Vertical Exaggeration
It is a feature developed to facilitate geological modeling and increase visual interpretation and detail in projects in large areas where distances between boreholes are long and borehole depths are short.
With “Vertical Exaggeration” feature;
Vertical exaggeration can be applied at different rates to project data (borehole, surface, solid model, block model, etc.),
Modelling features can be use while Vertical Exaggeration is active,
Modelling from the Cross-Sections,
Implicit Modelling,
Stratigraphic Modelling,
While vertical exaggeration is active, 3D sections can be generated,
Digitazing, Editing & Querry operations can be performed,
This feature added to the right-click quick access tools can be used in all project processes.
Updated Geological Hatch Library
389 new hatches have been added to the geology hatch library. With the updated geological library, you can use the relevant hatches in geological cross-sections, surface and solid models, and log reports.
This development includes:
TS ISO 710 Sedimentary
TS ISO 710 2 Sedimentary
TS ISO 710 4 Metamorphic
ISO 710 4 Metamorphic
TS ISO 710 3 Magmatic
TS ISO 3 Magmatic
ISO 710 5 Weathering and Decomposition
All standard hatches related to TS ISO 710 6 Geological Processes have been catagorized and integrated into the NETPROMine interface.
Detailed Data Importing Feature
This feature has been developed to allow importing detailed data from various sources with depth-specific start-end or depth information, in addition to raw sample data.
With this capability, geological, geophysical, hydrogeological, and geotechnical data can be imported into projects by selecting the appropriate detailed data transfer type.
Analysis values import as detailed data can be:
Viewed individually or in bulk as detailed records in the borehole information card,
Utilized as line graphs in log reports,
Used in geostatistical estimation processes through compositing,
Evaluated side-by-side with other borehole data in the borehole correlation interface,
Visualized as 3D raw sample representations to analyze distribution patterns.
3D Detailed Display
The feature has been developed to display analysis values, read as detailed data, alongside boreholes as graphs in the 3D view.Analysis values inside borehole data can be:
Displayed as a line
Displayed as a graphic,
Determined distance to the boreholes,
Determined the distance between analysis display,
The display order of visualizations alongside borehole data can be adjusted.
Min-Max value ranges can be displayed between visualizations,
Detailed displays can be scaled with the “Vertical Exaggeration” feature.
All these features enable borehole log data to be more easily interpreted.
Detailed Graphic Display
This feature allows detailed analysis values for each borehole in the borehole list to be viewed collectively on a borehole basis.
Analysis values can be visualized as line and bar charts in graphical format with this feature.
Borehole Correlation Window
This feature enables detailed analysis values to be displayed alongside borehole logs. With this capability; logs can be validated against analysis values, if lithologies with suspected incorrect log entries are identified, adjustments can be made to lithological levels via the information card accessed from the log, scale and color values can be modified to display different analysis values in varying scales and colors. This enhances the accuracy and flexibility of data interpretation in borehole logs.
User Defined Editable Log Reports
With the user-defined, editable log report feature, you can display various analysis values alongside borehole logs in different representation types.
This feature allows you to; visualize data in formats such as text, images, colors, points, lines, and bar line types, use different column types, including straight, depth, elevation, grid, and logarithmic displays, and save the templates you create and use them conveniently in different projects.
This functionality provides flexibility and efficiency in managing and visualizing borehole log data.
Vector Output Feature
The ability to save files in the *.svg format has been added as part of the vector output feature. This feature allows high-quality vector-based outputs to be generated directly from the project.
With this feature, you can export your underground and surface mine plans in high-quality vector format for detailed and professional-grade outputs.
Groundwater Surface Modelling
Using the Water Level values from the borehole information card, you can automatically generate groundwater level surfaces.
With this feature, you can:
Apply elevation visualization to the generated surfaces and color-code the water levels,
Create contour lines on the surfaces,
Export the generated surfaces and contour lines in various formats.
"NETPROMine is a 3D mine design solution that offers integrated modeling tools for resource estimation, open pit, underground design, open pit optimization processes, and that is used to plan and manage mining operations seamlessly."
"NETPROMine meets all the requirements of geologists, mining and surveying engineers, researchers, and academicians in the sector and offers flexible solutions."
Geological Modeling
NETPROMine Geological Modeling module provides powerful tools to manage and analyze projects using 3D visualization, drilling data management,surface, solid and block modeling tools along with statistics and geostatistics functions needed in an advanced exploration and resource estimation project.NETPROMine Geological modeling product is an essential component that should be in every installation. Open Pit Planning, Optimization, and Underground Planning products run on this core component.
Open Pit Design
Projects can be designed with all stages and design changes can be updated with a single step with NETPROMine Open Pit Planning module.Users can automatically generate and edit interior ramps along with the pitlines, and automatically report all solid and block model creation operations and volume results according to the needs. This module offers practical solutions for your Open-pit design, waste/stock design, tailings dam design,surface road design, and blasting pattern design projects.
Open Pit Optimization
With our optimization product, you can optimize long-term production stages. With a mineral resource, a number of economic and metallurgical parameters are entered, allowing the optimum quarry boundaries, surfaces and production amount according to periods to be calculated. By producing results using different optimization parameters and comparing the results, you can produce low cost and high profitability plans, make risk analysis and use alternative reporting options.
Underground Design
NETPROMine Underground Planning module offers practical solutions at all stages of underground mining to create the main gallery,curve, spiral, connection roads and support, installation and production plans.It allows ready-made profiles in its library and user-defined profiles to beautomatically draped on the gallery axis. Users can thematize the galleries,add labels, define transparency and use alternative reporting tools by using all the parameters in the design.
Implicit Modelling
The NETPROMine implicit modeling is a tool that interests all NETPROMine users who want to quickly build solid models and compare alternatives.Implicit modeling allows solid modeling directly from boreholes or point data and reduces the need for time-consuming digitization and manual solid modeling.The implicit modeling method allows a three-dimensional volumetric function to be defined from the drilling data by using radial basis functions (RBF) and the model surface to be generated from this function.The innovation brought by the implicit modeling method to the mining industry is the speed it brings to the modeling process.
1 Comment
REYHAN BALCI
NETPRO/Mine TR