DIGITAL TERRAIN MODEL GRAPHICS UPDATE
Revise your site model including any changes in level and get an instant readout of the volume difference to save time and reducing the need for manual calculationĪutomatic calculation of optimum level for cut and fill schemes including soil type shrinkage factor to help reduce transport of material to and from site and minimize environmental impactĬreate site sections in seconds, complete with section markers, reference heights and datum levels, saving hours of plotting points, transcribing information and reducing errorsĪutomatically update the site sections to see the effects any level revisions have on your proposals to facilitate more effective site evaluationĪutomatic calculation of the volume difference between TIN models to help in the planning and costing of site re-modellingĬreate site contour drawings in seconds, complete with major and minor contours and height labels to provide a 2D representation of 3D site make-upĪutomatic generation of a 'softened' 3D Mesh from a 3D TIN model to provide a more natural and smoothed site appearanceĭirect download of image tiles from aerial mapping sitesĭownload aerial mapping images and use them to enhance the contextual appreciation of your schemes by placing them in their environment Site Levelling with volume change information Produce a 3D TIN model of your site from 3D point height data as supplied by Promap with their DSM (surface) and DTM (terrain) mapping data Produce a 3D model of your site from a 2D survey drawing in seconds, saving time and reducing transcription errorsĪutomatic 3D TIN (Triangular Irregular Network) generation from 3D points Load information direct from GPS units with automatic conversion and plotting to save time and reduce transcription errorsĪutomatic generation of 3D point heights from 2D survey drawings Save time and reduce errors by loading and plotting survey data including coordinates and feature descriptions direct from their original files without the need to transcribeĭownload GPS data with automatic conversion from WGS84 to local grid It would have taken me at least 2 days to produce the same information the way I used to, using AutoCAD and Sketchup.’ĭirect input of Total Station drawings from site surveyors and mapping providersĬaddie loads and saves in DWG, also supporting DXF to make it easy to create your site models and sections from surveyors drawings, Ordnance Survey data from providers such as Promapĭirect import and plotting of data from spreadsheets and text files ‘Caddie’s DTM tools are amazingly quick to use in an hour I produced a 3D model of the terrain and 4 sections through my site, all from a 2D plan. And using Caddie DTM requires no special training, so you can be modelling and sectioning your sites in minutes.Ĭaddie uses the industry standard DWG drawing format, also supporting DXF, making it easy to create models and sections using information from surveyors, Ordnance Survey mapping sites, as well as your own survey data.Īndrew Newman of LK2 Architects tells how he saved himself 2 days work by using Caddie DTM With Caddie DTM you can view your sites from any angle to get a better appreciation of the opportunities and challenges they offer, even draping images such as aerial photographs to view site features. Whether using data from Total Stations, Promap or your own site levels, with Caddie DTM you can save hours of dull, repetitive work, reducing the risk of error and creating 3D site models in seconds, and multiple sections in under a minute. For anyone involved in Civil Engineering, Surveying or the Construction Industry dealing with real world sites where levels can be anything but flat, Caddie's Digital Terrain Modelling Application (DTM) provides the perfect tool for preparing the site models, sections and contours needed to fully develop a scheme.
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