# This file is in Maple format 
#             Numerical approximation : 
sol:={u[1,2] = .6623589786-.5622795121*I, u[1,3] = .7849201455-1.307141279*I, u[1,4] = .1225611669-.7448617666*I, u[2,1] = .6623589786-.5622795121*I, u[2,3] = .1225611669-.7448617666*I, u[2,4] = .7849201455-1.307141279*I, u[3,1] = .7849201455-1.307141279*I, u[3,2] = .1225611669-.7448617666*I, u[3,4] = .6623589786-.5622795121*I, u[4,1] = .1225611669-.7448617666*I, u[4,2] = .7849201455-1.307141279*I, u[4,3] = .6623589786-.5622795121*I, v[1,2] = .6623589786-.5622795121*I, v[1,3] = .7849201455-1.307141279*I, v[1,4] = .1225611669-.7448617666*I, v[2,1] = .6623589786-.5622795121*I, v[2,3] = .1225611669-.7448617666*I, v[2,4] = .7849201455-1.307141279*I, v[3,1] = .7849201455-1.307141279*I, v[3,2] = .1225611669-.7448617666*I, v[3,4] = .6623589786-.5622795121*I, v[4,1] = .1225611669-.7448617666*I, v[4,2] = .7849201455-1.307141279*I, v[4,3] = .6623589786-.5622795121*I, w[1,2] = .6623589786-.5622795121*I, w[1,3] = .7849201455-1.307141279*I, w[1,4] = .1225611669-.7448617666*I, w[2,1] = .6623589786-.5622795121*I, w[2,3] = .1225611669-.7448617666*I, w[2,4] = .7849201455-1.307141279*I, w[3,1] = .7849201455-1.307141279*I, w[3,2] = .1225611669-.7448617666*I, w[3,4] = .6623589786-.5622795121*I, w[4,1] = .1225611669-.7448617666*I, w[4,2] = .7849201455-1.307141279*I, w[4,3] = .6623589786-.5622795121*I}:
#             Matrix Generators : 
 lM:=[array(1 .. 3, 1 .. 3,[(1, 3)=0.,(3, 1)=0.,(3, 2)=0.,(2, 2)=1.,(3, 3)=1.,(1, 1)=1.,(1, 2)=0.,(2, 1)=0.,(2, 3)=0.]), array(1 .. 3, 1 .. 3,[(1, 3)=0.,(3, 1)=0.,(3, 2)=0.,(2, 2)=1.,(3, 3)=1.,(1, 1)=1.,(1, 2)=0.,(2, 1)=0.,(2, 3)=0.]), array(1 .. 3, 1 .. 3,[(1, 3)=1.662358980-.5622795120*I,(3, 1)=0.,(3, 2)=0.,(2, 2)=-1.000000000-.9591374031e-10*I,(3, 3)=-1.000000000-.5622795120e-10*I,(1, 1)=-1.000000000+.5622795120e-10*I,(1, 2)=.4301597090+2.614282558*I,(2, 1)=0.,(2, 3)=.2150798545+1.307141279*I]), array(1 .. 3, 1 .. 3,[(1, 3)=-.5698402902+2.614282558*I,(3, 1)=-.5698402914+2.614282558*I,(3, 2)=-3.324717957+1.124559024*I,(2, 2)=-.3547604343+3.921423839*I,(3, 3)=-.8774388335-.7448617663*I,(1, 1)=.7849201454-1.307141279*I,(1, 2)=3.754877668+1.489723532*I,(2, 1)=1.877438834+.7448617667*I,(2, 3)=-1.662358979+.5622795125*I]), array(1 .. 3, 1 .. 3,[(1, 3)=0.,(3, 1)=-1.662358982+.5622795126*I,(3, 2)=-.4301597058-2.614282559*I,(2, 2)=.9999999998+.4351583544e-9*I,(3, 3)=1.000000000-.4351583545e-9*I,(1, 1)=1.000000001-.7611105666e-9*I,(1, 2)=.6303309246e-9-.1446246997e-8*I,(2, 1)=-.2150798543-1.307141279*I,(2, 3)=0.]), array(1 .. 3, 1 .. 3,[(1, 3)=-1.000000000+.3044442266e-9*I,(3, 1)=-1.000000000+.2829362412e-9*I,(3, 2)=.2620103965e-19+.1621496382e-9*I,(2, 2)=1.000000001+.1108723577e-9*I,(3, 3)=0.,(1, 1)=-1.477321600+4.666285607*I,(1, 2)=-3.569840289+2.614282562*I,(2, 1)=1.784920145-1.307141279*I,(2, 3)=0.])]:
#             Boundary Holonomy : 
 lMb:=[array(1 .. 3, 1 .. 3,[(1, 3)=-1.662358978+.5622795118*I,(3, 1)=0.,(3, 2)=0.,(2, 2)=1.,(3, 3)=1.000000000+0.*I,(1, 1)=1.000000000+0.*I,(1, 2)=.4301597099+2.614282558*I,(2, 1)=0.,(2, 3)=.2150798547+1.307141279*I]), array(1 .. 3, 1 .. 3,[(1, 3)=16.00000000-.5031864534e-8*I,(3, 1)=0.,(3, 2)=0.,(2, 2)=1.,(3, 3)=1.000000000+.1622300600e-9*I,(1, 1)=1.000000000-.2632316499e-9*I,(1, 2)=8.000000001-.4829354423e-8*I,(2, 1)=0.,(2, 3)=4.000000003-.1185503666e-8*I])]: