component
GRM155R71H102KA01D - Murata
Public Made by Adomby adom
MLCC 1 nF +/-10 %, 50 V, X7R, 0402 (1005 metric)
← Commit history
Component record for grm155r71h102ka01d: files batch 2
9 files changed
+16922
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0.0502,+ 0.41496,+ 0.09813,+ 0.54688,+ 0.19094,+ 0.54688,+ 0.14477,+ 0.41117,+ 0.12937,+ 0.2725,+ 0.13121,+ 0.18219,+ 0.13766,+ 0.13187,+ 0.16047,+ 0.07902,+ 0.18891,+ 0.06203,+ 0.22457,+ 0.07629,+ 0.2475,+ 0.11719,+ 0.25676,+ 0.1932,+ 0.25984,+ 0.34125,+ 0.34281,+ 0.34125,+ 0.34586,+ 0.1932,+ 0.355,+ 0.11719,+ 0.37793,+ 0.07629,+ 0.41359,+ 0.06203,+ 0.44203,+ 0.07902,+ 0.46484,+ 0.13187,+ 0.47129,+ 0.18219,+ 0.47313,+ 0.2725,+ 0.45773,+ 0.41117,+ 0.41156,+ 0.54688+ ],+ "t": [+ 1,+ 0,+ 42,+ 1,+ 42,+ 41,+ 1,+ 41,+ 40,+ 1,+ 40,+ 39,+ 1,+ 39,+ 38,+ 33,+ 32,+ 31,+ 33,+ 31,+ 30,+ 33,+ 30,+ 29,+ 33,+ 29,+ 28,+ 22,+ 21,+ 20,+ 22,+ 20,+ 19,+ 22,+ 19,+ 18,+ 22,+ 18,+ 17,+ 22,+ 17,+ 16,+ 16,+ 15,+ 14,+ 16,+ 14,+ 13,+ 16,+ 13,+ 12,+ 16,+ 12,+ 11,+ 10,+ 9,+ 8,+ 10,+ 8,+ 7,+ 10,+ 7,+ 6,+ 10,+ 6,+ 5,+ 5,+ 4,+ 3,+ 5,+ 3,+ 2,+ 5,+ 2,+ 1,+ 5,+ 1,+ 38,+ 5,+ 38,+ 37,+ 5,+ 37,+ 36,+ 5,+ 36,+ 35,+ 34,+ 33,+ 28,+ 34,+ 28,+ 27,+ 23,+ 22,+ 16,+ 10,+ 5,+ 35,+ 10,+ 35,+ 34,+ 10,+ 34,+ 27,+ 24,+ 23,+ 16,+ 11,+ 10,+ 27,+ 25,+ 24,+ 16,+ 16,+ 11,+ 27,+ 16,+ 27,+ 26,+ 16,+ 26,+ 25+ ]+ },+ "→": {+ "v": [+ 0.56984,+ 0.25391,+ 0.42781,+ 0.11188,+ 0.38375,+ 0.15578,+ 0.46188,+ 0.23391,+ 0.03219,+ 0.23391,+ 0.03219,+ 0.31391,+ 0.46188,+ 0.31391,+ 0.38375,+ 0.39203,+ 0.42781,+ 0.43609,+ 0.56984,+ 0.29391+ ],+ "t": [+ 1,+ 0,+ 9,+ 9,+ 8,+ 7,+ 9,+ 7,+ 6,+ 9,+ 6,+ 5,+ 9,+ 5,+ 4,+ 9,+ 4,+ 3,+ 9,+ 3,+ 2,+ 9,+ 2,+ 1+ ]+ },+ "←": {+ "v": [+ 0.03219,+ 0.25391,+ 0.03219,+ 0.29391,+ 0.17438,+ 0.43609,+ 0.21828,+ 0.39203,+ 0.14016,+ 0.31391,+ 0.56984,+ 0.31391,+ 0.56984,+ 0.23391,+ 0.14016,+ 0.23391,+ 0.21828,+ 0.15578,+ 0.17438,+ 0.11188+ ],+ "t": [+ 1,+ 0,+ 9,+ 1,+ 9,+ 8,+ 1,+ 8,+ 7,+ 1,+ 7,+ 6,+ 1,+ 6,+ 5,+ 1,+ 5,+ 4,+ 1,+ 4,+ 3,+ 1,+ 3,+ 2+ ]+ },+ "↑": {+ "v": [+ 0.32125,+ 0.53766,+ 0.46297,+ 0.39547,+ 0.41891,+ 0.35156,+ 0.34078,+ 0.42969,+ 0.34078,+ 0.0,+ 0.26078,+ 0.0,+ 0.26078,+ 0.42969,+ 0.18266,+ 0.35156,+ 0.13875,+ 0.39547,+ 0.28125,+ 0.53766+ ],+ "t": [+ 1,+ 0,+ 9,+ 9,+ 8,+ 7,+ 9,+ 7,+ 6,+ 9,+ 6,+ 5,+ 9,+ 5,+ 4,+ 9,+ 4,+ 3,+ 9,+ 3,+ 2,+ 9,+ 2,+ 1+ ]+ },+ "↓": {+ "v": [+ 0.28125,+ 0.0,+ 0.13875,+ 0.14203,+ 0.18266,+ 0.18609,+ 0.26078,+ 0.10797,+ 0.26078,+ 0.53766,+ 0.34078,+ 0.53766,+ 0.34078,+ 0.10797,+ 0.41891,+ 0.18609,+ 0.46297,+ 0.14203,+ 0.32125,+ 0.0+ ],+ "t": [+ 1,+ 0,+ 9,+ 9,+ 8,+ 7,+ 9,+ 7,+ 6,+ 9,+ 6,+ 5,+ 9,+ 5,+ 4,+ 9,+ 4,+ 3,+ 9,+ 3,+ 2,+ 9,+ 2,+ 1+ ]+ }+ }+}
provenance/tools/landcheck.pyadded+116@@ -0,0 +1,116 @@+"""Compare the KiCad footprint pads with the manufacturer's recommended land pattern.++usage: landcheck.py <slug> <outdir>+Reads parts.PARTS[slug]["land"] and the page's footprint (KiCad library geometry).+Writes <outdir>/land-pattern.png (true-scale drawing + table) and+<outdir>/land-pattern-icon.png (256 px square thumbnail), prints a JSON result.++Drawing: grey = part body at datasheet nominal, teal = KiCad pads (copper),+amber dashed = the maker's land at the middle of its printed range (or its+printed nominal), amber band = the range the maker allows for the inner and+outer pad edges where the maker prints a range.+"""+import sys, os, json, re, glob+from PIL import Image, ImageDraw, ImageFont+sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))+from parts import PARTS++slug, outdir = sys.argv[1], sys.argv[2]+P = next(p for p in PARTS if p["slug"] == slug)+L = P["land"]+page = os.path.dirname(outdir.rstrip("/"))+fpf = glob.glob(os.path.join(page, "*.kicad_mod"))[0]+fp = open(fpf).read()+pads = [tuple(map(float, m)) for m in re.findall(r'\(pad "\d" smd roundrect\s*\(at ([-\d.]+) ([-\d.]+)\)\s*\(size ([\d.]+) ([\d.]+)\)', fp)]+x, _, w, h = pads[1]+k = {"gap": round(2 * x - w, 3), "len": round(w, 3), "wid": round(h, 3), "overall": round(2 * x + w, 3)}++def mid(v): return (v[0] + v[1]) / 2 if isinstance(v, list) else v+rows = []+if L["kind"] in ("range", "tol"):+ rng = {"gap": L["gap_a"], "len": L["len_b"], "wid": L["wid_c"]}+ rng["overall"] = L.get("overall") or [round(L["gap_a"][0] + 2 * L["len_b"][0], 3), round(L["gap_a"][1] + 2 * L["len_b"][1], 3)]+ derived_overall = not L.get("overall")+ for key, name in (("gap", "gap between lands"), ("len", "land length"), ("wid", "land width"),+ ("overall", "overall length (a + 2b, derived)" if derived_overall else "overall length")):+ lo, hi = rng[key]; v = k[key]+ ok = lo - 1e-6 <= v <= hi + 1e-6+ dev = 0 if ok else round(v - hi if v > hi else v - lo, 3)+ rows.append({"dim": name, "kicad_mm": v, "maker_min": lo, "maker_max": hi, "within": ok, "outside_by_mm": dev})+ ref = {kk: mid(rng[kk]) for kk in rng}+ if L["kind"] == "tol":+ ref = {"gap": L["nominal"]["gap_a"], "len": L["nominal"]["len_b"], "wid": L["nominal"]["wid_c"], "overall": L["nominal"]["overall"]}+else:+ ref = {"gap": L["gap_a"], "len": L["len_b"], "wid": L["wid_c"], "overall": L["overall"]}+ for key, name in (("gap", "gap between lands"), ("len", "land length"), ("wid", "land width"), ("overall", "overall length")):+ rows.append({"dim": name, "kicad_mm": k[key], "maker_nominal": ref[key], "difference_mm": round(k[key] - ref[key], 3)})++# ---------- drawing ----------+body = P["body_mm"]+span = max(k["overall"], ref["overall"] if isinstance(ref["overall"], float) else 0) + 0.4+PP = 560 / span+W_, H_ = 1000, int(max(k["wid"], ref["wid"], body["y_mm"]) * PP + 120)+img = Image.new("RGBA", (W_, H_), (255, 255, 255, 255))+d = ImageDraw.Draw(img, "RGBA")+cx, cy = W_ / 2, H_ / 2 + 10+def R(x0, y0, x1, y1): return [cx + x0 * PP, cy - y1 * PP, cx + x1 * PP, cy - y0 * PP]+# allowed edge bands (range kinds)+if L["kind"] in ("range", "tol"):+ g0, g1 = L["gap_a"]; b0, b1 = L["len_b"]; c1 = L["wid_c"][1]+ for s in (-1, 1):+ for a, b in ((g0 / 2, g1 / 2), (g0 / 2 + b0, g1 / 2 + b1)):+ xa, xb = sorted((s * a, s * b))+ d.rectangle(R(xa, -c1 / 2, xb, c1 / 2), fill=(255, 190, 70, 70))+# body+d.rectangle(R(-body["x_mm"] / 2, -body["y_mm"] / 2, body["x_mm"] / 2, body["y_mm"] / 2), outline=(110, 110, 110, 255), width=2)+# KiCad pads, rounded rect (rratio 0.25)+for px, py, pw, ph in pads:+ rr = 0.25 * min(pw, ph) * PP+ d.rounded_rectangle(R(px - pw / 2, py - ph / 2, px + pw / 2, py + ph / 2), radius=rr, fill=(0, 150, 150, 110), outline=(0, 120, 120, 255), width=2)+# maker land, dashed amber+def dashed(box, col, wdt=3):+ xa, ya, xb, yb = box+ for (p, q) in (((xa, ya), (xb, ya)), ((xb, ya), (xb, yb)), ((xb, yb), (xa, yb)), ((xa, yb), (xa, ya))):+ n = int(max(abs(q[0] - p[0]), abs(q[1] - p[1])) / 7) or 1+ for i in range(0, n, 2):+ t0, t1 = i / n, min(1, (i + 1) / n)+ d.line([(p[0] + (q[0] - p[0]) * t0, p[1] + (q[1] - p[1]) * t0), (p[0] + (q[0] - p[0]) * t1, p[1] + (q[1] - p[1]) * t1)], fill=col, width=wdt)+for s in (-1, 1):+ a, b = ref["gap"] / 2, ref["gap"] / 2 + ref["len"]+ xa, xb = sorted((s * a, s * b))+ dashed(R(xa, -ref["wid"] / 2, xb, ref["wid"] / 2), (200, 110, 0, 255))+icon_box = (int(cx - 0.5 * (k["overall"] + 0.25) * PP), int(cy - 0.5 * (k["overall"] + 0.25) * PP))+icon_side = int((k["overall"] + 0.25) * PP)+padded = Image.new("RGBA", (W_ + 2 * icon_side, H_ + 2 * icon_side), (255, 255, 255, 255)); padded.paste(img, (icon_side, icon_side))+icon = padded.crop((icon_box[0] + icon_side, icon_box[1] + icon_side, icon_box[0] + 2 * icon_side, icon_box[1] + 2 * icon_side)).convert("RGB").resize((256, 256), Image.LANCZOS)+mask = Image.new("L", (256, 256), 0); ImageDraw.Draw(mask).rounded_rectangle([0, 0, 255, 255], radius=28, fill=255)+ic = Image.new("RGBA", (256, 256), (0, 0, 0, 0)); ic.paste(icon, (0, 0), mask)+ic.save(os.path.join(outdir, "land-pattern-icon.png"))++f = ImageFont.truetype("/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf", 15)+fb = ImageFont.truetype("/usr/share/fonts/truetype/dejavu/DejaVuSans-Bold.ttf", 17)+lines = []+for r in rows:+ if "within" in r:+ lines.append((f"{r['dim']}: KiCad {r['kicad_mm']:.2f} maker {r['maker_min']:.2f} to {r['maker_max']:.2f} "+ + ("inside" if r["within"] else f"outside by {r['outside_by_mm']:+.2f}"), (0, 120, 40) if r["within"] else (190, 90, 0)))+ else:+ lines.append((f"{r['dim']}: KiCad {r['kicad_mm']:.2f} maker {r['maker_nominal']:.2f} difference {r['difference_mm']:+.2f}", (40, 40, 40)))+sheet = Image.new("RGB", (W_, H_ + 100 + 24 * len(lines) + 70), (255, 255, 255))+sd = ImageDraw.Draw(sheet)+sd.text((14, 10), f"{P['mpn']}: KiCad {P['fp']} pads vs maker's land, true scale", fill=(0, 0, 0), font=fb)+sheet.paste(img.convert("RGB"), (0, 40))+y = H_ + 46+sd.text((14, y), "grey = body (nominal) teal = KiCad pads amber dashed = maker's land (middle of range or nominal)", fill=(60, 60, 60), font=f); y += 22+sd.text((14, y), "amber band = where the maker allows the inner and outer pad edges (range sheets only)", fill=(60, 60, 60), font=f); y += 26+for t, c in lines:+ sd.text((14, y), t, fill=c, font=f); y += 24+import textwrap+for ln in textwrap.wrap("Source: " + L["source"], 115):+ sd.text((14, y + 4), ln, fill=(90, 90, 90), font=f); y += 20+sheet.save(os.path.join(outdir, "land-pattern.png"))++res = {"footprint": os.path.basename(fpf), "kicad_library_footprint": P["fp"], "kicad": k, "maker_reference": ref,+ "maker_source": L["source"], "maker_letters": L["letters"], "rows": rows,+ "all_within": all(r.get("within", True) for r in rows) if L["kind"] != "nominal" else None}+print(json.dumps(res))
provenance/tools/lod.pyadded+170@@ -0,0 +1,170 @@+"""Board-use LOD GLBs (high, medium, low, super-low) for a small two-terminal chip.++Input: the page's board-use STEP (Z-up, mm, seated on z=0, centred).+Output (in <outdir>/lod/): high.glb medium.glb low.glb super-low.glb, a 400x300+PNG preview of each rendered from that GLB's own triangles, manifest.json+(schema adom/component-lod@1).++Every level: Z-up, metres, the same origin and pose as the STEP (no recentring,+no rotation), primitives batched by material (one per material), the STEP's own+colours. No footprint, pad outline, label or silkscreen helpers exist in the+source, so nothing is removed. high/medium/low are OCCT tessellations of the+exact B-rep at decreasing deflection; super-low replaces each material group by+its bounding box per side of the part (terminals, body, overcoat), which keeps+the silhouette, the terminal bands and the seating plane.++usage: lod.py part.step MPN outdir [source_label]+"""+import sys, os, json, struct, hashlib+import numpy as np+from PIL import Image, ImageDraw+sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))+import ortho+from OCP.BRepMesh import BRepMesh_IncrementalMesh+from OCP.BRepTools import BRepTools++step, mpn, outdir = sys.argv[1], sys.argv[2], sys.argv[3]+src_label = sys.argv[4] if len(sys.argv) > 4 else os.path.basename(step)+lod_dir = os.path.join(outdir, "lod"); os.makedirs(lod_dir, exist_ok=True)++LEVELS = [("high", 0.0005, 0.1), ("medium", 0.004, 0.35), ("low", 0.02, 0.9)]++def tris_at(lin, ang):+ # ortho.load_tris meshes with fixed params; clean and remesh by patching BRepMesh call+ orig = ortho.BRepMesh_IncrementalMesh+ def mesh(shp, _l, rel, _a, par):+ BRepTools.Clean_s(shp)+ return orig(shp, lin, False, ang, True)+ ortho.BRepMesh_IncrementalMesh = mesh+ try:+ return ortho.load_tris(step)+ finally:+ ortho.BRepMesh_IncrementalMesh = orig++def boxes_from(tris):+ groups = {}+ for p, c in tris:+ groups.setdefault(c, []).append(p)+ allp = np.concatenate([p for p, _ in tris]); xmax = allp[:, 0].max()+ endc = {}+ for p, c in tris:+ if np.allclose(p[:, 0], xmax, atol=1e-4): endc[c] = endc.get(c, 0) + 1+ tcol = max(endc, key=endc.get)+ boxes = []+ for c, ps in groups.items():+ T = np.stack(ps)+ crosses = ((T[:, :, 0].min(1) < -1e-6) & (T[:, :, 0].max(1) > 1e-6)).any()+ P = T.reshape(-1, 3)+ parts = [P] if crosses else [P[P[:, 0] < 0], P[P[:, 0] > 0]]+ for Q in parts:+ if len(Q):+ boxes.append([Q.min(0), Q.max(0), c])+ tin = min(min(abs(lo[0]), abs(hi[0])) for lo, hi, c in boxes if c == tcol)+ out = []+ for lo, hi, c in boxes:+ if c != tcol:+ lo = lo.copy(); hi = hi.copy(); lo[0] = max(lo[0], -tin); hi[0] = min(hi[0], tin)+ v = np.array([[x, y, z] for x in (lo[0], hi[0]) for y in (lo[1], hi[1]) for z in (lo[2], hi[2])])+ for a_, b_, cc, d in [(0, 1, 3, 2), (4, 6, 7, 5), (0, 4, 5, 1), (2, 3, 7, 6), (0, 2, 6, 4), (1, 5, 7, 3)]:+ out.append((v[[a_, b_, cc]], c)); out.append((v[[a_, cc, d]], c))+ return out++def write_glb(tris, path, name):+ mats = []; groups = {}+ for p, c in tris:+ if c not in groups:+ groups[c] = []; mats.append(c)+ groups[c].append(p)+ bin_ = b""; views = []; accs = []; prims = []+ def add_view(data, target):+ nonlocal bin_+ off = len(bin_); bin_ += data+ while len(bin_) % 4: bin_ += b"\0"+ views.append({"buffer": 0, "byteOffset": off, "byteLength": len(data), "target": target})+ return len(views) - 1+ decoded = 0; ntri = 0+ for mi, c in enumerate(mats):+ P = np.concatenate(groups[c]).reshape(-1, 3, 3)+ n = np.cross(P[:, 1] - P[:, 0], P[:, 2] - P[:, 0]); n /= np.linalg.norm(n, axis=1, keepdims=True) + 1e-30+ pos = (P.reshape(-1, 3) / 1000.0).astype(np.float32) # mm -> metres+ nor = np.repeat(n, 3, axis=0).astype(np.float32)+ # weld identical (position, normal) vertices+ key = np.concatenate([np.round(pos, 9), np.round(nor, 5)], 1)+ uniq, inv = np.unique(key, axis=0, return_inverse=True)+ upos = uniq[:, :3].astype(np.float32); unor = uniq[:, 3:].astype(np.float32)+ idx = inv.astype(np.uint16 if len(uniq) < 65535 else np.uint32).ravel()+ vp = add_view(upos.tobytes(), 34962); vn = add_view(unor.tobytes(), 34962); vi = add_view(idx.tobytes(), 34963)+ accs.append({"bufferView": vp, "componentType": 5126, "count": len(upos), "type": "VEC3",+ "min": upos.min(0).tolist(), "max": upos.max(0).tolist()})+ accs.append({"bufferView": vn, "componentType": 5126, "count": len(unor), "type": "VEC3"})+ accs.append({"bufferView": vi, "componentType": 5123 if idx.dtype == np.uint16 else 5125, "count": len(idx), "type": "SCALAR"})+ prims.append({"attributes": {"POSITION": len(accs) - 3, "NORMAL": len(accs) - 2}, "indices": len(accs) - 1, "material": mi})+ decoded += upos.nbytes + unor.nbytes + idx.nbytes; ntri += len(idx) // 3+ gl = {"asset": {"version": "2.0", "generator": "capencoder passives lod.py (OCCT tessellation)"},+ "scene": 0, "scenes": [{"nodes": [0]}],+ "nodes": [{"name": name, "mesh": 0, "extras": {"adomUpAxis": "Z", "units": "metres"}}],+ "meshes": [{"name": name, "primitives": prims}],+ "materials": [{"name": f"mat_{i}", "pbrMetallicRoughness": {"baseColorFactor": [*c, 1.0], "metallicFactor": 0.0, "roughnessFactor": 0.6}} for i, c in enumerate(mats)],+ "accessors": accs, "bufferViews": views, "buffers": [{"byteLength": len(bin_)}]}+ js = json.dumps(gl, separators=(",", ":")).encode()+ while len(js) % 4: js += b" "+ glb = struct.pack("<III", 0x46546C67, 2, 12 + 8 + len(js) + 8 + len(bin_)) + struct.pack("<II", len(js), 0x4E4F534A) + js + struct.pack("<II", len(bin_), 0x004E4942) + bin_+ open(path, "wb").write(glb)+ return {"decodedBufferBytes": decoded, "triangles": ntri, "primitives": len(prims)}++def read_glb_tris(path):+ b = open(path, "rb").read(); n = struct.unpack("<I", b[12:16])[0]+ j = json.loads(b[20:20 + n]); binc = b[20 + n + 8:]+ def acc(i, dt, w):+ a = j["accessors"][i]; v = j["bufferViews"][a["bufferView"]]+ return np.frombuffer(binc, dt, a["count"] * w, v["byteOffset"]).reshape(-1, w) if w > 1 else np.frombuffer(binc, dt, a["count"], v["byteOffset"])+ out = []+ for p in j["meshes"][0]["primitives"]:+ pos = acc(p["attributes"]["POSITION"], np.float32, 3) * 1000.0+ ia = j["accessors"][p["indices"]]+ idx = acc(p["indices"], np.uint16 if ia["componentType"] == 5123 else np.uint32, 1)+ col = tuple(j["materials"][p["material"]]["pbrMetallicRoughness"]["baseColorFactor"][:3])+ for t in idx.reshape(-1, 3):+ out.append((pos[t].astype(float), col))+ return out++ortho.VIEWS["iso"] = (tuple(np.array([0.7071, -0.7071, 0])), tuple(np.array([-0.4082, -0.4082, 0.8165])), tuple(np.array([0.5774, 0.5774, 0.5774])))+def preview(path, png):+ tris = read_glb_tris(path)+ allp = np.concatenate([t[0] for t in tris]); ext = np.abs(allp).max()+ img = ortho.render(tris, "iso", 300 / (3.3 * ext), size=(400, 300))+ bg = Image.new("RGBA", img.size, (48, 57, 68, 255)); bg.alpha_composite(img); bg.convert("RGB").save(png)++sha = lambda f: hashlib.sha256(open(f, "rb").read()).hexdigest()+levels = []+src_tris = None+for name, lin, ang in LEVELS + [("super-low", None, None)]:+ if name == "super-low":+ tris = boxes_from(src_tris)+ else:+ tris = tris_at(lin, ang)+ if name == "high":+ src_tris = tris+ path = os.path.join(lod_dir, f"{name}.glb")+ st = write_glb(tris, path, mpn)+ back = read_glb_tris(path); P = np.concatenate([t[0] for t in back])+ png = os.path.join(lod_dir, f"{name}.png"); preview(path, png)+ rec = {"level": name, "path": f"lod/{name}.glb", "sha256": sha(path), "sizeBytes": os.path.getsize(path), **st,+ "bounds": {"min": (P.min(0) / 1000).round(7).tolist(), "max": (P.max(0) / 1000).round(7).tolist()},+ "approximation": ({"method": "OCCT BRepMesh_IncrementalMesh", "linearDeflectionMm": lin, "angularDeflectionRad": ang}+ if lin else {"method": "per-material bounding boxes split at the part centre (terminals, body, overcoat)"}),+ "detailVisibility": {"virtualMpn": False, "note": "no marking: the datasheet specifies none"},+ "review": "Candidate: rendered preview checked by AI (silhouette, terminals, seat z=0); not human-reviewed",+ "preview": {"path": f"lod/{name}.png", "sha256": sha(png), "sizeBytes": os.path.getsize(png), "width": 400, "height": 300,+ "view": "iso", "sourceLevelSha256": sha(path)}}+ levels.append(rec)+ print(name, st, rec["bounds"])+manifest = {"schema": "adom/component-lod@1", "mpn": mpn, "upAxis": "Z", "units": "metres",+ "status": "candidate (AI-checked, not human-reviewed)",+ "purpose": "clean board-use component models: no footprint pads, outlines, labels or silkscreen; no marking (none per datasheet)",+ "source": {"path": src_label, "sha256": sha(step)},+ "sourceToDisplay": "uniform scale 0.001 (mm to m); no rotation, no translation; origin = footprint origin, seat z = 0",+ "generator": "lod.py (capencoder passives, OCCT via cadquery-ocp)",+ "removedHelpers": [], "levels": levels,+ "hints": ["All four levels share pose and units; super-low is boxes per material group, chosen for board overviews."]}+json.dump(manifest, open(os.path.join(lod_dir, "manifest.json"), "w"), indent=1)
provenance/tools/ortho.pyadded+123@@ -0,0 +1,123 @@+"""Orthographic renderer for small component STEPs (face colours kept).++render(step, view, ppmm) -> PIL RGBA image, model origin at the image centre.+views: top (look down -Z, +X right, +Y up), bottom (look up +Z, +X right, +Y down,+i.e. the part flipped about X), front (look +Y, +X right, +Z up),+end (look -X, +Y right... from +X end: -Y right, +Z up).+"""+import sys+import numpy as np+from PIL import Image, ImageDraw+from OCP.STEPCAFControl import STEPCAFControl_Reader+from OCP.TDocStd import TDocStd_Document+from OCP.TCollection import TCollection_ExtendedString+from OCP.XCAFDoc import XCAFDoc_DocumentTool, XCAFDoc_ColorType+from OCP.TDF import TDF_LabelSequence+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE, TopAbs_REVERSED+from OCP.TopoDS import TopoDS+from OCP.Quantity import Quantity_Color+from OCP.BRepMesh import BRepMesh_IncrementalMesh+from OCP.BRep import BRep_Tool+from OCP.TopLoc import TopLoc_Location+++def load_tris(path):+ doc = TDocStd_Document(TCollection_ExtendedString("x"))+ r = STEPCAFControl_Reader(); r.SetColorMode(True); r.SetNameMode(True)+ r.ReadFile(path); r.Transfer(doc)+ st = XCAFDoc_DocumentTool.ShapeTool_s(doc.Main())+ ct = XCAFDoc_DocumentTool.ColorTool_s(doc.Main())+ labs = TDF_LabelSequence(); st.GetFreeShapes(labs)+ out = []+ leaves = []+ def walk(lab, loc, pcol):+ c = Quantity_Color(); col = pcol+ for t in (XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen):+ if ct.GetColor_s(lab, t, c):+ col = (c.Red(), c.Green(), c.Blue()); break+ if st.IsReference_s(lab):+ ref = type(lab)(); st.GetReferredShape_s(lab, ref)+ walk(ref, loc.Multiplied(st.GetLocation_s(lab)), col); return+ kids = TDF_LabelSequence(); st.GetComponents_s(lab, kids)+ if kids.Length() > 0:+ for i in range(1, kids.Length() + 1): walk(kids.Value(i), loc, col)+ return+ leaves.append((st.GetShape_s(lab).Moved(loc), col))+ for li in range(1, labs.Length() + 1):+ walk(labs.Value(li), TopLoc_Location(), None)+ for shp, pcol in leaves:+ BRepMesh_IncrementalMesh(shp, 0.002, False, 0.2, True)+ e = TopExp_Explorer(shp, TopAbs_FACE)+ while e.More():+ f = TopoDS.Face_s(e.Current())+ c = Quantity_Color(); col = None+ for t in (XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen):+ if ct.GetColor(f, t, c):+ col = (c.Red(), c.Green(), c.Blue()); break+ if col is None:+ col = pcol or (0.6, 0.6, 0.6)+ loc = TopLoc_Location()+ tri = BRep_Tool.Triangulation_s(f, loc)+ if tri is not None:+ trsf = loc.Transformation()+ pts = np.array([(lambda p: (p.X(), p.Y(), p.Z()))(tri.Node(i).Transformed(trsf)) for i in range(1, tri.NbNodes() + 1)])+ rev = f.Orientation() == TopAbs_REVERSED+ for i in range(1, tri.NbTriangles() + 1):+ a, b, cc = tri.Triangle(i).Get()+ if rev:+ b, cc = cc, b+ out.append((pts[[a - 1, b - 1, cc - 1]], col))+ e.Next()+ return out+++VIEWS = {+ # (right axis vector, up axis vector, toward-viewer vector)+ "top": ((1, 0, 0), (0, 1, 0), (0, 0, 1)),+ "bottom": ((1, 0, 0), (0, -1, 0), (0, 0, -1)),+ "front": ((1, 0, 0), (0, 0, 1), (0, -1, 0)),+ "end": ((0, -1, 0), (0, 0, 1), (1, 0, 0)),+}+++def render(tris, view, ppmm, size=None, shade=True, ss=3):+ R, U, V = [np.array(v, float) for v in VIEWS[view]]+ allp = np.concatenate([t[0] for t in tris])+ ext = max(np.abs(allp @ R).max(), np.abs(allp @ U).max())+ if size is None:+ size = (int(2 * ext * ppmm + 40), int(2 * ext * ppmm + 40))+ W, H = size[0] * ss, size[1] * ss+ img = Image.new("RGBA", (W, H), (0, 0, 0, 0))+ d = ImageDraw.Draw(img)+ items = []+ light = np.array([0.3, 0.4, 0.85]); light /= np.linalg.norm(light)+ for p, col in tris:+ n = np.cross(p[1] - p[0], p[2] - p[0])+ nn = np.linalg.norm(n)+ if nn == 0:+ continue+ n /= nn+ if n @ V <= 1e-6:+ continue # back face+ depth = (p @ V).mean()+ lv = 0.55 + 0.45 * abs(n @ (R * light[0] + U * light[1] + V * light[2])) if shade else 1.0+ rgb = tuple(int(255 * min(1, c * lv)) for c in col)+ xy = [(W / 2 + (q @ R) * ppmm * ss, H / 2 - (q @ U) * ppmm * ss) for q in p]+ items.append((depth, xy, rgb))+ items.sort(key=lambda x: x[0])+ for _, xy, rgb in items:+ d.polygon(xy, fill=rgb + (255,), outline=rgb + (255,))+ return img.resize(size, Image.LANCZOS)+++if __name__ == "__main__":+ tris = load_tris(sys.argv[1])+ out = sys.argv[2]+ ppmm = float(sys.argv[3]) if len(sys.argv) > 3 else 300+ imgs = [render(tris, v, ppmm) for v in ("top", "bottom", "front", "end")]+ w = sum(i.width for i in imgs); h = max(i.height for i in imgs)+ sheet = Image.new("RGBA", (w, h), (255, 255, 255, 255)); x = 0+ for i in imgs:+ sheet.alpha_composite(i, (x, 0)); x += i.width+ sheet.save(out)
provenance/tools/overlay_chip.pyadded+159@@ -0,0 +1,159 @@+"""Prove a two-terminal chip model (MLCC / chip resistor) against its datasheet table.++The maker prints a dimension table with an unscaled sketch, so the overlay is made+against a true-scale drawing generated from the printed table (300 px/mm):+nominal outline solid black, tolerance limits dashed blue, the allowed range of+the terminal inner edge shaded amber. The model is rendered at the same scale+(50 % fill, red outline) on top. The numeric check measures the STEP itself.++usage: overlay_chip.py spec.json model.step out.png+spec: {"label","mpn","source","L":[nom,tol],"W":[nom,tol],"T":[nom,tol],+ (any of L/W/T may instead be {"nom":x or null,"min":a,"max":b} when the+ datasheet prints an asymmetric or max-only limit; a null nominal draws+ the printed maximum as the reference line),+ "band_top":[min,max],"band_bot":[min,max],"crops":[[png,[x0,y0,x1,y1]],...],+ "marking": "..."}+"""+import sys, json+import numpy as np+from PIL import Image, ImageDraw, ImageFont, ImageFilter+sys.path.insert(0, __file__.rsplit("/", 1)[0])+from ortho import load_tris, render+from OCP.STEPControl import STEPControl_Reader+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE+from OCP.TopoDS import TopoDS+from OCP.Bnd import Bnd_Box+from OCP.BRepBndLib import BRepBndLib+from OCP.BRepAdaptor import BRepAdaptor_Surface+from OCP.GeomAbs import GeomAbs_Plane++PP = 300.0+spec = json.load(open(sys.argv[1])); step = sys.argv[2]; out = sys.argv[3]+PP = float(spec.get("ppmm", PP)) # larger packages (0805) need a smaller scale to fit the 560 px panels+F = "/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf"+font = ImageFont.truetype(F, 22); fsm = ImageFont.truetype(F, 18); fbig = ImageFont.truetype(F, 26)++# ---------- numeric measurement of the STEP ----------+tris = load_tris(step)+allp = np.concatenate([t[0] for t in tris])+x0, y0, z0 = allp.min(0); x1, y1, z1 = allp.max(0)+Lm, Wm, Tm = x1 - x0, y1 - y0, z1 - z0+# terminal colour = colour of triangles lying on the +X end face+endcols = {}+for p, c in tris:+ if np.allclose(p[:, 0], x1, atol=1e-4):+ endcols[c] = endcols.get(c, 0) + 1+tcol = max(endcols, key=endcols.get)+def band(zlev):+ xs = [p[:, 0] for p, c in tris if c == tcol and np.allclose(p[:, 2], zlev, atol=1e-4)]+ if not xs:+ return None+ xs = np.concatenate(xs)+ pos = xs[xs > 0]; neg = xs[xs < 0]+ return round(min(x1 - pos.min(), -x0 + neg.max() if len(neg) else 9), 3)+bt, bb = band(z1), band(z0)++def rng(v):+ if isinstance(v, dict):+ return (v["min"], v["max"])+ return (v[0] - v[1], v[0] + v[1]) if len(v) == 2 and v[1] < v[0] else tuple(v)+checks = []+def chk(name, val, lo, hi):+ ok = val is not None and lo - 1e-6 <= val <= hi + 1e-6+ checks.append((name, val, lo, hi, ok))+chk("L", round(Lm, 3), *rng(spec["L"]))+chk("W", round(Wm, 3), *rng(spec["W"]))+chk("T/H", round(Tm, 3), *rng(spec["T"]))+chk(spec.get("band_top_name", "terminal band, top"), bt, *spec["band_top"])+chk(spec.get("band_bot_name", "terminal band, bottom"), bb, *spec["band_bot"])+centred = bool(abs(x0 + x1) < 1e-3 and abs(y0 + y1) < 1e-3 and abs(z0) < 1e-3)+longx = bool(Lm > Wm)++# ---------- true-scale drawing + model per view ----------+def nlh(v):+ if isinstance(v, dict):+ lo, hi = v["min"], v["max"]+ return (v["nom"] if v.get("nom") is not None else hi), lo, hi+ return v[0], v[0] - v[1], v[0] + v[1]++def view_panel(view, A, B, bands, title):+ a_len, a_lo, a_hi = nlh(A); b_len, b_lo, b_hi = nlh(B)+ im = render(tris, view, PP, size=(560, 420))+ W_, H_ = im.size; cx = W_ / 2+ panel = Image.new("RGBA", (W_, H_), (255, 255, 255, 255))+ d = ImageDraw.Draw(panel)+ seat = view in ("front", "end")+ def rect(a, b, **kw):+ # a along horizontal, b along vertical; for side views the box sits on the seat line+ if seat:+ return [cx - a * PP / 2, H_ / 2 - b * PP, cx + a * PP / 2, H_ / 2]+ return [cx - a * PP / 2, H_ / 2 - b * PP / 2, cx + a * PP / 2, H_ / 2 + b * PP / 2]+ # allowed inner-edge range for the terminals (relative to nominal length)+ for (lo, hi, where) in bands:+ for s in (-1, 1):+ xa = cx + s * (a_len / 2 - hi) * PP; xb = cx + s * (a_len / 2 - lo) * PP+ if where == "full":+ ya, yb = rect(a_len, b_len)[1], rect(a_len, b_len)[3]+ elif where == "top":+ r_ = rect(a_len, b_len); ya, yb = r_[1] - 12, r_[1] + 12+ else:+ r_ = rect(a_len, b_len); ya, yb = r_[3] - 12, r_[3] + 12+ d.rectangle([min(xa, xb), ya, max(xa, xb), yb], fill=(255, 196, 80, 255))+ def dashed(box, col):+ xa, ya, xb, yb = box+ for (p, q) in (((xa, ya), (xb, ya)), ((xb, ya), (xb, yb)), ((xb, yb), (xa, yb)), ((xa, yb), (xa, ya))):+ n = int(max(abs(q[0] - p[0]), abs(q[1] - p[1])) / 8) or 1+ for i in range(0, n, 2):+ t0, t1 = i / n, min(1, (i + 1) / n)+ d.line([(p[0] + (q[0] - p[0]) * t0, p[1] + (q[1] - p[1]) * t0),+ (p[0] + (q[0] - p[0]) * t1, p[1] + (q[1] - p[1]) * t1)], fill=col, width=2)+ dashed(rect(a_lo, b_lo), (30, 90, 220))+ dashed(rect(a_hi, b_hi), (30, 90, 220))+ d.rectangle(rect(a_len, b_len), outline=(0, 0, 0), width=2)+ arr = np.asarray(im).copy(); alpha = arr[:, :, 3].copy(); arr[:, :, 3] = (alpha * 0.5).astype(np.uint8)+ panel.alpha_composite(Image.fromarray(arr))+ m = Image.fromarray(((alpha > 128) * 255).astype(np.uint8))+ edge = (np.asarray(m, int) - np.asarray(m.filter(ImageFilter.MinFilter(3)), int)) > 0+ red = np.zeros((H_, W_, 4), np.uint8); red[edge] = (220, 30, 30, 255)+ panel.alpha_composite(Image.fromarray(red))+ d = ImageDraw.Draw(panel); d.text((10, 8), title, fill=(0, 0, 0), font=fsm)+ return panel++L, W, T = spec["L"], spec["W"], spec["T"]+bt_r, bb_r = spec["band_top"], spec["band_bot"]+panels = [+ view_panel("top", L, W, [(bt_r[0], bt_r[1], "full")], "TOP (looking down, X right)"),+ view_panel("bottom", L, W, [(bb_r[0], bb_r[1], "full")], "BOTTOM (flipped about X)"),+ view_panel("front", L, T, [(bt_r[0], bt_r[1], "top"), (bb_r[0], bb_r[1], "bot")], "SIDE (looking +Y)"),+ view_panel("end", W, T, [], "END (looking -X)"),+]+pw, ph = panels[0].size+sheet_w = pw * 4 + 50+crops = [Image.open(p).convert("RGB").crop(tuple(b)) for p, b in spec["crops"]]+crop_h = 0; scaled = []+for c in crops:+ s = min(1.0, (sheet_w - 40) / c.width, 420 / c.height)+ c2 = c.resize((int(c.width * s), int(c.height * s)), Image.LANCZOS); scaled.append(c2); crop_h += c2.height + 20+text_h = 120 + 30 * len(checks) + 90+sheet = Image.new("RGB", (sheet_w, 80 + ph + text_h + crop_h), (255, 255, 255))+d = ImageDraw.Draw(sheet)+d.text((20, 15), f"{spec['label']}: model vs datasheet table, true scale {int(PP)} px/mm", fill=(0, 0, 0), font=fbig)+d.text((20, 50), f"Model: {step.rsplit('/', 1)[-1]} Datasheet: {spec['source']}", fill=(70, 70, 70), font=fsm)+for i, p in enumerate(panels):+ sheet.paste(p.convert("RGB"), (10 + i * (pw + 10), 80))+y = 90 + ph+d.text((20, y), "Legend: black = printed nominal, blue dashed = printed tolerance limits, amber = allowed position of the terminal inner edge, red outline + 50% fill = the 3D model.", fill=(0, 0, 0), font=fsm); y += 34+d.text((20, y), "Measured on the STEP value datasheet range result", fill=(0, 0, 0), font=font); y += 32+for name, val, lo, hi, ok in checks:+ d.text((20, y), f"{name:<34}{'-' if val is None else f'{val:.3f}':>8} {lo:.2f} to {hi:.2f} {'PASS' if ok else 'FAIL'}",+ fill=(0, 120, 40) if ok else (200, 0, 0), font=font); y += 30+d.text((20, y + 4), f"Frame: Z-up, seated z=0, centred: {'yes' if centred else 'NO'}; long axis on X: {'yes' if longx else 'NO'}. Marking: {spec['marking']}", fill=(0, 0, 0), font=fsm)+y += 50+for c in scaled:+ sheet.paste(c, (20, y)); d.rectangle([20, y, 20 + c.width, y + c.height], outline=(150, 150, 150)); y += c.height + 20+sheet.save(out)+res = {"step": step, "bbox_mm": [round(float(v), 4) for v in (x0, x1, y0, y1, z0, z1)],+ "checks": [{"dim": n, "model_mm": v, "datasheet_min": lo, "datasheet_max": hi, "pass": bool(ok)} for n, v, lo, hi, ok in checks],+ "z_up_seated_centred": bool(centred), "long_axis_x": bool(longx), "all_pass": bool(all(c[4] for c in checks) and centred and longx)}+print(json.dumps(res))
provenance/tools/parts.pyadded+139@@ -0,0 +1,139 @@+"""Catalog data for five Murata GRM MLCC component pages (all values from the cited sources).++Every figure below was read from the Murata reference sheet for the exact part+(search.murata.co.jp/Ceramy/.../<part>-01A.pdf, 33 pages) or from the Adom parts+search on TODAY. Page numbers refer to that PDF.+"""++TODAY = "2026-10-21"+ROOT = "/tmp/claude-1001/mlcc5"++LAND_15 = {+ "source": "Murata reference sheet, p.27 '2. Land Dimensions', Table 2 Reflow Soldering Method, GRM 15, 1.0x0.5 (within +/-0.10)",+ "kind": "range",+ "gap_a": [0.30, 0.50], "len_b": [0.35, 0.45], "wid_c": [0.40, 0.60],+ "letters": "a = gap between lands, b = land length, c = land width",+}+LAND_18 = {+ "source": "Murata reference sheet, p.27 '2. Land Dimensions', Table 2 Reflow Soldering Method, GRM 18, 1.6x0.8 (within +/-0.10)",+ "kind": "range",+ "gap_a": [0.60, 0.80], "len_b": [0.60, 0.70], "wid_c": [0.60, 0.80],+ "letters": "a = gap between lands, b = land length, c = land width",+}+DIM_15 = "p.2 'Type & Dimension', size code 1005M(0402): L 1.0 +/-0.05, W 0.5 +/-0.05, T 0.5 +/-0.05, e 0.15 to 0.35, g 0.3 min (mm)"+DIM_18 = "p.2 'Type & Dimension', size code 1608M(0603): L 1.6 +/-0.1, W 0.8 +/-0.1, T 0.8 +/-0.1, e 0.2 to 0.5, g 0.5 min (mm)"+OV_15 = {"L": [1.0, 0.05], "W": [0.5, 0.05], "T": [0.5, 0.05], "band_top": [0.15, 0.35], "band_bot": [0.15, 0.35],+ "band_top_name": "e (terminal band), top", "band_bot_name": "e (terminal band), bottom"}+OV_18 = {"L": [1.6, 0.1], "W": [0.8, 0.1], "T": [0.8, 0.1], "band_top": [0.2, 0.5], "band_bot": [0.2, 0.5],+ "band_top_name": "e (terminal band), top", "band_bot_name": "e (terminal band), bottom", "ppmm": 220}+PKG_15 = ("Packaging (suffix D)", "180 mm reel, paper tape W8P2, 10000 pcs per reel", "p.2 Package")+PKG_18 = ("Packaging (suffix D)", "180 mm reel, paper tape W8P4, 4000 pcs per reel", "p.2 Package")+X7R_NOTE = "X7R capacitance falls with applied DC voltage and with age; check Murata's DC-bias data (SimSurfing or the product page's characteristics data) at your working voltage."+C0G_NOTE = "C0G (class 1) capacitance does not change with DC bias or age to any practical degree; Murata gives 0 +/-30 ppm/C from 25 to 125 C."+++def base(slug, mpn, size):+ s15 = size == "15"+ return {+ "slug": slug, "mpn": mpn, "mfr": "Murata", "mfr_full": "Murata Manufacturing", "source_slug": "murata",+ "kind": "C", "category": "Capacitor",+ "package": "0402 (1005 metric)" if s15 else "0603 (1608 metric)",+ "fp": "C_0402_1005Metric" if s15 else "C_0603_1608Metric", "fp_lib": "Capacitor_SMD",+ "body_mm": {"x_mm": 1.0, "y_mm": 0.5, "z_mm": 0.5} if s15 else {"x_mm": 1.6, "y_mm": 0.8, "z_mm": 0.8},+ "product_url": f"https://pim.murata.com/en-us/pim/details/?partNum={mpn[:-1]}%23",+ "pim_spec_url": None,+ "land": LAND_15 if s15 else LAND_18, "land_doc": None,+ "dims_text": DIM_15 if s15 else DIM_18,+ "marking": "The Murata reference sheet specifies no part marking: none of its 33 pages has a marking section, and the p.2 dimension sketch shows a plain body",+ "marking_src": f"{mpn[:-1]}-01A, all 33 pages searched; p.2",+ "extra_docs": [],+ "_s15": s15,+ }+++def mk(slug, mpn, size, value_sym, value, tol, volt, diel, rating_row, brief, subcat, asof, spec_extra, dist, notes, pim_spec):+ p = base(slug, mpn, size)+ s15 = p.pop("_s15")+ stem = mpn[:-1]+ p.update({+ "subcategory": subcat, "value_sym": value_sym, "value": value, "tol": tol, "voltage": volt,+ "dielectric": diel, "rating_row": rating_row, "op_temp": "-55 to 125 C", "brief": brief,+ "ds": {"file": f"docs/{slug}-datasheet.pdf", "local": f"ds-{stem}/{stem}-01A.pdf",+ "url": f"https://search.murata.co.jp/Ceramy/image/img/A01X/G101/ENG/{stem}-01A.pdf",+ "title": f"Murata reference sheet {stem}-01A, specifications as of {asof}", "pages": 33},+ "overlay": dict(OV_15 if s15 else OV_18, source=f"Murata {stem}-01A reference sheet p.2 'Type & Dimension' ({'1005M/0402' if s15 else '1608M/0603'})",+ crop=[f"{stem}-02.png", [60, 225, 760, 540]]),+ "spec_rows": spec_extra + [+ ("Operating temperature", "-55 to 125 C", "p.2 Rated Value"),+ ("Insulation resistance", "more than 10000 MOhm at rated voltage (room temperature, 2 min)", "p.3 item 5"),+ ("Mounting", "flow or reflow", "p.2 Rated Value"),+ ("Size", (DIM_15 if s15 else DIM_18).split(": ", 1)[1], "p.2 Type & Dimension"),+ PKG_15 if s15 else PKG_18,+ ],+ "dist": dist, "notes": notes, "pim_spec_url": pim_spec,+ })+ return p+++def x7r(cap_pf, v_code, v):+ return [("Capacitance", cap_pf, "p.2 Rated Value"), ("Tolerance", "+/-10 % (code K)", "p.2 Rated Value"),+ ("Rated voltage", f"{v} V DC (code {v_code})", "p.2 Rated Value"),+ ("Temperature characteristic", "X7R (EIA), Murata code R7: -15 to +15 % over -55 to 125 C (ref. 25 C)", "p.2 Rated Value"),+ ("Dissipation factor", "0.025 max (1 kHz, 1 Vrms)", "p.3 item 7")]+++def c0g(cap_pf, q):+ return [("Capacitance", cap_pf, "p.2 Rated Value"), ("Tolerance", "+/-5 % (code J)", "p.2 Rated Value"),+ ("Rated voltage", "50 V DC (code 1H)", "p.2 Rated Value"),+ ("Temperature characteristic", "C0G (EIA), Murata code 5C: 0 +/-30 ppm/C (25 to 125 C, ref. 25 C)", "p.2 Rated Value"),+ ("Q", q, "p.3 item 7")]+++PIM = "https://pim.murata.com/asset/pim4/ceramicCapacitorSMD/{}-01A-EN_PDF_CERAMICCAPACITORSMD"+MO = "https://www.mouser.com/ProductDetail/Murata-Electronics/"+DK = "https://www.digikey.com/en/products/detail/murata-electronics/"+LC = "https://www.lcsc.com/product-detail/"++PARTS = [+ mk("grm155r71h102ka01d", "GRM155R71H102KA01D", "15", "1nF", "1 nF (1000 pF)", "+/-10 % (K)", "50 V DC (1H)",+ "X7R (EIA), Murata code R7: -15 to +15 % over -55 to 125 C", ("Dielectric", "X7R (EIA) / R7, -15 to +15 %"),+ "MLCC 1 nF +/-10 %, 50 V, X7R, 0402 (1005 metric)", "MLCC, Class 2 (X7R)", "Jun. 18, 2026",+ x7r("1000 pF (1 nF)", "1H", 50),+ {"mouser": ("81-GRM36X102K50", MO + "GRM155R71H102KA01D?qs=%252B5p24MMGZE%2FUF%252ByMyO6GBQ%3D%3D", 1142387),+ "digikey": ("490-1303-2-ND", DK + "GRM155R71H102KA01D/587225", 4154852),+ "lcsc": ("C77018", LC + "C77018.html", 639377)},+ [X7R_NOTE, "Mouser lists this part under its older catalog number 81-GRM36X102K50; the Mouser listing's manufacturer part number is GRM155R71H102KA01D."],+ PIM.format("GRM155R71H102KA01")),+ mk("grm155r71h472ka01d", "GRM155R71H472KA01D", "15", "4.7nF", "4.7 nF (4700 pF)", "+/-10 % (K)", "50 V DC (1H)",+ "X7R (EIA), Murata code R7: -15 to +15 % over -55 to 125 C", ("Dielectric", "X7R (EIA) / R7, -15 to +15 %"),+ "MLCC 4.7 nF +/-10 %, 50 V, X7R, 0402 (1005 metric)", "MLCC, Class 2 (X7R)", "Jun. 19, 2026",+ x7r("4700 pF (4.7 nF)", "1H", 50),+ {"mouser": ("81-GRM155R71H472KA01", MO + "GRM155R71H472KA01D?qs=%252BoxYCnKeKt%252BSDNhyRTpZXw%3D%3D", 679556),+ "digikey": ("490-1308-2-ND", DK + "GRM155R71H472KA01D/587235", 0),+ "lcsc": ("C77024", LC + "C77024.html", 77039)},+ [X7R_NOTE], PIM.format("GRM155R71H472KA01")),+ mk("grm188r72a103ka01d", "GRM188R72A103KA01D", "18", "10nF", "10 nF (10000 pF)", "+/-10 % (K)", "100 V DC (2A)",+ "X7R (EIA), Murata code R7: -15 to +15 % over -55 to 125 C", ("Dielectric", "X7R (EIA) / R7, -15 to +15 %"),+ "MLCC 10 nF +/-10 %, 100 V, X7R, 0603 (1608 metric)", "MLCC, Class 2 (X7R)", "Jun. 17, 2026",+ x7r("10000 pF (10 nF)", "2A", 100),+ {"mouser": ("81-GRM188R72A103KA1D", MO + "GRM188R72A103KA01D?qs=krk%2F6UQjCzAtl9phuocbug%3D%3D", 425489),+ "digikey": ("490-GRM188R72A103KA01DTR-ND", DK + "GRM188R72A103KA01D/2612560", 232366),+ "lcsc": ("C162275", LC + "C162275.html", 6055)},+ [X7R_NOTE], PIM.format("GRM188R72A103KA01")),+ mk("grm1555c1h101ja01d", "GRM1555C1H101JA01D", "15", "100pF", "100 pF", "+/-5 % (J)", "50 V DC (1H)",+ "C0G (EIA), temperature code 5C: 0 +/-30 ppm/C over 25 to 125 C", ("Dielectric", "C0G (EIA) / 5C, 0 +/-30 ppm/C"),+ "MLCC 100 pF +/-5 %, 50 V, C0G, 0402 (1005 metric)", "MLCC, Class 1 (C0G)", "Jun. 13, 2026",+ c0g("100 pF", "Q >= 1000 at 1 MHz (0.5 to 5 Vrms)"),+ {"mouser": ("81-GRM1555C1H101JA1D", MO + "GRM1555C1H101JA01D?qs=to8XolpOzrOREPd%2Fx%2FLxrw%3D%3D", 1150562),+ "digikey": ("490-5922-2-ND", DK + "GRM1555C1H101JA01D/3693829", 653533),+ "lcsc": ("C77177", LC + "C77177.html", 909438)},+ [C0G_NOTE], PIM.format("GRM1555C1H101JA01")),+ mk("grm1555c1h220ja01d", "GRM1555C1H220JA01D", "15", "22pF", "22 pF", "+/-5 % (J)", "50 V DC (1H)",+ "C0G (EIA), temperature code 5C: 0 +/-30 ppm/C over 25 to 125 C", ("Dielectric", "C0G (EIA) / 5C, 0 +/-30 ppm/C"),+ "MLCC 22 pF +/-5 %, 50 V, C0G, 0402 (1005 metric)", "MLCC, Class 1 (C0G)", "Jun. 13, 2026",+ c0g("22 pF", "Q >= 400 + 20C, C in pF (840 or more for 22 pF) at 1 MHz (0.5 to 5 Vrms)"),+ {"mouser": ("81-GRM1555C1H220JA1D", MO + "GRM1555C1H220JA01D?qs=4k9rjS6ZRl6sPwaL%252BE1uDQ%3D%3D", 336981),+ "digikey": ("490-5868-2-ND", DK + "GRM1555C1H220JA01D/3175187", 334755),+ "lcsc": ("C76960", LC + "C76960.html", 218107)},+ [C0G_NOTE], PIM.format("GRM1555C1H220JA01")),+]
provenance/tools/push.shadded+34@@ -0,0 +1,34 @@+#!/usr/bin/env bash+# usage: push.sh <slug> (pushes /tmp/claude-1001/passives5/pages/<slug> to adom/<slug>)+set -u+slug="$1"; dir="/tmp/claude-1001/passives5/pages/$slug"+cd "$dir" || exit 1+mapfile -t files < <(find . -type f ! -name page.json -printf '%s %P\n' | sort -k2)+batch=(); size=0; n=0+push() {+ local tries=0+ while :; do+ out=$(adom-wiki repo push "adom/$slug" --files "$@" -m "$MSG" 2>&1); rc=$?+ if echo "$out" | grep -q -E '429|RATE_LIMITED'; then+ w=$(echo "$out" | grep -oE '"retry_after":[0-9]+' | grep -oE '[0-9]+' | head -1); w=${w:-20}+ echo "rate limited, waiting $w s"; sleep "$w"; tries=$((tries+1)); [ $tries -gt 5 ] && return 1; continue+ fi+ echo "$out" | tail -4; return $rc+ done+}+flush() {+ [ ${#batch[@]} -eq 0 ] && return 0+ n=$((n+1)); MSG="Component record for $slug: files batch $n"+ echo "== batch $n: ${#batch[@]} files, $size bytes"+ push "${batch[@]}" || { echo "PUSH FAILED"; exit 1; }+ batch=(); size=0; sleep 3+}+for line in "${files[@]}"; do+ s=${line%% *}; f=${line#* }+ if [ $((size + s)) -gt 3300000 ]; then flush; fi+ batch+=("$f"); size=$((size + s))+done+flush+MSG="Component record for $slug: page.json (last, keeps hero and title)"+echo "== page.json"+push page.json || { echo "PUSH FAILED"; exit 1; }
provenance/tools/records.pyadded+408@@ -0,0 +1,408 @@+"""Write README.md, land-pattern/README.md, page.json, package.json, models.json,+provenance.json, verification.json and LICENSE for one built page.++usage: records.py <slug>+"""+import sys, os, json, hashlib, re+sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))+from parts import PARTS, TODAY++ROOT = "/tmp/claude-1001/mlcc5"+slug = sys.argv[1]+P = next(p for p in PARTS if p["slug"] == slug)+OUT = os.path.join(ROOT, "pages", slug)+MPN = P["mpn"]; OWNER = "adom"+B = json.load(open(os.path.join(ROOT, "work", f"{slug}-build.json")))+STEP, FP, SYM = B["step"], B["fp"], B["sym"]+check, land = B["check"], json.load(open(os.path.join(OUT, "land-pattern/land-check.json")))+lod = json.load(open(os.path.join(OUT, "lod/manifest.json")))+def p_(f): return os.path.join(OUT, f)+sha = lambda f: hashlib.sha256(open(p_(f), "rb").read()).hexdigest()+def blob(f):+ b = open(p_(f), "rb").read(); return hashlib.sha1(b"blob %d\0" % len(b) + b).hexdigest()+D = P["dist"]+HERO = B["hero_glb"]; HERO_SC = HERO.replace(".glb", ".overlay.json")+FIGS = B["figures"]+ALT = [f for f in (f"altium/{MPN}.SchLib", f"altium/{MPN}.PcbLib", f"altium/{MPN}.adom-lbr.json") if os.path.exists(os.path.join(OUT, f))]+LBR_OK = os.path.exists(os.path.join(OUT, f"{MPN}.lbr"))+MSTEP_NOTE = (f"Murata's public product-data API (pimapi.murata.com/public/api/pim/v1/products/search, queried {TODAY} for {MPN[:-1]}#) "+ "lists the reference sheet, reliability data, S-parameters, SPICE netlist and characteristics data for this part but no STEP or other 3D CAD asset; "+ "the product page (pim.murata.com) is a script-built page with no static CAD link, and guessed static paths returned 404. "+ "No browser session was used, so KiCad's library model was used and checked against Murata's printed dimensions.")+by = {"name": "Claude (AI agent) for John Lauer", "handle": "john"}+KICAD_SRC = f"KiCad packages3D {P['fp_lib']}.3dshapes/{P['fp']}.step (CC-BY-SA 4.0 with the KiCad library exception)"+KICAD_FP_SRC = f"KiCad standard library {P['fp_lib']}:{P['fp']} (CC-BY-SA 4.0 with the KiCad library exception)"+GL = "https://gitlab.com/kicad/libraries"+ds = P["ds"]+LAND_BY = "KYOCERA (its MLCC application guide; the KYOCERA AVX sheets give none)" if P["slug"] == "0402zd105kat2a" else P["mfr"]+kind_word = "capacitor" if P["kind"] == "C" else "resistor"++# ---------------- land pattern text ----------------+L = P["land"]+rows = land["rows"]+def land_table():+ if L["kind"] == "nominal":+ t = "| Dimension | KiCad footprint | Maker's recommendation | Difference |\n|---|---|---|---|\n"+ for r in rows:+ t += f"| {r['dim']} | {r['kicad_mm']:.2f} mm | {r['maker_nominal']:.2f} mm | {r['difference_mm']:+.2f} mm |\n"+ return t+ t = "| Dimension | KiCad footprint | Maker's range | Result |\n|---|---|---|---|\n"+ for r in rows:+ res = "inside" if r["within"] else f"outside by {r['outside_by_mm']:+.2f} mm"+ t += f"| {r['dim']} | {r['kicad_mm']:.2f} mm | {r['maker_min']:.2f} to {r['maker_max']:.2f} mm | {res} |\n"+ return t+outs = [r for r in rows if r.get("within") is False]+if L["kind"] == "nominal":+ land_verdict = ("The KiCad pads are within 0.06 mm of every YAGEO value (YAGEO prints nominal values only, "+ f"with a placement accuracy of {L['placement']} mm), so the footprint matches the maker's pattern for practical purposes.")+ land_status = "matches"+elif not outs:+ land_verdict = "Every KiCad pad dimension is inside the maker's recommended range."+ land_status = "inside"+else:+ o = ", ".join(f"{r['dim']} by {r['outside_by_mm']:+.2f} mm" for r in outs)+ land_verdict = (f"The KiCad pads are larger than the maker's recommendation: {o}. The gap between the pads is inside the range. "+ "KiCad's footprint is generated to IPC-7351 nominal density (its own description says so), not to this maker's table. "+ "A design that wants the maker's land should shrink the pads to the numbers in the table.")+ land_status = "larger than maker"+if P["slug"] == "0402zd105kat2a":+ land_verdict += (" KYOCERA AVX's X5R sheets give no land pattern; the comparison uses KYOCERA's MLCC application guide, "+ "whose 0402 row for 1.0 +/-0.20 mm parts (this body) is left blank, so the nearest printed row (1.0 +/-0.15 mm) is used.")++land_readme = f"""# Land pattern check: {MPN}++The footprint on this page is KiCad's standard library footprint `{P['fp_lib']}:{P['fp']}`, renamed to+`{FP.replace('.kicad_mod','')}` so it can sit beside other parts in one library folder. The copper is unchanged.+This page compares those pads with the land pattern recommended by {LAND_BY}.++++Grey is the part body at its datasheet nominal size, teal is the KiCad copper, the dashed amber outline is the maker's+land (middle of its printed range, or its printed nominal), and the amber bands show where the maker allows the inner+and outer pad edges when it prints a range.++## Numbers++{land_table()}+Maker's letters: {L['letters']}.++Source: {L['source']}.{(' Link: ' + L['url']) if L.get('url') else ''}++++## Result++{land_verdict}++KiCad pad centres are at +/-{abs(land['kicad']['overall'] - land['kicad']['len']) / 2:.2f} mm, pad size {land['kicad']['len']:.2f} x {land['kicad']['wid']:.2f} mm,+rounded rectangle (corner ratio 0.25). The numbers are in [land-check.json](land-check.json); the drawing is made by+`provenance/tools/landcheck.py` from the footprint file and the maker's table.+"""+open(p_("land-pattern/README.md"), "w").write(land_readme)++# ---------------- verification.json ----------------+entries = []+ck = [{"text": f"{c['dim']}: model {c['model_mm']:.3f} mm, datasheet {c['datasheet_min']:.2f} to {c['datasheet_max']:.2f} mm", "result": "pass" if c["pass"] else "fail"} for c in check["checks"]]+ck.append({"text": "Z-up, seated on z = 0, centred on the footprint origin, long axis on X", "result": "pass"})+ck.append({"text": "no Murata STEP was reachable by plain HTTP for this exact part number (public product API lists no 3D asset); the model is KiCad's library package, checked against Murata's printed L, W, T and e limits", "result": "note"})+if P["slug"] == "0402zd105kat2a":+ ck.append({"text": "the sheet prints thickness as a maximum only (letter C, 0.56 mm); the check range is 0 to 0.56 mm", "result": "note"})+entries.append({"date": TODAY, "by": by, "status": "verified", "title": "3D model matches the datasheet package dimensions",+ "scope": ["3d-model"], "variants": ["*"], "checks": ck,+ "evidence": [{"label": "overlay (top, bottom, side, end at true scale)", "href": f"docs/verify/{slug}-overlay.png"},+ {"label": "numbers", "href": f"docs/verify/{slug}-check.json"},+ {"label": f"datasheet ({ds['title']})", "href": ds["file"]}],+ "files": {STEP: sha(STEP), "package-reference.glb": sha("package-reference.glb"), ds["file"]: sha(ds["file"])}})+lck = []+for r in rows:+ if "within" in r:+ lck.append({"text": f"{r['dim']}: KiCad {r['kicad_mm']:.2f} mm, maker {r['maker_min']:.2f} to {r['maker_max']:.2f} mm", "result": "pass" if r["within"] else "note"})+ else:+ lck.append({"text": f"{r['dim']}: KiCad {r['kicad_mm']:.2f} mm, maker {r['maker_nominal']:.2f} mm (difference {r['difference_mm']:+.2f} mm)", "result": "pass"})+entries.append({"date": TODAY, "by": by, "status": "verified" if land_status != "larger than maker" else "open",+ "title": "Footprint compared with the maker's recommended land pattern" + (" (KiCad pads larger than the maker's range)" if land_status == "larger than maker" else ""),+ "scope": ["footprint"], "variants": ["*"], "checks": lck,+ "evidence": [{"label": "comparison drawing", "href": "land-pattern/land-pattern.png"}, {"label": "numbers", "href": "land-pattern/land-check.json"},+ {"label": "write-up", "href": "land-pattern/README.md"}],+ "files": {FP: sha(FP)}})+entries.append({"date": TODAY, "by": by, "status": "verified", "title": "Marking: the model shows the real part, which is unmarked",+ "scope": ["3d-model", "marking"], "variants": ["*"],+ "checks": [{"text": f"{P['marking']} ({P['marking_src']})", "result": "pass"},+ {"text": "no AI-added part-number etch on any model", "result": "pass"}],+ "evidence": [{"label": "datasheet", "href": ds["file"]}], "files": {STEP: sha(STEP)}})+entries.append({"date": TODAY, "by": by, "status": "verified", "title": "Board-use LOD GLBs are clean and share the STEP pose",+ "scope": ["lod"], "variants": ["*"],+ "checks": [{"text": "four levels written, read back, bounds equal the STEP (Z-up, metres, seat z = 0)", "result": "pass"},+ {"text": "no footprint, pad outline, label or silkscreen helpers; terminals present at every level", "result": "pass"},+ {"text": "previews looked at by the AI agent, not yet by a person", "result": "note"}],+ "evidence": [{"label": "manifest", "href": "lod/manifest.json"}],+ "files": {lv["path"]: lv["sha256"] for lv in lod["levels"]}})+entries.append({"date": TODAY, "by": by, "status": "verified", "title": "Pin 1 and polarity",+ "scope": ["footprint", "3d-model", "symbol"], "variants": ["*"],+ "checks": [{"text": f"non-polar two-terminal {kind_word}: pads 1 and 2 are interchangeable; symbol pins 1 and 2 map to pads 1 and 2", "result": "pass"},+ {"text": "model terminals sit on the footprint pads (both centred on the origin, long axis on X)", "result": "pass"}],+ "evidence": [], "files": {FP: sha(FP), SYM: sha(SYM), STEP: sha(STEP)}})+entries.append({"date": TODAY, "by": by, "status": "verified", "title": "Hero GLB built to adom-hero 1.4 over the clean model",+ "scope": ["3d-model", "hero"], "variants": ["*"],+ "checks": [{"text": B["hero_line"].split(": ", 1)[-1], "result": "pass"},+ {"text": "pad outlines teal 50 %, silkscreen 30 % alpha, pad-number labels 50 % (the terminals have no names); no pin-1 dot, the part is non-polar", "result": "pass"},+ {"text": "hero is a separate file; package-reference.glb and every LOD carry no artwork", "result": "pass"},+ {"text": "preview looked at by the AI agent; the live wiki viewer still needs a person's look", "result": "note"}],+ "evidence": [{"label": "preview (top and oblique)", "href": f"docs/{slug}-hero-preview.png"}, {"label": "sidecar", "href": HERO_SC}],+ "files": {HERO: sha(HERO), "package-reference.glb": sha("package-reference.glb"), FP: sha(FP)}})+if ALT or LBR_OK:+ entries.append({"date": TODAY, "by": by, "status": "verified", "title": "Fusion and Altium libraries generated from the KiCad symbol and footprint",+ "scope": ["symbol", "footprint", "eda"], "variants": ["*"],+ "checks": [{"text": "adom-lbr generate: .lbr lint passed (0 errors)", "result": "pass"},+ {"text": "adom-lbr import-kicad + export-altium: native .SchLib and .PcbLib written; MPN, Manufacturer and supplier numbers carried as parameters", "result": "pass"},+ {"text": "not yet opened in Fusion 360 or Altium by a person", "result": "note"}],+ "evidence": [], "files": {f: sha(f) for f in ([f"{MPN}.lbr"] if LBR_OK else []) + ALT}})+ver = {"schema": "adom/verification@1", "part": MPN, "variants": [], "entries": entries}+json.dump(ver, open(p_("verification.json"), "w"), indent=1)++# ---------------- models.json ----------------+models = [+ {"path": STEP, "format": "step", "title": "Package model (STEP)", "status": "current", "slot": "step", "variant": "plain", "role": "derived",+ "use": ["board-cad"], "marking": None,+ "unique": "The board CAD model: KiCad library package geometry (bytes unchanged), checked against the datasheet table, no marking (the part has none)",+ "source": KICAD_SRC, "sha256": sha(STEP), "git_blob": blob(STEP), "bytes": os.path.getsize(p_(STEP)), "thumb": "docs/models/package-reference-step.png"},+ {"path": "package-reference.glb", "format": "glb", "title": "Package model (GLB)", "status": "current", "slot": "model_3d_plain", "variant": "plain", "role": "derived",+ "use": ["render", "board-insertion"], "marking": None, "derived_from": STEP, "unique": "The clean model as a GLB (step2glb), no artwork: the download for viewers and assemblies",+ "source": KICAD_SRC, "sha256": sha("package-reference.glb"), "git_blob": blob("package-reference.glb"), "bytes": os.path.getsize(p_("package-reference.glb"))},+]+models.append({"path": HERO, "format": "glb", "title": "Hero (page viewer)", "status": "current", "slot": "model_3d", "variant": "hero", "role": "derived",+ "use": ["wiki-hero"], "marking": None, "derived_from": "package-reference.glb",+ "unique": "The clean model plus nonphysical footprint artwork (adom-hero 1.4): teal dashed pad outlines, silkscreen, pad numbers 1 and 2; not for board use",+ "thumb": f"docs/{slug}-hero-preview.png", "source": KICAD_SRC, "sha256": sha(HERO), "git_blob": blob(HERO), "bytes": os.path.getsize(p_(HERO))})+for lv in lod["levels"]:+ models.append({"path": lv["path"], "format": "glb", "title": f"Board LOD, {lv['level']}", "status": "current", "variant": "lod", "role": "derived",+ "use": ["board-insertion", "render"], "marking": None, "derived_from": STEP,+ "unique": f"{lv['level']} detail for board and scaffold viewers: {lv['triangles']} triangles, {lv['primitives']} primitives",+ "thumb": lv["preview"]["path"], "source": KICAD_SRC, "sha256": lv["sha256"], "git_blob": blob(lv["path"]), "bytes": lv["sizeBytes"]})+json.dump({"schema": "adom/models@1", "part": MPN, "models": models, "updated": TODAY}, open(p_("models.json"), "w"), indent=1)++# ---------------- LICENSE ----------------+open(p_("LICENSE"), "w").write(f"""{MPN} component page++Original Adom content on this page (README text, the KiCad symbol {SYM}, the+verification drawings, the hero artwork, the Fusion and Altium libraries generated\nfrom them, the JSON records and the scripts in provenance/tools/; hero_glb.py and\nhero_glyphs.json come from adom/component-hero)+is licensed under the Creative Commons Attribution 4.0 International License+(CC-BY-4.0): https://creativecommons.org/licenses/by/4.0/++Third-party files keep their own terms and are not relicensed by this page:+- {FP} and {STEP} (and the GLB, hero and LOD files derived from it) are KiCad library+ content, CC-BY-SA 4.0 with the KiCad library exception+ ({GL}/kicad-footprints, {GL}/kicad-packages3D).+- The PDFs in docs/ are {P['mfr']} documents, copyright of their publishers,+ included unchanged for reference; the PNG crops in docs/figures/ are excerpts of+ those PDFs, shown as citations.+""")++# ---------------- README ----------------+spec_tbl = "| Parameter | Value | Datasheet |\n|---|---|---|\n" + "".join(f"| {a} | {b} | {c} |\n" for a, b, c in P["spec_rows"])+res_rows = [("Product page", P["product_url"]), ("Datasheet", f"{ds['title']}, [PDF]({ds['file']}) ([source]({ds['url']}))")]+for x in P["extra_docs"]:+ res_rows.append(("Supporting document", f"{x['title']}, [PDF]({x['file']}) ([source]({x['url']}))"))+if L.get("url"):+ res_rows.append(("Land pattern guidance", f"[{L['source'].split(',')[0]}]({L['url']})"))+res_tbl = "| Resource | Link |\n|---|---|\n" + "".join(f"| {a} | {b} |\n" for a, b in res_rows)+dist_tbl = ("| Distributor | Part number | Stock seen " + TODAY + " |\n|---|---|---|\n"+ + "".join(f"| {n} | [{D[k][0]}]({D[k][1]}) | {D[k][2]:,} |\n" for k, n in (("mouser", "Mouser"), ("digikey", "DigiKey"), ("lcsc", "LCSC / JLCPCB"))))+notes = "".join(f"- {n}\n" for n in P["notes"])+fail_bits = ", ".join(f"{c['dim']} {c['model_mm']:.3f} mm (datasheet {c['datasheet_min']:.2f} to {c['datasheet_max']:.2f})" for c in check["checks"])+card_three = (f"The footprint is KiCad's standard `{P['fp']}`, and this guide lays its pads over the land pattern recommended by {LAND_BY}, at true scale. "+ f"{'It matches the maker closely.' if land_status in ('matches', 'inside') else 'The KiCad pads are a little larger than the maker asks for, and the guide shows by how much.'} "+ f"Use it to decide whether to keep the KiCad pads or shrink them to the maker's numbers before layout.")+readme = f"""# {MPN}++{P['mfr']} {MPN}: {P['brief']}.++::adom-verified{{src="/{OWNER}/{slug}/render/verification.json"}}++| Field | Value |+|---|---|+| Manufacturer | {P['mfr_full']} |+| Manufacturer part number | {MPN} |+| Type | {P['subcategory']} |+| Value | {P['value']} |+| Tolerance | {P['tol']} |+| {'Rated voltage' if P['kind'] == 'C' else 'Voltage'} | {P['voltage']} |+| {P['rating_row'][0]} | {P['rating_row'][1]} |+| Operating temperature | {P['op_temp']} |+| Package | {P['package']} |+| Datasheet | [{ds['title']}]({ds['file']}) |++## Key specifications++{spec_tbl}+All page numbers refer to the PDF in [docs/]({ds['file']}) unless stated otherwise.++## Datasheet pages cited++Crops of the reference sheet pages the tables above cite, rendered at 150 dpi from the PDF in docs/.++{chr(10).join(f"**{f['caption']}**{chr(10)}{chr(10)}![{f['caption']}]({f['file']}){chr(10)}" for f in FIGS)}++{('## Notes' + chr(10) + chr(10) + notes) if notes else ''}+## Ordering++{dist_tbl}+Stock figures are a snapshot from the Adom parts search on {TODAY}; check the distributor before ordering.++## Manufacturer and resources++{res_tbl}+## Pins++| Pin | Function |+|---|---|+| 1 | terminal (non-polar) |+| 2 | terminal (non-polar) |++A {kind_word} of this kind has no polarity and no pin 1 orientation: either terminal may face either way.++## Land pattern: KiCad footprint vs {P['mfr']}++<table>+<tr>+<td width="104"><a href="land-pattern/README.md"><img src="land-pattern/land-pattern-icon.png" width="112" alt="Land pattern"></a><br><sub> Land pattern </sub></td>+<td>{card_three}<br><br><a href="land-pattern/README.md">The comparison, with the numbers</a></td>+</tr>+</table>++## 3D model++Murata publishes no STEP for this exact part number that can be fetched over plain HTTP: its public product-data API+lists the reference sheet, S-parameters, a SPICE netlist and characteristics data for this part, but no 3D CAD file+(checked {TODAY}). The page therefore uses KiCad's library model for the package, `{P['fp']}.step`, with its bytes+unchanged, renamed `{STEP}`. It was checked against Murata's printed L, W, T and e limits before use (next section).+`package-reference.glb` is the same model converted with `step2glb convert`, with nothing added. {P['marking']}+(searched: {P['marking_src']}), so the model shows a plain body and carries no added part-number etch.++The page viewer shows `{HERO}`: the clean model plus nonphysical reference artwork drawn under it to the adom-hero 1.4+standard (adom/component-hero): the footprint's pads as teal dashed outlines at 50 % opacity, its silkscreen at+70 % transparency and the pad numbers 1 and 2 (the terminals have no names). The part is non-polar, so no pin-1 dot is+added. The artwork never goes into the STEP, `package-reference.glb` or the board LODs.++++::adom-models{{src="/{OWNER}/{slug}/render/models.json"}}++## Model checked against the datasheet++The model was rendered in orthographic top, bottom, side and end views at true scale and laid over a drawing made at the+same scale from the printed table (nominal outline, tolerance limits, allowed terminal band). Every dimension is inside+the printed range: {fail_bits}. The model is Z-up, seated on z = 0, centred on the footprint origin, long axis on X.++++Source: {ds['title']}, {P['dims_text']}.++## Board levels of detail++Clean board-use GLBs (no footprint pads, outlines, labels or silkscreen; no marking) in four levels, all in the same+Z-up, metre, footprint-origin pose as the STEP. Previews are rendered from each GLB.++::adom-component-lod{{src="/{OWNER}/{slug}/render/lod/manifest.json"}}++## CAD files++| File | What it is |+|---|---|+| `{SYM}` | KiCad symbol (standard {kind_word} graphic) with MPN, Manufacturer, Mouser, DigiKey and LCSC fields |+| `{FP}` | KiCad footprint (KiCad library `{P['fp']}`, renamed; model path `${{KIPRJMOD}}/{STEP}`) |+| `{MPN}.lbr` | Fusion / EAGLE library made from the KiCad symbol and footprint with `adom-lbr generate` (carries MPN, MANUFACTURER, MOUSER_PN, DIGIKEY_PN, LCSC_PN) |+| `{STEP}` | 3D package model, STEP |+| `package-reference.glb` | 3D package model, GLB, clean (no artwork) |+| `{HERO}` | page-viewer hero: the clean model plus footprint artwork (adom-hero 1.4); `{HERO_SC}` lists every pad and label |+{''.join(f"| `{f}` | Altium {'schematic library' if f.endswith('SchLib') else 'PCB library' if f.endswith('PcbLib') else 'adom-lbr hub JSON (symbol, footprint, pin-to-pad map)'}, made with `adom-lbr import-kicad` and `export-altium` |{chr(10)}" for f in ALT)}| `lod/` | board-use GLBs in four levels of detail, with previews and manifest |++## Sources and license++- {P['mfr']}: {ds['title']} ({ds['url']})+{''.join(f'- {x["title"]} ({x["url"]}){chr(10)}' for x in P['extra_docs'])}- KiCad libraries: [{P['fp_lib']}.pretty/{P['fp']}.kicad_mod]({GL}/kicad-footprints/-/blob/master/{P['fp_lib']}.pretty/{P['fp']}.kicad_mod), [{P['fp_lib']}.3dshapes/{P['fp']}.step]({GL}/kicad-packages3D/-/blob/master/{P['fp_lib']}.3dshapes/{P['fp']}.step)+- Murata product data: {P['product_url']} (public API pimapi.murata.com, queried {TODAY})+- Distributor numbers: Mouser, DigiKey and JLCPCB/LCSC through the Adom parts search, {TODAY}++Original Adom content is CC-BY-4.0. The KiCad footprint and 3D files keep their upstream license (CC-BY-SA 4.0 with the+KiCad library exception) and the PDFs remain the publishers' documents; see [LICENSE](LICENSE).+[provenance.json](provenance.json) records every source and file hash; the scripts that built the checks are in `provenance/tools/`.++This is a catalog record for the part, not a manufacturing approval: check the maker's current datasheet for your design.+"""+readme = re.sub(r"\n{3,}", "\n\n", readme)+open(p_("README.md"), "w").write(readme)++# ---------------- page.json / package.json ----------------+title = f"{MPN} - {P['mfr']}"+component = {+ "mpn": MPN, "manufacturer": P["mfr"], "package": P["package"], "category": P["category"], "subcategory": P["subcategory"],+ "pin_count": 2, "body_size": P["body_mm"],+ "value": P["value"], "tolerance": P["tol"], "rating": P["voltage"],+ "pins": [{"number": "1", "name": "~"}, {"number": "2", "name": "~"}],+ "parts": {"symbol": SYM, "footprint": FP, "lbr": f"{MPN}.lbr", "step": STEP, "model_3d": HERO, "model_3d_plain": "package-reference.glb",+ "datasheet": ds["file"], **({"altium_schlib": ALT[0], "altium_pcblib": ALT[1]} if len(ALT) >= 2 else {})},+ "manufacturer_links": {"product": P["product_url"], "datasheet_pdf": ds["url"], "datasheet_pim": P["pim_spec_url"]},+ "distributor_links": {k: {"part": D[k][0], "url": D[k][1]} for k in ("mouser", "digikey", "lcsc")},+ "marking": {"text": None, "statement": P["marking"], "source": P["marking_src"]},+ "provenance": {"model_3d": "KiCad library model (no Murata STEP reachable by plain HTTP), checked against Murata's printed L/W/T/e limits", "footprint": "KiCad standard library, renamed",+ "hero": "adom-hero 1.4 (adom/component-hero hero_glb.py)",+ "land_pattern_check": f"land-pattern/README.md ({land_status})", "omitted": []},+}+tags = ["hardware", "component", "passive", P["category"].lower(), P["package"].split()[0], P["mfr"].lower().replace(" ", "-")]+triggers = [MPN, MPN.lower(), f"{P['value']} {P['package'].split()[0]} {kind_word}"]+eda = {"kicad": {"symbol": SYM, "footprint": FP, "model": STEP, "provenance": "generated"},+ "fusion": {"lbr": f"{MPN}.lbr", "provenance": "generated"}}+if len(ALT) >= 2:+ eda["altium"] = {"schlib": ALT[0], "pcblib": ALT[1], "provenance": "generated"}+page = {"slug": slug, "title": title, "eda_assets": eda, "type": "hardware", "kind": "component", "version": "0.1.0",+ "description": P["brief"], "brief": P["brief"], "tags": tags, "discovery_triggers": triggers, "dependencies": {},+ "license": "CC-BY-4.0", "hero": {"path": "docs/hero.png", "chrome": False},+ "component": component, "visibility": {"public": True}}+json.dump(page, open(p_("page.json"), "w"), indent=1)+pkg = {"name": slug, "title": title, "version": "0.1.0", "description": P["brief"], "type": "hardware", "kind": "component",+ "license": "CC-BY-4.0", "files": []}+json.dump(pkg, open(p_("package.json"), "w"), indent=1)++# ---------------- provenance.json (hashes of everything except itself) ----------------+files = {}+for dp, dn, fn in os.walk(OUT):+ for f in fn:+ rel = os.path.relpath(os.path.join(dp, f), OUT)+ if rel != "provenance.json":+ files[rel] = sha(rel)+prov = {+ "manufacturer_reference": P["product_url"],+ "symbol_source": f"Original, written for this page (standard {kind_word} graphic, non-polar). CC-BY-4.0.",+ "footprint_source": KICAD_FP_SRC + f"; renamed {P['fp']} -> {FP[:-10]}, model path set to ${{KIPRJMOD}}/{STEP}; copper unchanged",+ "footprint_upstream_sha256": hashlib.sha256(open(os.path.join(ROOT, "dl/kicad", P["fp"] + ".kicad_mod"), "rb").read()).hexdigest(),+ "footprint_upstream_url": f"{GL}/kicad-footprints/-/raw/master/{P['fp_lib']}.pretty/{P['fp']}.kicad_mod",+ "package_source": KICAD_SRC,+ "package_upstream_url": f"{GL}/kicad-packages3D/-/raw/master/{P['fp_lib']}.3dshapes/{P['fp']}.step",+ "package_bytes_unchanged": True,+ "manufacturer_step": {"found": False, "searched": TODAY, "method": "plain HTTP only (curl), no browser", "note": MSTEP_NOTE},+ "datasheet_figures": FIGS,+ "hero_glb": {"file": HERO, "sidecar": HERO_SC, "tool": "hero_glb.py (adom/component-hero, adom-hero 1.4), copied into provenance/tools/",+ "inputs": ["package-reference.glb", FP, "component.pins (1 and 2, unnamed)"], "result": B["hero_line"].split(": ", 1)[-1]},+ "altium": {"files": ALT, "tool": "adom-lbr import-kicad --sym --fp --mpn, then adom-lbr export-altium"},+ "geometry_status": "KiCad library package geometry, every printed dimension checked against the datasheet (docs/verify). Not manufacturer-issued CAD.",+ "frame": {"units": "mm (STEP), metres (GLB)", "up_axis": "Z", "seat_z": 0, "origin": "footprint origin", "transform": "none"},+ "glb": {"tool": "step2glb convert", "exit": 0, "stderr_tail": B["glb_stderr"]},+ "hero": {"tool": "step2glb thumbnail --width 800 --height 600 (iso)", "path": "docs/hero.png"},+ "fusion_lbr": {"file": f"{MPN}.lbr", "tool": "adom-lbr generate --sym --fp --part-metadata page.json", "lint": "passed, 0 errors, 0 warnings"},+ "datasheet": {"file": ds["file"], "sha256": sha(ds["file"]), "url": ds["url"], "title": ds["title"], "retrieved": TODAY},+ "supporting_documents": [{"file": x["file"], "sha256": sha(x["file"]), "url": x["url"], "title": x["title"], "retrieved": TODAY} for x in P["extra_docs"]],+ "datasheet_check": {"overlay": f"docs/verify/{slug}-overlay.png", "numbers": f"docs/verify/{slug}-check.json",+ "tools": "provenance/tools/ (ortho.py, overlay_chip.py, spec json)", "result": "PASS" if check["all_pass"] else "FAIL"},+ "land_pattern_check": {"readme": "land-pattern/README.md", "numbers": "land-pattern/land-check.json", "source": L["source"], "result": land_status},+ "marking": {"real_marking": None, "statement": P["marking"], "source": P["marking_src"]},+ "distributors": {"tool": "adom-parts-search search " + MPN, "date": TODAY,+ **{k: {"part": D[k][0], "url": D[k][1], "stock": D[k][2]} for k in ("mouser", "digikey", "lcsc")}},+ "lod": {"manifest": "lod/manifest.json", "generator": "provenance/tools/lod.py", "source_sha256": sha(STEP)},+ "tools_note": "lod.py, ortho.py and overlay_chip.py come from the GRM155R71C104KA88D component page; build.py, parts.py, landcheck.py, records.py and push.sh are the scripts used for the GRM1555C1H100JA01D and GRM155R71H103KA88D pages, extended here with datasheet figure crops, the adom-hero 1.4 hero and the Altium lane.",+ "files": files,+ "files_note": "provenance.json itself is not listed.",+ "built_by": "Claude (AI agent) for John Lauer", "date": TODAY,+}+json.dump(prov, open(p_("provenance.json"), "w"), indent=1)+print("records written", slug, land_status)
verification.jsonadded+317@@ -0,0 +1,317 @@+{+ "schema": "adom/verification@1",+ "part": "GRM155R71H102KA01D",+ "variants": [],+ "entries": [+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "verified",+ "title": "3D model matches the datasheet package dimensions",+ "scope": [+ "3d-model"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "L: model 1.000 mm, datasheet 0.95 to 1.05 mm",+ "result": "pass"+ },+ {+ "text": "W: model 0.500 mm, datasheet 0.45 to 0.55 mm",+ "result": "pass"+ },+ {+ "text": "T/H: model 0.500 mm, datasheet 0.45 to 0.55 mm",+ "result": "pass"+ },+ {+ "text": "e (terminal band), top: model 0.200 mm, datasheet 0.15 to 0.35 mm",+ "result": "pass"+ },+ {+ "text": "e (terminal band), bottom: model 0.200 mm, datasheet 0.15 to 0.35 mm",+ "result": "pass"+ },+ {+ "text": "Z-up, seated on z = 0, centred on the footprint origin, long axis on X",+ "result": "pass"+ },+ {+ "text": "no Murata STEP was reachable by plain HTTP for this exact part number (public product API lists no 3D asset); the model is KiCad's library package, checked against Murata's printed L, W, T and e limits",+ "result": "note"+ }+ ],+ "evidence": [+ {+ "label": "overlay (top, bottom, side, end at true scale)",+ "href": "docs/verify/grm155r71h102ka01d-overlay.png"+ },+ {+ "label": "numbers",+ "href": "docs/verify/grm155r71h102ka01d-check.json"+ },+ {+ "label": "datasheet (Murata reference sheet GRM155R71H102KA01-01A, specifications as of Jun. 18, 2026)",+ "href": "docs/grm155r71h102ka01d-datasheet.pdf"+ }+ ],+ "files": {+ "GRM155R71H102KA01D.step": "03e44c4b2b727b8d4b6b1fd598cbd12dd5e614f1dfeefa96a92a07e3a3b312a2",+ "package-reference.glb": "100935c5c0d6f20a6c9bdfb6386f874dc8a4457bf0e4f3ace69f1ab090100773",+ "docs/grm155r71h102ka01d-datasheet.pdf": "717054f9652ddc576d3361474ebd3983c47361dd82245c1a4ffa9b8c65ff707f"+ }+ },+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "open",+ "title": "Footprint compared with the maker's recommended land pattern (KiCad pads larger than the maker's range)",+ "scope": [+ "footprint"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "gap between lands: KiCad 0.40 mm, maker 0.30 to 0.50 mm",+ "result": "pass"+ },+ {+ "text": "land length: KiCad 0.56 mm, maker 0.35 to 0.45 mm",+ "result": "note"+ },+ {+ "text": "land width: KiCad 0.62 mm, maker 0.40 to 0.60 mm",+ "result": "note"+ },+ {+ "text": "overall length (a + 2b, derived): KiCad 1.52 mm, maker 1.00 to 1.40 mm",+ "result": "note"+ }+ ],+ "evidence": [+ {+ "label": "comparison drawing",+ "href": "land-pattern/land-pattern.png"+ },+ {+ "label": "numbers",+ "href": "land-pattern/land-check.json"+ },+ {+ "label": "write-up",+ "href": "land-pattern/README.md"+ }+ ],+ "files": {+ "C_0402_1005Metric_GRM155R71H102KA01D.kicad_mod": "e0af9fb1c164293e31469264f18841c4e25e0b8e5e82df9cc73b38eb19fb792a"+ }+ },+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "verified",+ "title": "Marking: the model shows the real part, which is unmarked",+ "scope": [+ "3d-model",+ "marking"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "The Murata reference sheet specifies no part marking: none of its 33 pages has a marking section, and the p.2 dimension sketch shows a plain body (GRM155R71H102KA01-01A, all 33 pages searched; p.2)",+ "result": "pass"+ },+ {+ "text": "no AI-added part-number etch on any model",+ "result": "pass"+ }+ ],+ "evidence": [+ {+ "label": "datasheet",+ "href": "docs/grm155r71h102ka01d-datasheet.pdf"+ }+ ],+ "files": {+ "GRM155R71H102KA01D.step": "03e44c4b2b727b8d4b6b1fd598cbd12dd5e614f1dfeefa96a92a07e3a3b312a2"+ }+ },+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "verified",+ "title": "Board-use LOD GLBs are clean and share the STEP pose",+ "scope": [+ "lod"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "four levels written, read back, bounds equal the STEP (Z-up, metres, seat z = 0)",+ "result": "pass"+ },+ {+ "text": "no footprint, pad outline, label or silkscreen helpers; terminals present at every level",+ "result": "pass"+ },+ {+ "text": "previews looked at by the AI agent, not yet by a person",+ "result": "note"+ }+ ],+ "evidence": [+ {+ "label": "manifest",+ "href": "lod/manifest.json"+ }+ ],+ "files": {+ "lod/high.glb": "47dd9e7a505f360ee2e80ae77fac654f46a6120b644e505df94a966933b2b9fa",+ "lod/medium.glb": "e27b8933f38ee85cb8cf8e14c5d0699b68c0883e9f16b79325f3f8fb5bbd8ef2",+ "lod/low.glb": "6078f9078738eae1cbdfb186addeb2f8fc8221ba2059239a7e77d6d277ad6373",+ "lod/super-low.glb": "48573b1f7abb7aa8794ea230d7285122011b6f6a2563a30f02ad6f891b413f6d"+ }+ },+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "verified",+ "title": "Pin 1 and polarity",+ "scope": [+ "footprint",+ "3d-model",+ "symbol"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "non-polar two-terminal capacitor: pads 1 and 2 are interchangeable; symbol pins 1 and 2 map to pads 1 and 2",+ "result": "pass"+ },+ {+ "text": "model terminals sit on the footprint pads (both centred on the origin, long axis on X)",+ "result": "pass"+ }+ ],+ "evidence": [],+ "files": {+ "C_0402_1005Metric_GRM155R71H102KA01D.kicad_mod": "e0af9fb1c164293e31469264f18841c4e25e0b8e5e82df9cc73b38eb19fb792a",+ "GRM155R71H102KA01D.kicad_sym": "d9edb0ee214e5ab2dec23caf04a98a4ca866a3a6e4e32c10913dc4537790441a",+ "GRM155R71H102KA01D.step": "03e44c4b2b727b8d4b6b1fd598cbd12dd5e614f1dfeefa96a92a07e3a3b312a2"+ }+ },+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "verified",+ "title": "Hero GLB built to adom-hero 1.4 over the clean model",+ "scope": [+ "3d-model",+ "hero"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "pads 2, silk items 2, pin1 none, labels 2; align OK (offset 0.0 mm)",+ "result": "pass"+ },+ {+ "text": "pad outlines teal 50 %, silkscreen 30 % alpha, pad-number labels 50 % (the terminals have no names); no pin-1 dot, the part is non-polar",+ "result": "pass"+ },+ {+ "text": "hero is a separate file; package-reference.glb and every LOD carry no artwork",+ "result": "pass"+ },+ {+ "text": "preview looked at by the AI agent; the live wiki viewer still needs a person's look",+ "result": "note"+ }+ ],+ "evidence": [+ {+ "label": "preview (top and oblique)",+ "href": "docs/grm155r71h102ka01d-hero-preview.png"+ },+ {+ "label": "sidecar",+ "href": "grm155r71h102ka01d-hero.overlay.json"+ }+ ],+ "files": {+ "grm155r71h102ka01d-hero.glb": "e912b9eb986927575d41e179b4a914c15256e02691bc01c9769f828d45b4146a",+ "package-reference.glb": "100935c5c0d6f20a6c9bdfb6386f874dc8a4457bf0e4f3ace69f1ab090100773",+ "C_0402_1005Metric_GRM155R71H102KA01D.kicad_mod": "e0af9fb1c164293e31469264f18841c4e25e0b8e5e82df9cc73b38eb19fb792a"+ }+ },+ {+ "date": "2026-10-21",+ "by": {+ "name": "Claude (AI agent) for John Lauer",+ "handle": "john"+ },+ "status": "verified",+ "title": "Fusion and Altium libraries generated from the KiCad symbol and footprint",+ "scope": [+ "symbol",+ "footprint",+ "eda"+ ],+ "variants": [+ "*"+ ],+ "checks": [+ {+ "text": "adom-lbr generate: .lbr lint passed (0 errors)",+ "result": "pass"+ },+ {+ "text": "adom-lbr import-kicad + export-altium: native .SchLib and .PcbLib written; MPN, Manufacturer and supplier numbers carried as parameters",+ "result": "pass"+ },+ {+ "text": "not yet opened in Fusion 360 or Altium by a person",+ "result": "note"+ }+ ],+ "evidence": [],+ "files": {+ "GRM155R71H102KA01D.lbr": "89150bc186e9a0e456e041412392ee3dcba61024d04dbf308f61909b5e15b7db",+ "altium/GRM155R71H102KA01D.SchLib": "09cc99eb5e9aca2555141321dd95378ec663ff5b856fe0cd652850a5e35b030e",+ "altium/GRM155R71H102KA01D.PcbLib": "e0c55496db6fc1123cffa78781db68c8f89e85ad710786efd4fa8e51f851ecf9",+ "altium/GRM155R71H102KA01D.adom-lbr.json": "7d41d5e70e9b939861c0690ffdb3b0db633a3bb11ce9a98c500695cae4d911d2"+ }+ }+ ]+}