# This file is in Maple format 
#             Numerical approximation : 
sol:={u[1,2] = .8376410214-1.026272471*I, u[1,3] = .1503886966-.9506082176*I, u[1,4] = .5226783966-.5848114037*I, u[2,1] = .8376410214+1.026272471*I, u[2,3] = .5226783966+.5848114037*I, u[2,4] = .1503886966+.9506082176*I, u[3,1] = .4074813124+.2812140000*I, u[3,2] = 1.377438833+.6537432357*I, u[3,4] = -.6623589786+1.147239404*I, u[4,1] = 1.377438833-.6537432357*I, u[4,2] = .4074813124-.2812140000*I, u[4,3] = -.6623589786-1.147239404*I, v[1,2] = .1315972655+.2746555853e-1*I, v[1,3] = 1.150388697+.3638411859e-1*I, v[1,4] = -6.281752414+1.519768640*I, v[2,1] = .2150798545-2.667008043*I, v[2,3] = .9699575207-.3725292357*I, v[2,4] = .1015547862-.3450636772*I, v[3,1] = 1.039797812+.4934961681*I, v[3,2] = -.1623589786+2.013264808*I, v[3,4] = .2150798545+.3725292357*I, v[4,1] = -.1623589786+.2812140000*I, v[4,2] = 2.539797812+2.667008043*I, v[4,3] = .8127476752+.1966311862*I, w[1,2] = .2150798545+2.667008043*I, w[1,3] = .1015547862+.3450636772*I, w[1,4] = .9699575207+.3725292357*I, w[2,1] = .1315972655-.2746555853e-1*I, w[2,3] = -6.281752414-1.519768640*I, w[2,4] = 1.150388697-.3638411859e-1*I, w[3,1] = 2.539797812-2.667008043*I, w[3,2] = -.1623589786-.2812140000*I, w[3,4] = .8127476752-.1966311862*I, w[4,1] = -.1623589786-2.013264808*I, w[4,2] = 1.039797812-.4934961681*I, w[4,3] = .2150798545-.3725292357*I}:
#             Matrix Generators : 
 lM:=[array(1 .. 3, 1 .. 3,[(1, 3)=-.3286049225+.3450636770*I,(3, 1)=-.2360862398+.8021757277*I,(3, 2)=-1.340575207+3.012071723*I,(2, 2)=.6782162253-1.864832316*I,(3, 3)=-2.859366637+2.209895993*I,(1, 1)=-.2360862357+.8021757263*I,(1, 2)=.4353088419+1.147239404*I,(2, 1)=.2360862348-.8021757260*I,(2, 3)=1.279771012-.3638411936e-1*I]), 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)=-.1572098458-.7383260500*I,(3, 1)=-.8376410214-1.026272471*I,(3, 2)=-2.739020417-4.447257548*I,(2, 2)=1.831539106+2.554959672*I,(3, 3)=-.3315391088-5.715463885*I,(1, 1)=-.8376410214-1.026272471*I,(1, 2)=-1.889409115-.4571120496*I,(2, 1)=.8376410214+1.026272471*I,(2, 3)=-1.097257972+1.705830999*I]), array(1 .. 3, 1 .. 3,[(1, 3)=-.3396926690+.1182844311*I,(3, 1)=-.4353088430+.4571120493*I,(3, 2)=-.3460109138-.1094352029e-1*I,(2, 2)=-.8441755942+.4680555697*I,(3, 3)=-.5820971490-.8131192477*I,(1, 1)=-.4233385597-.6055445393*I,(1, 2)=.1971709589+.6236058181e-2*I,(2, 1)=-.1044889692-.8458281387e-1*I,(2, 3)=.5426961896e-1+.1229918931*I]), array(1 .. 3, 1 .. 3,[(1, 3)=-.4394121368-.6138055595*I,(3, 1)=-1.178216226-.6055445399*I,(3, 2)=0.,(2, 2)=1.,(3, 3)=0.,(1, 1)=-.3286049226+.3450636771*I,(1, 2)=-.2611959107-.8261018017e-2*I,(2, 1)=.1384184145+.1120483723*I,(2, 3)=0.])]:
#             Boundary Holonomy : 
 lMb:=[array(1 .. 3, 1 .. 3,[(1, 3)=.1872523243-.1966311873*I,(3, 1)=.3354260750-3.075921409*I,(3, 2)=-1.653322884-1.780249517*I,(2, 2)=.9631363716+.4571120502*I,(3, 3)=1.858647405+.1484324898*I,(1, 1)=.1782162294-.6055445435*I,(1, 2)=-.7270501413+.3450636775*I,(2, 1)=-.8932960777+1.099040713*I,(2, 3)=-.3059265264-.3607146591*I]), array(1 .. 3, 1 .. 3,[(1, 3)=1.618674200+.9988069131*I,(3, 1)=13.71778045-2.730857716*I,(3, 2)=-2.840575204-4.174962104*I,(2, 2)=.5090360977+1.274938756*I,(3, 3)=.2900692825+4.383407868*I,(1, 1)=2.200894623-5.658346626*I,(1, 2)=-1.527827531+.3932623746*I,(2, 1)=-4.670852144+2.549877518*I,(2, 3)=-.5051491313-1.716399824*I])]:
#             Basis Change fo PU(2,1) : 
 A:=array(1 .. 3, 1 .. 3,[(1, 3)=0.,(3, 1)=0.,(3, 2)=0.,(2, 2)=-1.,(3, 3)=1.,(1, 1)=-1.889409115-.4571120496*I,(1, 2)=0.,(2, 1)=0.,(2, 3)=0.]):