Layer 0
SSSS	SSSS	SSSS	SSSS
AA9	AA10	SSSS	SSSS
AA8	SSSS	SSSS	SSSS
AA7	SSSS	SSSS	SSSS

Layer 1
SSSS	SSSS	SSSS	SSSS
SSSS	AA1	AA2	SSSS
AA5	AA4	AA3	SSSS
AA6	SSSS	SSSS	SSSS

Layer 2
SSSS	SSSS	SSSS	SSSS
SSSS	SSSS	SSSS	SSSS
SSSS	SSSS	SSSS	SSSS
SSSS	SSSS	SSSS	SSSS

for(0,0,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-2 Ei=-12

for(0,0,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-6 Ei=-36

for(0,0,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-12 Ei=-72

for(0,1,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-16 Ei=-96

for(0,1,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-20 Ei=-120

for(0,1,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-26 Ei=-156

for(0,2,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-32 Ei=-192

for(0,2,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-36 Ei=-216

for(0,2,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-42 Ei=-252

for(0,3,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-48 Ei=-288

for(0,3,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-54 Ei=-324

for(0,3,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-60 Ei=-360

for (1,0,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=77 Ei=462

for(1,0,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=0 Ei=0

for(1,0,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-4 Ei=-24

for (1,1,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=17 Ei=102

for (1,1,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=4.5 Ei=27

for(1,1,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-2 Ei=-12

for(1,2,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-4 Ei=-24

for (1,2,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=17 Ei=102

for(1,2,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-4 Ei=-24

for(1,3,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-8 Ei=-48

for(1,3,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-12 Ei=-72

for(1,3,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-18 Ei=-108

for (2,0,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=28.5 Ei=171

for (2,0,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=4.5 Ei=27

for(2,0,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-2 Ei=-12

for(2,1,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-2 Ei=-12

for (2,1,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=16.5 Ei=99

for(2,1,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-4 Ei=-24

for(2,2,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-8 Ei=-48

for (2,2,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=17 Ei=102

for(2,2,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-4 Ei=-24

for(2,3,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-8 Ei=-48

for(2,3,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-10 Ei=-60

for(2,3,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-16 Ei=-96

for (3,0,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=29 Ei=174

for (3,0,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon2=(1)-(0.5x( -1))=5 Ei=30

for(3,0,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-2 Ei=-12

for(3,1,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-6 Ei=-36

for(3,1,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-8 Ei=-48

for(3,1,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-14 Ei=-84

for(3,2,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-20 Ei=-120

for(3,2,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-24 Ei=-144

for(3,2,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-30 Ei=-180

for(3,3,0)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-34 Ei=-204

for(3,3,1)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-38 Ei=-228

for(3,3,2)
DE=[Eps-1/2(Ess+Epp)]
DEpsilon=(1)-(0.5x(2))=-44 Ei=-264

TOTAL ENERGY OF SYSTEM: -3096