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  1. C:\Users\ploemker\AppData\Local\Programs\Python\Python37\python.exe "C:/Users/ploemker/My Documents/Beamtime/2019-03 Co+steps FT Synthesis/beamtime/analysis/das/peak_fitting/testing"
  2. 159549776 function calls (147992075 primitive calls) in 93.861 seconds
  3.  
  4. Ordered by: internal time
  5.  
  6. ncalls tottime percall cumtime percall filename:lineno(function)
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  236.  
  237.  
  238. [[Fit Statistics]]
  239. # fitting method = leastsq
  240. # function evals = 14125
  241. # data points = 644
  242. # variables = 26
  243. chi-square = 86440652.7
  244. reduced chi-square = 139871.606
  245. Akaike info crit = 7655.88182
  246. Bayesian info crit = 7772.04199
  247. [[Variables]]
  248. l0_intercept: -39990.5419 +/- 4113.26277 (10.29%) (init = 3000)
  249. l0_slope: 79.3708287 +/- 7.67343868 (9.67%) (init = 0)
  250. p0_sigma: 0.2 (fixed)
  251. p0_center: 529.842532 +/- 0.00749584 (0.00%) (init = 530)
  252. p0_amplitude: 16224.8931 +/- 906.279781 (5.59%) (init = 1000)
  253. p0_gamma: 0.30306998 +/- 0.01845210 (6.09%) (init = 0.2)
  254. p0_fwhm: 0.87302638 +/- 0.02855463 (3.27%) == '1.0692*p0_gamma+sqrt(0.8664*p0_gamma**2+5.545083*p0_sigma**2)'
  255. p0_height: 13230.6055 +/- 317.528719 (2.40%) == '(p0_amplitude/(p0_sigma*sqrt(2*pi)))*wofz((1j*p0_gamma)/(p0_sigma*sqrt(2))).real'
  256. p1_sigma: 0.2 (fixed)
  257. p1_center: 531.156500 +/- 0.06782545 (0.01%) (init = 531.5)
  258. p1_amplitude: 15545.6948 +/- 3794.48153 (24.41%) (init = 1000)
  259. p1_gamma: 0.94222097 +/- 0.15180973 (16.11%) (init = 0.2)
  260. p1_fwhm: 2.00290055 +/- 0.28680631 (14.32%) == '1.0692*p1_gamma+sqrt(0.8664*p1_gamma**2+5.545083*p1_sigma**2)'
  261. p1_height: 5041.58974 +/- 538.236695 (10.68%) == '(p1_amplitude/(p1_sigma*sqrt(2*pi)))*wofz((1j*p1_gamma)/(p1_sigma*sqrt(2))).real'
  262. p2_sigma: 0.2 (fixed)
  263. p2_center: 532.467623 +/- 0.06888174 (0.01%) (init = 533)
  264. p2_amplitude: 15488.7597 +/- 2725.24286 (17.59%) (init = 1000)
  265. p2_gamma: 1.00000000 +/- 0.05422845 (5.42%) (init = 0.2)
  266. p2_fwhm: 2.11236984 +/- 0.10302026 (4.88%) == '1.0692*p2_gamma+sqrt(0.8664*p2_gamma**2+5.545083*p2_sigma**2)'
  267. p2_height: 4752.93701 +/- 1046.12388 (22.01%) == '(p2_amplitude/(p2_sigma*sqrt(2*pi)))*wofz((1j*p2_gamma)/(p2_sigma*sqrt(2))).real'
  268. l0_1intercept: -29316.0788 +/- 4079.08812 (13.91%) (init = 3000)
  269. l0_1slope: 58.8368258 +/- 7.61105717 (12.94%) (init = 0)
  270. p0_1sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p0_sigma'
  271. p0_1center: 529.842532 +/- 0.00749588 (0.00%) == 'p0_center'
  272. p0_1amplitude: 5915.08285 +/- 551.178049 (9.32%) (init = 1000)
  273. p0_1gamma: 0.30306998 +/- 0.01845209 (6.09%) == 'p0_gamma'
  274. p0_1fwhm: 0.87302638 +/- 0.00000000 (0.00%) == '1.0692*p0_1gamma+sqrt(0.8664*p0_1gamma**2+5.545083*p0_1sigma**2)'
  275. p0_1height: 4823.46032 +/- 449.458698 (9.32%) == '(p0_1amplitude/(p0_1sigma*sqrt(2*pi)))*wofz((1j*p0_1gamma)/(p0_1sigma*sqrt(2))).real'
  276. p1_1sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p1_sigma'
  277. p1_1center: 531.156500 +/- 0.06782544 (0.01%) == 'p1_center'
  278. p1_1amplitude: 13133.7070 +/- 3243.51006 (24.70%) (init = 1000)
  279. p1_1gamma: 0.94222097 +/- 0.15180973 (16.11%) == 'p1_gamma'
  280. p1_1fwhm: 2.00290055 +/- 0.00000000 (0.00%) == '1.0692*p1_1gamma+sqrt(0.8664*p1_1gamma**2+5.545083*p1_1sigma**2)'
  281. p1_1height: 4259.36332 +/- 1051.89553 (24.70%) == '(p1_1amplitude/(p1_1sigma*sqrt(2*pi)))*wofz((1j*p1_1gamma)/(p1_1sigma*sqrt(2))).real'
  282. p2_1sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p2_sigma'
  283. p2_1center: 532.467623 +/- 0.06888174 (0.01%) == 'p2_center'
  284. p2_1amplitude: 16049.8350 +/- 2491.54062 (15.52%) (init = 1000)
  285. p2_1gamma: 1.00000000 +/- 0.05422845 (5.42%) == 'p2_gamma'
  286. p2_1fwhm: 2.11236984 +/- 0.00000000 (0.00%) == '1.0692*p2_1gamma+sqrt(0.8664*p2_1gamma**2+5.545083*p2_1sigma**2)'
  287. p2_1height: 4925.11063 +/- 764.563192 (15.52%) == '(p2_1amplitude/(p2_1sigma*sqrt(2*pi)))*wofz((1j*p2_1gamma)/(p2_1sigma*sqrt(2))).real'
  288. l0_2intercept: -12351.2343 +/- 3767.84881 (30.51%) (init = 3000)
  289. l0_2slope: 25.5320240 +/- 7.04266657 (27.58%) (init = 0)
  290. p0_2sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p0_sigma'
  291. p0_2center: 529.842532 +/- 0.00749588 (0.00%) == 'p0_center'
  292. p0_2amplitude: 451.217903 +/- 274.665671 (60.87%) (init = 1000)
  293. p0_2gamma: 0.30306998 +/- 0.01845209 (6.09%) == 'p0_gamma'
  294. p0_2fwhm: 0.87302638 +/- 0.00000000 (0.00%) == '1.0692*p0_2gamma+sqrt(0.8664*p0_2gamma**2+5.545083*p0_2sigma**2)'
  295. p0_2height: 367.946097 +/- 223.976401 (60.87%) == '(p0_2amplitude/(p0_2sigma*sqrt(2*pi)))*wofz((1j*p0_2gamma)/(p0_2sigma*sqrt(2))).real'
  296. p1_2sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p1_sigma'
  297. p1_2center: 531.156500 +/- 0.06782544 (0.01%) == 'p1_center'
  298. p1_2amplitude: 6058.07775 +/- 1644.59057 (27.15%) (init = 1000)
  299. p1_2gamma: 0.94222097 +/- 0.15180973 (16.11%) == 'p1_gamma'
  300. p1_2fwhm: 2.00290055 +/- 0.00000000 (0.00%) == '1.0692*p1_2gamma+sqrt(0.8664*p1_2gamma**2+5.545083*p1_2sigma**2)'
  301. p1_2height: 1964.68173 +/- 533.353514 (27.15%) == '(p1_2amplitude/(p1_2sigma*sqrt(2*pi)))*wofz((1j*p1_2gamma)/(p1_2sigma*sqrt(2))).real'
  302. p2_2sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p2_sigma'
  303. p2_2center: 532.467623 +/- 0.06888174 (0.01%) == 'p2_center'
  304. p2_2amplitude: 9692.36055 +/- 1373.92953 (14.18%) (init = 1000)
  305. p2_2gamma: 1.00000000 +/- 0.05422845 (5.42%) == 'p2_gamma'
  306. p2_2fwhm: 2.11236984 +/- 0.00000000 (0.00%) == '1.0692*p2_2gamma+sqrt(0.8664*p2_2gamma**2+5.545083*p2_2sigma**2)'
  307. p2_2height: 2974.23294 +/- 421.609004 (14.18%) == '(p2_2amplitude/(p2_2sigma*sqrt(2*pi)))*wofz((1j*p2_2gamma)/(p2_2sigma*sqrt(2))).real'
  308. l0_3intercept: -3179.22561 +/- 3705.07011 (116.54%) (init = 3000)
  309. l0_3slope: 7.59783434 +/- 6.92805544 (91.18%) (init = 0)
  310. p0_3sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p0_sigma'
  311. p0_3center: 529.842532 +/- 0.00749588 (0.00%) == 'p0_center'
  312. p0_3amplitude: -8.89743669 +/- 240.738994 (2705.71%) (init = 1000)
  313. p0_3gamma: 0.30306998 +/- 0.01845209 (6.09%) == 'p0_gamma'
  314. p0_3fwhm: 0.87302638 +/- 0.00000000 (0.00%) == '1.0692*p0_3gamma+sqrt(0.8664*p0_3gamma**2+5.545083*p0_3sigma**2)'
  315. p0_3height: -7.25542379 +/- 196.310856 (2705.71%) == '(p0_3amplitude/(p0_3sigma*sqrt(2*pi)))*wofz((1j*p0_3gamma)/(p0_3sigma*sqrt(2))).real'
  316. p1_3sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p1_sigma'
  317. p1_3center: 531.156500 +/- 0.06782544 (0.01%) == 'p1_center'
  318. p1_3amplitude: 4126.07883 +/- 1254.52641 (30.40%) (init = 1000)
  319. p1_3gamma: 0.94222097 +/- 0.15180973 (16.11%) == 'p1_gamma'
  320. p1_3fwhm: 2.00290055 +/- 0.00000000 (0.00%) == '1.0692*p1_3gamma+sqrt(0.8664*p1_3gamma**2+5.545083*p1_3sigma**2)'
  321. p1_3height: 1338.11946 +/- 406.852668 (30.40%) == '(p1_3amplitude/(p1_3sigma*sqrt(2*pi)))*wofz((1j*p1_3gamma)/(p1_3sigma*sqrt(2))).real'
  322. p2_3sigma: 0.20000000 +/- 0.00000000 (0.00%) == 'p2_sigma'
  323. p2_3center: 532.467623 +/- 0.06888174 (0.01%) == 'p2_center'
  324. p2_3amplitude: 8200.59720 +/- 1105.84239 (13.48%) (init = 1000)
  325. p2_3gamma: 1.00000000 +/- 0.05422845 (5.42%) == 'p2_gamma'
  326. p2_3fwhm: 2.11236984 +/- 0.00000000 (0.00%) == '1.0692*p2_3gamma+sqrt(0.8664*p2_3gamma**2+5.545083*p2_3sigma**2)'
  327. p2_3height: 2516.46502 +/- 339.342811 (13.48%) == '(p2_3amplitude/(p2_3sigma*sqrt(2*pi)))*wofz((1j*p2_3gamma)/(p2_3sigma*sqrt(2))).real'
  328. [[Correlations]] (unreported correlations are < 0.100)
  329. C(l0_3intercept, l0_3slope) = -1.000
  330. C(l0_2intercept, l0_2slope) = -1.000
  331. C(l0_intercept, l0_slope) = -1.000
  332. C(l0_1intercept, l0_1slope) = -1.000
  333. C(p1_amplitude, p1_1amplitude) = 0.978
  334. C(p1_amplitude, p1_gamma) = 0.967
  335. C(p2_amplitude, p2_1amplitude) = 0.966
  336. C(p1_gamma, p1_1amplitude) = 0.953
  337. C(p1_1amplitude, p1_2amplitude) = 0.944
  338. C(p2_amplitude, p1_1amplitude) = -0.941
  339. C(p1_amplitude, p1_2amplitude) = 0.938
  340. C(p1_amplitude, p2_amplitude) = -0.937
  341. C(p1_1amplitude, p2_1amplitude) = -0.937
  342. C(p0_amplitude, p0_gamma) = 0.926
  343. C(p2_1amplitude, p2_2amplitude) = 0.924
  344. C(p2_amplitude, p1_2amplitude) = -0.924
  345. C(p2_amplitude, p2_2amplitude) = 0.921
  346. C(p2_center, p2_1amplitude) = -0.920
  347. C(p1_2amplitude, p2_2amplitude) = -0.914
  348. C(p2_1amplitude, p1_2amplitude) = -0.910
  349. C(p2_center, p2_amplitude) = -0.909
  350. C(p1_1amplitude, p1_3amplitude) = 0.909
  351. C(p1_gamma, p1_2amplitude) = 0.902
  352. C(p1_amplitude, p2_1amplitude) = -0.900
  353. C(p1_amplitude, p1_3amplitude) = 0.900
  354. C(p2_amplitude, p1_3amplitude) = -0.900
  355. C(p1_3amplitude, p2_3amplitude) = -0.894
  356. C(p2_center, p2_2amplitude) = -0.889
  357. C(p2_1amplitude, p2_3amplitude) = 0.889
  358. C(p2_1amplitude, p1_3amplitude) = -0.888
  359. C(p0_amplitude, p0_1amplitude) = 0.886
  360. C(p1_2amplitude, p1_3amplitude) = 0.885
  361. C(p2_amplitude, p2_3amplitude) = 0.883
  362. C(p1_1amplitude, p2_2amplitude) = -0.864
  363. C(p2_gamma, p2_1amplitude) = -0.861
  364. C(p2_center, p2_3amplitude) = -0.861
  365. C(p1_gamma, p1_3amplitude) = 0.856
  366. C(p2_2amplitude, p2_3amplitude) = 0.856
  367. C(p1_gamma, p2_amplitude) = -0.853
  368. C(p2_gamma, p2_2amplitude) = -0.848
  369. C(p1_amplitude, p2_2amplitude) = -0.840
  370. C(p2_center, p1_2amplitude) = 0.840
  371. C(p2_2amplitude, p1_3amplitude) = -0.840
  372. C(p1_center, p2_center) = 0.839
  373. C(p2_amplitude, p2_gamma) = -0.839
  374. C(p2_center, p1_1amplitude) = 0.833
  375. C(p2_gamma, p2_3amplitude) = -0.833
  376. C(p2_center, p1_3amplitude) = 0.831
  377. C(p2_center, p2_gamma) = 0.827
  378. C(p0_gamma, p0_1amplitude) = 0.824
  379. C(p1_1amplitude, p2_3amplitude) = -0.821
  380. C(p1_gamma, p2_1amplitude) = -0.820
  381. C(p1_2amplitude, p2_3amplitude) = -0.817
  382. C(p1_gamma, p0_1amplitude) = -0.814
  383. C(p1_amplitude, p2_center) = 0.798
  384. C(p1_center, p2_1amplitude) = -0.797
  385. C(p1_amplitude, p2_3amplitude) = -0.797
  386. C(p0_amplitude, p1_gamma) = -0.793
  387. C(p1_center, p2_amplitude) = -0.781
  388. C(p1_center, p2_2amplitude) = -0.769
  389. C(p1_amplitude, p0_1amplitude) = -0.768
  390. C(p0_amplitude, p1_amplitude) = -0.766
  391. C(p1_gamma, p2_2amplitude) = -0.754
  392. C(p0_1amplitude, p1_1amplitude) = -0.745
  393. C(p1_center, p2_3amplitude) = -0.739
  394. C(p2_gamma, p1_2amplitude) = 0.719
  395. C(p2_gamma, p1_3amplitude) = 0.717
  396. C(p1_gamma, p2_3amplitude) = -0.708
  397. C(p2_gamma, p1_1amplitude) = 0.708
  398. C(p0_amplitude, p1_1amplitude) = -0.703
  399. C(p1_center, p1_2amplitude) = 0.686
  400. C(p1_center, p1_3amplitude) = 0.682
  401. C(p1_amplitude, p2_gamma) = 0.675
  402. C(p1_gamma, p2_center) = 0.673
  403. C(p1_center, p1_1amplitude) = 0.668
  404. C(p0_1amplitude, p1_2amplitude) = -0.661
  405. C(p1_center, p2_gamma) = 0.651
  406. C(p0_gamma, p1_gamma) = -0.645
  407. C(p0_amplitude, p1_2amplitude) = -0.635
  408. C(p0_gamma, p1_amplitude) = -0.634
  409. C(p1_center, p1_amplitude) = 0.621
  410. C(p0_1amplitude, p1_3amplitude) = -0.616
  411. C(p1_gamma, p0_2amplitude) = -0.596
  412. C(p0_amplitude, p1_3amplitude) = -0.589
  413. C(p2_amplitude, p0_1amplitude) = 0.583
  414. C(p0_2amplitude, p1_2amplitude) = -0.577
  415. C(p0_amplitude, p0_2amplitude) = 0.576
  416. C(p0_gamma, p1_1amplitude) = -0.574
  417. C(p0_1amplitude, p0_2amplitude) = 0.573
  418. C(p0_amplitude, p2_amplitude) = 0.570
  419. C(p1_amplitude, p0_2amplitude) = -0.560
  420. C(p0_1amplitude, p2_1amplitude) = 0.557
  421. C(p1_gamma, p2_gamma) = 0.543
  422. C(p1_1amplitude, p0_2amplitude) = -0.537
  423. C(p1_center, p1_gamma) = 0.522
  424. C(p0_amplitude, p2_1amplitude) = 0.509
  425. C(p0_gamma, p1_2amplitude) = -0.508
  426. C(p0_gamma, p0_2amplitude) = 0.497
  427. C(p0_3amplitude, p1_3amplitude) = -0.481
  428. C(p0_1amplitude, p2_2amplitude) = 0.480
  429. C(p0_center, p0_amplitude) = 0.472
  430. C(p0_gamma, p1_3amplitude) = -0.469
  431. C(p0_2amplitude, p1_3amplitude) = -0.466
  432. C(p0_gamma, p2_amplitude) = 0.454
  433. C(p1_gamma, p0_3amplitude) = -0.450
  434. C(p0_center, p0_gamma) = 0.450
  435. C(p0_amplitude, p2_2amplitude) = 0.449
  436. C(p0_1amplitude, p2_3amplitude) = 0.445
  437. C(p0_2amplitude, p2_2amplitude) = 0.444
  438. C(p2_amplitude, p0_2amplitude) = 0.442
  439. C(p1_gamma, l0_1intercept) = -0.439
  440. C(p1_gamma, l0_1slope) = 0.435
  441. C(l0_1intercept, p1_1amplitude) = -0.433
  442. C(p0_center, p0_1amplitude) = 0.431
  443. C(l0_1slope, p1_1amplitude) = 0.430
  444. C(p1_amplitude, p0_3amplitude) = -0.426
  445. C(p0_1amplitude, p0_3amplitude) = 0.418
  446. C(p0_amplitude, p2_3amplitude) = 0.416
  447. C(p1_amplitude, l0_1intercept) = -0.415
  448. C(p0_amplitude, p0_3amplitude) = 0.415
  449. C(p2_1amplitude, p0_2amplitude) = 0.415
  450. C(p1_amplitude, l0_1slope) = 0.412
  451. C(p1_1amplitude, p0_3amplitude) = -0.411
  452. C(p0_gamma, p2_1amplitude) = 0.402
  453. C(l0_intercept, p1_gamma) = -0.393
  454. C(l0_slope, p1_gamma) = 0.389
  455. C(l0_1intercept, p1_2amplitude) = -0.387
  456. C(l0_intercept, p1_amplitude) = -0.386
  457. C(l0_1slope, p1_2amplitude) = 0.384
  458. C(p2_center, p0_1amplitude) = -0.384
  459. C(p1_2amplitude, p0_3amplitude) = -0.383
  460. C(l0_slope, p1_amplitude) = 0.383
  461. C(p0_3amplitude, p2_3amplitude) = 0.375
  462. C(l0_intercept, p1_1amplitude) = -0.368
  463. C(l0_1intercept, p1_3amplitude) = -0.366
  464. C(l0_slope, p1_1amplitude) = 0.365
  465. C(l0_1slope, p1_3amplitude) = 0.364
  466. C(p2_amplitude, l0_1intercept) = 0.357
  467. C(p2_amplitude, l0_1slope) = -0.355
  468. C(l0_intercept, p1_2amplitude) = -0.353
  469. C(p0_amplitude, p2_center) = -0.350
  470. C(l0_slope, p1_2amplitude) = 0.350
  471. C(p0_2amplitude, p2_3amplitude) = 0.349
  472. C(p0_gamma, p0_3amplitude) = 0.348
  473. C(p0_gamma, p2_2amplitude) = 0.348
  474. C(p2_amplitude, p0_3amplitude) = 0.344
  475. C(l0_1intercept, p2_1amplitude) = 0.340
  476. C(l0_1slope, p2_1amplitude) = -0.340
  477. C(l0_intercept, p1_3amplitude) = -0.335
  478. C(l0_slope, p1_3amplitude) = 0.333
  479. C(p0_amplitude, l0_1intercept) = 0.332
  480. C(p0_amplitude, l0_1slope) = -0.328
  481. C(p2_1amplitude, p0_3amplitude) = 0.325
  482. C(p2_gamma, p0_1amplitude) = -0.325
  483. C(l0_intercept, p2_amplitude) = 0.323
  484. C(l0_slope, p2_amplitude) = -0.322
  485. C(p0_gamma, p2_3amplitude) = 0.321
  486. C(l0_intercept, p2_1amplitude) = 0.318
  487. C(l0_slope, p2_1amplitude) = -0.317
  488. C(l0_1intercept, p2_2amplitude) = 0.315
  489. C(l0_1slope, p2_2amplitude) = -0.314
  490. C(p2_center, p0_2amplitude) = -0.312
  491. C(p0_amplitude, p2_gamma) = -0.302
  492. C(p0_2amplitude, p0_3amplitude) = 0.298
  493. C(p2_2amplitude, p0_3amplitude) = 0.296
  494. C(l0_intercept, p2_2amplitude) = 0.296
  495. C(l0_1intercept, p2_3amplitude) = 0.295
  496. C(l0_slope, p2_2amplitude) = -0.295
  497. C(l0_1slope, p2_3amplitude) = -0.294
  498. C(l0_1intercept, p0_1amplitude) = 0.280
  499. C(l0_intercept, p2_3amplitude) = 0.277
  500. C(l0_slope, p2_3amplitude) = -0.277
  501. C(l0_1slope, p0_1amplitude) = -0.276
  502. C(p2_center, l0_1intercept) = -0.274
  503. C(p2_center, l0_1slope) = 0.273
  504. C(l0_2intercept, p1_2amplitude) = -0.273
  505. C(p0_center, p1_gamma) = -0.272
  506. C(l0_2slope, p1_2amplitude) = 0.270
  507. C(p0_center, p0_2amplitude) = 0.267
  508. C(l0_1intercept, p0_2amplitude) = 0.266
  509. C(p0_center, p1_amplitude) = -0.264
  510. C(p0_gamma, p2_center) = -0.264
  511. C(l0_1slope, p0_2amplitude) = -0.263
  512. C(l0_intercept, p0_1amplitude) = 0.262
  513. C(l0_intercept, p2_center) = -0.262
  514. C(l0_slope, p2_center) = 0.261
  515. C(p2_gamma, p0_2amplitude) = -0.259
  516. C(l0_slope, p0_1amplitude) = -0.259
  517. C(p2_center, p0_3amplitude) = -0.254
  518. C(p1_gamma, l0_2intercept) = -0.254
  519. C(p1_gamma, l0_2slope) = 0.251
  520. C(p0_gamma, l0_1intercept) = 0.244
  521. C(p1_amplitude, l0_2intercept) = -0.241
  522. C(p0_gamma, l0_1slope) = -0.241
  523. C(p1_amplitude, l0_2slope) = 0.239
  524. C(p0_gamma, p2_gamma) = -0.238
  525. C(p1_1amplitude, l0_2intercept) = -0.236
  526. C(p1_1amplitude, l0_2slope) = 0.234
  527. C(p0_center, p1_center) = 0.230
  528. C(p2_gamma, l0_1slope) = 0.224
  529. C(p2_gamma, l0_1intercept) = -0.222
  530. C(l0_intercept, p0_2amplitude) = 0.222
  531. C(l0_slope, p0_2amplitude) = -0.219
  532. C(l0_intercept, p1_center) = -0.218
  533. C(l0_3intercept, p1_3amplitude) = -0.218
  534. C(l0_slope, p1_center) = 0.218
  535. C(p0_1amplitude, l0_2intercept) = 0.217
  536. C(l0_3slope, p1_3amplitude) = 0.216
  537. C(p0_1amplitude, l0_2slope) = -0.214
  538. C(p0_center, p1_1amplitude) = -0.212
  539. C(p0_amplitude, l0_2intercept) = 0.212
  540. C(l0_slope, p2_gamma) = 0.210
  541. C(p0_amplitude, l0_2slope) = -0.209
  542. C(l0_2intercept, p1_3amplitude) = -0.209
  543. C(p2_gamma, p0_3amplitude) = -0.209
  544. C(l0_intercept, p2_gamma) = -0.208
  545. C(l0_2slope, p1_3amplitude) = 0.208
  546. C(p2_amplitude, l0_2intercept) = 0.205
  547. C(p2_amplitude, l0_2slope) = -0.204
  548. C(l0_1intercept, p0_3amplitude) = 0.202
  549. C(l0_1slope, p0_3amplitude) = -0.200
  550. C(p1_center, l0_1intercept) = -0.200
  551. C(p1_center, l0_1slope) = 0.200
  552. C(p2_1amplitude, l0_2intercept) = 0.195
  553. C(p2_1amplitude, l0_2slope) = -0.195
  554. C(l0_intercept, l0_1intercept) = 0.194
  555. C(l0_intercept, l0_1slope) = -0.193
  556. C(l0_slope, l0_1intercept) = -0.192
  557. C(l0_slope, l0_1slope) = 0.191
  558. C(p0_center, p0_3amplitude) = 0.187
  559. C(p1_gamma, l0_3intercept) = -0.181
  560. C(p1_gamma, l0_3slope) = 0.180
  561. C(l0_intercept, p0_amplitude) = 0.177
  562. C(l0_2slope, p2_2amplitude) = -0.174
  563. C(l0_intercept, p0_3amplitude) = 0.174
  564. C(l0_slope, p0_amplitude) = -0.174
  565. C(l0_2intercept, p2_2amplitude) = 0.174
  566. C(p1_amplitude, l0_3intercept) = -0.173
  567. C(p0_gamma, l0_2intercept) = 0.172
  568. C(l0_slope, p0_3amplitude) = -0.172
  569. C(p1_amplitude, l0_3slope) = 0.172
  570. C(p0_gamma, l0_2slope) = -0.170
  571. C(p1_1amplitude, l0_3intercept) = -0.169
  572. C(p1_1amplitude, l0_3slope) = 0.168
  573. C(l0_2intercept, p2_3amplitude) = 0.167
  574. C(l0_2slope, p2_3amplitude) = -0.167
  575. C(p0_center, p1_2amplitude) = -0.165
  576. C(p1_2amplitude, l0_3intercept) = -0.159
  577. C(p1_2amplitude, l0_3slope) = 0.158
  578. C(p0_1amplitude, l0_3intercept) = 0.156
  579. C(p0_1amplitude, l0_3slope) = -0.155
  580. C(p2_center, l0_2intercept) = -0.154
  581. C(p2_center, l0_2slope) = 0.154
  582. C(p0_amplitude, l0_3intercept) = 0.154
  583. C(p0_center, l0_1intercept) = 0.153
  584. C(p0_amplitude, l0_3slope) = -0.152
  585. C(p0_center, l0_1slope) = -0.151
  586. C(l0_intercept, p0_center) = 0.148
  587. C(p2_amplitude, l0_3intercept) = 0.147
  588. C(p2_amplitude, l0_3slope) = -0.146
  589. C(l0_slope, p0_center) = -0.146
  590. C(p0_center, p1_3amplitude) = -0.143
  591. C(p2_1amplitude, l0_3intercept) = 0.140
  592. C(p2_1amplitude, l0_3slope) = -0.140
  593. C(p1_center, p0_2amplitude) = -0.136
  594. C(p2_2amplitude, l0_3intercept) = 0.128
  595. C(p2_2amplitude, l0_3slope) = -0.128
  596. C(p2_gamma, l0_2slope) = 0.128
  597. C(p0_gamma, l0_3intercept) = 0.127
  598. C(p2_gamma, l0_2intercept) = -0.126
  599. C(p0_gamma, l0_3slope) = -0.125
  600. C(p1_center, p0_3amplitude) = -0.125
  601. C(l0_2intercept, p0_3amplitude) = 0.118
  602. C(l0_2slope, p0_3amplitude) = -0.117
  603. C(p1_center, p0_1amplitude) = -0.116
  604. C(l0_3slope, p2_3amplitude) = -0.115
  605. C(l0_3intercept, p2_3amplitude) = 0.113
  606. C(p0_center, p2_amplitude) = 0.113
  607. C(l0_1intercept, l0_2intercept) = 0.113
  608. C(p0_2amplitude, l0_3intercept) = 0.113
  609. C(l0_1slope, l0_2intercept) = -0.112
  610. C(l0_1intercept, l0_2slope) = -0.112
  611. C(p0_2amplitude, l0_3slope) = -0.112
  612. C(l0_1slope, l0_2slope) = 0.111
  613. C(p2_center, l0_3intercept) = -0.111
  614. C(p2_center, l0_3slope) = 0.110
  615. C(p1_center, l0_2intercept) = -0.105
  616. C(p1_center, l0_2slope) = 0.105
  617. C(l0_intercept, l0_2intercept) = 0.101
  618.  
  619. Process finished with exit code 0
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