2D/3D Load Packer's
optimizer based batch EXE programs |
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In some practice cases using of the Windows desktop optimizer like "2D/3D Load Packer" may be not well comfortable for the reason that it needs considerable manual actions in order to enter / import / export data, and so on. If your input data can be created by any other ordering / inventory software system in form of common data/text files, it might be more suitable to process such input data by just one command of the operator or the other software. |
2D Load Packer based batch processing program '2D Batch Packer' (2DBP) is the 32/64-bit Windows executable program intended for 2D bin packing optimization in so called "batch processing" mode, that is intended for processing of 2D rectangular parts to pack data files without (or with just minimal) user manual interaction. Program can be started either in a common way by the user clicking, or launched to run by another application. After being started, program reads some either predefined or user selected input files, extracts from them a task to process, resolves it and creates the resulting report files. 2D Batch Packer is intended for direct using in customer specific technologies. Almost all working parameters and characteristics of this program are similar to those of '2D Load Packer' application (2DLP), and the best way to become acquainted with 2DBP is 2DLP online F1 Help learning. Below please find some examples of input / output files. |
3D Load Packer based batch processing program '3D Batch Packer' (3DBP) is the 32/64-bit Windows executable program intended for 3D bin packing optimization in so called "batch processing" mode, that is intended for processing of 3D rectangular objects to pack data files without (or with just minimal) user manual interaction. Program can be started either in a common way by the user clicking, or launched to run by another application. After being started, program reads some either predefined or user selected input files, extracts from them a task to process, resolves it and creates the resulting report files. 3D Batch Packer is intended for direct using in customer specific technologies. Almost all working parameters and characteristics of this program are similar to those of '3D Load Packer' application (3DLP), and the best way to become acquainted with 3DBP is 3DLP online F1 Help learning. Below please find some examples of input / output files. |
To download 2D Batch Packer
batch processing executable program
demo pack, hit a link below:
ver. 2.11, rel. 2012-11-18 yn2d_exe.zip (211 KB) |
To download 3D Batch Packer
batch processing executable program
demo pack, hit a link below:
ver. 2.11, rel. 2012-11-18 yn3d_exe.zip (220 KB) |
Note: actual 2D/3D Batch Packers may be modified (with respect to above demo) to follow all later improvements of the base 2DLP/3DLP desktop solvers.
For 2D/3D Batch Packer program quotation, please contact us.
Examples of the 3D Batch Packer batch processing program input / output files.
"Containers to load" input .txt file:
AvlQty
LoadWgt Cost Length Width
Height FillDir
3
300 0.00
200 150 130
0
3
200 0.00
170 130 110
0
1
500 0.00
230 180 160
0
...
...
"Box set to pack" input .txt file:
TotQty
Weight Cost Length Width
Height TurnOn OnSide OnBack
1
100 0.00
170 130 110
1 0 0
1
80 0.00
160 120 100
1 0 1
2
60 0.00
150 110 90
1 0 1
2
40 0.00
140 100 80
1 0 0
3
30 0.00
130 90 70
1 1 1
3
20 0.00
120 80 60
1 1 1
4
10 0.00
110 70 50
1 0 0
...
...
"Optimizer settings" input .txt file:
5 Optimizer
Intensity (0..20 - to force optimizer search intensity and run time)
555 Time
Limit (seconds, 1..30000)
1 Random
Line (1,2,3...999)
0 Weight
Factor,% (0..95 - to increase LoadWeight importance vs Volume Utilization)
0 Net Cost
Factor,% (0..100 - to increase resulting Net Cost importance)
0 Left Items
Factor,% (0..100 - to decrease non loaded items number)
0 Bind Group
Factor (0..100 - forces optimizer to keep identical items together)
0 Item to
Item Gap (0..8000 - integer size units)
0 Item to
Wall Gap (0..8000 - integer size units)
0 Ignore
Last Container switch (1/0 = On/Off)
0 Common
Turn Rules (1/0 = On/Off)
1 Horiz.turn
On (1/0 = On/Off)
0 On Side
(1/0 = On/Off)
0 On Back
(1/0 = On/Off)
100 Overhang Limit,%
(0..100, 100 means no any limit)
0 FloorMode
(0..2, '0' - Normal Overhang, '1' - SameFloor, '2' - SameLength)
0 Reserved
0 Reserved
0 Reserved
"Container total load data" resulting report .txt file:
Cnt# Group# Boxes Weight Volume Cost %Wgt %Vol
1
1 6 130
3751000 0.00 43.33
96.18
2
2 1 100
2431000 0.00 50.00
100.00
3
3 6 230
6045000 0.00 46.00
91.26
...
...
"Box positions" resulting report .txt file:
Box# Group# Cnt# Load# PosX PosY PosZ PutL PutW PutH
1
1 2 1
0 0 0
170 130 110
2
2 3 3
110 0 0
120 100 160
3
3 3 1
0 0 0
110 90 150
4
3 3 2
0 90 0
110 90 150
5
4 0 0
0 0 0
0 0 0
6
4 0 0
0 0 0
0 0 0
7
5 1 1
0 0 0
130 90 70
8
5 1 3
130 0 0
70 90 130
9
5 0 0
0 0 0
0 0 0
10
6 1 5
0 0 70
120 80 60
11
6 1 2
0 90 0
120 60 80
12
6 1 4
120 90 0
80 60 120
13
7 1 6
0 80 80
110 70 50
14
7 3 4
110 100 0
110 70 50
15
7 3 5
110 100 50
110 70 50
16
7 3 6
110 100 100 110
70 50
...
...
...
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