Set-NanoLeaf.ps1
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function Set-NanoLeaf { <# .Synopsis Changes settings on a NanoLeaf. .Description Changes settings on one or more NanoLeaf controllers. .Example Set-NanoLeaf -ColorTemperature 1999 .Example Set-NanoLeaf -Hue (Get-Random -Min 0 -Max 360) -Saturation ((Get-Random -Min 0 -Max 1)/100) -Brightness ((Get-Random -Min 0 -Max 1)/100) .Example Set-NanoLeaf -EffectName Blaze .Example Set-NanoLeaf -Palette "#fedcba", "#abcdef" # Fade between two colors .Example # Flow between two colors Set-NanoLeaf -Palette "#fedcba", "#abcdef" -PluginName Flow .EXAMPLE # Flow downward between two colors Set-NanoLeaf -Palette "#abcdef", "#890aef" -PluginName Flow -PluginOption @{linDirection="down"} .Example # Make a color wheel Set-NanoLeaf -Palette "#012345", "#543210" -PluginName Wheel .EXAMPLE # Make a color wheel that rotates as slowly as it can, counter clockwise Set-NanoLeaf -Palette "#012345", "#543210" -PluginName Wheel -PluginOption @{rotDirection="ccw";delayTime=600;transTime=600} .Example # Set up a Rhythm based RGB Fireworks Set-NanoLeaf -Palette "#ff0000", "#000000", "#00ff00", "#000000", "#0000ff", "#000000" -PluginName Fireworks -PluginType Rhythm .Example # Set up a Rhythm based RGB Fireworks, with a very short flash Set-NanoLeaf -Palette "#ff0000", "#00ff00", "#0000ff", "#000000" -PluginName Fireworks -PluginType Rhythm -PluginOption @{ delayTime = 1 transTime = 1 } .Link Get-NanoLeaf .Link Send-NanoLeaf #> [CmdletBinding(SupportsShouldProcess,ConfirmImpact='Low',DefaultParameterSetName='SimpleSet')] [OutputType([PSObject])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidAssignmentToAutomaticVariable", "", Justification=" Side-Effects Desired ")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification=" Handled by underlying function")] param( # If set, will turn the nanoleaf off [Parameter(ValueFromPipelineByPropertyName)] [switch] $Off, # If set, will turn the nanoleaf on [Parameter(ValueFromPipelineByPropertyName)] [switch] $On, # The hue of the NanoLeaf light color. [ComponentModel.DefaultBindingProperty('hue')] [ComponentModel.AmbientValue({ [PSCustomObject]@{value=$_ % 360} })] [int] $Hue, # Increments the hue of the NanoLeaf light color. [ComponentModel.DefaultBindingProperty('hue')] [ComponentModel.AmbientValue({ [PSCustomObject]@{increment=$hueIncrement % 360} })] [int] $HueIncrement, # The saturation of the NanoLeaf light color. [ComponentModel.DefaultBindingProperty('sat')] [ComponentModel.AmbientValue({ [PSCustomObject]@{value=[int][Math]::Round($_ * 100)} })] [ValidateRange(0,1)] [double] $Saturation, # Increments the saturation of the NanoLeaf light color. [ComponentModel.DefaultBindingProperty('sat')] [ComponentModel.AmbientValue({ [PSCustomObject]@{increment=[int][Math]::Round($_)} })] [int] $SaturationIncrement, # The brightness. # If no other parameters are provided, adjusts universal brightness. # If provided with -Hue and -Saturation, sets the color of all panels. [Parameter(ValueFromPipelineByPropertyName)] [ValidateRange(0,1)] [double] $Brightness, # If set, will change all panels on the nanoleaf to a given color temperature. [Parameter(ValueFromPipelineByPropertyName)] [ComponentModel.DefaultBindingProperty('ct')] [ComponentModel.AmbientValue({ $ct = if ($_ -lt 1200) { [int](1000000/$_) } else { $_ } [PSCustomObject]@{value=$ct} })] [ValidateRange(1,6500)] [Alias('CT','TemperatureKelvin')] [int] $ColorTemperature, # The name of the effect. [ArgumentCompleter({ param ( $commandName, $parameterName, $wordToComplete, $commandAst, $fakeBoundParameters ) $effectNames = @(Get-NanoLeaf -ListEffectName | Select-Object -Unique) if ($wordToComplete) { $toComplete = $wordToComplete -replace "^'" -replace "'$" return @($effectNames -like "$toComplete*" -replace '^', "'" -replace '$',"'") } else { return @($effectNames -replace '^', "'" -replace '$',"'") } })] [Parameter(ValueFromPipelineByPropertyName)] [Alias('animName')] [string] $EffectName, # The duration to display. In most contexts, this will be rounded to the nearest second. [Timespan] $Duration, # If set, will set the NanoLeaf for external control via UDP. # If provided with -Panel, will set panels via UDP. [Parameter(ValueFromPipelineByPropertyName)] [switch] $ExternalControl, # The name of the effect plugin. [ArgumentCompleter({ param ( $commandName, $parameterName, $wordToComplete, $commandAst, $fakeBoundParameters ) $pluginNames = @(Get-NanoLeaf -ListPlugin | Select-Object -Unique -ExpandProperty name) if ($wordToComplete) { $toComplete = $wordToComplete -replace "^'" -replace "'$" return @($pluginNames -like "$toComplete*" -replace '^', "'" -replace '$',"'") } else { return @($pluginNames -replace '^', "'" -replace '$',"'") } })] [Parameter(ValueFromPipelineByPropertyName)] [string] $PluginName, # The palette used for an effect. [Parameter(ValueFromPipelineByPropertyName)] [ValidateScript({ if ($_ -match '#(?>[\da-f]{6}|[\da-f]{3})') { return $true } if ($null -eq $_.Hue -and $null -eq $_.H) { throw "Must provide .Hue or .H" } if ($null -eq $_.Saturation -and $null -eq $_.S) { throw "Most provide .Saturation or .S" } if ($null -eq $_.Luminance -and $null -eq $_.L -and $null -eq $_.Brightness -and $null -eq $_.B ) { throw "Must provide .Luminance or .L or .Brightness or .B" } return $true })] [Alias('RGBColor')] [PSObject[]] $Palette, # The type of effect. [ValidateSet('Plugin','Random','Flow','Wheel','Fade','Highlight','Custom','Static')] [Parameter(ValueFromPipelineByPropertyName)] [string] $EffectType = 'plugin', # The plugin UUID. [Parameter(ValueFromPipelineByPropertyName)] [string] $PluginUuid, # The plugin type. [Parameter(ValueFromPipelineByPropertyName)] [ValidateSet('Rhythm', 'Color')] [string] $PluginType, # Detailed colors for each panel. # The key will be the panel ID. # The value will be an RGB color for the panel, followed by an optional timespan. # Timespans will be ignored when sending colors via UDP. [Parameter(ValueFromPipelineByPropertyName)] [ValidateScript({ foreach ($k in $_.Keys) { if ($k -as [int] -le 0) { throw "All keys must be integers." } if (-not ($_[$k] -match "#[0-9a-f]{6,6}")) { throw "All values must be hex colors or timespans" } foreach ($v in $_[$k]) { if ($v -isnot [string] -and $v -isnot [Timespan]) { throw "All values must be hex colors or timespans" } if ($v -notmatch "#[0-9a-f]{6,6}" -and -not ($v -as [Timespan])) { throw "All values must be hex colors or timespans" } } } return $true })] [Collections.IDictionary] $Panel = @{}, <# The effect options. Plugins can use any of the Nanoleaf-approved option types to further control how panels render light. |Option | type | limits | description | |---------------|-------|----------------------|---------------------------------------------------------------------------| |transTime | int |1-600 |The time it takes to go from one palette colour to another (tenths/second).| |loop | bool | | Indicates whether an animation should loop or not | |linDirection |string |left, right, up, down | Linear direction, based on user's global orientation | |radDirection |string |in, out | Radial direction, based on layout center | |rotDirection |string |cw, ccw | Circular Direction, around the layout center | |delayTime | int |0-600 | How long the plugin will dwell on a palette colour (tenths/second). | |nColorsPerFrame|int |1-50 | Modifier that indicates how much of a palette is shown on the layout. | |mainColorProb |double |0.0-100.0 | Probability of background colour being used | #> [Parameter(ValueFromPipelineByPropertyName)] [Alias('PluginOption','PluginOptions','EffectOptions')] [Collections.IDictionary] $EffectOption = @{}, # If set, will mark the effect to loop. [switch] $Loop, # If set, will set panels using UDP. [switch] $AsByteStream, # The IP Address of the NanoLeaf. [Parameter(ValueFromPipelineByPropertyName)] [IPAddress] $IPAddress = $([IPAddress]::any), # The nanoleaf token [Parameter(ValueFromPipelineByPropertyName)] [string] $NanoLeafToken ) begin { $mapInput = { param( [Collections.IDictionary]$parameter = ([Ordered]@{} + $PSBoundParameters), $Caller = $( foreach ($CallStack in Get-PSCallStack) { $callstackCmd = $callStack.InvocationInfo.MyCommand if ($callstackCmd -is [Management.Automation.FunctionInfo] -or $callstackCmd -is [Management.Automation.ExternalScriptInfo]) { $callstackCmd;break } }) ) $RestInput = @{} :nextParameter foreach ($paramName in $parameter.Keys) { $paramAttributes = $Caller.Parameters[$paramName].Attributes $restParamName = '' $value = $_ = $parameter[$paramName] :nextAttribute foreach ($attr in $paramAttributes) { if ($attr -is [ComponentModel.DefaultBindingPropertyAttribute]) { $restParamName = $attr.Name } elseif ($attr -is [ComponentModel.AmbientValueAttribute] -and $attr.Value -is [ScriptBlock]) { $value = $_ = & $attr.Value } } if ($restParamName) { if ($null -ne $RestInput[$restParamName] -and $RestInput[$restParamName].pstypenames -eq 'System.Management.Automation.PSCustomObject' -and $value.pstypenames -eq 'System.Management.Automation.PSCustomObject') { foreach ($prop in $value.psobject.properties) { Add-Member -InputObject $RestInput[$restParamName] -MemberType NoteProperty -Name $prop.Name -Value $prop.Value -Force } } else { $RestInput[$restParamName] = $value if ($RestInput[$restParamName] -is [switch]) { $RestInput[$restParamName] = $RestInput[$restParamName] -as [bool] } } } elseif ($value -is [Collections.IDictionary]) { foreach ($kv in $value.GetEnumerator()) { $RestInput[$kv.Key] = $kv.Value } } } $RestInput } } process { if (-not $psBoundParameters['IPAddress']) { # If no -IPAddress was provided $psBoundParameters['IPAddress'] = $IpAddress = [IPAddress]::Any # use "Any". } $ipAndToken = @{IPAddress=$psBoundParameters['IPAddress'];NanoLeafToken=$psBoundParameters['NanoLeafToken']} $restIn = & $mapInput $endpoint = 'state' $sendData = [Ordered]@{} + $restIn if ($Brightness) { $sendData.brightness = [Ordered]@{value=[int][Math]::Round($Brightness * 100)} if ($Duration.TotalSeconds) { $sendData.brightness.duration = [int][Math]::Round($Duration.TotalSeconds) } else { $sendData.brightness.duration = 0 } } if ($on) { $sendData.on = @{value=$true} } if ($off) { $sendData.on = @{value=$false} } #region Set HSB/HSL Color for all panels if ($Hue -and $Saturation -and $Brightness) { $hslData = @{ write = [Ordered]@{ command = 'display' version = '1.0' animType = "solid" palette = @( [Ordered]@{hue=$Hue%360;saturation=[int]($Saturation*100);brightness=[int]($Brightness*100)} ) colorType="HSB" } } | ConvertTo-Json -Depth 5 Send-NanoLeaf @ipAndToken -Command 'effects' -Data $hslData -Method PUT return } #endregion Set HSB/HSL Color for all panels $writeCommand = [Ordered]@{} if (-not $effectName) { $writeCommand.command = "display" } else { $writeCommand.command = "add" $writeCommand.animName = $EffectName } $writeCommand.version = "2.0" $writeCommand.colorType = "HSB" #region Select Effect if ($EffectName -and -not $Palette) { Send-NanoLeaf @ipAndToken -Command 'effects/select' -Data @{ select = $EffectName } -Method PUT if ($?) { [PSCustomObject]@{ IPAddress = $IPAddress NanoLeafToken = $NanoLeafToken CurrentEffectName = $EffectName PSTypeName = 'NanoLeaf.Effect.Selected' } } $sendData.Clear() } #endregion Select Effect #region Set specific panels if ($Panel.Count) { $nanoLeafInfo = Get-NanoLeaf @ipAndToken -Layout $panelsIds = $nanoleafinfo.positiondata | Select-Object -ExpandProperty PanelID $panelCount = 0 foreach ($k in $Panel.Keys) { if ($panelsIds -contains $k) { $PanelCount++ } } $messageData = @( if ($AsByteStream) { $panelCountBytes = [BitConverter]::GetBytes([uint16]$panelCount) $panelCountBytes[1] $panelCountBytes[0] } else { $panelCount } foreach ($k in $panel.Keys) { if ($panelsIds -notcontains $k) { continue } if ($AsByteStream) { $panelIdBytes = [BitConverter]::GetBytes([uint16]$k) $panelIdBytes[1] $panelIdBytes[0] } else { $k } $values = @($panel[$k]) $frameCount = @($values -like '#*').Count if (-not $AsByteStream) { $frameCount } for($vN =0; $vn -lt $values.Count; $vn++) { $v = $values[$vn] if ($v -like '#*') { $rgb = ($v -replace '#', '0x') -as [int] [byte](($rgb -band 0xff0000) -shr 16) [byte](($rgb -band 0x00ff00) -shr 8) [byte]($rgb -band 0x0000ff) 0 if ($values[$vn + 1] -as [Timespan]) { $ms = [int][Math]::Round(($values[$vn + 1] -as [Timespan]).TotalMilliseconds / 100) if ($ms -ge 0) { if ($AsByteStream) { $timeSpanBytes = [BitConverter]::GetBytes([uint16]$ms) $timeSpanBytes[1] $timeSpanBytes[0] } else { $ms } } elseif (-not $AsByteStream) { -1 } else { 0;0 } $vn++ } else { if ($AsByteStream) { 0;0 } else { 0 } } } } } ) if ($AsByteStream) { $datagram = $messageData -as [byte[]] $udpClient = [Net.Sockets.UdpClient]::new() if ($IPAddress -in [IPAddress]::Any,[IPAddress]::Broadcast) { foreach ($val in $Script:NanoLeafCache.Values) { $ipEndpoint = [IPEndpoint]::new($val.IPAddress, 60222) $null = $udpClient.Send($datagram, $datagram.Length, $ipEndpoint) } } else { $ipEndpoint = [IPEndpoint]::new($val.IPAddress, 60222) $null = $udpClient.Send($datagram, $datagram.Length, $ipEndpoint) } return } else { $writeCommand.animData = $messageData -join ' ' } if (-not $panelCount) { return } $EffectType = 'static' } #endregion Set specific panels #region Set Palette if ($Palette) { $realPalette = @(foreach ($p in $Palette) { if ($p -like '#*') { $p = ([pscustomobject]@{PSTypeName="LightScript.Color"}).FromRGB("$p") } $hslVal = [Ordered]@{ hue=$(if ($p.H) {$p.H} else {$p.Hue}) % 360 saturation=$(if ($p.S) {$p.S} else {$p.Saturation}) brightness=$( if ($p.L) {$p.L} elseif ($p.B) {$p.B } elseif ($p.Luminance) { $p.Luminance } else {$p.Brightness} ) probability = $( if ($p.Probability) { $p.Probability } else { 0 } ) } if ($hslVal.Saturation -is [double] -and $hslVal.Saturation -le 1) { $hslVal.saturation = [int]($hslVal.saturation * 100) } if ($hslVal.Brightness -is [double] -and $hslVal.Brightness -le 1) { $hslVal.brightness = [int]($hslVal.brightness * 100) } if ($hslVal.Hue -is [double]) { $hslVal.hue = [int]$hslVal.Hue } $hslVal }) $writeCommand.palette = $realPalette } #endregion Set Palette if ($Palette -and -not $PluginName -and -not ($PluginUuid -and $PluginType)) { $PluginName = 'Fade' } if ($PluginName -and -not ($PluginUuid -and $PluginType)) { # If a -PluginName was provided, but not a UUID or type. foreach ($plug in Get-NanoLeaf -ListPlugin @ipAndToken) { # Get all the plugins if ($plug.name -eq $PluginName) { # and find the UUID and type. $PluginUuid = $plug.uuid $PluginType = $plug.type } } } if ($PluginUuid) { $writeCommand.pluginUuid = $PluginUuid } if ($pluginType) { $writeCommand.pluginType = $PluginType.ToLower() } if ($Loop) { $writeCommand.Loop= $true } if ($_.PluginOptions) { foreach ($originalOption in $_.PluginOptions) { if (-not $EffectOption[$originalOption.Name]) { $EffectOption[$originalOption.Name] = $originalOption.Value } } } if ($EffectOption.Count) { $writeCommand.pluginOptions = @(foreach ($kv in $EffectOption.GetEnumerator()) { [PSCustomObject][Ordered]@{name=$kv.Key;value=$kv.Value} }) } #region Write Palette or Panels if ($Palette -or $Panel.Count) { $writeCommand.animType = $EffectType if (-not $writeCommand.palette) { $writeCommand.palette = @() } Send-NanoLeaf @ipAndToken -Command effects -Data @{ write = $writeCommand } -Method PUT -Verbose $sendData.Clear() } #endregion Write Palette or Panels #region Handle External Control if ($ExternalControl) { $writeCommand = @{ command = 'display' animType = 'extControl' extControlVersion = 'v2' } Send-NanoLeaf @ipAndToken -Command effects -Method PUT -Data @{write=$writeCommand} $sendData.Clear() } #endregion Handle External Control if ($sendData.Count) { Send-NanoLeaf @ipAndToken -Data ([PSCustomObject]$sendData) -Command $endpoint -Method PUT } } } |