# 현대 쏘나타 2세대 출시형(Y2, 1988) — 각진 3박스 세단을 bpy 코드로만 만든 모델. # 차체 하부는 길이 방향으로 단면(모서리를 둥글린 다각형)을 이어 붙인 로프트 메시이고, # 바퀴 구멍은 원통 불리언으로 파냈다. 캐빈은 사다리꼴 절두체에 베벨을 준 뒤 # 앞·뒤·옆 유리를 각 평면 위에 얇은 판으로 올렸다. 사각 헤드램프, 크롬 범퍼, # 가로로 긴 테일램프, 측면 몰딩과 휠캡은 박스·회전체·관(curve) 조합이다. # 바퀴 네 개는 메시를 공유하는 링크 복제본이다. 단위는 미터, 앞이 -Y 방향. from atelier import * SHOT = {"azimuth": -50, "elevation": 13, "lens": 55, "light": "studio", "background": "#3b4552"} # ── 재질 ─────────────────────────────────────────────── PAINT = mat("Paint_WineRed", "#6d1a26", rough=0.28, metal=0.35, coat=1.0) CHROME = mat("Chrome", "#d6dadf", rough=0.12, metal=1.0) TRIM = mat("Trim_BlackSatin", "#1d1e21", rough=0.55) GLASS = mat("Glass_Tinted", "#1c2a33", rough=0.04, metal=0.2, coat=1.0) LENS = mat("Headlamp_Lens", "#c9d4da", rough=0.06, metal=0.55) RED = mat("Taillamp_Red", "#9c1016", rough=0.18) AMBER = mat("Lamp_Amber", "#d27a12", rough=0.2) TIRE = mat("Tire_Rubber", "#262628", rough=0.88) WHEEL = mat("Hubcap_Silver", "#b8bcc2", rough=0.3, metal=0.85) DARK = mat("WheelWell_Dark", "#151618", rough=0.9) PLATE = mat("Plate_White", "#e3e1d8", rough=0.5) # ── 주요 치수 (L 4.68 · W 1.75 · H 1.40 · 휠베이스 2.65) ─── Y_FRONT, Y_REAR = -2.34, 2.34 AXLE_F, AXLE_R = -1.39, 1.26 WHEEL_R = 0.31 HW = 0.875 # 차체 반폭 BELT = 0.905 # 벨트라인 높이 ROOF = 1.40 def set_sharp(ob, deg=35): for p in ob.data.polygons: p.use_smooth = True ob.data.set_sharp_from_angle(angle=math.radians(deg)) return ob # ── 1. 하부 차체: 단면 로프트 ───────────────────────────── # (y, 윗면 높이 zt, 반폭 hw, 바닥 zb) STATIONS = [ (-2.340, 0.760, 0.800, 0.250), (-2.334, 0.778, 0.830, 0.240), (-2.315, 0.790, 0.852, 0.232), (-2.280, 0.800, 0.866, 0.226), (-2.200, 0.812, 0.874, 0.222), (-2.000, 0.832, 0.875, 0.220), (-1.600, 0.862, 0.875, 0.215), (-1.200, 0.890, 0.875, 0.210), (-0.800, 0.915, 0.875, 0.205), (-0.550, 0.930, 0.875, 0.205), (0.000, 0.935, 0.875, 0.205), (0.800, 0.945, 0.875, 0.205), (1.400, 0.958, 0.875, 0.210), (1.800, 0.968, 0.875, 0.220), (2.150, 0.972, 0.874, 0.235), (2.260, 0.970, 0.866, 0.245), (2.315, 0.962, 0.852, 0.252), (2.334, 0.950, 0.830, 0.258), (2.340, 0.935, 0.800, 0.262), ] # 벨트라인을 낮춰 80년대 세단 특유의 넓은 유리 면적을 만든다(앞코는 그대로, 뒤로 갈수록 2.5cm 낮춤) STATIONS = [(y, zt - 0.025 * min(1.0, max(0.0, (y + 2.34) / 1.6)), hw, zb) for y, zt, hw, zb in STATIONS] def refine(st, sub=3): """단면 사이를 선형 보간해 로프트를 촘촘하게.""" out = [] for a, b in zip(st, st[1:]): for i in range(sub): t = i / sub out.append(tuple(a[k] + (b[k] - a[k]) * t for k in range(4))) out.append(st[-1]) return out def section(zt, hw, zb): """오른쪽 반 단면 (x, z) — 아래 중앙에서 위 중앙까지.""" h = zt - zb return [ (0.0, zb), (hw - 0.10, zb), (hw - 0.035, zb + 0.03), (hw - 0.010, zb + 0.12), (hw, zb + 0.30 * h), (hw, zb + 0.62 * h), # 캐릭터 라인 (hw - 0.006, zb + 0.66 * h), (hw - 0.010, zt - 0.07), (hw - 0.030, zt - 0.018), (hw - 0.075, zt), (hw * 0.5, zt + 0.010), (0.0, zt + 0.014), ] def build_lower_body(): bm = bmesh.new() rings = [] for y, zt, hw, zb in refine(STATIONS): half = section(zt, hw, zb) full = half + [(-x, z) for x, z in reversed(half[1:-1])] rings.append([bm.verts.new((x, y, z)) for x, z in full]) n = len(rings[0]) for a, b in zip(rings, rings[1:]): for i in range(n): bm.faces.new((a[i], a[(i + 1) % n], b[(i + 1) % n], b[i])) bm.faces.new(rings[0]) bm.faces.new(list(reversed(rings[-1]))) bmesh.ops.recalc_face_normals(bm, faces=bm.faces) me = bpy.data.meshes.new("Body_Lower") bm.to_mesh(me) bm.free() ob = bpy.data.objects.new("Body_Lower", me) link(ob) assign(ob, PAINT) ob.data.materials.append(DARK) # 휠하우스: 좌우 각각 얕은 원통으로 파낸다 for ax in (AXLE_F, AXLE_R): for s in (1, -1): c = cylinder(f"Cutter_Arch_{'F' if ax < 0 else 'R'}{'R' if s > 0 else 'L'}", r=0.375, h=0.36, loc=(s * (HW - 0.30 + 0.18), ax, WHEEL_R + 0.01), rot=(0, math.pi / 2, 0), base=False, seg=48, material=DARK) m = ob.modifiers.new("Arch", 'BOOLEAN') m.object = c m.solver = 'EXACT' m.material_mode = 'TRANSFER' c.hide_render = True c.hide_viewport = True c['atelier_cutter'] = True apply_all(ob) set_sharp(ob, 40) return ob body = build_lower_body() def body_top(y): """해당 y 에서 차체 윗면 높이(중앙).""" for (y0, z0, *_), (y1, z1, *_) in zip(STATIONS, STATIONS[1:]): if y0 <= y <= y1: t = (y - y0) / (y1 - y0) return z0 + (z1 - z0) * t return STATIONS[-1][1] # ── 2. 캐빈(그린하우스): 사다리꼴 절두체 ────────────────── CAB_Y0, CAB_Y1 = -0.66, 1.56 # 벨트라인에서 앞유리/뒷유리 밑단 ROOF_Y0, ROOF_Y1 = 0.06, 1.04 # 지붕 앞/뒤 끝 CAB_HW, ROOF_HW = 0.835, 0.670 CAB_Z0 = 0.90 # 차체 속에 묻히는 밑면 def side_x(z): """캐빈 옆면 평면 위 x (높이 z).""" return CAB_HW - (z - BELT) * (CAB_HW - ROOF_HW) / (ROOF - BELT) def build_cabin(): bm = bmesh.new() zb = CAB_Z0 # 밑면을 BELT 아래로 연장해도 옆면이 같은 평면이 되도록 x 를 맞춘다 xb = side_x(zb) yb0 = CAB_Y0 - (BELT - zb) * (ROOF_Y0 - CAB_Y0) / (ROOF - BELT) yb1 = CAB_Y1 + (BELT - zb) * (CAB_Y1 - ROOF_Y1) / (ROOF - BELT) B = [bm.verts.new(v) for v in ((-xb, yb0, zb), (xb, yb0, zb), (xb, yb1, zb), (-xb, yb1, zb))] T = [bm.verts.new(v) for v in ((-ROOF_HW, ROOF_Y0, ROOF), (ROOF_HW, ROOF_Y0, ROOF), (ROOF_HW, ROOF_Y1, ROOF), (-ROOF_HW, ROOF_Y1, ROOF))] bm.faces.new(list(reversed(B))) bm.faces.new((B[0], B[1], T[1], T[0])) # 앞유리 면 bm.faces.new((B[1], B[2], T[2], T[1])) # 오른쪽 bm.faces.new((B[2], B[3], T[3], T[2])) # 뒷유리 면 bm.faces.new((B[3], B[0], T[0], T[3])) # 왼쪽 bm.faces.new(T) # 지붕 bmesh.ops.recalc_face_normals(bm, faces=bm.faces) me = bpy.data.meshes.new("Cabin") bm.to_mesh(me) bm.free() ob = bpy.data.objects.new("Cabin_Greenhouse", me) link(ob) assign(ob, PAINT) bevel(ob, width=0.035, segments=4, angle=20) apply_all(ob) set_sharp(ob, 50) return ob cabin = build_cabin() # ── 3. 바퀴 ───────────────────────────────────────────── def build_wheel(): tw = 0.093 # 타이어 반폭 prof = [(0.180, -tw + 0.012), (0.205, -tw), (0.265, -tw - 0.004), (0.295, -tw + 0.012), (WHEEL_R, -tw + 0.04), (WHEEL_R, tw - 0.04), (0.295, tw - 0.012), (0.265, tw + 0.004), (0.205, tw), (0.180, tw - 0.012)] tire = lathe("Tire", prof, material=TIRE, seg=96) # 휠캡: 바깥(+z) 쪽으로 볼록한 원판 cap_prof = [(0.0, 0.040), (0.05, 0.039), (0.10, 0.034), (0.145, 0.026), (0.170, 0.010), (0.182, 0.0), (0.182, -0.03), (0.0, -0.03)] cap = lathe("Hubcap", cap_prof, material=WHEEL, seg=96) parts = [tire, cap] # 휠캡 구멍(통풍 슬롯) 8개 for i in range(8): a = 2 * math.pi * i / 8 s = box(f"Hubcap_Slot_{i}", (0.045, 0.018, 0.012), loc=(0.115 * math.cos(a), 0.115 * math.sin(a), 0.031), rot=(0, 0, a), material=DARK) parts.append(s) hub = cylinder("Hub_Center", r=0.038, h=0.012, loc=(0, 0, 0.036), material=CHROME, seg=32) parts.append(hub) w = join(parts, "Wheel_FR") for p in w.data.polygons: p.use_smooth = True w.data.set_sharp_from_angle(angle=math.radians(40)) return w wheel = build_wheel() TRACK_X = 0.735 wheel.rotation_euler = (0, math.pi / 2, 0) wheel.location = (TRACK_X, AXLE_F, WHEEL_R) duplicate(wheel, loc=(TRACK_X, AXLE_R, WHEEL_R), name="Wheel_RR") duplicate(wheel, loc=(-TRACK_X, AXLE_F, WHEEL_R), rot=(0, -math.pi / 2, 0), name="Wheel_FL") duplicate(wheel, loc=(-TRACK_X, AXLE_R, WHEEL_R), rot=(0, -math.pi / 2, 0), name="Wheel_RL") # ── 4. 유리: 각 캐빈 면 위에 얇은 판 ───────────────────── def slab(name, pts, normal, material, off=0.004, th=0.006): """평면 위 다각형 pts(3D)를 normal 방향으로 off 띄우고 th 두께의 판으로.""" n = Vector(normal).normalized() bm = bmesh.new() lo = [bm.verts.new(Vector(p) + n * off) for p in pts] hi = [bm.verts.new(Vector(p) + n * (off + th)) for p in pts] bm.faces.new(list(reversed(lo))) bm.faces.new(hi) k = len(pts) for i in range(k): bm.faces.new((lo[i], lo[(i + 1) % k], hi[(i + 1) % k], hi[i])) bmesh.ops.recalc_face_normals(bm, faces=bm.faces) return _slab_obj(name, bm, material) def _slab_obj(name, bm, material): me = bpy.data.meshes.new(name) bm.to_mesh(me) bm.free() ob = bpy.data.objects.new(name, me) link(ob) return assign(ob, material) def side_pt(s, y, z): return (s * side_x(z), y, z) SIDE_N = (ROOF - BELT, 0, CAB_HW - ROOF_HW) # 오른쪽 옆면 바깥 법선(x,z 성분) def a_line(z): # A 필러 앞 모서리 y return CAB_Y0 + (z - BELT) * (ROOF_Y0 - CAB_Y0) / (ROOF - BELT) def c_line(z): # C 필러 뒤 모서리 y return CAB_Y1 - (z - BELT) * (CAB_Y1 - ROOF_Y1) / (ROOF - BELT) WZ0, WZ1 = 0.955, 1.355 # 옆창 밑/윗단 for s, tag in ((1, "R"), (-1, "L")): nrm = (s * SIDE_N[0], 0, SIDE_N[2]) # 검은 창틀 띠(유리 뒤) frame = [(a_line(WZ0 - 0.012) + 0.075, WZ0 - 0.012), (c_line(WZ0 - 0.012) - 0.11, WZ0 - 0.012), (c_line(WZ1 + 0.012) - 0.11, WZ1 + 0.012), (a_line(WZ1 + 0.012) + 0.075, WZ1 + 0.012)] slab(f"Window_Frame_{tag}", [side_pt(s, y, z) for y, z in frame][::s], nrm, TRIM, off=0.001, th=0.003) wins = { "Front": [(a_line(WZ0) + 0.095, WZ0), (0.40, WZ0), (0.40, WZ1), (a_line(WZ1) + 0.095, WZ1)], "Rear": [(0.47, WZ0), (1.00, WZ0), (1.00, WZ1), (0.47, WZ1)], "Quarter": [(1.05, WZ0), (c_line(WZ0) - 0.13, WZ0), (c_line(WZ1) - 0.13, WZ1), (1.05, WZ1)], } for k, poly in wins.items(): pts = [side_pt(s, y, z) for y, z in poly] if poly[2][0] <= poly[3][0] + 1e-3: pts = pts[:2] + [pts[3]] slab(f"Glass_Side_{k}_{tag}", pts[::s], nrm, GLASS, off=0.003, th=0.004) # 앞유리 / 뒷유리 def screen(name, yb, yt, sign): zb_, zt_ = BELT + 0.03, ROOF - 0.035 def y_at(z): return yb + (z - BELT) * (yt - yb) / (ROOF - BELT) def hw_at(z): return side_x(z) - 0.075 pts = [(-hw_at(zb_), y_at(zb_), zb_), (hw_at(zb_), y_at(zb_), zb_), (hw_at(zt_), y_at(zt_), zt_), (-hw_at(zt_), y_at(zt_), zt_)] dy, dz = (yt - yb), (ROOF - BELT) nrm = (0, -dz * sign, dy * sign) if sign < 0: nrm = (0, dz, -dy) slab(name, pts, nrm, GLASS, off=0.003, th=0.004) screen("Glass_Windshield", CAB_Y0, ROOF_Y0, 1) screen("Glass_Rear", CAB_Y1, ROOF_Y1, -1) # ── 5. 차체 표면을 따라가는 보조 함수 ───────────────────── def station_at(y): y = max(STATIONS[0][0], min(STATIONS[-1][0], y)) for a, b in zip(STATIONS, STATIONS[1:]): if a[0] <= y <= b[0]: t = (y - a[0]) / (b[0] - a[0]) return [a[i] + (b[i] - a[i]) * t for i in (1, 2, 3)] def surf_x(y, z): """오른쪽 옆면에서 (y, z) 의 x.""" zt, hw, zb = station_at(y) pts = section(zt, hw, zb)[1:10] for (x0, z0), (x1, z1) in zip(pts, pts[1:]): if z0 <= z <= z1: return x0 + (x1 - x0) * (z - z0) / (z1 - z0) return hw def surf_z(x, y): """윗면에서 (x, y) 의 z.""" zt, hw, zb = station_at(y) ax = abs(x) if ax <= hw * 0.5: return zt + 0.014 - 0.004 * ax / (hw * 0.5) return zt + 0.010 * (hw - 0.075 - ax) / (hw * 0.5 - 0.075) GROOVE = 0.0045 def groove(name, pts): return curve_tube(name, pts, radius=GROOVE, material=DARK, resolution=2, bevel_res=1) def side_line(name, yz, s=1): return groove(name, [(s * surf_x(y, z), y, z) for y, z in yz]) def top_line(name, xy): return groove(name, [(x, y, surf_z(x, y)) for x, y in xy]) def steps(a, b, n): return [a + (b - a) * i / n for i in range(n + 1)] # 후드 / 트렁크 / 도어 분할선 top_line("Line_Hood_Rear", [(x, -0.70) for x in steps(-0.80, 0.80, 16)]) top_line("Line_Trunk_Front", [(x, 1.62) for x in steps(-0.80, 0.80, 16)]) for s, tag in ((1, "R"), (-1, "L")): top_line(f"Line_Hood_Side_{tag}", [(s * 0.80, y) for y in steps(-2.33, -0.70, 20)]) top_line(f"Line_Trunk_Side_{tag}", [(s * 0.80, y) for y in steps(1.62, 2.33, 12)]) side_line(f"Line_Door_Front_{tag}", [(-0.62, z) for z in steps(0.30, 0.90, 10)], s) side_line(f"Line_Door_B_{tag}", [(0.44, z) for z in steps(0.27, 0.90, 10)], s) arc = [(1.30, 0.90), (1.30, 0.74)] for a in steps(80, 165, 8): r = math.radians(a) arc.append((AXLE_R + 0.43 * math.cos(r), WHEEL_R + 0.02 + 0.43 * math.sin(r))) arc.append((0.84, 0.28)) side_line(f"Line_Door_Rear_{tag}", arc, s) # ── 6. 범퍼(크롬 + 고무 띠), 앞 스커트 ───────────────────── def bumper_outline(grow=0.0): outer = [(0.89, -2.05), (0.89, -2.27), (0.85, -2.385), (0.72, -2.425)] inner = [(0.70, -2.33), (0.80, -2.322), (0.845, -2.29), (0.862, -2.25), (0.862, -2.05)] out = [] for x, y in outer: out.append((x + grow * (1 if x > 0.8 else 0.3), y - grow * (1 if y < -2.3 else 0))) right = out + inner[::-1][:0] pts = right + [(-x, y) for x, y in reversed(right)] + [(-x, y) for x, y in inner] + list(reversed(inner)) return pts def build_bumper(name): parts = [] bar = prism(name + "_Chrome", bumper_outline(), 0.17, loc=(0, 0, 0.285), material=CHROME) bevel(bar, width=0.018, segments=3, angle=25) apply_all(bar) parts.append(bar) strip = prism(name + "_Rubber", bumper_outline(0.008), 0.035, loc=(0, 0, 0.36), material=TRIM) parts.append(strip) b = join(parts, name) set_sharp(b, 40) return b front_bumper = build_bumper("Bumper_Front") rear_bumper = duplicate(front_bumper, rot=(0, 0, math.pi), name="Bumper_Rear") valance = box("Front_Valance", (1.56, 0.08, 0.09), loc=(0, -2.30, 0.235), material=TRIM) bevel(valance, 0.01, 2) # ── 7. 앞모습: 사각 헤드램프, 그릴, 엠블럼 ─────────────── YF = Y_FRONT for s, tag in ((1, "R"), (-1, "L")): hx = s * 0.515 bez = box(f"Headlamp_Bezel_{tag}", (0.39, 0.03, 0.155), loc=(hx, YF - 0.008, 0.633), material=CHROME) bevel(bez, 0.006, 2) box(f"Headlamp_Lens_{tag}", (0.37, 0.012, 0.135), loc=(hx, YF - 0.019, 0.633), material=LENS) # 렌즈 안 세로 칸살 for i, dx in enumerate((-0.09, 0.0, 0.09)): box(f"Headlamp_Rib_{tag}{i}", (0.006, 0.006, 0.13), loc=(hx + dx, YF - 0.026, 0.633), material=CHROME) box(f"Corner_Lamp_{tag}", (0.085, 0.03, 0.13), loc=(s * 0.765, YF - 0.0, 0.633), material=AMBER) side_lamp = box(f"Side_Marker_{tag}", (0.02, 0.15, 0.10), loc=(s * (surf_x(-2.17, 0.63) - 0.004), -2.17, 0.633), material=AMBER) bevel(side_lamp, 0.006, 2) grille_bg = box("Grille_Back", (0.60, 0.03, 0.14), loc=(0, YF - 0.006, 0.633), material=DARK) for i, (sz, lc) in enumerate((((0.62, 0.02, 0.012), (0, YF - 0.016, 0.708)), ((0.62, 0.02, 0.012), (0, YF - 0.016, 0.558)), ((0.012, 0.02, 0.16), (0.305, YF - 0.016, 0.633)), ((0.012, 0.02, 0.16), (-0.305, YF - 0.016, 0.633)))): box(f"Grille_Frame_{i}", sz, loc=lc, material=CHROME) for i, z in enumerate(steps(0.585, 0.681, 4)): box(f"Grille_Bar_{i}", (0.60, 0.012, 0.007), loc=(0, YF - 0.018, z), material=CHROME) emb = torus("Emblem_Hyundai_Oval", R=0.052, r=0.005, loc=(0, YF - 0.028, 0.633), rot=(math.pi / 2, 0, 0), material=CHROME, seg=40, rseg=8) emb.scale = (1.0, 0.62, 1.0) box("Emblem_Back", (0.10, 0.008, 0.06), loc=(0, YF - 0.024, 0.633), material=CHROME).scale = (1, 1, 1) for i, dx in enumerate((-0.018, 0.018)): box(f"Emblem_H_{i}", (0.008, 0.006, 0.05), loc=(dx, YF - 0.030, 0.633), rot=(0, math.radians(-20), 0), material=DARK) box("Emblem_H_bar", (0.036, 0.006, 0.007), loc=(0, YF - 0.030, 0.633), material=DARK) # ── 8. 뒷모습: 가로 테일램프, 가니시, 번호판, 배기구 ─────── YR = Y_REAR for s, tag in ((1, "R"), (-1, "L")): rim = box(f"Taillamp_Housing_{tag}", (0.42, 0.024, 0.165), loc=(s * 0.60, YR + 0.006, 0.78), material=CHROME) bevel(rim, 0.005, 2) for k, (x0, x1, m) in enumerate(((0.63, 0.80, RED), (0.52, 0.63, AMBER), (0.40, 0.52, RED))): box(f"Taillamp_{tag}{k}", (x1 - x0 - 0.008, 0.012, 0.145), loc=(s * (x0 + x1) / 2, YR + 0.02, 0.78), material=m) box(f"Reverse_Lamp_{tag}", (0.10, 0.013, 0.04), loc=(s * 0.46, YR + 0.021, 0.73), material=LENS) wrap = box(f"Taillamp_Wrap_{tag}", (0.02, 0.13, 0.12), loc=(s * (surf_x(2.20, 0.78) - 0.004), 2.20, 0.78), material=RED) bevel(wrap, 0.006, 2) garn = box("Rear_Garnish", (0.78, 0.016, 0.12), loc=(0, YR + 0.006, 0.78), material=TRIM) box("Rear_Garnish_Trim", (0.78, 0.018, 0.01), loc=(0, YR + 0.008, 0.845), material=CHROME) box("Plate_Recess", (0.40, 0.012, 0.19), loc=(0, YR + 0.004, 0.565), material=TRIM) box("Plate_Rear", (0.335, 0.012, 0.155), loc=(0, YR + 0.012, 0.565), material=PLATE) box("Plate_Front", (0.335, 0.012, 0.155), loc=(0, -2.432, 0.37), material=PLATE) sonata = text3d("Badge_SONATA", "SONATA", size=0.05, depth=0.002, loc=(-0.58, YR + 0.004, 0.655), rot=(math.pi / 2, 0, math.pi), material=CHROME) pipe = cylinder("Exhaust_Pipe", r=0.028, h=0.42, loc=(0.52, 2.20, 0.235), rot=(-math.pi / 2, 0, 0), base=False, material=CHROME, seg=20) # ── 9. 측면: 몰딩, 손잡이, 미러, 와이퍼 ──────────────────── for s, tag in ((1, "R"), (-1, "L")): for k, (y0, y1) in enumerate(((-2.26, -1.80), (-0.99, 0.86), (1.66, 2.26))): yc, ln = (y0 + y1) / 2, y1 - y0 x = s * (surf_x(yc, 0.52) + 0.006) m = box(f"Side_Molding_{tag}{k}", (0.022, ln, 0.05), loc=(x, yc, 0.52), material=TRIM) bevel(m, 0.008, 2) box(f"Side_Molding_Chrome_{tag}{k}", (0.024, ln - 0.01, 0.007), loc=(x, yc, 0.528), material=CHROME) for k, y in enumerate((0.22, 1.14)): box(f"Door_Handle_{tag}{k}", (0.016, 0.13, 0.026), loc=(s * (surf_x(y, 0.83) + 0.004), y, 0.83), material=CHROME) # 사이드 미러 mb = box(f"Mirror_Base_{tag}", (0.06, 0.10, 0.05), loc=(s * (side_x(0.97) + 0.02), -0.47, 0.975), material=TRIM) mh = box(f"Mirror_Head_{tag}", (0.13, 0.06, 0.09), loc=(s * (side_x(0.97) + 0.10), -0.46, 1.0), rot=(0, 0, s * math.radians(-6)), material=TRIM) bevel(mh, 0.015, 3) box(f"Mirror_Glass_{tag}", (0.11, 0.004, 0.07), loc=(s * (side_x(0.97) + 0.10), -0.428, 1.0), rot=(0, 0, s * math.radians(-6)), material=LENS) ws_ang = math.atan2(ROOF - BELT, ROOF_Y0 - CAB_Y0) for k, x in enumerate((-0.32, 0.22)): z = 0.975 n = Vector((0, -math.sin(ws_ang), math.cos(ws_ang))) p = Vector((x, a_line(z), z)) + n * 0.014 box(f"Wiper_{k}", (0.50, 0.012, 0.012), loc=p, rot=(ws_ang, 0, math.radians(4)), material=TRIM) for s, tag in ((1, "R"), (-1, "L")): y0, y1 = a_line(BELT) + 0.07, c_line(BELT) - 0.10 box(f"Belt_Molding_{tag}", (0.012, y1 - y0, 0.014), loc=(s * (side_x(BELT + 0.012) + 0.004), (y0 + y1) / 2, BELT + 0.012), material=CHROME) box(f"Drip_Rail_{tag}", (0.010, ROOF_Y1 - ROOF_Y0 - 0.06, 0.012), loc=(s * (ROOF_HW + 0.002), (ROOF_Y0 + ROOF_Y1) / 2, ROOF - 0.022), material=CHROME) box("Cowl_Panel", (1.50, 0.12, 0.012), loc=(0, a_line(BELT) - 0.06, surf_z(0, -0.72) + 0.002), material=TRIM) # ── 10. 마무리: 커브·글자를 메시로 바꾸고, 앞뒤 오버행을 실측 전장에 맞춘다 ── def to_mesh(ob): dg = bpy.context.evaluated_depsgraph_get() me = bpy.data.meshes.new_from_object(ob.evaluated_get(dg)) new = bpy.data.objects.new(ob.name, me) link(new) new.matrix_world = ob.matrix_world.copy() bpy.data.objects.remove(ob, do_unlink=True) return new for ob in list(bpy.context.scene.objects): if ob.type in ('CURVE', 'FONT'): to_mesh(ob) # 차체는 범퍼 끝까지 4.68m 가 되도록 앞뒤 바퀴 바깥(|y|>1.8)만 압축한다. OH0, OH_K = 1.8, 0.852 def fit_y(y): a = abs(y) return y if a <= OH0 else math.copysign(OH0 + (a - OH0) * OH_K, y) for ob in list(bpy.context.scene.objects): if ob.type != 'MESH' or ob.name.startswith("Wheel") or ob.get('atelier_cutter'): continue if ob.data.users > 1: ob.data = ob.data.copy() mw = ob.matrix_world.copy() inv = mw.inverted() for v in ob.data.vertices: w = mw @ v.co w.y = fit_y(w.y) v.co = inv @ w