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Syntax
ASM arg1 arg2 arg3 arg4 arg5 arg6 arg7 arg8 arg9
Description
Definition of an assembly.
Arguments
Minimum number: 3
arg1
Value |
unit |
Meaning |
number |
INT |
Local number of the assembly for referencing construction plan tasks (PHASE/ASSEMBLIES) or load tracks (LANESET/ASSEMBLIES) |
* |
TEXT |
The assembly is used for all tracks of the track set (LANESET/ASSEMBLIES) or all tasks of the phase (PHASE/ASSEMBLIES). |
name |
TEXT |
Name of the assembly for referencing in graphical views (2D charts) |
guid |
GUID |
ID for local reference in graphical views (2D charts) |
arg2
Value |
unit |
Meaning |
MEMBER |
KEYWORD |
Component with optional restriction of stations and structural units |
TENDON |
KEYWORD |
Cable follows as the next argument |
TGROUP |
KEYWORD |
Cable group follows as the next argument |
PTGROUP |
KEYWORD |
Tension group follows as the next argument |
BFACE |
KEYWORD |
The area of a body is specified with the following arguments. |
arg3
Value |
unit |
Meaning |
name |
TEXT |
Name of the component, cable, cable group or tension group, depending on arg2 |
<varname> |
TEXT |
It is useful to work with variables when using construction plan templates (e.g. prefabricated bridges). The name must be enclosed by "<>". |
* |
TEXT |
In the case of precast beams, the cable groups are clearly assigned to a beam. The program determines the cable groups to be used. |
arg4 (arg2 = MEMBER)
Value |
unit |
Meaning |
UNIT |
KEYWORD |
An undefined type of structural unit in the component follows as the next argument |
LOAD |
KEYWORD |
A LOAD type structural unit follows as the next argument |
BEAM |
KEYWORD |
A BEAM type structural unit follows as the next argument |
ZBEAM |
KEYWORD |
A joist type structural unit follows as the next argument |
NODE |
KEYWORD |
A NODE type structural unit follows as the next argument |
arg4 (arg2 = BFACE)
Value |
unit |
Meaning |
FRONT |
KEYWORD |
Front side of the body |
BACK |
KEYWORD |
Rear side of the body |
LATERAL |
KEYWORD |
Surface of the body |
DOCKPNT |
KEYWORD |
The surface of the body is defined by the docking point on the surface |
arg5 (arg2 = MEMBER)
Value |
unit |
Meaning |
unit |
INT |
Number of the structural unit |
* |
TEXT |
All structural units |
arg5 (arg2 = BFACE)
Value |
unit |
Meaning |
dpname |
TEXT |
Name of docking point |
arg6 (arg2 = MEMBER)
Value |
unit |
Meaning |
SGLOBAL |
KEYWORD |
Global start station in the component follows as the next argument. |
SLOCAL |
KEYWORD |
Local start station in the component follows as the next argument. |
SXTOL |
KEYWORD |
Relative start station in the component follows as the next argument. |
SLOCEND |
KEYWORD |
End-related start station in the component follows as the next argument. |
arg7 (arg2 = MEMBER)
Value |
unit |
Meaning |
sbeg |
STATION or DOUBLE |
Start station, dimension depending on type |
arg8 (arg2 = MEMBER)
Value |
unit |
Meaning |
SGLOBAL |
KEYWORD |
Global end station in the component follows as the next argument. |
SLOCAL |
KEYWORD |
Local end station in the component follows as the next argument. |
SXTOL |
KEYWORD |
Relative end station in the component follows as the next argument. |
SLOCEND |
KEYWORD |
End-related end station in the component follows as the next argument. |
arg9 (arg2 = MEMBER)
Value |
unit |
Meaning |
send |
STATION or DOUBLE |
End station, dimension depending on type |
Scopes
ASSEMBLIES
Examples
ASM * MEMBER "MG-Box" BEAM * SGLOBAL * SGLOBAL *
Definition of an assembly for referencing on the load tracks of the track group. No restriction to a station area or a specific structural unit.
ASM 2 MEMBER "Girder X" BEAM 1 SLOCAL 10.000000 SLOCAL 12.000000
Definition of an assembly for referencing at the load input on component "Girder X", restricted to the station area 10.0 - 12.0.
ASM 5 MEMBER "MG" ZBEAM * SGLOBAL 0.000000 SGLOBAL 12.500000
Definition of an assembly for referencing all joists on the component "MG” between the longitudinal stations 0.0 - 12.5.
ASM "Assembly 1" MEMBER "MG-Box" BEAM 1 SGLOBAL * SGLOBAL *
Definition of an assembly for referencing 2D charts (see XML file) as an abscissa.
ASSEMBLIES BEGIN
ASM 4 BFACE "BoxBody1" BACK
ASM 6 BFACE "BoxBody1" LATERAL
ASM 8 BFACE "BoxBody1" DOCKPNT "P1-1"
ASSEMBLIES END
TASKS BEGIN
#task taskname day1 duration assembly [SKIP] additional args
LOADCASE 2 LOCAL 0 "" "lc=LC-Top1" "SDL=FALSE" "descr="
TASK LOADS 1 LOCAL 0 4 "q=-100.000" "vy=1.000" "descr=Area load in Y"
LOADCASE END
LOADCASE 2 LOCAL 0 "" "lc=LC-Lateral1" "SDL=FALSE" "descr=Load case"
TASK LOADS 1 LOCAL 0 6 "q=-100.000" "vy=1.000" "descr=Area load in Y"
LOADCASE END
LOADCASE 2 LOCAL 0 "" "lc=LC-Top2" "SDL=FALSE" "descr=Load case"
TASK LOADS 1 LOCAL 0 8 "q=-100.000" "vy=1.000" "descr=Area load in Y"
LOADCASE END
TASKS END
Input of 3 assemblies for referencing when entering the LOADS area loads.
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