PDTM 1200

PocketDTM is designed around the following criteria;

Ease of use - PocketDTM has been designed to be very easy to use requiring minimal training by providing an intuitive and highly streamlined user interface. The number of steps required to complete survey, traverse, setting out, levelling and volume measurement tasks has been minimised and the language used through out kept simple. The highly customisable user interface is based around the Windows GUI, familiar to most surveyors and engineers.

PocketDTM will also be very familiar to existing SCC users, the program on which it is based, as it shares a similar user interface and design philosophy.

Best quality solution - While the PocketDTM software is extremely easy to use, it offers a breadth and depth of functionality found only on desktop products until very recently. This includes full on the fly surface modelling, least squares network adjustment, GPS reduction and transformation, and analysis of complex road alignments.

Support for leading edge survey technology, including full robotic surveying on the Leica System 1200 TPS, and combined total station, GPS, and levelling within a single job.

Support for working with demanding survey specifications in a streamlined manner. This includes support for multiple feature libraries for different survey applications, with upload of libraries and symbols from SCC. Hierarchical feature library organisation allows you to quickly pick from very large feature libraries by group and category, favourites, and recently used.

Standard libraries and configuration files to allow you to rapidly accomplish most survey tasks without extensive setup. This includes full QBN and DCC topographic survey libraries.

PocketDTM Features:

● Line of sight and line of travel (feature) offsets

● 1, 2 and 3 point circles, arcs and rectangles

● 1, 2 and 3 point symbol fitting, for trees, square manholes and other monuments

● Automatic widening of walls, tracks, etc...

● 2 and 3 point free station / resection

● Real time curve fitting in 3D Interactive real-time graphics, with automatic panning as your position on the ground changes

Traverse and network adjustment by a choice of Bowditch or full 3d least squares analysis with printable output report of adjustment, provisional and final coordinates, observation residuals and on screen display of error ellipses in model.

Full robotic traversing support

● Automatic pointing to known stations

● Double face measurement option

● User defined number of rounds per set-up

Real time triangular surface modelling with dynamic editing, contouring, & color relief mapping

Section generation through multiple surfaces

Volumetric analysis for stockpiles and pits using complex isopachytes with multiple internal and external boundaries

Export surveys to SCC and ASCII, and models directly to SCC, DXF and MX GENIO

Setting out from design file, plan and background mapping, including

● Fully user definable output, with options including Point description, X, Y ,Z, Chainage , Offset, dX, dY ,dZ, dChainage, dOffset, dHa, dVa.

● Real time cut & fill calculation from reference TIN model or reference strings

● User definable reference point and reference line from survey or design.

● Graphics show the relationships between your current poistion, the design point, the reference line, and plan strings

● Setting out using total station and GPS

3D reference and point creation option including

● Reference point

● Reference line

● Reference arc

● Reference string

● Reference alignment

● Create a grid of setting out points at a specified chainage and offset intervals using the reference system

● Create 3d points using a reference gradient, two reference strings, or offset from a triangulated reference model

Levelling module with support for

● Multiple level lines

● Level through stations, design strings, and sections

● Level feature stack

● Adjustment and reporting

● Check designs and store and report level differences

● Support for latest Leica DNA levels

RTK GPS support including;

● Navigation to point of interest

● GPS based setting out with user defined output, including all total station options along with GPS quality fields

● Separate user defined acceptance criteria for detail topography, control, and setting out

● National, local grids, and user defined grids

● User defined 7 parameter transformations

● Support for network RTK and base / rover configurations

Full robotic controller for Leica System 1200 series instruments, including;

● Power searching, ATR and lock modes

● Tracklight and laser pointer

● Driving servos for setting out and stationing

● Graphics showing current bubble position

● 'Joystick' dialog to manually point instrument and change face remotely.

● Works with radios on RX1250 series loggers and bluetooth on other devices.

Automatic point collection with GPS and robotic total station, allows you to automatically store a point

● Based on distance travelled

● Time elapsed

● Both time and distance

● Accuracy can be controlled based on a user defined number measurements falling within a user defined tolerance

3D roading module including

● Support for multiple 3d alignments include horizontal geometry, vertical geometry and section templates

● Support for multiple 2D and 3D reference models including strings and triangulation as required

● Support for large reference models (>100,000 points) and large numbers of alignments in a single job.

● Create additional offset strings based on alignment, reference strings, or a combination of both

● Real time on screen reporting of chainage, offset, reference offset, design level and cut/fill

● Cut sections through reference models using the active alignment and set-out all section points on nominated strings

● Preview cut sections, highlighting cut string details. Interactively move up and down by chainage and change the vertical scale to highlight road details.

● Fully customisable display allows you to limit what is reported on screen to relevant fields

● Setting out from plan and section

● Create interface strings between models at specified side slopes

● Creation of reference strings

● Support for multiple 3d string and TIN reference models

● Import alignments and reference models from SCC or directly from MX GENIO and DXF. Support for use of 'G' and 'M' strings

● Works fully interactively with the survey, levelling and setting out modules.

Impot multiple alignments directly from MX

Cut sections through string models and set them out

Create reference offset systems based on alignments and other strings