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Provide robust, accurate results from modest-size data-sets
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2D and 3D data analysis with rotational visualisation
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Predict mineralisation patterns, repetitions, location and
controls at regional to mine-scale
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Conduct Fractal analysis
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Determine ore envelope geometry
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Identify high-grade ore shoot directions, patterns and repetitions
within ore envelopes
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Accurately identify strike, dip, plunge directions of mineralisation
and highlight these directions independently with additional
tools
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Generate 2D and 3D rose diagrams for grade continuity directions
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Use search ellipse tools to determiine orientations, depth,
width and length of mineralised bodies, and determine precise
contouring parameters
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Plot variograms
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Visualise grade variance
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Visualise artificial topography and isosurfaces as 2D and
3D contouring techniques and superimpose different grade range
isocontours
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Use compositing tools to determine grade x thickness calculations
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Easily import and export data including string files from
Surpac and Micromine
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Subset data on-screen
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Use semi-automated interpretation tools for translating analyses
into mapping trends in real space, use interrogation tools
to determine real space coordinates of features and use measuring
tool for distances, widths and spacing corrected for real space
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On-line Manual
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Trend and repeating zones of
mineralisation,
structural breaks
and
grade variance are shown
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