#NEWLINE# def test_fp_stress_ei_e1( ) : #NEWLINE# #INDENT# ATOL = 1e-13 #NEWLINE# PTOL = 1e-12 #NEWLINE# v = fp . e1 ( 1.1641532182693481e-10 ) #NEWLINE# assert ae ( v , 22.296641293693078 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 0.25 ) #NEWLINE# assert ae ( v , 1.0442826344437381 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 1.0 ) #NEWLINE# assert ae ( v , 0.21938393439552029 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 2.0 ) #NEWLINE# assert ae ( v , 0.04890051070806112 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 5.0 ) #NEWLINE# assert ae ( v , 0.0011482955912753257 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 20.0 ) #NEWLINE# assert ae ( v , 9.835525290649882e-11 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 30.0 ) #NEWLINE# assert ae ( v , 3.0215520106888124e-15 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 40.0 ) #NEWLINE# assert ae ( v , 1.036773261451657e-19 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 50.0 ) #NEWLINE# assert ae ( v , 3.783264029550459e-24 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( 80.0 ) #NEWLINE# assert ae ( v , 2.228543258688473e-37 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . e1 ( ( 1.1641532182693481e-10 + 0j ) ) #NEWLINE# assert ae ( v , ( 22.296641293693078 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 22.296641293693078 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 0.25 + 0j ) ) #NEWLINE# assert ae ( v , ( 1.0442826344437381 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.0442826344437381 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 1.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 0.21938393439552029 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.21938393439552029 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 2.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 0.04890051070806112 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.04890051070806112 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 5.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 0.0011482955912753257 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.0011482955912753257 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 20.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 9.835525290649882e-11 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.835525290649882e-11 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 30.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 3.0215520106888124e-15 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.0215520106888124e-15 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 40.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 1.036773261451657e-19 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.036773261451657e-19 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 50.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 3.783264029550459e-24 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.783264029550459e-24 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 80.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 2.228543258688473e-37 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.228543258688473e-37 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . e1 ( ( 4.656612873077393e-10 + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 20.880034622014215 - 0.24497866301044882j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.880034622014215 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.24497866301044882 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.0 + 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.1973106394500423 - 0.08736604577429996j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.1973106394500423 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.08736604577429996 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 4.0 + 1j ) ) #NEWLINE# assert ae ( v , ( 0.0013106173980145506 - 0.0034542480199350628j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.0013106173980145506 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.0034542480199350628 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 8.0 + 2j ) ) #NEWLINE# assert ae ( v , ( ( - 2.2278049065270228e-05 ) - 2.9191940456521556e-05j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.2278049065270228e-05 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.9191940456521556e-05 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 20.0 + 5j ) ) #NEWLINE# assert ae ( v , ( 4.771137451576535e-11 + 8.290265240512694e-11j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.771137451576535e-11 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 8.290265240512694e-11 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 80.0 + 20j ) ) #NEWLINE# assert ae ( v , ( 3.8353473865788233e-38 - 2.1292475923496053e-37j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.8353473865788233e-38 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.1292475923496053e-37 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 120.0 + 30j ) ) #NEWLINE# assert ae ( v , ( 2.3836002337480336e-55 + 5.67040435871262e-55j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.3836002337480336e-55 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 5.67040435871262e-55 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 160.0 + 40j ) ) #NEWLINE# assert ae ( v , ( ( - 1.623802289865451e-72 ) - 1.1041723555722874e-72j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.623802289865451e-72 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.1041723555722874e-72 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 200.0 + 50j ) ) #NEWLINE# assert ae ( v , ( 6.6800061461666225e-90 + 1.4473816083541015e-91j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 6.6800061461666225e-90 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.4473816083541015e-91 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 320.0 + 80j ) ) #NEWLINE# assert ae ( v , ( 4.273787152777879e-143 + 3.178993552578566e-142j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.273787152777879e-143 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.178993552578566e-142 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.1641532182693481e-10 + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 21.950067703413104 - 0.785398163281033j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 21.950067703413104 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.785398163281033 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.25 + 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.7109252579292329 - 0.5649181244130419j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.7109252579292329 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.5649181244130419 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.0 + 1j ) ) #NEWLINE# assert ae ( v , ( 0.00028162445198141834 - 0.17932453503935894j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.00028162445198141834 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.17932453503935894 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 2.0 + 2j ) ) #NEWLINE# assert ae ( v , ( ( - 0.033767089606562 ) - 0.01859941416975054j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.033767089606562 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.01859941416975054 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 5.0 + 5j ) ) #NEWLINE# assert ae ( v , ( 0.0007266506660356394 + 0.00047102780163522245j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.0007266506660356394 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.00047102780163522245 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 20.0 + 20j ) ) #NEWLINE# assert ae ( v , ( ( - 2.3824537449367396e-11 ) - 6.696987315652562e-11j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.3824537449367396e-11 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 6.696987315652562e-11 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 30.0 + 30j ) ) #NEWLINE# assert ae ( v , ( 1.7316045841744061e-15 + 1.3065678019487308e-15j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.7316045841744061e-15 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.3065678019487308e-15 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 40.0 + 40j ) ) #NEWLINE# assert ae ( v , ( ( - 7.400104300289923e-20 ) - 4.991847855336816e-21j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 7.400104300289923e-20 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 4.991847855336816e-21 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 50.0 + 50j ) ) #NEWLINE# assert ae ( v , ( 2.356612832464464e-24 - 1.3188326726201614e-24j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.356612832464464e-24 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.3188326726201614e-24 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 80.0 + 80j ) ) #NEWLINE# assert ae ( v , ( 9.827975057218653e-38 + 1.2439528412888688e-37j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.827975057218653e-38 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.2439528412888688e-37 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.1641532182693481e-10 + 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( 20.88003462166497 - 1.3258176632023713j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.88003462166497 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.3258176632023713 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.25 + 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.1686830639366779 ) - 0.4858011885947427j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.1686830639366779 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.4858011885947427 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.0 + 4j ) ) #NEWLINE# assert ae ( v , ( 0.03373591813926547 + 0.07352345224108382j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.03373591813926547 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.07352345224108382 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 2.0 + 8j ) ) #NEWLINE# assert ae ( v , ( ( - 0.015392833434733785 ) - 0.0031747121557605417j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.015392833434733785 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.0031747121557605417 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 5.0 + 20j ) ) #NEWLINE# assert ae ( v , ( ( - 0.00024419662286542966 ) - 0.00021008322966152755j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.00024419662286542966 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.00021008322966152755 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 20.0 + 80j ) ) #NEWLINE# assert ae ( v , ( 2.3255552781051332e-11 + 8.946391889134944e-12j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.3255552781051332e-11 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 8.946391889134944e-12 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 30.0 + 120j ) ) #NEWLINE# assert ae ( v , ( ( - 2.7068919097124655e-16 ) - 7.047776241170513e-16j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.7068919097124655e-16 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 7.047776241170513e-16 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 40.0 + 160j ) ) #NEWLINE# assert ae ( v , ( ( - 1.1695597827678024e-20 ) + 2.2907401455645737e-20j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.1695597827678024e-20 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.2907401455645737e-20 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 50.0 + 200j ) ) #NEWLINE# assert ae ( v , ( 9.032374691441016e-25 - 2.395060179003353e-25j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.032374691441016e-25 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.395060179003353e-25 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 80.0 + 320j ) ) #NEWLINE# assert ae ( v , ( 3.4819106748728064e-38 - 4.2156530056157727e-38j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.4819106748728064e-38 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 4.2156530056157727e-38 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 22.296641293576663 - 1.5707963266784812j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 22.296641293576663 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.5707963266784812 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.8246630625809457 - 1.3216627564751395j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.8246630625809457 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.3216627564751395 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.33740392290096816 ) - 0.6247132564277136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.33740392290096816 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.6247132564277136 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 2j ) ) #NEWLINE# assert ae ( v , ( ( - 0.422980828774865 ) + 0.034616650007798226j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.422980828774865 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.034616650007798226 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 5j ) ) #NEWLINE# assert ae ( v , ( 0.19002974965664388 - 0.020865081850222483j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.19002974965664388 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.020865081850222483 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 20j ) ) #NEWLINE# assert ae ( v , ( ( - 0.044419820845353314 ) - 0.02255462575145678j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.044419820845353314 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.02255462575145678 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 30j ) ) #NEWLINE# assert ae ( v , ( 0.033032417282071146 - 0.004039786764545509j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.033032417282071146 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.004039786764545509 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 40j ) ) #NEWLINE# assert ae ( v , ( ( - 0.019020007896208765 ) + 0.016188792559887887j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.019020007896208765 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.016188792559887887 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 50j ) ) #NEWLINE# assert ae ( v , ( 0.005628386324116306 - 0.019179254308960725j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.005628386324116306 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.019179254308960725 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 + 80j ) ) #NEWLINE# assert ae ( v , ( 0.012402501155070958 + 0.0015345601175906962j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.012402501155070958 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.0015345601175906962 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.1641532182693481e-10 ) + 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( 20.880034621432138 - 1.8157749894560995j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.880034621432138 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.8157749894560995 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 0.25 ) + 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.5906662121476631 ) - 0.7447445476520503j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.5906662121476631 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.7447445476520503 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.0 ) + 4j ) ) #NEWLINE# assert ae ( v , ( 0.4973904728306047 + 0.41543605404038864j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.4973904728306047 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.41543605404038864 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 2.0 ) + 8j ) ) #NEWLINE# assert ae ( v , ( ( - 0.8705211147733731 ) + 0.2409932849860554j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.8705211147733731 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.2409932849860554 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 5.0 ) + 20j ) ) #NEWLINE# assert ae ( v , ( ( - 7.078951429392589 ) - 1.610217717196079j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 7.078951429392589 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.610217717196079 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 20.0 ) + 80j ) ) #NEWLINE# assert ae ( v , ( 5855431.490729809 - 720920.9331540917j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 5855431.490729809 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 720920.9331540917 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 30.0 ) + 120j ) ) #NEWLINE# assert ae ( v , ( ( - 65402491644.70347 ) - 56697658399.65746j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 65402491644.70347 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 56697658399.65746 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 40.0 ) + 160j ) ) #NEWLINE# assert ae ( v , ( 25504929379604.777 + 1429035198630573.2j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 25504929379604.777 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1429035198630573.2 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 50.0 ) + 200j ) ) #NEWLINE# assert ae ( v , ( 1.8437746526988116e+19 - 1.7146362239046152e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8437746526988116e+19 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.7146362239046152e+19 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 80.0 ) + 320j ) ) #NEWLINE# assert ae ( v , ( 3.346469729963453e+31 - 1.6473152633843022e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.346469729963453e+31 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.6473152633843022e+32 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 4.656612873077393e-10 ) + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 20.880034621082892 - 2.8966139903465136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.880034621082892 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.8966139903465136 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.0 ) + 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 1.8942716983721075 ) - 2.468910282707054j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8942716983721075 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.468910282707054 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 4.0 ) + 1j ) ) #NEWLINE# assert ae ( v , ( ( - 14.80669949267542 ) + 9.13842252308379j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 14.80669949267542 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 9.13842252308379 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 8.0 ) + 2j ) ) #NEWLINE# assert ae ( v , ( 54.63325266742638 + 413.2031816381467j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 54.63325266742638 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 413.2031816381467 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 20.0 ) + 5j ) ) #NEWLINE# assert ae ( v , ( ( - 711836.9716540263 ) - 24745250.939695902j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 711836.9716540263 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 24745250.939695902 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 80.0 ) + 20j ) ) #NEWLINE# assert ae ( v , ( ( - 4.2139911108612656e+32 ) + 5.336712474191825e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.2139911108612656e+32 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 5.336712474191825e+32 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 120.0 ) + 30j ) ) #NEWLINE# assert ae ( v , ( 9.77606162037075e+48 - 1.0582576823171958e+50j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.77606162037075e+48 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.0582576823171958e+50 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 160.0 ) + 40j ) ) #NEWLINE# assert ae ( v , ( 8.706554146662364e+66 + 1.657710672514174e+67j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 8.706554146662364e+66 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.657710672514174e+67 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 200.0 ) + 50j ) ) #NEWLINE# assert ae ( v , ( ( - 3.070744996327018e+84 ) - 1.7243244846769417e+84j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.070744996327018e+84 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.7243244846769417e+84 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 320.0 ) + 80j ) ) #NEWLINE# assert ae ( v , ( 9.996059863799865e+135 - 2.685508152759561e+136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.996059863799865e+135 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.685508152759561e+136 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 1.1641532182693481e-10 ) ) #NEWLINE# assert ae ( v , ( 22.296641293460247 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 22.296641293460247 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 0.25 ) ) #NEWLINE# assert ae ( v , ( 0.5425432646619137 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.5425432646619137 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 1.0 ) ) #NEWLINE# assert ae ( v , ( ( - 1.8951178163559368 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8951178163559368 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 2.0 ) ) #NEWLINE# assert ae ( v , ( ( - 4.95423435600189 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.95423435600189 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 5.0 ) ) #NEWLINE# assert ae ( v , ( ( - 40.18527535580318 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 40.18527535580318 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 20.0 ) ) #NEWLINE# assert ae ( v , ( ( - 25615652.664056588 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 25615652.664056588 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 30.0 ) ) #NEWLINE# assert ae ( v , ( ( - 368973209407.2742 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 368973209407.2742 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 40.0 ) ) #NEWLINE# assert ae ( v , ( ( - 6039718263611242.0 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 6039718263611242.0 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 50.0 ) ) #NEWLINE# assert ae ( v , ( ( - 1.058563689713169e+20 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.058563689713169e+20 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( - 80.0 ) ) #NEWLINE# assert ae ( v , ( ( - 7.0146000049048e+32 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 7.0146000049048e+32 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.1641532182693481e-10 ) + 0j ) ) #NEWLINE# assert ae ( v , ( 22.296641293460247 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 22.296641293460247 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 0.25 ) + 0j ) ) #NEWLINE# assert ae ( v , ( 0.5425432646619137 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.5425432646619137 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 1.8951178163559368 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8951178163559368 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 2.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 4.95423435600189 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.95423435600189 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 5.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 40.18527535580318 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 40.18527535580318 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 20.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 25615652.664056588 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 25615652.664056588 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 30.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 368973209407.2742 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 368973209407.2742 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 40.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 6039718263611242.0 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 6039718263611242.0 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 50.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 1.058563689713169e+20 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.058563689713169e+20 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 80.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 7.0146000049048e+32 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 7.0146000049048e+32 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 4.656612873077393e-10 ) - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 20.880034621082892 + 2.8966139903465136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.880034621082892 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.8966139903465136 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.0 ) - 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 1.8942716983721075 ) + 2.468910282707054j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8942716983721075 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.468910282707054 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 4.0 ) - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 14.80669949267542 ) - 9.13842252308379j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 14.80669949267542 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 9.13842252308379 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 8.0 ) - 2j ) ) #NEWLINE# assert ae ( v , ( 54.63325266742638 - 413.2031816381467j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 54.63325266742638 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 413.2031816381467 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 20.0 ) - 5j ) ) #NEWLINE# assert ae ( v , ( ( - 711836.9716540263 ) + 24745250.939695902j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 711836.9716540263 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 24745250.939695902 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 80.0 ) - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 4.2139911108612656e+32 ) - 5.336712474191825e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.2139911108612656e+32 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 5.336712474191825e+32 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 120.0 ) - 30j ) ) #NEWLINE# assert ae ( v , ( 9.77606162037075e+48 + 1.0582576823171958e+50j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.77606162037075e+48 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.0582576823171958e+50 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 160.0 ) - 40j ) ) #NEWLINE# assert ae ( v , ( 8.706554146662364e+66 - 1.657710672514174e+67j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 8.706554146662364e+66 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.657710672514174e+67 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 200.0 ) - 50j ) ) #NEWLINE# assert ae ( v , ( ( - 3.070744996327018e+84 ) + 1.7243244846769417e+84j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.070744996327018e+84 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.7243244846769417e+84 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 320.0 ) - 80j ) ) #NEWLINE# assert ae ( v , ( 9.996059863799865e+135 + 2.685508152759561e+136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.996059863799865e+135 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.685508152759561e+136 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.1641532182693481e-10 ) - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 21.950067703180274 + 2.3561944900759295j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 21.950067703180274 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.3561944900759295 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 0.25 ) - 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.21441047326710322 + 2.0732153554307935j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.21441047326710322 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.0732153554307935 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.0 ) - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 1.764625985563854 ) + 0.7538228020792708j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.764625985563854 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.7538228020792708 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 2.0 ) - 2j ) ) #NEWLINE# assert ae ( v , ( ( - 1.8920781621855474 ) - 2.1753697842428648j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8920781621855474 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.1753697842428648 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 5.0 ) - 5j ) ) #NEWLINE# assert ae ( v , ( 13.470936071475245 + 18.464085049321024j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 13.470936071475245 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 18.464085049321024 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 20.0 ) - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 16589317.398788972 ) - 5831702.329644177j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 16589317.398788972 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 5831702.329644177 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 30.0 ) - 30j ) ) #NEWLINE# assert ae ( v , ( 154596484273.69324 + 204179357837.4139j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 154596484273.69324 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 204179357837.4139 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 40.0 ) - 40j ) ) #NEWLINE# assert ae ( v , ( ( - 287512180321448.44 ) - 4203502407932315j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 287512180321448.44 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 4203502407932315.0 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 50.0 ) - 50j ) ) #NEWLINE# assert ae ( v , ( ( - 3.612852861664927e+19 ) + 6.464880186133874e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.612852861664927e+19 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 6.464880186133874e+19 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 80.0 ) - 80j ) ) #NEWLINE# assert ae ( v , ( 3.8674816337930014e+32 + 3.0540709639658073e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.8674816337930014e+32 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.0540709639658073e+32 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.1641532182693481e-10 ) - 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( 20.880034621432138 + 1.8157749894560995j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.880034621432138 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.8157749894560995 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 0.25 ) - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.5906662121476631 ) + 0.7447445476520503j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.5906662121476631 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.7447445476520503 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 1.0 ) - 4j ) ) #NEWLINE# assert ae ( v , ( 0.4973904728306047 - 0.41543605404038864j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.4973904728306047 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.41543605404038864 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 2.0 ) - 8j ) ) #NEWLINE# assert ae ( v , ( ( - 0.8705211147733731 ) - 0.2409932849860554j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.8705211147733731 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.2409932849860554 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 5.0 ) - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 7.078951429392589 ) + 1.610217717196079j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 7.078951429392589 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.610217717196079 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 20.0 ) - 80j ) ) #NEWLINE# assert ae ( v , ( 5855431.490729809 + 720920.9331540917j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 5855431.490729809 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 720920.9331540917 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 30.0 ) - 120j ) ) #NEWLINE# assert ae ( v , ( ( - 65402491644.70347 ) + 56697658399.65746j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 65402491644.70347 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 56697658399.65746 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 40.0 ) - 160j ) ) #NEWLINE# assert ae ( v , ( 25504929379604.777 - 1429035198630573.2j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 25504929379604.777 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1429035198630573.2 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 50.0 ) - 200j ) ) #NEWLINE# assert ae ( v , ( 1.8437746526988116e+19 + 1.7146362239046152e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8437746526988116e+19 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.7146362239046152e+19 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( ( - 80.0 ) - 320j ) ) #NEWLINE# assert ae ( v , ( 3.346469729963453e+31 + 1.6473152633843022e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.346469729963453e+31 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.6473152633843022e+32 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 22.296641293576663 + 1.5707963266784812j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 22.296641293576663 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.5707963266784812 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.8246630625809457 + 1.3216627564751395j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.8246630625809457 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.3216627564751395 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.33740392290096816 ) + 0.6247132564277136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.33740392290096816 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.6247132564277136 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 2j ) ) #NEWLINE# assert ae ( v , ( ( - 0.422980828774865 ) - 0.034616650007798226j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.422980828774865 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.034616650007798226 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 5j ) ) #NEWLINE# assert ae ( v , ( 0.19002974965664388 + 0.020865081850222483j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.19002974965664388 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.020865081850222483 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 0.044419820845353314 ) + 0.02255462575145678j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.044419820845353314 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.02255462575145678 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 30j ) ) #NEWLINE# assert ae ( v , ( 0.033032417282071146 + 0.004039786764545509j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.033032417282071146 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.004039786764545509 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 40j ) ) #NEWLINE# assert ae ( v , ( ( - 0.019020007896208765 ) - 0.016188792559887887j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.019020007896208765 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.016188792559887887 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 50j ) ) #NEWLINE# assert ae ( v , ( 0.005628386324116306 + 0.019179254308960725j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.005628386324116306 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.019179254308960725 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.0 - 80j ) ) #NEWLINE# assert ae ( v , ( 0.012402501155070958 - 0.0015345601175906962j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.012402501155070958 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.0015345601175906962 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.1641532182693481e-10 - 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( 20.88003462166497 + 1.3258176632023713j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.88003462166497 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.3258176632023713 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.25 - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.1686830639366779 ) + 0.4858011885947427j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.1686830639366779 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.4858011885947427 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.0 - 4j ) ) #NEWLINE# assert ae ( v , ( 0.03373591813926547 - 0.07352345224108382j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.03373591813926547 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.07352345224108382 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 2.0 - 8j ) ) #NEWLINE# assert ae ( v , ( ( - 0.015392833434733785 ) + 0.0031747121557605417j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.015392833434733785 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.0031747121557605417 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 5.0 - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 0.00024419662286542966 ) + 0.00021008322966152755j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.00024419662286542966 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.00021008322966152755 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 20.0 - 80j ) ) #NEWLINE# assert ae ( v , ( 2.3255552781051332e-11 - 8.946391889134944e-12j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.3255552781051332e-11 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 8.946391889134944e-12 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 30.0 - 120j ) ) #NEWLINE# assert ae ( v , ( ( - 2.7068919097124655e-16 ) + 7.047776241170513e-16j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.7068919097124655e-16 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 7.047776241170513e-16 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 40.0 - 160j ) ) #NEWLINE# assert ae ( v , ( ( - 1.1695597827678024e-20 ) - 2.2907401455645737e-20j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.1695597827678024e-20 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.2907401455645737e-20 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 50.0 - 200j ) ) #NEWLINE# assert ae ( v , ( 9.032374691441016e-25 + 2.395060179003353e-25j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.032374691441016e-25 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.395060179003353e-25 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 80.0 - 320j ) ) #NEWLINE# assert ae ( v , ( 3.4819106748728064e-38 + 4.2156530056157727e-38j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.4819106748728064e-38 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 4.2156530056157727e-38 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.1641532182693481e-10 - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 21.950067703413104 + 0.785398163281033j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 21.950067703413104 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.785398163281033 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 0.25 - 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.7109252579292329 + 0.5649181244130419j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.7109252579292329 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.5649181244130419 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.0 - 1j ) ) #NEWLINE# assert ae ( v , ( 0.00028162445198141834 + 0.17932453503935894j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.00028162445198141834 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.17932453503935894 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 2.0 - 2j ) ) #NEWLINE# assert ae ( v , ( ( - 0.033767089606562 ) + 0.01859941416975054j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.033767089606562 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.01859941416975054 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 5.0 - 5j ) ) #NEWLINE# assert ae ( v , ( 0.0007266506660356394 - 0.00047102780163522245j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.0007266506660356394 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.00047102780163522245 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 20.0 - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 2.3824537449367396e-11 ) + 6.696987315652562e-11j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.3824537449367396e-11 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 6.696987315652562e-11 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 30.0 - 30j ) ) #NEWLINE# assert ae ( v , ( 1.7316045841744061e-15 - 1.3065678019487308e-15j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.7316045841744061e-15 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.3065678019487308e-15 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 40.0 - 40j ) ) #NEWLINE# assert ae ( v , ( ( - 7.400104300289923e-20 ) + 4.991847855336816e-21j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 7.400104300289923e-20 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 4.991847855336816e-21 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 50.0 - 50j ) ) #NEWLINE# assert ae ( v , ( 2.356612832464464e-24 + 1.3188326726201614e-24j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.356612832464464e-24 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.3188326726201614e-24 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 80.0 - 80j ) ) #NEWLINE# assert ae ( v , ( 9.827975057218653e-38 - 1.2439528412888688e-37j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 9.827975057218653e-38 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.2439528412888688e-37 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 4.656612873077393e-10 - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( 20.880034622014215 + 0.24497866301044882j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 20.880034622014215 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.24497866301044882 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 1.0 - 0.25j ) ) #NEWLINE# assert ae ( v , ( 0.1973106394500423 + 0.08736604577429996j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.1973106394500423 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.08736604577429996 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 4.0 - 1j ) ) #NEWLINE# assert ae ( v , ( 0.0013106173980145506 + 0.0034542480199350628j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.0013106173980145506 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.0034542480199350628 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 8.0 - 2j ) ) #NEWLINE# assert ae ( v , ( ( - 2.2278049065270228e-05 ) + 2.9191940456521556e-05j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.2278049065270228e-05 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.9191940456521556e-05 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 20.0 - 5j ) ) #NEWLINE# assert ae ( v , ( 4.771137451576535e-11 - 8.290265240512694e-11j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.771137451576535e-11 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 8.290265240512694e-11 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 80.0 - 20j ) ) #NEWLINE# assert ae ( v , ( 3.8353473865788233e-38 + 2.1292475923496053e-37j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.8353473865788233e-38 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.1292475923496053e-37 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 120.0 - 30j ) ) #NEWLINE# assert ae ( v , ( 2.3836002337480336e-55 - 5.67040435871262e-55j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.3836002337480336e-55 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 5.67040435871262e-55 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 160.0 - 40j ) ) #NEWLINE# assert ae ( v , ( ( - 1.623802289865451e-72 ) + 1.1041723555722874e-72j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.623802289865451e-72 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.1041723555722874e-72 , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 200.0 - 50j ) ) #NEWLINE# assert ae ( v , ( 6.6800061461666225e-90 - 1.4473816083541015e-91j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 6.6800061461666225e-90 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.4473816083541015e-91 ) , tol = PTOL ) #NEWLINE# v = fp . e1 ( ( 320.0 - 80j ) ) #NEWLINE# assert ae ( v , ( 4.273787152777879e-143 - 3.178993552578566e-142j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.273787152777879e-143 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.178993552578566e-142 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( 1.1641532182693481e-10 ) #NEWLINE# assert ae ( v , ( - 22.296641293460247 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 0.25 ) #NEWLINE# assert ae ( v , ( - 0.5425432646619137 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 1.0 ) #NEWLINE# assert ae ( v , 1.8951178163559368 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 2.0 ) #NEWLINE# assert ae ( v , 4.95423435600189 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 5.0 ) #NEWLINE# assert ae ( v , 40.18527535580318 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 20.0 ) #NEWLINE# assert ae ( v , 25615652.664056588 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 30.0 ) #NEWLINE# assert ae ( v , 368973209407.2742 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 40.0 ) #NEWLINE# assert ae ( v , 6039718263611242.0 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 50.0 ) #NEWLINE# assert ae ( v , 1.058563689713169e+20 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( 80.0 ) #NEWLINE# assert ae ( v , 7.0146000049048e+32 , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( 1.1641532182693481e-10 + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 22.296641293460247 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 22.296641293460247 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 0.25 + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 0.5425432646619137 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.5425432646619137 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 1.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 1.8951178163559368 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8951178163559368 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 2.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 4.95423435600189 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.95423435600189 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 5.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 40.18527535580318 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 40.18527535580318 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 20.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 25615652.664056588 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 25615652.664056588 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 30.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 368973209407.2742 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 368973209407.2742 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 40.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 6039718263611242.0 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 6039718263611242.0 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 50.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 1.058563689713169e+20 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.058563689713169e+20 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 80.0 + 0j ) ) #NEWLINE# assert ae ( v , ( 7.0146000049048e+32 + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 7.0146000049048e+32 , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( 4.656612873077393e-10 + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.880034621082892 ) + 0.24497866324327947j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.880034621082892 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.24497866324327947 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.0 + 0.25j ) ) #NEWLINE# assert ae ( v , ( 1.8942716983721075 + 0.6726823708827392j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8942716983721075 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.6726823708827392 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 4.0 + 1j ) ) #NEWLINE# assert ae ( v , ( 14.80669949267542 + 12.280015176673583j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 14.80669949267542 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 12.280015176673583 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 8.0 + 2j ) ) #NEWLINE# assert ae ( v , ( ( - 54.63325266742638 ) + 416.3447742917365j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 54.63325266742638 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 416.3447742917365 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 20.0 + 5j ) ) #NEWLINE# assert ae ( v , ( 711836.9716540263 - 24745247.798103247j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 711836.9716540263 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 24745247.798103247 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 80.0 + 20j ) ) #NEWLINE# assert ae ( v , ( 4.2139911108612656e+32 + 5.336712474191825e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.2139911108612656e+32 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 5.336712474191825e+32 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 120.0 + 30j ) ) #NEWLINE# assert ae ( v , ( ( - 9.77606162037075e+48 ) - 1.0582576823171958e+50j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.77606162037075e+48 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.0582576823171958e+50 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 160.0 + 40j ) ) #NEWLINE# assert ae ( v , ( ( - 8.706554146662364e+66 ) + 1.657710672514174e+67j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 8.706554146662364e+66 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.657710672514174e+67 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 200.0 + 50j ) ) #NEWLINE# assert ae ( v , ( 3.070744996327018e+84 - 1.7243244846769417e+84j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.070744996327018e+84 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.7243244846769417e+84 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 320.0 + 80j ) ) #NEWLINE# assert ae ( v , ( ( - 9.996059863799865e+135 ) - 2.685508152759561e+136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.996059863799865e+135 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.685508152759561e+136 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.1641532182693481e-10 + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 21.950067703180274 ) + 0.7853981635138636j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 21.950067703180274 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 0.7853981635138636 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.25 + 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.21441047326710322 ) + 1.0683772981589996j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.21441047326710322 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.0683772981589996 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.0 + 1j ) ) #NEWLINE# assert ae ( v , ( 1.764625985563854 + 2.3877698515105226j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.764625985563854 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.3877698515105226 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 2.0 + 2j ) ) #NEWLINE# assert ae ( v , ( 1.8920781621855474 + 5.316962437832658j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8920781621855474 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 5.316962437832658 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 5.0 + 5j ) ) #NEWLINE# assert ae ( v , ( ( - 13.470936071475245 ) - 15.322492395731231j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 13.470936071475245 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 15.322492395731231 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 20.0 + 20j ) ) #NEWLINE# assert ae ( v , ( 16589317.398788972 + 5831705.471236831j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 16589317.398788972 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 5831705.471236831 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 30.0 + 30j ) ) #NEWLINE# assert ae ( v , ( ( - 154596484273.69324 ) - 204179357834.2723j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 154596484273.69324 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 204179357834.2723 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 40.0 + 40j ) ) #NEWLINE# assert ae ( v , ( 287512180321448.44 + 4203502407932318j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 287512180321448.44 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 4203502407932318.0 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 50.0 + 50j ) ) #NEWLINE# assert ae ( v , ( 3.612852861664927e+19 - 6.464880186133874e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.612852861664927e+19 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 6.464880186133874e+19 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 80.0 + 80j ) ) #NEWLINE# assert ae ( v , ( ( - 3.8674816337930014e+32 ) - 3.0540709639658073e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.8674816337930014e+32 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.0540709639658073e+32 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.1641532182693481e-10 + 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.880034621432138 ) + 1.3258176641336938j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.880034621432138 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.3258176641336938 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.25 + 1j ) ) #NEWLINE# assert ae ( v , ( 0.5906662121476631 + 2.396848105937743j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.5906662121476631 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.396848105937743 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.0 + 4j ) ) #NEWLINE# assert ae ( v , ( ( - 0.4973904728306047 ) + 3.557028707630182j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.4973904728306047 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.557028707630182 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 2.0 + 8j ) ) #NEWLINE# assert ae ( v , ( 0.8705211147733731 + 3.3825859385758488j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.8705211147733731 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.3825859385758488 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 5.0 + 20j ) ) #NEWLINE# assert ae ( v , ( 7.078951429392589 + 1.5313749363937141j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 7.078951429392589 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.5313749363937141 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 20.0 + 80j ) ) #NEWLINE# assert ae ( v , ( ( - 5855431.490729809 ) - 720917.7915614381j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 5855431.490729809 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 720917.7915614381 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 30.0 + 120j ) ) #NEWLINE# assert ae ( v , ( 65402491644.70347 - 56697658396.51587j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 65402491644.70347 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 56697658396.51587 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 40.0 + 160j ) ) #NEWLINE# assert ae ( v , ( ( - 25504929379604.777 ) + 1429035198630576.5j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 25504929379604.777 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1429035198630576.5 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 50.0 + 200j ) ) #NEWLINE# assert ae ( v , ( ( - 1.8437746526988116e+19 ) - 1.7146362239046152e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8437746526988116e+19 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.7146362239046152e+19 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 80.0 + 320j ) ) #NEWLINE# assert ae ( v , ( ( - 3.346469729963453e+31 ) - 1.6473152633843022e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.346469729963453e+31 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.6473152633843022e+32 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 22.296641293576663 ) + 1.5707963269113119j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 22.296641293576663 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.5707963269113119 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.8246630625809457 ) + 1.8199298971146538j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.8246630625809457 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.8199298971146538 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 1j ) ) #NEWLINE# assert ae ( v , ( 0.33740392290096816 + 2.5168793971620795j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.33740392290096816 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.5168793971620795 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 2j ) ) #NEWLINE# assert ae ( v , ( 0.422980828774865 + 3.1762093035975916j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.422980828774865 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1762093035975916 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 5j ) ) #NEWLINE# assert ae ( v , ( ( - 0.19002974965664388 ) + 3.120727571739571j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.19002974965664388 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.120727571739571 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 20j ) ) #NEWLINE# assert ae ( v , ( 0.044419820845353314 + 3.1190380278383363j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.044419820845353314 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1190380278383363 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 30j ) ) #NEWLINE# assert ae ( v , ( ( - 0.033032417282071146 ) + 3.137552866825248j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.033032417282071146 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.137552866825248 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 40j ) ) #NEWLINE# assert ae ( v , ( 0.019020007896208765 + 3.157781446149681j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.019020007896208765 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.157781446149681 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 50j ) ) #NEWLINE# assert ae ( v , ( ( - 0.005628386324116306 ) + 3.1224133992808327j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.005628386324116306 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1224133992808327 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 + 80j ) ) #NEWLINE# assert ae ( v , ( ( - 0.012402501155070958 ) + 3.143127213707384j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.012402501155070958 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.143127213707384 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.1641532182693481e-10 ) + 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.88003462166497 ) + 1.815774990387422j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.88003462166497 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.815774990387422 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 0.25 ) + 1j ) ) #NEWLINE# assert ae ( v , ( 0.1686830639366779 + 2.6557914649950507j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.1686830639366779 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.6557914649950507 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.0 ) + 4j ) ) #NEWLINE# assert ae ( v , ( ( - 0.03373591813926547 ) + 3.215116105830877j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.03373591813926547 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.215116105830877 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 2.0 ) + 8j ) ) #NEWLINE# assert ae ( v , ( 0.015392833434733785 + 3.1384179414340325j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.015392833434733785 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1384179414340325 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 5.0 ) + 20j ) ) #NEWLINE# assert ae ( v , ( 0.00024419662286542966 + 3.1413825703601317j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.00024419662286542966 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1413825703601317 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 20.0 ) + 80j ) ) #NEWLINE# assert ae ( v , ( ( - 2.3255552781051332e-11 ) + 3.1415926535987397j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.3255552781051332e-11 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1415926535987397 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 30.0 ) + 120j ) ) #NEWLINE# assert ae ( v , ( 2.7068919097124655e-16 + 3.1415926535897927j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.7068919097124655e-16 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1415926535897927 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 40.0 ) + 160j ) ) #NEWLINE# assert ae ( v , ( 1.1695597827678024e-20 + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.1695597827678024e-20 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 50.0 ) + 200j ) ) #NEWLINE# assert ae ( v , ( ( - 9.032374691441016e-25 ) + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.032374691441016e-25 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 80.0 ) + 320j ) ) #NEWLINE# assert ae ( v , ( ( - 3.4819106748728064e-38 ) + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.4819106748728064e-38 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 4.656612873077393e-10 ) + 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.880034622014215 ) + 2.896613990579344j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.880034622014215 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.896613990579344 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.0 ) + 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.1973106394500423 ) + 3.0542266078154934j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.1973106394500423 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.0542266078154934 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 4.0 ) + 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.0013106173980145506 ) + 3.1381384055698582j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.0013106173980145506 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1381384055698582 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 8.0 ) + 2j ) ) #NEWLINE# assert ae ( v , ( 2.2278049065270228e-05 + 3.1415634616493366j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.2278049065270228e-05 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1415634616493366 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 20.0 ) + 5j ) ) #NEWLINE# assert ae ( v , ( ( - 4.771137451576535e-11 ) + 3.1415926536726957j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.771137451576535e-11 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.1415926536726957 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 80.0 ) + 20j ) ) #NEWLINE# assert ae ( v , ( ( - 3.8353473865788233e-38 ) + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.8353473865788233e-38 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 120.0 ) + 30j ) ) #NEWLINE# assert ae ( v , ( ( - 2.3836002337480336e-55 ) + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.3836002337480336e-55 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 160.0 ) + 40j ) ) #NEWLINE# assert ae ( v , ( 1.623802289865451e-72 + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.623802289865451e-72 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 200.0 ) + 50j ) ) #NEWLINE# assert ae ( v , ( ( - 6.6800061461666225e-90 ) + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 6.6800061461666225e-90 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 320.0 ) + 80j ) ) #NEWLINE# assert ae ( v , ( ( - 4.273787152777879e-143 ) + 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.273787152777879e-143 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.141592653589793 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( - 1.1641532182693481e-10 ) ) #NEWLINE# assert ae ( v , ( - 22.296641293693078 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 0.25 ) ) #NEWLINE# assert ae ( v , ( - 1.0442826344437381 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 1.0 ) ) #NEWLINE# assert ae ( v , ( - 0.21938393439552029 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 2.0 ) ) #NEWLINE# assert ae ( v , ( - 0.04890051070806112 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 5.0 ) ) #NEWLINE# assert ae ( v , ( - 0.0011482955912753257 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 20.0 ) ) #NEWLINE# assert ae ( v , ( - 9.835525290649882e-11 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 30.0 ) ) #NEWLINE# assert ae ( v , ( - 3.0215520106888124e-15 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 40.0 ) ) #NEWLINE# assert ae ( v , ( - 1.036773261451657e-19 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 50.0 ) ) #NEWLINE# assert ae ( v , ( - 3.783264029550459e-24 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( - 80.0 ) ) #NEWLINE# assert ae ( v , ( - 2.228543258688473e-37 ) , tol = ATOL ) #NEWLINE# assert ( type ( v ) is float ) #NEWLINE# v = fp . ei ( ( ( - 1.1641532182693481e-10 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 22.296641293693078 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 22.296641293693078 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 0.25 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 1.0442826344437381 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.0442826344437381 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 1.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 0.21938393439552029 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.21938393439552029 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 2.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 0.04890051070806112 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.04890051070806112 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 5.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 0.0011482955912753257 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.0011482955912753257 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 20.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 9.835525290649882e-11 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.835525290649882e-11 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 30.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 3.0215520106888124e-15 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.0215520106888124e-15 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 40.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 1.036773261451657e-19 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.036773261451657e-19 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 50.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 3.783264029550459e-24 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.783264029550459e-24 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 80.0 ) + 0j ) ) #NEWLINE# assert ae ( v , ( ( - 2.228543258688473e-37 ) + 0j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.228543258688473e-37 ) , tol = PTOL ) #NEWLINE# assert ( v . imag == 0 ) #NEWLINE# v = fp . ei ( ( ( - 4.656612873077393e-10 ) - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.880034622014215 ) - 2.896613990579344j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.880034622014215 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.896613990579344 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.0 ) - 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.1973106394500423 ) - 3.0542266078154934j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.1973106394500423 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.0542266078154934 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 4.0 ) - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.0013106173980145506 ) - 3.1381384055698582j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.0013106173980145506 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1381384055698582 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 8.0 ) - 2j ) ) #NEWLINE# assert ae ( v , ( 2.2278049065270228e-05 - 3.1415634616493366j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.2278049065270228e-05 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1415634616493366 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 20.0 ) - 5j ) ) #NEWLINE# assert ae ( v , ( ( - 4.771137451576535e-11 ) - 3.1415926536726957j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.771137451576535e-11 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1415926536726957 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 80.0 ) - 20j ) ) #NEWLINE# assert ae ( v , ( ( - 3.8353473865788233e-38 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.8353473865788233e-38 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 120.0 ) - 30j ) ) #NEWLINE# assert ae ( v , ( ( - 2.3836002337480336e-55 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.3836002337480336e-55 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 160.0 ) - 40j ) ) #NEWLINE# assert ae ( v , ( 1.623802289865451e-72 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.623802289865451e-72 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 200.0 ) - 50j ) ) #NEWLINE# assert ae ( v , ( ( - 6.6800061461666225e-90 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 6.6800061461666225e-90 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 320.0 ) - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 4.273787152777879e-143 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 4.273787152777879e-143 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.1641532182693481e-10 ) - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 21.950067703413104 ) - 2.35619449030876j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 21.950067703413104 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.35619449030876 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 0.25 ) - 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.7109252579292329 ) - 2.5766745291767514j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.7109252579292329 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.5766745291767514 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.0 ) - 1j ) ) #NEWLINE# assert ae ( v , ( ( - 0.00028162445198141834 ) - 2.9622681185504343j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.00028162445198141834 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.9622681185504343 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 2.0 ) - 2j ) ) #NEWLINE# assert ae ( v , ( 0.033767089606562 - 3.1229932394200426j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.033767089606562 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1229932394200426 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 5.0 ) - 5j ) ) #NEWLINE# assert ae ( v , ( ( - 0.0007266506660356394 ) - 3.1420636813914284j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.0007266506660356394 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1420636813914284 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 20.0 ) - 20j ) ) #NEWLINE# assert ae ( v , ( 2.3824537449367396e-11 - 3.1415926535228236j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.3824537449367396e-11 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1415926535228236 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 30.0 ) - 30j ) ) #NEWLINE# assert ae ( v , ( ( - 1.7316045841744061e-15 ) - 3.1415926535897944j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.7316045841744061e-15 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1415926535897944 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 40.0 ) - 40j ) ) #NEWLINE# assert ae ( v , ( 7.400104300289923e-20 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 7.400104300289923e-20 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 50.0 ) - 50j ) ) #NEWLINE# assert ae ( v , ( ( - 2.356612832464464e-24 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.356612832464464e-24 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 80.0 ) - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 9.827975057218653e-38 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.827975057218653e-38 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.1641532182693481e-10 ) - 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.88003462166497 ) - 1.815774990387422j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.88003462166497 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.815774990387422 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 0.25 ) - 1j ) ) #NEWLINE# assert ae ( v , ( 0.1686830639366779 - 2.6557914649950507j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.1686830639366779 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.6557914649950507 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 1.0 ) - 4j ) ) #NEWLINE# assert ae ( v , ( ( - 0.03373591813926547 ) - 3.215116105830877j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.03373591813926547 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.215116105830877 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 2.0 ) - 8j ) ) #NEWLINE# assert ae ( v , ( 0.015392833434733785 - 3.1384179414340325j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.015392833434733785 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1384179414340325 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 5.0 ) - 20j ) ) #NEWLINE# assert ae ( v , ( 0.00024419662286542966 - 3.1413825703601317j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.00024419662286542966 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1413825703601317 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 20.0 ) - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 2.3255552781051332e-11 ) - 3.1415926535987397j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 2.3255552781051332e-11 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1415926535987397 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 30.0 ) - 120j ) ) #NEWLINE# assert ae ( v , ( 2.7068919097124655e-16 - 3.1415926535897927j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 2.7068919097124655e-16 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1415926535897927 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 40.0 ) - 160j ) ) #NEWLINE# assert ae ( v , ( 1.1695597827678024e-20 - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.1695597827678024e-20 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 50.0 ) - 200j ) ) #NEWLINE# assert ae ( v , ( ( - 9.032374691441016e-25 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.032374691441016e-25 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( ( - 80.0 ) - 320j ) ) #NEWLINE# assert ae ( v , ( ( - 3.4819106748728064e-38 ) - 3.141592653589793j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.4819106748728064e-38 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.141592653589793 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 22.296641293576663 ) - 1.5707963269113119j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 22.296641293576663 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.5707963269113119 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.8246630625809457 ) - 1.8199298971146538j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.8246630625809457 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.8199298971146538 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 1j ) ) #NEWLINE# assert ae ( v , ( 0.33740392290096816 - 2.5168793971620795j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.33740392290096816 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.5168793971620795 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 2j ) ) #NEWLINE# assert ae ( v , ( 0.422980828774865 - 3.1762093035975916j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.422980828774865 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1762093035975916 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 5j ) ) #NEWLINE# assert ae ( v , ( ( - 0.19002974965664388 ) - 3.120727571739571j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.19002974965664388 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.120727571739571 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 20j ) ) #NEWLINE# assert ae ( v , ( 0.044419820845353314 - 3.1190380278383363j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.044419820845353314 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1190380278383363 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 30j ) ) #NEWLINE# assert ae ( v , ( ( - 0.033032417282071146 ) - 3.137552866825248j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.033032417282071146 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.137552866825248 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 40j ) ) #NEWLINE# assert ae ( v , ( 0.019020007896208765 - 3.157781446149681j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.019020007896208765 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.157781446149681 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 50j ) ) #NEWLINE# assert ae ( v , ( ( - 0.005628386324116306 ) - 3.1224133992808327j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.005628386324116306 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.1224133992808327 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.0 - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 0.012402501155070958 ) - 3.143127213707384j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.012402501155070958 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.143127213707384 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.1641532182693481e-10 - 4.656612873077393e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.880034621432138 ) - 1.3258176641336938j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.880034621432138 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.3258176641336938 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.25 - 1j ) ) #NEWLINE# assert ae ( v , ( 0.5906662121476631 - 2.396848105937743j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.5906662121476631 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.396848105937743 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.0 - 4j ) ) #NEWLINE# assert ae ( v , ( ( - 0.4973904728306047 ) - 3.557028707630182j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.4973904728306047 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.557028707630182 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 2.0 - 8j ) ) #NEWLINE# assert ae ( v , ( 0.8705211147733731 - 3.3825859385758488j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 0.8705211147733731 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 3.3825859385758488 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 5.0 - 20j ) ) #NEWLINE# assert ae ( v , ( 7.078951429392589 - 1.5313749363937141j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 7.078951429392589 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.5313749363937141 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 20.0 - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 5855431.490729809 ) + 720917.7915614381j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 5855431.490729809 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 720917.7915614381 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 30.0 - 120j ) ) #NEWLINE# assert ae ( v , ( 65402491644.70347 + 56697658396.51587j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 65402491644.70347 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 56697658396.51587 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 40.0 - 160j ) ) #NEWLINE# assert ae ( v , ( ( - 25504929379604.777 ) - 1429035198630576.5j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 25504929379604.777 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1429035198630576.5 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 50.0 - 200j ) ) #NEWLINE# assert ae ( v , ( ( - 1.8437746526988116e+19 ) + 1.7146362239046152e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 1.8437746526988116e+19 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.7146362239046152e+19 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 80.0 - 320j ) ) #NEWLINE# assert ae ( v , ( ( - 3.346469729963453e+31 ) + 1.6473152633843022e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.346469729963453e+31 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.6473152633843022e+32 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.1641532182693481e-10 - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 21.950067703180274 ) - 0.7853981635138636j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 21.950067703180274 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.7853981635138636 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 0.25 - 0.25j ) ) #NEWLINE# assert ae ( v , ( ( - 0.21441047326710322 ) - 1.0683772981589996j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 0.21441047326710322 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.0683772981589996 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.0 - 1j ) ) #NEWLINE# assert ae ( v , ( 1.764625985563854 - 2.3877698515105226j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.764625985563854 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 2.3877698515105226 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 2.0 - 2j ) ) #NEWLINE# assert ae ( v , ( 1.8920781621855474 - 5.316962437832658j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8920781621855474 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 5.316962437832658 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 5.0 - 5j ) ) #NEWLINE# assert ae ( v , ( ( - 13.470936071475245 ) + 15.322492395731231j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 13.470936071475245 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 15.322492395731231 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 20.0 - 20j ) ) #NEWLINE# assert ae ( v , ( 16589317.398788972 - 5831705.471236831j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 16589317.398788972 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 5831705.471236831 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 30.0 - 30j ) ) #NEWLINE# assert ae ( v , ( ( - 154596484273.69324 ) + 204179357834.2723j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 154596484273.69324 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 204179357834.2723 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 40.0 - 40j ) ) #NEWLINE# assert ae ( v , ( 287512180321448.44 - 4203502407932318j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 287512180321448.44 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 4203502407932318.0 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 50.0 - 50j ) ) #NEWLINE# assert ae ( v , ( 3.612852861664927e+19 + 6.464880186133874e+19j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.612852861664927e+19 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 6.464880186133874e+19 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 80.0 - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 3.8674816337930014e+32 ) + 3.0540709639658073e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 3.8674816337930014e+32 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 3.0540709639658073e+32 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 4.656612873077393e-10 - 1.1641532182693481e-10j ) ) #NEWLINE# assert ae ( v , ( ( - 20.880034621082892 ) - 0.24497866324327947j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 20.880034621082892 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.24497866324327947 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 1.0 - 0.25j ) ) #NEWLINE# assert ae ( v , ( 1.8942716983721075 - 0.6726823708827392j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 1.8942716983721075 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 0.6726823708827392 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 4.0 - 1j ) ) #NEWLINE# assert ae ( v , ( 14.80669949267542 - 12.280015176673583j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 14.80669949267542 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 12.280015176673583 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 8.0 - 2j ) ) #NEWLINE# assert ae ( v , ( ( - 54.63325266742638 ) - 416.3447742917365j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 54.63325266742638 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 416.3447742917365 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 20.0 - 5j ) ) #NEWLINE# assert ae ( v , ( 711836.9716540263 + 24745247.798103247j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 711836.9716540263 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 24745247.798103247 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 80.0 - 20j ) ) #NEWLINE# assert ae ( v , ( 4.2139911108612656e+32 - 5.336712474191825e+32j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 4.2139911108612656e+32 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 5.336712474191825e+32 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 120.0 - 30j ) ) #NEWLINE# assert ae ( v , ( ( - 9.77606162037075e+48 ) + 1.0582576823171958e+50j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.77606162037075e+48 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.0582576823171958e+50 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 160.0 - 40j ) ) #NEWLINE# assert ae ( v , ( ( - 8.706554146662364e+66 ) - 1.657710672514174e+67j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 8.706554146662364e+66 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , ( - 1.657710672514174e+67 ) , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 200.0 - 50j ) ) #NEWLINE# assert ae ( v , ( 3.070744996327018e+84 + 1.7243244846769417e+84j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , 3.070744996327018e+84 , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 1.7243244846769417e+84 , tol = PTOL ) #NEWLINE# v = fp . ei ( ( 320.0 - 80j ) ) #NEWLINE# assert ae ( v , ( ( - 9.996059863799865e+135 ) + 2.685508152759561e+136j ) , tol = ATOL ) #NEWLINE# assert ae ( v . real , ( - 9.996059863799865e+135 ) , tol = PTOL ) #NEWLINE# assert ae ( v . imag , 2.685508152759561e+136 , tol = PTOL )