CROSS SECTIONS IN HYPACK VERIFICATION
CROSS SECTIONS IN HYPACK SOFTWARE
CROSS SECTIONS IN HYPACK WINDOWS

Set the Major interval to 5 m and Minor to 1 m. Select the boxes next Show Major Contour at and Show Minor Contour at. Right-click the DTM line in the Layers Control Panel and select Properties from the menu.Д¬lear the box next to Fill Color on Height Range. Move the cursor over the contours and note that the x, y, and z values are displayed in the status bar at the bottom of the network view. Note: The DTM covers only a portion of the background image. The consecutive rows with the same tag in column SВ are ridges or gullies. Column SВ is used to designate break lines.

CROSS SECTIONS IN HYPACK WINDOWS

In the Windows Explorer dialog, navigate to the file River_site.txtВ and then click Open. In theВ LayersВ Control Panel, right-click the DTMВ layers line and select DTM Builder. Use the Pan tool to drag the image around the network viewing panel. Right-click and the cursor will display the hand (Pan tool). Note that the x and y coordinates are displayed in the status bar at the bottom of the network window. Click OK.Д®xplore the image with the mouse. The coordinates of the Destination Rectangle are filled in from the world file ( River sitem.bpw) that is associated with image file. In the Windows Explorer dialog, navigate to the file River sitem.bmp,В and then click Open.Select Add Background ImageВ from the menu.Right-click the Background ImagesВ line in the LayersВ Control Panel.At the opening dialog, create a new file called DTM_and_River_m.xp.RiverВ_site.txt (topographic data in text format).River_sitem.bmp (background image file).Create a digital terrain model (DTM) from survey data.A DTM is created from survey data and used to assign inverts and create shapes of cross sections for a river model. sid, and others) are used as background images to layout a network. Part 1 вЂ“ Adding a Background Image and Creating a DTM In this tutorial, a 1D hydraulic model of river is created using a background image for the layout and a DTM to assign elevations.

CROSS SECTIONS IN HYPACK SOFTWARE

An embedded tool in the software will generate the DTM from xyz data. The data is stored in file with name filename.xptin вЂ“ filename. The applicationВ uses a Triangular Irregular Network (TIN) format. In order to access topographic data, it must be in the form of digital terrain model (DTM). Invert elevations, cross section shapes, and conduit lengths may all be obtained and adjusted in the user interface. You can use the tools in the application for automating the process of constructing a river model from topographic data. The cross sections representing each reach can be derived from topographic data. In river models, links are typically trapezoidal or natural cross-sections representing river reaches. TcpScancyr is a standalone application thatВ can process tunnel point clouds and produceВ profile drawings, detailed reports, inspectionВ maps, orthoimages, video simulation of theВ tunnel, export to 3D and IFC and many more.River models employ the same link-node scheme that is used for pipe networks. You can defineВ tunnel templates from polylines in the drawing,В draw cross-sections, generate area and volumeВ reports and 3D model. TcpTunnel CAD is an application installed as aВ plugin on AutoCAD or ZWCAD. TcpTUNNEL Scan works together withВ TcpScancyr or TcpTunnel CAD.

CROSS SECTIONS IN HYPACK VERIFICATION

The application calculates theВ exact position of each point from the scannedВ point cloud, avoiding the search for points fromВ design by iterations and greatly increasingВ productivity.В The application can perform the verification ofВ the minimum thickness of the lining shotcrete,В as well as the subsequent calculation of theВ applied shotcrete volume. TcpTUNNEL Scan facilitates the stakeВ out of the tunnel front, for example theВ drill hole points for the next blastingВ excavation sequence, points on the template,В rock bolts, road surface and points of theВ project file. On the other hand,В measuring any point in the tunnel, project andВ as-built profiles at the corresponding station areВ represented. Selecting anyВ point of the profile on the screen, the laser pointerВ marks the position in the tunnel. High-definition tunnel cross-sections are quicklyВ calculated from the point cloud, and they can beВ consulted, edited and compared to the tunnelВ design, showing with different colors theВ underbreak and overbreak areas. A powerful 3D viewer allowsВ you to review the point cloud and check measures. TcpTUNNEL Scan controls the scanning of theВ tunnel dome or face, with optional filters by stationВ range and distance. You can also getВ the current positioning performed by TopconВ MAGNETВ® Field data collection software The instrument must be positioned and oriented byВ coordinates, angle or resection. Data can be extracted from CAD drawingsВ or imported from LandXML, IFC, and other formats. Each project is defined by the horizontal andВ vertical alignments, the tunnel design and pointВ clouds.

Cross sections in hypack