(pbar-recreate-structure-from-xml "{structure-tag}"
		"{section-tag}"
"<PLANTWISE_STRUCTURE STRUCTURE_NAME=\"{structure-tag}\"
SECTION_NAME=\"{section-tag}\"
DESCRIPTION=\"{description}\"
ROTATION=\"{section-rotation}\"
USE-COLUMNS=\"{true-or-false}\"
	COLUMN-DESIGNATION=\"{member-designation}\"
	COLUMN-ROTATION=\"{column-rotation}\"
USE-BEAMS=\"{true-or-false}\"
	BEAM-DESIGNATION=\"{member-designation}\"
USE-BRACING=\"{true-or-false}\"
	BRACING-DESIGNATION=\"{member-designation}\"
LR-TYPE=\"{spacing-type}\"
	LR-BRACING=\"{bracing-type}\"
	CANTILEVER-LEFT=\"{true-or-false}\"
	CANTILEVER-RIGHT=\"{true-or-false}\"
FB-TYPE=\"{spacing-type}\"
	FB-BRACING=\"{bracing-type}\"
	CANTILEVER-FRONT=\"{true-or-false}\"
	CANTILEVER-BACK=\"{true-or-false}\"
LEVEL-TYPE=\"{level-type}\"
	USE-FLOORS=\"{true-or-false}\"
	FLOORS-ARE-OBSTACLES=\"{true-or-false}\"
	USE-STAIRS=\"{true-or-false}\"
		RISER-HEIGHT=\"{riser-height}\"
		TREAD-LENGTH=\"{tread-length}\"
		STAIR-DIRECTION=\"{stair-direction}\"
	INPUT-FLOOR-DATA=\"{true-or-false}\">
<ORIGIN X=\"{x-ordinate}\" Y=\"{y-ordinate}\"
		Z=\"{z-ordinate}\"></ORIGIN>
<LR-SPACING>
	<SPACING TAG=\"{spacing-number}\"
		DISTANCE=\"{spacing-distance}\"></SPACING>
</LR-SPACING>
<FB-SPACING>
	<SPACING TAG=\"{spacing-number}\"
		DISTANCE=\"{spacing-distance}\"></SPACING>
</FB-SPACING>
<LEVEL-SPACINGS>
	<SPACING TAG=\"{spacing-number}\"
		DISTANCE=\"{spacing-distance}\"></SPACING>
</LEVEL-SPACINGS>
	<SPACING TAG=\"{spacing-number}\"
		DISTANCE=\"{spacing-distance}\"></SPACING>
</PLANTWISE_STRUCTURE>")

where:

{structure-tag} ::= <string>

• The unique name for the structure.

{section-tag} ::= <string>

• The unique name for the section.

{description} ::= <string> | ""

• The optional description of the structure section.
• DESCRIPTION=\"\" will leave the Description field of the Structure Builder empty.
• No description entry will place the text "no description" in the Description field of the Structure Builder.

{section-rotation} ::= <real>

• The angle the structure section is rotated, counter-clockwise, around the originating column.

{true-or-false} ::= T | :NIL

• T indicates that the object in question will be used in the structure section. This attribute setting is used for: use-columns; use-beams; use-bracing; front, back, left, and right cantilevers; use-floors; setting floors as obstacles; and, use-stairs.

{member-designation} ::= <string>

• The designation of the column, beam, and bracing members. The designation must be in the project’s structural-member-properties table.

{spacing-type} ::= :fixed | :variable

• This indicates if the spacing in either the front/back or left/right bays is a set number of fixed distances, or a collection of variable distances.

{bracing-type} ::= K | LLUR | ULLR | X | NONE

• The bracing pattern used in either the front/back or left/right bays.

{level-type} ::= fixed | elevations | heights

• A string value indicating the level type used by the Structure Builder dialog.

{riser-height} ::= <real>

• The height of a step (or between steps) in the stairway. If no value is provided and use-stairs is set to T, the project default value will be used. Project values are covered in Setup Variables .

{tread-height} ::= <real>

• The length (or depth) of a single step in the stairway. If no value is provided and use-stairs is set to T, the project default value will be used. Project values are covered in Setup Variables .

{stair-directions} ::= front | back | left | right

• The side of the structure section that is used to access the stairway.

{x-ordinate} ::= <real>

• The x-ordinate of the origin of the structure section in project main units.

{y-ordinate} ::= <real>

• The y-ordinate of the origin of the structure section in project main units.

{z-ordinate} ::= <real>

• The z-ordinate of the origin of the structure section in project main units.

{spacing-number} ::= <integer>

• The incremental number of the bay from left to right, front to back, or between levels.

{spacing-distance} ::= <real>

• The distance between bay columns or levels in project main units.