type3.txt

3DBPP BRANCH AND BOUND

The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 4 Customer number: 3Item width: 80.6667 Item depth: 69.6667 Item Height: 45
Item number: 1 Customer number: 3Item width: 73.6667 Item depth: 23 Item Height: 91.6667
Item number: 5 Customer number: 1Item width: 68 Item depth: 82 Item Height: 85
Item number: 3 Customer number: 1Item width: 72.6667 Item depth: 28 Item Height: 90.6667
Item number: 2 Customer number: 1Item width: 94.6667 Item depth: 4 Item Height: 89.6667
 The continuous lower bound is: 1.10059
 The new lower bound one is: 2
 The new lower bound twe is: 2
The upper bound of the 3D-Binpacking problem is: 2.06667
The usage rate is: 0.532545
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 4 Customer number: 3Item width: 95.6667 Item depth: 15 Item Height: 96.6667
Item number: 5 Customer number: 2Item width: 71.6667 Item depth: 95.6667 Item Height: 50
Item number: 1 Customer number: 2Item width: 90.6667 Item depth: 37 Item Height: 90.6667
Item number: 3 Customer number: 1Item width: 54 Item depth: 78 Item Height: 67
Item number: 2 Customer number: 1Item width: 32 Item depth: 11 Item Height: 39
 The continuous lower bound is: 1.08161
 The new lower bound one is: 2
 The new lower bound twe is: 2
The upper bound of the 3D-Binpacking problem is: 2.25667
The usage rate is: 0.479295
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0.015
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 1 Customer number: 3Item width: 72.6667 Item depth: 50 Item Height: 88.6667
Item number: 5 Customer number: 1Item width: 22 Item depth: 91.6667 Item Height: 91.6667
Item number: 2 Customer number: 1Item width: 77.6667 Item depth: 15 Item Height: 94.6667
Item number: 3 Customer number: 1Item width: 75.6667 Item depth: 5 Item Height: 75.6667
Item number: 4 Customer number: 1Item width: 2 Item depth: 76.6667 Item Height: 81.6667
 The continuous lower bound is: 0.658451
 The new lower bound one is: 0
 The new lower bound twe is: 1
The upper bound of the 3D-Binpacking problem is: 2.18333
The usage rate is: 0.301581
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 1 Customer number: 2Item width: 89.6667 Item depth: 14 Item Height: 79.6667
Item number: 3 Customer number: 1Item width: 27 Item depth: 98.6667 Item Height: 76.6667
Item number: 2 Customer number: 1Item width: 57 Item depth: 59 Item Height: 60
Item number: 5 Customer number: 1Item width: 86.6667 Item depth: 5 Item Height: 74.6667
Item number: 4 Customer number: 1Item width: 82.6667 Item depth: 2 Item Height: 73.6667
 The continuous lower bound is: 0.550562
 The new lower bound one is: 0
 The new lower bound twe is: 1
The upper bound of the 3D-Binpacking problem is: 1.78667
The usage rate is: 0.30815
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0.016
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 1 Customer number: 3Item width: 97.6667 Item depth: 27 Item Height: 77.6667
Item number: 4 Customer number: 2Item width: 96.6667 Item depth: 83.6667 Item Height: 43
Item number: 5 Customer number: 1Item width: 72.6667 Item depth: 41 Item Height: 98.6667
Item number: 2 Customer number: 1Item width: 94.6667 Item depth: 28 Item Height: 99.6667
Item number: 3 Customer number: 1Item width: 70.6667 Item depth: 34 Item Height: 68.6667
 The continuous lower bound is: 1.27571
 The new lower bound one is: 1
 The new lower bound twe is: 2
The upper bound of the 3D-Binpacking problem is: 2.13667
The usage rate is: 0.597055
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 1 Customer number: 2Item width: 80.6667 Item depth: 39 Item Height: 76.6667
Item number: 4 Customer number: 2Item width: 69.6667 Item depth: 39 Item Height: 84.6667
Item number: 3 Customer number: 1Item width: 85.6667 Item depth: 48 Item Height: 69.6667
Item number: 5 Customer number: 1Item width: 93.6667 Item depth: 28 Item Height: 81.6667
Item number: 2 Customer number: 1Item width: 6 Item depth: 35 Item Height: 21
 The continuous lower bound is: 0.976295
 The new lower bound one is: 0
 The new lower bound twe is: 2
The upper bound of the 3D-Binpacking problem is: 1.61
The usage rate is: 0.606394
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0.015
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 5 Customer number: 3Item width: 79.6667 Item depth: 14 Item Height: 71.6667
Item number: 4 Customer number: 3Item width: 83.6667 Item depth: 7 Item Height: 77.6667
Item number: 1 Customer number: 3Item width: 96.6667 Item depth: 4 Item Height: 66.6667
Item number: 2 Customer number: 2Item width: 77.6667 Item depth: 41 Item Height: 70.6667
Item number: 3 Customer number: 2Item width: 99.6667 Item depth: 11 Item Height: 95.6667
 The continuous lower bound is: 0.481103
 The new lower bound one is: 0
 The new lower bound twe is: 1
The upper bound of the 3D-Binpacking problem is: 0.77
 The coordinate of the packed items using layer strategy are as following:
 Item number: 5 Customer number: 3 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 0
 The coordinate of the packed items using layer strategy are as following:
 Item number: 4 Customer number: 3 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 14
 The coordinate of the packed items using layer strategy are as following:
 Item number: 1 Customer number: 3 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 21
 The coordinate of the packed items using layer strategy are as following:
 Item number: 2 Customer number: 2 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 25
 The coordinate of the packed items using layer strategy are as following:
 Item number: 3 Customer number: 2 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 66
The usage rate of the space is: 0.624809
 The coordinate of the packed items using branch-and-bound are as following:
Item number: 5 Customer number: 3 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 0
Item number: 4 Customer number: 3 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 14
Item number: 1 Customer number: 3 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 21
Item number: 2 Customer number: 2 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 25
Item number: 3 Customer number: 2 X-coordinate: 0 Y-coordinate: 0 Z-coordinate: 66
The usage rates of the space is: 0.664337
Time it used is: 0.016
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 4 Customer number: 3Item width: 98.6667 Item depth: 26 Item Height: 95.6667
Item number: 1 Customer number: 2Item width: 71.6667 Item depth: 16 Item Height: 99.6667
Item number: 2 Customer number: 1Item width: 91 Item depth: 78 Item Height: 95
Item number: 3 Customer number: 1Item width: 47 Item depth: 25 Item Height: 3
Item number: 5 Customer number: 1Item width: 47 Item depth: 1 Item Height: 1
 The continuous lower bound is: 1.03758
 The new lower bound one is: 1
 The new lower bound twe is: 2
The upper bound of the 3D-Binpacking problem is: 1.2
The usage rate is: 0.864652
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 5 Customer number: 3Item width: 53 Item depth: 79 Item Height: 96
Item number: 1 Customer number: 3Item width: 87.6667 Item depth: 31 Item Height: 97.6667
Item number: 3 Customer number: 2Item width: 69 Item depth: 93 Item Height: 89
Item number: 2 Customer number: 2Item width: 94.6667 Item depth: 4 Item Height: 83.6667
Item number: 4 Customer number: 1Item width: 79 Item depth: 64 Item Height: 72
 The continuous lower bound is: 1.6342
 The new lower bound one is: 0
 The new lower bound twe is: 3
The upper bound of the 3D-Binpacking problem is: 2.71
The usage rate is: 0.603027
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0
The information of the container:
Container width: 100 Container depth: 100 Container height: 100
The packing Items are as following: 
Item number: 1 Customer number: 2Item width: 70.6667 Item depth: 43 Item Height: 96.6667
Item number: 2 Customer number: 2Item width: 30 Item depth: 11 Item Height: 1
Item number: 3 Customer number: 1Item width: 83.6667 Item depth: 85.6667 Item Height: 22
Item number: 5 Customer number: 1Item width: 73.6667 Item depth: 83.6667 Item Height: 18
Item number: 4 Customer number: 1Item width: 85.6667 Item depth: 15 Item Height: 80.6667
 The continuous lower bound is: 0.666348
 The new lower bound one is: 1
 The new lower bound twe is: 1
The upper bound of the 3D-Binpacking problem is: 1.43667
The usage rate is: 0.463815
The items can not packed in a singe bin using branch-and-bound
Time it used is: 0