CLAS Analysis Framework

Model maid data

Author
D. Drechsel, L. Tiator
Description
MAID approach for evaluation of Nπ observables in the resonance region
φ-dependence Channel Q2, GeV² W, GeV cosθ xB H1, GeV−1 H2, GeV−1 H3, GeV−1 H4, GeV−1 H5, GeV−1 H6, GeV−1
π0p 0.8 1.24 0.985 0.549 -0.00846+0.0391j -0.0497-0.144j 0.000673-0.00342j -0.00114+0.0248j -0.000444+0.00125j -0.000186-0.000301j
π0p 0.8 1.24 0.94 0.549 -0.0166+0.0761j -0.0505-0.134j 0.00267-0.0134j -0.00231+0.0477j -0.000416+0.00112j -0.000373-0.000573j
π0p 0.8 1.24 0.866 0.549 -0.0239+0.109j -0.0518-0.116j 0.00583-0.0292j -0.0035+0.0671j -0.000373+0.000896j -0.000559-0.000802j
π0p 0.8 1.24 0.766 0.549 -0.0301+0.136j -0.0535-0.0934j 0.00991-0.0496j -0.0046+0.0815j -0.000301+0.000602j -0.000745-0.000967j
π0p 0.8 1.24 0.643 0.549 -0.0347+0.157j -0.0555-0.0668j 0.0145-0.0731j -0.00544+0.0897j -0.000215+0.000272j -0.000939-0.00105j
π0p 0.8 1.24 0.5 0.549 -0.0374+0.169j -0.0575-0.0381j 0.0192-0.0978j -0.00585+0.0911j -0.000107-9.31e-05j -0.00114-0.00104j
π0p 0.8 1.24 0.342 0.549 -0.038+0.174j -0.0591-0.00913j 0.0233-0.122j -0.00572+0.0855j 2.15e-05-0.000451j -0.00135-0.000939j
π0p 0.8 1.24 0.174 0.549 -0.0363+0.17j -0.0599+0.0183j 0.0262-0.143j -0.00511+0.073j 0.000158-0.000781j -0.00156-0.000752j
π0p 0.8 1.24 0.0 0.549 -0.0328+0.16j -0.0595+0.0424j 0.0274-0.16j -0.00418+0.0546j 0.000294-0.00107j -0.00177-0.000487j
π0p 0.8 1.24 -0.174 0.549 -0.0276+0.143j -0.0575+0.0617j 0.0264-0.17j -0.00333+0.0312j 0.00043-0.00128j -0.00197-0.00015j
π0p 0.8 1.24 -0.342 0.549 -0.0215+0.122j -0.0538+0.0751j 0.0231-0.174j -0.0031+0.00451j 0.000552-0.00142j -0.00216+0.000222j
π0p 0.8 1.24 -0.5 0.549 -0.0152+0.0977j -0.0482+0.0819j 0.0178-0.169j -0.00412-0.0239j 0.000638-0.00145j -0.00233+0.000623j
π0p 0.8 1.24 -0.643 0.549 -0.00938+0.073j -0.041+0.0817j 0.0111-0.157j -0.00696-0.0521j 0.000688-0.0014j -0.00247+0.00101j
π0p 0.8 1.24 -0.766 0.549 -0.00482+0.0496j -0.0326+0.0749j 0.00425-0.136j -0.0119-0.0782j 0.000688-0.00125j -0.00257+0.00138j
π0p 0.8 1.24 -0.866 0.549 -0.00186+0.0292j -0.0238+0.062j -0.00121-0.109j -0.0186-0.101j 0.000616-0.00102j -0.00264+0.00168j
π0p 0.8 1.24 -0.94 0.549 -0.00043+0.0134j -0.0152+0.0443j -0.00385-0.076j -0.0259-0.118j 0.000473-0.000724j -0.00267+0.00193j
π0p 0.8 1.24 -0.985 0.549 -2.87e-05+0.00342j -0.00732+0.023j -0.0031-0.039j -0.0317-0.129j 0.000258-0.000373j -0.00267+0.00207j
π0p 0.8 1.24 -1 0.549 0j 0j 0j -0.0339-0.132j 0j -0.00268+0.00212j
π0p 0.8 1.26 1 0.531 0j -0.0193-0.12j 0j 0j -0.000502+0.000315j 0j
π0p 0.8 1.26 0.985 0.531 -0.0154+0.0295j -0.0203-0.117j 0.00129-0.00258j -0.0054+0.0197j -0.000487+0.000301j -9.31e-05-0.000122j
π0p 0.8 1.26 0.94 0.531 -0.0302+0.0575j -0.0232-0.108j 0.00508-0.0101j -0.0105+0.0379j -0.000459+0.000244j -0.000186-0.000229j
π0p 0.8 1.26 0.866 0.531 -0.0436+0.0824j -0.0279-0.0947j 0.0111-0.022j -0.0151+0.0533j -0.000416+0.000158j -0.000279-0.000322j
π0p 0.8 1.26 0.766 0.531 -0.0548+0.103j -0.0342-0.0767j 0.0189-0.0374j -0.0188+0.0647j -0.000344+4.3e-05j -0.000387-0.000387j
π0p 0.8 1.26 0.643 0.531 -0.0633+0.118j -0.0415-0.0558j 0.0279-0.0551j -0.0211+0.0713j -0.000258-8.6e-05j -0.000509-0.000416j
π0p 0.8 1.26 0.5 0.531 -0.0685+0.128j -0.0493-0.0331j 0.0371-0.0737j -0.0217+0.0725j -0.00015-0.000229j -0.000638-0.000416j
π0p 0.8 1.26 0.342 0.531 -0.07+0.131j -0.0568-0.0102j 0.0457-0.0917j -0.0205+0.068j -3.58e-05-0.000365j -0.000781-0.000373j
π0p 0.8 1.26 0.174 0.531 -0.0679+0.128j -0.0633+0.0115j 0.0526-0.108j -0.0175+0.0583j 8.6e-05-0.000494j -0.000939-0.000294j
π0p 0.8 1.26 0.0 0.531 -0.0624+0.12j -0.0679+0.0306j 0.0569-0.12j -0.013+0.0437j 0.000208-0.000595j -0.0011-0.000186j
π0p 0.8 1.26 -0.174 0.531 -0.0542+0.108j -0.0699+0.046j 0.0579-0.128j -0.00767+0.0254j 0.000315-0.000673j -0.00127-4.3e-05j
π0p 0.8 1.26 -0.342 0.531 -0.0442+0.0917j -0.0689+0.0567j 0.0552-0.131j -0.00225+0.00431j 0.000416-0.000716j -0.00143+0.000107j
π0p 0.8 1.26 -0.5 0.531 -0.0334+0.0737j -0.0647+0.0623j 0.0489-0.128j 0.00221-0.018j 0.000487-0.000716j -0.00157+0.000272j
π0p 0.8 1.26 -0.643 0.531 -0.023+0.0551j -0.0575+0.0624j 0.0397-0.118j 0.00474-0.0403j 0.000523-0.000673j -0.0017+0.000437j
π0p 0.8 1.26 -0.766 0.531 -0.014+0.0374j -0.0477+0.0574j 0.0288-0.103j 0.00466-0.0608j 0.000516-0.000595j -0.0018+0.000588j
π0p 0.8 1.26 -0.866 0.531 -0.00722+0.022j -0.0362+0.0476j 0.0182-0.0822j 0.00194-0.0785j 0.000459-0.00048j -0.00187+0.000716j
π0p 0.8 1.26 -0.94 0.531 -0.00287+0.0101j -0.0241+0.034j 0.0095-0.0573j -0.00244-0.092j 0.000351-0.000337j -0.00191+0.000817j
π0p 0.8 1.26 -0.985 0.531 -0.000652+0.00258j -0.0119+0.0177j 0.00368-0.0294j -0.00652-0.1j 0.000193-0.000172j -0.00193+0.000881j
π0p 0.8 1.26 -1 0.531 0j 0j 0j -0.0082-0.103j 0j -0.00193+0.000903j
π0p 0.8 1.28 1 0.513 0j -0.00699-0.0958j 0j 0j -0.000229-4.3e-05j 0j
π0p 0.8 1.28 0.985 0.513 -0.0171+0.0217j -0.00823-0.0936j 0.00145-0.00189j -0.00645+0.0152j -0.000229-5.02e-05j -4.3e-05-2.87e-05j
π0p 0.8 1.28 0.94 0.513 -0.0335+0.0422j -0.0119-0.087j 0.00569-0.00742j -0.0126+0.0294j -0.000215-5.73e-05j -8.6e-05-6.45e-05j
π0p 0.8 1.28 0.866 0.513 -0.0484+0.0606j -0.0178-0.0764j 0.0125-0.0162j -0.0181+0.0413j -0.000193-7.88e-05j -0.000129-8.6e-05j
π0p 0.8 1.28 0.766 0.513 -0.061+0.0757j -0.0257-0.0627j 0.0213-0.0275j -0.0225+0.0501j -0.000165-0.000107j -0.000179-0.000107j
π0p 0.8 1.28 0.643 0.513 -0.0706+0.087j -0.035-0.0466j 0.0314-0.0404j -0.0252+0.0552j -0.000129-0.000143j -0.000229-0.000115j
π0p 0.8 1.28 0.5 0.513 -0.0766+0.0939j -0.0449-0.0292j 0.0419-0.054j -0.026+0.0562j -8.6e-05-0.000172j -0.000294-0.000115j
π0p 0.8 1.28 0.342 0.513 -0.0785+0.0963j -0.0547-0.0116j 0.0518-0.0672j -0.0245+0.0528j -3.58e-05-0.000208j -0.000358-0.0001j
π0p 0.8 1.28 0.174 0.513 -0.0764+0.0943j -0.0633+0.00511j 0.0598-0.079j -0.0207+0.0453j 1.43e-05-0.000236j -0.00043-7.88e-05j
π0p 0.8 1.28 0.0 0.513 -0.0706+0.0884j -0.0698+0.0199j 0.0649-0.0882j -0.0151+0.0341j 7.16e-05-0.000251j -0.000502-5.02e-05j
π0p 0.8 1.28 -0.174 0.513 -0.0616+0.0791j -0.0734+0.0318j 0.0665-0.0941j -0.00829+0.02j 0.000122-0.000265j -0.000573-1.43e-05j
π0p 0.8 1.28 -0.342 0.513 -0.0505+0.0673j -0.0735+0.0403j 0.0639-0.096j -0.00118+0.00384j 0.000165-0.000265j -0.000652+2.87e-05j
π0p 0.8 1.28 -0.5 0.513 -0.0385+0.0541j -0.07+0.0449j 0.0573-0.0935j 0.00506-0.0133j 0.000201-0.000258j -0.000716+7.16e-05j
π0p 0.8 1.28 -0.643 0.513 -0.0267+0.0404j -0.0628+0.0454j 0.0473-0.0866j 0.00931-0.0304j 0.000215-0.000236j -0.000774+0.000115j
π0p 0.8 1.28 -0.766 0.513 -0.0165+0.0275j -0.0526+0.0419j 0.0352-0.0753j 0.0107-0.0461j 0.000215-0.000208j -0.000817+0.000158j
π0p 0.8 1.28 -0.866 0.513 -0.00868+0.0162j -0.0403+0.0349j 0.0231-0.0602j 0.00916-0.0597j 0.000193-0.000165j -0.000853+0.000193j
π0p 0.8 1.28 -0.94 0.513 -0.00353+0.00742j -0.0269+0.025j 0.0127-0.042j 0.00551-0.07j 0.00015-0.000115j -0.000867+0.000222j
π0p 0.8 1.28 -0.985 0.513 -0.00081+0.00189j -0.0134+0.013j 0.00527-0.0216j 0.00178-0.0765j 7.88e-05-5.73e-05j -0.000874+0.000236j
π0p 0.8 1.28 -1 0.513 0j 0j 0j 0.000208-0.0787j 0j -0.000874+0.000244j
π0p 0.8 1.3 1 0.497 0j -0.00232-0.0785j 0j 0j 4.3e-05+4.3e-05j 0j
π0p 0.8 1.3 0.985 0.497 -0.0166+0.0161j -0.0036-0.0767j 0.00141-0.0014j -0.006+0.012j 4.3e-05+4.3e-05j 7.16e-06+7.16e-06j
π0p 0.8 1.3 0.94 0.497 -0.0325+0.0314j -0.0074-0.0716j 0.00556-0.00549j -0.0118+0.0231j 4.3e-05+4.3e-05j 2.15e-05+7.16e-06j
π0p 0.8 1.3 0.866 0.497 -0.0471+0.045j -0.0136-0.0635j 0.0122-0.012j -0.017+0.0324j 4.3e-05+5.02e-05j 2.87e-05+1.43e-05j
π0p 0.8 1.3 0.766 0.497 -0.0596+0.0562j -0.0218-0.0529j 0.0209-0.0203j -0.0212+0.0393j 3.58e-05+5.02e-05j 4.3e-05+1.43e-05j
π0p 0.8 1.3 0.643 0.497 -0.0692+0.0646j -0.0315-0.0404j 0.0309-0.0299j -0.024+0.0433j 2.87e-05+5.02e-05j 5.73e-05+1.43e-05j
π0p 0.8 1.3 0.5 0.497 -0.0752+0.0697j -0.042-0.027j 0.0413-0.0399j -0.0247+0.044j 2.15e-05+5.73e-05j 7.16e-05+1.43e-05j
π0p 0.8 1.3 0.342 0.497 -0.0773+0.0714j -0.0524-0.0133j 0.0511-0.0497j -0.0233+0.0414j 1.43e-05+5.73e-05j 8.6e-05+1.43e-05j
π0p 0.8 1.3 0.174 0.497 -0.0754+0.07j -0.0616-0.000315j 0.059-0.0583j -0.0195+0.0355j 0+5.73e-05j 0.0001+1.43e-05j
π0p 0.8 1.3 0.0 0.497 -0.0697+0.0655j -0.0687+0.0112j 0.0642-0.0651j -0.0139+0.0268j -7.16e-06+5.73e-05j 0.000115+1.43e-05j
π0p 0.8 1.3 -0.174 0.497 -0.061+0.0586j -0.0728+0.0207j 0.0657-0.0695j -0.00691+0.0158j -2.15e-05+5.73e-05j 0.000136+7.16e-06j
π0p 0.8 1.3 -0.342 0.497 -0.05+0.0499j -0.0734+0.0275j 0.063-0.0709j 0.000337+0.00315j -2.87e-05+5.73e-05j 0.00015+0j
π0p 0.8 1.3 -0.5 0.497 -0.0381+0.0401j -0.0701+0.0313j 0.0563-0.0691j 0.00673-0.0102j -3.58e-05+5.02e-05j 0.000165-7.16e-06j
π0p 0.8 1.3 -0.643 0.497 -0.0265+0.03j -0.0631+0.0321j 0.0463-0.064j 0.0111-0.0235j -4.3e-05+5.02e-05j 0.000172-7.16e-06j
π0p 0.8 1.3 -0.766 0.497 -0.0163+0.0204j -0.053+0.0299j 0.0342-0.0557j 0.0125-0.0357j -4.3e-05+4.3e-05j 0.000186-1.43e-05j
π0p 0.8 1.3 -0.866 0.497 -0.00853+0.012j -0.0406+0.0251j 0.022-0.0445j 0.0108-0.0462j -4.3e-05+2.87e-05j 0.000193-2.15e-05j
π0p 0.8 1.3 -0.94 0.497 -0.00344+0.0055j -0.0271+0.018j 0.0119-0.0311j 0.00699-0.0543j -2.87e-05+2.15e-05j 0.000193-2.15e-05j
π0p 0.8 1.3 -0.985 0.497 -0.000788+0.0014j -0.0135+0.00941j 0.00476-0.016j 0.00306-0.0593j -1.43e-05+1.43e-05j 0.000193-2.87e-05j
π0p 0.8 1.3 -1 0.497 0j 0j 0j 0.00139-0.061j 0j 0.000193-2.87e-05j
π0p 0.8 1.32 1 0.481 0j -0.000387-0.0663j 0j 0j 0.000222+0.000444j 0j
π0p 0.8 1.32 0.985 0.481 -0.0152+0.0123j -0.00162-0.065j 0.0013-0.00105j -0.00483+0.00965j 0.000222+0.000444j 7.16e-05+2.15e-05j
π0p 0.8 1.32 0.94 0.481 -0.0299+0.0239j -0.00531-0.061j 0.00515-0.00413j -0.00957+0.0186j 0.000215+0.000451j 0.000143+3.58e-05j
π0p 0.8 1.32 0.866 0.481 -0.0434+0.0342j -0.0113-0.0546j 0.0113-0.009j -0.014+0.0261j 0.000208+0.000451j 0.000215+5.73e-05j
π0p 0.8 1.32 0.766 0.481 -0.0552+0.0427j -0.0194-0.0462j 0.0195-0.0153j -0.0176+0.0317j 0.000186+0.000459j 0.000294+7.16e-05j
π0p 0.8 1.32 0.643 0.481 -0.0643+0.049j -0.029-0.0365j 0.0289-0.0225j -0.0201+0.0348j 0.000158+0.000459j 0.000373+8.6e-05j
π0p 0.8 1.32 0.5 0.481 -0.0702+0.0528j -0.0394-0.0259j 0.0387-0.03j -0.0208+0.0353j 0.000122+0.000459j 0.000459+9.31e-05j
π0p 0.8 1.32 0.342 0.481 -0.0724+0.0541j -0.0498-0.0151j 0.0479-0.0373j -0.0195+0.0332j 7.16e-05+0.000451j 0.000552+9.31e-05j
π0p 0.8 1.32 0.174 0.481 -0.0708+0.0529j -0.059-0.00487j 0.0554-0.0438j -0.016+0.0284j 1.43e-05+0.000444j 0.000652+9.31e-05j
π0p 0.8 1.32 0.0 0.481 -0.0655+0.0496j -0.0662+0.00432j 0.0602-0.0489j -0.0107+0.0214j -4.3e-05+0.00043j 0.000745+9.31e-05j
π0p 0.8 1.32 -0.174 0.481 -0.0573+0.0443j -0.0704+0.0119j 0.0614-0.0522j -0.00423+0.0125j -0.000107+0.000401j 0.000845+7.88e-05j
π0p 0.8 1.32 -0.342 0.481 -0.047+0.0377j -0.0711+0.0175j 0.0587-0.0533j 0.00252+0.00237j -0.000165+0.000373j 0.000939+7.16e-05j
π0p 0.8 1.32 -0.5 0.481 -0.0357+0.0303j -0.068+0.0209j 0.052-0.0519j 0.00838-0.00833j -0.000208+0.000337j 0.00102+5.73e-05j
π0p 0.8 1.32 -0.643 0.481 -0.0247+0.0227j -0.0612+0.022j 0.0421-0.0481j 0.0122-0.0189j -0.000236+0.000294j 0.00108+3.58e-05j
π0p 0.8 1.32 -0.766 0.481 -0.0151+0.0154j -0.0514+0.0208j 0.0304-0.0419j 0.013-0.0287j -0.000244+0.000244j 0.00113+2.15e-05j
π0p 0.8 1.32 -0.866 0.481 -0.00779+0.00906j -0.0393+0.0176j 0.0189-0.0335j 0.0108-0.0371j -0.000229+0.000193j 0.00117+7.16e-06j
π0p 0.8 1.32 -0.94 0.481 -0.00309+0.00416j -0.0262+0.0127j 0.00951-0.0234j 0.00636-0.0435j -0.000179+0.000129j 0.00118-7.16e-06j
π0p 0.8 1.32 -0.985 0.481 -0.000695+0.00106j -0.013+0.00667j 0.00349-0.012j 0.00198-0.0475j -0.0001+6.45e-05j 0.00118-1.43e-05j
π0p 0.8 1.32 -1 0.481 0j 0j 0j 0.00015-0.0489j 0j 0.00118-1.43e-05j
π0p 0.8 1.34 1 0.466 0j 0.00118-0.0572j 0j 0j 0.000208+0.0011j 0j
π0p 0.8 1.34 0.985 0.466 -0.0135+0.0095j 7.16e-06-0.0561j 0.00118-0.000802j -0.0033+0.00805j 0.000208+0.0011j 0.000129+2.87e-05j
π0p 0.8 1.34 0.94 0.466 -0.0267+0.0185j -0.0035-0.053j 0.00467-0.00315j -0.00666+0.0155j 0.000215+0.00109j 0.000265+6.45e-05j
π0p 0.8 1.34 0.866 0.466 -0.039+0.0264j -0.00928-0.048j 0.0103-0.00684j -0.00994+0.0217j 0.000215+0.00108j 0.000394+9.31e-05j
π0p 0.8 1.34 0.766 0.466 -0.0498+0.033j -0.0171-0.0414j 0.0178-0.0116j -0.0128+0.0263j 0.000208+0.00107j 0.000537+0.000122j
π0p 0.8 1.34 0.643 0.466 -0.0584+0.0378j -0.0264-0.0337j 0.0265-0.0171j -0.0149+0.0289j 0.000186+0.00105j 0.000681+0.00015j