Commands/Sources/Set-OBSWaveformSource.ps.ps1
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function Set-OBSWaveformSource { <# .SYNOPSIS OBS Waveform Source .DESCRIPTION Gets, Sets, or Adds a waveform source in OBS. Waveform sources require the [Waveform Plugin](https://obsproject.com/forum/resources/waveform.1423/) .EXAMPLE Add-OBSWaveformSource -Name "SpeakerWaveform" #> [inherit(Command={ Import-Module ..\..\obs-powershell.psd1 -Global "Add-OBSInput" }, Dynamic, Abstract, ExcludeParameter='inputKind','sceneName','inputName')] [Alias('Add-OBSWaveformSource','Get-OBSWaveformSource')] param( # The width of the browser source. # If none is provided, this will be the output width of the video settings. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("width")] [int] $Width, # The width of the browser source. # If none is provided, this will be the output height of the video settings. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("height")] [int] $Height, # The audio source for the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("audio_source")] [string] $AudioSource, # The display mode for the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("display_mode")] [ValidateSet("curve","bars","stepped_bars","level_meter","stepped_level_meter")] [string] $DisplayMode, # The render mode for the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("render_mode")] [ValidateSet("line","solid","gradient")] [string] $RenderMode, # The windowing mode for the waveform. # This is the mathematical function used to determine the current "window" of audio data. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("render_mode")] [ValidateSet("hann","hamming","blackman","blackman_harris","none")] [string] $WindowMode, # The color used for the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("color_base")] [PSObject] $Color, # The crest color used for the waveform. # This will be ignored if the render mode is not "gradient". [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("color_crest")] [PSObject] $CrestColor, # The channel mode for the waveform. # This can be either mono or stereo. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("channel_mode")] [ValidateSet("mono","stereo")] [string] $ChannelMode, # The number of pixels between each channel in stereo mode [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("channel_spacing")] [int] $ChannelSpacing, # If set, will use a radial layout for the waveform # Radial layouts will ignore the desired height of the source and instead create a square. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("radial_layout")] [switch] $RadialLayout, # If set, will invert the direction for a radial waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("invert_direction")] [switch] $InvertRadialDirection, # If set, will normalize the volume displayed in the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("normalize_volume")] [switch] $NoramlizeVolume, # If set, will automatically declare an FFTSize [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("auto_fft_size")] [switch] $AutoFftSize, # If set, will attempt to make audio peaks render faster. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("fast_peaks")] [switch] $FastPeak, # The width of the waveform bar. # This is only valid when -DisplayMode is 'bars' or 'stepped_bars' [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("bar_width")] [int] $BarWidth, # The gap between waveform bars. # This is only valid when -DisplayMode is 'bars' or 'stepped_bars' [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("bar_gap")] [int] $BarGap, # The width of waveform bar step. # This is only valid when -DisplayMode is 'stepped_bars' [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("step_width")] [int] $StepWidth, # The gap between waveform bar steps. # This is only valid when -DisplayMode is 'stepped_bars' [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("step_gap")] [int] $StepGap, # The low-frequency cutoff of the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("cutoff_low")] [int] $LowCutoff, # The high-frequency cutoff of the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("cutoff_high")] [int] $HighCutoff, # The floor of the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("floor")] [int] $Floor, # The ceiling of the waveform. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("ceiling")] [int] $Ceiling, [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("slope")] [double] $Slope, [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("rolloff_q")] [Alias('RollOffOctaves')] [double] $RollOffOctave, [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("rolloff_rate")] [double] $RollOffRate, [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("grad_ratio")] [double] $GradientRatio, [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("deadzone")] [double] $Deadzone, [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty("temporal_smoothing")] [ValidateSet("none","exp_moving_avg")] [string] $TemporalSmoothing, # The name of the scene. # If no scene name is provided, the current program scene will be used. [Parameter(ValueFromPipelineByPropertyName)] [Alias('SceneName')] [string] $Scene, # The name of the input. # If no name is provided, the last segment of the URI or file path will be the input name. [Parameter(ValueFromPipelineByPropertyName)] [Alias('InputName')] [string] $Name, # If set, will check if the source exists in the scene before creating it and removing any existing sources found. # If not set, you will get an error if a source with the same name exists. [Parameter(ValueFromPipelineByPropertyName)] [switch] $Force ) begin { $inputKind = "phandasm_waveform_source" filter ToOBSColor { if ($_ -is [uint32]) { $_ } elseif ($_ -is [string]) { if ($_ -match '^\#[a-f0-9]{3,4}$') { $_ = $_ -replace '[a-f0-9]','$0$0' } if ($_ -match '^#[a-f0-9]{8}$') { ( '0x' + (($_ -replace '#').ToCharArray()[0,1,-1,-2,-3,-4,-5,-6] -join '') ) -as [UInt32] } elseif ($_ -match '^#[a-f0-9]{6}$') { ( '0xff' + (($_ -replace '#').ToCharArray()[-1..-6] -join '') ) -as [UInt32] } } } } process { $myParameters = [Ordered]@{} + $PSBoundParameters $MyInvocationName = "$($MyInvocation.InvocationName)" $myVerb, $myNoun = $MyInvocationName -split '-' $myScriptBlock = $MyInvocation.MyCommand.ScriptBlock $IsGet = $myVerb -eq "Get" $NoVerb = $MyInvocationName -match '^[^\.\&][^-]+$' $NonNameParameters = @($PSBoundParameters.Keys) -ne 'Name' if ( $IsGet -or $NoVerb ) { $inputsOfKind = Get-OBSInput -InputKind $InputKind | Where-Object { if ($Name) { $_.InputName -like $Name } else { $_ } } if ($NonNameParameters -and -not $IsGet) { $paramCopy = [Ordered]@{} + $PSBoundParameters if ($paramCopy.Name) { $paramCopy.Remove('Name') } $inputsOfKind | & $myScriptBlock @paramCopy } else { $inputsOfKind } return } if ((-not $width) -or (-not $height)) { if (-not $script:CachedOBSVideoSettings) { $script:CachedOBSVideoSettings = Get-OBSVideoSettings } $videoSettings = $script:CachedOBSVideoSettings $myParameters["Width"] = $width = $videoSettings.outputWidth $myParameters["Height"] = $height = $videoSettings.outputHeight } if (-not $myParameters["Scene"]) { $myParameters["Scene"] = Get-OBSCurrentProgramScene | Select-Object -ExpandProperty currentProgramSceneName } $myParameterData = [Ordered]@{} foreach ($parameter in $MyInvocation.MyCommand.Parameters.Values) { $bindToPropertyName = $null foreach ($attribute in $parameter.Attributes) { if ($attribute -is [ComponentModel.DefaultBindingPropertyAttribute]) { $bindToPropertyName = $attribute.Name break } } if (-not $bindToPropertyName) { continue } if ($myParameters.Contains($parameter.Name)) { $myParameterData[$bindToPropertyName] = $myParameters[$parameter.Name] if ($myParameters[$parameter.Name] -is [switch]) { $myParameterData[$bindToPropertyName] = $myParameters[$parameter.Name] -as [bool] } } } if (-not $Name) { $Name = $myParameters['Name'] = if ($AudioSource) { "$($AudioSource)-Waveform" } else { "Waveform" } } if ($myParameterData.color_base) { $myParameterData.color_base = $myParameterData.color_base | ToOBSColor } if ($myParameterData.color_crest) { $myParameterData.color_crest = $myParameterData.color_crest | ToOBSColor } $addSplat = [Ordered]@{ sceneName = $myParameters["Scene"] inputKind = $inputKind inputSettings = $myParameterData inputName = $Name NoResponse = $myParameters["NoResponse"] } # If -SceneItemEnabled was passed, if ($myParameters.Contains('SceneItemEnabled')) { # propagate it to Add-OBSInput. $addSplat.SceneItemEnabled = $myParameters['SceneItemEnabled'] -as [bool] } # If -PassThru was passed if ($MyParameters["PassThru"]) { # pass it down to each command $addSplat.Passthru = $MyParameters["PassThru"] # If we were called with Add- if ($MyInvocation.InvocationName -like 'Add-*') { Add-OBSInput @addSplat # passthru Add-OBSInput } else { # Otherwise, remove SceneItemEnabled, InputKind, and SceneName $addSplat.Remove('SceneItemEnabled') $addSplat.Remove('inputKind') $addSplat.Remove('sceneName') # and passthru Set-OBSInputSettings. Set-OBSInputSettings @addSplat } return } # Add the input. $outputAddedResult = Add-OBSInput @addSplat *>&1 # If we got back an error if ($outputAddedResult -is [Management.Automation.ErrorRecord]) { # and that error was saying the source already exists, if ($outputAddedResult.TargetObject.d.requestStatus.code -eq 601) { # then check if we use the -Force. if ($Force) { # If we do, remove the input Remove-OBSInput -InputName $addSplat.inputName # and re-add our result. $outputAddedResult = Add-OBSInput @addSplat *>&1 } else { # Otherwise, get the input from the scene, $sceneItem = Get-OBSSceneItem -sceneName $myParameters["Scene"] | Where-Object SourceName -eq $myParameters["Name"] # update the input settings $sceneItem.Input.Settings = $addSplat.inputSettings $sceneItem # and return the scene item. $outputAddedResult = $null } } # If the output was still an error if ($outputAddedResult -is [Management.Automation.ErrorRecord]) { # use $psCmdlet.WriteError so that it shows the error correctly. $psCmdlet.WriteError($outputAddedResult) } } # Otherwise, if we had a result if ($outputAddedResult -and $outputAddedResult -isnot [Management.Automation.ErrorRecord]) { # get the input from the scene. Get-OBSSceneItem -sceneName $myParameters["Scene"] | Where-Object SourceName -eq $myParameters["Name"] } } } |