pde44_eq.f90 running solve uxxxx(x,y,z,t) + 2 uyyyy(x,y,z,t) + 3 uzzzz(x,y,z,t) + 4 utttt(x,y,z,t) + 5 uxyt(x,y,z,t) + 6 uyyzz(x,y,z,t) + 7 uztt(x,y,z,t) + 8 uxxx(x,y,z,t) + 9 uyyt(x,y,z,t) + 10 uzt(x,y,z,t) + 11 ut(x,y,z,t) + 12 u(x,y,z,t) = F(x,y,z,t) F(x,y,z,t) = 706 + 120 t^2 + 140 y^2z + 768 x + 180 z^2*t + 200 y^2z*t + 44 t^3 + 110 y^2z^2t + 66 xy + 12t^4 + 24 z^4 + 36 y^4 + 48 x^4 + 60 y^2z^2t^2 + 72 xyt + 84 xz + 96 t boundary conditions computed using u(x,y,z,t) analytic solution is u(x,y,z,t) = t^4 + 2 z^4 + 3 y^4 + 4 x^4 + 5 y^2 z^2 t^2 + 6 x y t + 7 x z + 8 t + 9 xmin= 0.00000000000000 , xmax = 1.00000000000000 ymin= 0.00000000000000 , ymax = 1.00000000000000 zmin= 0.00000000000000 , zmax = 1.00000000000000 tmin= 0.00000000000000 , tmax = 1.00000000000000 nx= 6 , ny = 6 , nz = 6 , nt= 6 x grid and analytic solution, at ymin,zmin,tmin i= 1 , Ua( 0.00000000000000 )= 9.00000000000000 i= 2 , Ua( 0.200000000000000 )= 9.00640000000000 i= 3 , Ua( 0.400000000000000 )= 9.10240000000000 i= 4 , Ua( 0.600000000000000 )= 9.51840000000000 i= 5 , Ua( 0.800000000000000 )= 10.6384000000000 i= 6 , Ua( 1.00000000000000 )= 13.0000000000000 y grid and analytic solution, at xmin,zmin,tmin ii= 1 , Ua( 0.00000000000000 )= 9.00000000000000 ii= 2 , Ua( 0.200000000000000 )= 9.00480000000000 ii= 3 , Ua( 0.400000000000000 )= 9.07680000000000 ii= 4 , Ua( 0.600000000000000 )= 9.38880000000000 ii= 5 , Ua( 0.800000000000000 )= 10.2288000000000 ii= 6 , Ua( 1.00000000000000 )= 12.0000000000000 z grid and analytic solution, at xmin,ymin,tmin iii= 1 , Ua( 0.00000000000000 )= 9.00000000000000 iii= 2 , Ua( 0.200000000000000 )= 9.00320000000000 iii= 3 , Ua( 0.400000000000000 )= 9.05120000000000 iii= 4 , Ua( 0.600000000000000 )= 9.25920000000000 iii= 5 , Ua( 0.800000000000000 )= 9.81920000000000 iii= 6 , Ua( 1.00000000000000 )= 11.0000000000000 t grid and analytic solution, at xmin,ymin,zmin iiii= 1 , Ua( 0.00000000000000 )= 9.00000000000000 iiii= 2 , Ua( 0.200000000000000 )= 10.6016000000000 iiii= 3 , Ua( 0.400000000000000 )= 12.2256000000000 iiii= 4 , Ua( 0.600000000000000 )= 13.9296000000000 iiii= 5 , Ua( 0.800000000000000 )= 15.8096000000000 iiii= 6 , Ua( 1.00000000000000 )= 18.0000000000000 compute A matrix and Y RHS check rderiv1(4,nx,1,hx,cxxxx) cxxxx( 1 )= 1875.00000000000 cxxxx( 2 )= -8750.00000000000 cxxxx( 3 )= 16250.0000000000 cxxxx( 4 )= -15000.0000000000 cxxxx( 5 )= 6875.00000000000 cxxxx( 6 )= -1250.00000000000 check rderiv1(4,nx,nx,hx,cxxxx) cxxxx( 1 )= -1250.00000000000 cxxxx( 2 )= 6875.00000000000 cxxxx( 3 )= -15000.0000000000 cxxxx( 4 )= 16250.0000000000 cxxxx( 5 )= -8750.00000000000 cxxxx( 6 )= 1875.00000000000 A and R computed check_soln maxerr= 2.946762833744287E-010 check_soln maxerr= 1.207435616379371E-006 U computed Galerkin, Ua analytic, error U(2,2,2,2)=10.9443, Ua=10.9443, err= 0.2273737E-10 U(2,2,2,3)=12.6173, Ua=12.6173, err= 0.1391420E-10 U(2,2,2,4)=14.3709, Ua=14.3709, err= -0.6712852E-11 U(2,2,2,5)=16.3011, Ua=16.3011, err= -0.2698286E-10 U(2,2,3,2)=11.2733, Ua=11.2733, err= 0.4959588E-11 U(2,2,3,3)=12.9491, Ua=12.9491, err= 0.9414691E-13 U(2,2,3,4)=14.7075, Ua=14.7075, err= -0.1492495E-10 U(2,2,3,5)=16.6445, Ua=16.6445, err= -0.3533529E-10 U(2,2,4,2)=11.7629, Ua=11.7629, err= -0.2603961E-10 U(2,2,4,3)=13.4435, Ua=13.4435, err= -0.1397993E-10 U(2,2,4,4)=15.2099, Ua=15.2099, err= -0.7934986E-11 U(2,2,4,5)=17.1581, Ua=17.1581, err= -0.1419309E-10 U(2,2,5,2)=12.6051, Ua=12.6051, err= -0.4030554E-10 U(2,2,5,3)=14.2925, Ua=14.2925, err= -0.1365841E-10 U(2,2,5,4)=16.0701, Ua=16.0701, err= 0.7723600E-11 U(2,2,5,5)=18.0339, Ua=18.0339, err= 0.1105604E-10 U(2,3,2,2)=11.0653, Ua=11.0653, err= 0.1668177E-10 U(2,3,2,3)=12.7891, Ua=12.7891, err= -0.6147971E-11 U(2,3,2,4)=14.5955, Ua=14.5955, err= -0.4570566E-10 U(2,3,2,5)=16.5805, Ua=16.5805, err= -0.4073186E-10 U(2,3,3,2)=11.3971, Ua=11.3971, err= -0.2396305E-10 U(2,3,3,3)=13.1325, Ua=13.1325, err= -0.4287593E-10 U(2,3,3,4)=14.9581, Ua=14.9581, err= -0.6311396E-10 U(2,3,3,5)=16.9699, Ua=16.9699, err= -0.8280310E-10 U(2,3,4,2)=11.8915, Ua=11.8915, err= -0.5887735E-10 U(2,3,4,3)=13.6461, Ua=13.6461, err= -0.5707079E-10 U(2,3,4,4)=15.5037, Ua=15.5037, err= -0.5739764E-10 U(2,3,4,5)=17.5603, Ua=17.5603, err= -0.5167067E-10 U(2,3,5,2)=12.7405, Ua=12.7405, err= -0.5399592E-10 U(2,3,5,3)=14.5219, Ua=14.5219, err= -0.4583711E-10 U(2,3,5,4)=16.4243, Ua=16.4243, err= -0.1810818E-10 U(2,3,5,5)=18.5437, Ua=18.5437, err= -0.6114220E-11 U(2,4,2,2)=11.4269, Ua=11.4269, err= -0.3026912E-11 U(2,4,2,3)=13.2035, Ua=13.2035, err= -0.2746425E-10 U(2,4,2,4)=15.0659, Ua=15.0659, err= -0.6003731E-10 U(2,4,2,5)=17.1101, Ua=17.1101, err= -0.6179945E-10 U(2,4,3,2)=11.7635, Ua=11.7635, err= -0.4696510E-10 U(2,4,3,3)=13.5661, Ua=13.5661, err= -0.7914203E-10 U(2,4,3,4)=15.4717, Ua=15.4717, err= -0.1081819E-09 U(2,4,3,5)=17.5763, Ua=17.5763, err= -0.9091394E-10 U(2,4,4,2)=12.2659, Ua=12.2659, err= -0.7091039E-10 U(2,4,4,3)=14.1117, Ua=14.1117, err= -0.8653700E-10 U(2,4,4,4)=16.0893, Ua=16.0893, err= -0.9340795E-10 U(2,4,4,5)=18.2947, Ua=18.2947, err= -0.9611156E-10 U(2,4,5,2)=13.1261, Ua=13.1261, err= -0.5961809E-10 U(2,4,5,3)=15.0323, Ua=15.0323, err= -0.5857004E-10 U(2,4,5,4)=17.1107, Ua=17.1107, err= -0.5940137E-10 U(2,4,5,5)=19.4573, Ua=19.4573, err= -0.4076739E-10 U(2,5,2,2)=12.3171, Ua=12.3171, err= -0.1230482E-10 U(2,5,2,3)=14.1485, Ua=14.1485, err= -0.3497647E-10 U(2,5,2,4)=16.0701, Ua=16.0701, err= -0.5728751E-10 U(2,5,2,5)=18.1779, Ua=18.1779, err= -0.4985523E-10 U(2,5,3,2)=12.6605, Ua=12.6605, err= -0.4488676E-10 U(2,5,3,3)=14.5379, Ua=14.5379, err= -0.7526602E-10 U(2,5,3,4)=16.5363, Ua=16.5363, err= -0.9833201E-10 U(2,5,3,5)=18.7517, Ua=18.7517, err= -0.9055157E-10 U(2,5,4,2)=13.1741, Ua=13.1741, err= -0.5075762E-10 U(2,5,4,3)=15.1283, Ua=15.1283, err= -0.8106404E-10 U(2,5,4,4)=17.2547, Ua=17.2547, err= -0.1016609E-09 U(2,5,4,5)=19.6493, Ua=19.6493, err= -0.9278267E-10 U(2,5,5,2)=14.0499, Ua=14.0499, err= -0.3466205E-10 U(2,5,5,3)=16.1117, Ua=16.1117, err= -0.5275069E-10 U(2,5,5,4)=18.4173, Ua=18.4173, err= -0.5777068E-10 U(2,5,5,5)=21.0627, Ua=21.0627, err= -0.4799361E-10 U(3,2,2,2)=11.3683, Ua=11.3683, err= 0.4260947E-10 U(3,2,2,3)=13.0893, Ua=13.0893, err= -0.4471090E-11 U(3,2,2,4)=14.8909, Ua=14.8909, err= -0.7225509E-10 U(3,2,2,5)=16.8691, Ua=16.8691, err= -0.1103615E-09 U(3,2,3,2)=11.9773, Ua=11.9773, err= 0.3404210E-10 U(3,2,3,3)=13.7011, Ua=13.7011, err= -0.7673862E-11 U(3,2,3,4)=15.5075, Ua=15.5075, err= -0.7949197E-10 U(3,2,3,5)=17.4925, Ua=17.4925, err= -0.1327223E-09 U(3,2,4,2)=12.7469, Ua=12.7469, err= 0.1319833E-11 U(3,2,4,3)=14.4755, Ua=14.4755, err= -0.9855228E-11 U(3,2,4,4)=16.2899, Ua=16.2899, err= -0.4832046E-10 U(3,2,4,5)=18.2861, Ua=18.2861, err= -0.8774492E-10 U(3,2,5,2)=13.8691, Ua=13.8691, err= -0.4017231E-10 U(3,2,5,3)=15.6045, Ua=15.6045, err= -0.1134914E-10 U(3,2,5,4)=17.4301, Ua=17.4301, err= 0.3236522E-11 U(3,2,5,5)=19.4419, Ua=19.4419, err= 0.7041479E-11 U(3,3,2,2)=11.5373, Ua=11.5373, err= 0.8261836E-11 U(3,3,2,3)=13.3571, Ua=13.3571, err= -0.5328715E-10 U(3,3,2,4)=15.2595, Ua=15.2595, err= -0.1176783E-09 U(3,3,2,5)=17.3405, Ua=17.3405, err= -0.1442650E-09 U(3,3,3,2)=12.1491, Ua=12.1491, err= -0.1977618E-10 U(3,3,3,3)=13.9805, Ua=13.9805, err= -0.8258461E-10 U(3,3,3,4)=15.9021, Ua=15.9021, err= -0.1555929E-09 U(3,3,3,5)=18.0099, Ua=18.0099, err= -0.1610907E-09 U(3,3,4,2)=12.9235, Ua=12.9235, err= -0.4816769E-10 U(3,3,4,3)=14.7741, Ua=14.7741, err= -0.7930723E-10 U(3,3,4,4)=16.7277, Ua=16.7277, err= -0.1084501E-09 U(3,3,4,5)=18.8803, Ua=18.8803, err= -0.1097362E-09 U(3,3,5,2)=14.0525, Ua=14.0525, err= -0.6389200E-10 U(3,3,5,3)=15.9299, Ua=15.9299, err= -0.4886580E-10 U(3,3,5,4)=17.9283, Ua=17.9283, err= -0.2546940E-10 U(3,3,5,5)=20.1437, Ua=20.1437, err= -0.1630696E-10 U(3,4,2,2)=11.9469, Ua=11.9469, err= -0.5780620E-10 U(3,4,2,3)=13.8675, Ua=13.8675, err= -0.9248247E-10 U(3,4,2,4)=15.8739, Ua=15.8739, err= -0.1157048E-09 U(3,4,2,5)=18.0621, Ua=18.0621, err= -0.7932854E-10 U(3,4,3,2)=12.5635, Ua=12.5635, err= -0.9415224E-10 U(3,4,3,3)=14.5101, Ua=14.5101, err= -0.1414389E-09 U(3,4,3,4)=16.5597, Ua=16.5597, err= -0.1523368E-09 U(3,4,3,5)=18.8083, Ua=18.8083, err= -0.1110649E-09 U(3,4,4,2)=13.3459, Ua=13.3459, err= -0.8242296E-10 U(3,4,4,3)=15.3357, Ua=15.3357, err= -0.1261213E-09 U(3,4,4,4)=17.4573, Ua=17.4573, err= -0.1315499E-09 U(3,4,4,5)=19.8067, Ua=19.8067, err= -0.1069793E-09 U(3,4,5,2)=14.4861, Ua=14.4861, err= -0.4022738E-10 U(3,4,5,3)=16.5363, Ua=16.5363, err= -0.6378187E-10 U(3,4,5,4)=18.7587, Ua=18.7587, err= -0.5926992E-10 U(3,4,5,5)=21.2493, Ua=21.2493, err= -0.5229950E-10 U(3,5,2,2)=12.8851, Ua=12.8851, err= -0.7251977E-10 U(3,5,2,3)=14.9085, Ua=14.9085, err= -0.9066881E-10 U(3,5,2,4)=17.0221, Ua=17.0221, err= -0.8949641E-10 U(3,5,2,5)=19.3219, Ua=19.3219, err= -0.4450484E-10 U(3,5,3,2)=13.5085, Ua=13.5085, err= -0.1043752E-09 U(3,5,3,3)=15.5779, Ua=15.5779, err= -0.1406146E-09 U(3,5,3,4)=17.7683, Ua=17.7683, err= -0.1325056E-09 U(3,5,3,5)=20.1757, Ua=20.1757, err= -0.6494716E-10 U(3,5,4,2)=14.3021, Ua=14.3021, err= -0.8307843E-10 U(3,5,4,3)=16.4483, Ua=16.4483, err= -0.1259366E-09 U(3,5,4,4)=18.7667, Ua=18.7667, err= -0.1266898E-09 U(3,5,4,5)=21.3533, Ua=21.3533, err= -0.8254730E-10 U(3,5,5,2)=15.4579, Ua=15.4579, err= -0.2660805E-10 U(3,5,5,3)=17.7117, Ua=17.7117, err= -0.7062084E-10 U(3,5,5,4)=20.2093, Ua=20.2093, err= -0.7531753E-10 U(3,5,5,5)=23.0467, Ua=23.0467, err= -0.6397372E-10 U(4,2,2,2)=12.1123, Ua=12.1123, err= 0.2000711E-10 U(4,2,2,3)=13.8813, Ua=13.8813, err= -0.3028333E-10 U(4,2,2,4)=15.7309, Ua=15.7309, err= -0.8877521E-10 U(4,2,2,5)=17.7571, Ua=17.7571, err= -0.1384457E-09 U(4,2,3,2)=13.0013, Ua=13.0013, err= 0.5035972E-10 U(4,2,3,3)=14.7731, Ua=14.7731, err= -0.1460698E-10 U(4,2,3,4)=16.6275, Ua=16.6275, err= -0.1277307E-09 U(4,2,3,5)=18.6605, Ua=18.6605, err= -0.2184812E-09 U(4,2,4,2)=14.0509, Ua=14.0509, err= 0.6294698E-10 U(4,2,4,3)=15.8275, Ua=15.8275, err= 0.3501199E-11 U(4,2,4,4)=17.6899, Ua=17.6899, err= -0.1205684E-09 U(4,2,4,5)=19.7341, Ua=19.7341, err= -0.2053184E-09 U(4,2,5,2)=15.4531, Ua=15.4531, err= 0.1655387E-10 U(4,2,5,3)=17.2365, Ua=17.2365, err= 0.2494005E-11 U(4,2,5,4)=19.1101, Ua=19.1101, err= -0.5708500E-10 U(4,2,5,5)=21.1699, Ua=21.1699, err= -0.8938628E-10 U(4,3,2,2)=12.3293, Ua=12.3293, err= -0.5243628E-10 U(4,3,2,3)=14.2451, Ua=14.2451, err= -0.1011156E-09 U(4,3,2,4)=16.2435, Ua=16.2435, err= -0.1194316E-09 U(4,3,2,5)=18.4205, Ua=18.4205, err= -0.1044818E-09 U(4,3,3,2)=13.2211, Ua=13.2211, err= -0.2245137E-10 U(4,3,3,3)=15.1485, Ua=15.1485, err= -0.1036522E-09 U(4,3,3,4)=17.1661, Ua=17.1661, err= -0.1713971E-09 U(4,3,3,5)=19.3699, Ua=19.3699, err= -0.1769287E-09 U(4,3,4,2)=14.2755, Ua=14.2755, err= 0.3973710E-11 U(4,3,4,3)=16.2221, Ua=16.2221, err= -0.7554490E-10 U(4,3,4,4)=18.2717, Ua=18.2717, err= -0.1623377E-09 U(4,3,4,5)=20.5203, Ua=20.5203, err= -0.1792841E-09 U(4,3,5,2)=15.6845, Ua=15.6845, err= -0.8526513E-13 U(4,3,5,3)=17.6579, Ua=17.6579, err= -0.3318590E-10 U(4,3,5,4)=19.7523, Ua=19.7523, err= -0.8826717E-10 U(4,3,5,5)=22.0637, Ua=22.0637, err= -0.9447731E-10 U(4,4,2,2)=12.7869, Ua=12.7869, err= -0.1381011E-09 U(4,4,2,3)=14.8515, Ua=14.8515, err= -0.1407727E-09 U(4,4,2,4)=17.0019, Ua=17.0019, err= -0.7228707E-10 U(4,4,2,5)=19.3341, Ua=19.3341, err= 0.2625811E-10 U(4,4,3,2)=13.6835, Ua=13.6835, err= -0.1351470E-09 U(4,4,3,3)=15.7741, Ua=15.7741, err= -0.1620659E-09 U(4,4,3,4)=17.9677, Ua=17.9677, err= -0.1151506E-09 U(4,4,3,5)=20.3603, Ua=20.3603, err= -0.1351452E-10 U(4,4,4,2)=14.7459, Ua=14.7459, err= -0.6806111E-10 U(4,4,4,3)=16.8797, Ua=16.8797, err= -0.1218652E-09 U(4,4,4,4)=19.1453, Ua=19.1453, err= -0.1266294E-09 U(4,4,4,5)=21.6387, Ua=21.6387, err= -0.6613021E-10 U(4,4,5,2)=16.1661, Ua=16.1661, err= 0.1228528E-10 U(4,4,5,3)=18.3603, Ua=18.3603, err= -0.5206857E-10 U(4,4,5,4)=20.7267, Ua=20.7267, err= -0.9131895E-10 U(4,4,5,5)=23.3613, Ua=23.3613, err= -0.8856915E-10 U(4,5,2,2)=13.7731, Ua=13.7731, err= -0.1262315E-09 U(4,5,2,3)=15.9885, Ua=15.9885, err= -0.1262279E-09 U(4,5,2,4)=18.2941, Ua=18.2941, err= -0.5625012E-10 U(4,5,2,5)=20.7859, Ua=20.7859, err= 0.4579803E-10 U(4,5,3,2)=14.6765, Ua=14.6765, err= -0.1477840E-09 U(4,5,3,3)=16.9379, Ua=16.9379, err= -0.1649383E-09 U(4,5,3,4)=19.3203, Ua=19.3203, err= -0.9201884E-10 U(4,5,3,5)=21.9197, Ua=21.9197, err= 0.3717560E-10 U(4,5,4,2)=15.7501, Ua=15.7501, err= -0.1043912E-09 U(4,5,4,3)=18.0883, Ua=18.0883, err= -0.1377920E-09 U(4,5,4,4)=20.5987, Ua=20.5987, err= -0.9881873E-10 U(4,5,4,5)=23.3773, Ua=23.3773, err= -0.1563194E-11 U(4,5,5,2)=17.1859, Ua=17.1859, err= -0.1305267E-10 U(4,5,5,3)=19.6317, Ua=19.6317, err= -0.6513901E-10 U(4,5,5,4)=22.3213, Ua=22.3213, err= -0.7838352E-10 U(4,5,5,5)=25.3507, Ua=25.3507, err= -0.5761436E-10 U(5,2,2,2)=13.5603, Ua=13.5603, err= -0.3018030E-10 U(5,2,2,3)=15.3773, Ua=15.3773, err= -0.3585399E-10 U(5,2,2,4)=17.2749, Ua=17.2749, err= -0.5941558E-10 U(5,2,2,5)=19.3491, Ua=19.3491, err= -0.9061196E-10 U(5,2,3,2)=14.7293, Ua=14.7293, err= 0.3485567E-10 U(5,2,3,3)=16.5491, Ua=16.5491, err= -0.1961098E-10 U(5,2,3,4)=18.4515, Ua=18.4515, err= -0.1281073E-09 U(5,2,3,5)=20.5325, Ua=20.5325, err= -0.1972076E-09 U(5,2,4,2)=16.0589, Ua=16.0589, err= 0.1034444E-09 U(5,2,4,3)=17.8835, Ua=17.8835, err= 0.1051603E-11 U(5,2,4,4)=19.7939, Ua=19.7939, err= -0.1643983E-09 U(5,2,4,5)=21.8861, Ua=21.8861, err= -0.2477840E-09 U(5,2,5,2)=17.7411, Ua=17.7411, err= 0.8677148E-10 U(5,2,5,3)=19.5725, Ua=19.5725, err= 0.5957901E-11 U(5,2,5,4)=21.4941, Ua=21.4941, err= -0.1262634E-09 U(5,2,5,5)=23.6019, Ua=23.6019, err= -0.1828901E-09 U(5,3,2,2)=13.8253, Ua=13.8253, err= -0.8502354E-10 U(5,3,2,3)=15.8371, Ua=15.8371, err= -0.9447909E-10 U(5,3,2,4)=17.9315, Ua=17.9315, err= -0.6120260E-10 U(5,3,2,5)=20.2045, Ua=20.2045, err= -0.2531308E-10 U(5,3,3,2)=14.9971, Ua=14.9971, err= -0.2000533E-10 U(5,3,3,3)=17.0205, Ua=17.0205, err= -0.8767032E-10 U(5,3,3,4)=19.1341, Ua=19.1341, err= -0.1394049E-09 U(5,3,3,5)=21.4339, Ua=21.4339, err= -0.1260112E-09 U(5,3,4,2)=16.3315, Ua=16.3315, err= 0.5444178E-10 U(5,3,4,3)=18.3741, Ua=18.3741, err= -0.5898571E-10 U(5,3,4,4)=20.5197, Ua=20.5197, err= -0.1869545E-09 U(5,3,4,5)=22.8643, Ua=22.8643, err= -0.2012257E-09 U(5,3,5,2)=18.0205, Ua=18.0205, err= 0.6680878E-10 U(5,3,5,3)=20.0899, Ua=20.0899, err= -0.2814815E-10 U(5,3,5,4)=22.2803, Ua=22.2803, err= -0.1540492E-09 U(5,3,5,5)=24.6877, Ua=24.6877, err= -0.1792984E-09 U(5,4,2,2)=14.3309, Ua=14.3309, err= -0.1352856E-09 U(5,4,2,3)=16.5395, Ua=16.5395, err= -0.1192397E-09 U(5,4,2,4)=18.8339, Ua=18.8339, err= -0.1121236E-10 U(5,4,2,5)=21.3101, Ua=21.3101, err= 0.9599788E-10 U(5,4,3,2)=15.5075, Ua=15.5075, err= -0.1012346E-09 U(5,4,3,3)=17.7421, Ua=17.7421, err= -0.1173461E-09 U(5,4,3,4)=20.0797, Ua=20.0797, err= -0.4998313E-10 U(5,4,3,5)=22.6163, Ua=22.6163, err= 0.5157830E-10 U(5,4,4,2)=16.8499, Ua=16.8499, err= -0.4013501E-10 U(5,4,4,3)=19.1277, Ua=19.1277, err= -0.8571988E-10 U(5,4,4,4)=21.5373, Ua=21.5373, err= -0.8651568E-10 U(5,4,4,5)=24.1747, Ua=24.1747, err= -0.2685496E-10 U(5,4,5,2)=18.5501, Ua=18.5501, err= 0.2154366E-10 U(5,4,5,3)=20.8883, Ua=20.8883, err= -0.3638334E-10 U(5,4,5,4)=23.3987, Ua=23.3987, err= -0.9033840E-10 U(5,4,5,5)=26.1773, Ua=26.1773, err= -0.8663292E-10 U(5,5,2,2)=15.3651, Ua=15.3651, err= -0.1041442E-09 U(5,5,2,3)=17.7725, Ua=17.7725, err= -0.1033058E-09 U(5,5,2,4)=20.2701, Ua=20.2701, err= -0.9301004E-11 U(5,5,2,5)=22.9539, Ua=22.9539, err= 0.9272227E-10 U(5,5,3,2)=16.5485, Ua=16.5485, err= -0.1189484E-09 U(5,5,3,3)=19.0019, Ua=19.0019, err= -0.1196980E-09 U(5,5,3,4)=21.5763, Ua=21.5763, err= -0.1732658E-10 U(5,5,3,5)=24.3677, Ua=24.3677, err= 0.1053806E-09 U(5,5,4,2)=17.9021, Ua=17.9021, err= -0.1034728E-09 U(5,5,4,3)=20.4323, Ua=20.4323, err= -0.9913137E-10 U(5,5,4,4)=23.1347, Ua=23.1347, err= -0.2377831E-10 U(5,5,4,5)=26.1053, Ua=26.1053, err= 0.7369749E-10 U(5,5,5,2)=19.6179, Ua=19.6179, err= -0.3525003E-10 U(5,5,5,3)=22.2557, Ua=22.2557, err= -0.4711964E-10 U(5,5,5,4)=25.1373, Ua=25.1373, err= -0.3143796E-10 U(5,5,5,5)=28.3587, Ua=28.3587, err= 0.1534772E-11 maxerr= 2.477840155279409E-010 , avgerr= 7.280801656017744E-011 end pde44_eq.f90