CLAS Analysis Framework

Model maid data

Author
D. Drechsel, L. Tiator
Description
MAID approach for evaluation of Nπ observables in the resonance region
Channel
π0p
Q2
0.7 GeV²
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 0.7 1.3 -0.174 0.464 -0.0665+0.0641j -0.0757+0.0228j 0.0718-0.0758j -0.00759+0.0185j -0.000308+0.000788j 0.00171+7.88e-05j
π0p 0.7 1.3 -0.342 0.464 -0.0547+0.0545j -0.0767+0.0302j 0.0691-0.0773j 0.000222+0.00485j -0.00043+0.000759j 0.00191+1.43e-05j
π0p 0.7 1.3 -0.5 0.464 -0.0418+0.0438j -0.0736+0.0344j 0.062-0.0754j 0.00713-0.00966j -0.00053+0.000702j 0.0021-5.73e-05j
π0p 0.7 1.3 -0.643 0.464 -0.0292+0.0328j -0.0664+0.0353j 0.0514-0.0698j 0.0119-0.0241j -0.000588+0.000631j 0.00225-0.000129j
π0p 0.7 1.3 -0.766 0.464 -0.0182+0.0222j -0.0559+0.0329j 0.0386-0.0608j 0.0137-0.0374j -0.000588+0.00053j 0.00237-0.000201j
π0p 0.7 1.3 -0.866 0.464 -0.00966+0.0131j -0.043+0.0275j 0.0256-0.0486j 0.0123-0.0488j -0.00053+0.000416j 0.00245-0.000258j
π0p 0.7 1.3 -0.94 0.464 -0.00398+0.00601j -0.0288+0.0198j 0.0144-0.0339j 0.00868-0.0575j -0.000408+0.000287j 0.00249-0.000308j
π0p 0.7 1.3 -0.985 0.464 -0.000924+0.00153j -0.0144+0.0103j 0.00612-0.0174j 0.00498-0.063j -0.000222+0.000143j 0.00251-0.000337j
π0p 0.7 1.3 -1 0.464 0j 0j 0j 0.00341-0.0649j 0j 0.00252-0.000344j
π0p 0.7 1.32 1 0.448 0j 0.00506-0.0721j 0j 0j 0.000645+0.00135j 0j
π0p 0.7 1.32 0.985 0.448 -0.0164+0.0134j 0.00369-0.0706j 0.00142-0.00115j -0.00527+0.0107j 0.000645+0.00135j 0.000201+5.73e-05j
π0p 0.7 1.32 0.94 0.448 -0.0323+0.0261j -0.000394-0.0662j 0.0056-0.00449j -0.0104+0.0206j 0.000631+0.00136j 0.000401+0.000107j
π0p 0.7 1.32 0.866 0.448 -0.047+0.0373j -0.00706-0.0593j 0.0123-0.00979j -0.0152+0.029j 0.000595+0.00137j 0.000609+0.000158j
π0p 0.7 1.32 0.766 0.448 -0.0597+0.0466j -0.016-0.0501j 0.0212-0.0166j -0.0192+0.0352j 0.000537+0.00138j 0.000831+0.000201j
π0p 0.7 1.32 0.643 0.448 -0.0697+0.0535j -0.0266-0.0394j 0.0314-0.0244j -0.0219+0.0388j 0.000451+0.00138j 0.00107+0.000236j
π0p 0.7 1.32 0.5 0.448 -0.0761+0.0577j -0.0382-0.0278j 0.0422-0.0327j -0.0226+0.0396j 0.00033+0.00138j 0.00133+0.000258j
π0p 0.7 1.32 0.342 0.448 -0.0786+0.0591j -0.0497-0.0161j 0.0522-0.0406j -0.0212+0.0373j 0.000186+0.00136j 0.0016+0.000272j
π0p 0.7 1.32 0.174 0.448 -0.0769+0.0579j -0.06-0.00482j 0.0604-0.0477j -0.0174+0.0323j 1.43e-05+0.00133j 0.00189+0.000272j
π0p 0.7 1.32 0.0 0.448 -0.0713+0.0542j -0.0681+0.00522j 0.0657-0.0533j -0.0117+0.0247j -0.000172+0.00129j 0.00219+0.000258j
π0p 0.7 1.32 -0.174 0.448 -0.0625+0.0485j -0.0731+0.0135j 0.0671-0.0568j -0.00471+0.0152j -0.000358+0.00123j 0.00248+0.000229j
π0p 0.7 1.32 -0.342 0.448 -0.0514+0.0412j -0.0742+0.0196j 0.0643-0.058j 0.00258+0.00428j -0.000523+0.00114j 0.00276+0.000193j
π0p 0.7 1.32 -0.5 0.448 -0.0392+0.0331j -0.0712+0.0233j 0.0573-0.0566j 0.00892-0.00729j -0.000652+0.00102j 0.003+0.00015j
π0p 0.7 1.32 -0.643 0.448 -0.0272+0.0248j -0.0643+0.0244j 0.0468-0.0524j 0.0131-0.0188j -0.000738+0.000896j 0.0032+0.000107j
π0p 0.7 1.32 -0.766 0.448 -0.0168+0.0168j -0.0541+0.0231j 0.0344-0.0456j 0.0143-0.0294j -0.000752+0.000745j 0.00335+5.73e-05j
π0p 0.7 1.32 -0.866 0.448 -0.00883+0.00991j -0.0415+0.0195j 0.0221-0.0365j 0.0122-0.0385j -0.000688+0.00058j 0.00345+1.43e-05j
π0p 0.7 1.32 -0.94 0.448 -0.00358+0.00455j -0.0278+0.0141j 0.0119-0.0255j 0.00804-0.0454j -0.00053+0.000394j 0.00349-2.15e-05j
π0p 0.7 1.32 -0.985 0.448 -0.000824+0.00116j -0.0138+0.00737j 0.00475-0.0131j 0.0039-0.0498j -0.000294+0.000201j 0.00351-4.3e-05j
π0p 0.7 1.32 -1 0.448 0j 0j 0j 0.00217-0.0513j 0j 0.00351-5.02e-05j
π0p 0.7 1.34 1 0.433 0j 0.00656-0.0617j 0j 0j 0.000416+0.00235j 0j
π0p 0.7 1.34 0.985 0.433 -0.0146+0.0104j 0.00526-0.0606j 0.00128-0.000867j -0.00363+0.00896j 0.000416+0.00235j 0.000265+5.73e-05j
π0p 0.7 1.34 0.94 0.433 -0.0288+0.0202j 0.00138-0.0571j 0.00508-0.00341j -0.00732+0.0172j 0.00043+0.00234j 0.00053+0.000115j
π0p 0.7 1.34 0.866 0.433 -0.0421+0.0289j -0.005-0.0516j 0.0112-0.00742j -0.0109+0.0243j 0.00043+0.00232j 0.000802+0.000179j
π0p 0.7 1.34 0.766 0.433 -0.0538+0.0361j -0.0136-0.0444j 0.0194-0.0126j -0.0141+0.0294j 0.000408+0.00229j 0.00109+0.000236j
π0p 0.7 1.34 0.643 0.433 -0.0632+0.0414j -0.024-0.036j 0.0288-0.0185j -0.0163+0.0325j 0.000358+0.00225j 0.0014+0.000294j
π0p 0.7 1.34 0.5 0.433 -0.0694+0.0446j -0.0352-0.0268j 0.0388-0.0247j -0.017+0.0331j 0.000265+0.00219j 0.00172+0.000344j
π0p 0.7 1.34 0.342 0.433 -0.0719+0.0456j -0.0465-0.0175j 0.0481-0.0307j -0.0157+0.0312j 0.000129+0.00211j 0.00206+0.000394j
π0p 0.7 1.34 0.174 0.433 -0.0706+0.0446j -0.0567-0.0086j 0.0557-0.0361j -0.0123+0.0271j -3.58e-05+0.00202j 0.00242+0.000444j
π0p 0.7 1.34 0.0 0.433 -0.0656+0.0417j -0.0647-0.000545j 0.0604-0.0403j -0.00714+0.0208j -0.000229+0.00191j 0.00279+0.000473j
π0p 0.7 1.34 -0.174 0.433 -0.0575+0.0373j -0.0696+0.0062j 0.0615-0.043j -0.000831+0.013j -0.00043+0.00177j 0.00314+0.000502j
π0p 0.7 1.34 -0.342 0.433 -0.0472+0.0318j -0.0708+0.0113j 0.0585-0.0439j 0.00568+0.00403j -0.000616+0.00161j 0.00347+0.000516j
π0p 0.7 1.34 -0.5 0.433 -0.0359+0.0255j -0.068+0.0146j 0.0516-0.0429j 0.0112-0.00545j -0.000774+0.00143j 0.00375+0.000516j
π0p 0.7 1.34 -0.643 0.433 -0.0248+0.0191j -0.0614+0.0159j 0.0414-0.0398j 0.0146-0.0148j -0.000874+0.00123j 0.00397+0.000509j
π0p 0.7 1.34 -0.766 0.433 -0.0152+0.013j -0.0516+0.0154j 0.0296-0.0346j 0.0149-0.0235j -0.000903+0.00101j 0.00413+0.000502j
π0p 0.7 1.34 -0.866 0.433 -0.00783+0.00763j -0.0395+0.0132j 0.0181-0.0277j 0.012-0.0309j -0.000831+0.000774j 0.00423+0.00048j
π0p 0.7 1.34 -0.94 0.433 -0.00312+0.0035j -0.0263+0.00962j 0.00892-0.0194j 0.00713-0.0366j -0.000645+0.000523j 0.00426+0.000466j
π0p 0.7 1.34 -0.985 0.433 -0.000702+0.000896j -0.0131+0.00507j 0.00319-0.00996j 0.00247-0.0401j -0.000351+0.000265j 0.00427+0.000459j
π0p 0.7 1.34 -1 0.433 0j 0j 0j 0.000552-0.0413j 0j 0.00427+0.000459j
π0p 0.7 1.36 1 0.419 0j 0.00815-0.0528j 0j 0j -0.000215+0.00343j 0j
π0p 0.7 1.36 0.985 0.419 -0.0126+0.00822j 0.00691-0.0519j 0.00115-0.000659j -0.00178+0.00785j -0.000201+0.00342j 0.000301+5.73e-05j
π0p 0.7 1.36 0.94 0.419 -0.0251+0.016j 0.00323-0.0492j 0.00456-0.00258j -0.00381+0.0151j -0.00015+0.0034j 0.000609+0.000122j
π0p 0.7 1.36 0.866 0.419 -0.037+0.0228j -0.00287-0.0449j 0.0101-0.00562j -0.00608+0.0212j -8.6e-05+0.00335j 0.000924+0.000193j
π0p 0.7 1.36 0.766 0.419 -0.0476+0.0284j -0.0112-0.0393j 0.0176-0.00952j -0.00831+0.0258j -3.58e-05+0.00328j 0.00126+0.000272j
π0p 0.7 1.36 0.643 0.419 -0.0564+0.0325j -0.0212-0.0328j 0.0263-0.014j -0.00996+0.0285j -2.15e-05+0.0032j 0.00161+0.000358j
π0p 0.7 1.36 0.5 0.419 -0.0623+0.035j -0.0322-0.0257j 0.0354-0.0187j -0.0104+0.029j -5.02e-05+0.00308j 0.00198+0.000451j
π0p 0.7 1.36 0.342 0.419 -0.065+0.0358j -0.0432-0.0184j 0.044-0.0232j -0.00929+0.0275j -0.000129+0.00294j 0.00238+0.000552j
π0p 0.7 1.36 0.174 0.419 -0.0641+0.0349j -0.0532-0.0114j 0.051-0.0272j -0.00636+0.024j -0.000258+0.00278j 0.00279+0.000645j
π0p 0.7 1.36 0.0 0.419 -0.0597+0.0327j -0.0611-0.00499j 0.0552-0.0304j -0.00183+0.0188j -0.000423+0.00259j 0.0032+0.000745j
π0p 0.7 1.36 -0.174 0.419 -0.0524+0.0292j -0.066+0.000451j 0.056-0.0325j 0.0037+0.0122j -0.000616+0.00238j 0.00359+0.000831j
π0p 0.7 1.36 -0.342 0.419 -0.0429+0.0248j -0.0673+0.0047j 0.0528-0.0333j 0.00935+0.00461j -0.000802+0.00214j 0.00395+0.000903j
π0p 0.7 1.36 -0.5 0.419 -0.0325+0.0199j -0.0646+0.0076j 0.0459-0.0325j 0.014-0.00336j -0.00096+0.00188j 0.00425+0.00096j
π0p 0.7 1.36 -0.643 0.419 -0.0223+0.0149j -0.0583+0.00911j 0.0361-0.0302j 0.0164-0.0112j -0.00106+0.0016j 0.00448+0.001j
π0p 0.7 1.36 -0.766 0.419 -0.0135+0.0101j -0.0489+0.00924j 0.0248-0.0263j 0.0158-0.0185j -0.00108+0.00131j 0.00463+0.00103j
π0p 0.7 1.36 -0.866 0.419 -0.00682+0.00598j -0.0373+0.00815j 0.0141-0.0211j 0.0121-0.0247j -0.000989+0.000996j 0.00471+0.00105j
π0p 0.7 1.36 -0.94 0.419 -0.00264+0.00274j -0.0248+0.00603j 0.006-0.0148j 0.00646-0.0295j -0.000767+0.000673j 0.00472+0.00105j
π0p 0.7 1.36 -0.985 0.419 -0.00058+0.000702j -0.0123+0.0032j 0.00164-0.0076j 0.00128-0.0324j -0.000423+0.000337j 0.00471+0.00106j
π0p 0.7 1.36 -1 0.419 0j 0j 0j -0.000838-0.0335j 0j 0.0047+0.00106j
π0p 0.7 1.38 1 0.406 0j 0.00949-0.044j 0j 0j -0.00127+0.00437j 0j
π0p 0.7 1.38 0.985 0.406 -0.0107+0.00665j 0.00833-0.0433j 0.00102-0.000494j 0.000172+0.0073j -0.00123+0.00436j 0.000315+5.02e-05j
π0p 0.7 1.38 0.94 0.406 -0.0214+0.0129j 0.00481-0.0413j 0.00408-0.00193j -8.6e-05+0.0141j -0.00112+0.00432j 0.000638+0.0001j
π0p 0.7 1.38 0.866 0.406 -0.0319+0.0184j -0.00105-0.0382j 0.00912-0.00418j -0.000946+0.0198j -0.000974+0.00426j 0.000967+0.000172j
π0p 0.7 1.38 0.766 0.406 -0.0415+0.0229j -0.00908-0.034j 0.0159-0.00709j -0.00218+0.0241j -0.000824+0.00417j 0.00132+0.000258j
π0p 0.7 1.38 0.643 0.406 -0.0496+0.0261j -0.0188-0.0292j 0.0239-0.0104j -0.00327+0.0266j -0.000695+0.00405j 0.0017+0.000365j
π0p 0.7 1.38 0.5 0.406 -0.0554+0.0281j -0.0296-0.0239j 0.0324-0.0139j -0.00359+0.0273j -0.000623+0.00389j 0.0021+0.000487j
π0p 0.7 1.38 0.342 0.406 -0.0582+0.0286j -0.0405-0.0185j 0.0403-0.0172j -0.00264+0.0261j -0.000609+0.0037j 0.00253+0.000631j
π0p 0.7 1.38 0.174 0.406 -0.0577+0.0279j -0.0503-0.0132j 0.0467-0.0202j -0.000179+0.0231j -0.000666+0.00348j 0.00297+0.000781j
π0p 0.7 1.38 0.0 0.406 -0.0539+0.026j -0.0581-0.00834j 0.0504-0.0226j 0.00366+0.0185j -0.000774+0.00323j 0.00342+0.000939j
π0p 0.7 1.38 -0.174 0.406 -0.0474+0.0232j -0.063-0.00411j 0.0508-0.0242j 0.00835+0.0128j -0.000924+0.00295j 0.00383+0.00108j
π0p 0.7 1.38 -0.342 0.406 -0.0388+0.0197j -0.0643-0.000673j 0.0475-0.0248j 0.0131+0.00625j -0.00108+0.00265j 0.0042+0.00122j
π0p 0.7 1.38 -0.5 0.406 -0.0292+0.0158j -0.0618+0.00186j 0.0407-0.0243j 0.0167-0.000659j -0.00122+0.00232j 0.0045+0.00133j
π0p 0.7 1.38 -0.643 0.406 -0.0199+0.0119j -0.0556+0.00344j 0.0311-0.0226j 0.0181-0.00749j -0.0013+0.00197j 0.00471+0.00143j
π0p 0.7 1.38 -0.766 0.406 -0.0118+0.00807j -0.0465+0.00409j 0.0203-0.0198j 0.0166-0.0138j -0.0013+0.0016j 0.00484+0.00149j
π0p 0.7 1.38 -0.866 0.406 -0.00586+0.00476j -0.0354+0.0039j 0.0103-0.0159j 0.012-0.0192j -0.00118+0.00121j 0.00489+0.00154j
π0p 0.7 1.38 -0.94 0.406 -0.00219+0.00219j -0.0234+0.00302j 0.0033-0.0112j 0.00565-0.0233j -0.000903+0.000817j 0.00488+0.00157j
π0p 0.7 1.38 -0.985 0.406 -0.000466+0.000559j -0.0115+0.00164j 0.000201-0.00575j -6.45e-05-0.0258j -0.000494+0.000408j 0.00484+0.00158j
π0p 0.7 1.38 -1 0.406 0j 0j 0j -0.00237-0.0267j 0j 0.00483+0.00159j
π0p 0.7 1.4 1 0.393 0j 0.01-0.0351j 0j 0j -0.00261+0.00499j 0j
π0p 0.7 1.4 0.985 0.393 -0.00879+0.00556j 0.00892-0.0347j 0.00091-0.000351j 0.00218+0.00726j -0.00254+0.00497j 0.000308+0j
π0p 0.7 1.4 0.94 0.393 -0.0178+0.0108j 0.00555-0.0333j 0.00365-0.00137j 0.00372+0.014j -0.00236+0.00494j 0.000623+2.15e-05j
π0p 0.7 1.4 0.866 0.393 -0.0268+0.0153j -0.000129-0.0313j 0.00821-0.00297j 0.00428+0.0197j -0.00211+0.00487j 0.000953+5.73e-05j
π0p 0.7 1.4 0.766 0.393 -0.0355+0.019j -0.00796-0.0285j 0.0144-0.00502j 0.00403+0.024j -0.00182+0.00477j 0.00131+0.000129j
π0p 0.7 1.4 0.643 0.393 -0.0431+0.0216j -0.0176-0.0253j 0.0218-0.00736j 0.00345+0.0267j -0.00155+0.00464j 0.0017+0.000236j
π0p 0.7 1.4 0.5 0.393 -0.0487+0.0231j -0.0282-0.0218j 0.0297-0.00979j 0.00322+0.0275j -0.00134+0.00447j 0.00213+0.00038j
π0p 0.7 1.4 0.342 0.393 -0.0517+0.0235j -0.0389-0.0182j 0.037-0.0122j 0.00392+0.0266j -0.0012+0.00426j 0.00259+0.000559j
π0p 0.7 1.4 0.174 0.393 -0.0516+0.0228j -0.0486-0.0147j 0.0428-0.0143j 0.00582+0.0239j -0.00116+0.00402j 0.00307+0.000752j
π0p 0.7 1.4 0.0 0.393 -0.0484+0.0212j -0.0563-0.0113j 0.0462-0.016j 0.00888+0.0198j -0.00119+0.00373j 0.00353+0.000967j
π0p 0.7 1.4 -0.174 0.393 -0.0426+0.0189j -0.0611-0.00827j 0.0463-0.0172j 0.0126+0.0146j -0.00128+0.00341j 0.00397+0.00117j
π0p 0.7 1.4 -0.342 0.393 -0.0349+0.0161j -0.0623-0.00565j 0.0428-0.0177j 0.0163+0.00869j -0.00139+0.00306j 0.00434+0.00136j
π0p 0.7 1.4 -0.5 0.393 -0.0262+0.0129j -0.0598-0.0035j 0.036-0.0174j 0.0189+0.0024j -0.0015+0.00268j 0.00464+0.00153j
π0p 0.7 1.4 -0.643 0.393 -0.0176+0.00966j -0.0538-0.00188j 0.0266-0.0163j 0.0193-0.0038j -0.00156+0.00227j 0.00484+0.00166j
π0p 0.7 1.4 -0.766 0.393 -0.0103+0.00658j -0.0449-0.000745j 0.0162-0.0144j 0.0168-0.00953j -0.00153+0.00185j 0.00493+0.00177j