365 lines
23 KiB
PowerShell
365 lines
23 KiB
PowerShell
param()
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$ErrorActionPreference = 'Stop'
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$projectRoot = (Resolve-Path (Join-Path $PSScriptRoot '..')).Path
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$failures = [System.Collections.Generic.List[string]]::new()
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function Read-ProjectText([string]$relativePath) {
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Get-Content -LiteralPath (Join-Path $projectRoot $relativePath) -Raw -Encoding UTF8
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}
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# Validate file destinations, not external URLs or Markdown heading anchors.
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$linkCount = 0
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$markdownFiles = Get-ChildItem -LiteralPath $projectRoot -Filter '*.md' -File -Recurse |
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Where-Object { $_.FullName -notmatch '[\\/]\.git[\\/]' }
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foreach ($file in $markdownFiles) {
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$source = Get-Content -LiteralPath $file.FullName -Raw -Encoding UTF8
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if ([string]::IsNullOrEmpty($source)) { continue }
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foreach ($match in [regex]::Matches($source, '\[[^\]]*\]\(([^)]+)\)')) {
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$target = $match.Groups[1].Value.Trim().Trim('<', '>')
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if ($target -match '^(https?://|mailto:|codex:|#)' -or $target -match '[<>]') { continue }
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$target = [uri]::UnescapeDataString(($target -split '#', 2)[0])
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if (-not $target) { continue }
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$linkCount++
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if (-not (Test-Path -LiteralPath (Join-Path $file.DirectoryName $target))) {
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$failures.Add("Missing link: $($file.FullName) -> $target")
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}
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}
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}
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$timelineRows = 0
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foreach ($line in ((Read-ProjectText '03_故事大纲/主线总年表.md') -split '\r?\n')) {
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if ($line -match '^\|\s*([+-]?\d+)\s*\|\s*(\d+)\s*\|[^|]+\|\s*(\d+)\s*\|\s*(\d+|未出生)\s*\|') {
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$timelineRows++
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$year = [int]$Matches[2]
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if ([int]$Matches[1] -ne ($year - 874) -or [int]$Matches[3] -ne ($year - 855)) {
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$failures.Add("Timeline mismatch: $line")
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}
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if ($Matches[4] -ne '未出生' -and [int]$Matches[4] -ne ($year - 856)) {
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$failures.Add("Hero age mismatch: $line")
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}
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}
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}
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if ($timelineRows -ne 23) { $failures.Add("Expected 23 timeline rows, got $timelineRows") }
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# V03 chronology must keep early achievement, recruitment, conflict and exile in order.
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$v3Timeline = Read-ProjectText '03_故事大纲/主线总年表.md'
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$v3Checks = @(
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@{ Year = 868; Terms = @('幕纹石', '修具师', '尚未做隔魔农田') },
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@{ Year = 869; Terms = @('多年', '尚无正式冲突') },
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@{ Year = 870; Terms = @('13岁艾达', '受监督寻伴', '推迟接纳') },
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@{ Year = 871; Terms = @('第二农事季', '深秋仓塌') },
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@{ Year = 872; Terms = @('黑腹热', '方法收编') },
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@{ Year = 873; Terms = @('神判', '担保撤销') },
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@{ Year = 874; Terms = @('洛恩', '祝福挡击', '自愿越境') },
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@{ Year = 875; Terms = @('12000平方米', '800千克', '购粮和魔兽肉') },
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@{ Year = 880; Terms = @('第二次', '推迟接纳') }
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)
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foreach ($check in $v3Checks) {
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$row = [regex]::Match($v3Timeline, "(?m)^\| [+-]?\d+ \| $($check.Year) \|.*$").Value
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foreach ($term in $check.Terms) {
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if (-not $row.Contains($term)) { $failures.Add("V03 timeline fact missing in $($check.Year): $term") }
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}
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}
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$v3Arc = Read-ProjectText '03_故事大纲/前期因果链_V03_从受祝福者到越境者.md'
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$v3Rule = Read-ProjectText '02_世界设定/女神祝福与寻伴仪.md'
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foreach ($term in @('865—866', '867—869', '870春', '15岁', '卢西安14岁', '艾达13岁', '卡莎')) {
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if (-not $v3Arc.Contains($term)) { $failures.Add("V03 early arc missing: $term") }
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}
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foreach ($term in @('贤者之席', '没有隐藏回路', '祝福不是常亮光环', '教会能保管')) {
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if (-not $v3Rule.Contains($term)) { $failures.Add("V03 blessing rule missing: $term") }
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}
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Write-Output "V03 chronology: $($v3Checks.Count) anchors; early arc and blessing rules checked"
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# Verify the formal material setting, chronology and protagonist's knowledge limits.
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$continuityChecks = @(
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@{ Path = '03_故事大纲/魔族落脚与魔王结缘_V03补充.md'; Terms = @('托克', '约六周', '874年晚秋', '875年秋', '唯一的救赎之光') },
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@{ Path = '02_世界设定/女神祝福与寻伴仪.md'; Terms = @('魔族高阶种族', '魔王维奥拉', '不必托克替她鉴定') },
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@{ Path = '02_世界设定/魔族食物与粮食来源.md'; Terms = @('经中转购入的粮食', '魔兽肉', '矿脉雄厚', '教会知道', '未使大陆自给') },
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@{ Path = '02_世界设定/幕纹石与隔魔农业.md'; Terms = @('正式设定 V1.0', '868年', '适魔，不是彻底无魔', '本地专家', '不是吸能电池', '不能抵挡集中的战斗魔流', '黛拉', '瑟恩', '诺尔') },
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@{ Path = '01_角色卡/男主.md'; Terms = @('社畜', '不愿往管理岗升', '训练人工智能', '不愿靠压迫别人', '广而不精', '无回路') }
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)
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foreach ($check in $continuityChecks) {
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$document = Read-ProjectText $check.Path
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foreach ($term in $check.Terms) {
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if (-not $document.Contains($term)) { $failures.Add("Continuity fact missing in $($check.Path): $term") }
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}
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}
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Write-Output "Landing, food, formal agriculture and protagonist: $($continuityChecks.Count) documents checked"
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$agriculture = Read-ProjectText '02_世界设定/幕纹石与隔魔农业.md'
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$foodLedger = [regex]::Match($agriculture, '首季总干粮(\d+)千克，其中清选及保管损耗(\d+)千克，可用(\d+)千克；留种(\d+)千克，实际可分配食用(\d+)千克')
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if (-not $foodLedger.Success) {
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$failures.Add('Formal first-harvest ledger missing')
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} else {
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$gross = [int]$foodLedger.Groups[1].Value
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$loss = [int]$foodLedger.Groups[2].Value
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$usable = [int]$foodLedger.Groups[3].Value
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$seed = [int]$foodLedger.Groups[4].Value
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$food = [int]$foodLedger.Groups[5].Value
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if (($gross - $loss) -ne $usable -or ($usable - $seed) -ne $food) {
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$failures.Add('First-harvest quantities do not balance')
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}
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}
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$fieldArea = [regex]::Match($agriculture, '四块各(\d+)平方米的试田，合计(\d+)平方米')
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if (-not $fieldArea.Success -or 4 * [int]$fieldArea.Groups[1].Value -ne [int]$fieldArea.Groups[2].Value) {
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$failures.Add('Four-field area does not balance')
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}
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Write-Output 'First-harvest and four-field arithmetic checked (fictional setting, not real yield validation)'
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$scriptText = Read-ProjectText '06_AI动漫制作/01_改编开发/03_动画剧本/S01E01_留给你的那一碗_V05.fountain'
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$sceneIds = @([regex]::Matches($scriptText, '(?m)^(?:INT\.|EXT\.|INT\./EXT\.)[^\r\n]*#(01-\d{2})#\s*$') | ForEach-Object { $_.Groups[1].Value })
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$expectedSceneIds = @(1..25 | ForEach-Object { '01-{0:D2}' -f $_ })
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if (($sceneIds -join ',') -ne ($expectedSceneIds -join ',')) { $failures.Add('V05 script scenes must be ordered 01-01 through 01-25') }
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$outline = Read-ProjectText '06_AI动漫制作/01_改编开发/02_分集大纲/S01E01_分场大纲.md'
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$sceneRows = @([regex]::Matches($outline, '(?m)^\| (01-\d{2}) \|[^|]+\| (\d+) \|'))
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$sceneTotal = ($sceneRows | ForEach-Object { [int]$_.Groups[2].Value } | Measure-Object -Sum).Sum
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if ($sceneTotal -ne 1290 -or (($sceneRows | ForEach-Object { $_.Groups[1].Value }) -join ',') -ne ($expectedSceneIds -join ',')) {
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$failures.Add('Scene outline IDs or 1290-second budget mismatch')
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}
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$shotTable = Read-ProjectText '06_AI动漫制作/03_分镜与镜头/01_镜头表/S01E01_SC12_75秒试片镜头表.md'
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$motionTable = Read-ProjectText '06_AI动漫制作/04_生成方案/02_视频提示词/S01E01_SC12_运动提示词.md'
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$shots = @([regex]::Matches($shotTable, '(?m)^\| (SH\d{3}) \| (\d+)／(\d+) \|'))
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$motion = @([regex]::Matches($motionTable, '(?m)^\| (SH\d{3}) \| (\d+) \|'))
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$cumulative = 0
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if ($shots.Count -ne 12 -or $motion.Count -ne 12) { $failures.Add('Expected 12 shot and motion rows') }
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for ($index = 0; $index -lt $shots.Count; $index++) {
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$shot = $shots[$index]
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$cumulative += [int]$shot.Groups[2].Value
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if ($shot.Groups[1].Value -ne ('SH{0:D3}' -f ($index + 1)) -or [int]$shot.Groups[3].Value -ne $cumulative) {
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$failures.Add("Shot sequence or cumulative duration mismatch: $($shot.Value)")
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}
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if ($index -lt $motion.Count -and ($motion[$index].Groups[1].Value -ne $shot.Groups[1].Value -or $motion[$index].Groups[2].Value -ne $shot.Groups[2].Value)) {
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$failures.Add("Motion mismatch at shot $($index + 1)")
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}
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}
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if ($cumulative -ne 75) { $failures.Add("Expected 75 seconds, got $cumulative") }
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$bodyStart = $scriptText.IndexOf('INT. ')
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$scriptChars = if ($bodyStart -ge 0) { [regex]::Replace($scriptText.Substring($bodyStart), '\s', '').Length } else { 0 }
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$novelFiles = @(Get-ChildItem -LiteralPath (Join-Path $projectRoot '05_小说创作/03_正文') -Filter '*.md' -File -Recurse | Where-Object { $_.Name -match '^\d+_' })
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$novelChars = ($novelFiles | ForEach-Object { [regex]::Replace((Get-Content -LiteralPath $_.FullName -Raw -Encoding UTF8), '\s', '').Length } | Measure-Object -Sum).Sum
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$pngCount = @(Get-ChildItem -LiteralPath (Join-Path $projectRoot '06_AI动漫制作') -Filter '*.png' -File -Recurse).Count
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# Species tables are author-defined fiction; check internal ranges and coverage only.
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$speciesText = Read-ProjectText '02_世界设定/种族年龄与生命周期.md'
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$speciesRows = @([regex]::Matches($speciesText, '(?m)^\| ([^|]+) \| (\d+)—(\d+)岁 \| (\d+)岁 \| (\d+)—(\d+)年 \| (\d+)岁 \| (\d+)岁 \|\r?$'))
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$speciesAdults = @{}
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if ($speciesRows.Count -ne 13) { $failures.Add('Expected 13 humanoid species age rows') }
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foreach ($row in $speciesRows) {
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$name = $row.Groups[1].Value
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$matureMin = [int]$row.Groups[2].Value
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$matureMax = [int]$row.Groups[3].Value
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$adult = [int]$row.Groups[4].Value
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$lifeMin = [int]$row.Groups[5].Value
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$lifeMax = [int]$row.Groups[6].Value
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$aging = [int]$row.Groups[7].Value
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$rare = [int]$row.Groups[8].Value
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if ($speciesAdults.ContainsKey($name)) { $failures.Add("Duplicate species: $name") }
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$speciesAdults[$name] = $adult
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if ($matureMin -gt $matureMax -or $adult -lt $matureMin -or $aging -le $adult -or $aging -gt $lifeMin -or $lifeMin -gt $lifeMax -or $lifeMax -gt $rare) {
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$failures.Add("Invalid species age ranges: $name")
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}
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}
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$lifeStages = @([regex]::Matches($speciesText, '(?m)^\| ([^|]+) \| 0—(\d+) \| (\d+)—(\d+) \| (\d+)—(\d+) \| (\d+)—(\d+) \| (\d+)起 \|'))
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if ($lifeStages.Count -ne 13) { $failures.Add('Expected 13 humanoid life-stage rows') }
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foreach ($row in $lifeStages) {
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$name = $row.Groups[1].Value
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$values = @(2..9 | ForEach-Object { [int]$row.Groups[$_].Value })
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if (-not $speciesAdults.ContainsKey($name) -or $values[1] -ne $speciesAdults[$name] -or $values[0] -ge $values[1] -or $values[3] -ne ($values[2] + 1) -or $values[5] -ne ($values[4] + 1) -or $values[7] -ne ($values[6] + 1)) {
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$failures.Add("Non-contiguous adult life stages: $name")
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}
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}
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$familyRows = @([regex]::Matches($speciesText, '(?m)^\| ([^|]+) \| (\d+)—(\d+) \| (\d+)—(\d+)年 \| (\d+)—(\d+)年 \|'))
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if ($familyRows.Count -ne 13) { $failures.Add('Expected 13 family-generation rows') }
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foreach ($row in $familyRows) {
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$name = $row.Groups[1].Value
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if (-not $speciesAdults.ContainsKey($name) -or [int]$row.Groups[2].Value -lt $speciesAdults[$name] -or [int]$row.Groups[2].Value -gt [int]$row.Groups[3].Value -or [int]$row.Groups[4].Value -gt [int]$row.Groups[5].Value -or [int]$row.Groups[6].Value -gt [int]$row.Groups[7].Value) {
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$failures.Add("Invalid family age ranges: $name")
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}
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}
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$casteRows = @([regex]::Matches($speciesText, '(?m)^\| ([^|]+) \| (\d+)—(\d+)岁 \| (\d+)岁 \| (\d+)—(\d+)年 \| (\d+)岁 \| (\d+)岁 \| [^|]+ \|'))
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if ($casteRows.Count -ne 6) { $failures.Add('Expected 6 insect functional-age rows') }
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foreach ($row in $casteRows) {
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if ([int]$row.Groups[2].Value -gt [int]$row.Groups[3].Value -or [int]$row.Groups[4].Value -lt [int]$row.Groups[2].Value -or [int]$row.Groups[7].Value -le [int]$row.Groups[4].Value -or [int]$row.Groups[7].Value -gt [int]$row.Groups[5].Value -or [int]$row.Groups[5].Value -gt [int]$row.Groups[6].Value -or [int]$row.Groups[6].Value -gt [int]$row.Groups[8].Value) {
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$failures.Add("Invalid insect age ranges: $($row.Groups[1].Value)")
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}
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}
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Write-Output "Species: $($speciesRows.Count); life stages: $($lifeStages.Count); family rows: $($familyRows.Count); insect castes: $($casteRows.Count)"
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# The demon taxonomy distinguishes physiology, culture and political membership.
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# Compare its age summary against the existing source table, not duplicated constants.
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$taxonomyText = Read-ProjectText '02_世界设定/魔族种族分类与生活图谱.md'
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$taxonRows = @([regex]::Matches($taxonomyText, '(?m)^\| (M\d{2}) \| ([^|]+) \| ([^|]+) \| (\d+)岁 \| (\d+)—(\d+)年 \|'))
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$branchRows = @([regex]::Matches($taxonomyText, '(?m)^\| (M\d{2}-[A-Z]) \| ([^|]+) \| ([^|]+) \|'))
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$expectedTaxa = @(1..10 | ForEach-Object { 'M{0:D2}' -f $_ })
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if (($taxonRows | ForEach-Object { $_.Groups[1].Value }) -join ',' -ne ($expectedTaxa -join ',')) {
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$failures.Add('Demon taxonomy must contain ordered M01 through M10')
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}
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if ($branchRows.Count -ne 33 -or @($branchRows | ForEach-Object { $_.Groups[1].Value } | Sort-Object -Unique).Count -ne 33) {
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$failures.Add('Expected 33 unique demon branch/culture IDs')
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}
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$mappedSpecies = @()
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foreach ($row in $taxonRows) {
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$taxonId = $row.Groups[1].Value
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$ageName = $row.Groups[3].Value
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$mappedSpecies += $ageName
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$sourceRows = @($speciesRows | Where-Object { $_.Groups[1].Value -eq $ageName })
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if ($sourceRows.Count -ne 1) {
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$failures.Add("Demon taxon lacks a unique age source: $taxonId / $ageName")
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} else {
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$ageSource = $sourceRows[0]
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foreach ($group in 4..6) {
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if ($row.Groups[$group].Value -ne $ageSource.Groups[$group].Value) {
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$failures.Add("Demon taxon age mismatch: $taxonId / group $group")
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}
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}
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}
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$lastBranch = if ($taxonId -eq 'M03') { 5 } else { 2 }
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$expectedBranches = @(0..$lastBranch | ForEach-Object { "$taxonId-$([char](65 + $_))" })
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$actualBranches = @($branchRows | Where-Object { $_.Groups[1].Value.StartsWith("$taxonId-") } | ForEach-Object { $_.Groups[1].Value })
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if (($actualBranches -join ',') -ne ($expectedBranches -join ',')) {
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$failures.Add("Demon branch coverage mismatch: $taxonId")
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}
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}
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$expectedAgeNames = @($speciesRows | Where-Object { $_.Groups[1].Value -notin @('人类', '矮人', '精灵') } | ForEach-Object { $_.Groups[1].Value })
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if (($mappedSpecies | Sort-Object) -join ',' -ne (($expectedAgeNames | Sort-Object) -join ',')) {
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$failures.Add('Demon taxonomy must map all ten existing age groups exactly once')
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}
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Write-Output "Demon taxonomy: $($taxonRows.Count) groups; $($branchRows.Count) branches/cultures; age-source mapping checked"
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function Year-Index([string]$yearText) {
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if ($yearText -match '^历前(\d+)$') { return 1 - [int]$Matches[1] }
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return [int]$yearText
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}
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$ageText = Read-ProjectText '01_角色卡/主要角色年龄表.md'
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$characterRows = @([regex]::Matches($ageText, '(?m)^\| ([^|]+) \| ([^|]+) \| (历前\d+|\d+) \| (\d+) \|\r?$'))
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if ($characterRows.Count -ne 24) { $failures.Add('Expected 24 named humanoid age rows') }
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foreach ($row in $characterRows) {
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$name = $row.Groups[1].Value
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$species = $row.Groups[2].Value
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$age = [int]$row.Groups[4].Value
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if ($age -ne (874 - (Year-Index $row.Groups[3].Value))) {
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$failures.Add("Character birth/age mismatch: $name")
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}
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if (-not $speciesAdults.ContainsKey($species)) {
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$failures.Add("Unknown age species for: $name")
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} elseif ($name -ne '艾达·梅洛' -and $age -lt $speciesAdults[$species]) {
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$failures.Add("Unexpected underage character: $name")
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}
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}
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$biography = Read-ProjectText '01_角色卡/人物履历与代际.md'
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$careerSection = ($biography -split '## 家庭锚点', 2)[0]
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$careerRows = @([regex]::Matches($careerSection, '(?m)^\| ([^|]+) \| (历前\d+|\d+) \| (\d+) \| (历前\d+|\d+) \| ([^|]+) \| (\d+)[^|]+ \| (\d+) \|\r?$'))
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if ($careerRows.Count -ne 11) { $failures.Add('Expected 11 career chronology rows') }
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foreach ($row in $careerRows) {
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$name = $row.Groups[1].Value
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$birth = Year-Index $row.Groups[2].Value
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$adultYear = Year-Index $row.Groups[4].Value
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$careerStart = [regex]::Match($row.Groups[5].Value, '^(历前\d+|\d+)').Value
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$roleStart = [int]$row.Groups[6].Value
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if ((874 - $birth) -ne [int]$row.Groups[3].Value -or (874 - $roleStart) -ne [int]$row.Groups[7].Value -or (Year-Index $careerStart) -lt $adultYear -or $roleStart -lt $adultYear) {
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$failures.Add("Career arithmetic mismatch: $name")
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}
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$match = @($characterRows | Where-Object { $_.Groups[1].Value.StartsWith($name) })
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if ($match.Count -ne 1 -or ($adultYear - $birth) -ne $speciesAdults[$match[0].Groups[2].Value] -or $row.Groups[3].Value -ne $match[0].Groups[4].Value) {
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$failures.Add("Career/adult source mismatch: $name")
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}
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}
|
||
$cycleRows = @([regex]::Matches($biography, '(?m)^\| (874|883|884|887|902) \| (\d+) \| (\d+) \| (\d+) \|\r?$'))
|
||
if ($cycleRows.Count -ne 5) { $failures.Add('Expected five Nefra cycle anchors') }
|
||
foreach ($row in $cycleRows) {
|
||
$age = [int]$row.Groups[2].Value
|
||
$cycle = [math]::Floor(($age - 8) / 9) + 1
|
||
$stage = [math]::Floor(($cycle - 1) / 3) + 1
|
||
if ($age -ne ([int]$row.Groups[1].Value - 788) -or $cycle -ne [int]$row.Groups[3].Value -or $stage -ne [int]$row.Groups[4].Value) {
|
||
$failures.Add("Nefra cycle mismatch: $($row.Value)")
|
||
}
|
||
}
|
||
|
||
$chapterOutline = Read-ProjectText '05_小说创作/02_章节大纲/第一卷_章节大纲.md'
|
||
$chapterIds = @([regex]::Matches($chapterOutline, '(?m)^\| (\d+) \|') | ForEach-Object { [int]$_.Groups[1].Value })
|
||
if (($chapterIds -join ',') -ne ((1..24) -join ',')) { $failures.Add('Expected 24 ordered V03 chapter rows') }
|
||
$episodeText = Read-ProjectText '06_AI动漫制作/01_改编开发/02_分集大纲/第一季_12集分集大纲.md'
|
||
$episodeIds = @([regex]::Matches($episodeText, '(?m)^\| (\d+) \|') | ForEach-Object { [int]$_.Groups[1].Value })
|
||
if (($episodeIds -join ',') -ne ((1..12) -join ',')) { $failures.Add('Expected 12 ordered V03 episode rows') }
|
||
# Parse complete numeric prefixes beyond chapter 99. Allow further chapters
|
||
# without freezing today's total, while rejecting gaps and duplicate IDs.
|
||
$firstVolumeIds = @($novelFiles | Where-Object { $_.Directory.Name -eq '第一卷' } | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if (($firstVolumeIds -join ',') -ne ((0..24) -join ',')) {
|
||
$failures.Add('Volume one must contain the prologue and chapters 1-24')
|
||
}
|
||
$draftIds = @($novelFiles | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if ($draftIds.Count -lt 69 -or ($draftIds -join ',') -ne ((0..($draftIds.Count - 1)) -join ',')) {
|
||
$failures.Add('Novel draft IDs must be unique, continuous from 00 and reach at least chapter 68')
|
||
}
|
||
$secondVolumeIds = @($novelFiles | Where-Object { $_.Directory.Name -eq '第二卷' } | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if (($secondVolumeIds -join ',') -ne ((25..48) -join ',')) {
|
||
$failures.Add('Volume two must contain chapters 25-48')
|
||
}
|
||
$thirdVolumeIds = @($novelFiles | Where-Object { $_.Directory.Name -eq '第三卷' } | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if (($thirdVolumeIds -join ',') -ne ((49..68) -join ',')) {
|
||
$failures.Add('Volume three must contain chapters 49-68')
|
||
}
|
||
$thirdOutline = Read-ProjectText '05_小说创作/02_章节大纲/第三卷_章节大纲.md'
|
||
$thirdOutlineIds = @([regex]::Matches($thirdOutline, '(?m)^\| (\d+) \|') | ForEach-Object { [int]$_.Groups[1].Value })
|
||
if (($thirdOutlineIds -join ',') -ne ($thirdVolumeIds -join ',')) {
|
||
$failures.Add('Volume three chapter outline and prose IDs differ')
|
||
}
|
||
$fourthVolumeIds = @($novelFiles | Where-Object { $_.Directory.Name -eq '第四卷' } | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if ($fourthVolumeIds.Count -gt 0) {
|
||
if (($fourthVolumeIds -join ',') -ne ((69..88) -join ',')) {
|
||
$failures.Add('Completed volume four must contain chapters 69-88')
|
||
}
|
||
$fourthOutline = Read-ProjectText '05_小说创作/02_章节大纲/第四卷_章节大纲.md'
|
||
$fourthOutlineIds = @([regex]::Matches($fourthOutline, '(?m)^\| (\d+) \|') | ForEach-Object { [int]$_.Groups[1].Value })
|
||
if (($fourthOutlineIds -join ',') -ne ($fourthVolumeIds -join ',')) {
|
||
$failures.Add('Volume four chapter outline and prose IDs differ')
|
||
}
|
||
}
|
||
$fifthVolumeIds = @($novelFiles | Where-Object { $_.Directory.Name -eq '第五卷' } | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if ($fifthVolumeIds.Count -gt 0) {
|
||
if (($fifthVolumeIds -join ',') -ne ((89..112) -join ',')) {
|
||
$failures.Add('Completed volume five must contain chapters 89-112')
|
||
}
|
||
$fifthOutline = Read-ProjectText '05_小说创作/02_章节大纲/第五卷_章节大纲.md'
|
||
$fifthOutlineIds = @([regex]::Matches($fifthOutline, '(?m)^\| (\d+) \|') | ForEach-Object { [int]$_.Groups[1].Value })
|
||
if (($fifthOutlineIds -join ',') -ne ($fifthVolumeIds -join ',')) {
|
||
$failures.Add('Volume five chapter outline and prose IDs differ')
|
||
}
|
||
}
|
||
$sixthVolumeIds = @($novelFiles | Where-Object { $_.Directory.Name -eq '第六卷' } | ForEach-Object { [int]($_.Name -split '_', 2)[0] } | Sort-Object)
|
||
if ($sixthVolumeIds.Count -gt 0) {
|
||
if (($sixthVolumeIds -join ',') -ne ((113..136) -join ',')) {
|
||
$failures.Add('Completed volume six must contain chapters 113-136')
|
||
}
|
||
$sixthOutline = Read-ProjectText '05_小说创作/02_章节大纲/第六卷_章节大纲.md'
|
||
$sixthOutlineIds = @([regex]::Matches($sixthOutline, '(?m)^\| (\d+) \|') | ForEach-Object { [int]$_.Groups[1].Value })
|
||
if (($sixthOutlineIds -join ',') -ne ($sixthVolumeIds -join ',')) {
|
||
$failures.Add('Volume six chapter outline and prose IDs differ')
|
||
}
|
||
}
|
||
foreach ($legacy in @(
|
||
'06_AI动漫制作/03_分镜与镜头/01_镜头表/S01E01_SC12_75秒试片镜头表.md',
|
||
'06_AI动漫制作/04_生成方案/01_图像提示词/S01E01_SC12_关键帧提示词.md',
|
||
'06_AI动漫制作/04_生成方案/02_视频提示词/S01E01_SC12_运动提示词.md'
|
||
)) {
|
||
if (-not (Read-ProjectText $legacy).Contains('历史V01技术包')) {
|
||
$failures.Add("Legacy storyboard lacks a history warning: $legacy")
|
||
}
|
||
}
|
||
Write-Output "Characters: $($characterRows.Count); careers: $($careerRows.Count); Nefra cycles: $($cycleRows.Count); chapters: $($chapterIds.Count); episodes: $($episodeIds.Count)"
|
||
|
||
Write-Output "Links checked: $linkCount; timeline rows: $timelineRows; scenes: $($sceneIds.Count); scene budget: $sceneTotal sec"
|
||
Write-Output "Shots: $($shots.Count); shot budget: $cumulative sec; script body non-whitespace chars: $scriptChars"
|
||
Write-Output "Novel draft files: $($novelFiles.Count); draft non-whitespace chars including headings: $novelChars; PNG references: $pngCount"
|
||
if ($failures.Count -gt 0) {
|
||
$failures | ForEach-Object { Write-Output "FAIL: $_" }
|
||
exit 1
|
||
}
|
||
Write-Output 'PASS. This checks document structure, not artistic quality, medical facts, actual runtime or production readiness.'
|
||
exit 0
|