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Syntax
TENDON arg1 arg2 arg3
Description
A prestress tendon is created.
Arguments
Minimum quantity: 2(1)
arg1
Value |
Dimension |
Meaning |
name |
TEXT |
Name of the tendon |
END |
KEYWORD |
Scope will be closed. |
arg2
Value |
Dimension |
Meaning |
BEGIN |
KEYWORD |
Scope will be opened. |
arg3 (arg2 = BEGIN)
Value |
Dimension |
Meaning |
ADD |
KEYWORD |
The content of the scope will be added to. |
CLEAR |
KEYWORD |
The content is deleted before the scope is imported. |
Scopes
TGROUP
Examples
TENDON "Tendon 1" BEGIN
TEXT ""
PROPERTY SNUMBER 201
PROPERTY STRAIGHTB 1.000
PROPERTY STRAIGHTE 1.000
POINTS BEGIN
TPOINT 1 CGRID "MG-Box" s001 FRONT "Grid2(1:2)" INT
#TPOINT 2 CALC "" "" FRONT "" INT
TPOINT 3 CGRID "MG-Box" s002 FRONT "Grid2(1:2)" INT
TPOINT 4 CGRID "MG-Box" s003 FRONT "Grid2(1:2)" INT
TPOINT 5 CGRID "MG-Box" s004 FRONT "Grid2(1:2)" INT
TPOINT 6 CGRID "MG-Box" s005 FRONT "Grid2(1:2)" INT
TPOINT 7 CGRID "MG-Box" s006 FRONT "Grid2(1:2)" INT
TPOINT 8 CGRID "MG-Box" s007 FRONT "Grid2(1:2)" INT
TPOINT 9 CGRID "MG-Box" s008 FRONT "Grid2(1:2)" INT
TPOINT 10 CGRID "MG-Box" s009 FRONT "Grid2(1:2)" INT
TPOINT 11 CGRID "MG-Box" s010 FRONT "Grid2(1:2)" INT
TPOINT 12 CGRID "MG-Box" s011 FRONT "Grid2(1:2)" INT
TPOINT 13 CGRID "MG-Box" s012 FRONT "Grid2(1:2)" INT
TPOINT 14 CGRID "MG-Box" s013 FRONT "Grid2(1:2)" INT
#TPOINT 15 CALC "" "" FRONT "" INT
TPOINT 16 CGRID "MG-Box" s014 BACK "Grid2(1:2)" INT
TPOINT 1 SPLINE POS1 0.000 POS2 0.000
#TPOINT 2 SPLINE
TPOINT 3 SPLINE POS1 0.000 POS2 0.000
TPOINT 4 SPLINE POS1 0.000 POS2 0.000
TPOINT 5 SPLINE POS1 0.000 POS2 0.000
TPOINT 6 SPLINE POS1 0.000 POS2 0.000
TPOINT 7 SPLINE POS1 0.000 POS2 0.000
TPOINT 8 SPLINE POS1 0.000 POS2 0.000
TPOINT 9 SPLINE POS1 0.000 POS2 0.000
TPOINT 10 SPLINE POS1 0.000 POS2 0.000
TPOINT 11 SPLINE POS1 0.000 POS2 0.000
TPOINT 12 SPLINE POS1 0.000 POS2 0.000
TPOINT 13 SPLINE POS1 0.000 POS2 0.000
TPOINT 14 SPLINE POS1 0.000 POS2 0.000
#TPOINT 15 SPLINE
TPOINT 16 SPLINE POS1 0.000 POS2 0.000
POINTS END
TENDON END
The tendon "Tendon 1" is defined. Its geometry contains 16 defined points with corresponding constraints. The start and end of the cable are specified as straight line segments of length 1.0. This calculates the point 2 and 15 and outputs them here as comment lines. The analysis model requires a tendon number specified as 201.
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