Net Ar ea=40. 6s q. m( 437. 1s q. f t ) Bal c onyAr ea=0. 0s q. m( 0. 0s q. f t ) T ot al Ar ea=40. 6s q. m( 437. 1s q. f t )
Net Ar ea=74. 1s q. m( 798. 8s q. f t ) Bal c onyAr ea=7. 9s q. m( 84. 8s q. f t ) T ot al Ar ea=82. 0s q. m( 882. 9s q. f t )
Net Ar ea=30. 6s q. m( 329. 8s q. f t ) Bal c onyAr ea=7. 2s q. m( 77. 7s q. f t ) T ot al Ar ea=37. 9s q. m( 407. 5s q. f t )
Net Ar ea=64. 7s q. m( 696. 3s q. f t ) Bal c onyAr ea=9. 3s q. m( 100. 1s q. f t ) T ot al Ar ea=74. 0s q. m( 796. 4s q. f t )
Net Ar ea=38. 3s q. m( 412. 1s q. f t ) Bal c onyAr ea=0. 0s q. m( 0. 0s q. f t ) T ot al Ar ea=38. 3s q. m( 412. 1s q. f t )
Net Ar ea=1 12. 9s q. m( 1214. 8s q. f t ) Bal c onyAr ea=9. 3s q. m( 100. 2s q. f t ) T ot al Ar ea=122. 2s q. m( 1315. 0s q. f t )
Net Ar ea=62. 7s q. m( 674. 8s q. f t ) Bal c onyAr ea=0. 0s q. m( 0. 0s q. f t ) T ot al Ar ea=62. 7s q. m( 674. 8s q. f t )
Net Ar ea=107. 5s q. m( 1 157. 6s q. f t ) Bal c onyAr ea=9. 7s q. m( 104. 1s q. f t ) T ot al Ar ea=1 17. 2s q. m( 1261. 6s q. f t )
Net Ar ea=61. 1s q. m( 657. 9s q. f t ) Bal c onyAr ea=7. 3s q. m( 78. 1s q. f t ) T ot al Ar ea=68. 4s q. m( 736. 0s q. f t )
Net Ar ea=120. 0s q. m( 1291. 9s q. f t ) Bal c onyAr ea=6. 8s q. m( 73. 3s q. f t ) T ot al Ar ea=126. 8s q. m( 1365. 2s q. f t )
Net Ar ea=62. 7s q. m( 675. 1s q. f t ) Bal c onyAr ea=7. 9s q. m( 85. 3s q. f t ) T ot al Ar ea=70. 6s q. m( 760. 4s q. f t )
Net Ar ea=1 14. 8s q. m( 1235. 4s q. f t ) Bal c onyAr ea=7. 2s q. m( 77. 2s q. f t ) T ot al Ar ea=121. 9s q. m( 1312. 6s q. f t )
Net Ar ea=102. 7s q. m( 1 105. 1s q. f t ) Bal c onyAr ea=5. 9s q. m( 63. 7s q. f t ) T ot al Ar ea=108. 6s q. m( 1 168. 8s q. f t )
Net Ar ea=106. 8s q. m( 1 149. 4s q. f t ) Bal c onyAr ea=8. 2s q. m( 88. 7s q. f t ) T ot al Ar ea=1 15. 0s q. m( 1238. 1s q. f t )
Net Ar ea=102. 4s q. m( 1 102. 5s q. f t ) Bal c onyAr ea=6. 0s q. m( 64. 2s q. f t ) T ot al Ar ea=108. 4s q. m( 1 166. 7s q. f t )
Net Ar ea=102. 6s q. m( 1 104. 5s q. f t ) Bal c onyAr ea=7. 2s q. m( 77. 1s q. f t ) T ot al Ar ea=109. 8s q. m( 1 181. 6s q. f t )
Net Ar ea=102. 7s q. m( 1 105. 1s q. f t ) Bal c onyAr ea=13. 6s q. m( 146. 0s q. f t ) T ot al Ar ea=1 16. 2s q. m( 1251. 1s q. f t )
Net Ar ea=1 15. 0s q. m( 1237. 9s q. f t ) Bal c onyAr ea=6. 9s q. m( 74. 1s q. f t ) T ot al Ar ea=121. 9s q. m( 131 1. 9s q. f t )
Net Ar ea=103. 1s q. m( 1 109. 9s q. f t ) Bal c onyAr ea=6. 5s q. m( 69. 4s q. f t ) T ot al Ar ea=109. 6s q. m( 1 179. 3s q. f t )
Net Ar ea=109. 3s q. m( 1 176. 9s q. f t ) Bal c onyAr ea=7. 0s q. m( 75. 7s q. f t ) T ot al Ar ea=1 16. 4s q. m( 1252. 6s q. f t )
Net Ar ea=95. 6s q. m( 1028. 7s q. f t ) Bal c onyAr ea=6. 5s q. m( 69. 6s q. f t ) T ot al Ar ea=102. 0s q. m( 1098. 4s q. f t )
Net Ar ea=140. 1s q. m( 1507. 5s q. f t ) Bal c onyAr ea=6. 9s q. m( 73. 8s q. f t ) T ot al Ar ea=146. 9s q. m( 1581. 3s q. f t )
Net Ar ea=132. 4s q. m( 1425. 6s q. f t ) Bal c onyAr ea=5. 8s q. m( 62. 8s q. f t ) T ot al Ar ea=138. 3s q. m( 1488. 4s q. f t )
Net Ar ea=133. 0s q. m( 1431. 6s q. f t ) Bal c onyAr ea=9. 7s q. m( 104. 7s q. f t ) T ot al Ar ea=142. 7s q. m( 1536. 3s q. f t )
Net Ar ea=132. 4s q. m( 1425. 6s q. f t ) Bal c onyAr ea=6. 7s q. m( 72. 4s q. f t ) T ot al Ar ea=139. 2s q. m( 1498. 0s q. f t )
Net Ar ea=132. 7s q. m( 1428. 6s q. f t ) Bal c onyAr ea=10. 1s q. m( 108. 9s q. f t ) T ot al Ar ea=142. 8s q. m( 1537. 5s q. f t )
Net Ar ea=133. 1s q. m( 1432. 7s q. f t ) Bal c onyAr ea=16. 8s q. m( 180. 7s q. f t ) T ot al Ar ea=149. 9s q. m( 1613. 4s q. f t )
A12B|3Dvi ew
A12B|Gr oundLevel 1: 100
150. 39
122. 89
1618. 78
1, 322. 78
TypeA
77172. 78 36. 8849. 89 159. 396. 97537. 01
1, 719. 751, 859. 79
A22B|3Dvi ew
A22B|Gr oundLevel 1: 100
152. 06
125. 06
1636. 76
1, 346. 17
A22B|Level1 1: 100 TypeA
71166. 48 33. 6641. 61 158. 362. 21 445. 84
1, 708. 381, 792. 01
A32B|3Dvi ew
A32B|Gr oundLevel 1: 100
152. 06
125. 06
1636. 76
1, 346. 17
A32B|Level1 1: 100 TypeA
72166. 67 33. 6641. 61 158. 362. 31 445. 89
1, 708. 481, 792. 06
A42B|3Dvi ew
150. 39
122. 89
1618. 78
1, 322. 78
P ARKI NG
A42B|Gr oundLevel 1: 100
TypeA
61174. 86 36. 7251. 97 159. 395. 25559. 40
1, 718. 031, 882. 18
A53B|3Bvi ew
A53B|Level1 1: 100
A53B|Level2 1: 100
207. 98
180. 48
2238. 67
1, 942. 65
TypeA
127. 24
307. 71
1, 369. 56
3, 312. 21
A63B|3Dvi ew
A63B|Level1 1: 100
A63B|Level2 1: 100
207. 98
180. 48
2238. 67
1, 942. 65
TypeA
127. 24
307. 71
1, 369. 56
3, 312. 21
GARDEN
B12B|3Dvi ew
GF SQM
152. 57
GF SQF
1, 642. 25
PARKI NG
B12B|Gr oundLevel 1: 100
TypeB
125. 07
1228. 05-40. 19 153. 165. 26
1, 648. 171, 346. 24 301. 93-432. 60 1, 778. 85
GARDEN
B22B|3Dvi ew
PARKI NG
B22B|Gr oundLevel 1: 100
B22B|Uni t2-Level1 1: 100
TypeB
GARDEN
B32B|3Dvi ew
B32B|Gr oundLevel 1: 100
B32B|Level1 1: 100
TypeB
GARDEN
B42B|3Dvi ew
GF SQM
152. 57
GF SQF
1, 642. 25
PARKI NG B42B|Gr oundLevel 1: 100
TypeB
125. 07
32. 6941. 91
157. 76166. 98
1, 698. 12 1, 346. 24 351. 87-451. 12 -1, 797. 36
B53B|3Dvi ew
B53B|Level1 1: 100
B53B|Level2 1: 100
TypeB
2. 4x 2. 3m 4. 1x 2. 5m
2. 4x 1. 3m
PWD
2. 2x 1. 4m
B63B|3Dvi ew 3. 5x 1. 5m 6. 4x 4. 2m
2. 0x 1. 5m 3. 5x 2. 2m
B63B|Level1 1: 100
B63B|Level2 1: 100
B