RR. Report Fields (Glossary)

Field List

Field Name	Field Description	Field Value

Field Name	Field Description	Field Value
Bench	Blast floor/tip head level	Setup > Bench Templates
Blast Type	Production/Trim/Contour/Ramp/Free Dig	Designer > Properties > Blast Types
Blast.<PropertyName>	User-specified blast properties	Designer > Properties > Solid Properties
Count	Solid counting field	Numerical value
Flitch	Dig floor	Setup > Bench Templates
Full Name	Full solid name (Mine/Pit/Stage/Bench/Blast)	Setup > Phase Details > Levels and Designer > Properties > Level Names
Is Excluded	"Excluded" blocks are not included in exports	Designer > Properties > Is Excluded
Name.<Number>	Splits the full solid name (Mine/Pit/Stage/Bench/Blast) and returns the n^th item	Setup > Phase Details > Levels and Designer > Properties > Level Names
Parcel	Block model material type	Setup > Block Models
Perimeter	Full perimeter of the solid	(calculated value)
Reserves Source	Block model used in reserving	Setup > Phase Details
Reserves.Volume	Block model volume	Setup > Block Models
Reserves.<FieldName>	Block model values	Setup > Block Models
Surface Area	Solid surface area	(calculated value)
Terminal Node	Indicates if this is a leaf block (blast solids may have dig solid children)	True/False value
Type	Blast block/Dig block	Blast/Dig solid
Volume	Exact solid volume	(calculated value)
WallControl.<FieldName>	User-specified wall length properties	Setup > Wall Control Designs

The following cases may result in a difference between the Solid Volume and Reserves Volume.

If a block model is clipped by "centroid in/centroid out", then this introduces air gaps inside the pit solid.

To resolve this issue, use an inflated pit solid to clip the block model.

If the block model volume field is factored by an air percentage, then this introduces air gaps inside the pit solid.

To resolve this issue, use the absolute block model cell volume (dx * dy * dz) in the volume field.