If you use QuadriDCM, this version can only be used with QuadriDCM 1.3 or newer.
Release date: 10.08.2015
Links: Base | Road | Area Planning | Landscape | Terrain Design | Railway | Noise | Bridge Design | Tunnel | Water & Sewer | District Heating | Road Signs | Road Marking | Land Acquisition Planner | Virtual Map | Reinforcement | Civil Construction | Feature Catalog 1903 1.04 | Geotechnics | Easy Access |
NEW: Task info. Possibility to add documentation to all task types. User can fill in a description of the task and/or attach files to it. This will replace the Group task functionality to add attachments to tasks. Note that total number of attachments and their sizes might affect the time to share/receive when in a shared QuadriDCM model.
NEW: Warning Icon when a feature or task with Read Only status has been updated
NEW: Unload model unloads the model from memory, but there will still be a reference to it in the binder, so later it can be reloaded.
IMPROVED: The pulldownlists used for reference to other tasks in the different tools are now sorted alphabetically.
NEW: The Swedish Mapping Cadastral and Land Registration Authority’s (Lantmäteriet) library GTRANS is now embedded.
IMPROVED: The embedded library from The Norwegian Mapping Authority’s (Kartverket) to convert from NN54 to/from NN2000 is updated to the newest available version (2015A). This new updated version covers:
Some modifications for Vest-Agder, Hordaland, Sogn og Fjordane and Møre og Romsdal
When editing points of lines that are associated boundaries to features with surface, the surface will update and follow the edited boundary.
Novapoint settings (N > Settings) will be stored and reused when installing main versions. Thus changes in settings you have done in 19.20/19.25 will be used in 19.30/19.35 installation.
NEW: In Filter, added the ability to filter some general attributes, Feature name and Planned or Existing (Life cycle).
IMPROVED: Meassure can now be used also in section windows
NEW: Attachment, possibility to add attachment to features. If task(s) is selected, then the attachment and/or links are attached to all the result features of the selected task. To connect attachment to tasks, we advice to use the Documentation button that you now find in all task types.
IMROVED: WMS - Transformation “on the fly.” Supports WMS services in WGS84/UTM zones in model with CRS ETRS89/NTM zones. NEW: ONLY NORWEGIAN CONFIG: Added WMS templates from Geonorge, NGU and NVE
NEW: WMS - If one needs to log in with user name and password to the WMS, then a dialog will appear to fill in. It is also possible to add username and password directly to url with syntax: http://username:password@url. It will be stored to the WMS task IMPROVED:WMS - If the WMS provider cannot open, a message will show in Process info that it was unable to open
NEW: In Settings there are new functionalities: Keep TIN:
For TIN geometries, user can select to use lowest, highest or surface with best quality. If quality is selected, user can also edit the list, where the top feature of the list has the highest priority. For the new result, usesr can select to Keep feature type(s) and metadata.
FIXED: In sub surface it was not possible to create holes in surfaces if both indata features and surface to follow were used. This is now fixed.
NEW: Roof surface function is improved. It will in a later version be possible to create building by extruding directly in this tool.
NEW: Road model functionality added directly in ribbon. See release notes for Road.
NEW: Noise is added as its own task in Analysis. See Noise release notes for details
NEW: All presentation tasks now have possibility to store Presentation rule to the task. IMPROVED: Section windows - Can now use all zoom functionalities and also use Measure. Possibility to add a grid in the background. This can be done in N > Settings > Windows
NEW: settings button is available all through the import process.
NEW: Import from SOSI – make point cloud from points of same object type in file
Use the conversion file SOSI to Point cloud when importing.
NEW: Import from DWG – make point cloud from points same layer in file
Use the conversion file DWG to Point cloud when importing.
NEW: Import from DWG – use layer description on converting
NEW: Import ground investigations directly from another QuadriDCM server.
If you choose this import template:
then the QuadriDCM-button is activated:
If you click on this button, then you can specify an address string for another project and import ground investigation data from this project.
This Project can be located on another server and/or in another model than the one you are working in.
The syntax of the address string is the same as specified for the preview functionality for ground investigations.
IMPROVED: Surface from 3D face on same layer has been improved.
IMPROVED: LAS file classes are read from files
IMPROVED: SHP files read attributes from Tekla to Z values
IMPROVED: LandXML – make alignment tasks directly from LandXML-alignments in file during import.
NEW: settings for accuracy on solid (in example sweep) to polyfacemesh when exporting to DWG.
IMPROVED: IFC export, set coordinates on export
IMPROVED: LandXML export, set more information on export
NEW: You can preview ground investigations from another QuadriDCM project in your project.
On the Insert tab you can choose this button:
Here you can specify an address string to another project and preview the data for this project.
This project can be located on another server and in another model.
The syntax of the address string is:
http://<username>:<password>@<IP-adress to the server or server name>/<application name>/<model name>/<project name>
https is used instead of http if SLL is activated on the server.
When you click on OK, a preview task is created. You can choose this preview task together with a WMS task e.g. and right-click and choose View in Plan to see where there are ground investigation data in the external project. A selection of these ground investigation bore holes can then be imported into the project by the new functionality descrribed further down.
Available August 2015.
Road modeling can now be done directly from Novapoint DCM Base through the road task.
Here you choose a reference alignment, start and end profiles, road standard, and as before, the calculation basis and illustration objects.
To build the road model this is done when pressing the Finish-button.
Preview builds the model, but doesn't store the changes done to the model.
Finish saves all the changes done to the model, and builds the model if there has been any changes.
Cancel reverts the changes done since the last build. NOTE: The Result in 3D is based on the last build.
Med det nye båndet går det veldig raskt å definere og bygge en ny veg. I tillegg får man raskt oversikt over hvilken senterlinje og vegstandard som er benyttet for vegmodellen. Ved opprettelse av ny veg kan man velge vegstandard direkte på båndet sammen med tverrfall og breddeutvidelse.
NOTE: If you wish to change road standard at a later point, tools for this is available through Settings in the Road Standard Box. It is important to run through all the following dialogues for Typical Cross-section and Superelevation and Widening when changing road standard to apply the data.
When creating a new road model this must be finalized with the Finish-button in Task ribbon before going further and editing the different descriptions. When failing to do so all changes done to the model will be lost and overwritten by the chosen Road Standard Template when pressing OK to save the changes.
In the Design-ribbon all the well known road functions are available and their user interface is almost as before. We think this is a more user-friendly arrangement of the functions compared to earlier, and you will hava an easier time when trying to find the appropriate functions than before.
The classical roadmodelling tool is still available in NovapointDCM 19.30 and 19.35 when double clicking the road task in NovapointDCM Base, right-clicking the road task and choose Open, or by opening the modellingtool from the menus or toolbars in CAD.
NOTE: While the classic roadmodelling tool is in use it will not be possible to edit the road model in the NovapointDCM Base Ribbons.
Drawing multiple road models at the same time makes for efficient drawing production.
Alignment Design now supports transformation between coordinate systems UTM and NTM
Boundary lines button in road model settings is re-activated if it has been turned of and boundary lines dialogue is edited in road surface description.
Sight analysis is increased from every 20 meters to now every 10 meters along a road model.
This is a new feature in Novapoint Railway and is built upon the existing feature 3D object along line
For more information: Catenary design
This is a new feature in Novapoint Railway. Used to model conduit and cable channels based on a template. Formore information: 3D Cable Modelling
Three settings have a new default value (applies to new installations or if registry settings are cleared):
Tools→Options→General: Accept Line-Line calculation is now default ON.
Data→Terrain Setup: Display road models and other alignments and Display subsurface layers is now default ON.
Two new features is now available in Alignment design:
This is a railway spesific function for generating a 3D polyline for use as reference line for cable channels.
The calculation basis is the current horizontal and vertical geometry in Alignment Design.
Default horizontal offset is the horizontal offset from the reference line. Left or right right side is chosen by using the radio buttons.
Default vertical offset is an offset to be used in addition to the offset computed from the rules.
Max dist. from the chord midpoint to arc is a value for deciding the accuracy of the computed polyline.
In the grid you specify the sections to compute with the different calculations options. The default (if no section specified) is daylight.
Methods
The different methods are (V means method for vertical geometry, H means method for horizontal geometry):
V.Daylight: The height is set to top of sleeper
V.Tunnel: The height is set to top of nearest rail
V. Default: The height is set from the top lowest rail.
H.Offset: This method is used when an extra horizontal offset is needed, for example when passing installations near the track. In the Distance column you specify the extra offset and the Inc/Dec L column specify the length of the transition to/from standard offset to extra offset.
When the OK button is pressed, the 3D polyline is computed and drawn to AutoCAD.
This function allows you to easily convert input coordinates from one coordinate reference system to another.
The function should be mainly used when importing geometry from files, e.g. TIT/NYL, LandXML and so on, and when the coordinates in the input files is in another CRS than the current model.
The work process could be like this:
Note: Only the forizontal geometry is transformed.
NEW: New function on Manhole right click menu > show manhole buffer zone (graphic).
NEW: New function on Manhole right click menu > show helplines for pipe angle (graphic).
NEW: New function on Pipe right click menu > show extended reference helplines (graphic).
