It is possible to run sift from the command line, this offers several advantages:
To start sift in command line mode, open a command line console, navigate to Sift's install directory and run sift with any argument that starts with a single dash (-) if you do not want to run any commands as Sift is launched you can instead pass -NoGUI
If at any point you need help remembering a command or its parameters you can use the help function. Enter the command -Help to receive a list of all available commands within the command line:
This will display the commands default name and any aliases separated by |'s, below each will be a brief description of the command as well as a list of all it's parameters
From here, if you want some more information about a specific command and its parameters you can enter the command of interest and pass it the help parameter, this will give a more detailed description of the command and its parameters:
This will display the command name and any accepted aliases, and below that a list of all parameters complete with a description and some more details about the parameter:
Search the provided directory and all sub directories for .cmz files and load them into the library
directory (DEFAULT) (REQUIRED)
A path to the root directory to be searched recursively for .cmzs
libQuery
The query used to refine the files loaded into the library
libSubjTags
A list of subject tags that must be included within the .cmzs
-LoadLib "C:\Library Location\Data" libQuery "RUN AND NOT(OLD)" libSubjTags "RUN"
Load and calculate a predifined query
file (DEFAULT) (REQUIRED)
Path to the .q3d containing query definitions
-LoadQuery file "C:\Data\query.q3d"
Save the current project
file (DEFAULT) (REQUIRED)
The path and name of the file
-SaveProject file "C:\Project Files\test_project.i3d"
Load a previously saved project
file (DEFAULT) (REQUIRED)
The path and name of project to be loaded
loadLib
If passed the library associated with the file will be loaded
-LoadProject "C:\Saved Projects\test_project.i3d" loadLib
Clear and create a new project workspace (All unsaved progress will be lost)
-ClearProject
Run Principal Compnent Analysis on selected groups / workspaces
name (DEFAULT) (REQUIRED)
The name of the PCA
numPCs
The number of principal components calculated
workspaceMean
If passed run PCA on workspace mean instead of individual traces
-RunPCA name "Sample_PCA" numPCs "4" workspaceMean
Run Local Outlier Factor on currently active PCA
autoExclude
If passed any outliers found will be excluded automatically
grouping
How should data be grouped before looking for outliers
manualThreshold
The threshold to consider when searching for outliers
numNeighbors
How many neighbors should each point be compared to
numPasses
How many iterations of the test should be run
numPCs
How many principal components should the test be run on
PCsVariance
Determine the numbe of PCs by variance explained
scaleToVariability
Scale all calculated values to the variavility explained by the PC
-RunLOF grouping "combined group" numPasses "2" numNeighbors "7" autoExclude
Run K-Means clustering on currently actve PCA
clusters
How many clusters generated
customSeed
Provide a seed for the random first centroid (produces repeatable results)
grouping
How should data be grouped before being clustered
iterations
How many iterations of the test should be run
numPCs
The number of principal components to run the test on
PCsVariance
Determine the number of PCs by variance explained
scaleToVariability
Scale all calculated values to the variability explained by the PC
-RunKMeans clusters "4" scaleToVariability
Run Squared Prediction Error on the currently active PCA
alphaValue
The alpha threshold used to determine outliers
autoExclude
If passed any outliers found will be exclude automatically
numPCs
The number of principal components to run the test on
PCsVariance
scale calculated values to variability explained
-RunSPE alphaValue "0.005" PCsVariance "80.0"
Run Mahalanobis Distance test on the currently active PCA
alphaValue
The alpha threshold used to determine outliers
autoExclude
If passed any outliers found will be excluded automatically
grouping
How should data be grouped before running
numPasses
How many iterations of the test should be run
numPCs
The number of principal components to run the test on
PCsVariance
Determing the number of PCs by variance explained instead of number
scaleToVariance
scale calculated values to variability explained
-RunMah grouping "group" alphaValue "0.5" autoExclude
Run pipelines via the Visual3D engine
exportLog
If passed a processing log will be exported to the file path provided
onLib
If passed the scripts will be run on the loaded library
script (DEFAULT) (REQUIRED)
A path to the script file, multiple scripts can be passed by repeating the parameter (Scripts are executed in the order passed)
-RunV3D script "C:\Scripts\v3d_script.v3s" exportLog "C:\Scripts\v3d_script_export.txt"
Run a single V3D pipeline command (Can be used multiple times to execute multiple commands
command (DEFAULT) (REQUIRED)
The pipeline command executed
-RunV3DCommand command "Set_Default_Folders / DEFAULT_DATA = C:\Users\Shane Granger\Desktop\Intro_Project\SPL - Open - Data - main\basketball\freethrowdata; "
Set a global variable within the V3D Engine to the passed path
path (DEFAULT) (REQUIRED)
The path to set
-DirPath path "C:\Work Directory\Data"
Set the location the engine will look for plugins e.g Meta-Commands
folderPath (DEFAULT) (REQUIRED)
The path to the engine plugins folder
-SetEnginePluginsFolder folderPath "C:\Engine Resources"
Register time series data to allign certain landmarks / events
eventSequence
Register by events
localMax
Register by local maximum
localMaxLower
The lower bounds of the local max
localMaxUpper
The upper bounds of the local max
localMin
Register by local minimum
localMinLower
The lower bounds of the local minimum
localMinUpper
The upper bounds of the local minimum
max
Register by maximum
min
Register by minimum
name (DEFAULT) (REQUIRED)
The name for the new group created
-RegisterCurves name "Knee Angle X Reg" max min
Create a General Linear Model using the selected groups / workspaces
grouping
The grouping used for the model
name (DEFAULT) (REQUIRED)
The name of the GLM
test
The intended test type for the model
workspaceMeans
If passed use workspace means, instead of the individual traces
-CreateGLM name "GLM_ONE" test "one_sample" grouping "group" workspaceMeans
Run Statistical Parameteric Mapping One-Sample T-Test
alpha (REQUIRED)
The alpha value to threshold with
glm (REQUIRED)
The name of the GLM to use when creating the SPM
group (REQUIRED)
The name of the group to test
name (REQUIRED)
The name of the SPM being created
twoTailed
If two-tailed inference (as opposed to one-tailed)
-RunSPM1TTest name "SPM_1_Test" glm "GLM_ONE" alpha "0.7" group "AnkleAngleX"
Run Statistical Parameteric Mapping Two-Sample T-Test
alpha (REQUIRED)
The alpha value to threshold with
glm (REQUIRED)
The name of the GLM to use when creating the SPM
group1 (REQUIRED)
The name of the first group to test
group2 (REQUIRED)
The name of the second group to test
name (REQUIRED)
The name of the SPM being created
twoTailed
If two-tailed inference (as opposed to one-tailed)
-RunSPM2TTest name "spm_two_sample" glm "GLM_TWO" group1 "KneeAngleX" group2 "HipAngleX"
Run Statistical Parameteric Mapping Paired T-Test
alpha (REQUIRED)
The alpha value to threshold with
glm (REQUIRED)
The name of the GLM to use when creating the SPM
group1 (REQUIRED)
The name of the first group to test
group2 (REQUIRED)
The name of the second group to test
name (REQUIRED)
The name of the SPM being created
twoTailed
If two-tailed inference (as opposed to one-tailed)
-RunSPMPairedTTest name "spm_pair" glm "GLM_ONE" group1 "AnkleAngleX" group2 "KneeAngleX"
Run Statistical Parameteric Mapping one way Anova test
alpha (REQUIRED)
The alpha value to threshold with
glm (REQUIRED)
The name of the GLM to use when creating the SPM
name (REQUIRED)
The name of the SPM being created
twoTailed
If two-tailed inference (as opposed to one-tailed)
-RunSPMOneWayAnova name "anova_spm" glm "GLM_2" twoTailed
Run Dynamic Time Warping
name (REQUIRED)
The name of the DTW test being run
standardDeviations
How many standard deviation to test for: 1-3
-RunDTW name "SAMPLE_DTW" standardDeviations "3"
Export queried data
allSequencesNorm
CommandExport all sequences normalized
allSequencesTime
CommandExport all time based sequences
eventsNorm
CommandExport all events normalized
eventsOrig
CommandExport all time based events
exportFormat
What format should be exported: Standard ASCII, Transposed ASCII, SPSS ASCII, P2D
file (REQUIRED)
Desired path for the text export to be saved
groupMean
CommandExport the mean value of each group
groupStdDev
CommandExport the standard deviation of each group
normalizedTo
Normalize values to…
precision
How many decimal places should values be displayed to
workspaceMean
CommandExport the mean of each workspace
workspaceStdDev
CommandExport the standard deviation of each workspace
-ExporData file "C:\Data\Export Folder\data_export.txt" precision "2" exportFormat "transposed" groupMean groupStdDev workspaceMean workspaceStdDev
Export summary statistics
addMetrics
Export metrics
exportFormat
What format should be exported: Standard ASCII, Transposed ASCII, SPSS ASCII, P2D
file (REQUIRED)
Desired path for the text export to be saved
max
Export the maximum value
maxEventPoint
Export the maximum event point
maxStdDev
Export the maximum standard deviation
mean
Export the mean value
meanStdDev
Export the mean standard deviation
min
Export the minimum value
minEventPoint
Export the minimum event point
minStdDev
Export the minimum standard deviation
normalizeMetrics
Normalize exported metrics
precision
How many decimal places should values be displayed to
results
Export results for: Groups, Workspaces, Instances
-ExportSummaryStatistics file "C:\Exports\summary_stats.txt" results "workspaces" mean min max
Export results of curve registration
exportFormat
What format should be exported: Standard ASCII, Transposed ASCII, SPSS ASCII, P2D
file (REQUIRED)
Desired path for the text export to be saved
landmarkAll
Export all landmarks
landmarkMeans
Export the landmark mean value
precision
How many decimal places should values be displayed to
registeredCurves
Export registered curves
warpingFunctions
Export all warping functions
-ExportRegisteredCurves file "C:\Export Folder\registered_curves.txt" registeredCurves warpingFunctions landmarkMeans
Export Dynamic Time Warping results
costFunctions
Export cost functions
exportFormat
What format should be exported: Standard ASCII, Transposed ASCII, SPSS ASCII, P2D
file (REQUIRED)
Desired path for the text export to be saved
foundAnomalies
Export all outliers found with dynamic time warping
precision
How many decimal places should values be displayed to
-ExportDTW file "C:\DTW DATA\export.txt" costFunctions foundAnomalies
Export Statistical Parameteric Mapping results
bMatrix
Export the B Matrix used
exportFormat
What format should be exported: Standard ASCII, Transposed ASCII, SPSS ASCII, P2D
file (REQUIRED)
Desired path for the text export to be saved
precision
How many decimal places should values be displayed to
residualMatrix
Export the residual matrix
spm
Export the statistical parameteric map
-ExportSPM file "C:\Export Folder\SPM.txt" bMatrix residualMatrix spm
Export Principal Component Analysis results
eigenVectors
Export the eigen vectors
exportFormat
What format should be exported: Standard ASCII, Transposed ASCII, SPSS ASCII, P2D
file (REQUIRED)
Desired path for the text export to be saved
groupScores
Export group scores
groupStdDev
Export group standard deviation
kMeans
Export K-Means results
lof
Export local outlier factor results
lofThreshold
Export threshould to determine an LOF outlier
mahDis
Export the mahalanobis distance results
mahDisThreshold
Export the threshold used to determine a mahalanobis distance outlier
mean595
Export the mean plus or minus 5 and 95%
meanSD
Export the mean plus or minus one standard deviation
precision
How many decimal places should values be displayed to
spe
Export squared prediction error results
speThreshold
Export the threshold to determine an SPE outlier
varianceExplained
Export the variance explained
workspaceScores
Export workspace scores
-ExportPCA file "C:\Processing Folder\PCA\export.txt" groupScores workspaceScores lof spe
Export a signal time plot using the currently selected groups / workspaces
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
groupDispersion
If passed group dispersion will be plotted
groupDispersionType
The type of dispersion to be displayed for groups
groupMean
If passed group mean will be plotted
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
rawTraces
If passed indivdual traces will be plotted
title
The title of the plot.
width
The width of the image exported.
workspaceDispersion
If passed workspace dispersion will be plotted
workspaceDispersionType
The type of dispersion to be displayed for workspaces
workspaceMean
If passed workspace mean will be plotted
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotSignalTime filePath "C:\Plots\signal_time.png" groupMean WorkspaceMean groupDispersion workspaceDispersion
Export a metric plot using the currently selected groups / workspaces
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
groupDispersion
If passed group dispersion will be plotted
groupDispersionType
The type of dispersion to be displayed for groups
groupMean
If passed group mean will be plotted
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
meanPlotStyle
How should means be displayed
metricGrouping
How should workspace means be grouped?
rawTraces
If passed indivdual traces will be plotted
title
The title of the plot.
width
The width of the image exported.
workspaceDispersion
If passed workspace dispersion will be plotted
workspaceDispersionType
The type of dispersion to be displayed for workspaces
workspaceMean
If passed workspace mean will be plotted
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotMetric file "C:\Plot Exports\metric_plot.png" groupMean meanPlotStyle "Stacked Bar Chart"
Export a Signal Signal plot using the currently selected groups / workspaces
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
groupDispersion
If passed group dispersion will be plotted
groupDispersionType
The type of dispersion to be displayed for groups
groupMean
If passed group mean will be plotted
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
pair (REQUIRED)
Add a pair of two groups, seperare group names with '|' eg. “GROUP_1|GROUP_2”
rawTraces
If passed indivdual traces will be plotted
title
The title of the plot.
width
The width of the image exported.
workspaceDispersion
If passed workspace dispersion will be plotted
workspaceDispersionType
The type of dispersion to be displayed for workspaces
workspaceMean
If passed workspace mean will be plotted
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotPairSignal filePath "C:\Plot Folder\signalSignal.pdf" workspaceMean workspaceDispersion
Export a Metric Metric plot using the currently selected groups / workspaces
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
groupDispersion
If passed group dispersion will be plotted
groupDispersionType
The type of dispersion to be displayed for groups
groupMean
If passed group mean will be plotted
height
The height of the image exported.
jitterX
The random offset of each point on the X Axis
jitterY
The random offset of each pointer on the Y Axis
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
pair (REQUIRED)
Add a pair of two groups, seperare group names with '|' eg. “GROUP_1|GROUP_2”
rawTraces
If passed indivdual traces will be plotted
title
The title of the plot.
width
The width of the image exported.
workspaceDispersion
If passed workspace dispersion will be plotted
workspaceDispersionType
The type of dispersion to be displayed for workspaces
workspaceMean
If passed workspace mean will be plotted
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotPairMetric filePath "C:\Plot Folder\pair_metric_plot.jpg" pair "Stride_Length_Start|Stride_Length_End" jitterX "0.2" jitterY "0.2"
Export the current SPM plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
ExportPlotSPM filePath "C:\Plots\SPM\spm_plot"
Export the current GLMs residuals plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotResiduals filePath "C:\Plots\SPM\glm_residuals.png"
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotB filePath "C:\ProcessingPlots\bPlot.png dataStyle "Workspace" legend "Bottom Right"
Export the current PCAs variance explained plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotVarianceExplained filePath "C:\Plots\PCA\variacen_explained.png"
Export the current PCAs loading vectors plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
flipPC
If passed, invert PC
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
pcNumber
The principal component to plot.
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotLoadingVector file "C:\Processing\PCA\loading_vector_plot.png" xRange "20,70"
Export the current PCAs workspace scores plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
normalizeScores
If passed workspace scores will be normalized
title
The title of the plot.
width
The width of the image exported.
XAxisPC
Principal Component represented on the X Axis
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
YAxisPC
Prinicipal Component represented on the Y Axis
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotWorkspaceScores filePath "C:\Plots\PCA\workspace_scores.png" xAxisPC "2" yAxisPC "3"
Export the current PCAs groups scores plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotGroupScores filePath "C:\Processing\PCA\group_scores_plot.png" title "Group Scores Ankle Angle X"
Export the current PCAs reconstruction plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
group
What group to reconstruct, pass multiple times to select multiple groups, do not pass to select all
groupMean
If passed group mean will be plotted
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
pc
What PCs to reconstruct, pass multiple times to select multiple PCs, do not pass to select all
title
The title of the plot.
width
The width of the image exported.
workspace
What workspace to reconstruct, pass multiple times to select multiple workspaces, do not pass to select all
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotReconstruction filePath "C:\Plots\PCA\reconstruction.jpg" group "Ankle Angle X" workspace "P001.cmz"
Export the current PCAs extreme plot
dataStyle
The data style to use when generating plot.
filePath (DEFAULT) (REQUIRED)
The file path the plot will be saved to.
height
The height of the image exported.
legend
Which corner should the legend be displayed in, if not passed no legend will be displayed
pcNumber
plotType
title
The title of the plot.
width
The width of the image exported.
xLabel
Label for the X-Axis.
XRange
The display range of the X Axis: “Max,Min”
yLabel
Label for the Y-Axis.
YRange
The display range of the Y Axis: “Max,Min”
-ExportPlotExtreme filePath "C:\Processing\PCA\extreme_plot.png" height "600" width "1200" pcNumber "2"
Select queried signals (if no parameters are passed all signals are selected)
group
The name of a group to be selected (pass multiple times to select more than one)
workspace
The name of a workspace to be selcted (pass multiple time to select more than one)
-SelectSignals group "KneeAngleX"
Select queried metrics (if no parameters are passed all metrics are selected)
group
The name of the group to be selected (pass multiple times to select more than one)
workspace
The name of the workspace to be selected (pass multiple times to select more than one)
-SelectMetrics group "AnkleAngleX" group "AnkleAngleY" workspace "P002"
Creates a new directory watcher
delay
The number of ms to wait before executing scripts after watcher is triggered
directory (REQUIRED)
The directories to be watched, pass multiple times to add more directories
name (REQUIRED)
The name of the watcher being created
overwrite
If passed and existing watchers with the same name will be overwritten
recursive
If passed all subdirectories will be watched as well
script (REQUIRED)
A list of paths to the scripts to execute when the watcher is triggered
triggerOnDelete
If passed watcher will be triggered when a file is deleted as well as added or edited
-CreateWatcher name "WATCHER_ONE" directory "C:\Local Data Folder" script "C:\Local Data Folder\Processing Script.v3s" delay "8000" recursive
Activate the passed watcher(s) if not already activated
name (DEFAULT)
The name of the watcher to be activated, pass multiple times to activate multiple watchers.
if not passed all watcher will be activated.
-ActivateWatcher name "WATCHER_ONE" name "WATCHER_TWO"
Deactivate the passed watcher(s), if no watcher is passed deactivate all watchers
name (DEFAULT)
The name of the watcher to be deactivated
-DeactivateWatcher name "WATCHER_ONE"
Deletes the passed watcher if it exists
name (DEFAULT) (REQUIRED)
The name of the watcher to be deleted
-DeleteWatcher "WATCHER_ONE"
List all watchers
-ListWatchers
Set Sift to lauch minimized to the system tray by default.
disable
If passed Sift will will no longer launch minimized to the system tray.
-LaunchMinimized disable
Immediatly launch a background instance of Sift in the system tray.
-LaunchBackgroundInstance
Compute Summary Metrics
EventIndex
Index Event to compute Metrics at.
GlobalMax
Compute Global Max.
GlobalMin
Compute Global Min.
Group (REQUIRED)
The group you will calculate metrics for.
LocalMax
Compute Local Max.
LocalMaxEnd
Local Max End Range.
LocalMaxStart
Local Max Start Range.
LocalMin
Compute Local Min.
LocalMinEnd
Local Min End Range.
LocalMinStart
Local Min Start Range.
MaxBetweenEvents
Compute Maximum Between Events.
MaxEventEndIndex
Index of End Event for Maximum Between Events.
MaxEventStartIndex
Index of Start Event for Maximum Between Events.
Mean
Compute Mean.
MetricAtEvent
Compute Metric at Event.
MinBetweenEvents
Compute Minimum Between Events.
MinEventEndIndex
Index of End Event for Minimum Between Events.
MinEventStartIndex
Index of Start Event for Minimum Between Events.
StandardDeviation
Compute Standard Deviation.
StandardError
Compute Standard Error.
UseExcludedData
Use Excluded Data to compute metrics.
Workspaces
Workspaces you will calculate metrics for. If left blank all workspaces will be used.
-RunSummaryMetrics Group "AnkleAngleX" Mean StandardDeviation StandardError GlobalMax GlobalMin
Exit Sift
-Exit