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Syntax
PLACEMENT arg1 arg2 arg3
Description
A placement describes the connection and position of the Allplan object or defines any equipment object. In addition, certain parameters can be varied.
Arguments
Minimum quantity: 2(1)
arg1
Value |
Dimension |
Meaning |
name |
TEXT |
Placement name (not necessarily the name of the Allplan object) |
END |
KEYWORD |
Scope will be closed. |
arg2
Value |
Dimension |
Meaning |
BEGIN |
KEYWORD |
Scope will be opened. |
PYTHONPART |
KEYWORD |
Reference to an Allplan Python-Part (se Python part at cross section) |
ALLPLANMACRO |
KEYWORD |
Reference to an Allplan macro (se Allplan macro at cross section) |
TRAVELER |
KEYWORD |
Traveler for cantilever bridges |
CASTINGBED |
KEYWORD |
Stressing bed for the production of prefabricated beams |
arg3
Value |
Dimension |
Meaning |
BEGIN |
KEYWORD |
Scope will be opened (arg2 != BEGIN) |
Scopes
PLACEMENTS
Examples
PLACEMENT "bearingL" PYTHONPART BEGIN
TEXT ""
ALLPLANNAME "bearing"
VARS BEGIN
VAR "Height" 0.00000 SLENGTH ""
VARS END
PLACEMENT END
Python part "bearing" is positioned by placement "bearingL" . The height of the object is adjusted by using variable "Height" .
PLACEMENT "lampL" ALLPLANMACRO BEGIN
TEXT ""
ALLPLANNAME "lamp"
VARS BEGIN
VARS END
PLACEMENT END
Allplan macro "lamp" is positioned by placement "lampL" .
PLACEMENT "traveler" TRAVELER BEGIN
VARS BEGIN
VAR "F_t" 1000.00000 FORCE "Weight Traveler"
VAR "e0" 0.45000 SLENGTH "Distance to force F_t"
VAR "e1" 0.25000 SLENGTH "Distance 1"
VAR "e2" 1.25000 SLENGTH "Distance 2"
VAR "e3" 3.55000 SLENGTH "Distance to force F_s"
VAR "width_t" 5.00000 SLENGTH "Traveler width"
VARS END
PLACEMENT END
Each traveler has 6 predefined variables needed for its positioning in the construction (see Travelers).
PLACEMENT “StressBed1" CASTINGBED BEGIN
VARS BEGIN
VARDBL "lcast" 24 LSTRUCTD "Casting bed length"
VARINT "release" 2 NONE "Type of release (0-UNDEFINED|1-GRADUELLY|2-INSTANTLY)"
VARINT "tloss" 1 NONE "Temperature loss (0-STANDARD|1-USER)"
VARINT "isdloss" 0 NONE "1-Loss due to deformation"
VARDBL "dloss" 1 LSMALL "Loss due to defomation of stressing bed (shortening)"
VARTXT "tcycle" "HeatTable1" NONE "Temperature diagram"
VARDBL "Tmax" 80 TEMP ""
VARDBL "T0" 20 TEMP ""
VARDBL "Tfac" 0.5 TEMP ""
VARS END
PLACEMENT END
Each stressing bed currently has the variables specified above, which are used for modelling the manufacturing process.
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