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2DBench Cursor The mouse can act as a pointer or cursor. To change to the cursor, put the mouse over the Design Area and [click], [Enter] or [spacebar]. To exit, [right-click] or [spacebar]. You can move the cursor with the mouse or the arrow keys. Its position is shown by the coordinates on the status bar. Selection Box / Mask The selection box is a rectangular box; the selection mask is a multi-sided shape. Either is enabled when the toolbar button is “on”. The box and mask are used to mark holes or zoom in on the viewing area. To set the selection box, place the cursor for one corner of the box, then [drag] the cursor to the position of the opposite corner. For the mask, place the cursor and [drag] for the first side, then [click] for each side – close by crossing the first side or [Esc]. Zoom You can zoom in by pressing [Z] - zoom out by [Shift]+[Z]. The screen will zoom to the box or mask if it is active, otherwise zoom in or out will double or halve the window scale. The scale is shown at the bottom of the screen. [Double-click] the scale to activate a zoom control box. Blast Parameters Blast parameters (hole and pattern dimensions, type and amount of explosives and delays, etc) are entered via the parameters dialog. Activate the dialog, enter the values, click [Accept], and create the blast. Click [Save] to write the parameters to an .ini file, and [Recall] to recall the parameters. Click [Close] to close the parameters dialog. Marking Selective actions, such as load, copy or delete, are performed on marked holes and nodes, shown by a small M 60 JKSimBlast
2DBench in the centre of the hole. Mark or unmark holes via the >Selection menu, [M] / [U] to mark / unmark the nearest hole to the cursor, or [Ctrl]+[M] / [Ctrl]+[U] to mark / unmark all holes. The number of marked and total holes is shown in the summary bar (e.g. mh 45/50). Query (information display) [Click] the information display button at any time to see all data for the current mode on the selected object (usually the nearest to the cursor). Help Help is available from the >Help menu, or by clicking the [Help] button on the dialogs. Sample Blasts Several sample blasts are included with the program in a single 2DBench database, called samples.2db. These blasts can be opened, viewed and modified in the program. The sample database file is located in the data sub-folder, typically in C:\Program Files\JKSimBlast\2DBench\data. To open a sample blast, select >File >Open Blast… to display the Open dialog. Click the [Browse] button, and select the samples.2db file from the data folder. Then select a blast from the [Name] list, and a scenario number from the [Scenario] list if one is not selected automatically. Click the [Open] button to open the blast in 2DBench. JKSimBlast 61
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last simulation evaluation and mana
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Disclaimer JKSimBlast is a suite of
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Contents Introduction .............
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Sample Blasts......................
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2DFace ............................
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Calculation Region.................
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Introduction Overview JKSimBlast co
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Introduction Equipment Requirements
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Introduction 1. Start the installat
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4. Customer Information Introductio
Page 23 and 24: 6. Setup Type Select the type of in
Page 25 and 26: Introduction Select how and when to
Page 27 and 28: 8. Ready to install Introduction Th
Page 29 and 30: Introduction Fast Program Start The
Page 31 and 32: JKBMS Overview The Blast Management
Page 33 and 34: JKBMS Data Structure The BMS uses h
Page 35 and 36: JKBMS When a BMS database is opened
Page 37 and 38: JKBMS Function Toolbar Function Too
Page 39 and 40: JKBMS To add a node, first select t
Page 41 and 42: JKBMS The 3D Viewer can display any
Page 43 and 44: JKBMS Always try to run JKSimBlast
Page 45 and 46: Miscellaneous JKBMS The Misc. tab c
Page 47 and 48: JKBMS To empty the Recycle Bin, [ri
Page 49 and 50: JKBMS databases. The data is provid
Page 51 and 52: JKBMS Both report options operate i
Page 53 and 54: JKBMS JKSimBlast 39
Page 55 and 56: JKBMS Tutorial Setup This tutorial
Page 57 and 58: JKBMS Tutorial Add Object To add ob
Page 59 and 60: JKBMS Tutorial such as a site (and
Page 61 and 62: JKBMS Tutorial Add Blast from 2DBen
Page 63 and 64: JKBMS Tutorial Select the blasts to
Page 65 and 66: JKBMS Tutorial [Right-click] the bl
Page 67 and 68: JKBMS Tutorial The blast will open
Page 69 and 70: JKBMS Tutorial JKSimBlast 55
Page 71 and 72: 2DBench Overview 2DBench is a graph
Page 73: 2DBench Design Modes A blast is div
Page 77 and 78: 2DBench JKSimBlast 63
Page 79 and 80: 2DBench Tutorial Creating a Blast D
Page 81 and 82: 2DBench Tutorial Press [End] to c
Page 83 and 84: 2DBench Tutorial This mode is for d
Page 85 and 86: 2DBench Tutorial >File >Save Blast
Page 87 and 88: 2DBench Tutorial On the [Delay]
Page 89 and 90: 2DBench Tutorial Open the paramete
Page 91 and 92: 2DBench Tutorial Open the par
Page 93 and 94: 2DBench Tutorial To run the sim
Page 95 and 96: 2DBench Tutorial JKSimBlast 81
Page 97 and 98: 2DRing General Functions 2DRing inc
Page 99 and 100: 2DRing Title Bar Menu Bar Tool Bar
Page 101 and 102: 2DRing Table 1.1 Change options dia
Page 103 and 104: 2DRing The Object colour option all
Page 105 and 106: 2DRing Global Construction Tools Se
Page 107 and 108: 2DRing The user may also change the
Page 109 and 110: 2DRing Figure 1.9 View of marked an
Page 111 and 112: 2DRing Figure 1.10 Design Informati
Page 113 and 114: 2DRing Loading & Saving Designs can
Page 115 and 116: 2DRing Importing and Exporting 2DRi
Page 117 and 118: 2DRing The user should also specify
Page 119 and 120: 2DRing Once the appropriate informa
Page 121 and 122: 2DRing The above reports are column
Page 123 and 124: 2DRing paper). A logo and a comment
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2DRing Design Input Within 2DRing,
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2DRing Figure 2.2 Edit ring planes
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2DRing Multiple line segment drawin
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2DRing Drill Drives and Drill posit
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2DRing a) Ah = 1 b) Ar = W/2 c) Ar
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2DRing Individual holes can be posi
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2DRing Selection and Loading of Exp
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2DRing Selection and Loading of Del
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2DRing The surface delay mode allow
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2DRing Figure 3.1 Detonation simula
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2DRing e L 2 1 P 187. 5 D h 2
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2DRing Weighting 1 Time of referenc
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2DRing Figure 3.4 shows the 3D expl
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2DRing Fragmentation A review of br
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2DRing selection of fragmentation
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2DRing In the Rock Structure tab, t
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2DRing JKSimBlast 143
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2DFace General Functions 2DFace inc
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2DFace Title Bar Menu Bar Tool Bar
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2DFace Table 1.1 Change options dia
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2DFace The Object colour option all
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2DFace Figure 1.5 Move 2D cursor to
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2DFace Figure 1.7 New scale option
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2DFace Query Options Two functions
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2DFace Figure 1.10 Design summary i
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2DFace Figure 1.12 Save Design and
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2DFace Figure 1.14 Import data dial
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2DFace Figure 1.17 String closure d
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2DFace The configuration for a part
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2DFace The user must select the pri
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2DFace Design Input Within 2DFace,
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2DFace Figure 2.1 String In line an
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2DFace position of the new drive. T
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2DFace Figure 2.4 Defining sections
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2DFace As shown in Figure 2.5 four
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2DFace . Figure 2.7 Burn cut select
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2DFace 2. Select the multiple holes
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2DFace 2. Select the multiple holes
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2DFace Selection and Loading of Exp
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2DFace Selection & Loading of Delay
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2DFace Delay accessories are stored
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2DFace 6. Definition of drill holes
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2DFace Figure 3.3 Output of a digit
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2DFace Equation (6) can be integrat
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2DFace 11.Select type of calculatio
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2DFace Detonation Simulation and Ti
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2DFace Figure 3.8 Detonation simula
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2DFace JKSimBlast 205
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2DView Overview 2DView is an extend
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2DView Opening a Blast Opening a bl
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2DView When the list is complete, c
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2DView Choose View Several pre-defi
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2DView Scroll Bars The display can
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2DView use the mouse or GoTo (or [H
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Margin 2DView This sets an extra ma
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2DView the speed of calculation. Wh
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2DView [click] or press [Enter] aga
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2DView [Move All Points] : apply a
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2DView open cut mine after removal
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Regions 2DView Calculate for only t
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Choosing Results 2DView This step i
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2DView rock mass. After this time i
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2DView calculate the contours, the
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2DView Actual Downhole Connection L
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2DView line contours, only the mini
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2DView 2. Open the Extra Hole Data
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TimeHEx Overview TimeHEx (Time vs H
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TimeHEx Set the time interval for t
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TimeHEx delays. The data in the tex
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TimeHEx Toggle the visibility of gr
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