SpreadsheetView: bullet indentation, expanded rows, box borders
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Multi-line cells (\n): expanded into separate rows so each line gets
its own cell. Continuation lines (after •) indented with leading spaces.
Bullet marker lines (•) are bold.

Font-size detection: cells with word_box height >1.3x median get bold
and larger font (fs=12) for box titles.

Headers: is_header rows always bold with light background tint.

Box borders: thick colored outside border + thin inner grid lines.
Content zone: light gray grid borders.

Auto-fit column widths from longest text per column.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
This commit is contained in:
Benjamin Admin
2026-04-15 16:15:43 +02:00
parent 674c9e949e
commit f2bc62b4f5

View File

@@ -24,11 +24,53 @@ interface SpreadsheetViewProps {
height?: number height?: number
} }
/** Expand multi-line cells (\n) into separate rows for better display. */
function expandMultiLineCells(zone: GridZone): { cells: any[]; numRows: number; rowMeta: any[] } {
const expandedCells: any[] = []
const rowMeta: any[] = [] // metadata per expanded row
let expandedRow = 0
for (const row of (zone.rows || [])) {
const rowCells = (zone.cells || []).filter((c) => c.row_index === row.index)
const isHeader = row.is_header ?? false
// Check if any cell in this row has \n
const maxLines = Math.max(1, ...rowCells.map((c) => (c.text ?? '').split('\n').length))
if (maxLines > 1) {
// Expand: each line becomes its own row
for (let lineIdx = 0; lineIdx < maxLines; lineIdx++) {
const isFirstLine = lineIdx === 0
rowMeta.push({ isHeader, isIndented: !isFirstLine, originalRow: row.index })
for (const cell of rowCells) {
const lines = (cell.text ?? '').split('\n')
const lineText = lineIdx < lines.length ? lines[lineIdx] : ''
expandedCells.push({
...cell,
row_index: expandedRow,
text: lineText,
_isIndented: !isFirstLine,
_isFirstBulletLine: isFirstLine,
})
}
expandedRow++
}
} else {
// Single line — keep as is
rowMeta.push({ isHeader, isIndented: false, originalRow: row.index })
for (const cell of rowCells) {
expandedCells.push({ ...cell, row_index: expandedRow })
}
expandedRow++
}
}
return { cells: expandedCells, numRows: expandedRow, rowMeta }
}
/** Convert a single zone to a Fortune Sheet sheet object. */ /** Convert a single zone to a Fortune Sheet sheet object. */
function zoneToSheet(zone: GridZone, sheetIndex: number, isFirst: boolean): any { function zoneToSheet(zone: GridZone, sheetIndex: number, isFirst: boolean): any {
const isBox = zone.zone_type === 'box' const isBox = zone.zone_type === 'box'
const boxColor = (zone as any).box_bg_hex || '' const boxColor = (zone as any).box_bg_hex || ''
const layoutType = (zone as any).box_layout_type || ''
// Sheet name // Sheet name
let name: string let name: string
@@ -40,137 +82,128 @@ function zoneToSheet(zone: GridZone, sheetIndex: number, isFirst: boolean): any
name = cleaned.length > 25 ? cleaned.slice(0, 25) + '…' : cleaned || `Box ${sheetIndex}` name = cleaned.length > 25 ? cleaned.slice(0, 25) + '…' : cleaned || `Box ${sheetIndex}`
} }
const numRows = zone.rows?.length || 0
const numCols = zone.columns?.length || 1 const numCols = zone.columns?.length || 1
// Expand multi-line cells into separate rows
const { cells: expandedCells, numRows, rowMeta } = expandMultiLineCells(zone)
// Compute zone-wide median word height for font-size detection
const allWordHeights = zone.cells
.flatMap((c: any) => (c.word_boxes || []).map((wb: any) => wb.height || 0))
.filter((h: number) => h > 0)
const medianWordH = allWordHeights.length
? [...allWordHeights].sort((a, b) => a - b)[Math.floor(allWordHeights.length / 2)]
: 0
// Build celldata // Build celldata
const celldata: any[] = [] const celldata: any[] = []
const merges: Record<string, any> = {} const merges: Record<string, any> = {}
for (const cell of (zone.cells || [])) { for (const cell of expandedCells) {
const r = cell.row_index const r = cell.row_index
const c = cell.col_index const c = cell.col_index
let text = cell.text ?? '' const text = cell.text ?? ''
const meta = rowMeta[r] || {}
// Detect if this is a header row // Font size detection from word_boxes
const row = zone.rows?.find((rr) => rr.index === r) const avgWbH = cell.word_boxes?.length
const isHeader = row?.is_header ?? false
// Detect if word_boxes indicate larger font (header detection)
const avgWordHeight = cell.word_boxes?.length
? cell.word_boxes.reduce((s: number, wb: any) => s + (wb.height || 0), 0) / cell.word_boxes.length ? cell.word_boxes.reduce((s: number, wb: any) => s + (wb.height || 0), 0) / cell.word_boxes.length
: 0 : 0
const zoneAvgHeight = zone.cells const isLargerFont = avgWbH > 0 && medianWordH > 0 && avgWbH > medianWordH * 1.3
.flatMap((c: any) => (c.word_boxes || []).map((wb: any) => wb.height || 0))
.filter((h: number) => h > 0)
const medianHeight = zoneAvgHeight.length
? [...zoneAvgHeight].sort((a, b) => a - b)[Math.floor(zoneAvgHeight.length / 2)]
: 0
const isLargerFont = avgWordHeight > 0 && medianHeight > 0 && avgWordHeight > medianHeight * 1.3
const v: any = { const v: any = { v: text, m: text }
v: text,
m: text,
}
// Bold: header rows, is_bold cells, or cells with detectably larger font // Bold: headers, is_bold, larger font, first bullet line with •
if (cell.is_bold || isHeader || isLargerFont) { if (cell.is_bold || meta.isHeader || isLargerFont) {
v.bl = 1 v.bl = 1
} }
// Larger font for detected large text (e.g., box titles) // Larger font for box titles
if (isLargerFont && isBox) { if (isLargerFont && isBox) {
v.fs = 12 // slightly larger v.fs = 12
} }
// Header row light background // Indentation for bullet continuation lines
if (isHeader) { if (cell._isIndented) {
v.ht = 0 // left-align
// Add visual indent via leading spaces (Fortune Sheet has no padding-left)
if (text && !text.startsWith(' ')) {
v.v = ' ' + text
v.m = ' ' + text
}
}
// Bullet line: keep • visible
if (cell._isFirstBulletLine && text.startsWith('•')) {
v.bl = 1 // bold bullet marker line
}
// Header row background
if (meta.isHeader) {
v.bg = isBox ? `${boxColor || '#2563eb'}18` : '#f0f4ff' v.bg = isBox ? `${boxColor || '#2563eb'}18` : '#f0f4ff'
} }
// Box cells get light tinted background // Box cells: light tinted background
if (isBox && !isHeader && boxColor) { if (isBox && !meta.isHeader && boxColor) {
v.bg = `${boxColor}08` v.bg = `${boxColor}08`
} }
// Text color from OCR word_boxes // Text color from OCR
const color = cell.color_override const color = cell.color_override
?? cell.word_boxes?.find((wb: any) => wb.color_name && wb.color_name !== 'black')?.color ?? cell.word_boxes?.find((wb: any) => wb.color_name && wb.color_name !== 'black')?.color
if (color) v.fc = color if (color) v.fc = color
// Multi-line text: enable text wrap and preserve formatting
if (text.includes('\n')) {
v.tb = '2' // text wrap enabled
}
celldata.push({ r, c, v }) celldata.push({ r, c, v })
// Colspan → merge // Colspan → merge (only on non-expanded rows)
const colspan = cell.colspan || 0 const colspan = cell.colspan || 0
if (colspan > 1 || cell.col_type === 'spanning_header') { if ((colspan > 1 || cell.col_type === 'spanning_header') && !cell._isIndented) {
const cs = colspan || numCols const cs = colspan || numCols
merges[`${r}_${c}`] = { r, c, rs: 1, cs } merges[`${r}_${c}`] = { r, c, rs: 1, cs }
} }
} }
// Column widths — auto-fit based on longest text in each column // Column widths — auto-fit based on longest text
const columnlen: Record<string, number> = {} const columnlen: Record<string, number> = {}
for (const col of (zone.columns || [])) { for (const col of (zone.columns || [])) {
// Find the longest text in this column (considering only non-spanning cells) const colCells = expandedCells.filter(
const colCells = (zone.cells || []).filter(
(c: any) => c.col_index === col.index && c.col_type !== 'spanning_header' (c: any) => c.col_index === col.index && c.col_type !== 'spanning_header'
) )
let maxTextLen = 0 let maxTextLen = 0
for (const c of colCells) { for (const c of colCells) {
const text = c.text ?? '' const len = (c.text ?? '').length
// For multi-line cells, use the longest line if (len > maxTextLen) maxTextLen = len
const lines = text.split('\n')
const longestLine = Math.max(0, ...lines.map((l: string) => l.length))
if (longestLine > maxTextLen) maxTextLen = longestLine
} }
// ~7px per character as a rough estimate, minimum 60px
const autoWidth = Math.max(60, maxTextLen * 7.5 + 16) const autoWidth = Math.max(60, maxTextLen * 7.5 + 16)
// Also consider original pixel width (scaled down)
const pxW = (col.x_max_px ?? 0) - (col.x_min_px ?? 0) const pxW = (col.x_max_px ?? 0) - (col.x_min_px ?? 0)
const scaledPxW = Math.max(60, Math.round(pxW * (numCols <= 2 ? 0.6 : 0.4))) const scaledPxW = Math.max(60, Math.round(pxW * (numCols <= 2 ? 0.6 : 0.4)))
// Use the larger of auto-fit or scaled pixel width
columnlen[String(col.index)] = Math.round(Math.max(autoWidth, scaledPxW)) columnlen[String(col.index)] = Math.round(Math.max(autoWidth, scaledPxW))
} }
// Row heights — taller for multi-line cells // Row heights
const rowlen: Record<string, number> = {} const rowlen: Record<string, number> = {}
for (const row of (zone.rows || [])) { for (let ri = 0; ri < numRows; ri++) {
const rowCells = (zone.cells || []).filter((c: any) => c.row_index === row.index) rowlen[String(ri)] = 24
const maxLines = Math.max(1, ...rowCells.map((c: any) => (c.text ?? '').split('\n').length))
const baseH = isBox ? 22 : 24
rowlen[String(row.index)] = Math.max(baseH, baseH * maxLines)
} }
// Border info // Border info
const borderInfo: any[] = [] const borderInfo: any[] = []
// Box: colored outside border around entire sheet content // Box: colored outside border
if (isBox && boxColor && numRows > 0 && numCols > 0) { if (isBox && boxColor && numRows > 0 && numCols > 0) {
borderInfo.push({ borderInfo.push({
rangeType: 'range', rangeType: 'range',
borderType: 'border-outside', borderType: 'border-outside',
color: boxColor, color: boxColor,
style: 5, // thick (style 5 = thick in Fortune Sheet) style: 5,
range: [{ range: [{ row: [0, numRows - 1], column: [0, numCols - 1] }],
row: [0, numRows - 1],
column: [0, numCols - 1],
}],
}) })
// Also add light inner borders for box cells
borderInfo.push({ borderInfo.push({
rangeType: 'range', rangeType: 'range',
borderType: 'border-inside', borderType: 'border-inside',
color: `${boxColor}40`, color: `${boxColor}40`,
style: 1, // thin style: 1,
range: [{ range: [{ row: [0, numRows - 1], column: [0, numCols - 1] }],
row: [0, numRows - 1],
column: [0, numCols - 1],
}],
}) })
} }
@@ -181,10 +214,7 @@ function zoneToSheet(zone: GridZone, sheetIndex: number, isFirst: boolean): any
borderType: 'border-all', borderType: 'border-all',
color: '#e5e7eb', color: '#e5e7eb',
style: 1, style: 1,
range: [{ range: [{ row: [0, numRows - 1], column: [0, numCols - 1] }],
row: [0, numRows - 1],
column: [0, numCols - 1],
}],
}) })
} }
@@ -192,7 +222,7 @@ function zoneToSheet(zone: GridZone, sheetIndex: number, isFirst: boolean): any
name, name,
id: `zone_${zone.zone_index}`, id: `zone_${zone.zone_index}`,
celldata, celldata,
row: numRows, // exact row count — no padding row: numRows,
column: Math.max(numCols, 1), column: Math.max(numCols, 1),
status: isFirst ? 1 : 0, status: isFirst ? 1 : 0,
color: isBox ? boxColor : undefined, color: isBox ? boxColor : undefined,
@@ -220,9 +250,8 @@ export function SpreadsheetView({ gridData, height = 600 }: SpreadsheetViewProps
.map((z: GridZone, i: number) => zoneToSheet(z, i, i === 0)) .map((z: GridZone, i: number) => zoneToSheet(z, i, i === 0))
}, [gridData]) }, [gridData])
// Calculate minimum height to show all rows of the largest sheet
const maxRows = Math.max(0, ...sheets.map((s: any) => s.row || 0)) const maxRows = Math.max(0, ...sheets.map((s: any) => s.row || 0))
const estimatedHeight = Math.max(height, maxRows * 26 + 80) // 26px per row + toolbar const estimatedHeight = Math.max(height, maxRows * 26 + 80)
if (sheets.length === 0) { if (sheets.length === 0) {
return <div className="p-4 text-center text-gray-400">Keine Daten für Spreadsheet.</div> return <div className="p-4 text-center text-gray-400">Keine Daten für Spreadsheet.</div>