ists tutorial

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Home> ISTS Tutorial> Introduction

ISTS Tutorial Introduct ion

The following tutorial describes the process of a typical scheduling exercise using ISTS.

ISTS provides a range of tools for scheduling production using evaluated strings representing mining units

(blocks). These strings can also be generated by advancing a selected face (adjacent string segments) a setdistance, or advancing it to meet a target tonnage.

ISTS optimizes the production required from available blocks, mining faces or blasts over a number of shiftsor days, to meet current processing targets and tonnages. The output from ISTS can be used as input todispatch systems, ensuring that material is transported to the most appropriate location. Because ISTSsupports one-step, multi-period optimization, solutions over the required planning horizon are notcompromised by finding the best blend for the most immediate shift or days production.

Tools are provided for defining haul route networks, as well as haulage fleet and extractive machineryinventories. Data can also be exchanged between ISTS, and machinery scheduling and truck dispatchsystems.

ISTS allows engineers to schedule and blend from mining blocks over one or more time periods, whilehonoring operating constraints and production targets. A period may be as short as a shift, and themining block may represent a portion of a blast, an individual blast outline or a group of blasts orextraction units.

Select and view results, and schedule them into the current time period, with access to standardreports and graphs. Alternatively, export the results to EPS - CAE Mining's graphical scheduler - or areporting tool such as Mining Power Pack CAE Mining's reporting plugin for Excel.

ISTS is the solution for mines with short-term blending requirements from multiple production sources.Simply define multiple processing methods and targets, and let ISTS determine the required material tobe taken from each available source to meet the day's production requirements. Rapid reporting andfeedback means that different options can be quickly assessed to obtain the best available result.

ISTS is the Studio 3 replacement for the functions covered in the Interactive Production Sequencing,Face Advance and Achieve (blending) tools within Studio 2.

ISTS TutorialDescribing ISTS, and introducing the tutorial

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Last Updated 12th August 2013

Pgina 1 de 1Introduction

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Home> ISTS Tutorial> Preparation> Loading Files and Configuring Legends

Overview

In this exercise, you will load the example data required for the tutorial, and configure legends. All files are part of the

DMTutorials data set - contact your local CAE Mining support officeto supply this data set if necessary.

Links to exercises

The following exercise is available on this page:

Loading Files and Configuring Legends

Exercise: Loading Files and Configuring Legends

The following exercises are used to load and configure the display/evaluation legends that will be used later on to provide ameaningful display of the short-term schedule.

Loading Files

1. Using the Studio Project Wizard, create an Extended Precision Studio project at the following location:

C:\Database\DMTutori als\Projects\ISTSTut\Projfiles\[Projectname].

2. When prompted, add all the files from this location: C:\Database\DMTutorials\Data\VBOP\Datamine\ISTS.

3. Add the file _vb_mod1.dm from this location: C:\Database\DMTutorials\Data\VBOP\Datamine.

4. In the Studio Project Wizarddialog, click Next, and then click Finish.

Configuring Legends

1. In the main menu, browse to Format | Legends...

2. In theLegends Managerdialog, expand the tree menu item that corresponds to the location of your project (in this case,C:\Database\DMTutori als\Projects\ISTSTut\Projfiles\[Projectname]) , and click Load Legend... at the bottom of thedialog.

3. In the Opendialog, browse to C:\Database\DMTutorials\Data\VBOP\Datamine\ISTS, select the legend files ISTS1.elgand PERCENT-Color.elg, and click Open.

4. In theLegends Managerdialog, click Close.

Adding Fi les

Loading Files and Configuring LegendsLoading tutorial data files and configuring legends

Prerequisites

Files required for the exercise:

_vb_mod1.dm

_vb_2benches.dm

_vb_paneleval.dm

_vb_topopittr.dm

_vb_topopitpt.dm

_vb_crushhaul.dm

_vb_dumphaul.dm _vb_leachhaul.dm

_vb_pithaul.dm

_vb_stockhaul.dm

_vb_dumplift8tr.dm

_vb_dumplift8pt.dm

_vb_dumplift8_split_st.dm

_vblift8_splittr.dm

_vblift8_splitpt.dm

ISTS1.elg

PERCENT-Color.elg

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1. In the Project Filescontrol bar, expand the top-level item, followed by theAll Filesfolder, and left-click and drag anddrop the following files from the control bar into the DesignWindow:

_vb_2benches.dm

_vb_panel_eval.dm

_vb_topopittr.dm

_vb_crushhaul.dm

_vb_dumphaul.dm _vb_leachhaul.dm

_vb_pithaul.dm

_vb_stockhaul.dm

_vb_mod1.dm

2. Once loaded (select the Design window tab if it is not already selected) you'll see a lot of data on screen. This data isused to set up the initial parameters for short-term scheduling.

3. Right-click in the DesignWindow, and selectFormat Display.

4. In the Format Display dialog, Overlaystab, select_vb_mod1 _(block model).

5. In the Format Display dialog, Overlaystab,Overlay Formatgroup, select the Colortab.

6. In the Legend:drop-down list, select [ISTS1].

7. In the Column:drop-down list, select [AU], and click OK. Note the update to the block model overlay colors. Each cell isnow colored according to the gold grade.

8. In the Sheetscontrol bar, expand the Design and Design View, Design Projection and Overlays objects (the last 3should be expanded automatically), and deselect the following objects:

vb_crushhaul.dm

_vb_dumphaul.dm

_vb_leachhaul.dm

_vb_pithaul.dm

_vb_stockhaul.dm _vb_topopittr/_vb_topopitpt (wireframe).

9. Update the screen by left-clicking inside the design window and typing 'rd' (redraw). You should see something similar tothe following (although more or less data may be shown depending on the resolution of your screen):

Filtering and Formatting Strings

1. In the Loaded Datacontrol bar, right-click_vb_2benches (strings)and select Data Object Manager....

2. In the_vb_2benches (strings) - Data Object Managerdialog, click Expression Builder....

3. In the Expression Builderdialog, Expressionbox, add the expression "COLOUR=9" (without quotes), and click OK.

4. In the_vb_2benches (strings) - Data Object Managerdialog, clickApply.

Strings can be annotated using the Format Display dialog, Overlaystab,Overlay Formatgroup. AlternaISTS Task Pane, select Setup | Formatting| Annotate Strings....

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Home> ISTS Tutorial> Setup> Configuring Project Settings

Overview

Select the required data objects, and view field treatment settings in the Project Settingsdialog.

Links to exercises

The following exercises are available on this page:

Specify the Required Data Objects

Viewing Field Treatment Settings

Exercise: Specify the Required Data ObjectsThis exercise is used to 'instruct' the ISTS system which data objects are to be used to perform the scheduling operation.

1. In the main menu, select View | Customization | Toolbars | ISTS Contro l.

2. In the main menu, selectAppl ications | ISTS | Setup | Pro jec t Set tings...

(Alternatively, click Project Settings ... in theISTS Contro ltoolbar, if it is displayed.)

3. In the Project Settingsdialog, Select Datatab, Datagroup, select [_vb_panel_eval (table)] from the BlockReserves:drop-down list - you'll see that it's the only option (ISTS automatically filters out data tables in memorythat don't match minimum requirements for a given option).

4. In the Block Outlines: drop-down list, select [_vb_2benches (strings)].

5. By the Mining Schedule: drop-down list, click New....

6. In the New Schedule Tabledialog, type "Tutorial_sched" in the Name:box, and click OK. This automaticallycreates an empty table in memory, with the expected data columns.

7. By the Dependencies: drop-down list, click New....

8. In the New Dependency Tabledialog, type "Tutorial_dep" in the Name:box. Again, a new data object is created.

9. Leave the Project Settingsdialog open.

Exercise: Viewing Field Treatment Settings

The Field Treatmentstab in the Project Settingsdialog allows you to choose whether any given field is Accumulated,Copied or Weighted in any scheduling calculation - the default options for each field are usually correct.

1. In the Project Settingsdialog, select theField Treatmentstab.

2. In the left-hand pane, click TONNES and confirm thatAccumulatedis selected in the Treatmentgroup (note thatyou cannot change this value)

3. In the left-hand pane, click VOLUME and confirm thatAccumulated is selected in the Treatment group.

4. In the Project Settingsdialog, click OK.

5. At this stage, ISTS creates more data objects in memory that are used later in the process so you will see theLoaded Data bar update to show new items. Don't worry about them for now as their usage will be explained laterin the tutorial.

Configuring Project SettingsSelecting data objects and viewing field treatment settings

Prerequisites

Complete the exercise Loading Files and Configuring Legends

To aid visualization, fields can be added from the Reserves file into the Outlines file by selecting thecheck-box for the relevant field.

If the DPLUS and DMINUS fields exist in the reserves, they must be set to "Annotate" to allow them tused.

Mining units such as TONNES and VOLUME must be set to "Accumulated", in order to be used as activiunits.

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Move onto the next exercise

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7. In the drop-down list by thePeriod Length box, select [Week(s)].

8. In the Number of Periods box, type '4', and click Generate. This will add more calendar intervals to thetable below (note that the original ones remain)

9. In the Time Periodstab, confirm that seven periods of one day's duration, and four periods of one week'sduration have been created, e.g.:

Adding Non-Working Days

1. In the Calendars dialog, select the Maintenance Calendarstab, and clickAdd.

2. In the MaintenanceCalendar dialog, Calendar Name:box, type "Loading" and clickAdd.

3. In the Define Time Perioddialog, enter the third day of the current month in both the Fromand Toboxes,and click OK.

4. In the MaintenanceCalendar dialog, Non-Working Days table, confirm that a single non-working day isdisplayed for the specified date, e.g.:

Adding Non-standard Days (Downt ime)

1. In the MaintenanceCalendar dialog, Non-Standard Days (Downtime)group, clickAdd.

2. In the Define Time Period dialog, define a downtime period for the second day of the current month,between 4 (04:00:00) and 6am (06:00:00), and click OK.

3. Add the following downtime periods by repeating steps 1-2 above (these are all entered into the Non-Standard Days table so use the bottomAddbutton in each case):

The fourth day of the current month, between 4 and 6am.

The sixth day of the current month, between 4 and 6am.

The eighth day of the current month, between 4 and 6am.

The tenth day of the current month, between 4 and 6am.

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4. In the MaintenanceCalendar dialog, click OK. You should see a table similar to the following (but yourdates will vary):

5. In the Calendars dialog, click OK.

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Alternatively:

. Add the following data in Microsoft Excel - substituting the current month for the month shown in theimage:

. In the MaintenanceCalendar dialog, Non-Standard Days (Downtime)group, clickAdd.

. In the Define Time Period dialog, click OK.

. In Excel, copy the rows you have added to clipboard.

. In the MaintenanceCalendar dialog, Non-Standard Days (Downtime)table, click in the first row antype< Control V>on the keyboard to paste the contents of the clipboard.

. In the MaintenanceCalendar dialog, Non-Standard Days (Downtime)table, confirm that the datawhich you created in Excel has been added to the table.

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Home> ISTS Tutorial> Setup> Mine Configuration> Destinations and Stockpiles> Destination Plant

Overview

Creating and configuring a Plant destination.

Links to exercises


Creating a Plant Destination

Exercise: Creating a Plant Destination

1. In the main menu, selectAppl ications | ISTS | Setup | Dest inations.

2. In the Destinations dialog, clickAdd.

3. In the NewDestination dialog, Generaltab, Destinationgroup, type "PLANT" in the Name:box.

4. In the Processing Capacity(per period) group, select theMeet Exactlyoption.

5. In the Meet Exactlybox, define the value '5000', and select Tonnes and [Day(s)] in the drop-down list.

6. In the Constrain by Categorygroup,select Usein the LOW_GRADE andHIGH_GRADE rows.

7. In the select the Grade/Quality Targets tab, clickAdd.

8. In the Grade/Quality Targetdialog,type"PLANT FEED" in the Namebox.

9. In the Target variables:table, type '1' in the Numeratorcolumn in theAUrow.

10. In the Target Bounds by Period:table, select [Period 11 - [Date]] from the drop-down list in the first row. This willbe the last entry in the list.

11. In the Period 11 - [Date]row, type '2' in the Minimumcolumn.

12. In the Period 11 - [Date]row, type '5' in the Maximumcolumn.

13. In the Grade/Quality Targetdialog, click OK.

14. In the NewDestinations dialog, click OK.

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Destination PlantCreating and configuring a Plant destination

Prerequisites

Complete the following exercises:


Configuring Project Settings

Alternatively, click the Destinations icon in theISTS Controltoolbar, or in the ISTS Task Pane,selSetup - Mine Configur ation - Destinations.

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Home> ISTS Tutorial> Setup> Mine Configuration> Destinations and Stockpiles> Destination Stockpile

Overview

Creating and configuring a Stockpile destination.

Links to exercises

The following exercises are available on this page:

Creating a Stockpile Destination

Configuring the Stockpile Destination

Exercise: Creating a Stockpi le Destination

1. In the Destinations dialog (open from the previous exercise), clickAdd

2. In the NewDestinationdialog, Generaltab, Destinationgroup, type "STOCKPILE 1" in the Name:box.

3. Select the Stockpile option, and click Stockpile Settings ....

4. In the Destinations: STOCKPILE1: Stockpile Settingsdialog, Generaltab, Max Reclaim (tonnage)box,type '10000'.

5. In the Destinations: STOCKPILE1: Stockpile Settingsdialog, select the Reclaim Destinationstab.

6. In the PLANTrow, select [YES] in the Enabledcolumn, and click OK.

7. In the NewDestination dialog, Generaltab, Processing Capacity (per period)group, select theLimited tooption.

8. In the Limited tobox, type '10000' and select Tonnes.

9. Select [Day(s)] in the drop-down list and leave '1' in the perfield.

10. In the Constrain by Categorygroup,select Usein the LOW_GRADE andHIGH_GRADE rows, and clickOK.

Exercise: Configuring the Stockpi le Destination

1. In the Destinations dialog, select STOCKPILE 1and click Edit.2. In the Destinations: STOCKPILE 1 dialog, click Stockpile Settings...

3. Select the Supplytab.

4. In the Initialrow, Tonnescolumn, type '11000'.

5. In the Initialrow, Density column, type '3.1'.

6. In the Initialrow,AU column, type '2.9'.

7. In the second row, select [period 8 - [date]] from the drop-down list.

8. In the second row, Tonnescolumn, type '11000'.

9. In the second row, Density column, type '3.1'.

10. In the second row,AU column, type '2.9'.11. Click OK.

12. In the Destinations: STOCKPILE 1 dialog, click OK.

Destination StockpileCreating and configuring a Stockpile destination

Prerequisites




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Specifying 11000 tonnes in the Initialrow means that the stockpile will contain this amount at the start othe schedule. Adding the same amount in the second row results in this amount being added to thestockpile in period 8, as well in all subsequent periods.

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Home> ISTS Tutorial> Setup> Mine Configuration> Destinations and Stockpiles> Destination Leachpad

Overview

Creating and configuring a Leachpad destination.

Links to exercises


Creating a Leachpad Destination

Exercise: Creating a Leachpad Destination

1. In the Destinations dialog (open from the previous exercise), clickAdd .

2. In the NewDestination dialog, Generaltab, Destinationgroup, type "LEACHPAD" in the Name:box.

3. In the Processing Capacity (per period) group,select theLimited Tooption.

4. In the Limited Tobox, type '10000', and select Tonnes.

5. Select [Day(s)] in the accompanying drop-down list and leave '1' in the perfield.

6. In the Constrain by Categorygroup,select Usein the MARGINAL row and click OK.


Destination LeachpadCreating and configuring a Leachpad destination

Prerequisites




This value is used by the solver to limit the quantity of material allocated to this destination in a particular

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Home> ISTS Tutorial> Setup> Mine Configuration> Destinations and Stockpiles> Destination Dump

Overview

Creating and configuring a dump destination.

Links to exercises


Creating a Dump Destination

Exercise: Creating a Dump Destination

Creating a Dump Destination

1. In the Destinations dialog, clickAdd

2. In the NewDestinationdialog, Generaltab, Destinationgroup, type "DUMP" in the Name:box.

3. In the Destinationgroup,select the Dump option.

4. In the Maximum Capacitygroup,select theLimited Tooption.

5. In the Limited Tobox, type '100000' and select Tonnes.

6. In the Constrain by Categorygroup,select Usein the WASTE row, and click OK.

7. In the Destinations dialog, click OK.

8. In the main menu, select File | Saveto save the project.

9. In the Save Data/Set Auto Reloaddialog,Auto Reload column, confirm that all files are selected, and click OK.


Destination DumpCreating and configuring a dump destination

Prerequisites




This value is used by the solver to limit the quantity of material allocated to this destination.

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Home> ISTS Tutorial> Setup> Mine Configuration> Destinations and Stockpiles> Dump Modeling> DumpDesign

OverviewThis topic demonstrates the stages in creating a dump design from a base string. The design rises in lifts of adefined height, and with the required slopes and berms. The dump modeling process consists of the followingsteps:

1. Dump Design: creates a wireframe for each lift, based on the design parameters you specify.

2. Dump Evaluation: subdivides each Dump Lift wireframe into Dump Blocks, and calculates the volumeof each Dump Block.

3. Sequence the Dump Blocks: creates the sequence for the dump blocks.

Exercise: Dump Design

1. In the Sheetswindow, browse to Design | Design View | Design Project ion | Overlays, and deselect

all selected objects.

2. In theProject Filescontrol bar, drag-and-drop the _vb_tipbasest file into the Designwindow.

3. Left-click In the Design window and type 'rd' to redraw the display.

4. In the View Controltoolbar, click Zoom Extents (or left-click in the Design window and type 'za'). Youwill see a single enclosed string as shown below:

Dump DesignDesigning a dump in defined lifts, using a base string

Prerequisites




Files required for this exercise:

_vb_tipbasest

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5. In the Dump Modelingsection of the ISTS Task Pane | Setup menu, click Dump Design.

6. In the Customizationcontrol Bar, expand the Dump Designdialog by dragging its lower edge usingthe mouse.

7. In the Dump Designdialog, enter the values shown in the following image for Next Lift (1)

Lift Height (10)

Face Angle (32)

Berm Width (10)




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8. Click Calculatenext to the Inter Ramp Angle:box - the value '21.04' is added automatically.

9. Select Use Topographyand select the wireframe file_vb_topopittr using the browse button.

10. In the Designwindow, select the displayed string (representing the base of the dump -_vb_tipbasest.dm), and click Project at the top of the Dump Designdialog.

11. A Message from Webpage dialog is shown indicating the volume contained within the first lift (Lift1):

12. In the Message from webpagedialog, click OK. A wireframe of the next lift for this dump is created inthe Designwindow, as shown below:

13. In the Dump Designmenu, confirm that the value for Next Lifthas changed to '2' (it will incrementautomatically)

14. Click Projectto create the next lift of the dump.

15. The next message you see shows that Lift 2 contains 468720 m3. In the Message from webpage

dialog, click OK.

16. In the Dump Designmenu, confirm that the value for Next Lifthas changed to '3'.

17. In the Dump Designdialog, repeat steps 13-14 until you have completed Lift 8 (confirm all of the




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messages that are displayed - the final message, for Lift 8, will show that 571795 m3 is contained)

18. In the Designwindow, confirm that the following view is displayed:

19. Left-click in the DesignWindow and type "vro" to update the VRWindow.

20. In the Sheets control bar, expand the VRand Wireframesfolders, and select_vb_topopittr/_vb_topopitpt (wireframe).

21. In the VRWindow, rotate the view, using the left mouse button/SHIFT combination and dragging sothat it is similar to that shown below (doesn't have to be exact):




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22. In the main menu, select File | Save.

23. In the Save Data/Set Auto Reloaddialog, accept the default settings and click OK.

24. In the Loaded Datacontrol bar, unload the following objects by right-clicking them and selecting Data |Unload (In the Studio 3dialog, click Yes).

Dump1st (Strings)

Dump1tr/Dump1pt (wireframe)

_vb_tipbasest (Strings)

25. In the Sheetscontrol bar, expand the VRand Wireframesfolders, and deselect_vb_topopittr/_vb_topopitpt (wireframe). The VR window should no longer show any structural data.

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Home> ISTS Tutorial> Setup> Mine Configuration> Destinations and Stockpiles> Dump Modeling> DumpEvaluation

OverviewThis exercise splits the dump lift wireframe into segments.

Links to exercises


Exercise: Dump Evaluation

Exercise: Dump Evaluation

1. Load the following files by dragging them into the Designwindow from the Project Filescontrol bar(from this point onwards, this loading method will be simply referred to as "Dragging files into theDesign window").

_vblift8_splittr

_vb_dumplift8_split_st

2. In the View Controltoolbar, click Zoom Extents (or type 'za' after left clicking in the Design window)

3. Select all of the strings by left-click-dragging a rectangle around all visible data.

4. In the ISTS Task Pane, select Setup | Dump Modeling | Dump Evaluation .

5. In the Dump Evaluation dialog,Input Wireframegroup, Object:drop-down list, confirm that_vb_lift8_splittr/_vb_lift8_splitpt (wireframe)is selected.

6. Confirm that [LIFT] is selected in the Lift Field: drop-down list.

7. Select the Use one valueoption, and define the value '8'.

8. In the Dump Evaluation dialog,click OK.

9. In theLoaded Datacontrol bar, unload_vb_lift8_splittr/_vb_lift8_splitpt (wireframe).

10. In the Sheetscontrol bar, expand the Design, Design View, Design Projectionand Overlaysobjects,and deselect Dump_tr.

11. In the Designwindow, type "rd", and confirm that the wireframe has been split into segments as shownbelow:

Dump EvaluationSplitting a dump lift wireframe into segments

Prerequisites


Loading Files and Configuring Legends,


Dump design

Files required for the exercise:

_vb_dumplift8tr.dm

_vb_dumplift8pt.dm _vb_dumplift8_split_st.dm

_vblift8_splittr.dm

_vblift8_splitpt.dm

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12. In the Sheetscontrol bar, deselect_vb_dumplift8_split_st (strings).

13. In the Designwindow, type "rd" to refresh the view.

14. In the main menu, select File | Save.

15. In the Save Data/Set Auto Reloaddialog, click OK.

16. In the Save New 3D Objectdialog, click Extended Precision Datamine (.dm) file.

17. In the Save Dump_Defdialog, type "dumplift8_def", and click Save.


19. In the Save Dump_stdialog, type "dumplift8_st", and click Save.


21. In the Save Dump_trdialog, type " dumplift8_tr", and click Save.

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