API tools faq
paste
Advertisement
TorutheRedFox

P60B40.mr

TorutheRedFox
Sep 3rd, 2022
213
0
Never
Add comment
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 13.16 KB | None | 0 0
raw download clone embed print report
  1. // note: this is kinda janky rn
  2. import "engine_sim.mr"
  3. import "../../part-library/part_library.mr"
  4.  
  5. units units()
  6. constants constants()
  7.  
  8. label cycle(2 * 360 * units.deg)
  9. label sparkadvance(-60 * units.deg)
  10.  
  11. private node wires {
  12. output wire1: ignition_wire();
  13. output wire2: ignition_wire();
  14. output wire3: ignition_wire();
  15. output wire4: ignition_wire();
  16. output wire5: ignition_wire();
  17. output wire6: ignition_wire();
  18. output wire7: ignition_wire();
  19. output wire8: ignition_wire();
  20. }
  21.  
  22. public node P60B40_distributor {
  23. input wires;
  24. input timing_curve;
  25. input rev_limit: 8500 * units.rpm;
  26. alias output __out:
  27. ignition_module(timing_curve: timing_curve, rev_limit: rev_limit, limiter_duration: 0.01 * units.sec)
  28. .connect_wire(wires.wire1, ((0.0/4.0) * cycle) + sparkadvance)
  29. .connect_wire(wires.wire2, ((3.0/4.0) * cycle) + sparkadvance)
  30. .connect_wire(wires.wire3, ((1.0/4.0) * cycle) + sparkadvance)
  31. .connect_wire(wires.wire4, ((2.0/4.0) * cycle) + sparkadvance)
  32. .connect_wire(wires.wire5, ((0.0/4.0) * cycle) + sparkadvance)
  33. .connect_wire(wires.wire6, ((3.0/4.0) * cycle) + sparkadvance)
  34. .connect_wire(wires.wire7, ((1.0/4.0) * cycle) + sparkadvance)
  35. .connect_wire(wires.wire8, ((2.0/4.0) * cycle) + sparkadvance);
  36. }
  37.  
  38. public node P60B40_intake_lobe_profile {
  39. alias output __out:
  40. harmonic_cam_lobe(
  41. duration_at_50_thou: 210 * units.deg,
  42. gamma: 1.0,
  43. lift: 10 * units.mm,
  44. steps: 100
  45. );
  46. }
  47.  
  48. public node P60B40_exhaust_lobe_profile {
  49. alias output __out:
  50. harmonic_cam_lobe(
  51. duration_at_50_thou: 225 * units.deg,
  52. gamma: 1.0,
  53. lift: 12 * units.mm,
  54. steps: 100
  55. );
  56. }
  57.  
  58. public node P60B40_camshaft_builder {
  59. input lobe_profile: P60B40_intake_lobe_profile();
  60. input ex_lobe_profile: P60B40_exhaust_lobe_profile();
  61. input intake_lobe_profile: lobe_profile;
  62. input exhaust_lobe_profile: ex_lobe_profile;
  63. input lobe_separation: 102.0 * units.deg;
  64. input intake_lobe_center: lobe_separation;
  65. input exhaust_lobe_center: lobe_separation;
  66. input advance: -90.0 * units.deg;
  67. input base_radius: 0.6 * units.inch;
  68.  
  69. output intake_cam_0: _intake_cam_0;
  70. output exhaust_cam_0: _exhaust_cam_0;
  71.  
  72. output intake_cam_1: _intake_cam_1;
  73. output exhaust_cam_1: _exhaust_cam_1;
  74.  
  75. camshaft_parameters params(
  76. advance: advance,
  77. base_radius: base_radius
  78. )
  79.  
  80. camshaft _intake_cam_0(params, lobe_profile: intake_lobe_profile)
  81. camshaft _exhaust_cam_0(params, lobe_profile: exhaust_lobe_profile)
  82. camshaft _intake_cam_1(params, lobe_profile: intake_lobe_profile)
  83. camshaft _exhaust_cam_1(params, lobe_profile: exhaust_lobe_profile)
  84.  
  85. label rot90(90 * units.deg)
  86. label rot360(360 * units.deg)
  87.  
  88. _intake_cam_0
  89. .add_lobe(rot360 + intake_lobe_center + 0 * rot90) //0
  90. .add_lobe(rot360 + intake_lobe_center + 5 * rot90) //1
  91. .add_lobe(rot360 + intake_lobe_center + 2 * rot90) //2
  92. .add_lobe(rot360 + intake_lobe_center + 7 * rot90) //3
  93.  
  94. _intake_cam_1
  95. .add_lobe(rot360 + intake_lobe_center + 0 * rot90) //4
  96. .add_lobe(rot360 + intake_lobe_center + 5 * rot90) //5
  97. .add_lobe(rot360 + intake_lobe_center + 2 * rot90) //6
  98. .add_lobe(rot360 + intake_lobe_center + 7 * rot90) //7
  99.  
  100. _exhaust_cam_0
  101. .add_lobe(rot360 - intake_lobe_center + 0 * rot90)
  102. .add_lobe(rot360 - intake_lobe_center + 5 * rot90)
  103. .add_lobe(rot360 - intake_lobe_center + 2 * rot90)
  104. .add_lobe(rot360 - intake_lobe_center + 7 * rot90)
  105.  
  106. _exhaust_cam_1
  107. .add_lobe(rot360 - intake_lobe_center + 0 * rot90)
  108. .add_lobe(rot360 - intake_lobe_center + 5 * rot90)
  109. .add_lobe(rot360 - intake_lobe_center + 2 * rot90)
  110. .add_lobe(rot360 - intake_lobe_center + 7 * rot90)
  111. }
  112.  
  113. private node add_flow_sample {
  114. input lift;
  115. input flow;
  116. input this;
  117. alias output __out: this;
  118.  
  119. this.add_sample(lift * units.thou, k_28inH2O(flow))
  120. }
  121.  
  122. public node P60B40_head {
  123. input intake_camshaft;
  124. input exhaust_camshaft;
  125. input chamber_volume: 60.0 * units.cc;
  126. input flip_display: false;
  127. alias output __out: head;
  128.  
  129. function intake_flow(50 * units.thou)
  130. intake_flow
  131. .add_flow_sample(0, 0)
  132. .add_flow_sample(250, 225)
  133. .add_flow_sample(300, 276)
  134. .add_flow_sample(350, 300)
  135. .add_flow_sample(400, 346)
  136. .add_flow_sample(450, 375)
  137. .add_flow_sample(500, 412)
  138. .add_flow_sample(550, 430)
  139. .add_flow_sample(600, 455)
  140. .add_flow_sample(650, 475)
  141. .add_flow_sample(700, 494)
  142. .add_flow_sample(750, 500)
  143. .add_flow_sample(800, 514)
  144. .add_flow_sample(850, 514)
  145. .add_flow_sample(900, 514)
  146.  
  147. function exhaust_flow(50 * units.thou)
  148. exhaust_flow
  149. .add_flow_sample(0, 0)
  150. .add_flow_sample(250, 225)
  151. .add_flow_sample(300, 2700)
  152. .add_flow_sample(350, 300)
  153. .add_flow_sample(400, 332)
  154. .add_flow_sample(450, 340)
  155. .add_flow_sample(500, 356)
  156. .add_flow_sample(550, 370)
  157. .add_flow_sample(600, 381)
  158. .add_flow_sample(650, 391)
  159. .add_flow_sample(700, 407)
  160. .add_flow_sample(750, 414)
  161. .add_flow_sample(800, 428)
  162. .add_flow_sample(850, 428)
  163. .add_flow_sample(900, 428)
  164.  
  165. cylinder_head head(
  166. chamber_volume: chamber_volume,
  167. intake_runner_volume: 275.0 * units.cc,
  168. intake_runner_cross_section_area: 9.6123 * units.cm2,
  169.  
  170. intake_port_flow: intake_flow,
  171. exhaust_port_flow: exhaust_flow,
  172. intake_camshaft: intake_camshaft,
  173. exhaust_camshaft: exhaust_camshaft,
  174. flip_display: flip_display
  175. )
  176. }
  177.  
  178. public node P60B40 {
  179. alias output __out: engine;
  180.  
  181. engine engine(
  182. name: "P60B40",
  183. starter_torque: 200 * units.lb_ft,
  184. starter_speed: 2200 * units.rpm,
  185. redline: 8500 * units.rpm,
  186. fuel: fuel(
  187. max_turbulence_effect: 2.0,
  188. burning_efficiency_randomness: 0.2,
  189. max_burning_efficiency: 5.00
  190. )
  191. )
  192.  
  193. wires wires()
  194.  
  195. crankshaft c0(
  196. throw: 72.2 * units.mm/2,
  197. flywheel_mass: 1 * units.kg,
  198. mass: 8 * units.kg,
  199. friction_torque: 0.0 * units.lb_ft,
  200. moment_of_inertia: 0.03,
  201. position_x: 0.0,
  202. position_y: 0.0,
  203. tdc: (constants.pi / 4)
  204. )
  205.  
  206. piston_parameters piston_params(
  207. mass: 240 * units.g,
  208. compression_height: 20.51 * units.mm,
  209. wrist_pin_position: 0.0,
  210. displacement: 0 * units.cc
  211. )
  212.  
  213. connecting_rod_parameters cr_params(
  214. mass: 240.0 * units.g,
  215. moment_of_inertia: 0.0015884918028487504,
  216. center_of_mass: 0.0,
  217. length: 130.72 * units.mm
  218. )
  219.  
  220. cylinder_bank_parameters bank_params(
  221. bore: 94 * units.mm,
  222. deck_height: 205 * units.mm
  223. )
  224.  
  225. performer_rpm_intake intake(
  226. carburetor_cfm: 1200.0,
  227. idle_flow_rate_cfm: 0.002,
  228. idle_throttle_plate_position: 0.996,
  229. throttle_gamma: 1.5
  230. )
  231.  
  232. exhaust_system_parameters es_params0(
  233. outlet_flow_rate: k_carb(2200.0),
  234. primary_tube_length: 30.0 * units.inch,
  235. primary_flow_rate: k_carb(2200.0),
  236. velocity_decay: 0.0, //0.5
  237. volume: 300.0 * units.L
  238. )
  239.  
  240. exhaust_system_parameters es_params1(
  241. outlet_flow_rate: k_carb(2200.0),
  242. primary_tube_length: 40.0 * units.inch,
  243. primary_flow_rate: k_carb(2200.0),
  244. velocity_decay: 0.0, //0.5
  245. volume: 301.0 * units.L
  246. )
  247.  
  248. rod_journal rj1(angle: 0.0 * units.deg)
  249. rod_journal rj2(angle: 270.0 * units.deg)
  250.  
  251. rod_journal rj3(angle: 180.0 * units.deg)
  252. rod_journal rj4(angle: 450.0 * units.deg)
  253.  
  254. rod_journal rj5(angle: 180.0 * units.deg)
  255. rod_journal rj6(angle: 450.0 * units.deg)
  256.  
  257. rod_journal rj7(angle: 0.0 * units.deg)
  258. rod_journal rj8(angle: 270.0 * units.deg)
  259. c0
  260. .add_rod_journal(rj1)
  261. .add_rod_journal(rj2)
  262. .add_rod_journal(rj3)
  263. .add_rod_journal(rj4)
  264. .add_rod_journal(rj5)
  265. .add_rod_journal(rj6)
  266. .add_rod_journal(rj7)
  267. .add_rod_journal(rj8)
  268.  
  269. impulse_response ir0(filename: "../../sound-library/smooth/smooth_35.wav", volume: 0.001)
  270. impulse_response ir1(filename: "../../sound-library/smooth/smooth_35.wav", volume: 0.001)
  271. exhaust_system exhaust0(es_params0, audio_volume: 1.0, impulse_response: ir0)
  272. exhaust_system exhaust1(es_params1, audio_volume: 1.0, impulse_response: ir1)
  273.  
  274. cylinder_bank b0(bank_params, angle: 45 * units.deg)
  275. b0
  276. .add_cylinder(
  277. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  278. connecting_rod: connecting_rod(cr_params),
  279. rod_journal: rj1,
  280. intake: intake,
  281. exhaust_system: exhaust0,
  282. ignition_wire: wires.wire1
  283. )
  284. .add_cylinder(
  285. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  286. connecting_rod: connecting_rod(cr_params),
  287. rod_journal: rj3,
  288. intake: intake,
  289. exhaust_system: exhaust0,
  290. ignition_wire: wires.wire2
  291. )
  292. .add_cylinder(
  293. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  294. connecting_rod: connecting_rod(cr_params),
  295. rod_journal: rj5,
  296. intake: intake,
  297. exhaust_system: exhaust0,
  298. ignition_wire: wires.wire3
  299. )
  300. .add_cylinder(
  301. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  302. connecting_rod: connecting_rod(cr_params),
  303. rod_journal: rj7,
  304. intake: intake,
  305. exhaust_system: exhaust0,
  306. ignition_wire: wires.wire4
  307. )
  308.  
  309. cylinder_bank b1(bank_params, angle: -45 * units.deg)
  310. b1
  311. .add_cylinder(
  312. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  313. connecting_rod: connecting_rod(cr_params),
  314. rod_journal: rj2,
  315. intake: intake,
  316. exhaust_system: exhaust1,
  317. ignition_wire: wires.wire5
  318. )
  319. .add_cylinder(
  320. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  321. connecting_rod: connecting_rod(cr_params),
  322. rod_journal: rj4,
  323. intake: intake,
  324. exhaust_system: exhaust1,
  325. ignition_wire: wires.wire6
  326. )
  327. .add_cylinder(
  328. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  329. connecting_rod: connecting_rod(cr_params),
  330. rod_journal: rj6,
  331. intake: intake,
  332. exhaust_system: exhaust1,
  333. ignition_wire: wires.wire7
  334. )
  335. .add_cylinder(
  336. piston: piston(piston_params, blowby: k_28inH2O(0.1)),
  337. connecting_rod: connecting_rod(cr_params),
  338. rod_journal: rj8,
  339. intake: intake,
  340. exhaust_system: exhaust1,
  341. ignition_wire: wires.wire8
  342. )
  343.  
  344. engine
  345. .add_cylinder_bank(b0)
  346. .add_cylinder_bank(b1)
  347.  
  348. engine.add_crankshaft(c0)
  349.  
  350. P60B40_camshaft_builder camshaft(
  351. lobe_profile: P60B40_intake_lobe_profile(),
  352. ex_lobe_profile: P60B40_exhaust_lobe_profile()
  353. )
  354.  
  355. b0.set_cylinder_head (
  356. P60B40_head(
  357. chamber_volume: 60.0 * units.cc,
  358. intake_camshaft: camshaft.intake_cam_0,
  359. exhaust_camshaft: camshaft.exhaust_cam_0,
  360. flip_display: true
  361. )
  362. )
  363.  
  364. b1.set_cylinder_head (
  365. P60B40_head(
  366. chamber_volume: 60.0 * units.cc,
  367. intake_camshaft: camshaft.intake_cam_1,
  368. exhaust_camshaft: camshaft.exhaust_cam_1,
  369. flip_display: false
  370. )
  371. )
  372.  
  373.  
  374. function timing_curve(1000 * units.rpm)
  375. timing_curve
  376. .add_sample(0 * units.rpm, 11 * units.deg)
  377. .add_sample(1000 * units.rpm, 22 * units.deg)
  378. .add_sample(2000 * units.rpm, 22 * units.deg)
  379. .add_sample(3000 * units.rpm, 44 * units.deg)
  380. .add_sample(4000 * units.rpm, 44 * units.deg)
  381. .add_sample(5000 * units.rpm, 55 * units.deg)
  382. .add_sample(6000 * units.rpm, 55 * units.deg)
  383. .add_sample(7000 * units.rpm, 55 * units.deg)
  384. .add_sample(8000 * units.rpm, 55 * units.deg)
  385. .add_sample(9000 * units.rpm, 55 * units.deg)
  386.  
  387.  
  388.  
  389. engine.add_ignition_module(
  390. P60B40_distributor(
  391. wires: wires,
  392. timing_curve: timing_curve,
  393. rev_limit: 8500 * units.rpm
  394. ))
  395. }
  396.  
  397. public node P60B40_vehicle {
  398. alias output __out: vehicle;
  399. vehicle vehicle(
  400. mass: 1120 * units.kg,
  401. drag_coefficient: 0.0012,
  402. cross_sectional_area: (1900 * units.mm) * (1318 * units.mm),
  403. diff_ratio: 13.00,
  404. tire_radius: 22.5 * units.inch,
  405. rolling_resistance: 2000
  406. )
  407. }
  408.  
  409. public node P60B40_transmission {
  410. alias output __out: trans;
  411. transmission trans(
  412. max_clutch_torque: 2400 * units.lb_ft
  413. )
  414.  
  415. trans
  416. .add_gear(2.7)
  417. .add_gear(2.5)
  418. .add_gear(2.07)
  419. .add_gear(1.89)
  420. .add_gear(1.58)
  421. .add_gear(1.38)
  422. .add_gear(1.24)
  423. }
  424.  
Advertisement
Add Comment
Please, Sign In to add comment
Advertisement
Public Pastes
Advertisement
We use cookies for various purposes including analytics. By continuing to use Pastebin, you agree to our use of cookies as described in the Cookies Policy.  OK, I Understand
Not a member of Pastebin yet?
Sign Up, it unlocks many cool features!