Pansies

1.2.0

Pansies.psm1

                                using namespace PoshCode.Pansies

using namespace ColorMine.ColorSpaces

if(-not $IsLinux) {

    [PoshCode.Pansies.Console.WindowsHelper]::EnableVirtualTerminalProcessing()

}

if(Get-Command Add-MetadataConverter -ErrorAction SilentlyContinue) {

    Add-MetadataConverter @{

        RgbColor = { [PoshCode.Pansies.RgbColor]$args[0] }

        [PoshCode.Pansies.RgbColor] = { "RgbColor '$_'" }

    }

}

function Get-Complement {

    <#

    .SYNOPSIS

        Get the Hue complement color

    .DESCRIPTION

        Rotate 180 degrees around the Hue of HSL

    #>

    [CmdletBinding()]

    param(

        # The source color to calculate the complement of

        [Parameter(ValueFromPipeline, Mandatory)]

        [PoshCode.Pansies.RgbColor]$Color,

        # Force the luminance to have "enough" contrast

        [switch]$ForceContrast,

        # Assume there are only 16 colors

        [switch]$ConsoleColor,

        # If set, output the input $Color before the complement

        [switch]$Passthru

    )

    process {

        if($ConsoleColor) {

            $Color = $Color.ConsoleColor

        }

        if($Passthru) { $Color }

        if($ConsoleColor) {

            if($Color.ToHunterLab().L -lt 50) {

                [PoshCode.Pansies.RgbColor][ConsoleColor]::White

            } else {

                [PoshCode.Pansies.RgbColor][ConsoleColor]::Black

            }

        } else {

            $Hsl = $Color.ToHsl()

            $Hsl.H = ($Hsl.H + 180) % 360

            if($ForceContrast) {

                $Lab = $Hsl.ToHunterLab()

                $Source = $Color.ToHunterLab()

                $Lab.L = ($Source.L + 50) % 100

                [PoshCode.Pansies.RgbColor]$Lab

            } else {

                [PoshCode.Pansies.RgbColor]$Hsl

            }

        }

    }

}

function Get-Gradient {

    <#

    .Synopsis

        Get a range of colors from one or more colors

    #>

    [CmdletBinding()]

    [OutputType([PoshCode.Pansies.RgbColor[][]],[PoshCode.Pansies.RgbColor[]])]

    param(

        # One or more colors to generate a gradient from

        [Parameter(Mandatory, Position=0)]

        [PoshCode.Pansies.RgbColor]$StartColor,

        [Parameter(Mandatory, Position=1)]

        [PoshCode.Pansies.RgbColor]$EndColor,

        [Parameter(Position=2)]

        [Alias("Length","Count","Steps")]

        [int]$Width = $Host.UI.RawUI.WindowSize.Width,

        [Parameter(Position=3)]

        [int]$Height = 1,

        [ValidateSet("CMY","CMYK","LAB","LCH","LUV","HunterLAB","HSL","HSV","HSB","RGB","XYZ","YXY")]

        $ColorSpace = "HunterLab",

        # For color spaces with Hue (HSL, HSV), setting this generates the gradient the long way

        [switch]$Reverse,

        [switch]$Flatten

    )

    $Height = [Math]::Max(1, $Height)

    $Width = [Math]::Max(1, $Width)

    $Colors = new-object PoshCode.Pansies.RgbColor[][] $Height, $Width

    # Simple pythagorean distance

    $Size = [Math]::Sqrt(($Height - 1) * ($Height - 1) + ($Width - 1) * ($Width - 1))

    $Left = $StartColor."To$ColorSpace"()

    $Right = $EndColor."To$ColorSpace"()

    $StepSize = New-Object "${ColorSpace}Color" -Property @{

        Ordinals = $(

            foreach ($i in 0..($Left.Ordinals.Count-1)) {

                ($Right.Ordinals[$i] - $Left.Ordinals[$i]) / $Size

            }

        )

    }

    Write-Verbose "Size: $('{0:N2}' -f $Size) ($Width x $Height) ($($Colors.Length) x $($Colors[0].Length))"

    Write-Verbose "Diff: {$StepSize}"

    Write-Verbose "From: {$Left} $($StartColor.Ordinals)"

    Write-Verbose "To:   {$Right} $($EndColor.Ordinals)"

    # For colors based on hue rotation, the math is slightly more complex:

    [bool]$RotatingColor = $StepSize | Get-Member H

    if($RotatingColor) {

        [Bool]$Change = [Math]::Abs($StepSize.H) -ge 180 / $Size

        if ($Reverse) { $Change = !$Change }

        if ($Change) {

            $StepSize.H = if ($StepSize.H -gt 0) {

                $StepSize.H - 360 / $Size

            } else {

                $StepSize.H + 360 / $Size

            }

        }

        $Ceiling = 360

    }

    for ($Line = 1; $Line -le $Height; $Line++) {

        for ($Column = 1; $Column -le $Width; $Column++) {

            $D = [Math]::Sqrt(($Line - 1) * ($Line - 1) + ($Column - 1) * ($Column - 1))

            $StepColor = New-Object "${ColorSpace}Color" -Property @{

                Ordinals = $(

                    foreach ($i in 0..$Left.Ordinals.Count) {

                        $Left.Ordinals[$i] + $StepSize.Ordinals[$i] * $D

                    }

                )

            }

            # For colors based on hue rotation, the math is slightly more complex:

            if($RotatingColor) {

                if($StepColor.H -lt 0) {

                    $StepColor.H += 360

                }

                $StepColor.H %= $Ceiling

            }

            $Ordinals1 = $StepColor.Ordinals

            $Colors[$Line - 1][$Column - 1] = $StepColor.ToRgb()

            $Ordinals2 = $Colors[$Line - 1][$Column - 1].Ordinals

            Write-Debug ("Step ${Line},${Column}: {0:N2}, {1:N2}, {2:N2}  =>  {3:N2}, {4:N2}, {5:N2}" -f $Ordinals1[0], $Ordinals1[1], $Ordinals1[2], $Ordinals2[0], $Ordinals2[1], $Ordinals2[2] )

        }

    }

    if ($Flatten) {

        $Colors.GetEnumerator().GetEnumerator()

    } else {

        ,$Colors

    }

}

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