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Please follow the instructions provided below add to the corresponding load definitions.

1

Navigate to Load Geometry Definitions > Surface > Arbitrary Polygon

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2

Click three-dots icon on Bridge cell and set “Bridge1”.

3

Set the name as P3_foot_sur

Enter Station, Transverse Offset and Rotation data as in the figure for P3_foot_sur (Load Surface Definitions).

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4

Click three-dots icon on “Surface Points” cell and click Edit

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5

Enter Longitudinal & Transverse Distance from Reference Point value as in the figure.

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6

Keep the default data in the Graphics section constant.

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7

To define the geometric surface of all available arbitrary polygon loads in the project, use the parameters provided in the figure.

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...

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
nameCopyPaste
nopaneltrue

1

Navigate to Arbitrary Polygon under Load Geometry Definitions on the tree view.

2

Copy Surface, and Graphics from model inputs and paste into OpenBrIM.

...

Anchor
ModelInputs
ModelInputs

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
namePasteTip
nopaneltrue

Arbitrary Polygon

Surface

Graphics

Code Block
languagexml
P3_foot_sur	Bridge1	23983.1200	25.6000	[[0, 0],[88.80000000000001, 0],[88.80000000000001, 136.8],[0, 136.8]]	10.1200
P2_foot_sur	Bridge1	23895.9930	25.4600	[[0, 0],[88.80000000000001, 0],[88.80000000000001, 136.8],[0, 136.8]]	5.2800
Code Block
languagexml
P3_foot_sur	0.0000	Alignment
P2_foot_sur	0.0000	Alignment

Arbitrary Polygon

Surface Points (spreadsheet) for P3

Surface Points (spreadsheet) for P2

Code Block
languagexml
0.0000	0.0000
7.4000	0.0000
7.4000	11.4000
0.0000	11.4000
Code Block
languagexml
0.0000	0.0000
7.4000	0.0000
7.4000	11.4000
0.0000	11.4000