Commands/Shaders/Get-OBSClockDigitalLedShader.ps1
|
function Get-OBSClockDigitalLedShader { [Alias('Set-OBSClockDigitalLedShader','Add-OBSClockDigitalLedShader')] param( # Set the current_time_sec of OBSClockDigitalLedShader [Alias('current_time_sec')] [ComponentModel.DefaultBindingProperty('current_time_sec')] [Int32] $CurrentTimeSec, # Set the current_time_min of OBSClockDigitalLedShader [Alias('current_time_min')] [ComponentModel.DefaultBindingProperty('current_time_min')] [Int32] $CurrentTimeMin, # Set the current_time_hour of OBSClockDigitalLedShader [Alias('current_time_hour')] [ComponentModel.DefaultBindingProperty('current_time_hour')] [Int32] $CurrentTimeHour, # Set the timeMode of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('timeMode')] [Int32] $TimeMode, # Set the showMatrix of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('showMatrix')] [Management.Automation.SwitchParameter] $ShowMatrix, # Set the showOff of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('showOff')] [Management.Automation.SwitchParameter] $ShowOff, # Set the ampm of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('ampm')] [Management.Automation.SwitchParameter] $Ampm, # Set the ledColor of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('ledColor')] [String] $LedColor, # Set the offsetHours of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('offsetHours')] [Int32] $OffsetHours, # Set the offsetSeconds of OBSClockDigitalLedShader [ComponentModel.DefaultBindingProperty('offsetSeconds')] [Int32] $OffsetSeconds, # The name of the source. This must be provided when adding an item for the first time [Parameter(ValueFromPipelineByPropertyName)] [Alias('SceneItemName')] [String] $SourceName, # The name of the filter. If this is not provided, this will default to the shader name. [Parameter(ValueFromPipelineByPropertyName)] [String] $FilterName, # The inline value of the shader. This will normally be provided as a default parameter, based off of the name. [Alias('ShaderContent')] [String] $ShaderText, # If set, will force the recreation of a shader that already exists [Management.Automation.SwitchParameter] $Force, # If set, will pass thru the commands that would be sent to OBS (these can be sent at any time with Send-OBS) [Management.Automation.SwitchParameter] $PassThru, # If set, will not wait for a response from OBS (this will be faster, but will not return anything) [Management.Automation.SwitchParameter] $NoResponse, # If set, use the shader elapsed time, instead of the OBS system elapsed time [ComponentModel.DefaultBindingProperty('use_shader_elapsed_time')] [Management.Automation.SwitchParameter] $UseShaderTime ) process { $shaderName = 'clock_digital_led' $ShaderNoun = 'OBSClockDigitalLedShader' if (-not $psBoundParameters['ShaderText']) { $psBoundParameters['ShaderText'] = $ShaderText = ' // based on https://www.shadertoy.com/view/MdfGzf // cmarangu has linked all 7 segments in his comments // https://www.shadertoy.com/view/3dtSRj #ifndef OPENGL #define mod(x,y) (x - y * floor(x / y)) #endif uniform int current_time_sec; uniform int current_time_min; uniform int current_time_hour; uniform int timeMode< string label = "Time mode"; string widget_type = "select"; int option_0_value = 0; string option_0_label = "Time"; int option_1_value = 1; string option_1_label = "Enable duration"; int option_2_value = 2; string option_2_label = "Active duration"; int option_3_value = 3; string option_3_label = "Show duration"; int option_4_value = 4; string option_4_label = "Load duration"; > = 0; uniform bool showMatrix = false; uniform bool showOff = false; uniform bool ampm = false; uniform float4 ledColor = {1.0,0,0,1.0}; uniform int offsetHours = 0; uniform int offsetSeconds = 0; float segment(float2 uv, bool On) { if (!On && !showOff) return 0.0; float seg = (1.0-smoothstep(0.08,0.09+float(On)*0.02,abs(uv.x)))* (1.0-smoothstep(0.46,0.47+float(On)*0.02,abs(uv.y)+abs(uv.x))); //Fiddle with lights and matrix //uv.x += sin(elapsed_time*60.0*6.26)/14.0; //uv.y += cos(elapsed_time*60.0*6.26)/14.0; //led like brightness if (On){ seg *= (1.0-length(uv*float2(3.8,0.9)));//-sin(elapsed_time*25.0*6.26)*0.04; } else { seg *= -(0.05+length(uv*float2(0.2,0.1))); } return seg; } float sevenSegment(float2 uv,int num) { float seg= 0.0; seg += segment(uv.yx+float2(-1.0, 0.0),num!=-1 && num!=1 && num!=4 ); seg += segment(uv.xy+float2(-0.5,-0.5),num!=-1 && num!=1 && num!=2 && num!=3 && num!=7); seg += segment(uv.xy+float2( 0.5,-0.5),num!=-1 && num!=5 && num!=6 ); seg += segment(uv.yx+float2( 0.0, 0.0),num!=-1 && num!=0 && num!=1 && num!=7 ); seg += segment(uv.xy+float2(-0.5, 0.5),num==0 || num==2 || num==6 || num==8 ); seg += segment(uv.xy+float2( 0.5, 0.5),num!=-1 && num!=2 ); seg += segment(uv.yx+float2( 1.0, 0.0),num!=-1 && num!=1 && num!=4 && num!=7 ); return seg; } float showNum(float2 uv,int nr, bool zeroTrim) { //Speed optimization, leave if pixel is not in segment if (abs(uv.x)>1.5 || abs(uv.y)>1.2) return 0.0; float seg= 0.0; if (uv.x>0.0) { nr /= 10; if (nr==0 && zeroTrim) nr = -1; seg += sevenSegment(uv+float2(-0.75,0.0),nr); } else { seg += sevenSegment(uv+float2( 0.75,0.0),int(mod(float(nr),10.0))); } return seg; } float dots(float2 uv) { float seg = 0.0; uv.y -= 0.5; seg += (1.0-smoothstep(0.11,0.13,length(uv))) * (1.0-length(uv)*2.0); uv.y += 1.0; seg += (1.0-smoothstep(0.11,0.13,length(uv))) * (1.0-length(uv)*2.0); return seg; } float4 mainImage(VertData v_in) : TARGET { float2 uv = ((float2(v_in.uv.x, 1.0-v_in.uv.y) * uv_size).xy-0.5*uv_size) / min(uv_size.x,uv_size.y); if (uv_size.x>uv_size.y) { uv *= 6.0; } else { uv *= 12.0; } uv.x *= -1.0; uv.x += uv.y/12.0; //wobble //uv.x += sin(uv.y*3.0+elapsed_time*14.0)/25.0; //uv.y += cos(uv.x*3.0+elapsed_time*14.0)/25.0; uv.x += 3.5; float seg = 0.0; if(timeMode == 0){ seg += showNum(uv,current_time_sec,false); uv.x -= 1.75; seg += dots(uv); uv.x -= 1.75; seg += showNum(uv,current_time_min,false); uv.x -= 1.75; seg += dots(uv); uv.x -= 1.75; if (ampm) { if(current_time_hour == 0){ seg += showNum(uv,12,true); }else if(current_time_hour > 12){ seg += showNum(uv,current_time_hour-12,true); }else{ seg += showNum(uv,current_time_hour,true); } } else { seg += showNum(uv,current_time_hour,true); } }else{ float timeSecs = 0.0; if(timeMode == 1){ timeSecs = elapsed_time_enable; }else if(timeMode == 2){ timeSecs = elapsed_time_active; }else if(timeMode == 3){ timeSecs = elapsed_time_show; }else if(timeMode == 4){ timeSecs = elapsed_time_start; } timeSecs += offsetSeconds + offsetHours*3600; if(timeSecs < 0) timeSecs = 0.9999-timeSecs; seg += showNum(uv,int(mod(timeSecs,60.0)),false); timeSecs = floor(timeSecs/60.0); uv.x -= 1.75; seg += dots(uv); uv.x -= 1.75; seg += showNum(uv,int(mod(timeSecs,60.0)),false); timeSecs = floor(timeSecs/60.0); if (ampm) { if(timeSecs == 0.0){ timeSecs = 12.0; }else if (timeSecs > 12.0){ timeSecs = mod(timeSecs,12.0); } }else if (timeSecs > 24.0) { timeSecs = mod(timeSecs,24.0); } uv.x -= 1.75; seg += dots(uv); uv.x -= 1.75; seg += showNum(uv,int(mod(timeSecs,60.0)),true); } if (seg==0.0){ return image.Sample(textureSampler, v_in.uv); } // matrix over segment if (showMatrix) { seg *= 0.8+0.2*smoothstep(0.02,0.04,mod(uv.y+uv.x,0.06025)); //seg *= 0.8+0.2*smoothstep(0.02,0.04,mod(uv.y-uv.x,0.06025)); } if (seg<0.0) { seg = -seg;; return float4(seg,seg,seg,1.0); } return float4(ledColor.rgb * seg, ledColor.a); } ' } $MyVerb, $myNoun = $MyInvocation.InvocationName -split '-',2 if (-not $myNoun) { $myNoun = $myVerb $myVerb = 'Get' } switch -regex ($myVerb) { Get { $FilterNamePattern = "(?>$( if ($FilterName) { [Regex]::Escape($FilterName) } else { [Regex]::Escape($ShaderNoun -replace '^OBS' -replace 'Shader$'),[Regex]::Escape($shaderName) -join '|' } ))" if ($SourceName) { Get-OBSInput | Where-Object InputName -eq $SourceName | Get-OBSSourceFilterList | Where-Object FilterName -Match $FilterNamePattern } else { $obs.Inputs | Get-OBSSourceFilterList | Where-Object FilterName -Match $FilterNamePattern } } 'Remove' { if ($SourceName) { Get-OBSInput | Where-Object InputName -eq $SourceName | Get-OBSSourceFilterList | Where-Object FilterName -Match $FilterNamePattern | Remove-OBSSourceFilter } } '(?>Add|Set)' { $ShaderSettings = [Ordered]@{} :nextParameter foreach ($parameterMetadata in $MyInvocation.MyCommand.Parameters[@($psBoundParameters.Keys)]) { foreach ($parameterAttribute in $parameterMetadata.Attributes) { if ($parameterAttribute -isnot [ComponentModel.DefaultBindingPropertyAttribute]) { continue } $ShaderSettings[$parameterAttribute.Name] = $PSBoundParameters[$parameterMetadata.Name] if ($ShaderSettings[$parameterAttribute.Name] -is [switch]) { $ShaderSettings[$parameterAttribute.Name] = $ShaderSettings[$parameterAttribute.Name] -as [bool] } continue nextParameter } } if (-not $PSBoundParameters['FilterName']) { $filterName = $PSBoundParameters['FilterName'] = $shaderName } $ShaderFilterSplat = [Ordered]@{ ShaderSetting = $ShaderSettings FilterName = $FilterName SourceName = $SourceName } foreach ($CarryOnParameter in "PassThru", "NoResponse","Force") { if ($PSBoundParameters.ContainsKey($CarryOnParameter)) { $ShaderFilterSplat[$CarryOnParameter] = $PSBoundParameters[$CarryOnParameter] } } if (-not $script:CachedShaderFilesFromCommand) { $script:CachedShaderFilesFromCommand = @{} } if ($Home -and -not $script:CachedShaderFilesFromCommand[$shaderName]) { $MyObsPowerShellPath = Join-Path $home ".obs-powershell" $ThisShaderPath = Join-Path $MyObsPowerShellPath "$shaderName.shader" $shaderText | Set-Content -LiteralPath $ThisShaderPath $script:CachedShaderFilesFromCommand[$shaderName] = Get-Item -LiteralPath $ThisShaderPath } if ($script:CachedShaderFilesFromCommand[$shaderName]) { $ShaderFilterSplat.ShaderFile = $script:CachedShaderFilesFromCommand[$shaderName].FullName } else { $ShaderFilterSplat.ShaderText = $shaderText } if ($myVerb -eq 'Add') { Add-OBSShaderFilter @ShaderFilterSplat } else { Set-OBSShaderFilter @ShaderFilterSplat } } } } } |