWing: numberOptionalroofAngleSecondWing: numberOptionalroofOffset: numberOptionalroofInsideOverhang: numberOptionalroofMaxDistAttachmentBeams: numberOptionalroofAttachmentBeamWidth: numberOptionalroofAttachmentBeamHeight: numberOptionalroofOutsideOverhang: numberOptionalcolumnSize: numberOptionalceilingBeamHeight: numberOptionalceilingBeamWidth: numberOptionalnrCeilingBeamsBetweenColumns: numberOptionaldistBetweenColumns: numberOptionalfloorHeight: numberOptionalgroundLevel: numberOptionalfacadePanelThickness: numberOptionalwindowWidthOffset: numberOptionalwindowHeightOffset: numberOptionalwindowFrameThickness: numberOptionalwindowGlassFrameThickness: numberOptionallod: lodEnumOptionalskinOpacity: numberOptionalrotation: numberOptionalorigin: Bit.Inputs.Base.Point3Width of the first wing, along Z, in model units.
Length of the first wing from the inner corner of the L, along X, in model units.
Width of the terrace corner in the inside of the L, in model units.
Width of the second wing, along X, in model units.
Length of the second wing from the inner corner of the L, along Z, in model units.
Height of the walls from the floor to the ceiling, in model units.
Slope of the first wing's single-slope roof, in degrees.
Slope of the second wing's single-slope roof, in degrees.
Extra height between the top of the ceiling beams and where the roof starts, in model units.
How far the roofs reach past the walls on the inside of the L, where the terrace is, in model units.
Largest spacing of the attachment beams that run across the roof slope, in model units. The beams are spread evenly at this spacing or less.
Width of the roof attachment beams, in model units.
Height of the roof attachment beams, in model units. It also adds to the height of the roof covers.
How far the roofs reach past the walls on the outside of the L, in model units.
Side of the square columns, in model units. It also sets the wall depth and the band above the walls.
Height of the ceiling beams, in model units. It also sets the height of the main roof beams.
Width of the ceiling beams, in model units.
Number of ceiling beams in each column spacing.
Spacing of the columns along the walls, in model units. Each wall section between two columns gets one window.
Thickness of the floor slabs, in model units.
Height of the floor above the ground, in model units. The columns and facade panels reach down to the ground, and the entrance stairs climb this height.
Thickness of the facade panels, in model units.
Margin on each side of a window inside its wall section, in model units, added to half a column.
How much shorter each window is than its wall section at the top, in model units, added to the column size.
Width of the outer window frames, in model units.
Width of the frames around the glass, in model units.
How much of the house is built: high builds every part with columns and beams, middle leaves the columns and beams out, and low builds only outlines and lines.
Opacity of the glass, panels, roof covers, floors and ceilings when the house is drawn at high detail. 1 is opaque.
Turn of the house around the vertical Y axis through its inner corner, in degrees.
Point the inner corner of the L, at floor level, is moved to.
Parameters of
things.architecture.houses.zenHideout.create. The wing and wall sizes lay out the L-shaped plan, the roof, column, beam, floor and window values shape the parts,lodandskinOpacityset detail and look, androtationandoriginplace the house.