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Syntax
RIGID arg1 arg2 arg3 arg4 arg5 arg6 arg7 arg8 arg9
Description
Entry of the rigid connection between 2 structure nodes (1:1), whereby the target node (part 1 of the definition) receives the node number of the reference node (part 2 of the definition, see "TO").
Arguments
Minimum number: 4
arg1
Value |
unit |
Meaning |
name |
TEXT |
Station-defined component (destination) |
arg2
Value |
unit |
Meaning |
sname |
TEXT |
Name of station point (destination) |
FRONT |
KEYWORD |
Last station of the component |
BACK |
KEYWORD |
First station of the component |
CLEAR |
KEYWORD |
Existing connections are deleted. There are no further arguments. The program searches for all connections of the same type and with the specified component name name in the first argument and deletes them. |
arg3 (arg2 = sname)
Value |
unit |
Meaning |
FRONT |
KEYWORD |
Front of the station |
BACK |
KEYWORD |
Back of the station |
arg3 or arg4
Value |
unit |
Meaning |
unit |
INT |
Number of the structural part that represents the node (destination); may be missing if there is only one structural part |
"L" |
TEXT |
Left-hand spring node in case of an abutment |
"R" |
TEXT |
Right-hand spring node in case of an abutment |
arg4 or arg5
Value |
unit |
Meaning |
TO |
KEYWORD |
The following are the arguments that define the reference node |
arg("TO")+1
Value |
unit |
Meaning |
rname |
TEXT |
Station-defined component (reference); if a geometric position and a single structural part are available at the reference station, no further entries are required. |
arg("TO")+2
Value |
unit |
Meaning |
rsname |
TEXT |
Name of station point (reference) |
FRONT |
KEYWORD |
Last station of the component |
BACK |
KEYWORD |
First station of the component |
arg("TO")+3 (arg("TO")+2 = FRONT or arg2("TO")+2 = BACK)
Value |
unit |
Meaning |
FRONT |
KEYWORD |
Front of the station |
BACK |
KEYWORD |
Back of the station |
arg("TO")+3 or arg("TO")+4
Value |
unit |
Meaning |
unit |
INT |
Number of the structural part that represents the node (reference); may be missing if there is only one structural part |
Scopes
CONNECTIONS
Examples
RIGID "Pier1" FRONT TO "MG-Box"
The upper side of column "Pier1" is connected to the "MG-Box" main beam. This utilizes the geometric positioning of the column on the main beam. The program uses the known geometric position to determine the structure node.
RIGID "Abut1" FRONT "L" TO "MG-Box"
RIGID "Abut1" FRONT "R" TO "MG-Box"
The left and right-hand springs on the "Abut1" abutment are connected to the "MG-Box" main beam. This utilizes the geometric positioning of the abutment on the main beam. The program uses the known geometric position to determine the structure node.
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