188 lines
7.4 KiB
TypeScript
188 lines
7.4 KiB
TypeScript
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// lib/laser-finder.ts
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export type LaserType = "fiber" | "co2_gantry" | "co2_galvo" | "uv";
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export const LASER_LABEL: Record<LaserType, string> = {
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fiber: "Fiber (MOPA/QR)",
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co2_gantry: "CO₂ Gantry",
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co2_galvo: "CO₂ Galvo",
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uv: "UV (355 nm)",
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};
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export const TYPE_INFO: Record<
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LaserType,
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{
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summary: string;
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bestFor: string[]; // show as tags
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materials: string[]; // show as tags
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cautions: string[]; // negatives / limits
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learnLink: string; // link to your settings pages
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}
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> = {
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fiber: {
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summary:
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"Best for marking/engraving bare metals, color marking on stainless (MOPA), and high-throughput galvo jobs.",
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bestFor: [
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"Bare metal marking",
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"Deep engraving on metals",
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"Color marking stainless",
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"Serials/QR/codes on parts",
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],
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materials: ["Steel", "Stainless", "Aluminum", "Brass", "Titanium"],
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cautions: [
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"Not for cutting wood/acrylic",
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"Limited on organics/plastics (unless additives/coatings)",
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],
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learnLink: "/fiber-settings",
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},
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co2_gantry: {
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summary:
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"Large work area; best for cutting & engraving non-metals (wood, acrylic, leather, textiles).",
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bestFor: ["Thick acrylic cuts", "Wood cutting/engraving", "Signage", "Textiles"],
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materials: ["Wood", "Acrylic", "Leather", "Paper", "Textiles", "Rubber"],
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cautions: [
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"Poor on bare metals without coatings",
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"Slower for fine micro-engraving",
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],
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learnLink: "/co2-gantry-settings",
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},
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co2_galvo: {
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summary:
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"High-speed CO₂ marking/engraving on organics/non-metals with small scan fields.",
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bestFor: ["Fast marking on organics", "Photo engraving on wood/leather", "High throughput"],
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materials: ["Wood", "Leather", "Paper/Card", "Anodized/painted items"],
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cautions: [
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"Small scan field vs gantry",
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"Not for cutting thick sheets",
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"Poor on bare metals",
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],
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learnLink: "/co2-galvo-settings",
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},
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uv: {
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summary:
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"Ultra-fine marking/engraving on plastics, glass, ceramics; low heat-affected zone for micro features.",
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bestFor: ["Micro text/logos", "Fine plastic marking", "Glass/ceramic marking"],
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materials: ["Plastics", "Glass", "Ceramics", "PCB/silicon (marking)"],
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cautions: [
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"Typically lower power; not for thick cutting",
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"Higher $/W, smaller working areas",
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],
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learnLink: "/uv-settings",
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},
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};
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export type Answers = {
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materials: Array<
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| "metals_bare"
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| "metals_coated"
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| "plastics"
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| "wood_paper_leather"
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| "glass_ceramic"
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| "stone"
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| "textiles"
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>;
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operations: Array<
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| "deep_mark_metal"
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| "color_mark_stainless"
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| "fine_engraving"
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| "photo_engrave"
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| "cut_nonmetals_thick"
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| "cut_nonmetals_thin"
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| "mark_coated"
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>;
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part_size: "small" | "medium" | "large"; // ~ scan field or bed
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detail: "low" | "medium" | "high" | "micro";
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throughput: "low" | "medium" | "high";
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budget: "low" | "mid" | "high";
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};
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type Score = Record<LaserType, number>;
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const bump = (s: Score, k: LaserType, n: number) => (s[k] += n);
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export function scoreAnswers(a: Answers): {
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score: Score;
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ranked: LaserType[];
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why: Record<LaserType, string[]>;
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} {
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const s: Score = { fiber: 0, co2_gantry: 0, co2_galvo: 0, uv: 0 };
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const why: Record<LaserType, string[]> = {
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fiber: [],
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co2_gantry: [],
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co2_galvo: [],
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uv: [],
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};
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// Materials
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if (a.materials.includes("metals_bare")) {
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bump(s, "fiber", 6); why.fiber.push("Bare metals benefit from fiber.");
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bump(s, "uv", 2); why.uv.push("UV can mark some metals with fine detail.");
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bump(s, "co2_gantry", -3);
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bump(s, "co2_galvo", -3);
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}
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if (a.materials.includes("metals_coated")) {
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bump(s, "fiber", 3); why.fiber.push("Coated metals are fiber-friendly.");
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bump(s, "uv", 2); why.uv.push("UV works well on coatings and labels.");
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bump(s, "co2_galvo", 1); why.co2_galvo.push("CO₂ galvo can mark coated items quickly.");
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}
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if (a.materials.includes("plastics") || a.materials.includes("wood_paper_leather")) {
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bump(s, "co2_gantry", 3); why.co2_gantry.push("Organics & plastics suit CO₂ gantry cutting/engraving.");
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bump(s, "co2_galvo", 3); why.co2_galvo.push("CO₂ galvo is fast for organic marking.");
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bump(s, "uv", 1); why.uv.push("UV excels at fine marking plastics.");
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}
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if (a.materials.includes("glass_ceramic")) {
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bump(s, "uv", 4); why.uv.push("Glass/ceramic: UV has low HAZ for crisp marks.");
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bump(s, "co2_galvo", 1);
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}
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if (a.materials.includes("textiles")) {
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bump(s, "co2_gantry", 3); why.co2_gantry.push("Textiles: CO₂ gantry handles larger panels.");
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}
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if (a.materials.includes("stone")) {
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bump(s, "co2_gantry", 1); bump(s, "co2_galvo", 1);
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}
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// Operations
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if (a.operations.includes("deep_mark_metal")) { bump(s, "fiber", 5); why.fiber.push("Deep metal marking favors fiber."); }
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if (a.operations.includes("color_mark_stainless")) { bump(s, "fiber", 5); why.fiber.push("Color marking stainless = MOPA fiber."); }
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if (a.operations.includes("fine_engraving")) {
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bump(s, "uv", 4); why.uv.push("Micro features need UV’s small spot.");
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bump(s, "fiber", 2); why.fiber.push("Fiber can achieve fine detail on metals.");
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bump(s, "co2_galvo", 2);
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}
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if (a.operations.includes("photo_engrave")) {
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bump(s, "uv", 3); why.uv.push("UV gives clean dithers on many materials.");
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bump(s, "co2_galvo", 2); why.co2_galvo.push("CO₂ galvo is common for photo engraving organics.");
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}
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if (a.operations.includes("cut_nonmetals_thick")) { bump(s, "co2_gantry", 6); why.co2_gantry.push("Thick cutting needs gantry CO₂."); }
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if (a.operations.includes("cut_nonmetals_thin")) {
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bump(s, "co2_gantry", 3); why.co2_gantry.push("Thin cutting works well on gantry CO₂.");
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bump(s, "co2_galvo", 2);
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}
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if (a.operations.includes("mark_coated")) {
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bump(s, "fiber", 2); why.fiber.push("Coated marks are straightforward on fiber.");
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bump(s, "uv", 2); why.uv.push("UV marks coatings with low HAZ.");
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bump(s, "co2_galvo", 1);
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}
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// Part size & throughput
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if (a.part_size === "large") { bump(s, "co2_gantry", 5); why.co2_gantry.push("Large work area points to gantry CO₂."); }
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if (a.part_size === "small") { bump(s, "co2_galvo", 2); }
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if (a.throughput === "high") {
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bump(s, "co2_galvo", 3); why.co2_galvo.push("High throughput favors galvo systems.");
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bump(s, "fiber", 2); why.fiber.push("Fiber galvos are fast on metals.");
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}
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// Detail requirement
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if (a.detail === "micro") {
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bump(s, "uv", 5); why.uv.push("Micro detail → UV’s spot and short wavelength.");
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bump(s, "fiber", 2);
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} else if (a.detail === "high") {
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bump(s, "uv", 3); bump(s, "fiber", 2); bump(s, "co2_galvo", 1);
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}
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// Budget (very soft tie-breaker)
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if (a.budget === "low") bump(s, "co2_gantry", 1);
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if (a.budget === "high") { bump(s, "fiber", 1); bump(s, "uv", 1); }
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const ranked = (Object.keys(s) as LaserType[]).sort((x, y) => s[y] - s[x]);
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return { score: s, ranked, why };
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}
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