Press n or j to go to the next uncovered block, b, p or k for the previous block.
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'use client' import { useCallback, useEffect, useMemo, useState } from 'react' import { useAbacusSettings } from '@/hooks/useAbacusSettings' import { Z_INDEX } from '@/constants/zIndex' import { css } from '../../../../../styled-system/css' import { CaptureProvider } from '../../contexts/CaptureContext' import { useBoardLayout } from '../../hooks/useBoardLayout' import { usePieceSelection } from '../../hooks/usePieceSelection' import { useRithmomachia } from '../../Provider' import type { Piece, RelationKind } from '../../types' import { getSquarePosition } from '../../utils/boardCoordinates' import { validateMove } from '../../utils/pathValidator' import { getEffectiveValue } from '../../utils/pieceSetup' import { checkDiff, checkDivisor, checkEqual, checkMultiple, checkProduct, checkRatio, checkSum, } from '../../utils/relationEngine' import { CaptureErrorDialog } from '../capture/CaptureErrorDialog' import { CaptureRelationOptions } from '../capture/CaptureRelationOptions' import { HelperSelectionOptions } from '../capture/HelperSelectionOptions' import { NumberBondVisualization } from '../capture/NumberBondVisualization' import { SvgPiece } from './SvgPiece' /** * Board display component (simplified for v1). */ export function BoardDisplay() { const { state, makeMove, playerColor, isMyTurn } = useRithmomachia() const layout = useBoardLayout() const { data: abacusSettings } = useAbacusSettings() const useNativeAbacusNumbers = abacusSettings?.nativeAbacusNumbers ?? false // Capture dialog state const [captureDialogOpen, setCaptureDialogOpen] = useState(false) const [closingDialog, setClosingDialog] = useState(false) const [captureTarget, setCaptureTarget] = useState<{ from: string to: string pieceId: string } | null>(null) const [selectedRelation, setSelectedRelation] = useState<RelationKind | null>(null) const [selectedHelper, setSelectedHelper] = useState<{ helperPiece: Piece moverPiece: Piece targetPiece: Piece } | null>(null) // Hover state for showing error tooltip const [hoveredSquare, setHoveredSquare] = useState<string | null>(null) // Handle closing animation completion useEffect(() => { if (closingDialog) { // Wait for animation to complete (400ms allows spring to fully settle) const timer = setTimeout(() => { setCaptureDialogOpen(false) setCaptureTarget(null) setSelectedRelation(null) setSelectedHelper(null) setClosingDialog(false) }, 400) return () => clearTimeout(timer) } }, [closingDialog]) // Function to dismiss the dialog with animation const dismissDialog = useCallback(() => { setSelectedRelation(null) setSelectedHelper(null) setClosingDialog(true) }, []) // Piece selection hook const { selectedSquare, handleSquareClick, clearSelection } = usePieceSelection( state.pieces, playerColor, isMyTurn, { onMove: (from, to, pieceId) => { makeMove(from, to, pieceId) }, onCaptureAttempt: (from, to, pieceId) => { setCaptureTarget({ from, to, pieceId }) setCaptureDialogOpen(true) }, } ) // Find valid helper pieces for a given relation const findValidHelpers = ( moverValue: number, targetValue: number, relation: RelationKind ): Piece[] => { if (!captureTarget) return [] const validHelpers: Piece[] = [] const friendlyPieces = Object.values(state.pieces).filter( (p) => !p.captured && p.color === playerColor && p.id !== captureTarget.pieceId ) for (const piece of friendlyPieces) { const helperValue = getEffectiveValue(piece) if (helperValue === undefined || helperValue === null) continue let isValid = false switch (relation) { case 'SUM': isValid = checkSum(moverValue, targetValue, helperValue).valid break case 'DIFF': isValid = checkDiff(moverValue, targetValue, helperValue).valid break case 'PRODUCT': isValid = checkProduct(moverValue, targetValue, helperValue).valid break case 'RATIO': isValid = checkRatio(moverValue, targetValue, helperValue).valid break } if (isValid) { validHelpers.push(piece) } } return validHelpers } // Find ALL available relations for this capture const findAvailableRelations = (moverValue: number, targetValue: number): RelationKind[] => { const available: RelationKind[] = [] // Check non-helper relations if (checkEqual(moverValue, targetValue).valid) available.push('EQUAL') if (checkMultiple(moverValue, targetValue).valid) available.push('MULTIPLE') if (checkDivisor(moverValue, targetValue).valid) available.push('DIVISOR') // Check helper relations - only include if at least one valid helper exists if (findValidHelpers(moverValue, targetValue, 'SUM').length > 0) available.push('SUM') if (findValidHelpers(moverValue, targetValue, 'DIFF').length > 0) available.push('DIFF') if (findValidHelpers(moverValue, targetValue, 'PRODUCT').length > 0) available.push('PRODUCT') if (findValidHelpers(moverValue, targetValue, 'RATIO').length > 0) available.push('RATIO') console.log('[findAvailableRelations] available:', available) return available } const handleCaptureWithRelation = (relation: RelationKind) => { console.log('[handleCaptureWithRelation] Called with relation:', relation) console.log('[handleCaptureWithRelation] captureTarget:', captureTarget) if (!captureTarget) { console.log('[handleCaptureWithRelation] No capture target, returning') return } // Check if this relation requires a helper const helperRelations: RelationKind[] = ['SUM', 'DIFF', 'PRODUCT', 'RATIO'] const needsHelper = helperRelations.includes(relation) console.log('[handleCaptureWithRelation] needsHelper:', needsHelper) if (needsHelper) { // Get mover and target values const moverPiece = Object.values(state.pieces).find( (p) => p.id === captureTarget.pieceId && !p.captured ) const targetPiece = Object.values(state.pieces).find( (p) => p.square === captureTarget.to && !p.captured ) console.log('[handleCaptureWithRelation] moverPiece:', moverPiece) console.log('[handleCaptureWithRelation] targetPiece:', targetPiece) if (!moverPiece || !targetPiece) { console.log('[handleCaptureWithRelation] Missing piece, returning') return } const targetValue = getEffectiveValue(targetPiece) console.log('[handleCaptureWithRelation] targetValue:', targetValue) if (targetValue === undefined || targetValue === null) { console.log('[handleCaptureWithRelation] Undefined/null target value, returning') return } // For pyramids, find helpers using all faces if ( moverPiece.type === 'P' && moverPiece.pyramidFaces && moverPiece.pyramidFaces.length === 4 ) { console.log( '[handleCaptureWithRelation] Pyramid - checking all faces for helpers: ' + moverPiece.pyramidFaces.join(', ') ) // Collect all valid helpers from all pyramid faces const allValidHelpers = new Map<string, Piece>() for (const faceValue of moverPiece.pyramidFaces) { const helpers = findValidHelpers(faceValue, targetValue, relation) console.log( '[handleCaptureWithRelation] Face ' + faceValue + ' found ' + helpers.length + ' helpers' ) for (const helper of helpers) { allValidHelpers.set(helper.id, helper) } } const validHelpers = Array.from(allValidHelpers.values()) console.log('[handleCaptureWithRelation] Total unique helpers: ' + validHelpers.length) if (validHelpers.length === 0) { console.log('[handleCaptureWithRelation] No valid helpers found for any pyramid face') return } console.log('[handleCaptureWithRelation] Auto-selecting first helper:', validHelpers[0]) setSelectedRelation(relation) setSelectedHelper({ helperPiece: validHelpers[0], moverPiece, targetPiece, }) } else { // Non-pyramid logic const moverValue = getEffectiveValue(moverPiece) console.log('[handleCaptureWithRelation] moverValue:', moverValue) if (moverValue === undefined || moverValue === null) { console.log('[handleCaptureWithRelation] Undefined/null mover value, returning') return } // Find valid helpers const validHelpers = findValidHelpers(moverValue, targetValue, relation) console.log('[handleCaptureWithRelation] validHelpers:', validHelpers) if (validHelpers.length === 0) { // No valid helpers - relation is impossible console.log('[handleCaptureWithRelation] No valid helpers found') return } // Automatically select the first valid helper (skip helper selection UI) console.log('[handleCaptureWithRelation] Auto-selecting first helper:', validHelpers[0]) setSelectedRelation(relation) setSelectedHelper({ helperPiece: validHelpers[0], moverPiece, targetPiece, }) } } else { console.log('[handleCaptureWithRelation] No helper needed, executing capture immediately') // No helper needed - execute capture immediately const targetPiece = Object.values(state.pieces).find( (p) => p.square === captureTarget.to && !p.captured ) if (!targetPiece) return const captureData = { relation, targetPieceId: targetPiece.id, } makeMove(captureTarget.from, captureTarget.to, captureTarget.pieceId, undefined, captureData) dismissDialog() clearSelection() } } const handleHelperSelection = (helperPieceId: string) => { if (!captureTarget || !selectedRelation) return // Get pieces for number bond visualization const moverPiece = Object.values(state.pieces).find( (p) => p.id === captureTarget.pieceId && !p.captured ) const targetPiece = Object.values(state.pieces).find( (p) => p.square === captureTarget.to && !p.captured ) const helperPiece = Object.values(state.pieces).find( (p) => p.id === helperPieceId && !p.captured ) if (!moverPiece || !targetPiece || !helperPiece) return // Show number bond visualization setSelectedHelper({ helperPiece, moverPiece, targetPiece, }) } const handleNumberBondConfirm = () => { if (!captureTarget || !selectedRelation || !selectedHelper) return const captureData = { relation: selectedRelation, targetPieceId: selectedHelper.targetPiece.id, helperPieceId: selectedHelper.helperPiece.id, } makeMove(captureTarget.from, captureTarget.to, captureTarget.pieceId, undefined, captureData) dismissDialog() clearSelection() } // Get all active pieces const activePieces = Object.values(state.pieces).filter((p) => !p.captured) // SVG dimensions using layout hook const { cellSize, gap, padding, rows, columns: cols } = layout const labelMargin = 30 // Space for row/column labels const boardInnerWidth = cols * cellSize + (cols - 1) * gap const boardInnerHeight = rows * cellSize + (rows - 1) * gap const boardWidth = boardInnerWidth + padding * 2 + labelMargin const boardHeight = boardInnerHeight + padding * 2 + labelMargin const handleSvgClick = (e: React.MouseEvent<SVGSVGElement>) => { if (!isMyTurn) return // If capture dialog is open, dismiss it with animation on any click (buttons have stopPropagation) if (captureDialogOpen && !closingDialog) { dismissDialog() return } const svg = e.currentTarget const rect = svg.getBoundingClientRect() const x = ((e.clientX - rect.left) / rect.width) * boardWidth - labelMargin - padding const y = ((e.clientY - rect.top) / rect.height) * boardHeight - padding // Convert to grid coordinates const col = Math.floor(x / (cellSize + gap)) const row = Math.floor(y / (cellSize + gap)) if (col >= 0 && col < cols && row >= 0 && row < rows) { const square = `${String.fromCharCode(65 + col)}${8 - row}` const piece = Object.values(state.pieces).find((p) => p.square === square && !p.captured) handleSquareClick(square, piece) } } const handleSvgMouseMove = (e: React.MouseEvent<SVGSVGElement>) => { console.log( '[HOVER_ERROR] Mouse move - isMyTurn: ' + isMyTurn + ', selectedSquare: ' + selectedSquare ) if (!isMyTurn || !selectedSquare) { setHoveredSquare(null) return } const svg = e.currentTarget const rect = svg.getBoundingClientRect() const x = ((e.clientX - rect.left) / rect.width) * boardWidth - labelMargin - padding const y = ((e.clientY - rect.top) / rect.height) * boardHeight - padding // Convert to grid coordinates const col = Math.floor(x / (cellSize + gap)) const row = Math.floor(y / (cellSize + gap)) if (col >= 0 && col < cols && row >= 0 && row < rows) { const square = `${String.fromCharCode(65 + col)}${8 - row}` const piece = Object.values(state.pieces).find((p) => p.square === square && !p.captured) console.log( '[HOVER_ERROR] Square: ' + square + ', hasPiece: ' + !!piece + ', pieceColor: ' + (piece ? piece.color : 'none') + ', playerColor: ' + playerColor ) // Only set hovered square if it's an enemy piece if (piece && piece.color !== playerColor) { console.log('[HOVER_ERROR] Setting hoveredSquare to: ' + square) setHoveredSquare(square) } else { setHoveredSquare(null) } } else { setHoveredSquare(null) } } const handleSvgMouseLeave = () => { console.log('[HOVER_ERROR] Mouse leave - clearing hoveredSquare') setHoveredSquare(null) } // Calculate target square position for floating capture options const getTargetSquarePosition = useCallback(() => { if (!captureTarget) return null // Add labelMargin offset to the position from utility function const basePos = getSquarePosition(captureTarget.to, layout) const pos = { x: basePos.x + labelMargin, y: basePos.y } return pos }, [captureTarget, layout, labelMargin]) const targetPos = getTargetSquarePosition() // Prepare helper data with board positions (if showing helpers) const helpersWithPositions = (() => { if (!selectedRelation || !captureTarget) { return [] } const moverPiece = Object.values(state.pieces).find( (p) => p.id === captureTarget.pieceId && !p.captured ) const targetPiece = Object.values(state.pieces).find( (p) => p.square === captureTarget.to && !p.captured ) if (!moverPiece || !targetPiece) { return [] } const targetValue = getEffectiveValue(targetPiece) if (targetValue === undefined || targetValue === null) { return [] } // For pyramids, collect helpers from all faces let validHelpers: Piece[] if ( moverPiece.type === 'P' && moverPiece.pyramidFaces && moverPiece.pyramidFaces.length === 4 ) { const allValidHelpers = new Map<string, Piece>() for (const faceValue of moverPiece.pyramidFaces) { const helpers = findValidHelpers(faceValue, targetValue, selectedRelation) for (const helper of helpers) { allValidHelpers.set(helper.id, helper) } } validHelpers = Array.from(allValidHelpers.values()) } else { const moverValue = getEffectiveValue(moverPiece) if (moverValue === undefined || moverValue === null) { return [] } validHelpers = findValidHelpers(moverValue, targetValue, selectedRelation) } const helpersWithPos = validHelpers.map((piece) => { const basePos = getSquarePosition(piece.square, layout) return { piece, boardPos: { x: basePos.x + labelMargin, y: basePos.y }, } }) return helpersWithPos })() // Calculate available relations and pyramid face values for this capture const { availableRelations, pyramidFaceValues } = (() => { if (!captureTarget) return { availableRelations: [], pyramidFaceValues: null } const moverPiece = Object.values(state.pieces).find( (p) => p.id === captureTarget.pieceId && !p.captured ) const targetPiece = Object.values(state.pieces).find( (p) => p.square === captureTarget.to && !p.captured ) if (!moverPiece || !targetPiece) return { availableRelations: [], pyramidFaceValues: null } const targetValue = getEffectiveValue(targetPiece) if (targetValue === undefined || targetValue === null) return { availableRelations: [], pyramidFaceValues: null } // For pyramids, collect ALL relations from ALL faces and track which face to use if ( moverPiece.type === 'P' && moverPiece.pyramidFaces && moverPiece.pyramidFaces.length === 4 ) { console.log( '[availableRelations] Checking pyramid with faces: ' + moverPiece.pyramidFaces.join(', ') ) const allRelations = new Set<RelationKind>() const faceMap = new Map<RelationKind, number>() // Check each face and collect all available relations, storing first face that works for each relation for (const faceValue of moverPiece.pyramidFaces) { const relations = findAvailableRelations(faceValue, targetValue) console.log( '[availableRelations] Face ' + faceValue + ' relations: ' + relations.join(', ') ) for (const rel of relations) { if (!faceMap.has(rel)) { faceMap.set(rel, faceValue) } allRelations.add(rel) } } const result = Array.from(allRelations) console.log('[availableRelations] All pyramid relations: ' + result.join(', ')) console.log( '[availableRelations] Pyramid face map: ' + Array.from(faceMap.entries()) .map(([r, v]) => r + '=' + v) .join(', ') ) return { availableRelations: result, pyramidFaceValues: faceMap } } // For non-pyramid pieces, use standard logic const moverValue = getEffectiveValue(moverPiece) if (moverValue === undefined || moverValue === null) return { availableRelations: [], pyramidFaceValues: null } return { availableRelations: findAvailableRelations(moverValue, targetValue), pyramidFaceValues: null, } })() // Calculate if hovered square shows error (for hover preview) const showHoverError = (() => { console.log( '[HOVER_ERROR] Calculating showHoverError - hoveredSquare: ' + hoveredSquare + ', selectedSquare: ' + selectedSquare + ', captureDialogOpen: ' + captureDialogOpen ) if (!hoveredSquare || !selectedSquare || captureDialogOpen) { console.log('[HOVER_ERROR] Early return - missing data or dialog open') return false } const moverPiece = Object.values(state.pieces).find( (p) => p.square === selectedSquare && !p.captured ) const targetPiece = Object.values(state.pieces).find( (p) => p.square === hoveredSquare && !p.captured ) console.log( '[HOVER_ERROR] Found pieces - mover: ' + !!moverPiece + ', target: ' + !!targetPiece ) if (!moverPiece || !targetPiece) { console.log('[HOVER_ERROR] Missing mover or target piece') return false } // First check if the move path is valid const validation = validateMove(moverPiece, selectedSquare, hoveredSquare, state.pieces) console.log('[HOVER_ERROR] Path validation - valid: ' + validation.valid) if (!validation.valid) { console.log('[HOVER_ERROR] Path not valid - skipping relation check') return false } // Get target value const targetValue = getEffectiveValue(targetPiece) if (targetValue === undefined || targetValue === null) { console.log('[HOVER_ERROR] Target has no value') return false } // For pyramids, check if ANY of the 4 faces can form a valid relation if ( moverPiece.type === 'P' && moverPiece.pyramidFaces && moverPiece.pyramidFaces.length === 4 ) { console.log( '[HOVER_ERROR] Checking pyramid with faces: ' + moverPiece.pyramidFaces.join(', ') ) // Check each face to see if any has valid relations for (const faceValue of moverPiece.pyramidFaces) { const relations = findAvailableRelations(faceValue, targetValue) console.log('[HOVER_ERROR] Face ' + faceValue + ' relations: ' + relations.length) if (relations.length > 0) { console.log('[HOVER_ERROR] Found valid relations with face ' + faceValue + ' - no error') return false // At least one face has valid relations, don't show error } } console.log('[HOVER_ERROR] No pyramid face has valid relations - show error') return true // None of the faces have valid relations } // For non-pyramid pieces, use the single value const moverValue = getEffectiveValue(moverPiece) console.log('[HOVER_ERROR] Non-pyramid value: ' + moverValue) if (moverValue === undefined || moverValue === null) { console.log('[HOVER_ERROR] Mover has no value') return false } const relations = findAvailableRelations(moverValue, targetValue) console.log('[HOVER_ERROR] Relations found: ' + relations.length) const shouldShow = relations.length === 0 console.log('[HOVER_ERROR] Final result - showHoverError: ' + shouldShow) return shouldShow })() // Get position for hover error tooltip const hoverErrorPosition = (() => { if (!showHoverError || !hoveredSquare) return null const file = hoveredSquare.charCodeAt(0) - 65 // A=0 const rank = Number.parseInt(hoveredSquare.slice(1), 10) // 1-8 const row = 8 - rank // Invert for display const x = labelMargin + padding + file * (cellSize + gap) + cellSize / 2 const y = padding + row * (cellSize + gap) + cellSize / 2 return { x, y } })() // Detect portrait vs landscape and calculate explicit dimensions for rotation const boardAspectRatio = boardWidth / boardHeight // ~2:1 for 16x8 board const [containerAspectRatio, setContainerAspectRatio] = useState(1) const [svgDimensions, setSvgDimensions] = useState<{ width: string height: string } | null>(null) const [updateCounter, setUpdateCounter] = useState(0) useEffect(() => { const container = document.querySelector('[data-component="board-container"]') if (!container) { return } // Watch the parent element - that's what gets resized by the panel const parentContainer = container.parentElement if (!parentContainer) { return } const updateDimensions = () => { // Measure the PARENT container, not the wrapper itself const rect = parentContainer.getBoundingClientRect() const containerAspect = rect.width / rect.height const shouldRotateBoard = containerAspect < 1 && boardAspectRatio > 1 if (shouldRotateBoard) { // When rotating -90°, the board's dimensions swap visually: // - pre-rotation width → visual height // - pre-rotation height → visual width // // In portrait mode (tall container), prioritize filling HEIGHT. // Start by filling container height let visualHeight = rect.height let visualWidth = visualHeight / boardAspectRatio // If visual width exceeds container width, scale down PROPORTIONALLY // (don't switch to filling width - keep height priority) if (visualWidth > rect.width) { const scale = rect.width / visualWidth visualWidth = rect.width visualHeight = visualHeight * scale } // Convert visual dimensions back to pre-rotation SVG dimensions const preRotationWidth = visualHeight const preRotationHeight = visualWidth setSvgDimensions({ width: `${preRotationWidth}px`, height: `${preRotationHeight}px`, }) } else { // Normal landscape: use percentage sizing setSvgDimensions(null) } setContainerAspectRatio(containerAspect) } // Initial check - use requestAnimationFrame to ensure layout is painted const initialUpdate = () => { requestAnimationFrame(() => { updateDimensions() }) } initialUpdate() // Use ResizeObserver to detect panel resizing (window resize doesn't catch panel changes!) const resizeObserver = new ResizeObserver((entries) => { // Use requestAnimationFrame to ensure we measure after layout requestAnimationFrame(() => { updateDimensions() }) }) // Watch the parent container - that's what gets resized by the panel resizeObserver.observe(parentContainer) // Also listen to window resize for when the whole window changes window.addEventListener('resize', updateDimensions) return () => { resizeObserver.disconnect() window.removeEventListener('resize', updateDimensions) } }, [boardAspectRatio]) // Rotate board if container is portrait and board is landscape const shouldRotate = containerAspectRatio < 1 && boardAspectRatio > 1 return ( <div data-component="board-container" className={css({ width: '100%', height: '100%', position: 'relative', zIndex: Z_INDEX.GAME.OVERLAY, display: 'flex', alignItems: 'center', justifyContent: 'center', })} > {/* Unified SVG Board */} <svg viewBox={`0 0 ${boardWidth} ${boardHeight}`} style={{ // Use explicit dimensions when rotated, percentage sizing when normal width: svgDimensions ? svgDimensions.width : '100%', height: svgDimensions ? svgDimensions.height : 'auto', // Don't constrain with max dimensions when rotating - we've already calculated exact size maxWidth: svgDimensions ? 'none' : '100%', maxHeight: svgDimensions ? 'none' : '100%', // Don't use aspect-ratio when rotating - it overrides explicit dimensions aspectRatio: svgDimensions ? 'auto' : `${boardWidth} / ${boardHeight}`, cursor: isMyTurn ? 'pointer' : 'default', overflow: 'visible', transform: shouldRotate ? 'rotate(-90deg)' : 'none', transformOrigin: 'center', transition: 'transform 0.3s ease', }} onClick={handleSvgClick} onMouseMove={handleSvgMouseMove} onMouseLeave={handleSvgMouseLeave} > {/* Board background */} <rect x={0} y={0} width={boardWidth} height={boardHeight} fill="#d1d5db" rx={8} /> {/* Board squares */} {Array.from({ length: rows }, (_, row) => { const actualRank = 8 - row return Array.from({ length: cols }, (_, col) => { const square = `${String.fromCharCode(65 + col)}${actualRank}` const piece = Object.values(state.pieces).find( (p) => p.square === square && !p.captured ) const isLight = (col + actualRank) % 2 === 0 const isSelected = selectedSquare === square const x = labelMargin + padding + col * (cellSize + gap) const y = padding + row * (cellSize + gap) return ( <rect key={square} x={x} y={y} width={cellSize} height={cellSize} fill={isSelected ? '#fde047' : isLight ? '#f3f4f6' : '#e5e7eb'} stroke={isSelected ? '#9333ea' : 'none'} strokeWidth={isSelected ? 2 : 0} /> ) }) })} {/* Column labels (A-P) at the bottom */} {Array.from({ length: cols }, (_, col) => { const colLabel = String.fromCharCode(65 + col) const x = labelMargin + padding + col * (cellSize + gap) + cellSize / 2 const y = boardHeight - 10 return ( <g key={`col-${colLabel}`} transform={`translate(${x}, ${y})`}> <text x={0} y={0} fontSize="20" fontWeight="bold" fill="#374151" fontFamily="sans-serif" textAnchor="middle" dominantBaseline="middle" transform={shouldRotate ? 'rotate(90)' : undefined} > {colLabel} </text> </g> ) })} {/* Row labels (1-8) on the left */} {Array.from({ length: rows }, (_, row) => { const actualRank = 8 - row const x = 15 const y = padding + row * (cellSize + gap) + cellSize / 2 return ( <g key={`row-${actualRank}`} transform={`translate(${x}, ${y})`}> <text x={0} y={0} fontSize="20" fontWeight="bold" fill="#374151" fontFamily="sans-serif" textAnchor="middle" dominantBaseline="middle" transform={shouldRotate ? 'rotate(90)' : undefined} > {actualRank} </text> </g> ) })} {/* Pieces */} {activePieces.map((piece) => { // Show low opacity for pieces currently being shown as helper options or in the number bond const isBorrowedHelper = helpersWithPositions.some((h) => h.piece.id === piece.id) const isBorrowedMover = selectedHelper && selectedHelper.moverPiece.id === piece.id const isInNumberBond = isBorrowedHelper || isBorrowedMover const isSelected = piece.square === selectedSquare return ( <SvgPiece key={piece.id} piece={piece} cellSize={cellSize + gap} padding={padding} labelMargin={labelMargin} opacity={isInNumberBond ? 0.2 : 1} useNativeAbacusNumbers={useNativeAbacusNumbers} selected={isSelected} shouldRotate={shouldRotate} /> ) })} {/* Floating capture relation options, helper selection, or number bond */} {captureDialogOpen && targetPos && (() => { console.log('[Render] captureDialogOpen:', captureDialogOpen) console.log('[Render] targetPos:', targetPos) console.log('[Render] selectedRelation:', selectedRelation) console.log('[Render] selectedHelper:', selectedHelper) console.log('[Render] helpersWithPositions.length:', helpersWithPositions.length) console.log('[Render] closingDialog:', closingDialog) // Extract mover and target pieces const moverPiece = Object.values(state.pieces).find( (p) => p.id === captureTarget?.pieceId ) const targetPiece = Object.values(state.pieces).find( (p) => p.square === captureTarget?.to && !p.captured ) if (!moverPiece || !targetPiece) { console.log('[Render] Missing mover or target piece') return null } // Create context value for capture components const captureContextValue = { layout: { targetPos, cellSize, gap, padding, }, pieces: { mover: moverPiece, target: targetPiece, helper: selectedHelper?.helperPiece || null, }, selectedRelation, closing: closingDialog, allPieces: activePieces, pyramidFaceValues, findValidHelpers, selectRelation: handleCaptureWithRelation, selectHelper: handleHelperSelection, dismissDialog, } return ( <CaptureProvider value={captureContextValue}> {/* Phase 3: Show number bond after helper selected */} {selectedRelation && selectedHelper && ( <NumberBondVisualization onConfirm={handleNumberBondConfirm} moverStartPos={(() => { const moverFile = selectedHelper.moverPiece.square.charCodeAt(0) - 65 const moverRank = Number.parseInt( selectedHelper.moverPiece.square.slice(1), 10 ) const moverRow = 8 - moverRank return { x: padding + moverFile * (cellSize + gap) + cellSize / 2, y: padding + moverRow * (cellSize + gap) + cellSize / 2, } })()} helperStartPos={(() => { const helperIndex = helpersWithPositions.findIndex( (h) => h.piece.id === selectedHelper.helperPiece.id ) const maxRadius = cellSize * 1.2 const angleStep = helpersWithPositions.length > 1 ? 360 / helpersWithPositions.length : 0 const angle = helperIndex * angleStep const rad = (angle * Math.PI) / 180 return { x: targetPos.x + Math.cos(rad) * maxRadius, y: targetPos.y + Math.sin(rad) * maxRadius, } })()} /> )} {/* Phase 2: Show helper selection */} {selectedRelation && !selectedHelper && helpersWithPositions.length > 0 && ( <HelperSelectionOptions helpers={helpersWithPositions} /> )} {/* Phase 1: Show relation options OR error */} {!selectedRelation && ( <> {availableRelations.length === 0 ? ( <CaptureErrorDialog /> ) : ( <CaptureRelationOptions availableRelations={availableRelations} /> )} </> )} </CaptureProvider> ) })()} {/* Hover error tooltip - shows when hovering over invalid capture target */} {showHoverError && hoverErrorPosition && ( <g transform={`translate(${hoverErrorPosition.x}, ${hoverErrorPosition.y})`}> <foreignObject x={-cellSize * 1.8} y={-cellSize * 0.5} width={cellSize * 3.6} height={cellSize} style={{ overflow: 'visible', pointerEvents: 'none' }} > <div style={{ background: 'linear-gradient(135deg, #1e293b 0%, #0f172a 100%)', color: '#f1f5f9', padding: `${cellSize * 0.12}px ${cellSize * 0.18}px`, borderRadius: `${cellSize * 0.12}px`, fontSize: `${cellSize * 0.16}px`, fontWeight: 500, textAlign: 'center', boxShadow: '0 4px 20px rgba(0, 0, 0, 0.4), 0 0 0 1px rgba(255, 255, 255, 0.1)', display: 'flex', alignItems: 'center', justifyContent: 'center', gap: `${cellSize * 0.1}px`, backdropFilter: 'blur(8px)', letterSpacing: '0.01em', pointerEvents: 'none', }} > <span style={{ fontSize: `${cellSize * 0.2}px`, opacity: 0.7 }}>⚠</span> <span>No valid relation</span> </div> </foreignObject> </g> )} </svg> </div> ) } |