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Teledyne RD Instruments: WinRiver II v2.22 – New Features - Winriver ii download
NaviSuite eLearning Modules. Features Instant data qualification for the field user, saving you valuable time while ensuring that you have collected the data set you need Speedy processing, allowing you to create multiple data sets in a fraction of the time Automatic high-quality report generation, giving you the ability to create professional reports in record time Fully customisable and flexible quality rules, ensuring that your collected data meet your unique field requirements Seamless, user-friendly integration with WinRiver II, eliminating the need to learn a new software platform.
Request price More info. Affordable: Value-priced system designed to suit your budget. Bottom Tracking: Reliable bottom-tracking in 0. Wireless: Bluetooth communications utilized between electronics and PocketPC or laptop.
WinRiver II will not display meaningful data if your system is not in water. In general, after you have started the ADCP pinging, there is no reason to stop pinging until you are finished and ready to remove the ADCP from the water. An exception would be if you were operating off of batteries with limited capacity.
Then stopping pinging will conserve power. You can let the ADCP ping even if it is not in the water. Unlike many other acoustic devices, no damage to the ADCP will occur. Before going forward, on the Configure menu, click Reference. Choose Bottom Track from the list. This will ensure that the velocity reference for the data display is set to bottom track. When bottom track is used as the velocity reference, the speed of the ADCP over ground is subtracted from the measured relative velocity to give true Earth referenced water velocity.
You can always determine what velocity reference is in use by looking at the text lines just above and below the scales at the top and bottom of the graph display. At the end of each line is an indication of what reference is being used. Establish Transect Start and End Points It is a good idea to perform a pre-run transect before actually acquiring data.
This gives you the opportunity to ensure that the ADCP is working as expected with the loaded configuration. As you cross, you can monitor the depth to see if there are areas with abrupt depth changes. Later, during data acquisition, you will want to cross very slowly over these regions to help bottom tracking maintain a valid lock on the bottom. On the View menu, select the Tabular, Velocity see Figure 42 if you are not already viewing this graph. When making an individual discharge measurement, you want to start and stop the recording of data in water sufficiently deep to allow valid data to be recorded.
You will be using a power fit for the extrapolation of the top and bottom, and at least two depth cells with valid discharge are needed in order to compute a more accurate power fit. Move out from the shore until the water is deep enough to show a discharge value in the top two depth cells.
Mark this position with a float. Move out from the shore traveling slowly with the bow of the boat pointed upstream. On the View menu, select Graphs, Contour, Velocity if it is not already displayed. The display will look similar to that shown in Figure 19, page Use this display to see how the water depth changes as you make your transect.
Note regions where the bottom depth changes quickly. As you approach the other shore, change the display back to tabular, and mark the closest distance to shore where the top two depth cells show discharge values. Holding Position at the Starting Channel Edge a. Starting at one of your marked edges, use the Composite Tabular display to ensure that you have at least two valid discharge measurements.
While holding position at the location where you have two valid cells of data, determine the edge distance to shore, and then press F5 to start data recording. When prompted, enter the beginning distance to the bank and define if this is the left or right bank. The edge distance parameters will be saved to the measurement file associated with the raw ADCP data file being recorded. Data processing continues while WinRiver II is prompting for the edge distance.
Hold your position for 10 shore ensembles default setting. The extra ensembles that are recorded to the raw data file during this stationary period will help to ensure that you have a good starting ensemble for estimation of the side discharge. Shore Ensembles are set in the Discharge page see Discharge Page, page Crossing the Channel a.
Once the shore ensembles are recorded at the edge, slowly move away from the shore. Head for the desired ending point on the other side of the channel. Avoid fast accelerations, and keep the transect speed at or less than the water speed. Since you will be crossing slowly, you will be forced to point the bow nearly upriver and crab across. The slower you cross, the better your results will be. As you make your transect, take some time to experiment with the different display options.
The display scales can be changed by rightclicking on a graph and select Properties. You can see the discharge for the top, middle and bottom layers on the Composite Tabular screen. Holding Position at the Ending Channel Edge a. Continue across the river until you reach the edge position determined during the pre-run on the opposite shore. You should have discharge values in at least the top two depth cells. Stop at this position and wait for 10 shore pings to be recorded. Press F5 to stop recording data.
You will be prompted to enter the ending edge distance. Enter the value of the distance from the ADCP to the shore. Acquiring Discharge Data for Multiple Transects Congratulations, you have just completed your first discharge measurement.
You can now repeat the discharge measurement procedure to make additional transects. You will typically use F5 to start and stop recording data for each passage across the channel while letting the ADCP ping continuously.
An even number of transects is recommended, and the discharge from each individual transect can be averaged together to provide a dis-. A new data file and configuration node will be created each time you start and stop recording, and the starting and ending edge distances along with any entered notes will be saved in the measurement file. When you have finished your desired number of transects and you are ready to stop data collection, press F4 to stop pinging.
Data Collections Tips Locate the point where a solid two-depth cell measurement can be measured on both banks. Stake or otherwise mark these locations. They represent the starting and stopping points for the transects. Accurately measure and enter the Distance from Shore when prompted. When departing from the edge, slowly accelerate the boat away from the edge and when approaching the other edge slowly reduce the speed such that the boat decelerates and does not overshoot the edge.
The goal is to go from edge to edge and not overshoot at either edge. Doing so will allow you to obtain the most accurate measurements, in particular the area measurements. Move the ADCP at a slow steady pace in the water during transects.
For screen captures, you can change your averaging interval see Averaging Data, page Playback a Data File To playback a data file, use the Playback menu and select Reprocess Checked Transects click the check box to select the files. This will create a copy of the Field Configuration node and creates a Playback Configuration node. The data files will automatically play to the end of the file.
To playback a single data file click the transect file to select it and then use the Playback menu and select Reprocess Selected Transect. To playback the next transect file, on the Playback menu and select Reprocess Next Transect.
Playback Older Data Files Use the following procedure to playback a data file created using an older version of WinRiver. To open a workspace file, click File, Load Workspace. On the Measurement Control window, right-click on Transect and select Reprocess. The playback tool bar has functions to start, stop, rewind, and go to the end of the data file. Play back the individual data files with their associated configuration nodes.
After playing through the data file, press View, Discharge Summary to obtain the total discharge for each measurement. As each data file is played, the file is added to the Discharge Summary screen. The Discharge Summary display will automatically calculate the average and other statistics useful in determining the discharge value. To add or remove a transect from the discharge summary, check or uncheck the box next to the transect.
Older versions of WinRiver Filename conventions Filename. This number starts at and increments when the file size reaches the user-specified limit.
Playback Data Display Options The Playback data display options are the same as those for data collection. On the Playback menu, click First Ensemble to go to the beginning of the data file.
Click Play to review the data. To quickly play through the data, on the Playback menu, select Slider or drag the ensemble marker on the contour graph. Right-click the display and select Properties to change the scaling fields of the different data displays. Editing an Item During Playback Most of the parameters in the Playback Configuration can be changed while playing back data. Only the parameters that controlled data collection Recording and Commands pages can not be changed.
Open the measurement file. Select the Edge Estimates page. Enter the correct shore distance. Click OK to exit the properties dialog. The data file will play automatically. This error applies to all of the data files collected that day.
Select the Offsets page. Enter the correct ADCP depth. Right-click on the corrected entry and click Apply to All Active Configurations. To return the all values to the parameters as collected, on the Measurement Control window, right-click on Playback Configuration and select Reset Properties. The same control over data scaling, averaging, sub-sectioning, and processing available during playback influences the ASCII-out file. Select Output Backscatter data or Output Intensity data.
Click Finish. Playback or reprocess the desired transect see Post-Processing of Discharge Data, page The first six rows contain leader, scaling, navigation, and discharge information.
Starting with row seven, WinRiver II writes information in columns based on the bin depth. When WinRiver II writes the information for all bins in the current ensemble, it goes to the next ensemble and repeats the cycle starting with row one.
Fields are separated by one or more spaces. WinRiver II does not split ensembles between files. The file size automatically increases to fit at least one ensemble. Missing data data not sent from ADCP are not included no dashes or fill values.
Table 4: Row. Row three fields one through five are referenced to Bottom-Track if the reference is set to Bottom-Track. Beam depths are not corrected for Pitch and Roll.
The file can be saved as a template so you can use it for other measurements. To add a Separator, select Insert Separator on the list and press the key. To remove an item from the list, select it and use the key. Click Next to continue. If To Comm. Port is selected, enter the communication port parameters. Print a Graph or Display a. Start WinRiver II and open a measurement file. The title bar will be highlighted.
On the File menu, click Print Setup. Select the desired setting and printer. Choose Landscape for contour graphs. On the File menu click Print Preview. If the display is acceptable, click Print. On the Configure menu, select Capture Setup.
This will bring up a following dialog box. Select Clipboard or File. Click Capture Now. If you selected File, name the file and click Save. On the Measurement Control window, select the transects to be included in the summary. On the Playback menu, select Reprocess Checked Transects. On the Q Measurements screen, click Print to print a copy of the discharge summary. See Unable to Bottom Track, page in the Trouble Shooting section of this guide for more details on these conditions.
Depth Sounder Requirements. A third serial port is required on your computer to accept the depth sounder data if you are also acquiring GPS in addition to ADCP data. External Heading Requirements. Two serial ports are required on your computer to accept the external heading data in addition to the ADCP data. GPS Requirements. How to Use Depth Sounders The depth sounder is another external sensor that can be used to track the depth of the water. WinRiver II will display the corrected depth depth of water from the surface in the Navigation tabular screen See Figure 56, page In conditions where a depth sounder is required to measure water depth, a GPS is also required to measure the boat speed.
Connect the depth sounder system to your computer using a serial interface see your depth sounder manual for details. To enable depth sounder communications with WinRiver II, do the following steps. Stop pinging. You are not allowed to change communications parameters while pinging.
Select the Configure menu, Peripherals. Click the Add button. Choose Depth Sounder, and then click Next. Choose the COM port that the depth sounder is connected to.
Verify the port and communication settings. Start pinging. On the Configure menu, click Peripherals. Highlight the port the depth sounder is attached to and press Test Port. This will open a window in which all the characters coming from the port assigned for the depth sounder are shown.
You need to close this window it if you need to perform any other operation. Right-click on the configuration node in the Measurement Control window, and than select Properties. Enter a value in the Offset box. Note that the depths reported by the DBT NMEA string do not include the depth of the sounder, so the scaling is applied to the range reported from the depth sounder to the bottom. WinRiver II can scale the depth sounder depths by the sound.
Save the measurement file with a unique name by selecting the Recording page and entering a new Filename Prefix or Output Directory. In naming the measurement file, use a name that will indicate that the depth sounder is being used in place of bottom track depths in the discharge calculation, i. The decoded data will be displayed in the Composite Tabular view if the Use in Processing box is selected. Click the Uninstall button. A confirmation dialog will appear.
Press Next to start the cleanup. Notice that when you click Teledyne RD Instruments WinRiver II in the list of apps, some information about the program is made available to you: Safety rating in the lower left corner. Reviews by other users - Press the Read reviews button. Details about the program you wish to uninstall, by clicking on the Properties button. The playback tool bar also has functions to start, stop, rewind, and go to the end of the data file.
You can change your averaging interval, subsection the data to remove bad ensembles or show only a section of the river, export data for use in other programs, screen data, and make corrections to the configuration nodes.
Increase the Number of Ensembles to Average. Click OK. Single ping ensembles are recommended for data collection. Transect Subsection Select the transect file to be subsectioned on the Measurement Control window. Right-click on Transect and click Transect Subsection. To select a portion of the data file, uncheck the Select All Ensembles box. The file will be reprocessed automatically. To return to the entire data file, rightclick on Transect and click Transect Subsection.
Check the Select All Ensembles box. Select where to save the file and click Save. XML provides the Hydrologic Scientific Community with a standard structure to allow the definition of hydrologic information. Data Screening To change the data screening for a selected data file, right-click on the Playback Configuration node and select Properties. Select the Processing page. Change the settings as needed. The selected data file will playback automatically.
The settings will apply only to the Playback Configuration node; the raw data file will not be changed. Select Apply to All Active Configurations this makes the correction to all of the configuration nodes: checked or not checked or Apply to Checked Active Configurations the correction applies only to checked configuration nodes.
Select Output Backscatter data or Output Intensity data. If you see an error message The File does not exist! It is opened by selecting View, Discharge Summary or by using the shortcut key F The discharge summary shows all recent transects that have been made and all relevant information on them. It can be used for data collection and playback and is very effective at establishing whether a measurement is good or not.
To add or remove transects from the summary, use the Measurement Control widow. Checking the Transect XXX box where XXX is the transect number will add the transect; unchecking the box will remove the transect from the summary. Start WinRiver II and open a measurement file. Checking the Transect XXX box will add the transect; un-checking the box will remove the transect from the summary.
On the Q Measurements screen, click Print to print a copy of the discharge summary. The title bar will be highlighted. On the File menu, click Print Setup. Select the desired setting and printer. On the File menu click Print Preview. If the display is acceptable, click Print.
Choose Landscape for contour plots. On the Configure menu, select Capture Setup. This will bring up the Capture Setup dialog box. Select Clipboard or File. Click Capture Now.
If you selected File, name the file and click Save. Click Cancel to exit this dialog box. These limits are designed. Open System Properties. Use Device Manager. Understand hardware profiles. Set performance options. All Rights Reserved. All rights reserved. No part of this documentation shall. Contents Getting Started Call Recorder Oygo Manual Version 1. When upgrading your TAPIT software make sure that all call accounting data has been exported before you begin the installation process.
TR-3 Channel Editor Software Manual Trilithic Company Profile Trilithic is a privately held manufacturer founded in as an engineering and assembly company that built and designed customer-directed. This User s manual contains all information that helps you to operate your keyboard.
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Printed in the U. Published Trantec S5. Guide to Using AMS 4. Interaction Client. This lab will demonstrate how to setup and run a simple. Computech Systems, Inc. Getting Started with Vision 6 Version 6. Portions used under license from third parties.
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