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#REDIRECT [[SMS:Particle Module Display Options]]

#REDIRECT [[SMS:Particle Grid Dataset Bin Elevations]]

#REDIRECT [[SMS:Particle Grid Dataset Bin Elevations]]

#redirect [[SMS:Particle Module Compute Grid Datasets]]

#REDIRECT [[SMS:Particle Grid Dataset Bin Elevations]]

#redirect [[SMS:Particle Module Compute Grid Datasets]]

#REDIRECT [[SMS:Particle Grid Dataset Bin Elevations]]

...age:Particle Display.png|thumb|500 px|''Display Options'' dialog showing ''Particle'' options]] ...king data that SMS displays on the screen can be controlled through the ''Particle'' tab of the ''Display Options'' dialog. This dialog is opened by selectin

...e compute grid dataset bin elevations dialog is accessed through the [[SMS:Particle Module Compute Grid Datasets|''Compute grid datasets'' dialog]]. The bin el [[File:SMS-Particle_grid_data_set_bin_elevations_101_datum.png|400 px]]

...particles based upon different criteria. The filters act exclusively upon particle datasets. Multiple filters can be used together to filter multiple datasets * Selectable particles (hence selected particle info)

...en switching to a different module. Activating a module only changes the [[SMS:Dynamic Tools|Dynamic Toolbar]] and available menu commands. {{SMS Module Selection|Heading===Module Selection==}}

{{SMS Deprecated Feature}} ...dging alternative. Multiple simulations can exist at the same time within SMS to allow for the evaluation of different alternatives.

[[File:PTMcomputeGriddatasets.png|thumb|450 px|The ''Particle Module Compute Grid Datasets'' dialog]] ...dialog is accessed through the [[SMS:Particle Module#Particle Module Menus|particle module ''Data'' menu]]. This dialog is also used to compute datasets on fe

...t something that is desirable like for a specific model. The head of each particle can be from one (1) to six (6) pixels in size. The maximum tail length is ==Particle Report==

{{SMS_at_a_glance_layout|Heading===Layout==|Link=[[SMS:Layout|More Info...]]}} {{SMS_at_a_glance_modules|Heading===Modules==|Link=[[SMS:Modules|More Info...]]}}

...re simulated as massless objects or "drogues" floating in the flow field. SMS computes the paths these particles would follow when driven by the currents ...age must be defined before selecting the drogue option when setting up a [[SMS:Film Loop General Options|film loop]].

* ''Decay Ratio'' – This defines how quickly the particle’s tail decays and should be a value between zero (0.0) and one (1.0). A * ''Average particle speed'' – This provides a means of magnifying or reducing the activ

[[File:SMSMenus.png|thumb|550 px|Example of menus in SMS]] * [[SMS:SMS Menus|SMS Menus]]

*[[SMS:Cartesian Grid Data Menu|SMS Cartesian Grid Module Data Menu]] *[[SMS:1D Grid Module|SMS 1D Grid Module Data Menu]]

...Particle Module Compute Grid Datasets]] article describes how to represent particle data on a rectilinear grid. The computations include things such as count, ...MS will build a 3D mesh and datasets for each of the selected 3D datasets. SMS will also turn on the option to display fences (found in the display option

|title=SMS User Manual 9.2, Volume 2 == SMS User Manual 11.2, Volume 2 ==

[[SMS:SMS|SMS]] is organized into modules. Each module is associated with a particular o <!--[[Image:SMS 3D Cartesian Grid Module Icon.png]] '''3D Cartesian Grid'''. Contains tools

The dynamic tools in SMS creates unique menus for most of the modules. The commands in these menus c | ''O'' || || [[SMS:Map Feature Objects Menu|''Feature Objects'' menu]]

{{SMS Infobox Model | |model_type= Lagrangian particle tracker designed to allow simulating particle transport processes.

...put data is visualized using a PTM Gage plot type in the plot wizard for [[SMS:Plot Window|2D plots]]. * [[SMS:PTM#PTM_Coverages|PTM Coverages]]

[[File:SMSMenus.png|thumb|550 px|Example of menus in SMS]] Menu commands in SMS are accessed through one of two ways. The first is through the menus locate

...ect Explorer]] and the [[SMS:Graphics Window|Graphics Window]] below the [[SMS:Static Tools|Static Tools]]. ...s necessary to first select objects before issuing many of the commands in SMS. For example, to delete a node, the node must be be selected and then the '

* [[SMS:1D Hyd Centerline Coverage|1D Hyd Centerline Coverage]] &ndash; Used to ide * [[SMS:1D Hyd Cross Section Coverage|1D Hyd Cross Section Coverage]] &ndash; Used

...ype coverage can be used to create either [[SMS:PTM_Sources|sources]] or [[SMS:PTM Traps|traps]]. ...' &ndash; This is the speed of descent of the particles. The shape of the particle influences this quantity. Entering a value of -1 tells PTM to compute this

The [[SMS:PTM|PTM]] native sediment file contains the grain size information for the ...'Create input file(s) from data...''' button on the ''Files'' tab of the [[SMS:PTM_Model_Control|''PTM model control'']]. This will open the ''Create PTM

Drogue files contain particle/path data. Drogue plots are generated by the ADCIRC model. Drogue files are opened through ''File'' | '''Open''' but are not saved from SMS.

{{SMS Deprecated Feature}} ...T" stands for "Sediment Transport". That functionality is supported in the SMS interface for the model. Shortly after the capability was added to the num

...control file]], which contains general simulation options. Refer to the [[SMS:PTM#External Links|PTM manual]] for a more detailed description of how thes ...log is not enabled, the corresponding keyword will not be written to the [[SMS:PTM Control File|program control file]]. Controls on the dialog are disabl

...been specified (this can be done by linking to an existing *.trap file or SMS will create this file from a PTM coverage containing trap objects. STEP DATE TIME PARTICLE TRAP

Animations in SMS provide a powerful tool for visualizing solution data. * [[SMS:Film Loop General Options|General Options]]

The various [[SMS:Bridge Scour|bridge scour]] computations use the following extraction metho ...e specified, SMS extrapolates the data to determine the D50, D84, and D90. SMS exports these values to Hydraulic Toolbox.

{{SMS Deprecated Feature}} ...atasets'' dialog is obsolete as of SMS 10.1. It has been replaced by the [[SMS:Dataset Toolbox|''Dataset Toolbox'']].

A [[SMS:PTM|PTM]] trap file defines areas into which parcels enter and are counted. If the keyword :LAST_STEP_TRAP is included in the [[SMS:PTM Control File|Program Control File (PCF File)]], the traps will only be

{{SMS Deprecated Feature}} ...l'' dialog has been combined with the ''CMS-Flow Model Control'' dialog in SMS 11.0 and later.

|title=SMS User Manual (v12.1) == SMS User Manual (v12.1) ==

...SMS:GenCade|GenCade]], [[SMS:SRH-2D|SRH-2D]], [[SMS:STWAVE|STWAVE]], and [[SMS:TUFLOW|TUFLOW]]. ====Introduction to SMS====

Icons in current use in SMS. ...lbar|File]] toolbar, [[SMS:Macros#Display_Toolbar|Display]] toolbar, and [[SMS:Macros#Optional_Macros_Toolbar|Optional Macros]] toolbar.

...not display correctly when run under Windows Vista. This has been fixed in SMS 10.0.</div> ...on, AutoCAD files are displayed in 3D rather than 2D background data as in SMS 9.2.</div>

''Display Options'' in SMS refers to the control of what entities are displayed, and how (color and st * Right-clicking on any module folder in the [[SMS:Project_Explorer|Project Explorer]] and selecting the '''Display Options'''

{{SMS Deprecated Feature}} ...transport parameters are set on a boundary condition coverage using the [[SMS:SRH-2D_Coverages#BC_Types|''BC Types Parameters'']] dialog. Use the "Mobile

The following [[SMS:Project Explorer|Project Explorer]] right-click menus are available based o Right-clicking in the white space of the [[SMS:Project Explorer|Project Explorer]] invokes an options menu with the follow

SRH-2D sediment transport parameters are set in the [[SMS:SRH-2D Model Control|''SRH-2D Model Control'']] dialog on the ''Sediment'' ==Particle Diameter Threshold==

The SMS interface to [[SMS:PTM|PTM]] includes tools for creating input files as well as post-processin The following menu commands are available in the [[SMS:PTM|''PTM'']] Menu:

...y other software in their native format. The files that can be imported to SMS are shown in the tables below. Each file type is identified by the file ext ...via the [[SMS:File_Import_Wizard|''File Import Wizard'']]. Refer to the [[SMS:File_Import_Wizard|File Import Wizard]] article for more information.

...r datasets and a list of vector datasets. Each of the following objects in SMS can have both scalar a vector datasets: *[[SMS:Scatter Module|Scattered Datasets]]