Matrix.ps1

<#
|====================================================================================>|
   Matrix Animation [PwShell] by APoorv Verma [AP] on 8/21/2024
|====================================================================================>|
      $) Multiple renderers (Windows, Unix): Default is Auto-Detect
      $) Sparsity of the matrix effect (1 is fully dense, 0.1 is sparse)
      $) Random Character Generation (+ Special Character Mode, like from the movie)
      $) Object Oriented Model for Matrix Line (using Ticking logic)
      $) Buffer / Cursor Position Saving (platform agnostic)
      $) Dynamic Console Size Detection
      $) Restore Console Properties upon Close
|====================================================================================>|
#>
using namespace System.Management.Automation.Host
param(
    # Sparsity of the matrix effect (1 is fully dense, 0.1 is sparse)
    [ValidateRange(0.0001, 1)][double]$Sparsity = 0.1,
    # Sleep time in milliseconds between each frame
    [ValidateRange(1, 10000)][int]$SleepTime = 50,
    [ValidateSet("Windows", "Unix", "Auto-Detect")][string]$Renderer = "Auto-Detect",
    [Switch]$SpecialChars,
    [Switch]$Debug
)
# =======================================START=OF=COMPILER================================================================|
#    The Following Code was added by AP-Compiler 1.6 (APC: 1.3) To Make this program independent of AP-Core Engine
#    GitHub: https://github.com/avdaredevil/AP-Compiler
# ========================================================================================================================|
$Script:PSHell=$(if($PSHell){$PSHell}elseif($PSScriptRoot){$PSScriptRoot}else{"."});
if($AP_CONSOLE.mode -ne 'main' -or $AP_CONSOLE.customFlags.runAsCompiled) {
    $Script:AP_CONSOLE = [PsCustomObject]@{version=[version]'1.3'; mode = 'shim'; customFlags = @{}}
    function B64 {param([Parameter(ValueFromPipeline=$true)][String]$Text, [ValidateSet("UTF8","Unicode")][String]$Encoding = "UTF8")     [System.Text.Encoding]::$Encoding.GetString([System.Convert]::FromBase64String($Text))}
    # This syntax is to prevent AV's from misclassifying this as anything but innocuous
    & (Get-Alias iex) (B64 "function AP-Require {param([Parameter(Mandatory=$True)][Alias("Functionality","Library")][ArgumentCompleter({
    [OutputType([System.Management.Automation.CompletionResult])]
    param(
        [string] $CommandName,
        [string] $ParameterName,
        [string] $WordToComplete,
        [System.Management.Automation.Language.CommandAst] $CommandAst,
        [System.Collections.IDictionary] $FakeBoundParameters
    )
    $CompletionResults = [System.Collections.Generic.List[System.Management.Automation.CompletionResult]]::new()
    $Lib = @("Internet","os:windows","os:mac","os:linux","os:unix","administrator","root","dep:","lib:","lib_test:","module:","module_test:","function:","strict_function:","ability:escape_codes","ability:emojis","ability:nerd_font","ability:long_paths","ability:console_manipulation")
    $jsOr = {foreach ($a in $args) {$a = $(if($a -is [scriptblock]){&$a}else{$a});if (!$a){continue};return $a};return $a} # Manually embedded JS-OR
    & $jsOr {$Lib | ? {$_ -like "$WordToComplete*"}} {$Lib | ? {$_ -like "*$WordToComplete*"}} | % {
        $CompletionResults.Add([System.Management.Automation.CompletionResult]::new($_, $_, 'ParameterValue', $_))
    }
    return $CompletionResults
})][String]$Lib, [ScriptBlock]$OnFail, [Switch]$PassThru)

    $LoadModule = {
        param($File,[bool]$Import)
        try {Import-Module $File -ea stop;return 1} catch {}
        $Lib=AP-ConvertPath "<LIB>";$LF = "$Lib\$File"
        $f = $LF,"$LF.psm1","$LF.dll" | ? {test-path -t leaf $_} | select -f 1
        if ($f -and $Import) {
            Import-Module $f
            if ($?) {return $f} else {Write-AP "!Failed to import [$File -> $F]";return 0}
        }
        return $f
    }
    $InvokeOrReturn = {param($Cmd, $fallback=0) if ($Cmd -is [ScriptBlock]) {try{& $Cmd}catch{$fallback}} else {$Cmd}}
    if (!$OnFail) {$PassThru = $true}
    $Stat = $(switch -regex ($Lib.trim()) {
        "^Internet$"                       {test-connection google.com -Count 1 -Quiet}
        "^admin(istrator)?$|^root$"        {Test-Administrator}
        "^dep:(.*)$"                       {Get-Where $Matches[1]}
        "^(lib|module):(.*)$"              {$LoadModule.invoke($Matches[2], $true)}
        "^(lib|module)_test:(.*)$"         {$LoadModule.invoke($Matches[2])}
        "^function:(.*)$"                  {gcm $Matches[1] -ea SilentlyContinue}
        "^strict_function:(.*)$"           {Test-Path "Function:\$($Matches[1])"}
        "^os:(win(dows)?|linux|mac|unix)$" {$o = Get-OS;$IsUnix = $PSVersionTable.Platform -eq "Unix";switch -regex ($Matches[1]) {
            "^win"   {return $o -eq "Windows"}
            "linux"  {return $o -eq "Linux"}
            "mac"    {return $o -eq "MacOS"}
            "unix"   {return $IsUnix}
        }}
        "^ability:(.+)$"     {$m = $Matches[1];JS-NCQ (& $InvokeOrReturn (@{
            escape_codes = $Host.UI.SupportsVirtualTerminal
            emojis = $env:WT_SESSION -or $env:WT_PROFILE_ID -or ($env:TERM_PROGRAM -match 'vscode|iTerm.app|Apple_Terminal')
            nerd_font = {$p=$Host.UI.RawUI.CursorPosition;Write-Host -NoNewline ([char]::ConvertFromUtf32(0xF0531));$n=$Host.UI.RawUI.CursorPosition;$Host.UI.RawUI.CursorPosition=$p;Write-Host -NoNewline '  ';$Host.UI.RawUI.CursorPosition=$p;($n.X-$p.X)-eq 1}
            long_paths = $PSVersionTable.Platform -eq "Unix" -or (Get-ItemProperty -Path "HKLM:\SYSTEM\CurrentControlSet\Control\FileSystem" | % longpathsenabled)
            console_manipulation = ![System.Console]::IsOutputRedirected -and ($Host.Name -eq 'ConsoleHost')
        }[$m])) {Write-AP "!Required ability [$m] is not supported on this platform."; throw 'BAD_SELECTOR'}}
        default {Write-AP "!Invalid selector provided [$("$Lib".split(':')[0])]";throw 'BAD_SELECTOR'}
    })
    if (!$Stat -and $OnFail) {& $OnFail}
    if ($PassThru -or !$OnFail) {return $Stat}
}

function Align-Text {
    [CmdletBinding()]
    [OutputType([String], [Hashtable])]
    param(
        [Parameter(Mandatory=1, ValueFromPipeline=1)][AllowEmptyString()][String[]]$Text,
        [switch]$ColorCodesDiscretePerLine,
        [switch]$Porcelain,
        # This can be [int] or [scriptblock]
        $ConstrainToWidth,
        [ValidateSet("Center","Right","Left")][String]$Align='Center'
    )
    begin {
        $isVerbose = $PSCmdlet.MyInvocation.BoundParameters.Verbose
        $EscapeCodeSplitter = "$([regex]::escape("$(Get-Escape)["))\d+(?:\;\d+)*m"
        $Dividers = @{chunk = Process-Unicode "`u{11288}"; style = Process-Unicode "`u{12288}"}
        $FinalFormatter = {
            param($Lines, $Styles)
            if (!$Porcelain) {return $Lines}
            if ($null -eq $Styles) {$Styles = [Regex]::Matches(($Lines -join ""), $EscapeCodeSplitter).value}
            return @{Lines = $Lines; RunningStyles = $Styles}
        }
    }
    process {
        if ($Align -eq "Left") {return & $FinalFormatter $Text}
        if (!"$Text".trim()) {return $Text}
        $WinSize = ?: $ConstrainToWidth {Invoke-OrReturn $ConstrainToWidth} ([console]::BufferWidth)
        
        $Text = $Text -split "`r?`n"
        if ($Text.count -gt 1) {
            $Lines = $Text | Align-Text -Align $Align -ColorCodesDiscretePerLine:$ColorCodesDiscretePerLine -Porcelain
            if ($ColorCodesDiscretePerLine) {
                for ($i = 1; $i -lt $Lines.Count; $i++) {
                    $Line = $Lines[$i]
                    $PrevStyles += $Lines[$i - 1].RunningStyles
                    $Line.Lines = $Line.Lines | % {"$PrevStyles$_"}
                    $Line.RunningStyles = "$PrevStyles$($Line.RunningStyles)"
                }
            }
            return & $FinalFormatter (Flatten $Lines.Lines) ($Lines.RunningStyles -join "")
        }
        # Single non `n line process
        $CleanTextSize = (Strip-ColorCodes (""+$Text)).Length

        # ======== Line is < $WinSize ==============|
        if ($CleanTextSize -le $WinSize) {
            if ($Align -eq "Center") {
                return & $FinalFormatter (" "*[math]::truncate(($WinSize-$CleanTextSize)/2)+$Text)
            }
            # Right
            return & $FinalFormatter (" "*($WinSize-$CleanTextSize)+$Text)
        }

        # ======== Line is >= $WinSize ==============|
        # Tracking Styles
        $RunningStyles = ""
        $Currline = @{
            styledData = ""
            contentSize = 0
            finalLines = @()
            next = {
                # Write-Verbose "*$Invok | New Line | LineData: $((''+$Currline.styledData.Length).PadLeft(3))"
                $Currline.finalLines += ,$Currline.styledData
                $Currline.styledData = $RunningStyles
                $Currline.contentSize = 0
                # Write-Verbose "*$Invok | Curr Total Lines: $($currline.finalLines.Count)"
            }
        }
        $AllChunks = $Text -replace "(${EscapeCodeSplitter})+(.*?)(?=${EscapeCodeSplitter}|$)","$($Dividers.chunk)`$1$($Dividers.style)`$2" -split $Dividers.chunk
        if ($AllChunks[0] -notcontains $Dividers.style) {$AllChunks[0] = "$($Dividers.style)$($AllChunks[0])"} # The first chunk could have no styles
        foreach ($CurrChunk in $AllChunks) {
            $Style,$TextChunk = $CurrChunk -split $Dividers.style
            $RunningStyles = ?: $ColorCodesDiscretePerLine "$RunningStyles$Style" $Style
            # Write-Host -f 2 ("IncomingStyle: $Style | RunningStyles: $RunningStyles" -replace ([regex]::Escape($(Get-Escape))),'\e')
            # Write-Host -f Yellow "TextChunk: $TextChunk"
            $Currline.styledData += $RunningStyles
            $TextChunkStrIndex = 0
            # Write-Verbose "*$Invok | TextChunk: $TextChunk | AllChunksSize: $((''+$AllChunks.Length).PadLeft(3))"
            while($TextChunkStrIndex -lt $TextChunk.Length) {
                if ($isVerbose) {Place-BufferedContent ("$Invok | LineData: $((''+$Currline.styledData.Length).PadLeft(3)) | ChunkIdx: $((''+$TextChunkStrIndex).PadLeft(3)) | ChunkLen: $($TextChunk.Length) | FinalLines: $($Currline.finalLines.Count)") -x 0 -y ([Console]::BufferHeight - 1) Yellow DarkGray}
                $ChunkSize = $TextChunk.Length - $TextChunkStrIndex
                Write-Verbose "*ChunkSize: $ChunkSize | $($Currline.contentSize) | $WinSize"
                if (($Currline.contentSize+$ChunkSize) -lt $WinSize) {
                    # If the current chunk fits in the current line
                    $Currline.styledData += $TextChunk.Substring($TextChunkStrIndex)
                    $Currline.contentSize += $ChunkSize
                    $TextChunkStrIndex += $ChunkSize
                    continue
                }
                # If the current chunk doesn't fit in the current line
                $newContent = $TextChunk.Substring($TextChunkStrIndex, $WinSize-$Currline.contentSize)
                $Currline.styledData += $newContent
                $Currline.contentSize += $newContent.length
                $TextChunkStrIndex += $newContent.length
                & $Currline.next
            }
        }
        if ($Currline.contentSize -gt 0) {
            if ($Currline.contentSize){
                Align-Text -Align $Align -Text $Currline.styledData -ColorCodesDiscretePerLine:$ColorCodesDiscretePerLine | ? {$_} | % {
                    $Currline.finalLines += ,$_
                }
            } else {
                $Currline.finalLines[-1] += $Currline.styledData
            }
        }
        return & $FinalFormatter $Currline.finalLines $RunningStyles
        return $Currline.finalLines
    }
}

function KeyTranslate {param([Parameter(Mandatory=$True)][String]$Key)

    $HashKey = @{
        "~~CtrlC~~"=67
        "~~Space~~"=32
        "~~ESCAPE~~"=27
        "~~Enter~~"=13
        "~~Shift~~"=16
        "~~Control~~"=17
        "~~ControlLeft~~"=@{code = 17; enhanced = $false}
        "~~ControlRight~~"=@{code = 17; enhanced = $true}
        "~~Alt~~"=18
        "~~BackSpace~~"=8
        "~~Delete~~"=46
        "~~f1~~"=112
        "~~f2~~"=113
        "~~f3~~"=114
        "~~f4~~"=115
        "~~f5~~"=116
        "~~f6~~"=117
        "~~f7~~"=118
        "~~f8~~"=119
        "~~f9~~"=120
        "~~f10~~"=121
        "~~f11~~"=122
        "~~f12~~"=123
        "~~Mute~~"=173
        "~~Insert~~"=45
        "~~PageUp~~"=33
        "~~PageDown~~"=34
        "~~END~~"=35
        "~~HOME~~"=36
        "~~tab~~"=9
        "~~CapsLock~~"=20
        "~~NumLock~~"=144
        "~~ScrollLock~~"=145
        "~~Windows~~"=91
        "~~Left~~"=37
        "~~Up~~"=38
        "~~Right~~"=39
        "~~Down~~"=40
        "~~KP0~~"=96
        "~~KP1~~"=97
        "~~KP2~~"=98
        "~~KP3~~"=99
        "~~KP4~~"=100
        "~~KP5~~"=101
        "~~KP6~~"=102
        "~~KP7~~"=103
        "~~KP8~~"=104
        "~~KP9~~"=105
        "~~KP*~~"=106
        "~~KP+~~"=107
        "~~KP-~~"=109
        "~~KP.~~"=110
        "~~KP/~~"=111
        "~~KP-ENTER~~"=@{code = 13; enhanced = $true}
    }
    if ($Convert = $HashKey.$Key) {return $Convert}
    Throw "Invalid Special Key Conversion [$Key]"
}

function Flatten {param([object[]]$x)

    if (!($X -is [array])) {return $x}
    if ($X.count -eq 1) {
        return $x | % {$_}
    }
    $x | % {Flatten $_}
}

function JS-NCQ {foreach ($a in $args) {$r = Invoke-OrReturn $a;if ($null -ne $r) {return $r}};return $r}

function Test-Administrator {
    if ($PSVersionTable.Platform -eq "Unix") {
        if ($(whoami) -eq "root") {
            return $true
        }
        else {
            return $false
        }
    }
    # Windows
    (New-Object Security.Principal.WindowsPrincipal ([Security.Principal.WindowsIdentity]::GetCurrent())).IsInRole([Security.Principal.WindowsBuiltinRole]::Administrator)
}

function AP-ConvertPath {param([Parameter(Mandatory=$True)][String]$Path)

    $PathSep = [IO.Path]::DirectorySeparatorChar
    return $Path -replace
        "<Dep>","<Lib>${PathSep}Dependencies" -replace
        "<Lib>","<Home>${PathSep}AP-Libraries" -replace
        "<Comp(onents)?>","<Home>${PathSep}AP-Components" -replace
        "<Home>",$PSHell}

function Invoke-OrReturn {param([Parameter(Mandatory=$true, ValueFromPipeline=$true, Position=0)][AllowNull()]$Code, [Parameter(ValueFromRemainingArguments=1)]$__Rest, [Switch]$AsProcessBlock)

    if (!($Code -is [ScriptBlock])) {return $Code}
    if (!$AsProcessBlock) {return & $Code @__Rest}
    return % -process $Code -InputObject $__Rest
}

function JS-OR {foreach ($a in $args) {$r = Invoke-OrReturn $a;if (!$r){continue};return $r};return $r}

function Set-Path {
    [cmdletbinding()]
    param(
        [Parameter(Mandatory = $true, ValueFromPipeline = $true)][string[]]$Path,
        [string]$PathSep,
        [string]$PathVar = "PATH"
    )
    begin {
        [string[]]$FinalPath
        $PathSep = Get-PathVarSep $PathSep
    }
    process {
        $Path | % {
            $FinalPath += $_
        }
    }
    end {
        $Pth = $FinalPath -join $PathSep
        $Pth = ($Pth -replace("$PathSep+", $PathSep) -replace("\\$PathSep|\\$", $PathSep)).trim($PathSep)
        $Pth = (($Pth).split($PathSep) | select -unique) -join $PathSep
        [Environment]::SetEnvironmentVariable($PathVar, $Pth)
    }
}

function Strip-ColorCodes {
    [CmdletBinding()]param([Parameter(ValueFromPipeline=1)]$Str)
    process {$Str | % {$_ -replace "$([regex]::escape("$(Get-Escape)["))\d+(\;\d+)*m",""}}
}

function Get-Escape {
    if ($null -eq $AP_CONSOLE.customFlags.__detected_escape_codes) {$AP_CONSOLE.customFlags.__detected_escape_codes = AP-Require "ability:escape_codes"}
    if (!$AP_CONSOLE.customFlags.__detected_escape_codes -and !$AP_CONSOLE.customFlags.forceUnixEscapes) {throw "[APConsole::Get-Escape] Your console does not support ANSI escape codes. You can set `$AP_CONSOLE.customFlags.noUnixEscapes = `$true to disable unix escape codes. Or, use: `$AP_CONSOLE.customFlags.forceUnixEscapes to attempt it anyways"}
    # We do this, because PowerShell Native doesn't know `e
    return [Char]0x1b # `e
}

function Write-AP {
    [CmdletBinding()]
    param([Parameter(ValueFromPipeline=1, Mandatory=1)]$Text,[Switch]$NoSign,[Switch]$PlainText,[ValidateSet("Center","Right","Left")][String]$Align='Left',[Switch]$PassThru)
    begin {$TT = @()}
    Process {$TT += ,$Text}
    END {
        $Blue = $(if ($AP_CONSOLE.customFlags.legacyColors){3}else{'Blue'})
        if ($TT.count -eq 1) {$TT = $TT[0]};$Text = $TT
        if ($text.count -gt 1 -or $text.GetType().Name -match "\[\]$") {
            return $Text | % {
                Write-AP $_ -NoSign:$NoSign -PlainText:$PlainText -Align $Align -PassThru:$PassThru
            }
        }
        if (!$text -or $text -notmatch "(?smi)^((?<NNL>x)|(?<NS>ns?)){0,2}(?<t>\>*)(?<s>[\+\-\!\*\#\@_])(?<w>.*)") {return Align-Text $Text -Align $Align | Write-Host}
        $tb  = "    "*$Matches.t.length
        $Col = @{'+'='2';'-'='12';'!'='14';'*'=$Blue;'#'='DarkGray';'@'='Gray';'_'='white'}[($Sign = $Matches.S)]
        if (!$Col) {Throw "Incorrect Sign [$Sign] Passed!"}
        $Sign = $(if ($NoSign -or $Matches.NS) {""} else {"[$Sign] "})
        $Data = "$tb$Sign$($Matches.W)";if (!$Data) {return Write-Host ""}
        if (AP-Require "function:Align-Text" -pa) {
            $Data = Align-Text -Align $Align "$tb$Sign$($Matches.W)"
        }
        if ($PlainText) {return $Data}
        $DataLines = $Data -split "`n"
        1..$DataLines.Count | % {
            $Idx = $_ - 1
            $NNL = !$idx -and $Matches.NNL
            Write-Host -NoNewLine:$NNL -f $Col $DataLines[$Idx]
            if ($PassThru) {return $Data}
        }
    }
}

function Get-Where {
    [CmdletBinding(DefaultParameterSetName="Normal")]
    param(
        [Parameter(Mandatory=$true, Position=0)][string]$File,
        [Switch]$All,
        [Parameter(ParameterSetName='Normal')][Parameter(ParameterSetName='Scan')][Switch]$ManualScan,
        [Parameter(ParameterSetName='Scan')][Switch]$Dbg,
        [Parameter(ParameterSetName='Scan')][string]$PathVar = "PATH"
    )
    $IsVerbose = $Dbg -or $PSCmdlet.MyInvocation.BoundParameters.Verbose -or $PSCmdlet.MyInvocation.BoundParameters.Debug
    $WhereBinExists = Get-Command "where" -ea SilentlyContinue
    $IsUnix = $PSVersionTable.Platform -eq "Unix"
    if ($File -eq "where" -or $File -eq "where.exe") {return $WhereBinExists}
    if ($WhereBinExists -and !$ManualScan) {
        $Out=$null
        if ($IsUnix) {
            $Out = which $file 2>$null
        } else {$Out = where.exe $file 2>$null}

        if (!$Out) {return}
        if ($All) {return $Out}
        return @($Out)[0]
    }
    foreach ($Folder in (Get-Path -PathVar $PathVar)) {
        if ($IsUnix) {
            $Lookup = "$Folder/$File"
            if ($IsVerbose) {Write-AP "*Checking [$Lookup]"}
            if (!(Test-Path -PathType Leaf $Lookup)) {continue}
            Resolve-Path $Lookup | % Path
            if (!$All) {return}
        } else {
            foreach ($Extension in (Get-Path -PathVar PATHEXT)) {
                $Lookup = "$Folder/$File$Extension"
                if ($IsVerbose) {Write-AP "*Checking [$Lookup]"}
                if (!(Test-Path -PathType Leaf $Lookup)) {continue}
                Resolve-Path $Lookup | % Path
                if (!$All) {return}
            }
        }
    }
}

function Get-Color {
    <#  .Description
        Fetches basic colors using the Unicode Escape sequences
    #>
    param (
        [ValidateSet(
            'r','reset','rS','resetStyles','d','dim','s','strike','u','underline','b','bold','i','italic','bl','blink','reverse','h','hidden',
            'Black','DarkBlue','DarkGreen','DarkCyan','DarkRed','DarkMagenta','DarkYellow','Gray','DarkGray','Blue','Green','Cyan','Red','Magenta','Yellow','White',
            'bg.Black','bg.DarkBlue','bg.DarkGreen','bg.DarkCyan','bg.DarkRed','bg.DarkMagenta','bg.DarkYellow','bg.Gray','bg.DarkGray','bg.Blue','bg.Green','bg.Cyan','bg.Red','bg.Magenta','bg.Yellow','bg.White'
        )][String[]]$Code,
        [Alias('bg')][Switch]$Background,
        [Switch]$CodeString
    )
    if ($AP_CONSOLE.customFlags.noUnixEscapes) {return}
    $AliasTable = @{u = 'underline';b = 'bold';i = 'italic';r = 'reset';rS = 'resetStyles';s = 'strike';d = 'dim';bl = 'blink';h = 'hidden'}
    if (!$Global:AP_COLOR_TABLE) {
        $TBL = $Global:AP_COLOR_TABLE = @{reset = 0;bold = 1;dim = 2;italic = 3;underline = 4;blink = 5;reverse = 7;hidden = 8;strike = 9;resetStyles = '22;23;24;25;27;28;29'}
        0,1 | % {
            $BgIndex = $_
            0,1 | % {
                $SpcIndex = $_
                $i = 0
                'Black.T|Red|Green|Yellow|Blue|Magenta|Cyan|White'.split('|') | % {
                    $Incr = $BgIndex * 10
                    $ColName = (('','bg.')[$BgIndex])+(('Dark','')[$SpcIndex])+$_
                    $ColSpace = (30, 90)[$SpcIndex] + $Incr
                    $TBL.$ColName = $ColSpace+($i++)
                }
            }
        }
        @{DarkGray = 'Black.T';Black = 'DarkBlack.T';Gray = 'DarkWhite'}.GetEnumerator() | % {
            $TBL.($_.Key) = $TBL.($_.Value)
            $TBL.('bg.'+$_.Key) = $TBL.('bg.'+$_.Value)
            $TBL.remove($_.Value)
            $TBL.remove('bg.'+$_.Value)
        }
    }
    $Codes = ($Code+$Args | % {
        $Global:AP_COLOR_TABLE.(JS-OR $AliasTable.$_ $_)
    }) -join ';'
    if ($CodeString) {return $Codes}
    return (Get-Escape) + '[' + $Codes + 'm' # Using string concat for faster processing
}

function Get-RGB {param([ValidateRange(0, 255)]$Red, [ValidateRange(0, 255)][int]$Green, [ValidateRange(0, 255)][int]$Blue, [Alias('bg')][Switch]$Background)

    if ($AP_CONSOLE.customFlags.noUnixEscapes) {return}
    if ($Red -is [Array]) {
        [int]$Red, $Green, $Blue = $Red
    }
    $Location = $(if($Background){48}else{38})
    $str = (Get-Escape) + '[' + $Location + ';2;' + $Red + ';' + $Green + ';' + $Blue + 'm' # Using string concat for faster processing
    return $str
}

function Do-Clamp {
    param([Parameter(Mandatory=1, Position=0)][int]$val, [Parameter(Mandatory=1, Position=1)][int]$min, [Parameter(Mandatory=1, Position=2)][int]$max)
    if ($val -lt $min) {$min}
    elseif ($val -gt $max) {$max}
    else {$val}
}

function Write-APL {
    [CmdletBinding()]
    param(
        [Parameter(ValueFromPipeline=$true, Mandatory=$True)]$Text,
        [Alias('NS')][Switch]$NoSign,
        [Alias('NNL','NL')][Switch]$NoNewLine,
        [Switch]$PassThru
    )
    begin {
        $SignRgx = "[\+\-\!\*\#\@_]"; $TT = @()
        $IsVerbose = $PSCmdlet.MyInvocation.BoundParameters.Verbose
    }
    process {Flatten $Text | % {
        $Line = $_ -split "`n"
        $LineSymbol = $(if ($line[0] -match "^n?x?n?(\>*)($SignRgx).*$") {$Matches[2]} else {""})
        if ($IsVerbose) {Write-Verbose "$(col i)LineSymbol: $LineSymbol | Line: $Line$(col rS)"}
        1..$Line.Length | % {
            $idx = $_ - 1
            if ($idx) {$TT += "`n"+$LineSymbol+$Line[$idx]}
            else {$TT += $Line[$idx]}
        }
    }}
    end {
        if ($IsVerbose) {Write-Verbose "$(col i)$(Print-List $TT)$(col rS)"}
        for ($i=0;$i -lt $TT.count;$i++) {
            [string]$Chunk = $TT[$i]
            if ($Chunk[0] -eq "`n") {$Chunk = $Chunk.Substring(1);Write-Host} # Special case for new line via `n
            $Chunk = $Chunk -replace "^n?x?n?(\>*$SignRgx)",'$1'
            if ($Chunk -notmatch "^\>*$SignRgx.*") {$Chunk = "_$Chunk"} # Use default as white
            $PrefixCode = ?: ($i -eq 0) {"x$(?: $NoSign {'n'} {''})"} {?: ($i -ne ($TT.Count - 1)) {"nx"} "n$(?: $NoNewLine {'x'} {''})"}
            if ($TT.Count -eq 1) {$PrefixCode = "$(?: $NoSign {'n'} {''})$(?: $NoNewLine {'x'} {''})"}
            if ($IsVerbose) {Write-Verbose "$(col i)PrefixCode: $PrefixCode | Chunk: $Chunk$(col rS)"}
            Write-AP "$PrefixCode$Chunk" -PassThru:$PassThru
        }
    }
}

function Get-Path {param($match, [string]$PathVar = "PATH", [string]$PathSep = "")

    $Pth = [Environment]::GetEnvironmentVariable($PathVar)
    $PathSep = Get-PathVarSep $PathSep
    if (!$Pth) {return @()}
    Set-Path $Pth -PathVar $PathVar -PathSep $PathSep
    $d = ($Pth).split($PathSep)
    if ($match) {$d -match $match} else {$d}
}

function Cross-ConsoleAPI {
    param(
        [Parameter(Mandatory=$true, Position=0)]
        [ArgumentCompleter({
            param($a,$b,$WordToComplete)
            $Table = _Cross-Console-Table
            return $Table.Keys | ? {$_ -like "$WordToComplete*"}
        })]
        [string]$Command,
        [ValidateSet('auto','win','unix')][string]$Renderer = 'auto',
        [Parameter(Mandatory=$false, Position=1, ValueFromRemainingArguments=$true)][ArgumentCompleter({
            $FakeBoundParameters = $args[4]
            $ResolvedCommand = $FakeBoundParameters.Command
            if (!$ResolvedCommand) {return}
            $Table = _Cross-Console-Table
            if (!$Table.$ResolvedCommand) {
                Write-APL "-Invalid command: $ResolvedCommand"
                return @()
            }
            $CommandInfo = $Table[$ResolvedCommand]
            if (!$CommandInfo.autocompleter) {return}
            return & $CommandInfo.autocompleter @args
        })]$__rest
    )
    if ($Renderer -eq 'auto') {
        # Detect if the current console can handle ANSI escape sequences. Is Unix, or Windows Terminal
        $UnixTerminal = $PSVersionTable.Platform -eq 'Unix'
        $InWinTerm = $env:WT_SESSION -or $env:WT_PROFILE_ID
        $Term = (Get-Process -id $pid).StartInfo.EnvironmentVariable.TERM_PROGRAM
        $IsVsCode = $Term -eq 'code'
        if ($Term -and !$IsVsCode) {
            Write-APL "!Implement this logic: (Get-Process -id $pid).StartInfo.EnvironmentVariable.TERM_PROGRAM == $Term"
        }
        if ($UnixTerminal -or $InWinTerm -or $IsVsCode -or (AP-Require "ability:escape_codes")) {
            $Renderer = 'unix'
        } else {
            $Renderer = 'win'
        }
    }
    $Hooks = @{
        processCoords = {
            param($defaults, $x, $y)
            if ($x -is [array]) {
                if ($x.Length -gt 2) {throw "Invalid cursor position (send x,y or <cmd> x y)"}
                $x,$y = $x | select -f 2
            }
            if ($x -is [string] -and $x -match '^(-?\d+)(,(-?\d+))?$') {
                $x = $Matches.1
                $y = if ($Matches.3) {$Matches.3} else {$y}
            }
            if ($x) {if ($x -is [int] -or "$x" -match "^-?\d+$") {$x = [int]$x} else {throw "Invalid x coordinate: $x (must be an integer)"}}
            if ($y) {if ($y -is [int] -or "$y" -match "^-?\d+$") {$y = [int]$y} else {throw "Invalid y coordinate: $y (must be an integer)"}}
            $x = JS-NCQ $x $defaults[0]
            $y = JS-NCQ $y $defaults[1]
            return $x,$y
        }
        processCoordsWithWrap = {
            $x, $y = & $hooks.processCoords @args
            if ([Console]::IsOutputRedirected) {return $x,$y}
            if ($x -lt 0) {$x = ([Console]::BufferWidth) + $x}
            if ($y -lt 0) {$y = ([Console]::BufferHeight) + $y}
            return $x,$y
        }
        processDirections = {
            param($dir, $offset)
            if ($dir -is [array]) {
                # Check if the first element is a number, if so, it's a direction
                if ($dir[0] -is [int] -or "$($dir[0])" -match "^-?\d+$") {return $dir}
                if ($dir.Length -gt 2) {throw "Invalid cursor position (send x,y or <cmd> x y)"}
                $dir,$offset = $dir | select -f 2
            }
            if ($dir -is [int] -or "$dir" -match "^-?\d+$") {return [int]$dir,[int]$offset}
            if ($dir -notmatch '^(up|down|left|right)$') {throw "Invalid direction: $dir, accepted values: up, down, left, right. Or use x,y"}
            try {[int]$offset = JS-NCQ $offset 1} catch {throw "Invalid offset: $offset (must be an integer >=1)"}
            $x = 0; $y = 0
            switch ($dir) {
                "up"    {$y = -$offset}
                "down"  {$y = $offset}
                "left"  {$x = -$offset}
                "right" {$x = $offset}
            }
            return $x,$y
        }
    }
    $Table = _Cross-Console-Table
    if (!$Table.$Command) {throw "Invalid command: $Command"}
    & $Table[$Command].$Renderer $hooks @__rest
}

function _Cross-Console-Table { # Has to be a function so that AP-Console Compiler can pick it up when compiling
    $CursorAutocompleter = {
        param($a,$b,$WordToComplete,$CommandAst, $FakeBoundParameters)
        Place-BufferedContent -x 0 -y 0 "Bound parameters: $(Print-List ($FakeBoundParameters | Get-Member -MemberType NoteProperty | % {$_.Name}))" Yellow
        return @("0,0","0") | Do-ArgMatch -WordToComplete $WordToComplete
    }
    return [ordered]@{
        "backup-cursor" = @{
            win = {
                if (!$Global:__AP_CONSOLE_CURSOR_POS) {$Global:__AP_CONSOLE_CURSOR_POS = [System.Collections.Stack]::new()}
                $Global:__AP_CONSOLE_CURSOR_POS.Push(@([Console]::CursorLeft, [Console]::CursorTop))
            }
            unix = {Write-Host -NoNewline "$(Get-Escape)[s"}
        }
        "restore-cursor" = @{
            win = {
                $Pos = $Global:__AP_CONSOLE_CURSOR_POS.Pop()
                if (!$Pos) {return}
                if ([Console]::IsOutputRedirected) {return}
                [Console]::SetCursorPosition($Pos[0], $Pos[1])
            }
            unix = {Write-Host -NoNewline "$(Get-Escape)[u"}
        }
        "get-cursor" = @{
            win = {
                if ([Console]::IsOutputRedirected) {return "0,0"}
                return "{0},{1}" -f [Console]::CursorLeft, [Console]::CursorTop
            }
            unix = {
                $CL = [Console]::CursorLeft
                Write-Host -NoNewline "$(Get-Escape)[6n"
                $iters = 0;while (!$Host.UI.RawUI.KeyAvailable) {Start-Sleep -m 10; if ($iters++ -gt 15) {
                    Write-AP "-[Unix Renderer] Failed to get the cursor position"
                    return
                }}
                $DetectedPoint = $(while ($Host.UI.RawUI.KeyAvailable) {
                    $Host.UI.RawUI.ReadKey("NoEcho,IncludeKeyDown,IncludeKeyUp")
                    Start-Sleep -m 10
                }).Character -join ""

                if ($DetectedPoint -eq "" -and [Console]::CursorLeft -ne $CL) {
                    # Sometimes the terminal doesn't respond with the cursor position, and instead printed it
                    while([Console]::CursorLeft -gt $CL) {Write-Host -NoNewline "`b"}
                    return "{0},{1}" -f [Console]::CursorLeft, [Console]::CursorTop
                }

                if (!$DetectedPoint -or $DetectedPoint -notmatch "^\x1b\[(\d+);(\d+)R$") {return "0,0"}
                return "{0},{1}" -f ($Matches[2]-1),($Matches[1]-1)
            }
        }
        "clear-from-cursor" = @{
            autocompleter = {
                param($a,$b,$WordToComplete)
                return @("left","right") | Do-ArgMatch -WordToComplete $WordToComplete
            }
            win = {
                if ([Console]::IsOutputRedirected) {return}
                $hasRight = $args -contains "right"
                $hasLeft = $args -contains "left" -or !$hasRight
                if ($hasLeft) {Place-BufferedContent -x 0 -y ([Console]::CursorTop) (" " * [Console]::CursorLeft)}
                if ($hasRight) {Place-BufferedContent -x ([Console]::CursorLeft) -y ([Console]::CursorTop)  (" " * ([Console]::BufferWidth - [Console]::CursorLeft))}
            }
            unix = {
                $hasLeft = $args -contains "left"
                $hasRight = $args -contains "right"
                if ($hasLeft -and $hasRight) {return Write-Host -NoNewline "$(Get-Escape)[2K"}
                if ($hasLeft) {Write-Host -NoNewline "$(Get-Escape)[1K"}
                if ($hasRight) {Write-Host -NoNewline "$(Get-Escape)[0K"}
            }
        }
        "clear-line" = @{
            win = {Clear-Line}
            unix = {Write-Host -NoNewline "$(Get-Escape)[2K`r"}
        }
        "clear-screen" = @{
            win = {Clear-Host}
            unix = {Linux-Cls}
        }
        "set-cursor" = @{
            autocompleter = $CursorAutocompleter
            win = {
                param($hooks)
                if ([Console]::IsOutputRedirected) {return}
                $x, $y = & $hooks.processCoordsWithWrap ([Console]::CursorLeft,[Console]::CursorTop) @args
                $x = Do-Clamp $x 0 ([Console]::BufferWidth - 1)
                $y = Do-Clamp $y 0 ([Console]::BufferHeight - 1)
                [Console]::SetCursorPosition($x, $y)
            }
            unix = {
                param($hooks)
                $x, $y = & $hooks.processCoordsWithWrap ([Console]::CursorLeft,[Console]::CursorTop) @args
                Write-Host -NoNewline "$(Get-Escape)[$($y+1);$(($x+1))H"
            }
        }
        "move-cursor" = @{
            autocompleter = $CursorAutocompleter
            win = {
                param($hooks)
                $x, $y = & $hooks.processDirections @args
                $x, $y = & $hooks.processCoords 0,0 $x,$y
                # Place-BufferedContent -x 0 -y 3 "x+$x y+$y | $(Print-List $args)"
                $x = Do-Clamp ([Console]::CursorLeft + $X) 0 ([Console]::BufferWidth - 1)
                $y = Do-Clamp ([Console]::CursorTop + $Y) 0 ([Console]::BufferHeight - 1)
                if ([Console]::IsOutputRedirected) {return}
                [Console]::SetCursorPosition($x, $y)
            }
            unix = {
                param($hooks)
                $x, $y = & $hooks.processDirections @args
                $x, $y = & $hooks.processCoords 0,0 $x,$y
                $xCode = if ($x -lt 0) {"$(Get-Escape)[$(-$x)D"} elseif ($x -gt 0) {"$(Get-Escape)[${x}C"} else {""}
                $yCode = if ($y -lt 0) {"$(Get-Escape)[$(-$y)A"} elseif ($y -gt 0) {"$(Get-Escape)[${y}B"} else {""}
                Write-Host -NoNewline "$xCode$yCode"
            }
        }
    }
}

function Print-List {param($x, [Switch]$InRecurse)

    if ($x.count -le 1) {return ?:($InRecurse){$x}{"[$x]"}} else {
        return "[$(($x | % {Print-List $_ -InRecurse}) -join ', ')]"
    }
}

function Get-OS {
    if ($PSVersionTable.PSEdition -eq 'Core') {
        if ($IsWindows) {return 'Windows'}
        elseif ($IsLinux) {return 'Linux'}
        elseif ($IsMacOS) {return 'MacOS'}
    } else {return 'Windows'}
}

function KeyPressedCode {param([Parameter(Mandatory=$True)][Int]$Key, $Store="^^^")

    if (!$Host.UI.RawUI.KeyAvailable -and $Store -eq "^^^") {Return $False}
    if ($Store -eq "^^^") {$Store = $Host.UI.RawUI.ReadKey("IncludeKeyUp,NoEcho")}
    return ($Key -in $Store.VirtualKeyCode)
}

function Invoke-Ternary {param($decider, $iftrue, $iffalse = {})

    $InvokeOrReturn = {
        param($Cmd)
        if ($Cmd -is [ScriptBlock]) {& $Cmd} else {$Cmd}
    }
    if ($decider) {& $InvokeOrReturn $iftrue} else {& $InvokeOrReturn $iffalse}
}

function Process-Unicode {
    $FinalArgs = Flatten $args
    # PowerShell Core syntax when processed by PowerShell Native
    if ("$FinalArgs" -match "u{(\w+)}") {
        return [Regex]::Unescape(("$FinalArgs" -replace "u{(\w+)}",'\u$1'))
    }
    if (!($FinalArgs | ? {$_ -isnot [int]})) {
        return [char[]]$FinalArgs -join ''
    }
    return $args
}

function Get-PathVarSep {param([string]$Override = "")

    $IsUnix = $PSVersionTable.Platform -eq "Unix"
    return JS-OR $Override (?: $IsUnix ":" ";")
}

function KeyPressed {param([Parameter(Mandatory=$True)][String[]]$Key, $Store = "^^^")

    if ($Store -eq "^^^" -and $Host.UI.RawUI.KeyAvailable) {$Store = $Host.UI.RawUI.ReadKey("IncludeKeyUp,NoEcho")} else {if ($Store -eq "^^^") {return $False}}
    $Key | % {
        $SOURCE = $_
        Foreach ($K in $SOURCE) {
            [String]$K = $K
            if ($K -match "^c-(\d+)$") {
                if (KeyPressedCode $Matches[1] $Store) {return $True}
            } elseif ($K -match "^~~(.+)~~$") {
                $Code = KeyTranslate $K
                if ($Code -is [hashtable]) {
                    $HasEnhanced = $Store.ControlKeyState.HasFlag([System.Management.Automation.Host.ControlKeyStates]::EnhancedKey)
                    if ($Code.enhanced -ne $HasEnhanced) {continue}
                    $Code = $Code.code
                }
                if (KeyPressedCode $Code $Store) {return $True}
            } else {
                if ($K.chars(0) -in $Store.Character) {return $True}
            }
        }
    }
    return $False
}

function Get-Levenshtein {
    [CmdletBinding()]
    param(
        [Parameter(Mandatory=$true, Position=0)][string]$Source,
        [Parameter(Mandatory=$true, Position=1)][string]$Target,
        [switch]$Normalize
    )

    # Optimizations for edge cases
    if ($Source -eq $Target) {return 0}
    if ([string]::IsNullOrEmpty($Source)) {return $Target.Length}
    if ([string]::IsNullOrEmpty($Target)) {return $Source.Length}

    # Swap for optimization if Target is shorter than Source
    if ($Target.Length -lt $Source.Length) {
        $Temp = $Source
        $Source = $Target
        $Target = $Temp
    }

    # Initialize distance array (only store current and previous rows)
    $PrevRow = New-Object int[] ($Source.Length + 1)
    $CurrRow = New-Object int[] ($Source.Length + 1)

    # Initialize the first row
    for ($i = 0; $i -le $Source.Length; $i++) {
        $PrevRow[$i] = $i
    }

    # Calculate the minimum edit distance
    for ($i = 0; $i -lt $Target.Length; $i++) {
        $CurrRow[0] = $i + 1

        for ($j = 0; $j -lt $Source.Length; $j++) {
            $Cost = if ($Source[$j] -eq $Target[$i]) {0} else {1}

            # Calculate minimum cost from three operations
            $CurrRow[$j + 1] = [Math]::Min(
                ($CurrRow[$j] + 1),                   # Insertion
                [Math]::Min(
                    ($PrevRow[$j + 1] + 1),           # Deletion
                    ($PrevRow[$j] + $Cost)            # Substitution
                )
            )
        }

        # Swap rows for next iteration
        $Temp = $PrevRow
        $PrevRow = $CurrRow
        $CurrRow = $Temp
    }

    $Distance = $PrevRow[$Source.Length]

    # Normalize if requested (0-1 scale where 1 means identical)
    if ($Normalize) {
        $MaxLength = [Math]::Max($Source.Length, $Target.Length)
        return ?: ($MaxLength -eq 0) 1 (1 - ($Distance / $MaxLength))
    }

    return $Distance
}

function Clear-Line {
    $Nm = [Console]::WindowWidth
    $t = [Console]::CursorTop;[Console]::CursorLeft=0
    Write-Host -NoNewLine (" "*$NM)
    [Console]::CursorTop=$t;[Console]::CursorLeft=0
}

function Do-ArgMatch {
    [CmdletBinding()]
    param(
        [string]$WordToComplete,
        [scriptblock]$MatchOn,
        [scriptblock]$CompletionFormatter,
        [Alias('Limit')][int]$MaxResults = 50,
        [Alias('Fuzzy')][switch]$UseLevenshtein,
        [Parameter(ValueFromPipeline=$true)]$_args
    )
    begin {$collectedArgs = @()}
    process {$collectedArgs += ,$_args}
    end {
        $TryGetText = {
            param($Text)
            if ($MatchOn -is [scriptblock]) {return $Text | % $MatchOn}
            if ($Text -is [System.Management.Automation.CompletionResult]) {return $Text.CompletionText}
            return [string]$Text
        }
        $SelectArgs = ?: ($MaxResults -gt 0) @{First=$MaxResults} @{}
        $Filterers = @(
            {$collectedArgs | ? {(& $TryGetText $_) -like "$WordToComplete*"}}
            {$collectedArgs | ? {(& $TryGetText $_) -like "*$WordToComplete*"}}
            $(if ($UseLevenshtein) {{
                $collectedArgs | % {
                    $text = & $TryGetText $_
                    $similarity = Get-Levenshtein $WordToComplete ($text.Substring(0, [Math]::Min($WordToComplete.Length, $text.Length))) -Normalize
                    if ($similarity -ge .7) {
                        [PSCustomObject]@{Item=$_;Similarity=$similarity}
                    }
                } | sort Similarity -Descending | select -ExpandProperty Item
            }} else {{}}),
            $collectedArgs
        ) | ? {$_}
        return JS-OR @Filterers | select @SelectArgs | % {
            if (!$CompletionFormatter) {return $_}
            $_ | % $CompletionFormatter
        } | % {
            $name = JS-OR $_.Name $_.Value $_.Key $_.CompletionText $_
            $displayText = JS-OR $_.Display $_.Visual $_.ListItemText $name
            $description = JS-OR $_.Description $_.Comment $_.Source $_.ToolTip $displayText $name
            $type = JS-OR $_.ResultType "ParameterValue"
            $finalOptionallyQuotedName = if ($name -match '\s') {"`"$name`""} else {$name}
            [System.Management.Automation.CompletionResult]::new($finalOptionallyQuotedName, $displayText, $type, $description)
        }
    }
}

function Place-BufferedContent {param($Text, $x, $y, [ConsoleColor]$ForegroundColor=[Console]::ForegroundColor, [ConsoleColor]$BackgroundColor=[Console]::BackgroundColor)

    if (!$Text) {return}
    $crd = [Management.Automation.Host.Coordinates]::new($x,$y)
    $b = $Host.UI.RawUI
    $arr = $b.NewBufferCellArray(@($Text), $ForegroundColor, $BackgroundColor)
    $x = [Console]::BufferWidth-1-$Text.length
    $b.SetBufferContents($crd, $arr)
}

function Linux-Cls {
    <#
    .SYNOPSIS
        Clears the terminal (console) screen as well as the scrollback buffer.
    #>
    [Console]::Write("$(Get-Escape)[2J$(Get-Escape)[3J$(Get-Escape)[H")
}

Set-Alias xcon Cross-ConsoleAPI
Set-Alias ?: Invoke-Ternary
Set-Alias rgb Get-RGB
Set-Alias col Get-Color
Set-Alias which Get-Where")
} elseif($AP_CONSOLE.warnOnCompileRun) {& $AP_CONSOLE.warnOnCompileRun}
# ========================================END=OF=COMPILER=================================================================|
if ($Renderer -eq "Auto-Detect") {$Renderer = ?: (AP-Require ability:escape_codes) "Unix" "Windows"}
$e = Get-Escape

function Get-RandomChar {
    if (!$SpecialChars) {return [char](Get-Random -Minimum 33 -Maximum 126)}
   $charSets = @(
        # Katakana characters
        @(0x30A0..0x30FF),
        # Latin letters (uppercase and lowercase)
        @(0x0041..0x005A + 0x0061..0x007A),
        # Digits
        @(0x0030..0x0039),
        # Some special characters
        @(0x0021, 0x0023, 0x0024, 0x0025, 0x002B, 0x003D, 0x003F, 0x0040),
        # Additional Matrix-like symbols
        @(0x25A0, 0x25A1, 0x25B2, 0x25B3, 0x25BC, 0x25BD)
    )

    $weights = @(
        70, # Weight for Katakana
        20, # Weight for Latin letters
        5,  # Weight for digits
        3,  # Weight for special characters
        2   # Weight for additional symbols
    )

    $totalWeight = ($weights | Measure-Object -Sum).Sum
    $randomValue = Get-Random -Minimum 1 -Maximum ($totalWeight + 1)

    $currentWeight = 0
    $selectedSet = -1
    for ($i = 0; $i -lt $weights.Count; $i++) {
        $currentWeight += $weights[$i]
        if ($randomValue -le $currentWeight) {
            $selectedSet = $i
            break
        }
    }

    try {
        $char = [char](Get-Random -InputObject $charSets[$selectedSet])
    } catch {
        Write-Host "Selected set: $selectedSet | Set count: $($charSets.Count)"
        exit
    }

    return $char
}

class MatrixLine {
    [char[]]$Line
    [int]$xOffset
    [int]$Speed = 1
    [int]$Size = 1
    [bool]$IsDead = $false
    hidden [int]$yOffset = 0

    MatrixLine([int]$xOffset) {
        $this.xOffset = $xOffset
        $this.initialize()
        $this.Speed = Get-Random -Minimum 1 -Maximum ([Math]::Max(2, $this.Size * .3))
    }
    MatrixLine([int]$xOffset, [int]$Speed) {
        $this.xOffset = $xOffset
        $this.Speed = $Speed
        $this.initialize()
    }
    Hidden initialize() {
        $this.Line = @()
        $ConsoleHeight = $global:Host.UI.RawUI.WindowSize.Height
        # Randomize the length of the line between 9% and 40% of the console height
        $this.Size = Get-Random -Minimum ([Math]::Max(1, $ConsoleHeight * .09)) -Maximum ([Math]::Min([Math]::Max(2, $ConsoleHeight * .70), 50))
    }
    [bool]ValidateIsInBounds() {
        if ($this.IsDead) { return $false }
        $ConsoleWidth = $global:Host.UI.RawUI.WindowSize.Width
        $ConsoleHeight = $global:Host.UI.RawUI.WindowSize.Height
        if (($this.yOffset - $this.Size - 1) -gt $ConsoleHeight) {
            $this.Die()
            return $false
        }
        if ($this.xOffset -lt 0 -or $this.xOffset -ge $ConsoleWidth) {
            $this.Die()
            return $false
        }
        return $true
    }
    Tick() {
        # Write-AP "x*","n_Ticking ($($this.IsDead) | $($this.ValidateIsInBounds()) | $($this.Line.Length) | $($this.Size) | $($this.yOffset) | $($this.xOffset))"
        if (!$this.ValidateIsInBounds()) { return }
        if ($this.Line.Length -lt $this.Size) {
            $this.Line += Get-RandomChar
        }
        $this.Draw()
        $this.yOffset += $this.Speed
    }
    Draw() {
        $ConsoleHeight = $global:Host.UI.RawUI.WindowSize.Height
        for ($i = 0; $i -lt $this.Line.Length; $i++) {
            if ($this.yOffset + $i -ge $ConsoleHeight) { break }
            $char = Get-RandomChar
            if ($Script:Debug) {try{Place-BufferedContent -x ([Console]::WindowWidth - 50) -y 0 -Text "  i: $i | $char | $($this.Line.Length) | $($this.yOffset + $i) | $($this.Line.Length - 1) "}catch{}}
            $RatioToFront = $(if ($i -eq ($this.Line.Length - 1) -and $this.yOffset) {1} else {$i / $this.Line.Length})

            # WriteTo the Correct position
            DrawTo -x $this.xOffset -y ($this.yOffset + $i) -RatioToFront $RatioToFront -text $char
        }
        # Erase the last character of the line
        $LastYs = ($this.yOffset - $this.Line.Length)..($this.yOffset - $this.Line.Length - $this.Speed)
        $LastYs | ? {$_ -ge 0 -and $_ -le $ConsoleHeight} | % {
            DrawTo -x $this.xOffset -y $_ -RatioToFront -1 -text " "
        }
    }
    Die() {
        $this.IsDead = $true
    }
}

function DrawTo([int]$x, [int]$y, [decimal]$RatioToFront, [string]$text) {
    if ($Renderer -eq "Windows") {
        if ($RatioToFront -eq -1) {
            # Clear the position
            Place-BufferedContent -x $x -y $y -Text " "
            return
        }
        $Styles = @{
            ForegroundColor = ""
            BackgroundColor = [Console]::BackgroundColor
        }
        $Styles.ForegroundColor = $(if ($RatioToFront -eq 1) {"White"} elseif ($RatioToFront -ge 0.7) {"Green"} else {"DarkGreen"})
        if ($RatioToFront -ge 0.7) {$Styles.BackgroundColor = "DarkGreen"}
        Place-BufferedContent -x $x -y $y -Text "$text" @Styles
    } elseif ($Renderer -eq "Unix") {
        if ($RatioToFront -eq -1) {
            # Clear the position
            Write-Host -NoNewline "${e}[$y;${x}H "
            return
        }

        # Base green color (dark green to bright green)
        $baseGreen = [Math]::Max(0, [Math]::Min(255, [int](50 + (205 * $RatioToFront))))

        # Enhanced glow effect for leading characters
        if ($RatioToFront -gt 0.7) {
            $glowIntensity = ($RatioToFront - 0.7) / 0.3  # Normalized to 0-1 range
            $red = [Math]::Min(255, [int](200 * $glowIntensity))
            $green = 255  # Max brightness for green
            $blue = [Math]::Min(255, [int](100 * $glowIntensity))
            $escapeSequence = "${e}[$y;${x}H${e}[38;2;$red;$green;$blue m"
        } else {
            $escapeSequence = "${e}[$y;${x}H${e}[38;2;0;$baseGreen;0m"
        }
        
        Write-Host -NoNewline "$escapeSequence$text${e}[0m"
    }
}

function Setup-Console {
    # Back up the current terminal buffer content
    $Script:CurrBuffer = [Rectangle]::new(0, 0, $Host.UI.RawUI.BufferSize.Width, $Host.UI.RawUI.BufferSize.Height)
    if ($Renderer -eq "Windows") {
        try {
            $Script:BufferContent = $Host.UI.RawUI.GetBufferContents($Script:CurrBuffer)
            
            # Save the current cursor position
            $Script:CursorPos = $Host.UI.RawUI.CursorPosition
            
            # Hide the cursor
            [Console]::CursorVisible = $false
        } catch {
            Write-AP "x*","n_Failed to get the current terminal buffer content: $_"
            Start-Sleep 1
        }
    } elseif ($Renderer -eq "Unix") {
        # Print ESC[?47h to save the current terminal buffer content
        Write-Host -NoNewline "${e}[?47h"

        # # Save the current cursor position with ESC[s
        # Write-Host -NoNewline "${e}[s"

        # Save Cursor Exact Position with ESC[6n
        $global:cp = $Script:CursorPosUnix = xcon get-cursor -Renderer unix

        # Hide the cursor with ESC[?25l
        Write-Host -NoNewline "${e}[?25l"
    }
    Clear-Host
}

function Reset-Console {
    if ($Renderer -eq "Windows") {
        # Show the cursor
        [Console]::CursorVisible = $true

        # Clear the screen
        Clear-Host

        # Restore the original terminal buffer content
        if ($Script:BufferContent) {
            try {
                Write-AP "x*","n_Restoring the original terminal buffer content"
                $Coords = [Coordinates]::new(0, 0)
                $Host.UI.RawUI.SetBufferContents($Coords, $Script:BufferContent)
            } catch {
                Write-Host -f Red "Failed to restore the original terminal buffer content: $_"
            }
        }

        # Restore the original cursor position
        if ($Script:CursorPos) {
            try {
                $Host.UI.RawUI.CursorPosition = $Script:CursorPos
            } catch {
                Write-Host -f Red "Failed to restore the original cursor position: $_"
            }
        }
    } elseif ($Renderer -eq "Unix") {
        # Print ESC[?47l to restore the original terminal buffer content
        Write-Host "${e}[?47l"

        # Show the cursor with ESC[?25h
        Write-Host "${e}[?25h"

        # Restore the cursor position with ESC[<row>;<column>R
        xcon set-cursor $global:cp -Renderer unix
    }
}
$Script:CurrMatrixLines = @()

function Get-GridColumns {
    $ConsoleWidth = $global:Host.UI.RawUI.WindowSize.Width
    return [Math]::Max(1, [Math]::Floor($ConsoleWidth * $Sparsity))
}

function Tick-MatrixAnimation {
    $ConsoleWidth = $global:Host.UI.RawUI.WindowSize.Width
    $TotalColumns = Get-GridColumns
    
    # Make sure CurrMatrixLines is the same length as the console width
    while ($Script:CurrMatrixLines.Length -lt $TotalColumns) {$Script:CurrMatrixLines += $null} # Add nulls until the length is correct
    $Script:CurrMatrixLines = $Script:CurrMatrixLines[0..($TotalColumns - 1)]                   # Trim the array to the correct length
    
    $EmptyLineIndeces = 0..($TotalColumns - 1) | ? { !$Script:CurrMatrixLines[$_] }
    
    0..$Script:CurrMatrixLines.length | % {
        if (!$Script:CurrMatrixLines[$_].IsDead) { return }
        $Script:CurrMatrixLines[$_] = $null # Remove dead lines
    }

    if ($EmptyLineIndeces.Count -ne 0) {
        $EmptyLineIndeces | Get-Random | % {
            $ColumnWidth = $Script:ColumnWidths[$_]
            $ColumnIdx = $_
            $ColumnMin = ($Script:ColumnWidths[0..($ColumnIdx - 1)] | Measure-Object -Sum).Sum
            $ColumnMax = [Math]::Max($ColumnMin + 1, $ColumnWidth * ($ColumnIdx + 1))
            if ($Debug) {try{Place-BufferedContent -x ([Console]::WindowWidth - 50) -y 1 -Text "  $ColumnIdx | $ColumnMin | $ColumnMax | $ColumnWidth | $ConsoleWidth/$TotalColumns       "}catch{}}
            $RandomX = [Math]::Floor((Get-Random -Minimum $ColumnMin -Maximum $ColumnMax))
            $Script:CurrMatrixLines[$ColumnIdx] = [MatrixLine]::new($RandomX)
        }
    }
    
    $CurrMatrixLines | ? {$_} | % { $_.Tick() }
}
function Recompute-ColumnWidths {
    $ConsoleWidth = $global:Host.UI.RawUI.WindowSize.Width
    $TotalColumns = Get-GridColumns
    $AdjustableIndeces = @()

    $ColumnWidth = [Math]::Max(1, [int]($ConsoleWidth / $TotalColumns))
    $Script:ColumnWidths = JS-OR $Script:ColumnWidths {1..$TotalColumns | % { $ColumnWidth }}

    if ($Script:ColumnWidths.Count -lt $TotalColumns) {
        $AdjustableIndeces += $Script:ColumnWidths.Count..($TotalColumns - 1)
        $Script:ColumnWidths += 1..($TotalColumns - $Script:ColumnWidths.Count) | % { $ColumnWidth }
    } elseif ($Script:ColumnWidths.Count -gt $TotalColumns) {
        $Script:ColumnWidths = $Script:ColumnWidths[0..($TotalColumns - 1)]
    }
    if ($AdjustableIndeces.Count -eq 0) { $AdjustableIndeces = 0..($TotalColumns - 1) }

    $TotalAllocatedSize = $Script:ColumnWidths | Measure-Object -Sum | Select-Object -ExpandProperty Sum
    for ($i = 0; $i -lt ($ConsoleWidth - $TotalAllocatedSize); $i++) { $Script:ColumnWidths[(Get-Random $AdjustableIndeces)]++ }

    if ($Debug) {
        xcon move-cursor 0 ([Console]::WindowHeight - 1)
        Write-Host -NoNewLine ((1..$TotalColumns | % {
            $ColumnIdx = $_ - 1
            $ColumnWidth = $Script:ColumnWidths[$ColumnIdx]
            Write-Host -NoNewline "$(rgb -bg (1..3 | % {get-random -min 0 -max 255}))$(" " * $ColumnWidth)"
        }) -join "")
    }
}
function Script-Tick {
    # Detect Escape and reset the terminal
    While ($Host.UI.RawUI.KeyAvailable) {
        $Store = $Host.UI.RawUI.ReadKey("NoEcho,IncludeKeyDown,IncludeKeyUp")
        if (KeyPressed "~~Escape~~" $Store) {
            Reset-Console
            exit
        }
    }
    Tick-MatrixAnimation
    Start-Sleep -Milliseconds $SleepTime
}

# Set up the console
Setup-Console

# Run the matrix effect
$Script:KnownDims = $Host.UI.RawUI.WindowSize
$SizeChanged = $false
Recompute-ColumnWidths
try {
    while ($true) {
        # Reset the console if the window size has changed
        while (($Host.UI.RawUI.WindowSize.Width -ne $Script:KnownDims.Width) -or ($Host.UI.RawUI.WindowSize.Height -ne $Script:KnownDims.Height)) {
            Clear-Host
            $Script:KnownDims = $Host.UI.RawUI.WindowSize
            Write-Host "Window size changed. Resetting console. | $($Host.UI.RawUI.WindowSize.Width) | $($Host.UI.RawUI.WindowSize.Height) | $($Script:KnownDims.Width) | $($Script:KnownDims.Height) | $(Get-Random)"
            $SizeChanged = $true
            Start-Sleep 1
        }
        if ($SizeChanged) {Clear-Host;$SizeChanged = $false;Recompute-ColumnWidths}
        Script-Tick
    }
} finally {
    Reset-Console
}