Empty inactive element at r=300.495000, dr=2.000000, z=0.100000, dz=23.272000
Empty inactive element at r=418.082000, dr=2.000000, z=0.100000, dz=23.272000
Empty inactive element at r=567.903000, dr=2.000000, z=0.100000, dz=23.272000
Empty inactive element at r=224.726000, dr=872.191000, z=1295.044000, dz=2.000000
Empty inactive element at r=224.726000, dr=872.191000, z=1326.555000, dz=2.000000
Empty inactive element at r=224.726000, dr=872.191000, z=1533.245000, dz=2.000000
Empty inactive element at r=224.726000, dr=872.191000, z=1564.755000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=1836.645000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=1868.155000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=2199.435000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=2230.945000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=2633.245000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=2664.755000, dz=2.000000
Empty inactive element at r=300.495000, dr=2.000000, z=-23.372000, dz=23.272000
Empty inactive element at r=418.082000, dr=2.000000, z=-23.372000, dz=23.272000
Empty inactive element at r=567.903000, dr=2.000000, z=-23.372000, dz=23.272000
Empty inactive element at r=224.726000, dr=872.191000, z=-1297.044000, dz=2.000000
Empty inactive element at r=224.726000, dr=872.191000, z=-1328.555000, dz=2.000000
Empty inactive element at r=224.726000, dr=872.191000, z=-1535.245000, dz=2.000000
Empty inactive element at r=224.726000, dr=872.191000, z=-1566.755000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=-1838.645000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=-1870.155000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=-2201.435000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=-2232.945000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=-2635.245000, dz=2.000000
Empty inactive element at r=319.726000, dr=777.191000, z=-2666.755000, dz=2.000000
Empty inactive element at r=282.513000, dr=2.000000, z=2735.005000, dz=-0.100000
Empty inactive element at r=30.693000, dr=20.000000, z=205.825000, dz=2.000000
Empty inactive element at r=61.863000, dr=20.000000, z=205.825000, dz=2.000000
Empty inactive element at r=105.753000, dr=20.000000, z=205.825000, dz=2.000000
Empty inactive element at r=147.430000, dr=20.000000, z=205.825000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=245.750000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=258.250000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=315.700000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=328.200000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=404.980000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=417.480000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=518.950000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=531.450000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=664.430000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=676.930000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=835.130000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=847.630000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=1102.170000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=1114.670000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=1389.750000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=1402.250000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=1745.000000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=1753.000000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=2004.590000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=2012.590000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=2302.690000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=2310.690000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=2645.000000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=2653.000000, dz=2.000000
Empty inactive element at r=282.513000, dr=2.000000, z=-2734.905000, dz=-0.100000
Empty inactive element at r=30.693000, dr=20.000000, z=-207.825000, dz=2.000000
Empty inactive element at r=61.863000, dr=20.000000, z=-207.825000, dz=2.000000
Empty inactive element at r=105.753000, dr=20.000000, z=-207.825000, dz=2.000000
Empty inactive element at r=147.430000, dr=20.000000, z=-207.825000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-247.750000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-260.250000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-317.700000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-330.200000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-406.980000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-419.480000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-520.950000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-533.450000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-666.430000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-678.930000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-837.130000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-849.630000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-1104.170000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-1116.670000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-1391.750000, dz=2.000000
Empty inactive element at r=30.999000, dr=129.883000, z=-1404.250000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-1747.000000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-1755.000000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-2006.590000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-2014.590000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-2304.690000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-2312.690000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-2647.000000, dz=2.000000
Empty inactive element at r=62.899000, dr=191.614000, z=-2655.000000, dz=2.000000
Building 6Barrel(TB2S)
Building 5Layer(1)
Copying rod 5Layer(1)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 885 converged after 3 step(s).
Residual Z unbalance is -0.00280875.
Positive string has 12 modules, negative string has 12 modules.
Z+ rod starts at 2.55036.
Z- rod starts at 3.1805.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 885 converged after 3 step(s).
Residual Z unbalance is -0.00280875.
Positive string has 12 modules, negative string has 12 modules.
Z+ rod starts at 2.55036.
Z- rod starts at 3.1805.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 5Layer(2)
Copying rod 5Layer(2)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 885 converged after 3 step(s).
Residual Z unbalance is -0.00280875.
Positive string has 12 modules, negative string has 12 modules.
Z+ rod starts at 2.55036.
Z- rod starts at 3.1805.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 885 converged after 3 step(s).
Residual Z unbalance is -0.00280875.
Positive string has 12 modules, negative string has 12 modules.
Z+ rod starts at 2.55036.
Z- rod starts at 3.1805.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 5Layer(3)
Copying rod 5Layer(3)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 885 converged after 3 step(s).
Residual Z unbalance is -0.00280875.
Positive string has 12 modules, negative string has 12 modules.
Z+ rod starts at 2.55036.
Z- rod starts at 3.1805.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 885 converged after 3 step(s).
Residual Z unbalance is -0.00280875.
Positive string has 12 modules, negative string has 12 modules.
Z+ rod starts at 2.55036.
Z- rod starts at 3.1805.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building barrel support structure vertically oriented, positioned at Z: 290
Building barrel support structure vertically oriented, positioned at Z: 1175
Building barrel top support structure horizontally oriented
Building barrel bottom support structure horizontally oriented
Building 6Barrel(TBPS)
Building 5Layer(1)
Copying rod 5Layer(1)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 233 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 4 modules, negative string has 3 modules.
Z+ rod starts at -23.472.
Z- rod starts at -19.4613.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 233 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 4 modules, negative string has 3 modules.
Z+ rod starts at -23.472.
Z- rod starts at -19.4613.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 10TiltedRing(5)
Building 10TiltedRing(6)
Building 10TiltedRing(7)
Building 10TiltedRing(8)
Building 10TiltedRing(9)
Building 10TiltedRing(10)
Building 10TiltedRing(11)
Building 10TiltedRing(12)
Building 10TiltedRing(13)
Building 10TiltedRing(14)
Building 10TiltedRing(15)
Building 10TiltedRing(16)
Building 13TiltedRodPair(1)
Building 13TiltedRodPair(2)
Building 5Layer(2)
Copying rod 5Layer(2)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 361.7 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 6 modules, negative string has 5 modules.
Z+ rod starts at -23.472.
Z- rod starts at -21.4381.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 361.7 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 6 modules, negative string has 5 modules.
Z+ rod starts at -23.472.
Z- rod starts at -21.4381.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 10TiltedRing(7)
Building 10TiltedRing(8)
Building 10TiltedRing(9)
Building 10TiltedRing(10)
Building 10TiltedRing(11)
Building 10TiltedRing(12)
Building 10TiltedRing(13)
Building 10TiltedRing(14)
Building 10TiltedRing(15)
Building 10TiltedRing(16)
Building 10TiltedRing(17)
Building 10TiltedRing(18)
Building 13TiltedRodPair(1)
Building 13TiltedRodPair(2)
Building 5Layer(3)
Copying rod 5Layer(3)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 514 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 8 modules, negative string has 7 modules.
Z+ rod starts at -23.472.
Z- rod starts at -21.8537.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 514 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 8 modules, negative string has 7 modules.
Z+ rod starts at -23.472.
Z- rod starts at -21.8537.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 10TiltedRing(9)
Building 10TiltedRing(10)
Building 10TiltedRing(11)
Building 10TiltedRing(12)
Building 10TiltedRing(13)
Building 10TiltedRing(14)
Building 10TiltedRing(15)
Building 10TiltedRing(16)
Building 10TiltedRing(17)
Building 10TiltedRing(18)
Building 10TiltedRing(19)
Building 10TiltedRing(20)
Building 13TiltedRodPair(1)
Building 13TiltedRodPair(2)
Building barrel top support structure horizontally oriented
Building barrel bottom support structure horizontally oriented
Building 6Endcap(TEDD_1)
Building 4Disk(1)
Building 4Ring(15)
Building 4Ring(14)
Building 4Ring(13)
Building 4Ring(12)
Building 4Ring(11)
Building 4Ring(10)
Building 4Ring(9)
Building 4Ring(8)
Building 4Ring(7)
Building 4Ring(6)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(2)
Building 4Ring(15)
Building 4Ring(14)
Building 4Ring(13)
Building 4Ring(12)
Building 4Ring(11)
Building 4Ring(10)
Building 4Ring(9)
Building 4Ring(8)
Building 4Ring(7)
Building 4Ring(6)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building end-cap bottom support structure horizontally oriented
Building 6Endcap(TEDD_2)
Building 4Disk(1)
Building 4Ring(15)
Building 4Ring(14)
Building 4Ring(13)
Building 4Ring(12)
Building 4Ring(11)
Building 4Ring(10)
Building 4Ring(9)
Building 4Ring(8)
Building 4Ring(7)
Building 4Ring(6)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(2)
Building 4Ring(15)
Building 4Ring(14)
Building 4Ring(13)
Building 4Ring(12)
Building 4Ring(11)
Building 4Ring(10)
Building 4Ring(9)
Building 4Ring(8)
Building 4Ring(7)
Building 4Ring(6)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(3)
Building 4Ring(15)
Building 4Ring(14)
Building 4Ring(13)
Building 4Ring(12)
Building 4Ring(11)
Building 4Ring(10)
Building 4Ring(9)
Building 4Ring(8)
Building 4Ring(7)
Building 4Ring(6)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building custom support structure, positioned at Z: 0 R: 1191.5 of length: 2650
Building custom support structure, positioned at Z: 1300 R: 1135 of length: 528
Building custom support structure, positioned at Z: 1828 R: 1135 of length: 872
Building custom support structure, positioned at Z: 1828 R: 314 of length: 846
Building 6Barrel(PXB)
Building 5Layer(1)
Copying rod 5Layer(1)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 30 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 30 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 30 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 5Layer(2)
Copying rod 5Layer(2)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 61.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 61.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 61.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 5Layer(3)
Copying rod 5Layer(3)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 104.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 104.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 104.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 5Layer(4)
Copying rod 5Layer(4)
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 146.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(2)
Balanced module placement in rod pair at avg build radius 146.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building 15StraightRodPair(1)
Balanced module placement in rod pair at avg build radius 146.5 converged after 1 step(s).
Residual Z unbalance is 0.
Positive string has 5 modules, negative string has 4 modules.
Z+ rod starts at -21.725.
Z- rod starts at -23.025.
Checking for collisions in Z+ rod
Checking for collisions in Z- rod
Building barrel top support structure horizontally oriented
Building barrel support structure vertically oriented, positioned at Z: 40
Building barrel support structure vertically oriented, positioned at Z: 215
Building 6Endcap(FPIX_1)
Building 4Disk(1)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(2)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(3)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(4)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(6)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(7)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(8)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 6Endcap(FPIX_2)
Building 4Disk(1)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(2)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(3)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building 4Disk(4)
Building 4Ring(5)
Building 4Ring(4)
Building 4Ring(3)
Building 4Ring(2)
Building 4Ring(1)
Building custom support structure, positioned at Z: 0 R: 208.5 of length: 226.99
Building custom support structure, positioned at Z: 227.01 R: 208.5 of length: 1374.49
Building custom support structure, positioned at Z: 1601.51 R: 208.5 of length: 95
Building custom support structure, positioned at Z: 1603.52 R: 303.52 of length: 1131.48
Building custom support structure, positioned at Z: 227 R: 172.1 of length: 1379
Building custom support structure, positioned at Z: 1606.01 R: 172.1 of length: 103.9
Building custom support structure, positioned at Z: 1606.01 R: 276 of length: 1128.98
Building custom support structure, positioned at Z: 227 R: 170.1 of length: 20
Building custom support structure, positioned at Z: 700 R: 170.1 of length: 20
Building custom support structure, positioned at Z: 900 R: 170.1 of length: 20
Building custom support structure, positioned at Z: 1150 R: 170.1 of length: 20
Building custom support structure, positioned at Z: 1590 R: 170.1 of length: 20
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 9. minPhiBorder 0.724474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 11. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 12. maxPhiBorder 0.503596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 10 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 14. minPhiBorder 0.373596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 15. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 17. maxPhiBorder 0.854474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 1, bundleType 2S, phiRegionRef 20. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 9. minPhiBorder 0.724474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 11. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 12. maxPhiBorder 0.503596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 10 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 14. minPhiBorder 0.373596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 15. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 17. maxPhiBorder 0.854474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 2, bundleType 2S, phiRegionRef 20. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 3, bundleType 2S, phiRegionRef 4. minPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 3, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 3, bundleType 2S, phiRegionRef 12. minPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 3, bundleType 2S, phiRegionRef 14. maxPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 3, bundleType 2S, phiRegionRef 20. minPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 3, bundleType 2S, phiRegionRef 22. maxPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 4, bundleType 2S, phiRegionRef 4. minPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 4, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 4, bundleType 2S, phiRegionRef 12. minPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 4, bundleType 2S, phiRegionRef 14. maxPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 4, bundleType 2S, phiRegionRef 20. minPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 4, bundleType 2S, phiRegionRef 22. maxPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 5, bundleType 2S, phiRegionRef 4. minPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 5, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 5, bundleType 2S, phiRegionRef 12. minPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 5, bundleType 2S, phiRegionRef 14. maxPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 5, bundleType 2S, phiRegionRef 20. minPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 1, disk 5, bundleType 2S, phiRegionRef 22. maxPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 9. minPhiBorder 0.724474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 11. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 12. maxPhiBorder 0.503596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 10 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 14. minPhiBorder 0.373596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 15. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 17. maxPhiBorder 0.854474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 1, bundleType 2S, phiRegionRef 20. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 9. minPhiBorder 0.724474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 11. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 12. maxPhiBorder 0.503596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 10 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 14. minPhiBorder 0.373596. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 15. maxPhiBorder 0.398333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 17. maxPhiBorder 0.854474. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 2, bundleType 2S, phiRegionRef 20. minPhiBorder 0.268333. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 3, bundleType 2S, phiRegionRef 4. minPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 3, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 3, bundleType 2S, phiRegionRef 12. minPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 3, bundleType 2S, phiRegionRef 14. maxPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 3, bundleType 2S, phiRegionRef 20. minPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 3, bundleType 2S, phiRegionRef 22. maxPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 4, bundleType 2S, phiRegionRef 4. minPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 4, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 4, bundleType 2S, phiRegionRef 12. minPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 4, bundleType 2S, phiRegionRef 14. maxPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 4, bundleType 2S, phiRegionRef 20. minPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 4, bundleType 2S, phiRegionRef 22. maxPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 5, bundleType 2S, phiRegionRef 4. minPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 5, bundleType 2S, phiRegionRef 6. maxPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 5, bundleType 2S, phiRegionRef 12. minPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 5, bundleType 2S, phiRegionRef 14. maxPhiBorder 0.3125. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 5, bundleType 2S, phiRegionRef 20. minPhiBorder 0.119048. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the previous phiRegion, which presently has 11 modules.
Building cabling map : Staggering modules. I am a module in side 0, disk 5, bundleType 2S, phiRegionRef 22. maxPhiBorder 0.104167. My region has 13 > maxNumModulesPerBundle = 12. I am moved to the next phiRegion, which presently has 11 modules.
Multiple Trigger Towers: Searching for optimized petal crossover point
Method converged after 4 iterations.
Found minimum: crossover point = 723.495 petal area = 3516
Element "Al" ignored by station "BPIX1".
Element "Al_HV" ignored by station "BPIX1".
Element "CO2" ignored by station "BPIX1".
Element "Cu" ignored by station "BPIX1".
Element "Cu_Elinks_TBPX_L2" ignored by station "BPIX1".
Element "Cu_Elinks_TBPX_L3" ignored by station "BPIX1".
Element "Cu_Elinks_TBPX_L4" ignored by station "BPIX1".
Element "Kapton" ignored by station "BPIX1".
Element "PE" ignored by station "BPIX1".
Element "StainlessSteel" ignored by station "BPIX1".
Element "Acrylate" ignored by station "BPIX2".
Element "Al" ignored by station "BPIX2".
Element "Al_HV" ignored by station "BPIX2".
Element "CO2" ignored by station "BPIX2".
Element "Cu" ignored by station "BPIX2".
Element "Cu_Elinks_TBPX_L3" ignored by station "BPIX2".
Element "Cu_Elinks_TBPX_L4" ignored by station "BPIX2".
Element "Glass" ignored by station "BPIX2".
Element "Kapton" ignored by station "BPIX2".
Element "PE" ignored by station "BPIX2".
Element "StainlessSteel" ignored by station "BPIX2".
Element "Acrylate" ignored by station "BPIX3".
Element "Al" ignored by station "BPIX3".
Element "Al_HV" ignored by station "BPIX3".
Element "CO2" ignored by station "BPIX3".
Element "Cu" ignored by station "BPIX3".
Element "Cu_Elinks_TBPX_L4" ignored by station "BPIX3".
Element "Glass" ignored by station "BPIX3".
Element "Kapton" ignored by station "BPIX3".
Element "PE" ignored by station "BPIX3".
Element "StainlessSteel" ignored by station "BPIX3".
Element "Acrylate" ignored by station "BPIX4".
Element "Al" ignored by station "BPIX4".
Element "Al_HV" ignored by station "BPIX4".
Element "CO2" ignored by station "BPIX4".
Element "Cu" ignored by station "BPIX4".
Element "Glass" ignored by station "BPIX4".
Element "PE" ignored by station "BPIX4".
Element "StainlessSteel" ignored by station "BPIX4".
Element "Acrylate" ignored by station "FPIX2".
Element "Al" ignored by station "FPIX2".
Element "Al_HV" ignored by station "FPIX2".
Element "CO2" ignored by station "FPIX2".
Element "Cu" ignored by station "FPIX2".
Element "Glass" ignored by station "FPIX2".
Element "PE" ignored by station "FPIX2".
Element "StainlessSteel" ignored by station "FPIX2".
Element "Acrylate" ignored by station "FPIX3".
Element "Al" ignored by station "FPIX3".
Element "Al_HV" ignored by station "FPIX3".
Element "CO2" ignored by station "FPIX3".
Element "Cu" ignored by station "FPIX3".
Element "Glass" ignored by station "FPIX3".
Element "PE" ignored by station "FPIX3".
Element "StainlessSteel" ignored by station "FPIX3".
Element "Acrylate" ignored by station "FPIX4".
Element "Al" ignored by station "FPIX4".
Element "Al_HV" ignored by station "FPIX4".
Element "CO2" ignored by station "FPIX4".
Element "Cu" ignored by station "FPIX4".
Element "Glass" ignored by station "FPIX4".
Element "PE" ignored by station "FPIX4".
Element "StainlessSteel" ignored by station "FPIX4".
Element "Acrylate" ignored by station "FPIX5".
Element "Al" ignored by station "FPIX5".
Element "Al_HV" ignored by station "FPIX5".
Element "CO2" ignored by station "FPIX5".
Element "Cu" ignored by station "FPIX5".
Element "Glass" ignored by station "FPIX5".
Element "PE" ignored by station "FPIX5".
Element "StainlessSteel" ignored by station "FPIX5".
Element "Acrylate" ignored by station "FPIX6".
Element "Al" ignored by station "FPIX6".
Element "Al_HV" ignored by station "FPIX6".
Element "CO2" ignored by station "FPIX6".
Element "Cu" ignored by station "FPIX6".
Element "Glass" ignored by station "FPIX6".
Element "PE" ignored by station "FPIX6".
Element "StainlessSteel" ignored by station "FPIX6".
Element "Acrylate" ignored by station "FPIX7".
Element "Al" ignored by station "FPIX7".
Element "Al_HV" ignored by station "FPIX7".
Element "CO2" ignored by station "FPIX7".
Element "Cu" ignored by station "FPIX7".
Element "Glass" ignored by station "FPIX7".
Element "PE" ignored by station "FPIX7".
Element "StainlessSteel" ignored by station "FPIX7".
Element "Acrylate" ignored by station "FPIX8".
Element "Al" ignored by station "FPIX8".
Element "Al_HV" ignored by station "FPIX8".
Element "CO2" ignored by station "FPIX8".
Element "Cu" ignored by station "FPIX8".
Element "Glass" ignored by station "FPIX8".
Element "PE" ignored by station "FPIX8".
Element "StainlessSteel" ignored by station "FPIX8".
Element "Acrylate" ignored by station "FPIX10".
Element "Al" ignored by station "FPIX10".
Element "Al_HV" ignored by station "FPIX10".
Element "CO2" ignored by station "FPIX10".
Element "Cu" ignored by station "FPIX10".
Element "Glass" ignored by station "FPIX10".
Element "PE" ignored by station "FPIX10".
Element "StainlessSteel" ignored by station "FPIX10".
Element "Acrylate" ignored by station "FPIX11".
Element "Al" ignored by station "FPIX11".
Element "Al_HV" ignored by station "FPIX11".
Element "CO2" ignored by station "FPIX11".
Element "Cu" ignored by station "FPIX11".
Element "Glass" ignored by station "FPIX11".
Element "PE" ignored by station "FPIX11".
Element "StainlessSteel" ignored by station "FPIX11".
Element "Acrylate" ignored by station "FPIX12".
Element "Al" ignored by station "FPIX12".
Element "Al_HV" ignored by station "FPIX12".
Element "CO2" ignored by station "FPIX12".
Element "Cu" ignored by station "FPIX12".
Element "Glass" ignored by station "FPIX12".
Element "PE" ignored by station "FPIX12".
Element "StainlessSteel" ignored by station "FPIX12".
PIXEL HACK for beam pipe