ALBUM

Surpac

All 17 records are shown below.

Project scene and string loading

Stage 01 of the GEOVIA Surpac sequence: interpretation strings are reviewed across the available sections, preserving the boundaries used to construct the geological domain.

surpac-221244

Drillhole visualization

Stage 02 of the GEOVIA Surpac sequence: drillholes and their coded intervals are displayed in three dimensions to confirm collar positions, trace orientation and the spatial distribution of geological control.

surpac-221310

Geological string preparation

Stage 03 of the GEOVIA Surpac sequence: interpretation strings are reviewed across the available sections, preserving the boundaries used to construct the geological domain.

surpac-221448

Section interpretation

Stage 04 of the GEOVIA Surpac sequence: interpretation strings are reviewed across the available sections, preserving the boundaries used to construct the geological domain.

surpac-221514

Wireframe construction

Stage 05 of the GEOVIA Surpac sequence: the GEOVIA Surpac project view displays the active geological objects at the wireframe construction stage.

surpac-221546

Surface triangulation

Stage 06 of the GEOVIA Surpac sequence: the interpreted boundary is converted into a triangulated surface and inspected for continuity, edge behaviour and local geometric artefacts.

surpac-221613

Solid-model inspection

Stage 07 of the GEOVIA Surpac sequence: bounding surfaces are joined into a closed geological solid that represents the interpreted three-dimensional domain.

surpac-221629

Topographic integration

Stage 08 of the GEOVIA Surpac sequence: the geological interpretation is placed against the topographic surface to verify its position, extent and relationship with the ground surface.

surpac-221645

Domain clipping and validation

Stage 09 of the GEOVIA Surpac sequence: the interpreted surfaces, solids or model cells are isolated and compared to check continuity, boundary conformity and internal consistency.

surpac-221713

Block-model setup

Stage 10 of the GEOVIA Surpac sequence: a regular three-dimensional cell framework is generated across the interpreted domain, providing the structure required to store geological or quantitative attributes.

surpac-221741

Attribute display

Stage 11 of the GEOVIA Surpac sequence: the model is coloured by an assigned attribute so that spatial changes and domain boundaries can be inspected directly.

surpac-221800

Sectional model review

Stage 12 of the GEOVIA Surpac sequence: a sectional cut exposes the internal relationship between the model, interpreted boundaries and the available geological control.

surpac-221811

Spatial continuity inspection

Stage 13 of the GEOVIA Surpac sequence: the interpreted surfaces, solids or model cells are isolated and compared to check continuity, boundary conformity and internal consistency.

surpac-221817

Model comparison

Stage 14 of the GEOVIA Surpac sequence: the interpreted surfaces, solids or model cells are isolated and compared to check continuity, boundary conformity and internal consistency.

surpac-221838

Volume-domain quality control

Stage 15 of the GEOVIA Surpac sequence: the interpreted surfaces, solids or model cells are isolated and compared to check continuity, boundary conformity and internal consistency.

surpac-221909

Output scene composition

Stage 16 of the GEOVIA Surpac sequence: the principal model components are assembled in a final three-dimensional view for technical review and communication.

surpac-221924

Final technical visualization

Stage 17 of the GEOVIA Surpac sequence: the principal model components are assembled in a final three-dimensional view for technical review and communication.