Traverse PC™ Brings Survey Grade Precision to Civil Engineering Projects
It’s one thing to have a position on a CAD drawing and quite another to know where it is on the project site. That’s where TPC Desktop™ comes in.
TPC Desktop™ is comfortable working in gird/ground coordinates, GPS/GNSS positions, State Plane/UTM, stations/offsets and helping you maintain the correct relationship they each have to the other. Can your civil engineering or CAD software package do everything you need? Accurately?
- compute offsets, setbacks, points on line and pretty much anything else you need
- check line work from CAD drawings so that each line starts right where the last one ended
- convert grid to ground and export just the points you want to your data collector, total station or GPS
Traverse PC™: Infusing Civil Engineering Projects with Survey-Grade Precision
In civil engineering, the precision of survey data is paramount. While CAD drawings provide a visual representation of a project, knowing the exact real-world location of design elements on the project site is critical for accurate layout, construction, and as-built documentation. This is where TPC Desktop™ steps in, bringing survey-grade precision and robust coordinate management to your civil engineering workflows.
TPC Desktop™ excels at handling the complexities of different coordinate systems commonly used in civil engineering projects. Whether you’re working with grid coordinates for design, ground coordinates for construction layout, GPS/GNSS positions for site control, State Plane or UTM coordinates for regional referencing, or station and offset for linear infrastructure, TPC Desktop™ allows you to seamlessly work within and convert between these systems. More importantly, it helps you maintain the correct and accurate relationship between each of these coordinate frameworks, ensuring that your design intent translates precisely to the physical project site. Can your current civil engineering or CAD software package offer this level of integrated and accurate coordinate management for all your needs?
TPC Desktop™ is equipped with powerful computational tools specifically relevant to civil engineering tasks. You can easily compute offsets for setting out parallel features, verify setbacks from property lines or easements, calculate points along a defined line or curve, and perform a wide range of other geometric calculations essential for site layout and design verification. This built-in computational power reduces the need for manual calculations and minimizes the potential for costly errors during the construction phase.
Ensuring the integrity of linework imported from CAD drawings is crucial for accurate field layout. TPC Desktop™ can check the connectivity of lines within your CAD files, verifying that each line segment starts precisely where the previous one ended. This feature helps to identify and rectify drafting errors that could lead to inaccuracies during construction staking, ensuring that the digital design translates flawlessly to the physical terrain.
A critical function for civil engineering projects is the ability to convert design coordinates (often in a grid system) to ground coordinates for field layout using data collectors, total stations, or GPS equipment. TPC Desktop™ simplifies this process, allowing you to easily perform grid-to-ground transformations and export only the specific points required for your field crews. This ensures that the data used for construction staking is directly relatable to the real-world conditions of the project site, maximizing accuracy and efficiency in the field.
By integrating seamlessly with various coordinate systems, providing essential computational tools, verifying CAD linework integrity, and facilitating accurate data export for field layout, TPC Desktop™ enhances the precision and efficiency of civil engineering projects. It bridges the gap between the digital design environment and the physical construction site, ensuring that your infrastructure projects are built accurately and according to plan, ultimately saving time, reducing rework, and improving overall project quality.
