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
2.4 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 2.4 1.94 0.94 0.454 0.00153+0.000143j -0.0156-0.00999j -0.00081+7.16e-06j -0.00656+0.00215j 0.000365-0.000122j 0.00015+1.43e-05j
π0p 2.4 1.94 0.866 0.454 0.000788+0.000179j -0.0105-0.0103j -0.00137+3.58e-05j -0.0111+0.00296j 0.000308-7.88e-05j 0.000193+2.87e-05j
π0p 2.4 1.94 0.766 0.454 -0.000451+0.000193j -0.00481-0.0105j -0.00178+0.0001j -0.0155+0.00351j 0.000236-2.15e-05j 0.000208+4.3e-05j
π0p 2.4 1.94 0.643 0.454 -0.00159+0.000193j 0.000946-0.0107j -0.00213+0.000215j -0.0188+0.00383j 0.000158+2.87e-05j 0.000186+6.45e-05j
π0p 2.4 1.94 0.5 0.454 -0.00236+0.000186j 0.00635-0.0107j -0.00256+0.00038j -0.0203+0.00395j 0.000107+7.88e-05j 0.00015+7.88e-05j
π0p 2.4 1.94 0.342 0.454 -0.00277+0.000193j 0.011-0.0103j -0.00311+0.000595j -0.0199+0.00397j 7.88e-05+0.000122j 8.6e-05+9.31e-05j
π0p 2.4 1.94 0.174 0.454 -0.00297+0.000208j 0.0147-0.00964j -0.00373+0.000824j -0.0181+0.00399j 8.6e-05+0.000143j 2.15e-05+9.31e-05j
π0p 2.4 1.94 0.0 0.454 -0.0031+0.000244j 0.017-0.00863j -0.00428+0.00104j -0.0152+0.0041j 0.000115+0.000158j -4.3e-05+8.6e-05j
π0p 2.4 1.94 -0.174 0.454 -0.00313+0.000287j 0.0178-0.00733j -0.00471+0.0012j -0.0116+0.00435j 0.000158+0.00015j -8.6e-05+5.73e-05j
π0p 2.4 1.94 -0.342 0.454 -0.00299+0.000315j 0.0173-0.00585j -0.00506+0.0013j -0.00795+0.00477j 0.000201+0.000129j -9.31e-05+2.15e-05j
π0p 2.4 1.94 -0.5 0.454 -0.00254+0.000322j 0.0158-0.00433j -0.00556+0.00131j -0.00464+0.00533j 0.000229+0.0001j -5.02e-05-2.87e-05j
π0p 2.4 1.94 -0.643 0.454 -0.00177+0.000294j 0.0135-0.00292j -0.00648+0.00123j -0.00221+0.00599j 0.000244+7.16e-05j 4.3e-05-7.88e-05j
π0p 2.4 1.94 -0.766 0.454 -0.000802+0.000236j 0.0111-0.00176j -0.00794+0.00107j -0.00132+0.00667j 0.000236+4.3e-05j 0.000179-0.000136j
π0p 2.4 1.94 -0.866 0.454 3.58e-05+0.000158j 0.00866-0.000896j -0.00951+0.000853j -0.00265+0.00729j 0.000208+2.15e-05j 0.000337-0.000186j
π0p 2.4 1.94 -0.94 0.454 0.000387+7.88e-05j 0.00623-0.000365j -0.00981+0.000588j -0.00646+0.0078j 0.000158+7.16e-06j 0.000487-0.000222j
π0p 2.4 1.94 -0.985 0.454 0.000201+2.15e-05j 0.0034-0.000107j -0.00676+0.000301j -0.0114+0.00812j 8.6e-05+0j 0.000609-0.000251j
π0p 2.4 1.94 -1 0.454 0j 0j 0j -0.0139+0.00823j 0j 0.000652-0.000258j
π0p 2.4 1.96 1 0.448 0j -0.0193-0.00975j 0j 0j 0.000466-0.000165j 0j
π0p 2.4 1.96 0.985 0.448 0.0014-4.3e-05j -0.0179-0.00984j -0.000272+2.15e-05j -0.00275+0.001j 0.000459-0.00015j 9.31e-05+7.16e-06j
π0p 2.4 1.96 0.94 0.448 0.00178-5.73e-05j -0.0143-0.0101j -0.000888+7.88e-05j -0.00653+0.00193j 0.00043-0.000129j 0.000172+1.43e-05j
π0p 2.4 1.96 0.866 0.448 0.00102-2.87e-05j -0.00918-0.0104j -0.0015+0.000172j -0.0112+0.00269j 0.000373-8.6e-05j 0.000215+2.15e-05j
π0p 2.4 1.96 0.766 0.448 -0.000308+5.02e-05j -0.0035-0.0106j -0.00194+0.000272j -0.0158+0.00327j 0.000287-2.87e-05j 0.000222+4.3e-05j
π0p 2.4 1.96 0.643 0.448 -0.00158+0.000165j 0.00223-0.0108j -0.0023+0.000373j -0.0193+0.00365j 0.000208+2.15e-05j 0.000201+7.16e-05j
π0p 2.4 1.96 0.5 0.448 -0.00246+0.000294j 0.0076-0.0107j -0.00271+0.000473j -0.021+0.00387j 0.000143+7.88e-05j 0.00015+9.31e-05j
π0p 2.4 1.96 0.342 0.448 -0.00295+0.000401j 0.0123-0.0103j -0.00323+0.000573j -0.0208+0.00398j 0.000107+0.000129j 7.88e-05+0.000107j
π0p 2.4 1.96 0.174 0.448 -0.00321+0.000466j 0.0158-0.00954j -0.0038+0.000688j -0.0191+0.00408j 0.000115+0.000158j 0+0.000107j
π0p 2.4 1.96 0.0 0.448 -0.00333+0.000473j 0.0181-0.00848j -0.00433+0.00081j -0.0163+0.00423j 0.000143+0.000172j -7.16e-05+9.31e-05j
π0p 2.4 1.96 -0.174 0.448 -0.00334+0.000423j 0.0189-0.00718j -0.00475+0.000946j -0.0128+0.00451j 0.000193+0.000165j -0.000115+6.45e-05j
π0p 2.4 1.96 -0.342 0.448 -0.00315+0.000344j 0.0184-0.00575j -0.00512+0.00107j -0.00915+0.00493j 0.000244+0.000143j -0.000122+2.15e-05j
π0p 2.4 1.96 -0.5 0.448 -0.00265+0.000244j 0.0167-0.00431j -0.00564+0.00118j -0.00583+0.00552j 0.000272+0.000115j -7.16e-05-3.58e-05j
π0p 2.4 1.96 -0.643 0.448 -0.00182+0.000143j 0.0144-0.00299j -0.00658+0.00123j -0.00337+0.00622j 0.000287+7.88e-05j 3.58e-05-9.31e-05j
π0p 2.4 1.96 -0.766 0.448 -0.000817+7.16e-05j 0.0118-0.0019j -0.00806+0.00119j -0.00243+0.00697j 0.000279+4.3e-05j 0.000186-0.000158j
π0p 2.4 1.96 -0.866 0.448 3.58e-05+2.87e-05j 0.00925-0.00108j -0.00963+0.00103j -0.00371+0.0077j 0.000251+1.43e-05j 0.000358-0.000208j
π0p 2.4 1.96 -0.94 0.448 0.000394+7.16e-06j 0.00664-0.00053j -0.00992+0.000767j -0.00748+0.00829j 0.000193+0j 0.000537-0.000251j
π0p 2.4 1.96 -0.985 0.448 0.000201+0j 0.00362-0.000208j -0.00682+0.000408j -0.0124+0.00868j 0.000107+0j 0.000666-0.000272j
π0p 2.4 1.96 -1 0.448 0j 0j 0j -0.0149+0.00882j 0j 0.000724-0.000287j
π0p 2.4 1.98 1 0.441 0j -0.0182-0.00919j 0j 0j 0.00053-0.000158j 0j
π0p 2.4 1.98 0.985 0.441 0.00158-0.000136j -0.0168-0.00929j -0.000301+3.58e-05j -0.00267+0.000845j 0.000523-0.00015j 0.000107+0j
π0p 2.4 1.98 0.94 0.441 0.00206-0.000208j -0.0131-0.00954j -0.000982+0.000136j -0.00648+0.00164j 0.000494-0.000122j 0.000186+7.16e-06j
π0p 2.4 1.98 0.866 0.441 0.00127-0.000186j -0.00796-0.00987j -0.00166+0.000272j -0.0113+0.00232j 0.00043-7.88e-05j 0.000229+2.15e-05j
π0p 2.4 1.98 0.766 0.441 -0.000172-5.73e-05j -0.00226-0.0102j -0.00214+0.000401j -0.0161+0.00286j 0.000344-2.87e-05j 0.000236+4.3e-05j
π0p 2.4 1.98 0.643 0.441 -0.00157+0.00015j 0.00344-0.0103j -0.00249+0.000494j -0.0198+0.00325j 0.000258+2.87e-05j 0.000208+7.16e-05j
π0p 2.4 1.98 0.5 0.441 -0.00259+0.000373j 0.00878-0.0102j -0.00287+0.000545j -0.0217+0.00349j 0.000179+8.6e-05j 0.00015+9.31e-05j
π0p 2.4 1.98 0.342 0.441 -0.00318+0.000559j 0.0134-0.00976j -0.00334+0.000559j -0.0217+0.00365j 0.000143+0.000136j 7.16e-05+0.000115j
π0p 2.4 1.98 0.174 0.441 -0.00349+0.000652j 0.0169-0.00898j -0.00386+0.000573j -0.0201+0.00376j 0.000143+0.000179j -1.43e-05+0.000115j
π0p 2.4 1.98 0.0 0.441 -0.00361+0.000645j 0.0192-0.00792j -0.00435+0.000623j -0.0174+0.00391j 0.000179+0.000193j -0.0001+0.0001j
π0p 2.4 1.98 -0.174 0.441 -0.00358+0.00053j 0.0199-0.00665j -0.00474+0.000731j -0.0139+0.00418j 0.000229+0.000186j -0.00015+6.45e-05j
π0p 2.4 1.98 -0.342 0.441 -0.00331+0.000358j 0.0193-0.00529j -0.00512+0.000888j -0.0103+0.00459j 0.000279+0.000165j -0.00015+1.43e-05j
π0p 2.4 1.98 -0.5 0.441 -0.00274+0.000179j 0.0176-0.00397j -0.00568+0.00107j -0.00691+0.00516j 0.000322+0.000129j -9.31e-05-5.02e-05j
π0p 2.4 1.98 -0.643 0.441 -0.00186+2.87e-05j 0.0152-0.00278j -0.00667+0.00122j -0.00441+0.00588j 0.000337+8.6e-05j 2.15e-05-0.000122j
π0p 2.4 1.98 -0.766 0.441 -0.00081-5.02e-05j 0.0125-0.0018j -0.00819+0.00126j -0.00343+0.00668j 0.00033+5.02e-05j 0.000186-0.000186j
π0p 2.4 1.98 -0.866 0.441 5.73e-05-7.16e-05j 0.00984-0.00107j -0.00977+0.00116j -0.00466+0.00747j 0.000294+2.15e-05j 0.00038-0.000236j
π0p 2.4 1.98 -0.94 0.441 0.000408-5.02e-05j 0.00706-0.000559j -0.01+0.000896j -0.00841+0.00812j 0.000229+0j 0.000573-0.000279j
π0p 2.4 1.98 -0.985 0.441 0.000208-1.43e-05j 0.00383-0.000229j -0.0069+0.000487j -0.0133+0.00857j 0.000129+0j 0.000724-0.000308j
π0p 2.4 1.98 -1 0.441 0j 0j 0j -0.0158+0.00872j 0j 0.000781-0.000315j
π0p 2.4 2 1 0.435 0j -0.0175-0.00826j 0j 0j 0.00058-0.000143j 0j
π0p 2.4 2 0.985 0.435 0.00178-0.000201j -0.0161-0.00837j -0.00033+5.02e-05j -0.00257+0.000673j 0.000573-0.000136j 0.000115-7.16e-06j
π0p 2.4 2 0.94 0.435 0.00234-0.000315j -0.0123-0.00864j -0.00107+0.000179j -0.00638+0.00131j 0.000552-0.000115j 0.000208+0j
π0p 2.4 2 0.866 0.435 0.00151-0.000294j -0.00711-0.009j -0.00182+0.000344j -0.0113+0.00188j 0.000487-7.16e-05j 0.000251+7.16e-06j
π0p 2.4 2 0.766 0.435 -3.58e-05-0.000136j -0.00139-0.00931j -0.00234+0.000487j -0.0163+0.00234j 0.000394-2.15e-05j 0.000251+3.58e-05j
π0p 2.4 2 0.643 0.435 -0.00158+0.000129j 0.00432-0.00946j -0.00269+0.000573j -0.0202+0.00269j 0.000301+4.3e-05j 0.000215+6.45e-05j
π0p 2.4 2 0.5 0.435 -0.00274+0.00043j 0.00964-0.00935j -0.00304+0.000588j -0.0223+0.00293j 0.000222+0.0001j 0.00015+9.31e-05j
π0p 2.4 2 0.342 0.435 -0.00344+0.000666j 0.0142-0.0089j -0.00345+0.000537j -0.0224+0.00307j 0.000179+0.000158j 5.73e-05+0.000115j
π0p 2.4 2 0.174 0.435 -0.00379+0.000788j 0.0178-0.00813j -0.0039+0.000487j -0.0209+0.00318j 0.000172+0.000201j -3.58e-05+0.000115j
π0p 2.4 2 0.0 0.435 -0.00391+0.000767j 0.0199-0.00709j -0.00434+0.00048j -0.0182+0.00331j 0.000208+0.000215j -0.000122+0.0001j
π0p 2.4 2 -0.174 0.435 -0.00382+0.000609j 0.0207-0.00589j -0.00471+0.000566j -0.0147+0.00353j 0.000258+0.000215j -0.000179+5.73e-05j
π0p 2.4 2 -0.342 0.435 -0.00348+0.000373j 0.0201-0.00463j -0.0051+0.000738j -0.0111+0.00391j 0.000315+0.000186j -0.000179-7.16e-06j
π0p 2.4 2 -0.5 0.435 -0.00282+0.000136j 0.0183-0.00343j -0.0057+0.000974j -0.00766+0.00446j 0.000358+0.00015j -0.000115-7.88e-05j
π0p 2.4 2 -0.643 0.435 -0.00188-5.02e-05j 0.0159-0.00239j -0.00675+0.00118j -0.0051+0.00519j 0.00038+0.0001j 7.16e-06-0.00015j
π0p 2.4 2 -0.766 0.435 -0.000795-0.000136j 0.0132-0.00154j -0.00831+0.0013j -0.00406+0.006j 0.000373+5.73e-05j 0.000193-0.000222j
π0p 2.4 2 -0.866 0.435 8.6e-05-0.000136j 0.0103-0.00091j -0.00992+0.00123j -0.00525+0.00682j 0.000337+2.15e-05j 0.000401-0.000279j
π0p 2.4 2 -0.94 0.435 0.00043-8.6e-05j 0.00743-0.00048j -0.0102+0.000974j -0.00897+0.00753j 0.000258+0j 0.000616-0.000322j
π0p 2.4 2 -0.985 0.435 0.000215-2.87e-05j 0.00403-0.000201j -0.00698+0.000537j -0.0139+0.008j 0.000143+0j 0.000781-0.000351j
π0p 2.4 2 -1 0.435 0j 0j 0j -0.0163+0.00817j 0j 0.000845-0.000358j