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GeoWin DTM
About GeoWin DTM
Release notes
Settings
Triangle mesh (TIN)
Triangle mesh
Editing triangle mesh
TIN coloring
3dfaces to triangle mesh
TINs merging
Export coordinates of vertices of TIN
Export breaklines
STL Import/Export
Hypsometry
Point grid
VolumeTIN
Contours
Contour lines
Label contours
Longitudinal profiles - cross section
Profile/Cross section
Insert signs of cross section
Grade line editor
Insert slope
Slopes update
Insert spot height
Insert vertical description
Stationing and heights of grade line
Transferring designed grade line of cross section
Vertical curve
Transmitting 3dCurve to longitudinal profile
Transmitting grade line of profile to situation
Transmitting of sample grade line of cross-section to situation
Transfer grade line from situation to cross section
Transferring grade line of longitudinal profile to cross sections
Feature line
HEC-RAS export
Curve tools
Insert vertex to polyline
Insert arc to 2dpolyline
Delete vertex of polyline
Convert arc to 3dpolyline
Convert 2dpolyline to 3dpolyline
Convert objects to closed polyline
3d offset
Change direction of curve
Simplifying of polyline
Placing of curve on terrain
Elevation editor
Survey points
Import coordinates from file
Change of elevations
Export coordinates to file
Find survey point
Insert point coordinates
Edit point
Renumbering
Survey point
Adding multiple points
Exploding points to text
Automatic drawing
Codes for automatic drawing
Computation
Calculating volume
Setting out elements of arc
Compute point altitude
2d/3d area
Fall line
Other
Attach raster image
LandXML
Google Earth
Extented deleting
Concave polygon
Technical hachures
Convert drawing into 3D
Clothoid
Map symbols and lines
3D faces to 3D polylines
Restore menu
Stationing of curve
WMS

Transmitting of sample grade line of cross-section to situation

from command line: sngDMTINSCS
toolbar: 


 Command transmits sample grade line from cross-section to situation on feature line (e.g. axis of communication in 3D).  Vertical exaggeration factor is recalculated to value of 1. Inserted cross section is accommodated to TIN.
Design line is object 3dCurve (3dPolyline or 3DCURVE).

The following prompts are displayed:
Select sample grade line of cross-section:  
select curve representing grade line
Select axis of cross-section:
 select line representing axis of cross-section
Vertical exaggeration factor:  enter vertical exaggeration factor, according to it heights on grade line will be recalculated
Choose feature line:  select 3dCurve on which cross section will be placed
Select trianle mesh:select triangle mesh (TIN), according to it is cross section shortened or lengthened (if possible) to TIN
Insert cross section to feature line Pick/Interval/Stationing/<Stationing>:   determine mode of insertion

Cross section inserted to 3dCurve (feature line)

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