423 lines
14 KiB
JavaScript
423 lines
14 KiB
JavaScript
/**
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* Moteur de calcul de prix — configurateur armoires sur mesure.
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* Règles : panneaux entiers (chute intégrée), blocs, kit, options.
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*/
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/**
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* Calcule la surface utile des éléments visibles (portes, fileurs, bandeau, plinthe, côtés doublage).
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* Épaisseur panneaux 19 mm (référence).
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* @param {Object} config - configuration (installation, width, height, depth, plinthHeightMm, blocks, doorType, slidingPanels)
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* @param {number} panelThicknessMm - épaisseur panneaux (19)
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*/
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function calculateVisibleSurface(config, panelThicknessMm = 19) {
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const { installationType, widthMm, heightMm, depthMm, plinthHeightMm, blocks = [], doorType, slidingPanelsCount } = config;
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const isNiche = installationType === 'niche';
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let surface = 0;
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// Portes (surface face visible)
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if (doorType === 'sliding' && slidingPanelsCount) {
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const panelWidth = widthMm / slidingPanelsCount;
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surface += slidingPanelsCount * (panelWidth * (heightMm - plinthHeightMm)) * 2; // deux faces par vantail
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} else {
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const doorsCount = blocks.length <= 1 ? Math.min(2, Math.ceil((blocks[0]?.widthMm || widthMm) / 600)) : blocks.length * 2;
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const doorWidth = widthMm / Math.max(1, doorsCount);
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surface += doorsCount * (doorWidth * (heightMm - plinthHeightMm)) * 2;
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}
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// Plinthe (face avant)
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surface += widthMm * plinthHeightMm;
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// Bandeau et fileurs si niche
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if (isNiche) {
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surface += widthMm * plinthHeightMm; // bandeau haut
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surface += 2 * plinthHeightMm * (heightMm - plinthHeightMm); // fileurs gauche/droite
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}
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// Côtés de doublage (coulissant)
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if (doorType === 'sliding') {
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surface += 2 * (depthMm * (heightMm - plinthHeightMm));
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}
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return surface / 1_000_000; // m²
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}
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/**
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* Nombre de panneaux entiers nécessaires (arrondi supérieur).
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* Coût = nombre_panneaux × prix_panneau.
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*/
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function panelCost(surfaceM2, panelWidthMm, panelHeightMm, pricePerPanelChf) {
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const panelSurfaceM2 = (panelWidthMm * panelHeightMm) / 1_000_000;
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const count = Math.ceil(surfaceM2 / panelSurfaceM2);
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return { panels: Math.max(0, count), costChf: count * pricePerPanelChf };
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}
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/**
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* Find the optimal dimension variant that minimizes cost (fewest panels needed).
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* @param {number} surfaceM2 - Required surface in square meters
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* @param {Array} dimensions - Array of dimension variants [{width_mm, height_mm, thickness_mm, id}]
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* @param {number} pricePerPanel - Price per panel in CHF
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* @returns {Object} - Optimal dimension with cost details and alternatives
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*/
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function findOptimalDimension(surfaceM2, dimensions, pricePerPanel) {
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if (!dimensions || dimensions.length === 0) {
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return null;
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}
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const price = pricePerPanel || 0;
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const results = [];
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for (const dim of dimensions) {
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if (!dim.width_mm || !dim.height_mm) continue;
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const panelSurfaceM2 = (dim.width_mm * dim.height_mm) / 1_000_000;
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const panelsNeeded = Math.ceil(surfaceM2 / panelSurfaceM2);
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const totalCost = panelsNeeded * price;
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const totalSurface = panelsNeeded * panelSurfaceM2;
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const wasteM2 = totalSurface - surfaceM2;
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const wastePercent = (wasteM2 / totalSurface) * 100;
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results.push({
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dimension: {
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id: dim.id,
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width_mm: dim.width_mm,
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height_mm: dim.height_mm,
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thickness_mm: dim.thickness_mm
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},
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panelsNeeded,
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costChf: totalCost,
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panelSurfaceM2,
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wasteM2: Math.round(wasteM2 * 1000) / 1000,
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wastePercent: Math.round(wastePercent * 10) / 10
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});
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}
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// Sort by cost (lowest first), then by waste (lowest first)
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results.sort((a, b) => {
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if (a.costChf !== b.costChf) return a.costChf - b.costChf;
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return a.wasteM2 - b.wasteM2;
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});
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if (results.length === 0) return null;
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const optimal = results[0];
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const alternatives = results.slice(1);
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return {
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selectedDimension: optimal.dimension,
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panelsNeeded: optimal.panelsNeeded,
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costChf: optimal.costChf,
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wasteM2: optimal.wasteM2,
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wastePercent: optimal.wastePercent,
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alternatives: alternatives.map(alt => ({
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dimension: alt.dimension,
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panelsNeeded: alt.panelsNeeded,
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costChf: alt.costChf,
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wasteM2: alt.wasteM2,
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wastePercent: alt.wastePercent
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}))
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};
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}
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/**
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* Calculate module costs (V2 mode)
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* @param {Array} modules - Array of module configurations
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* @param {Array} moduleCatalog - Available modules from database
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* @returns {Object} - Module costs breakdown
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*/
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function calculateModuleCosts(modules, moduleCatalog) {
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let totalChf = 0;
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const breakdown = [];
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for (const module of modules) {
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const catalogModule = moduleCatalog.find(m => m.id === module.moduleTypeId || m.code === module.moduleCode);
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const basePrice = catalogModule?.base_price_chf || 450;
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// Adjust price based on customizations
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let adjustedPrice = basePrice;
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// Extra shelves cost (beyond default)
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const defaultShelves = catalogModule?.shelves_count || 0;
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const extraShelves = Math.max(0, (module.shelves || 0) - defaultShelves);
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adjustedPrice += extraShelves * 25; // 25 CHF per extra shelf
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// Extra drawers cost (beyond default)
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const defaultDrawers = catalogModule?.drawers_count || 0;
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const extraDrawers = Math.max(0, (module.drawers || 0) - defaultDrawers);
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adjustedPrice += extraDrawers * 45; // 45 CHF per extra drawer
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// Width adjustment (if different from default)
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const defaultWidth = catalogModule?.width_mm || 600;
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const widthDiff = (module.widthMm || defaultWidth) - defaultWidth;
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if (widthDiff > 0) {
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adjustedPrice += widthDiff * 0.15; // 0.15 CHF per extra mm
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}
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breakdown.push({
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moduleCode: module.moduleCode || catalogModule?.code,
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moduleName: catalogModule?.name || 'Module',
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basePrice,
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adjustedPrice: Math.round(adjustedPrice * 100) / 100,
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adjustments: {
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extraShelves,
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extraDrawers,
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widthDiff
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}
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});
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totalChf += adjustedPrice;
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}
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return {
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totalChf: Math.round(totalChf * 100) / 100,
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breakdown
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};
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}
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/**
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* Calculate hardware costs (V2)
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* @param {Object} hardware - Hardware selection {handleVariantId, hingeVariantId, drawerSystemId}
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* @param {Object} hardwareData - Hardware data from DB {handles, hinges, blum}
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* @param {Object} config - Config with door and drawer counts
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* @returns {Object} - Hardware costs breakdown
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*/
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function calculateHardwareCosts(hardware, hardwareData, config) {
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const { handles = [], hinges = [], blum = [] } = hardwareData;
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const breakdown = [];
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let totalChf = 0;
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// Handle costs - one per door
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if (hardware.handleVariantId) {
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const handle = handles.find(h => h.id === hardware.handleVariantId);
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if (handle) {
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const doorCount = config.doorType === 'sliding'
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? (config.slidingPanelsCount || 2)
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: (config.modules?.length || config.blocks?.length || 2);
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const cost = handle.price_chf * doorCount;
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totalChf += cost;
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breakdown.push({
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type: 'handle',
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name: handle.name,
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unitPrice: handle.price_chf,
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quantity: doorCount,
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totalChf: cost
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});
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}
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}
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// Hinge costs - typically 3 per hinged door
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if (hardware.hingeVariantId && config.doorType !== 'sliding') {
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const hinge = hinges.find(h => h.id === hardware.hingeVariantId);
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if (hinge) {
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const doorCount = config.modules?.length || config.blocks?.length || 2;
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const hingesPerDoor = 3;
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const quantity = doorCount * hingesPerDoor;
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const cost = hinge.price_chf * quantity;
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totalChf += cost;
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breakdown.push({
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type: 'hinge',
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name: hinge.name,
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unitPrice: hinge.price_chf,
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quantity,
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totalChf: cost
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});
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}
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}
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// Drawer system costs - one per drawer
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if (hardware.drawerSystemId) {
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const system = blum.find(h => h.id === hardware.drawerSystemId && h.type === 'drawer_system');
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if (system) {
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const modules = config.modules || [];
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const drawerCount = modules.reduce((sum, m) => sum + (m.drawers || 0), 0);
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if (drawerCount > 0) {
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const cost = system.price_chf * drawerCount;
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totalChf += cost;
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breakdown.push({
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type: 'drawer_system',
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name: system.name,
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unitPrice: system.price_chf,
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quantity: drawerCount,
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totalChf: cost
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});
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}
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}
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}
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return {
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totalChf: Math.round(totalChf * 100) / 100,
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breakdown
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};
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}
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/**
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* Valide la configuration et calcule le prix total.
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* @param {Object} config - configuration client
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* @param {Object} data - données DB (settings, blockTypes, finishes, serviceOptions, modules, hardware)
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*/
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export function calculatePrice(config, data) {
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const errors = [];
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const settingsArr = data.settings || [];
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const settings = {};
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for (const r of settingsArr) {
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let v = r.value;
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if (typeof v === 'string' && /^-?\d+(\.\d+)?$/.test(v)) v = Number(v);
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settings[r.key] = v;
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}
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const kitFeeChf = Number(settings.kit_preparation_fee_chf) ?? 350;
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const plinthMin = Number(settings.plinth_height_min_mm) ?? 60;
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const plinthMax = Number(settings.plinth_height_max_mm) ?? 160;
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const slidingMinWidth = Number(settings.sliding_doors_min_width_mm) ?? 1200;
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const {
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installationType, widthMm, heightMm, depthMm, plinthHeightMm,
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blocks = [], modules = [], hardware = {},
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doorType, slidingPanelsCount, finishId, serviceOptionIds = []
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} = config;
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// Determine if using modules (V2) or blocks (legacy)
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const useModules = modules && modules.length > 0;
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// Plinthe 60–160 mm
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if (plinthHeightMm < plinthMin || plinthHeightMm > plinthMax) {
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errors.push({ field: 'plinthHeightMm', message: `La hauteur de plinthe doit être entre ${plinthMin} et ${plinthMax} mm.` });
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}
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// Portes coulissantes : largeur totale >= 1200 mm
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if (doorType === 'sliding' && widthMm < slidingMinWidth) {
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errors.push({ field: 'doorType', message: `Les portes coulissantes ne sont possibles qu'à partir de ${slidingMinWidth} mm de largeur.` });
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}
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if (doorType === 'sliding' && (slidingPanelsCount < 2 || slidingPanelsCount > 3)) {
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errors.push({ field: 'slidingPanelsCount', message: 'Choisissez 2 ou 3 vantaux coulissants.' });
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}
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// Calculate block/module costs
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let blocksChf = 0;
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let modulesBreakdown = null;
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if (useModules) {
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// V2: Use module-based pricing
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const moduleCatalog = data.modules || [];
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const moduleCosts = calculateModuleCosts(modules, moduleCatalog);
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blocksChf = moduleCosts.totalChf;
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modulesBreakdown = moduleCosts.breakdown;
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// Validate module widths
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const totalModuleWidth = modules.reduce((sum, m) => sum + (m.widthMm || 0), 0);
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if (Math.abs(totalModuleWidth - widthMm) > 10) {
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errors.push({ field: 'modules', message: `La somme des largeurs des modules (${totalModuleWidth}mm) doit correspondre à la largeur totale (${widthMm}mm).` });
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}
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} else {
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// Legacy: Use block-based pricing
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const totalWidth = blocks.reduce((sum, b) => sum + (b.widthMm || 0), 0);
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if (Math.abs(totalWidth - widthMm) > 5 && blocks.length > 0) {
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errors.push({ field: 'blocks', message: 'La somme des largeurs des blocs doit correspondre à la largeur totale.' });
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}
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const blockTypes = data.blockTypes || [];
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for (const block of blocks) {
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const bt = blockTypes.find((b) => b.id === block.blockTypeId || b.code === block.blockTypeCode);
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if (bt) blocksChf += Number(bt.base_price_chf) || 550;
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else blocksChf += 550;
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}
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}
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// Calculate hardware costs (V2)
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let hardwareChf = 0;
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let hardwareBreakdown = null;
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if (hardware && (hardware.handleVariantId || hardware.hingeVariantId || hardware.drawerSystemId)) {
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const hardwareData = {
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handles: data.handles || [],
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hinges: data.hinges || [],
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blum: data.blumHardware || []
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};
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const hardwareCosts = calculateHardwareCosts(hardware, hardwareData, config);
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hardwareChf = hardwareCosts.totalChf;
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hardwareBreakdown = hardwareCosts.breakdown;
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}
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let panelsChf = 0;
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let panelOptimization = null;
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const surfaceM2 = calculateVisibleSurface({
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...config,
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widthMm: widthMm || blocks.reduce((sum, b) => sum + (b.widthMm || 0), 0),
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plinthHeightMm: plinthHeightMm || 100,
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blocks: useModules ? modules.map(m => ({ widthMm: m.widthMm })) : blocks,
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doorType: doorType || 'hinged',
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slidingPanelsCount: slidingPanelsCount || 2
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});
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// Find finish/material by ID or code
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const finish = (data.finishes || []).find((f) => f.id === finishId || f.code === config.finishCode);
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if (finish) {
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const priceChf = finish.price_chf;
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// Check if we have multiple dimension variants for optimization
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if (finish.dimensions && finish.dimensions.length > 0 && priceChf != null) {
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// Auto-optimize: find the best dimension that minimizes cost
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panelOptimization = findOptimalDimension(surfaceM2, finish.dimensions, Number(priceChf));
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if (panelOptimization) {
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panelsChf = panelOptimization.costChf;
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}
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} else if (finish.width_mm && finish.height_mm && priceChf != null) {
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// Legacy: single dimension from finish
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const result = panelCost(surfaceM2, finish.width_mm, finish.height_mm, Number(priceChf));
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panelsChf = result.costChf;
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// Create optimization info for legacy finishes
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const panelSurfaceM2 = (finish.width_mm * finish.height_mm) / 1_000_000;
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const wasteM2 = (result.panels * panelSurfaceM2) - surfaceM2;
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panelOptimization = {
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selectedDimension: {
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width_mm: finish.width_mm,
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height_mm: finish.height_mm,
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thickness_mm: null
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},
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panelsNeeded: result.panels,
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costChf: result.costChf,
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wasteM2: Math.round(wasteM2 * 1000) / 1000,
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wastePercent: Math.round((wasteM2 / (result.panels * panelSurfaceM2)) * 1000) / 10,
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alternatives: []
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};
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}
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}
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let optionsChf = 0;
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const services = data.serviceOptions || [];
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for (const optId of serviceOptionIds) {
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const opt = services.find((s) => s.id === optId || s.code === optId);
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if (opt) optionsChf += Number(opt.price_chf) || 0;
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}
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const totalChf = blocksChf + kitFeeChf + panelsChf + optionsChf + hardwareChf;
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return {
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totalChf: Math.round(totalChf * 100) / 100,
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surfaceM2: Math.round(surfaceM2 * 1000) / 1000,
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details: {
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blocksChf,
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modulesBreakdown,
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kitChf: kitFeeChf,
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panelsChf,
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optionsChf,
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hardwareChf,
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hardwareBreakdown,
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panelOptimization
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},
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errors: errors.length ? errors : undefined
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};
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}
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export default {
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calculatePrice,
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calculateVisibleSurface,
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panelCost,
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findOptimalDimension,
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calculateModuleCosts,
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calculateHardwareCosts
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};
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