Softrock Solutions

The management of an intangible asset such as data can often be complex, especially in a dynamic work place such as an operating mine or construction site. QuikSlope software allows the user to integrate all stability data into one manageable package. Improving data integrity reduces risk and quantifies uncertainty, allowing for a more robust stability data management system, in turn allowing for informed decision making. QuikSlope ensures that all involved in data analysis and decision making are doing so with the same quality data.

Surveyors can obtain surveying data quickly and easily with QuikSlope. This tool is used for collating, checking, calculating, and reporting surveying data for the monitoring of prisms in pit walls. QuikSlope calculates co-ordinates rapidly, using multiple shots to reference and target prisms. Reference prisms reduce the need for atmospheric adjustments and distances. Vertical angles are calculated from this base. Surveyors have no need for spreadsheets, as data is stored in a Microsoft Access database. Data can be accessed easily and it is stored directly on the database. Spreadsheets can be conveniently exported and all information can be accessed by other authorised users. This versatile system allows you to upgrade to AutoSlope and still retain access to your QuikSlope data.

QuikSlope is designed by experienced surveyors to provide reliable data processing, storage, analysis and reporting of monitoring/stability data. QuikSlope provides an affordable data management system for either a manual or fully automated monitoring regime. QuikSlope is the software that manages the data for reporting and analysis. Data captured by the instruments for the various groups is managed within a central database. QuikSlope software has the following functionality:

• Import, export of manual data
• Creation of new databases
• Edit functions for raw data, prism data, benchmark data etc
• Calculation function for the calculation of individual set-ups or global calculations
• Graphing function, which allows data to be displayed in many varied formats to demonstrate various characteristics for analysis

• 2D or 3D vectors
• Adjusted distance
• Un-adjusted distance
• Slope distance
• Adjusted distance vs un-adjusted distance
• XYZ displacement
• Velocity
• Control check
• Crack movement
• Rainfall
• Rainfall and adjust distance
• Crack and rainfall
• Seismic data
• Stacked graphs
• Multiple prisms

 

• Report options include delinquent prisms, individual group co-ordinates etc
• Events recorder which allows specific events to be recorded against specific time periods associated with stepped movements in prism data i.e. rainfall, seismic events, blasting times, changes in measurement location, re survey of control, adjustment of control, condition of individual prisms etc

• Boosts productivity and increases efficiency
• Improves decision making and technical assessments
• Solves data fragmentation, loss, currency, and security problems
• Simple and intuitive data access and organisation
• Improves statutory compliance
• Improves safety
• Improves risk management
• Cost effective solution

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