Viewer

The viewer displays the mine site, including detailed terrain, stockpiles, zones, and resources. It provides users an interactive overview on real-time spacial and material data. Pan, rotate, and zoom controls allow viewing from different perspectives and to guide analysis. The viewer map is highly interactive, clicking or selecting map areas opens a panel which reveals key statistical and properties data. Static and context-sensitive and tools enable detailed analysis to help identify material movements, resource grades, and quantities and update or change information.

Using the viewer

Manipulate the view using the mouse to pan, rotate, set the centre of rotation , and zoom to the subject of interest. MaterialMRT uses similar dedicated viewers in other pages, all of which share these common functions. To learn more, see Getting Started > Visualising topology in MaterialMRT.

Using the View details panel

The View detail panel opens when you click anywhere inside a zone or stockpile in the viewer, or by right-clicking and selecting from the context-sensitive menu. General information such as the name, parent zone (if applicable), age, and the dimensions, mass, volume, and position are are listed, followed by a list of properties. To see stockpile properties located outside of a parent zone, click . The list often extends beyond the limits of the browser, if necessary, scroll to see off-screen items. To close the details panel, click at the top right, or in the viewer, click in a vacant area outside of zones.

The view details panel is arranged as follows:

• General information headings are defined in the following drop-down list.

  Click to see definitions for general information items

  Stockpile Name	The name of the stockpile (see the first tip that follows)
  Parent Zone	The zone in which the stockpile is located
  Area	The calculated area of the stockpile
  Volume	The calculated volume of the stockpile
  Mass	The calculated mass of the stockpile
  Centre position	The coordinates of the centre area of the stockpile
  Status	An optional field to flag arbitrary conditions, such as surveyed, empty, or building
  Boundary behaviour	Indicates if the boundary is dynamic Dynamic boundaries follow the outlying shape of the stockpile. As material is added or removed, the stockpile shape may change. In such cases, the boundary shape is updated. or static A static boundary does not change shape. Material added or removed are constrained to this boundary..

• Properties within the selected zone, stockpile or other area

  • Use the mouse wheel or scroll bar to scroll through the list of items, if required.

  • Hover over a property with the mouse pointer to display a tooltip chart of the selected property.

    Example of hovering over a text property

    Property selected by hovering the mouse pointer over it

    Tool tip displaying the chart for the selected property

  • Click to open the context menu containing stockpile editing and export tools.

  • To edit a stockpile name, click on the name heading or , enter the new name, then click to save it.

View details context-sensitive tools

View details has tools that enable you to modify, remove, or export stockpiles, as follows:

	Click on a stockpile in the viewer to open the View details panel. Then click to show the tools listed below.
	Right-click on a stockpile in the viewer to open the New stockpile name panel. Enter the new name, then click . This duplicates clicking the View detail panel is open and not available in the View details menu.
	Merging combines adjacent stockpiles into a single boundary. Click to see instructions for merging stockpiles To use the Merge Stockpiles tool, follow these steps: On the target stockpile, right-click to open the context-sensitive menu and select . Note The child stockpile will inherit the parent’s name after merging. Stockpiles must be adjacent to each other and within 50 m (164 ft) to enable merging. When prompted, select the child stockpile, a confirmation box opens showing the parent and child. Click to confirm the action, then to dismiss the Success confirmation . The new boundary is formed around the merged stockpile.
	Adjust volume can be applied immediately, or at a previous point in time and allows for corrections to be made as needed to the stockpile. Click to see instructions for adjusting stockpile volume To use the Adjust Volume tool, follow these steps: Select the stockpile you want to adjust using either mouse button If you left-click on the stockpile, use the ellipsis on the information pane. If you right-click on the stockpile, select Adjust stockpile from the context menu. Click to open its panel. The current volume is shown New Volume (unit³) System Bar>Preferences>Units field, enter the new volume, overwriting the previous value. Click save the new value.
	Transform to benchconverts the default mound structure into a stockpile with one or more benches. It uses an intelligent algorithm to calculate the shape and footprint, either with configurable parameters or by importing a model. Click to see instructions for using the transform to bench tool To use the Transform to Bench tool, follow these steps: Select the stockpile to transform to a bench using either left or right mouse button If you left-click on the stockpile, use the ellipsis on the information pane. If you right-click on the stockpile, select Adjust stockpile from the context menu. Enable Reshape current bench to modify a stockpile with an existing bench. If this setting is unchecked, a new bench is created over the existing bench. Click , to open the Transform Stockpile Options panel. Enter the values for Bench Height and Bund Height into their corresponding fields. Note:  The estimated height of a bench is based on the average height and area of the stockpile mass. Use the cross-section tool to estimate the ideal bench height for the given footprint and volume. The bund height is determined by the site operator. Enter the value for Ramp Width, if required, To make a ramp, click then click from base to where the ramp ends at the stockpile. A red line representing the ramp between the start and end points will be displayed, as illustrated. To reposition the ramp, click on the start or end point and drag it to a new position for click and drag anywhere on the line to move the entire ramp. To remove the ramp, click . Apply the preferred setting for Define bench boundaries with, as follows: Select Polygon if you want to define the footprint of the stockpile then click and create your footprint. The polygon can later be modified or removed by clicking or respectively. Note:  Use when a ramp and a polygon are both in the design, it sets which of the two object types are enabled for editing. Select File to import a KML, JSON, or DXF model, using the drop zone. If necessary, select the appropriate unit of measure from the File Units drop-down. Note:  The design file must match the grid coordinates of the intended stockpile. Select Existing Footprint to maintain the overall shape of the stockpile. If necessary, also enter the Offset Distance. The offset distance value sets the amount the current boundary is allowed to shrink to maintain the required volume. Apply the Effective time to confirm your changes: Select Now to apply the changes immediately. Select In the past to apply changes at a previous point in time. Use the As of calendar picker to set the date and time of occurrence. Click to see transform effects. If necessary, continue to modify the transform parameters and preview. Note:  A warning message is typically displayed when you preview or confirm the design because the results depend on the deficit or surplus of material with changes in stockpile volume. Since the tonnage in the stockpile is constant, the system changes the density within the model to compensate. By noting surplus or deficit in volume, change your parameters until it is closer to parity by checking the preview result. Click to perform the transform to bench. Note:  Transform to bench is recorded in the event manager and can be reverted, if necessary.
	Clear stockpile removes the selected stockpile and its material properties. This tool can be used to update MaterialMRT when material has been removed (or re-purposed for non run-of-mine purposes), and hasn't been modelled. Click to see the instructions for clearing a stockpile To use the Clear Stockpile, tool, follow these steps: Select the stockpile you want to clear using either mouse button If you left-click on the stockpile, use the ellipsis on the information pane. If you right-click on the stockpile, select Adjust stockpile from the context menu. Click . The Clear stockpile panel opens. Click to complete the task. This also works with the tool, allowing you to clear only the selected portion of a stockpile.
	Export Surface converts the selected stockpile into a AutoCAD DXF or Vulcan triangulation file 00t. You can also export a selection within a polygon using the tool. To learn more, see Viewer > Using the Select Area tool. Click to see instructions for exporting a stockpile to a surface file To use Export Surface, follow these steps: Right click on the stockpile you want to export. Select to open the Export to Surface File panel. In the File Type drop-down, select an output file format. Click to save the file. The file is saved to the default download folder and named as follows: <Stockpile Name>.dfx or .00t
	Export to ASCII creates a CSV file contained in a ZIP folder. The data forms sub-blocked block models for importing into Maptek Vulcan or similar block viewers. You can also export a selected area using the tool. To learn more, see Viewer > Using the Select Area tool. Click to see instructions for exporting a stockpile as ASCII To use the Export as ASCII tool, follow these steps: Right click over the stockpile you want to export. Select from the menu. The file will be immediately created and saved to the browser's download folder. The ZIP folder and the CSV file follow the respective naming convention: <Stockpile Name>Ascii Model.zip and <Stockpile Name>.csv Example:  SP_W2 Ascii Model.zip and SP_W2.CSV To use the exported file, first unzip the folder to access the CSV file.
	This tool only appears when is activated (see Viewer > Using the Select Area tool), and is similar to but is constrained to the polygon.
	This tool only appears when is activated (see Viewer > Using the Select Area tool). It allows you to separate a stockpile into two separate stockpiles by creating a polygon to separate them. New boundaries are set for each as they become separate models.

Viewer tools

Viewer tools provide additional options for visualising and analysing stockpile structures and material content, including interactively moving material to other locations. These are described below:

	This tool allows you to visualise the stockpile through its cross section from the Explore Cross Section tool. To learn more, see Using the cross section tool.
	Use this tool to male a polygon over a specific area and enable the Reclaim Reclaim is a tool that's available in the details pane after you select an area., Edit Properties Edit properties is available in the details pane after you select an area., and Clear Material Clear Material appears if the Select Area polygon is created over a stockpiled area. in the view information panel. It also adds to the context menu. To learn more, see Using the select area tool.
	Manually transfer material from one location to another, as if using a truck. To learn more, see Moving material in a stockpile to another location.
	Choose the preferred stockpile colour scheme. Select from Coloured by Height The colour scheme denotes the height of the stockpile model., Vertical Column The weighted average of the selected metric is applied to all the vertically stacked cuboid stacks in the stockpile., and Stockpile The stockpile mass of the entire stockpile or a selected property in the stockpile.. When Vertical Column or Stockpile is selected, open the Metric drop-down to choose one. The preferred colour scheme legend is shown at the bottom-right of the viewer, and all stockpiles are coloured accordingly.
	Zoom To opens a list containing all zones inside the terrain map. You can do any of the following: Click on a location in the list to centre it in the viewer. Click Save to set the currently chosen location as the default. Click to centre the default location in the viewer. Search for a zone in the list by entering the keyword in the Search zone by name search bar.

Using the cross section tool

Cross Section allows you to place a line across a stockpile enabling you to analyse the profile and content of the current model and compare it to available scan files. In this section, we describe how to create the cross section, open the Explore Cross Section tool, and configure its settings to your preferences.

To create a cross section, follow these steps.

1. Click , then in the viewer, move the mouse cursor to the cross section start point (P1) and click to set its position. Repeat this to set P2, as illustrated.

   .

   The yellow line P1 - C - P2 is displayed. The cross section can be adjusted as necessary, as follows:

   • Move P1 or P2 in any direction by dragging its node.

   • Move the entire line by dragging the centre node C.

   After you have created a cross section, a simple profile graph plotting Height versus Distance from P1 will appear, along with the Explore Cross Section tool.

Exploring a cross-section

After creating a cross section, click to open Cross Section in a new browser tab. Here, additional tools to enable more information to be added as follows:

Graphing type	Set the resolution displayed on the graph with respect to the default, as follows: Select Raw to the default cuboid size that was set in Site Configuration > Site Parameters. Select Averaged to increase the cuboid size to the value set in Resolution (see its definition further down in this section). Increasing the value of resolution increases the block size and produces a coarser sample. For instance, resolution 2 doubles the size of a 1 x 1 cuboid. Below is comparison between a graph with (1 x 1 ) Raw cuboids (top) and the same graph when Resolution is 2 is used (bottom).
Stockpile base	Determines whether the stockpile conforms to the terrain or is referenced to fixed axis, as follows: Select Follow terrain to combine the effects of terrain with cross section profiles in the graph. Select Horizontal to only include the profile of the cross section. Note:  Scan files are surfaces created from scans or designed models using the same local grid coordinates and can be used as a comparison to the current cross section. The image below compares the stockpile base when following terrain (left) and horizontal (right). Also note the effect on the vertical scales; following terrain references the actual terrain height as its base, while the horizontal stockpile base is level.
Tooltip properties	Tooltips will appear as you mouse over a specific cuboid block. To control the detail of information to display, choose either of the following: Select Show all to display all information about the block. Select Show selected to display the distance, height, and width of the block, and the currently selected metric.
Colour by metric	Use the drop-down to select the metric you prefer to display in the graph and Show selected tooltip. This information provides a colour-coded profile based on the selected property, and displayed as stacked cuboids, similar to histograms.
Resolution	This field appears when Graphing type is set to Averaged. Enter a number to set the cuboid's width and height. The higher the number, the coarser the resolution.
Offset profile	Stockpile surfaces selected as Available for Cross Section in the Measurements - Stockpile Surface page are listed are included in the cross section page. Use the checkboxes to select which profiles to display. Click on the colour block to select an alternate colour for a selected profile. In the Z-Offset column enter a value if applying an offset compensation to the current material profile or other surfaces. The effects are displayed in the graph, similar to the examples illustrated below.

Adjusting the cross section in the viewer

The viewer in the cross section page retains the cross section created in the Viewer page. If required, you can adjust section P1 - P2, and C by dragging their respective nodes within this viewer. The graph is updated accordingly.

Comparing surfaces to the current cross section

Scans or design surfaces can be added to the stockpile. When enabled, they are displayed with the existing cross section. This allows you to compare any of the scan files to the current cross section, as shown below:

To compare a design to the cross section profile or metric, set Stockpile base to Follow terrain and do any of the following:

• Select any available scan files in the Stored scan files list.

• Temporarily import scan files into the Compare scan files drop zone. They must be reloaded if you close the cross section page.

• Apply an offset value, if required. Offsets can be applied in cases where a particular property must be accounted for in comparison the cross section. The offset can be used to place the scan file to comply with the intended design height.

  Example

  A dump is known to consist of 6 m (19.7 ft) of waste material that must be factored into the modelling assessment which the user applies to the scan file to allow for this. The effect of this offset is displayed on the graph below.

  In this example, the yellow profile is a scan file with no offset applied, and the blue line with the offset (no part of the design encroaches into the block cross section).

  

Using the Select Area tool

The Select Area tool is used to query material properties in existing zone polygons and solids, and filtered into categories such as stockpiles, and other run-of-mine sources and storage points. It also uses the polygon tool, allowing you to create polygons anywhere within zones with resources. The details panel provides an overview of the selected area’s mass and volume and itemises its properties similarly to clicking on a stockpile and seeing its details. Select area is also a companion for any tool that creates polygons, such as Clear Stockpile, Transform to Bench, and other stockpile modifiers under the menu.

The options for filtering data includes the following:

• Filter by Categories, Zone Polygons, and Zone Solids. Use the drop-down lists to select areas in the viewer, including any combination of zones, zone solids, or stockpiles. Categories selects material sources, storage points, and report solids. The selected areas are itemised, and their combined properties are shown in the details panel, as in the example below.

  	Select Area button (opens a blank details panel).		Reclaim Area button
  	Add a polygon (initiates digitising mode on the viewer).		Edit Properties button. List of aggregate properties
  	Stockpile and zone filtering options		Remove Polygon button
  	Context menu and close panel buttons		Aggregate mass and volume of listed items
  	List of digitised user-made polygons.		Properties list (aggregate quantities).
  	List of zone polygons.		Trips properties linked to open in the Tip Editor.
  	List of zone solids.

The polygon section displays the mass and volume within, and additional tools enable you to do the following:

Reclaim ()	Adjusts material in the selected area by allocating it to an appropriate sink (such as a crusher). To reclaim material, follow these steps: Click to open Reclaim Options dialog. Click to select a point in time or a date range, then click . Enter a value for Mass to Reclaim and the Mass per Load fields respectively. Enter the Digger Name and Truck Name in their respective fields. Expand the Destination drop-down and select one from the list. Click to update the reclaimed material removed from the run-of-mine chain.
Edit Properties()	Click on Edit Properties to open the properties editor. Click to add a new value (added to the bottom of the select numeric, text, or list property list). Then, select the property to assign an applicable value. Click to remove any property from the list. Click in any Value field of a selected property and enter a new value, if required. Click to save your changes.
Remove Polygon ()	Click to remove the polygon from the viewer.

• Click and select an area to query the underlying terrain properties. Multiple polygons can be created, each are given a unique colour and added to the view details panel. Their combined properties are aggregated under Properties.

  • Hover your mouse over a listed polygon marker to see a tool-tip showing its properties.

  • Hover your mouse over an individual property to open a tool tip showing a chart, similar to a dashboard widget.

• Click to enter editing mode, make a polygon within a stockpile, solid, or zone, allowing you to use the following tools:

  • Click to use the , , , context tools.

    Click to view instructions for splitting a stockpile

    1. Click to open a panel.

    2. In the Categories drop-down list, select Stockpile.

    3. Click to enter editing mode, then make a polygon around the area to separate from the current stockpile. Press Space to stop editing.

       

    4. Click and select .

    5. In the Enter name for the new stockpile panel, type a name In the Name field, then click . The new stockpile is saved, and both stockpile boundaries are dynamically updated, as illustrated.

       

  • Click to view instructions for clearing material from a stockpile

    1. Click to open a panel.

    2. In the Categories drop-down list, select all that apply.

    3. Click to enter editing mode, then make a polygon around the area to clear. Press Space to stop editing.

    4. Click and select .

    5. In the Clear Material confirmation, click .

  • Click to view instructions for exporting a polygon selection as a surface or ASCII file

    1. Click to open a panel.

    2. In the Categories drop-down list, select all that apply.

    3. Click to enter editing mode, then make a polygon around the area to clear. Press Space to stop editing.

    4. Click and select , or .

       For exporting a surface, select the file type, then click . The file is named [SurfaceExport] in the chosen file format.

       For exporting as ASCII, the file is immediately generated and saved in a ZIP folder named [Selected Polygon Ascii Model].

Moving material in a stockpile to another location

Move material allows you to manually move material within the site from one point to another using simple point-and-click gestures. The placed material follows the Site Configuration material modelling settings in the system bar. To move material, follow these steps:

1. Adjust your view to identify the source location of the material.

2. Click . The mouse pointer will change to a cross.

3. Click to select the source location from which the material will be moved.

4. Move your mouse pointer to the destination point and click to set (a yellow line connects source and destination points).

5. In the Movement Options panel, confirm or update the following information:

Load location	The coordinates where the material will be loaded according to the location chosen in step 3.
Load time	The intended time (and date) at which the material will be loaded. This can be adjusted using the calendar picker.
Load location	The coordinates where the material will be dumped according to the location chosen in step 4.
Load time	The intended time (and date) that the material will be dumped. This can be adjusted using the calendar picker.
Payload mass	The tonnage of the material to be moved. This value can be adjusted if required.
Digger Name	The name of the equipment used to load material into the truck. You can edit this field if required.
Truck Name	The name of the truck moving the material. You can edit this field if required.

6. Click to complete the task. MaterialMRT updates the data and performs a replay to update the system (but not the FMS source itself).

   Note:  Material sent to any non-sink zone is modelled on the terrain. Material sent to a sink will not be displayed.