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2DView file as a string file or paste the string. Place the cursor near the polygon - use GoTo if it is difficult to select a particular polygon from several in the blast. In the Edit menu, select Make Region From Nearest Polygon. This will create a region at the same position as the polygon. A form will be displayed to enter a name for the region, the separation between points (resolution) and the specific gravity of the rock. The name can be used to identify different regions. A resolution of about one quarter of the distance between blast holes will give reasonable results in minimum time, depending on the size of the region. The rock density is used in the energy distribution calculation. The region can be removed at this stage by clicking [Cancel], or any region can be removed by placing the cursor near it and pressing [Backspace]. Multiple regions can be created from a single polygon, and then modified (see below). Draw a Region Draw a Region A region can be drawn in the current view plane (see Defining a View "Plane"). The drawing method is similar to a polygon, but allows sides to cross over. To draw a region, [click] on the [Start…] button on the toolbar. Place the cursor at the start position (note the east, north and level coordinates), [click] or press [Enter] for the first vertex, then move the cursor to the other vertices and 222 JKSimBlast
2DView [click] or press [Enter] again. GoTo, [Home] and the arrow keys can be used to move the cursor. The final step is to close the region form the last to the first vertices. To close the region, [click] the [Close…] button on the toolbar or press [Esc]. After closing the region, in the form enter the name, point separation and rock density (see above). The region can be removed at this stage by clicking [Cancel], or any region can be removed by placing the cursor near it and pressing [Backspace]. Modify Regions All of the data associated with a region can be modified. Select Modify Regions from the Edit menu. A form appears showing details of each region: name, point separation, rock density (Region Extra data), and coordinates of each point (Region Points). The nearest region to the cursor will be automatically selected, but any region available can be selected from the drop-down list. Modify Regions JKSimBlast 223
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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
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6. Setup Type Select the type of in
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Introduction Select how and when to
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8. Ready to install Introduction Th
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Introduction Fast Program Start The
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JKBMS Overview The Blast Management
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JKBMS Data Structure The BMS uses h
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JKBMS When a BMS database is opened
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JKBMS Function Toolbar Function Too
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JKBMS To add a node, first select t
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JKBMS The 3D Viewer can display any
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JKBMS Always try to run JKSimBlast
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Miscellaneous JKBMS The Misc. tab c
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JKBMS To empty the Recycle Bin, [ri
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JKBMS databases. The data is provid
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JKBMS Both report options operate i
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JKBMS JKSimBlast 39
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JKBMS Tutorial Setup This tutorial
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JKBMS Tutorial Add Object To add ob
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JKBMS Tutorial such as a site (and
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JKBMS Tutorial Add Blast from 2DBen
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JKBMS Tutorial Select the blasts to
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JKBMS Tutorial [Right-click] the bl
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JKBMS Tutorial The blast will open
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JKBMS Tutorial JKSimBlast 55
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2DBench Overview 2DBench is a graph
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2DBench Design Modes A blast is div
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2DBench in the centre of the hole.
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2DBench JKSimBlast 63
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2DBench Tutorial Creating a Blast D
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2DBench Tutorial Press [End] to c
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2DBench Tutorial This mode is for d
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2DBench Tutorial >File >Save Blast
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2DBench Tutorial On the [Delay]
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2DBench Tutorial Open the paramete
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2DBench Tutorial Open the par
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2DBench Tutorial To run the sim
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2DBench Tutorial JKSimBlast 81
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2DRing General Functions 2DRing inc
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2DRing Title Bar Menu Bar Tool Bar
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2DRing Table 1.1 Change options dia
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2DRing The Object colour option all
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2DRing Global Construction Tools Se
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2DRing The user may also change the
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2DRing Figure 1.9 View of marked an
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2DRing Figure 1.10 Design Informati
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2DRing Loading & Saving Designs can
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2DRing Importing and Exporting 2DRi
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2DRing The user should also specify
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2DRing Once the appropriate informa
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2DRing The above reports are column
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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
Page 185 and 186: 2DFace Design Input Within 2DFace,
Page 187 and 188: 2DFace Figure 2.1 String In line an
Page 189 and 190: 2DFace position of the new drive. T
Page 191 and 192: 2DFace Figure 2.4 Defining sections
Page 193 and 194: 2DFace As shown in Figure 2.5 four
Page 195 and 196: 2DFace . Figure 2.7 Burn cut select
Page 197 and 198: 2DFace 2. Select the multiple holes
Page 199 and 200: 2DFace 2. Select the multiple holes
Page 201 and 202: 2DFace Selection and Loading of Exp
Page 203 and 204: 2DFace Selection & Loading of Delay
Page 205 and 206: 2DFace Delay accessories are stored
Page 207 and 208: 2DFace 6. Definition of drill holes
Page 209 and 210: 2DFace Figure 3.3 Output of a digit
Page 211 and 212: 2DFace Equation (6) can be integrat
Page 213 and 214: 2DFace 11.Select type of calculatio
Page 215 and 216: 2DFace Detonation Simulation and Ti
Page 217 and 218: 2DFace Figure 3.8 Detonation simula
Page 219 and 220: 2DFace JKSimBlast 205
Page 221 and 222: 2DView Overview 2DView is an extend
Page 223 and 224: 2DView Opening a Blast Opening a bl
Page 225 and 226: 2DView When the list is complete, c
Page 227 and 228: 2DView Choose View Several pre-defi
Page 229 and 230: 2DView Scroll Bars The display can
Page 231 and 232: 2DView use the mouse or GoTo (or [H
Page 233 and 234: Margin 2DView This sets an extra ma
Page 235: 2DView the speed of calculation. Wh
Page 239 and 240: 2DView [Move All Points] : apply a
Page 241 and 242: 2DView open cut mine after removal
Page 243 and 244: Regions 2DView Calculate for only t
Page 245 and 246: Choosing Results 2DView This step i
Page 247 and 248: 2DView rock mass. After this time i
Page 249 and 250: 2DView calculate the contours, the
Page 251 and 252: 2DView Actual Downhole Connection L
Page 253 and 254: 2DView line contours, only the mini
Page 255 and 256: 2DView 2. Open the Extra Hole Data
Page 257 and 258: TimeHEx Overview TimeHEx (Time vs H
Page 259 and 260: TimeHEx Set the time interval for t
Page 261 and 262: TimeHEx delays. The data in the tex
Page 263 and 264: TimeHEx Toggle the visibility of gr
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