BuildingTcl -- addLoad: Difference between revisions

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==Arguments ==
==Arguments ==


*'''$LoadLabel''': Unique Load Label for reference
;$LoadLabel
:Unique Load Label for reference
;$LoadTypeLabel
:Specifies which LoadType is being used.
;$RequiredArgument1Label $RequiredArgument1Value ...
:Labels and corresponding values for LoadModel-specific required argument.
;$InputArgument1Label $InputArgument1Value …
:Labels and corresponding values for LoadModel-specific Input Arguments (Optional)


*'''$LoadTypeLabel''': Specifies which LoadType is being used.


*'''$RequiredArgument1Label $RequiredArgument1Value ...''' :Labels and corresponding values for LoadModel-specific required argument.
==Notes ==
 
The addLoad command must be placed at the end of each Load-data definition, as it takes all data defined since the last addLoad command and define the Load.
 


*'''$InputArgument1Label $InputArgument1Value …''' : Labels and corresponding values for LoadModel-specific Input Arguments (Optional)


==Options ==


==Notes ==
==Default Loads ==
BuildingTcl comes with a set of pre-loaded Default Loads.
It is recommended that the user modify these pre-loaded AnalysisModela and save them under a new name.
The library of loads is not complete with the default Loads alone, though, since no default can be created for a file-input ground motion.


The addLoad command must be placed at the end of each Load-data definition, as it takes all data defined since the last addLoad command and define the Load.
The following Loads are available:
;DefaultGravity
:Unscaled gravity load
;DefaultPushover
:Pushover in the X direction to a maximum displacement of 1.0
;DefaultUniformSine
:Uniform ground-motion input sine wave in X direction, with acceleration amplitude of 1.0, Period of 1.0, duration of 1.0






==Options ==
== Examples ==
*[[BuildingTcl -- addLoad Examples -- Static Lateral Loads]]
*[[BuildingTcl -- addLoad Examples -- Dynamic Lateral Loads]]





Latest revision as of 02:04, 29 December 2009

Commands

addLoadData LoadLabel $LoadLabel
addLoadData LoadTypeLabel $LoadTypeLabel
addLoadData $RequiredArgument1Label $RequiredArgument1Value
addLoadData $RequiredArgument2Label $RequiredArgument2Value
<addLoadData $InputArgument1Label $InputArgument1Value>
<addLoadData $InputArgument2Label $InputArgument2Value>
addLoad


Different LoadTypes have different input arguments:

Arguments

$LoadLabel
Unique Load Label for reference
$LoadTypeLabel
Specifies which LoadType is being used.
$RequiredArgument1Label $RequiredArgument1Value ...
Labels and corresponding values for LoadModel-specific required argument.
$InputArgument1Label $InputArgument1Value …
Labels and corresponding values for LoadModel-specific Input Arguments (Optional)


Notes

The addLoad command must be placed at the end of each Load-data definition, as it takes all data defined since the last addLoad command and define the Load.


Options

Default Loads

BuildingTcl comes with a set of pre-loaded Default Loads. It is recommended that the user modify these pre-loaded AnalysisModela and save them under a new name. The library of loads is not complete with the default Loads alone, though, since no default can be created for a file-input ground motion.

The following Loads are available:

DefaultGravity
Unscaled gravity load
DefaultPushover
Pushover in the X direction to a maximum displacement of 1.0
DefaultUniformSine
Uniform ground-motion input sine wave in X direction, with acceleration amplitude of 1.0, Period of 1.0, duration of 1.0


Examples




BuildingTcl -- addLoadCombination

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