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Block Model

ThisA Block Model entity stores astructured raw3D Blockblock Model.data—typically Thisused in resource estimation, geological modeling, and spatial analysis. The model is uploaded as a comma-separated ASCII text file,file, where each row represents an individual block.


Uploading a blockBlock inModel

  1. Navigate to your project’s Catalog section and click “Add Object.”
  2. From the model.

    Once youdropdown, select “Block Model”Model.”

  3. from the “Add Object” button menu, you will see the following options:

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3. Fill out the following fields:

Field

Description

 

Item Name

A readabledescriptive name for the new entityblock model entity.


Capture Date

An(Optional) optionalThe fieldoriginal containingdate the originalmodel capturedata datewas captured.

 

CSV Header

SeeA thecomma-separated paragraph following this table for an explanationline of whatheaders CSVthat Header does.

Horizontal Datum

The horizontal datum used in the block model

Vertical Datum

The vertical datum used in the block model

Projection

The projection used by the block model

Horizontal Units

The horizontal unit type used in the block model

Vertical Units

The vertical unit type used in the block model

 The “CSV Header” field allows definingdefine how each column in the block model willshould be interpreted. In(Details thisbelow.)

field

 you

may enter a line that

Horizontal containsDatum

all headers for

The thehorizontal blockreference model,system separated by commas. For each header, a column definition row will appearused in the entitymodel.

dialog.

Vertical Datum

The vertical reference system used for elevation values.

 

Projection

The map projection used in the dataset.

 

Horizontal Units

Units for X and Y coordinates (e.g., meters, feet).

 

Vertical Units

Units for Z coordinates (e.g., meters, feet).

 

CSV Header

The CSV Header field defines how each column in your file should be interpreted. For instance,example, ifa theheader suppliedline CSV Header is “like:
XC,YC,ZC,XL,YL,ZL,AU,CU”, the following fields CU
will appearproduce a list of Column Definitions for each value, allowing you to specify their role in the dialog:model.

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Column Types

Each entrycolumn in the “Column Definition” canmust be usedassigned toa tellType, which tells the system how the values in that column should be processed. There are two fields to provideprocess init:

eachcase.Thefirstto
field

Type

is
select the type that will be used to handle the field. The available types are:

Purpose


 

Ignore

SkipExclude this column whenfrom processingprocessing.

the

 block model

Set

The values in this column belong tocontains a small set with a limited number of elementsrepeating thatcategorical appear many times over in the block model.values.

Value

TheNumeric values in(e.g., thisgrades, columndensities).

will

 be interpreted as numbers. This setting should be used for grades and any other numeric quantity.

Block Centroid XX/Y/Z

XCoordinates coordinate offor the block’s centroidcenter point.

 

Block CentroidOrigin YX/Y/Z

YCoordinates coordinate offor the block’s centroidorigin corner.

 

Block CentroidDimension X/Y/Z

Z coordinateSize of the block’sblock centroidalong each axis.

 

Note: You must choose either block centroids or block origins for positioning—not both. Using both will result in an input error.

 

Level of Detail (LOD) Aggregation

Each numeric column (e.g., grades or quantities) can also be configured with a Level of Detail (LOD) operation, which determines how values are aggregated in lower-resolution views:

LOD Option

Description

 

Average

Average of all higher-resolution values.

 

Block Origin XMin

XMinimum coordinatevalue offrom the block’sfiner origindata.

 

Block Origin YMax

YMaximum coordinatevalue offrom the block’sfiner origindata.

 

Block Origin ZAdd

Z coordinateSum of theall block’svalues origin(ideal for counters).

 

Block Dimension XMultiply

Block’sProduct dimensionof alongall the X axis

Block Dimension Y

Block’s dimension along the Y axis

Block Dimension Z

Block’s dimension along the Z axisvalues.

 

Uploading Whenthe providingFile

which
    columns
  • Click will“Choose provide Block coordinates, you must choose whetherFile” to useupload the Block Centroid or the Block Origin. Attempting to use both in the sameyour block model will be considered an input error.

    The second field in the Column Definition allows to select how the Level of Detailfile (LOD)CSV systemor willTXT handleformat).

  • the
  • You columnmay values when creating a lower frequency representation of the data. The possible options are listed in the following table:

    Average

    Higher frequency data is averaged to produce lower frequency data

    Min

    Lower frequency data is set to the minimum value of the local higher frequency data

    Max

    Lower frequency data is set to the maximum value of the local higher frequency data

    Add

    Lower frequency data is the sum of the high frequency data. This works well for columns that represent counters.

    Multiply

    Lower frequency data is the multiplication of the high frequency data.

     Click on “Choose File” to select the ASCII text file containing the comma-separated values for the block model. It is possible toalso upload a ZIP archive that containcontains theyour textASCII file.


Click on “Create” to beginstart the upload process. You can trackmonitor the upload operation from the “Pending” sectionprogress in the project’s page.“Pending” section.