{ if (typeof p === 'string') { return parseInt(p.replace(/[^0-9]/g, '')); } else if (typeof p === 'number') { return p; } return 0; }) .filter((p) => p > 0); } else if (typeof priceData === 'string') { const priceStrings = priceData .split(/[\n,-]+/) .map((s) => s.trim()) .filter((s) => s); prices = priceStrings .map((p) => parseInt(p.replace(/[^0-9]/g, ''))) .filter((p) => p > 0); } if (prices.length === 0) return null; const minPrice = Math.min(...prices); const maxPrice = Math.max(...prices); if (minPrice === maxPrice) { return this.formatPriceForItinerary(minPrice); } else { return `${this.formatPriceForItinerary(minPrice)} - ${this.formatPriceForItinerary(maxPrice)}`; } } catch (e) { return null; } }, formatOperationalHours(operationalHours) { if (!operationalHours || !Array.isArray(operationalHours) || operationalHours.length === 0) { return '-'; } try { const timeRanges = {}; operationalHours.forEach((hour) => { if (hour.opening && hour.closing) { const timeKey = `${hour.opening}-${hour.closing}`; if (!timeRanges[timeKey]) { timeRanges[timeKey] = []; } timeRanges[timeKey].push(hour.day); } }); const ranges = []; Object.keys(timeRanges).forEach((timeKey) => { const days = timeRanges[timeKey]; const [opening, closing] = timeKey.split('-'); if (days.length === 7) { ranges.push(`Everyday: ${this.formatTime12Hour(opening)} - ${this.formatTime12Hour(closing)}`); } else if ( days.length === 5 && days.includes('Monday') && days.includes('Tuesday') && days.includes('Wednesday') && days.includes('Thursday') && days.includes('Friday') ) { ranges.push(`Weekdays: ${this.formatTime12Hour(opening)} - ${this.formatTime12Hour(closing)}`); } else if ( days.length === 2 && days.includes('Saturday') && days.includes('Sunday') ) { ranges.push(`Weekend: ${this.formatTime12Hour(opening)} - ${this.formatTime12Hour(closing)}`); } else { const dayOrder = ['Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday']; const sortedDays = days.sort((a, b) => dayOrder.indexOf(a) - dayOrder.indexOf(b)); const isConsecutive = this.areDaysConsecutive(sortedDays, dayOrder); if (isConsecutive && sortedDays.length > 1) { const firstDay = sortedDays[0].substring(0, 3); const lastDay = sortedDays[sortedDays.length - 1].substring(0, 3); ranges.push(`${firstDay}-${lastDay}: ${this.formatTime12Hour(opening)} - ${this.formatTime12Hour(closing)}`); } else { const dayAbbr = sortedDays.map((day) => day.substring(0, 3)); ranges.push(`${dayAbbr.join(', ')}: ${this.formatTime12Hour(opening)} - ${this.formatTime12Hour(closing)}`); } } }); return ranges.join(' | '); } catch (e) { return '-'; } }, getSimplifiedHours(operationalHours) { if (!operationalHours || !Array.isArray(operationalHours)) return '-'; const timeCounts = {}; operationalHours.forEach((hour) => { if (hour.opening && hour.closing) { const key = `${hour.opening}-${hour.closing}`; timeCounts[key] = (timeCounts[key] || 0) + 1; } }); let mostCommon = null; let maxCount = 0; Object.keys(timeCounts).forEach((key) => { if (timeCounts[key] > maxCount) { maxCount = timeCounts[key]; mostCommon = key; } }); if (mostCommon) { const [opening, closing] = mostCommon.split('-'); return `${this.formatTime12Hour(opening)} - ${this.formatTime12Hour(closing)}`; } return '-'; }, formatTime12Hour(timeString) { if (!timeString) return ''; try { let time = timeString.toLowerCase().replace(/\s/g, ''); if (time.includes('am') || time.includes('pm')) { return timeString; } const [hours, minutes] = time.split(':'); const hourNum = parseInt(hours); const minuteNum = minutes ? parseInt(minutes) : 0; if (isNaN(hourNum)) return timeString; const period = hourNum >= 12 ? 'pm' : 'am'; const displayHour = hourNum % 12 || 12; const displayMinutes = minuteNum > 0 ? `:${String(minuteNum).padStart(2, '0')}` : ''; return `${displayHour}${displayMinutes} ${period}`; } catch (e) { return timeString; } }, areDaysConsecutive(days, dayOrder) { for (let i = 0; i < days.length - 1; i++) { const currentIndex = dayOrder.indexOf(days[i]); const nextIndex = dayOrder.indexOf(days[i + 1]); if (nextIndex - currentIndex !== 1) { return false; } } return true; }, // Summary calculations calculateSummary(day) { const calc = day.calculations || { totalDistance: 0, totalTravelTime: 0, totalTransportCost: 0, totalPlacesCost: 0, }; return { distance: calc.totalDistance || 0, time: calc.totalTravelTime || 0, transportCost: calc.totalTransportCost || 0, placesCost: calc.totalPlacesCost || 0, hasPriceRange: false, }; }, getSummaryDisplay(day) { const summary = this.calculateSummary(day); return { distance: this.formatDistance(summary.distance) + ' km', time: this.formatTime(summary.time), transportCost: this.formatPriceForItinerary(summary.transportCost), placesCost: this.formatPriceForItinerary(summary.placesCost), }; }, // Time formatting for display formatDuration(hours) { if (isNaN(hours)) return '0h'; const wholeHours = Math.floor(hours); const minutes = Math.round((hours - wholeHours) * 60); return minutes > 0 ? `${wholeHours}h ${minutes}m` : `${wholeHours}h`; }, // Calculate travel time between places getSegmentDisplay(segment) { if (!segment) return null; return { distance: segment.distance ? segment.distance.toFixed(2) + ' km' : '0 km', travelTime: this.formatDuration(segment.travelTime || 0.17), price: this.formatPriceForItinerary(segment.cost || 0), }; }, // Initialize all days as open for view mode initViewMode() { this.days.forEach(day => { day.open = true; day.displayDate = day.displayDate || ''; }); } }" x-init="initViewMode()" class="itinerary-app ibw-app view-mode-app">