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Version 3.3 User Manual

1. eerie eere eese eene enses n nennen natn tns en netu netu setas tastes etas nn 16 LE Bubnlizl r 16 AS TOONS e 17 AG IMIOEIS ee EM 19 4 7 Import Export sase vs 19 LR Muacidurii e 20 4 9 RO nnn 20 EBD CINIC TIU isses 21 5L Sereen Setting isanos 22 5 1 1 Hsec ES enS SEIS oos 22 5 1 2 Openwindows Settings Solaris sesessseseeeesoeseseoeseeseesoeseseonseeoesoeeereoesesesoreeseo 22 5 1 3 CDE Settings 6 Baseline Menu seee edere eno eroe ee n eno n ea eue eno dao eui evan on ego e ep Ye ene uaa enge pa 7 Navigation management eese eee eene eene enne tn natns tns ta setas setas ta seta stessa etna en nsn 25 7 1 Navigate to user project IA E NAT i T ER 7 2 1 Copy directory 7 2 2 Copy workspace 7 2 3 Copy geo data set coverage 7 2 1 Copy geo data set Grid cssccsscssccssssscescsssssesssesssessssssesesssessesesssesesesssesseees 7 2 2 Copy geo data set Tim cssccssccsscssscseeccssscssscsscsssssssssscsesessssescsssssssssessesesees 7 2 3 dui m 7 3 Renaming Moving Coverage eese eee eee eese en sensns tns tn netus enne tune tuse tassa seta 7 3
2. Contents x and y coordinates of WAQUA computation grid bed points attributes id point number m coord m coordinate n coord n coordinate grid polygons with the WAQUA computation grid bed points as the centre attributes id polygon number m coord m coordinate n coord n coordinate grid lines of a WAQUA computation grid attributes type line type m m line or n n line value number of the line WAQUA computation grid polygons shifted to the u direction attributes id polygon number m coord m coordinate n coord n coordinate WAQUA computation grid polygons shifted to the v direction attributes id polygon number m coord m coordinate n coord n coordinate x and y coordinates of WAQUA computation grid water level points attributes id point number m coord m coordinate n coord n coordinate grid polygons with the WAQUA computation grid water level points as the centre attributes id polygon number m coord m coordinate n coord n coordinate Baseline 3 3 User Manual Output to ArcInfo Name Features Contents Bronpbw p points sources and sinks after WAQUA schematization attributes bpnaam name of the sources sinks Kunwkbw p lines structures after WAQUA schematization attributes kwnaam name of the structures Meetpbw p points measuring points after WAQUA schematization attributes mpnaam name of the measuring points Ovlbw 1 lines weirs after WAQUA schematization attribut
3. Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 166 11 4 1 3 Elevation statistics 11 4 1 3 1 Main section Calculate statistics main section Select base files for calculating statistics sobek compartments section grid elevation grid main channel Start compartment End compartment Output directory workspace Calculate statistics main section Use this function to calculate elevation statistics for the main channel section The created ASCII file gives five elevation percentages for each compartment 100 99 5 1 0 SOBEK compartments Select the polygon file with SOBEK compartments e g sobekvak Section grid Select the section grid e g secties Elevation grid main channel Select the grid with floodplain elevation data e g hoogzom Start end compartment Enter the start and end compartment numbers between which calculations are to be performed Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created OK Starts the elevation statistics calculation Cancel The menu is closed Help This screen Baseline 3 3 User Manual 167 Select coverage Directory d baseline rijn j2000c1 sobek r1 2000_3 basis Subdirectorie
4. Drawing edit coverage background coverages topographic files TINs and attribute texts Selecting both spatial and logical selections on the basis of the attributes information Attributes display of attribute data information of selected elements Save Selection Create Contour Box Polygon Users can use the draw function to draw any file in the database on the screen In doing so the file in question is defined as an edit coverage Furthermore a number of files basic files and topographic files digital river map files of the Topografische Dienst Dutch Ordnance Survey can be drawn as background coverages The attribute texts relating to the elements can also be drawn Other actions can be executed for this edit coverage such as selections The user must begin by at least drawing an edit coverage before other functions can be used in this group The select function can be used to make selections in the drawn edit coverage Both spatial selection and logical selection is possible Spatial selection of elements is possible by clicking one or more elements with the mouse on the screen or selecting all elements within a box rectangle drawn with the mouse Alternatively all elements within a certain sub area can be selected by indicating a coverage with an area limitation In the case of logical selection the user can make selections on the basis of attribute values information of the elements in the edit coverage drawn on the sc
5. Help This screen Baseline 3 3 User Manual 197 Subroutines menu 1 Determining watersheds 2 Determining dike levels 3 Determining threshold elevations 4 Determining dike types 5 Creating summerdike segments 0K Cancel Subroutines menu Use the Subroutine option to run routines separately Click the button behind the required routine to select each subroutine separately Some routines require a previous routine If this is the case a popup window will be opened to notify the user OK Click OK to confirm the selected subroutines a popup window displays the settings and the absence presence of basic files You are returned to the main window Cancel The menu is closed Help This screen Information Select a subroutine OK Baseline 3 3 User Manual 198 11 4 4 3 Areas behind summer dikes Areas behind summerdikes Select SOBEK compartments Select Summer dike segments Areas behind summerdikes Use the Areas behind summer dikes menu to create a file with areas behind summer dikes from SOBEK compartment files summer dike segment files and a table with which compartments and summer dike segments are converted into dike types and heights The polygon data file with areas behind summer dikes contains dike types and heights The dike types are Select SOBEK compartments Select Summer dike segments Select translation table OK Cancel Help
6. K HOOGTE On C Off K_HOOGTE torma Remove expression Remove last addition Calculate Cancel Help Change attributes Enter a new value or formula to modify the attribute information of selected attributes If lines and points have been combined into a geo data set group it is only possible to modify the attribute information of the feature selected via Modify Draw The attribute NUMMER cannot be changed either Feature The feature type selected Select attribute Select the attribute to be modified Value on off If on is selected all values of the selected attribute will be displayed The values of the selected feature will be displayed only Insert the plus sign into the formula Insert the minus sign into the formula Insert the multiplication sign into the formula Insert the division sign into the formula Baseline 3 3 User Manual 135 Insert quotes into the formula for alphanumerical values e g names Attributes The name of a selected attribute may be used in the formula Value on off If on is selected all values of the selected attribute will be displayed i e only the unique values They can be used in the formula Formula The way in which the selected attribute is to be modified NB The cursor must always be at the end of the line when adding elements to the formula See the formula examples in the bottom of this Help file Remove expression Cl
7. Name for new coverage Enter the name of the copied coverage in this input field Default is the same name OK The selected coverage is copied Cancel Cancel copy operation and return to previous screen Help This screen Baseline 3 3 User Manual 31 7 2 1 Copy geo data set Grid Copy grid Directory Subdirectories Grid conversie Copy grid Use this function to copy a grid ArcInfo file from one workspace to another It is primarily used to copy grids from directories containing basic files variants or projects to user directories Users can then edit the grids Select the tin to be copied by means of the list boxes or by typing the grid path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Grid Available grids in the selected subdirectory Search pattern Enter one or more letters to make a selection from the grids shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can specify the new location of the grid Cancel No grid will be copied Help This screen Baseline 3 3 User Manual 32 Copy grid to Directory Subdirectories Name for new grid OK Copy grid to Sele
8. Subdirectories Search pattern E o i II Available features Select edit coverage Select an edit coverage to draw to view or to make selections Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Coverages Select a coverage to serve as edit coverage Search pattern Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter Available features Shows the available features line poly point of the coverage selected Select the required feature for selections OK The selected coverage with the selected feature is used as edit coverage Baseline 3 3 User Manual 109 Cancel Help Return to previous window This screen Select background coverages Directory la baseline rijn c95_3 grenzen Subdirectories Feature s Selected background coverages d baseline rijn c95 3 grenzen winbed LINES d baseline rijnic 5 3XgrenzenXoeverl LINES d XbaselineXrijnXc95 3XgrenzenXnormaall LINES Delete Delete all Select background coverages Select one or more coverages to serve as background coverages The upper background coverage in the list will be drawn last Arrow Up Directory Subdirectories Coverages Features Add Move up
9. A Version 3 3 User Manual RIZA werkdocument 2003 170x Commissioned by Institute for Inland Water Management and Waste Water Treatment RIZA Rivers Department Postbus 9072 NL 6800 ED Arnhem Contact S P J M van de Pas August 2003 N js Ministry of Transport and Public Works Rijkswaterstaat RIZA Institute for Inland Water Management and Waste Water Treatment Baseline 3 3 User Manual Contents IM ODUM COON seers soes ae du eene eao E o E NEES E o E o EErEE 1 EB rUnDnEeun q 2 3 Baseline Database and Files 4 eeeeeeee eee esee esee eese enses tnnt estas etus sse sosser sasore 3 3 1 Structure of the Database ceca eee eese esee eene ertet ennt nant vo spoon tasto ss setas stone seta siie 3 3 2 Database Directory Structure eee eee ee eee eese essen sete seta attain tosta stent sens enun 3 Ded Baseline Files e 4 DA US OF the Database css cosccscasssssctagssvsssecnsdesesosssovesssnsess sessenss o eos o S else edv EE EXPE e vea ee Du Ts 11 4 Baseline Functi ohs eren rrt eere Renner ttp ence sosuss sutessostsssosadesesoesndas ee vv Eee sones 13 4 1 Navigation and Management eere eese eee enses tn setas ta sten sts seta sets sts sens ennne 13 4 2 Consultation and selection eee e eere eerte etes ee eene seen nennen setas tuns sten s stone sean 15 4 3 Panning and Zooming
10. Baseline 3 3 User Manual 147 Information Enter a name shorter than 13 characters OK Furthermore the user must analogous to the protocol save the elevation model in a workspace named tin The user can choose a different variant than the one worked in When the elevation model is created a log file will be kept with the following features Information Workspace has tin as a required name 0K Name BODEMTIN LOG 1 2 3 4 Top line with date and time Subsequently type and name of the input file including path name Output file including path name Final line with date and time Baseline 3 3 User Manual 148 11 2 Generating weirs Generate weirs Select files to generate weirs Summerdikes 1 Elevation barrier line h d baseline rijn j 2000c1 hoogli d baseline rijn j 2000c1 hoogli Generate weirs Use this function to create a weir coverage with elements affecting the flow rate The term weir is a collective noun for summer dikes groynes and elevation boundary lines Only elevation boundary lines qualified as weirs are included in the creation of the weir coverage The user may enter one or more coverages per type of weir summer dike groyne of elevation boundary line For the creation of a weir coverage at least one file must be selected Select coverages Summer dikes Groynes Elevation boundary lines OK Cancel Help Click
11. Baseline 3 3 User Manual 220 Baseline 3 3 User Manual 221 12 Models 12 1 WAQUA conversion After clicking the option Conversion to WAQUA the user can select Conversion to WAQUA v3 3 or Conversion to WAQUA v3 0 The Baseline version 3 3 has an improved function for the weir procedure e The 20 cm EPS parameter has changed in 1 cm e Points lying within a range of 0 01 metre are only allocated to a line and not within a range of 5 metres anymore e When more points are in the same location Baswaq can only choose one value The application software is adjusted and the highest value is always copied now 12 1 1 Conversion to WAQUA Conversion to WAQUA Run id WAQUA schematization Rgf file Area delineation Measuring points Output locations Sources Sinks Riverkm point line Structures Weirs point line River axis Roughness areas line Roughness areas poly Dry Points Elevation model Waterlevel model OK However the user can still choose to use the Baseline v 3 21 method After the user has made a selection the following window will be displayed Feel lll id baseline rijn j 2000c1l waqua ri si d XbaselineXrijnXj2000c1XvaquaXr 1XroosterXrijn001 1 id baseline rijn j 2000c1l grenzen winbed ES Translate d baseline rijn j 2000c1 meetpunt msw95 id baseline rijn j 2000cl overig bronput id baseline rijn j 2000c1 rivgeom rivierkn id baseline rijn j 2000
12. Delete Delete all Cancel Help Coverages to generate elevation model Use this window to select input coverages for the creation of an elevation model Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Add Add the selected coverage to the list If the coverage does not contain the correct features and or items you will be notified and the coverage will not be added to the list If a coverage of the primary dike type is to be added you will be requested to select either crown or toe elevation Baseline 3 3 User Manual 145 Selected files Delete Delete all OK Cancel Help Select crown or toe elevation SEE Select crown or to elevation for primary dike G Crown Base OK Cancel Select crown or toe elevation Select primary dike crown or toe elevation Click one of the buttons to select the crown or toe elevation This value will be included in the calculation of the elevation model The selection applies to all selected coverages of the primary dike type OK Accept the selection Cancel Close the menu The crown elevation will be used in the creation of the elevation model Help This screen Gives an overview of all coverages sel
13. Subdirectories Name for new TIN BODEM test OK Name new TIN Name of the new TIN after renaming or moving the TIN Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Selecting a subdirectory will change the current path Name for new TIN Enter a new name for theTIN in this input field in Directory Default is the same name OK The selected TIN is renamed or moved Cancel Cancel rename move operation and return to previous screen Help This screen Baseline 3 3 User Manual 47 7 3 6 Renaming moving file Copy file Directory d baseline demo_maas waqua ri1 rooster Subdirectories Search pattern Copy file Use this function to rename or move a file for instance an ASCII file or an AutoCAD file It cannot be used to rename move any coverages ArcInfo files Coverages are renamed moved using the Rename move coverage option It is primarily used to rename or move coverages from user directories and project directories Select the file to be renamed moved by means of the list boxes or by typing the file path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory File Available files in the selected subdi
14. The following directories are created data export grenzen hoogpunt hooglijn import meetpunt metainfo oppwater overig plot rivgeom ruwheid sobek tin waqua Arrow Up Directory Subdirectories OK Move up one directory This input field shows the current path Select the directory to which the new project directory is to be added Choosing a subdirectory will change the Directory The new project is added Enter the name of the new project in the dialog box Baseline 3 3 User Manual 92 Cancel The project is not added Help This screen Add project Enter the name for a new project mhsz9 8 ox Cancel OK The new project is added Cancel The project is not added Baseline 3 3 User Manual 93 7 8 3 Add variant Add variant Directory Subdirectories conversie Add variant The administrator may add a new variant Variants can only be added to the following directories RIVGEV variant rhine RIVGEV variant meuse The following directories are created data grenzen hooglijn hoogpunt meetpunt oppwater overig rivgeom ruwheid sobek tin waqua Arrow Up Directory Subdirectories OK Cancel Help Move up one directory This input field shows the current path Select the directory to which the new variant is to be added Choosing a subdirectory will change the Directory The new variant is add
15. plotter plot file The settings function can be used to indicate the settings for maps to be made An indication can be given of which files from the database should be drawn The user determines for himself which symbols and colours are to be used He can also indicate which topographic files or map layers are drawn as a background file Standard symbol sets are used for this purpose Other possible settings are the format and the orientation of the map as well as the scale of the map and a title and subtitle A key to symbols date North arrow scale and logo are generated according to a standard layout The plot function can be used to plot the maps drawn on the screen using the settings function or to save them as a plot file When plotting the user can choose the plotter to which the map is sent The plotters are automatically selected which are suitable for the chosen map format When saving the plot file the user can choose between postscript and rtl format files 4 9 Closing The user uses the close function to either exit the application or to be temporarily prompted for actions in ArcEdit Baseline 3 3 User Manual 20 5 Baseline StartUp Windows NT users can start the Baseline application by clicking on the Baseline icon with a shortcut to baseline bat UNIX users must type Baseline behind the UNIX prompt to start the application Both ArcInfo and the application are started Only users with the proper authorisation from t
16. Subdirectories Name for new file NEN OK Give name and location for coverage type Use this window to select the output directory for areas behind summer dikes The directory must have the name basis and must be located in a SOBEK schematization It is also possible to enter a file name for the areas behind summer dikes Directory Arrow Up Subdirectories Name for new file OK Cancel Help This input field shows the current path Move up one directory Select the directory in which the areas behind summer dikes file has to be created Enter a new name for the area behind summer dikes file to be created The output directory is selected The menu is closed This screen Baseline 3 3 User Manual 201 11 4 5 SOBEK roughness Information Baseline 3 3 User Manual 202 11 4 6 Creating DSS tables Create DSS tables 30021 d XbaselineXrijnij2000clXsobekXri1X2000 3 Start compartment E I End compartment Name table Create DSS tables Use the DSS tables window to create DSS tables SOBEK schematization The next window is used to select the SOBEK schematization file for which the tables are to be created Start end compartment Enter the start and end numbers of the compartments for which the DSS tables are to be created Name table Use this field to enter the name of the table OK Starts the creation of DSS tables Cancel The menu is closed He
17. TEXTPOINT Inserts ATPOINT Tekst lengte INSERTS uw am mii Kleur BLOCKS Lijntype s Annotation ALL None Output width Text Attributes Output coverage d baseline rijn j 2000cl grenzen secties2 0K Cancel Help Import DXF file to Arc INFO coverage Use this function to import DXF files to an ArcInfo coverage Select DXF file Select a DXF file for conversion The files to be imported must be located in the directory with the name IMPORT Create layer info Click this button to be able to display layer information on the DXF file selected This procedure may take some time Display layer info Opens a window with information on all layers present in the DXF file TEXT DEF DEFAULT LAYER NAME ARCS POINTS TEXT ATTRIB ATTDEF INSERT LEN COLOR LINETYPE Show contents DXF file Opens a window with the contents of the DXF file Display DXF file A graphical display of the DXF file prior to conversion Baseline 3 3 User Manual 254 The Layers window displays all layers present in the DXF file Selecting a layer will open a list with information on this layer Next indicate the entities to be converted to a coverage per layer The following options are possible Import layer entities Select all layers Lijnen Punten Annotatie Atanno Textpoint Atpoint Inserts Blocks Annotatie Lijnen All None Output coverage OK Cancel Help All entities of all layers are con
18. User Manual 183 Create boundary flow storage Choose GRID file to be used as a base for generating the boundary flow retention C Dischargedensitygrid Flowconveyingclasses 0K Cancel Help Selection Flow Conveyance Classes Create boundary flow storage Flowconveyingclasses section grid model boundary Start compartment End compartment Select class boundary Output directory workspace OK Help Create boundary flow storage Use this window to create a grid and a polygon coverage in which the boundary between flow and storage is displayed based on an existing boundary in the flow conveyance class grid Flow conveyance class grid Select the flow conveyance class grid created by means of the Create flow conveyance classes function strklas Sections Select the section grid named SECTIES Winbed Select the model boundary poly named WINBED Start end compartment Enter the start and end compartment numbers between which calculations are to be performed Select class boundary Enter the class boundary in percentages the boundary must be available in the flow conveyance class grid selected Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created Baseline 3 3 User Manual 184 OK Starts creating the flow conveyance storage boundary Cancel The menu is closed Help This screen
19. Users can then edit the files or import them to Arc INFO coverages Select the file to be copied by means of the list boxes or by typing the file path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory File Available files in the selected subdirectory Search pattern Enter one or more letters to make a selection from the files shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can indicate the new location of the file Cancel No file will be copied Help This screen Baseline 3 3 User Manual 36 ix Copy file to xi Directory 4 hone schutte basel ine rijn Subdirectories aah e a Mame for new file 0K Cancel Help Copy file to Select the target directory for the selected file to be copied and enter a name for the copied file in the input field Default is the same name Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Name for new file Enter the name of the copied file in this input field Default is the same name OK The selected file is copied Cancel Cancel copy operati
20. d baseline rijn j2000c1 hooglijn bandijk lijn d XbaselineXrijnXj2000c1lXhoogpuntXplashgtpeil punt d XbaselineXrijnMj2000c1lXhoogpuntXplashgt punt d XbaselineXriinM1i200 gclvcteidiapotoon vlak lt li Delete Delete all 0K Cancel Help Select base files Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Files in the current directory Choosing a coverage will fill update the feature list Feature s Select the coverage feature to be plotted Features line poly point Repeat the above step to select more features after clicking the Add button Add Click this button to enter the selection window for the graphical symbol en legend text Confirm your choice to add the selected coverage and feature to the list If the list already contains the selected coverage feature this will be reported at the bottom of the menu Selected files The list of selected coverages features Baseline 3 3 User Manual 263 Delete Use this option to cancel a selection The file is removed from the Selected files list Delete all The entire Selected files list will be emptied OK The basic files to be plotted are saved You are returned to the previous window Cancel This menu is closed The Selected files list
21. roughness elements is performed using a conversion table Users are not allowed to modify this table and therefore it is accommodated in the SYSTEEM main directory by the name of SLEUTEL SOBEK Files specifically required for SOBEK Basic files Name Features Contents Kades polygons SOBEK summer dikes segments attributes code summer dike type code 0 not behind summer dikes 1 primary 2 secondary insthgt threshold elevation in m versus NAL Sobekvak polygons SOBEK compartment boundaries attributes vak SOBEK compartment number teken contains the text aan or uit indicates whether the compartment is to be drawn in the presentation Strovoer polygons type of flow conveyance attributes strovoer conveyance or retention 1 conveyance 2 retention SOBEK input Name Features Contents Hoogwin grid cells floodplain bed elevation grid in cm versus NAL Hoogzom grid cells main and groyne section bed elevation grid in cm versus NAL Kadecode grid cells SOBEK summer dike code grid Kadehoog grid cells SOBEK summer dike threshold elevation grid in cm versus NAL Linrech grid cells left or right bank code grid Plascode grid cells lake code grid Plashoog grid cells lake average ground level elevation grid in cm versus NAL Secties grid cells section code grid Strovoer grid cells flow conveyance type grid Vakwin grid cells floodplain SOBEK compartment grid Vakzom grid cells main channel and bank sections S
22. 3 User Manual 131 Edit lines and points A Continue split Is the right line selected with the points Splitting of line 42550 ready Line splitted in line with NUMMER 42550 and line with NUMMER 42552 0K Delete Click this button to delete a line and its related points Upon selection of at least one line the selection is deleted Any points with the numbers equal to those of the deleted lines will also be deleted Add points Click this button to add and modify points belonging to lines Upon confirmation this function is also run under Add Upon selection of one line the following message is displayed Points at lines X BREVEL Adding points to line with NUMMER 42550 Next indicate the position of the new point by means of the left mouse button Correct entry prompts the following message Points at lines X BREUKL Adding points to line with NUMMER 42550 Added punt ID 497885 Incorrect entry prompts the following message Points at lines BREUKL Adding points to line with NUMMER 42550 Point not within 5 meters Terminate the Add point option by depressing lt Ctrl gt and the right mouse button key 9 which will prompt the following question Baseline 3 3 User Manual 132 Points at lines A BREUKL Adding points to line with NUMMER 42550 Do you want to enter elevation data The answer Yes will open a new data entry window The functions
23. Cancel Do not select a new workspace Help This screen Baseline 3 3 User Manual 25 7 2 Copying 7 2 1 Copy directory Copy directory Directory Hesse O Subdirectories Directory hooatetest e Copy directory Use this function to copy an entire directory including its subdirectories and any files in it to another directory It is primarily used to copy basic files variants or projects to user directories Users can then edit the coverages Select the directory to be copied by means of the list boxes or by typing the directory path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Directory Available directories in the selected subdirectory Search pattern Enter one or more letters to make a selection from the directories shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can specify the new location of the directory Cancel No directory will be copied Help This screen Baseline 3 3 User Manual 26 Name new directory Directory Subdirectories conversie Name for new directory 0K Name new directory Clicking OK in the previous screen will open this window Use this dia
24. Cancel The polygon is not saved The menu is closed Help This screen Digitalize the polygon by following the instructions below 1 Add polygon 2 Polygon end 4 Remove the point added last 5 Remove the polygon added last 8 Digitalize options 9 Stop Baseline 3 3 User Manual 120 9 Pan Zoom There are two ways to select pan zoom functions 1 The Pan zoom window can be selected via the main window and displays a number of functions to navigate the graphical window zooming panning Zoom to edit coverage Zoom in Zoom out Pan Zoom box Zoom to selected set Zoom to map scale 2 After drawing an edit update coverage the pan zoom window will be opened Pan zoom B id Pan zoom Right click the icon to display its function at the bottom of the screen Zoom edit coverage Display the entire edit coverage Baseline 3 3 User Manual 121 Ny 4 Zoom in Zoom in on the centre indicated This is a recurring function which allows for repetitive zooming after each action Click the right mouse button to cancel this function key 9 KX Zoom out u Zoom out on the centre indicated This is a recurring function which allows for repetitive zooming after each action Click the right mouse button to cancel this function key 9 Pan Move the working map versus the centre indicated This is a recurring function which allows for repetitive panning after each action Click
25. Create contour Box Save box Directory Subdirectories Save box Enter and save the coverage path and name before drawing a box Arrow Up Directory Subdirectories Name for new file OK Cancel Help Move up one directory This input field shows the current path Select the subdirectory in which the selection box is to be saved The path indicated at Directory will be adjusted Enter the name under which the selection box is to be saved The box is saved in the coverage indicated The selection made last will remain intact after closing the window The box is not saved The menu is closed This screen Use the mouse to draw the box Click the left mouse button Click the left mouse button again to immediately save the box as coverage Baseline 3 3 User Manual 119 8 6 Create contour Polygon Save polygon Directory d XbaselineXrijnXc95 3Xgrenzen Subdirectories Name for new file polygoon OK Save polygon Enter coverage path and name before drawing a polygon Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the subdirectory in which the polygon is to be saved The path indicated at Directory will be adjusted Name for new file Enter the name of the polygon saved OK The polygon is saved in the coverage indicated The selection made last will remain intact after closing the window
26. Create elevation model v3 0 e Create weirs e Create sections e SOBEK files Create compartments Main channel compartments Floodplain compartments Elevation statistics Main section Bank section Floodplain Discharge Density Grid Flow conveyance and retention Flow Conveyance Classes Flow conveyance and retention Create summer dikes Weir grid Summer dike segments Areas behind summer dikes SOBEK roughness Create BOS tables e Roughness elements Cluster ecotopes Generate roughness areas polygon file line file e Create water level model e Convert Ref file The create elevation model function can be used to make an elevation model of an area of interest on the basis of files containing main channel floodplain bank and lake elevation data elevation boundary lines fault lines and primary dike data The limit given may be the border of the area of interest or the border of the floodplain The TIN function of ArcInfo is used to generate the elevation model The Baseline version 3 3 has an improved function for TIN creation Line and point coverages fault lines primary dikes and elevation boundary lines are converted to 3D ungenerate files and are offered to the CREATETIN routine instead of being offered separately as line and point coverage Baseline 3 3 User Manual 17 The create weirs function is used to create a weir file from files with summer dikes groynes and elevation boundary lines designated by the user All the sum
27. Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Name for new file Enter a new name for the coverage to be created OK The coverage name is saved and you are returned to the previous window Cancel The menu is closed The coverage name is not saved Help This screen Baseline 3 3 User Manual 257 13 3 2 Exporting Export Arc INFO coverage to DXF file Select Coverage d XbaselineXrijnMj2000clXgrenzenXsecties Workspace d baseline rijn j2000c1 export OK Cancel Help Export Arc INFO coverage to DXF file Click on the corresponding button to select the name of the coverage to be exported and the destination name workspace Select Coverage Click this button to open a window in which a coverage can be selected Workspace Click this button to open a window in which a workspace can be selected The DXF file will be located in this workspace The workspace must be named EXPORT OK Accept the coverage and workspace selected and start exporting The DXF export file gets the default name lt covername gt dxf Cancel Close the menu and cancel the export Help This screen Baseline 3 3 User Manual 258 Select coverage Directory d XbaselineXrijnMj2000c1Xgrenzen Subdirectories Select coverage
28. Insert update file Insert File Save 5 Tools Functions for the creation of water level elevation models TIN weirs sections roughness areas SOBEK basic files and for the conversion of WAQUA grids T Create elevation model gt Create weirs Create river sections Data SOBEK gt Roughness gt Create waterlevel model Convert RGF file 6 Models Creating WAQUA and SOBEK input files and SOBEK profiles Data conversion for WAQUA gt Data conversion For SOBEK SOBEK profiles 7 Import Export Data exchange functions for external sources and targets ArcInfo ASCII and DXF ARC INFO gt asc gt DF 8 Presentation Presentation functions for intermediate and end results Settings Draw Plot gt 9 Close Exiting the application and intermediate stage for ArcEdit session Close application Temporary to prompt Baseline 3 3 User Manual 24 7 Navigation management 7 1 Navigate to user project ix Set standard workspace 2 x Directory 4i home schutte baseline rijn Subdirectories Eiz OK Cancel Help Set standard workspace Use the Navigate to user project option to set the default user or project directory that will be used in this session Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory OK Set selected workspace as default
29. Manual 111 8 2 Selecting Select set New Add Subset Selection method PASSTHRU WITHIN Selection 0 of 42000 Select 1 or more Select all Select complementary Select logical Select with box Select with polygon Select with coverage Iscr mpi Debug cc ina ee eee c T saient miti povera _Sascel estaction Cancel selection Close Select Select set Choose one of the following three selection methods New This creates a completely new selection set Add A new selection is or may be added to an existing one The result is larger than or equal to the existing selection Subset A new selection is removed from an existing one Selection method Passthru Within Selected Select 1 or more Select all Select complementary The result is smaller than or equal to the existing selection Choose one of the following two selection methods A candidate element is not required to entirely match a specified selection box or file in order to be selected A candidate element is required to entirely match a specified selection box or file in order to be selected A value displaying the number of elements selected One or more elements may be selected Finish the selection by means of lt Ctrl gt right mouse button key 9 Everything in the edit coverage is selected The selection is reversed Selected elements are no longer selected non
30. Manual 58 Help This screen Select a box delineation coverage Directory Subdirectories Coverages selcontour hooatetest ex ug Select a box delineation coverage Select a coverage to serve as clipping coverage The delineation specifies the area to be clipped from _ the selected files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Coverages Available coverages in the current directory Search pattern Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK Accept the selected clipping file Cancel No clip coverage selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 59 Select workspace for clipped coverages E Directory Subdirectories Select workspace for clipped coverages Select the target workspace for the clipped files PLEASE NOTE Arrow Up Directory Subdirectories OK Cancel Help The clipped coverages to be created will be given the same name as the previous files DO NOT save them in the same location as the selected files to be clipped This is bound to lead to errors particularly when the ove
31. Manual explains the database structure and its use and describes the functionalities of the application The separate Baseline functions are described on the basis of screen dumps The chapters of the User Manual are also available on line for each menu item of the application The application has avoided the use of GIS and ArcInfo terminology as much as possible However the use of such specialist terms sometimes proved inevitable Any GIS and ArcInfo terms used will be explained in an appendix to this manual Baseline 3 3 User Manual 1 2 Reading Guide Chapter 3 describes the database structure and the files to be saved in the database In addition this chapter discusses the use of the database For an extensive description of the contents structure and creation of the files please refer to the document Protocol Basisbestanden Baseline 3 0 Baseline 3 0 Basic File Protocol CSO amp ESRI Nederland report number 98 624 1998 in Dutch Chapter 4 discusses the functionalities of the application It describes the objects the operation and the end results of its functions in detail Chapter 5 describes how to start Baseline Chapter 6 gives a summary of the Baseline menu bar The chapters 7 to 15 deal with the separate functions of the application They are grouped by chapter according to the main menu bar The operation of these functions and the individual buttons input fields and selection lists is described in detail on the
32. Select Coverage d baseline rijn j 2000c1 rwzheid gebour Workspace d XbaselineXrijnMj2000clXexport OK Cancel Help Export Arc INFO coverage to ASCII files Click on the corresponding button to select the name of the coverage to be exported and the destination name workspace Select Coverage Workspace OK Cancel Help Click this button to open a window in which a coverage can be selected Click this button to open a window in which a workspace can be selected The ASCII files will be located in this workspace The workspace must be named EXPORT Accept the coverage and workspace selected and start exporting A file with the extension gen is created per feature type If the coverage table contains additional attributes they will be written to an ASCII file with the extension asc The file name itself is equal to the name of the coverage with the suffixes _p lor v respectively indicating whether they contain points lines or polygons Close the menu and cancel the export This screen Baseline 3 3 User Manual 251 Select coverage Directory N d baseline rijn j 2000c1 ruvheid Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory
33. Select flowclassesgrid Directory d baseline rijn j2000c1 sobek r1 2000_3 Subdirectories Select grid Select flowclassesgrid Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 185 Select coverage Directory d baseline rijn j2000cl grenzen Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User M
34. Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Add the selected coverage to the list If the coverage does not contain the correct features and or items you will be notified and the coverage will not be added to the list Gives an overview of all coverages selected so far Highlight a coverage in the list and next click this button to delete it The selected coverages list will be emptied No coverages are selected anymore Accept the coverage s selected and return to the previous window Do not make any changes and close the menu This screen Baseline 3 3 User Manual 150 Give name and location for coverage type overl EIE Directory id NbaselineXrijnMj2000c1Xhooglijn Subdirectories Name for new file OK Give name and location for coverage type overl Use this window to enter the output directory and name for the weir coverage Directory Arrow Up Subdirectories Name for new file OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Enter a new name for the weir coverage to be created The weir coverage name is saved and you are returned to the previous window after which the weir coverage is created The m
35. This menu is closed The options are discarded This screen Baseline 3 3 User Manual 233 Advanced Options Selected Flow depth of flow conveying lakes meters B h al E 102 Definition of Hmain percentage p jeo al 100 99 Definition of Hsub2 percentage p jeo 100 99 Elevation interval below above groynes centineters 10 js al El _ gt 50 10 Calculation of Htop HHtop of main summerdike Weighted average htop of all summerdike4 lt gt Advanced Options This window allows for the selection of advanced options in order to calculate SOBEK profiles which have a format different from the default SOBEK profiles Flow depth of flow conveying lakes meters Enter the extra depth which is added to the flow conveying cross sectional area dA_f of a SOBEK profile when a lake starts participating in flow conveyance Definition of Hmain percentage This value defines the lowest level in the main channel and is defined as a percentage exceedance level xx of the area in the main channel is higher than this lowest level Definition of Hsub2 percentage This value defines the highest level in the main channel and is defined as a percentage exceedance level xx of the area in the main channel is lower than this highest level Elevation interval below above groynes centimetres This value defines the elevation interval between the groyne level Hkrib and the levels below Hkrib 1 and
36. Use this function to calculate elevation statistics for the floodplain section The created ASCII file gives five elevation percentages for each compartment 100 99 5 1 0 SOBEK compartments Select the polygon file with SOBEK compartments e g sobekvak Section grid Select the section grid e g secties Elevation grid floodplain Select the grid with floodplain elevation data e g hoogwin Start end compartment Enter the start and end compartment numbers between which calculations are to be performed Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created OK Click OK to start calculating elevation statistics Cancel The menu is closed Help This screen Baseline 3 3 User Manual 173 Select grid Directory d baseline rijn j2000c1l sobek r1 2000_3 Subdirectories Select grid Select grid Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and cl
37. clipped from the selected files Arrow Up Directory Subdirectories Coverage Search pattern OK Cancel Help Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter Accept the selected clipping file No clip coverage selection and you are returned to the previous window This screen Baseline 3 3 User Manual 56 Select workspace directory for clipped files PB Directory N d XbaselineXls rijncl Subdirectories Name for new directory OK Select workspace directory for clipped files Select the workspace directory for the clipped files PLEASE NOTE The clipped coverages to be created will be given the same name as the previous files DO NOT save them in the same location as the selected files to be clipped This is bound to lead to errors particularly when the overwrite files question is answered with NO Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will chan
38. current directory Files Summary of available files in the selected subdirectory Add Adds selected file to the list of selected files Selected files List of selected input files Delete The selected file is removed from the list Delete all All files are removed from the list OK The selected files are used for the creation of SOBEK input grids Cancel Return to previous window The selection is cancelled Help This screen The window functions of the other input files are identical en the same help file is opened The files can be both coverages and tins Baseline 3 3 User Manual 229 Output directory Directory d XbaselineXrijnXij2000clXsobekXr1X2000 3 invoer gi Subdirectories Output directory Use this window to select the output directory for the SOBEK input grids The directory must have the name invoer grid and must be located in a SOBEK schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select the directory in which the SOBEK input grids have to be created OK The output directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 230 12 3 SOBEK profiles SOBEK profiles Schematization a baseline rijn j2000c1l sobek r1 2000 3 Start compartment End compartment E Create Windows Advanced OK SOBEK profiles Cancel Help Use the SOBEK profi
39. directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages All available coverages in the current directory Add Add the selected coverage to the list of update files The order in which the objects are added to the selected coverages list will affect the final result Baseline 3 3 User Manual 138 Selected files Delete Delete all OK Cancel Help For example the edit coverage contains the situation from the year 1990 and update files from 1992 and 1994 must be inserted The correct order would be to add the file from the year 1992 prior to that of 1994 List of update files Delete the selected coverage from the list Delete all coverages from the list The update files are inserted into the edit coverage The menu is closed The files are not inserted in the edit coverage This screen Update files can only be added to the edit coverage if the attribute structure of both files is identical similar attributes with equal specifications In case of point objects the application will delete any points from the edit coverage located within a predetermined distance from points in the update file In case of line objects the application will delete any lines from the edit coverage which are either located within a predetermined distance from lines in the update file or intersecting P
40. e00 Cancel Close the menu and cancel the export Help This screen Baseline 3 3 User Manual 243 Select coverage Directory N d XbaselineXrijnMj2000c1Xhooglijn Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 244 Select workspace for EO0 bestand Directory a baseline rijn j2000c1 export Subdirectories Select workspace for E00 bestand Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing the subdirectory will define the workspace in which the file is to be created OK Accept the selected workspace as the workspace in which the new file will be located The workspace name sometimes has to meet specific requirements A workspace with an incorrect name will not be accepted by B
41. files These may be spatial changes such as the addition or removal of elements the change of attribute texts of elements or the change of ASCII files Coverages with changes can be input in a file from the database The following functions are available Drawing Spatial Attributes ASCII file Inserting update files Inserting files Saving The draw function is used to draw an edit coverage the file in which changes are to be made background coverages and topographic files on the screen This function includes the same activities as in the draw function in the consultation and selection function group The spatial function can be used to make spatial changes in the edit coverage The user can add move copy and remove elements polygons lines or points In the basic file group in the hooglijn workspace kade krib hverschil overlaat bandijk breukl and breuklplas the lines and their points with elevation data can be jointly collected The attributes function can be used to modify the attribute texts of selected elements The user can enter or calculate new values Using the ASCII file function ASCII files can be modified using a text editor The insert file function is used to add spatial data by inserting one or more files with new data into the database files For coverages with lines and or points this means that lines and or points are added to the existing situation In polygon coverages the overlapping parts are rep
42. in m on the lines versus Normal Amsterdam Level NAL attribute lines attribute points number for conversion to WAQUA number for conversion to WAQUA k_hoogte crown elevation t_hoogte toe elevation fault lines and elevation points in m on the lines versus NAL attribute lines attribute points number for conversion to WAQUA number for conversion to WAQUA k_hoogte crown elevation fault lines and elevation points in lakes in m on the lines versus NAL attribute lines attribute points number for conversion to WAQUA number for conversion to WAQUA k_hoogte crown elevation elevation boundary lines and elevation points in m on the lines versus NAL attribute lines attribute points number for conversion to WAQUA number k_hoogte crown elevation hoogte bed elevation left side r hoogte bed elevation right side overlaat 1 weir 0 2 no weir summer dikes and elevation points in m on the lines versus NAL attribute lines attribute points number for conversion to WAQUA number for conversion to WAQUA k hoogte crown elevation hoogte bed elevation left side r hoogte bed elevation right side groynes and elevation points in m on the lines versus NAL attribute lines attribute points number for conversion to WAQUA number for conversion to WAQUA k hoogte crown elevation hoogte bed elevation left side r hoogte bed elevation right side Baseline 3 3 User
43. neglected If possible the next record of the group of points selected will become active If possible the previous record of the group of points selected will become active The values of this record are read and displayed in the list Baseline 3 3 User Manual 133 Next If possible the next record of the group of points selected will become active The values of this record are read and displayed in the list PLEASE NOTE the values in the list will ONLY be saved if you click OK and Write continue Reset values Click this button to replace the values from the list by the values stored in the database The values from the database are restored Stop Close the menu Help This screen Delete points Click this button to delete points belonging to one or more lines Upon selection of at least one line you will be asked to select the points to be deleted for each separate line The line for which the points are to be selected is displayed in the top left corner of the window The line number s are given on the map Terminate the Select option by depressing Ctrl and the right mouse button key 9 Any points selected but not associated with the line in question will not be deleted Undo Undo the last edit operation Close Close the Edit window Help This screen Baseline 3 3 User Manual 134 10 3 Attributes Change attributes m Bfk Feature LABEL Select attribute ont off BREUKL ID
44. of records matching the selection Selection mode Choose one of the three selection methods New A completely new selection Add Add the specified selection to the existing selection Subset Make the specified selection from the existing selection Attributes Select one of the available attributes to compile the selection set Value On Off Enable disable the display of a unique attribute value list Logical operators only for numbers not quotation marks is equal to e g RUW_CODE 401 gt greater than lt smaller than gt greater than or equal to lt smaller than or equal to lt gt unequal to Baseline 3 3 User Manual 114 only for character strings between quotation marks Contains Not contains Like Multiple selections AND OR PLEASE NOTE Current expression Remove expression Remove last addition All Reverse button OK Cancel Help contains CN does not contain NC like LK e g Searching for records starting with the letters RH ECO CODE LK RH Both logical expressions on either side of AND must be true e g TEKEN CN aan AND VAK 9 One of the logical expressions on either side of OR must be true e g ECO CODE CN Hg OR ECO CODE CN Mg be sure to put the operator between spaces Expressions with the following construction generate an error message item name variable OR variable OR variable The operator mus
45. on such lines ArcInfo term for a plane ArcInfo terms for a line ArcInfo term for a dot An attribute or item contains administrative information on spatial elements The elevation attribute in the winbed coverage for example contains the elevation data of all elevation points in the floodplain A specific value of an attribute or item The attribute value of the elevation attribute in the winbed coverage for example may be a value of 3 1 m NAL or 5 4 m NAL NAL Normal Amsterdam Level The selection of elements polygons lines or points on the basis of their spatial location for example by clicking separate elements in the screen by selecting elements within a selected frame or by selecting all elements of a sub area for example in a floodplain The selection of elements on the basis of their attribute values Example selecting all elevation points in the floodplain higher than 5 5 metres Operators are used in designing a logical selection Some operators are used for selection on the basis of numerical values others for selection on the basis of text Connecting operators are used for making multiple selections The operators for numerical values are lt gt lt gt and lt gt means is not equal to The operators used for selection on the basis of Baseline 3 3 User Manual 271 text are cn contains nc does not contain and k like The operators for making multiple selecti
46. one directory This input field shows the current path Summary of available subdirectories in current directory Select one coverage to serve as background coverage Shows the available features line poly point of the coverage selected Select the required feature to be drawn The selected coverage with the selected feature is added to the list of selected background coverages Selected background coverages Delete Delete all List of all the selected background coverages NB Use the arrows on the right hand side to change the order in which the background coverages are drawn The selected file is removed from the list All files are removed from the list Baseline 3 3 User Manual 110 OK The selected background coverages will be included Cancel Return to previous window Help This screen Select a TIN Directory d XbaselineXrijnXc95 3Xtin Subdirectories Select a TIN Select a TIN to draw Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Tins Select the TIN to be drawn Search pattern Enter one or more letters to make a selection from the TINs shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK The TIN is selected Cancel Return to previous window Help This screen Baseline 3 3 User
47. relates to the parameters search radius and more points in the same location and has consequences for the weir coverages settlement in the conversion to WAQUA This means that the changed data structure of line point coverages asked for a change in BASW AQ The schematizations according to the previous data structure can still be used in Baseline 3 3 This User Manual will give more information about conversion later on The add function is used for the creation of new project directories new variant directories new area directories and new basic file directories including the underlying classification in workspaces Individual workspaces can also be created and directory structures can be added for WAQUA grids WAQUA schematizations SOBEK computation grids and SOBEK schematizations The user can only remove create new directory structures and workspaces in his own user directory and the project directories in the PROJECT main directory for which the user has been allocated writing rights The user is not authorised to create directories for new variants and basic files writing rights 4 2 Consultation and selection The consultation and selection functions can be used to view and select all data in the Baseline database Both the spatial location of elements and the information on the elements can be viewed Elements can also be selected both spatially and on the basis of the attributes information The following functions are available
48. selection from the files shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK User confirmation in the next window is required to remove the selected directory Cancel No file will be deleted Help This screen Baseline 3 3 User Manual 85 Confirm Are you sure to delete this file d XbaselineMlijn key Yes No Yes The selected file is deleted No No file will be deleted Baseline 3 3 User Manual 86 7 Conversion 7 71 Coverages with lines and points Conversion of line point coverages Select files to convert Summerdikes Groynes Elevation barrier line Search radius 0 000 4 Renumber iv 0K Cancel Conversion of line point coverages This function is used to convert the following coverages summer dikes groynes elevation boundary lines primary dikes and fault lines The conversion combines points and lines with the same number within the search radius indicated by the user Within this radius the points are put on the line To the line a vertex may be added After the conversion each point coincides with a vertex Missing vertex points are added If necessary missing elevation data is allocated to the points by means of interpolation Points lying within a range of 0 01 metre are removed Eventually each location will only have one point The user is offered the option of renumbering all lines and points Th
49. sino 227 12 2 SOBEK conversion eese eee ee etes ennt tn setas tn sts sins stn sen tasses sensns sense ense tuse tn 228 12 3 SOBEK profiles 13 TM port EXport M IK MED Solin oiisce eenctnccsivicescssossseses esssncdssovescessssecdssvecesctesncdess saacesessasvectsoseees tases E ESS 13 1 1 13 1 2 13 2 Baseline 3 3 User Manual iii 13 2 1 ImpoFtlng sociis cosirer sessi reip eb o e roa Pope ep ooa Fe sesessessecseassvessecsosspectessessecet s 246 13 2 2 EEXPoOrtiing M 251 B3 qu EE 254 13 3 1 Importing M 254 13 3 2 J DIDIDMC C emt 258 14 Presentation M 261 PANE nDIMe Rm 261 14 2 Drawing 267 14 3 Plotting cscssasccsesctencsettsesesctscsesesscssetseeted eesese scesse sds dssesesssscsestsaseonesaesases S Essere SeT sas 268 14 3 1 268 VA SD CHANG E E AE A E E seessosocnsdedessess 269 15 Exiting PR SEA 270 Appendix GIS and ArcInfo Glossary Baseline 3 3 User Manual iv Baseline 3 3 User Manual 1 Introduction This document is the User Manual for the Baseline version 3 3 database and application Baseline is an ArcInfo database and application for st
50. the elevation model In case of the elevation boundary lines fault lines and primary dike the lines are taken to be soft lines of fracture In case of primary dikes the user must choose between the use of either toe elevation ALWAYS for WAQUA USUALLY for SOBEK or crown elevation SOMETIMES for SOBEK Select coverages Click one of the buttons to open a window in which files of the corresponding type can be selected The application will verify immediately whether the selected file is indeed a file of the type in question The list below each button gives an overview of the files selected so far Baseline 3 3 User Manual 143 Elevation main channel Elevation floodplain Elevation banks Elevation lakes Elevation boundary lines Fault lines Primary dike Floodplain delineation Sub area delineation OK Cancel Help To create the elevation model at least 1 elevation data coverage has to be selected It is also necessary to delineate an area by means of Floodplain and or Sub area delineation A coverage containing main channel elevation measurements points A coverage containing floodplain elevation measurements points A coverage containing bank elevation measurements points A coverage containing lake elevation measurements points A coverage containing elevation boundary lines and any elevation points on these lines A coverage containing fault lines according to
51. will be emptied Help This screen Baseline 3 3 User Manual 264 After clicking the Add button one of the next three windows will be opened EER DER Layout for normaall lijn Layout for ecotoop vlak Text in legend Symbol B UN Layout for plashgt punt EIE Text in legend Symbol EE Q A AN Baseline 3 3 User Manual 265 Layout for file Feature Text in legend In this field enter the legend text for the selected file feature In case of excess text a warning will be displayed at the bottom of the window Symbol Select the line poly or point symbol in this field for drawing plotting the selected file and feature OK The file and feature are added to the Selected files list of the previous window You are returned to the previous window Cancel This menu is closed The Selected files list of the previous window remains unchanged Help This screen Baseline 3 3 User Manual 266 Topographic coverages Select topographic file Select map page Select map layer a Selected topographic files lt Delete Delete all OK Cancel Help Topographic coverages Select topographic file Make a selection from the topographic files Select map page Select map page as background for the area to be plotted Select map layer Select the required layer of the map page selected Add The selected map layer is added to the Sel
52. will be written to a log file Name RUWHEIDV LOG 1 Top line with date and time 2 Subsequently type and name of the input file including path name 3 Output file including path name 4 Finalline with date and time Baseline 3 3 User Manual 11 5 2 2 Line File Generate roughnes areas line Select files to generate linear roughness elements Hedgerows Wooded banks Special hedgerows d baseline rijn j 2000c1 rum Generate roughness areas line Use this function to generate the line element file required to make roughness schematizations with WAQUA in combination with the roughness area polygon file refer to Generate roughness areas poly This line file contains all hedgerows and wooded banks from the digital river map and any special hedgerows specified by the user It is possible to select one or more files for each type The application assigns a code to the line elements The codes are then converted to k values in WAQUA Select files Hedgerows Wooded banks Special hedgerows OK Cancel Help Click one of the buttons to open a window in which files of the corresponding type can be selected The application will verify whether the selected coverage is indeed a file of the type in question The list below the button gives an overview of the coverages selected so far A line coverage with the name HEGGEN A line coverage with the name HOUTWAL A hedgerow coverage create
53. will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 252 Select workspace for ascii bestand Directory N d XbaselineXrijnMj2000c1lXexport Subdirectories Select workspace for ascii file Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing the subdirectory will define the workspace in which the file is to be created OK Accept the selected workspace as the workspace in which the new file will be located The workspace name sometimes has to meet specific requirements A workspace with an incorrect name will not be accepted by Baseline Cancel Close the menu Help This screen Baseline 3 3 User Manual 253 13 3 DXF 13 3 1 Importing Import DXF file to Arc INFO coverage Select DXF file d baseline rijn j 2000c1l import secties dxf Create layer info Display layer info Show contents DXF file Display DXF file Layers Layer information Import layer entities SECTIES Select all layers LIJNEN xI Lijnen Punten PUNTEN Tekst ANNOTATIE Attributen ATANNO Attribute defs
54. 0 not behind summer dikes 1 primary 2 secondary Use the next window to select the polygon SOBEK compartment coverage Use the next window to select the polygon summer dike segment coverage Use the next window to select the ASCII table for conversion of compartments and summer dike segments into dike types and heights Starts the creation of areas behind summer dikes The menu is closed This screen Baseline 3 3 User Manual 199 SOBEK compartments Directory d XbaselineXrijnij2000clXsobekXr1X2000 3Xbasis Subdirectories Delete Delete all OK Cancel Help SOBEK compartments Select an input file for the creation of areas behind summer dikes Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Summary of available subdirectories in the current directory File Summary of available files in the selected subdirectory Add Adds selected file to the list of selected files Selected files List of selected input files Delete The selected file is removed from the list Delete all All files are removed from the list OK The selected input file is used for the creation of areas behind summer dikes Cancel Return to previous window The selection is cancelled Help This screen Baseline 3 3 User Manual 200 Give name and location for coverage type E Directory d XbaselineXrijnMj2000clXsobekXr1X2000 3Xbasis
55. 1 Draw This menu is identical to the Consultation Selection Drawing menu see paragraph 8 1 10 2 Spatial After drawing an edit coverage the objects can be spatially changed An edit selection window will be opened subject to the type of objects chosen polygons points or lines 10 2 1 Polygons Edit polygons RES a Delete Edit polygons Add Click this button to add polygons Use the left mouse button to indicate both the starting point and the intermediate points of the polygon Finish the polygon by means of the middle mouse button key 2 Remove the point added last by means of lt Shift gt and the left mouse button key 4 While drawing remove the entire polygon by means of lt Shift gt and the middle mouse button key 5 Terminate the Add option by depressing lt Ctrl gt and the right mouse button key 9 Delete Click this button to delete polygons Upon selection of at least one polygon the selection is deleted Ifno polygon is selected the cursor changes to a circle Click the left mouse button to select an element Repeat this action to select more polygons Terminate the Select option by depressing Ctrl and the right mouse button key 9 The selection is subsequently deleted Undo Undo the last edit operation Close Close the Edit window Help This screen Baseline 3 3 User Manual 124 10 2 2 Points Edit points SEE Edit points Add Move Co
56. 1 Rename move directory eee ee eee esee seen sentes enne sensn ns tn netus etn 7 3 2 Rename move workspace eeeeee esee essen ense en setatis tins snn sense tn assu netu netu setae 7 3 3 Renaming Moving Geo data set coverage 4 eeeeeeeeeee eere eene e ettet 42 7 3 4 Renaming Moving Geo data set Grid eee eee eerte 44 7 3 5 Renaming Moving Geo data set Tin eese eee eene ntnnn 46 7 3 6 Renaming moving file eee e eee eese eee tenete setenta tn tasa setas s sns enne 48 celular eer x sacuiesindecdascateienssecusreuseussunsuasese leas ssnentsdscctcuseses 50 7 4 1 Clipping Workspaces from a Directory eese eee eee eene eene nennen 50 7 4 2 Clipping one WOrkSPace ccsscessccccsecesccscscscessersssscescesscseesceecessssssseseeseerees 54 7 4 3 Clipping a Geo data set Coverage eese eese eene entente ntn n enata nue 58 7 4 4 Clipping a Geo data set Grid ee cocesccesssssescerssessesceeseescesssesens 61 WE RUDDHIIDA M 64 7 5 1 Erase workspaces from a directory eee eee eee eee eene ent ennn 64 7 5 2 Erasing one workspace eee eee eee eee eene ene tn ntn seen sita sinant sees stesse sns snnne 68 7 5 3 Erasing geo data set coverage eeeeeeee eee eee eene tenete entes tns tn seta sin tosta snn 72 7 0 Deletihg rS 75 7 6 1 Dele
57. Cancel The menu is closed Help This screen Baseline 3 3 User Manual 188 Select coverage Directory N d XbaselineXrijnMj2000c1Xhooglijn Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 189 Select extent grid Directory d XbaselineXrijnij2000clXsobekXr1X2000 3Xinvoerkgi Subdirectories Select grid Select extent grid Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cance
58. EA PERIMETER ECOTOOP ECOTOOP ID ECO CODE OMSCHRIIVI 112 AREA PERIMETER ECOTOOP ECOTOOP ID ECO CODE OMSCHRIIVI 120 AREA PERIMETER ECOTOOP ECOTOOP ID ECO CODE MSCHRIJVI AREA PERIMETER ECOTOOP ECOTOOP ID ECO CODE 753 588 Uiterwaard hardhoutooibos 1264 941 172 845 34 33 RUb 3 Uiterwaard zachthoutooibos 1036 512 136 292 112 111 RUb 3 Uiterwaard zachthoutooibos 2961 415 237 294 120 115 RUb 1 Uiterwaard hardhoutooibos 2533 974 284 121 123 122 RUb 1 EER Baseline 3 3 User Manual 117 8 4 Save selection Saving selection Directory 4 d baseline rijn c95_3 ruwheid Subdirectories ecoruw c95 2 Name for new coverage 0K Save selection In case of a selection the elements selected can be saved in a new coverage Use this function for instance if you do not want to work with all elements from a file but only with specific elements such as dikes exceeding a specified crown height Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the subdirectory in which the selection is to be saved The path indicated at Directory will be adjusted Name for new file Enter the name of the selection saved OK The selection is saved in the coverage indicated Cancel The selection is not saved The window is closed Help This screen Baseline 3 3 User Manual 118 8 5
59. FIRST If the check box is checked the process is completed Activate the button to have the system verify whether the process is completed The check box will be checked if this is the case If this is not the case the process will be carried out after which the check box will be checked The user can also manually check the check box in which case the process will not be carried out If the user incorrectly checks the checkbox an error might occur during the subsequent process Manually checking the check box is therefore inadvisable Data preparation Click this button to open the next window and carry out the process Create SOBEK compartments Click this button to start the creation of SOBEK compartments Determine branch parameters Click this button to determine the branch parameters Determine compartment parameters Click this button to determine the compartment parameters Baseline 3 3 User Manual 160 Determine parameters in bulk mode Click this button to determine the compartment and branch parameters for a series of branches OK Click OK to close the main window Help This screen Data preparation Check river axis Check branch division Determine right and left bank Select river parts that form a route Give the direction of the river kilometers OK Help Data preparation Use this window to perform several tasks in order to prepare the creation of SOBEK compartments PERFORM ALL TASKS C
60. IN creation Line and point coverages fault lines primary dikes and elevation boundary lines are converted to 3D ungenerate files and are offered to the CREATETIN routine instead of being offered separately as line and point coverage After the user has made a selection the following window will be displayed Generate elevation model Select files to compute elevation model Elevation main channel h Elevation lakes e d baseline rijn j 2000c1 hoogpw d baseline rijn j2000c1 hoogpw d baseline rijn j 2000c1 hoogli d baseline rijn j2000c1 hoogp Elevation bank section Faultlines le d baseline rijn j 2000c1 hoogli d baseline rijn j 2000c1 hoogli Generate elevation model Use this function to create an elevation model TIN from a number of bed level line and point files by means of interpolation The creation of the elevation model and the choice of the files to be used has been geared to the specific requirements set by the WAQUA and SOBEK flow models Seven categories of files can be specified of which only 1 is compulsory main channel floodplain bank and lake elevation data elevation boundary lines fault lines and primary dike In each category several files can be selected Furthermore either a floodplain delineation and or sub area delineation file must be selected one of either is compulsory The elevation model is only created for the delineated areas All elevation data is included in the creation of
61. LEASE NOTE all intersecting line elements will be removed In case of polygon objects the application will delete any polygons from the edit coverage located in an area where new or modified polygons from the update file will be located Baseline 3 3 User Manual 139 10 6 Inserting files Insert files Directory d baseline rijn j2000c1 hooglijn Subdirectories Selected files Delete Delete all 0K Cancel Help Insert files Use this window to insert new local data files into the current edit coverage The user may select one or more files to be inserted into the current edit coverage In other words new local data is added to existing data Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages All available coverages in the current directory Add Add the selected coverage to the list of coverages In case of polygon objects the order in which the objects are added to the selected coverages list will affect the final result Baseline 3 3 User Manual 140 Selected files Delete Delete all OK Cancel Help For example the edit coverage contains the situation from the year 1990 and update files from 1992 and 1994 must be inserted The correct order would be to add the file from the y
62. MPULSORY The sections are assigned the following types 1 main channel or main section 2 groyne or bank section 3 floodplain section Floodplain Click this button to select the floodplain file in the next window Normal lines Click this button to select the normal line file in the next window Bank lines Click this button to select the bank line file in the next window OK Enter the output directory in the next window The section coverage will now be created Cancel The menu is closed Help This screen Baseline 3 3 User Manual 153 Input file winbed Directory 4 la NbaselineXrijnXj2000clXgrenzen Input file normaall Directory id NbaselineXrijnXj2000clXgrenzen Subdirectories Input file oeverl Directory d XbaselineXrijnMj2000c1Xgrenzen Subdirectories Generate sections input file Use this window to select the input for Generate sections The input includes floodplains normal lines and bank lines All three coverages are COMPULSORY Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select the directory containing the input coverage Files Summary of files in the current directory Search pattern Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter By default the system will lo
63. Manual Overlaat HOOGPUNT Name Oeverhgt Plashgt Winbedhgt Zombedhgt MEETPUNT Name Meetpunt Waterstand98 OPPWATER Name Lakes OVERIG Name Bronput Hwatvry Knstwrk Pijlers lines points wear coverages and elevation points in m on the lines versus NAL this file is created in Baseline attribute lines number for conversion to WAQUA type type of weir 1 groyne 2 summer dike 3 elevation boundary line number for conversion to WAQUA k_hoogte crown elevation hoogte bed elevation left side r hoogte bed elevation right side attribute points Elevation data of elevation measurements and soundings of floodplain main channel banks and lakes The elevation data of main channel banks and lakes is converted to a regular patterns no kmr data Features Contents points bank elevation data in m versus NAL attributes hoogte points lake elevation data in m versus NAL attributes hoogte points floodplain elevation data in m versus NAL attributes hoogte points main channel elevation data in m versus NAL attributes hoogte Water level measuring points as well as measured water level files Features Contents points water level measuring points attributes mpnaam measuring point name mpmaxws maximum water level points water levels measured at measuring points attributes mtpnaam measuring point name mtpmaxws maximum water level Surface water files requir
64. N file with waterlevel models located in the tin workspace folder The WAQUA conversion will be carried out after you have been asked whether the files with the selected run id must be overwritten if applicable The menu is closed Baseline 3 3 User Manual 223 Help This screen Choose WAQUA schematization for output E Directory 4 baseline rijn j 2000c1 waqua ri s1 Subdirectories Choose WAQUA schematization for output Use this window to select a WAQUA schematization The directory has to be located in a WAQUA grid directory Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a sub directory with the WAQUA schematization This will change the current directory name OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 224 Ref file Directory d XbaselineXrijnMj2000c1XvraquaXr Xrooster Subdirectories Rgf file File rijn001 rgf Use this window to select the Rgf input file for BASW AQ Directory Arrow Up Subdirectories File Search pattern OK Cancel Help The Ref file search directory Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Ref files in the current directory Click one of the files to select an Rgf file Simplify the se
65. OBEK compartment grid In addition the following ASCII files are stored in Baseline for the purpose of SOBEK basic files e key for conversion of summer dike segments and compartments to summer dike codes and threshold elevations name to be chosen by user e key for conversion of compartments to sections name to be chosen by user e keyfor conversion of roughness elements and water levels to k values name to be chosen by user e kwaarde tot table with water depth k value and area per section and per roughness element e kwaarde trj table with average k value per section and per roughness element e ruwopp trj table with area of roughness elements per section TIN The elevation models bed elevation and water level elevation models built using Baseline are stored in this workspace The user may choose any name for the elevation models WAQUA Files specifically required for WAQUA Baseline 3 3 User Manual 8 WAQUA output Name Drogelijn Waterhoogte Watervrij Grid Name Roos bp p Roos bp v Roos mn 1 Roos u v Roos v v Roos ws p Roos ws v Features lines points polygons Features points polygons lines polygons polygons points polygons Contents line elements rising above the water name to be chosen by user water levels at water level points name to be chosen by user attributes waterhoogte water free areas name to be chosen by user
66. ONSECUTIVELY TOP BUTTON FIRST If the check box is checked the process is completed Activate the button to have the system verify whether the process is completed The check box will be checked if this is the case If this is not the case the process will be carried out after which the check box will be checked The user can also manually check the check box in which case the process will not be carried out If the user incorrectly checks the checkbox an error might occur during the subsequent process Manually checking the check box is therefore inadvisable Check river axis Click this button to put the river axis line elements in the correct direction downstream Check branch division Click this button to check the branch division and to indicate which line element s must be taken into account when calculating the distances Determine right and left bank Click this button to determine the left and right banks for a section based on the direction of the river axis entered Select river parts that form a route Use this button to indicate the model s route by selecting specific route sections Give the direction of the river kilometres Click this button to indicate change the river kilometre direction for each separate river axis line element OK Click OK to close the data preparation window Baseline 3 3 User Manual 161 Help This screen Baseline 3 3 User Manual 162 11 4 1 2 Floodplain compartme
67. Subdirectories Summary of available subdirectories in current directory Choosing a subdirectory will change the Directory Coverages Available grids in the selected subdirectory Search pattern Enter one or more letters to make a selection from the grids shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK User confirmation in the next window is required to remove the selected directory Cancel No grid will be deleted Help This screen Baseline 3 3 User Manual 81 Confirm Are you sure to delete this grid d pas neckar_test tin bodemhoogte Yes No Yes The selected grid is deleted No No grid will be deleted Baseline 3 3 User Manual 82 7 6 5 Deleting geo data set Tin Delete tin Directory Subdirectories Delete tin Use this function to delete a tin ArcInfo file It is primarily used to delete tins from user directories and project directories Users are not authorised to delete any basic files and variants Select the tin to be deleted by means of the list boxes or by typing the tin path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Choosing a subdirectory will change the Directory Tins Available tins in the selected subdire
68. Use this window to select a coverage for the previous page Directory Arrow Up Subdirectories Coverages Search pattern OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Simplify the search procedure by entering one or more letters in combination with an asterisk Accept the selected file Do not make any changes and close the menu This screen Baseline 3 3 User Manual 259 Select workspace for DXF bestand Directory d XbaselineXrijnXj2000clXexport Subdirectories Select workspace for DXF bestand Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing the subdirectory will define the workspace in which the file is to be created OK Accept the selected workspace as the workspace in which the new file will be located The workspace name sometimes has to meet specific requirements workspace with an incorrect name will not be accepted by Baseline Cancel Close the menu Help This screen Baseline 3 3 User Manual 260 14 Presentation 14 1 Settings Settings presentation Select files to generate a plot Select base da
69. above Hkrib 1 Calculation of Htop This option defines the manner in which the summer dike level Htop is calculated The default is the Htop of main summer dike The alternative is the weighted average Htop of all summer dikes OK This menu is closed The options are saved Cancel This menu is closed The options are discarded Help This screen Baseline 3 3 User Manual 234 Advanced Levels Number of levels in main section bank section floodplain section before summerdike floodplain section behind summerdike OK Cancel Advanced Levels This window allows for the selection of advanced options in order to calculate SOBEK profiles which have a number of levels different from the default SOBEK profiles Number of levels in main section Default 5 Range 3 15 bank section Default 3 Range 3 15 floodplain before summer dike Default 2 Range 1 15 floodplain behind summer dike Default 5 Range 3 15 OK This menu is closed The options are saved Cancel This menu is closed The options are discarded Help This screen Baseline 3 3 User Manual 235 Advanced Sections SOBEK input Calculate sections whole profiles main section bank and floodplain sec Advanced sections This window allows for the selection of a number of advanced options in order to replace parts of existing SOBEK profiles basis This opens a dialog box in which an existing schematization can be ch
70. ace directory for erased files Select the target workspace directory where the erased files are to be located The names of the erased files are the same as the input file names Therefore the erased files are to be written to a directory different from the directory with the original files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Name for new directory Use this field to enter the name of the output directory OK Accept the selected directory Cancel No output directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 71 7 5 3 Erasing geo data set coverage Erase a coverage Directory Subdirectories Selected files to erase D BASELINE DEMO RIJNXHOOGLIJNXBREUKL Delete Delete all Erase file 0K Erase a coverage Use a predefined box or delineation file to erase other files Select all files required or even all basic files containing the delineation of the file in question and save them as user files Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Coverages All available coverages in the current directory Add Add the sele
71. ain an item with the name eco_code in the pat Simplify the search procedure by entering one or more letters in combination with an asterisk Accept the selected coverage in order to perform ecotope clustering The new roughness element coverage is automatically named ecoruw and will be located in the same workspace as the source file Do not make any changes and close the menu This screen The default name of the coverage to be generated is ecoruw This name is compulsory If a different name is entered the following message will be displayed Baseline 3 3 User Manual 205 Information Name output file should be ecorwuww Information Enter a name shorter than 13 characters Furthermore the user must analogous to the protocol save the ecoruw coverage in a workspace named ruwheid The user can choose a different variant than the one worked in Information Workspace has ruwheid as a required name When the ecoruw coverage is created a log file will be kept with the following features Name ECORUW LOG 25 3 4 Top line with date and time Subsequently type and name of the input file including path name Output file including path name Final line with date and time Baseline 3 3 User Manual 206 11 5 2 Generating roughness areas 11 5 2 1 Polygon File Generate roughnes areas poly Select files to calculate roughness areas Ecorww d baseli
72. alculations are to be performed Number of trajectories entered Use this button to open the Enter trajectories window Enter the trajectories into which the river is to be divided A trajectory is that part of a river in which discharge remains stable under permanent discharge conditions Enter the five class boundaries in percentages starting with the highest Select the schematization directory containing the basis subdirectory where the output files are created Baseline 3 3 User Manual 177 OK Starts creating flow conveyance classes Cancel The menu is closed Help This screen toolSss traj inst Enter start endcompartmentnumber per trajectory Number of trajectories 2 Choose compartmentnumbers between i and 2 Start compartment Selection End compartment I Add Delete Help tool ss traj_inst Use the Enter trajectories window to enter the trajectories into which the river is to be divided A trajectory is that part of a river in which discharge remains stable under permanent discharge conditions Start end compartment Enter the start and end compartment number of a single trajectory Selection Add Click this button to add the trajectory compartment numbers to the selection Repeat this procedure to add more trajectories Delete Click this button to delete a trajectory Edit trajectory Click this button to edit the trajectory s start and or end comp
73. all coverages selected so far Highlight a coverage in the list and next click this button to delete it The selected coverages list will be emptied No coverages are selected anymore Baseline 3 3 User Manual 213 OK Accept the selected file You are returned to the previous window Cancel Do not make any changes and close the menu Help This screen Give name and location for coverage type ruw TEB Directory d baseline rijn j2000c1 ruwheid Subdirectories Name for new file ruwheidl OK Give name and location for coverage type ruw Current workspace Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing the subdirectory will define the workspace in which the file is to be created OK Accept the selected workspace as the workspace in which the new file will be located The workspace name sometimes has to meet specific requirements A workspace with an incorrect name will not be accepted by Baseline Cancel Close the menu Help This screen The suggested default name of the coverage to be generated is ruwheidl This name is compulsory If a different name is entered the following message will be displayed Baseline 3 3 User Manual 214 Information Enter a name for ruwheidl Information Enter a name shorter than 13 characters 0K Furth
74. ame Z d schematization name basis invoer ascii invoer grid uitvoer divers uitvoer profielen ArcInfo workspace the contents of the workspaces and directories are basis SOBEK basic files vakgrenzen compartments stroomvoering flow conveyance kadesegmenten summer dike segments kades summer dikes plassen lakes ruwheden roughness elements ascii SOBEK ASCII input files lt file with compartment numbers and administrative data gt lt file with compartment numbers and compartment lengths gt grid SOBEK input grids lt grid with sections gt 2x lt grid with compartment boundaries gt 3x lt grid with lakes gt 2x lt grid with summer dikes gt lt grid with flow conveyance gt 2x lt grid with bed elevation gt profiles ASCII profile files miscellaneous other SOBEK output Baseline 3 3 User Manual 105 It is possible to create more than one schematization per SOBEK computation grid Arrow Up Directory Subdirectories OK Cancel Help Move up one directory This input field shows the current path Select the directory to which the new schematization is to be added Choosing a subdirectory will change the Directory Enter the name of the new schematization in the dialog box Upon confirmation OK the new schematization structure is added The schematization s is are not added This screen Add SOBEK schematization Give a name for the new sche
75. ancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 241 Give name and location for coverage type cove ER Directory N d XbaselineXrijnMj2000c1Xhooglijn Subdirectories Name for new file 0K Give name and location for new coverage type cove Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Name for new file Enter a new name for the coverage to be created OK The coverage name is saved and you are returned to the previous window Cancel The menu is closed The coverage name is not saved Help This screen Baseline 3 3 User Manual 242 13 1 2 Export Export ArcfINFO coverage to E00 file Select Coverage d baseline rijn j 2000c1 hooglijn bandijk Workspace d baseline rijn j 2000c1l export OK Cancel Help Export Arc Info coverage to E00 file Select Coverage Click this button to open a window in which a coverage can be selected Workspace Click this button to open a window in which a workspace can be selected The export files are located in this workspace which must be named EXPORT OK Accept the selected coverage and workspace The export is started The name of the export file is equal to the name of the coverage with the extension
76. anslation of the ecotope codes into codes for the roughness elements The generate roughness areas function can then be used to create a polygon file and a line file with roughness areas In generating the polygon file with roughness areas the user can indicate files with lines of trees buildings lakes groynes main channel special ecotopes special k values fixed layers villages and high water free areas The polygons in these files are added to the clustered ecotopes file in a certain sequence whereby these polygons replace the areas in the clustered ecotopes file In generating the line file with roughness areas files with hedgerows and wooded banks designated by the user are combined to form a new line file The create water level model function can be used to create a water level model of an area of interest on the basis of a point coverage with water levels and ASCII files with water free areas and dry lines line elements where no water flows The limit given may be the border of the area of interest or the border of the floodplain The TIN function of ArcInfo is used to generate the water level model The convert Ref file function is used to convert an ASCII file with a WAQUA computation grid into a point coverage with bed points a point coverage with water level points a line coverage with grid lines and three polygon coverages with grid polygons Baseline 3 3 User Manual 18 4 6 Models This group of functions con
77. anual 186 Select output directory Directory d XbaselineXrijnXij2000clXsobekXr1X2000 3 Subdirectories Select output directory Use this function to select a SOBEK schematization The results are located in this schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 187 11 4 4 Create summer dikes 11 4 4 1 Weir Grid Create weirs grid Select base files for generating weirs grid Weir coverage Extent grid d baseline rijn j 2 gt Buffer size Cell size Output directory workspace i baseline rijn j2000c1l sobek r OK Cancel Help Create weirs grid Use this function to create a grid with only elevation values of weirs dikes etc the rest is NODATA Weir coverage Select the weir coverage e g overlaat Extent grid Select a grid of which the extent has to be copied by the weirs grid e g hoogwin Buffer size Enter the distance with which the line elements have to be buffered one sided in meters Cell size Enter the cell size in metres Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created OK Click OK to start creating the weir grid
78. arch procedure by entering one or more letters in combination with an asterisk The file selection is confirmed This menu is closed The original selection is not changed This screen Baseline 3 3 User Manual 225 Area delineation Directory id baseline rijn j 2000c1 grenzen Subdirectories Delete Delete all OK Cancel Help Area delineation Select a BASWAQ input file Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Summary of available subdirectories in the current directory Files Summary of available files in the selected subdirectory Add Adds selected file to the list of selected files Selected files List of selected files Delete The selected file is removed from the list Delete all All files are removed from the list OK The selected file is used as BASWAQ input Cancel Return to previous window The selection is cancelled Help This screen The window functions of the other input files are identical en the same help file is opened The files can be both coverages and tins Baseline 3 3 User Manual 226 12 1 2 WAQUA conversion Information Baseline 3 3 User Manual 227 12 2 SOBEK conversion Conversion files to SOBEK input Select River sections Select Lakes Select Flowconveying areas Select Elevation model bodem lt gt Cellsize main channel and bank section Cells
79. artment number OK All trajectories are selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 178 11 4 3 2 Flow conveyance and retention Create boundary flow storage Choose GRID file to be used as a base for generating the boundary flow retention f Dischargedensitygrid Flowconveyingclasses OK Cancel Help Create boundary flow storage Use the Create boundary flow storage window to select whether the conveyance boundary is determined by a boundary in an existing conveyance class grid quicker or is to be calculated on the basis of a discharge density grid and a new boundary value Discharge density grid Click this button to determine the conveyance boundary on the basis of a boundary value to be calculated from the discharge density grid Flow conveyance classes Click this button to determine the conveyance boundary on the basis of an existing boundary from the conveyance class grid OK This button opens the second create boundary flow storage window Cancel The menu is closed Help This screen Baseline 3 3 User Manual 179 Selection Discharge Density Grid Create boundary flow storage discharge density grid compartment grid floodplain section grid model boundary Start compartment L End compartment Number of trajectories Enter trajectories Class boundary Output directory vorkspace Create boundar
80. ascii file Directory Subdirectories Default editor Own editor Change ascii file Click Modify ASCII file to select a file in the directory Change the file by means of the vi editor or any other editor set for your workstation Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory containing the ASCII file Files Select a file in the list of files in the current directory Default Start the default editor to change the file selected Own editor Start the own editor set to change the file selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 137 10 5 Inserting update files Insert update files Directory l baseline rijn demo hooglijn Subdirectories Selected files d XbaselineXrijnXdemoXhooglijnXhverschil d XbaselineXrijnXdemoXhooglijnXbreuklplas d baseline rijn demo hooglijn breukl Delete Delete all 0K Cancel Help Insert update files Use this window to make local modifications to the current edit coverage by means of update files Select the files which are to be inserted into the current edit coverage Use single or multiple cut and paste operations to replace the existing contents of the edit coverage by the contents of the update file s In other words new local data overwrites existing data Arrow Up Move up one directory Directory Enter the required
81. aseline Cancel Close the menu Help This screen Baseline 3 3 User Manual 245 13 2 ASCII 13 2 4 Importing Import ASCII file to Arc INFO coverage Select file s Polygon file Line file la XbaselineXrijnXj2000c1lXimportXoeverl 1 gen Point file Show contents polygon Show contents line Show contents point Enter import coverage name en location Output coverage d XbaselineXrijnXj2000c1XgrenzenX Xoever12 0K Cancel Help Import ASCII file to Arc INFO coverage Use this window to generate polygon line and point coverages from ASCII files The files to be imported must be located in the workspace with the name IMPORT The compulsory names for the files are polygon file name v gen line file name l gen point file name p gen It is not possible to select both a polygon and a point file Select file s Polygon file structure ID xl yl x2 y2 xn yn END ID xl yl x2 y2 xn yn END END Line file structure see polygon file Point file Structure ID x1 yl ID x2 y2 END Baseline 3 3 User Manual 246 Each file may be attended by attribute information for the feature in question These files will be read automatically upon selection of one of the above mentioned files The structure of these attribute information files is as follows The first line contains a header with the attribute definition The structure of the header is as follows attribute name a
82. ation model Section Structures Measuring points River kilometers Select coverages for generating SOBEK compartments Use this window to enter data for the creation of SOBEK compartments If the old data question in the previous window has been answered with yes the lists are already filled The user can change this data if necessary Please note only one item can be entered at a time Click the buttons to start the search procedure and to refer to the help offered there The buttons below all follow the same procedure Click one of the buttons to open a field in which the item mentioned on the button can be entered for a directory search procedure A number of items is compulsory others are optional Click OK in the search window if the data has been found The data selection appears in the field below the button Buttons for the entry of compulsory data River axis Elevation model Measuring points Branch division Section Structures River kilometres Left right bank Buttons for the entry of optional data Baseline 3 3 User Manual 158 Villages Groynes Click OK to open the SOBEK compartment main window once all compulsory data has been entered Rivieras Branchind HMODEL SECTIE LINRECH Directory Subdirectories Selected files d XpasXneckar test grenzen linrech Delete Delete all OK Cancel Help Select files Use these w
83. basis of the application windows The screendumps of these windows have been inserted in the manual Finally the appendix contains a description of any GIS and ArcInfo terminology used Non GIS experts are advised to read this appendix first Baseline 3 3 User Manual 3 Baseline Database and Files 3 1 Structure of the Database The highest level of the Baseline database distinguishes between system management and area At the area level a distinction is made between Meuse and Rhine for instance Each group contains two types of data basic data and variants These types are located in separate directories These directories include e basic data BASISGEG most recent situation e variants VARIANT e g C95 MHW etc Basic data is defined as all most recent basic data files for making calculations with flow models The structure of the basic files must comply with the Baseline 3 0 Basic File Protocol CSO amp ESRI report number 98 624 1998 in Dutch The basic data represents the current situation It is updated for instance upon the release of newer versions of digital river maps or sounding files Furthermore the basic files are periodically updated by modifications in the floodplain as a result of licences granted and implemented Variants are defined as large scale modifications to basic files which contain basic data intended for flow model calculations by several users Contrary to the basic data the va
84. be reading writing and implementation Reading is taken to understand consultation selection and drawing of files and the copying of files from the directory in question Writing is the amendment and removal of files as well as the relocation of files to or from the directory in question and the copying of files to the directory in question Implementation is the implementation of programmes The database administrator may read write and implement all components of the database Database users have more limited rights A user has certain rights as an individual user but may also be a member of a user group with more extensive rights Individual users may only read in the main BASISGEG VARIANT BEHEER and SYSTEEM directories Users cannot edit and remove these files nor add any files to these main directories An exception to this rule is the IMPORT directory in the BEHEER main directory to which users may copy files After all this directory is intended for control of those user files which are eligible for inclusion as a basic file or variant by the administrator A user can view files in the main directories given above can select data from these files and can draw the files Users can also copy the files from these main directories to their own user directory where they may write see below If a user wishes to edit files therefore when calculating the effects of permits for example the user must first copy the required files from the main d
85. cedit Baseline 3 3 User Manual 270 Appendix GIS and ArcInfo Glossary This appendix defines the GIS and ArcInfo terminology used in the Baseline database and application and the User Manual It is mainly intended for non GIS experts who use Baseline in preparation of the activities with flow models Workspace Coverage TIN Feature Polygon Arc or line Point Attribute or item Attribute value Spatial selection Logical selection Operator A level in the hierarchic structure of the database comparable to a directory ArcInfo coverages are saved in special way i e not in a single file but in a number of files with ArcInfo automatically updating additional files This requires a specific organisational structure which is called a workspace An ArcInfo file ArcInfo does not save data e g summer dikes in a single file but in several files which together are called a coverage An elevation model created using the TIN module Triangulated Irregular Network ArcInfo s elevation data interpolation module A TIN is composed of points and a network of lines This network is drawn in Baseline Type elements in an ArcInfo coverage Examples of features are polygons arcs lines and points A coverage may contain several features A building coverage for example has only one feature viz polygons whereas a summer dike coverage has two features viz lines and points including elevation data
86. cl overig kunstwrk id baseline rijn j 2000c1 hooglijn overlaat id baseline rijn j 2000c1 rivgeom rivieras id baseline rijn j 2000c1 ruwheid ruvheidl id baseline rijn j 2000c1 ruwheid ruwheidy d XbaselineXrijnXj2000c1XtinXbodem d bodem choosen as Elevation model Conversion to WAQUA The Conversion to WAQUA menu enables the creation of WAQUA flow model input files Various input coverages can be entered Input coverages are converted into ASCII input files for BASW AQ BASWAQ is then run and BASW AQ output is saved in the Baseline database Finally a number of BASWAQ output files are converted back to coverages Run id In this field enter a run id or command code In the case of any existing files with the specified run id clicking OK will prompt the question whether these files must be overwritten Baseline 3 3 User Manual 222 WAQUA schematization Click to select a WAQUA schematization This selection is Ref file Area delineation Translate compulsory Enables the selection of Rgf files This selection is also compulsory The final compulsory selection delineates the area Click this button to turn area delineation on or off The translate feature calculates the area delineation in BASWAQ Entry of the underlying coverages and TIN files is optional Only if a weir coverage is selected the river axis must also be entered Measuring points Output locations Sources Sink
87. click this button to delete it The selected coverages list will be emptied No coverages are selected anymore Accept the selected coverage s You are returned to the previous window Do not make any changes and close the menu This screen Baseline 3 3 User Manual 89 7 8 7 8 1 Adding Add area Add area Directory Subdirectories Add area The user may add a new workspace for a new area The workspace can only be added to the main Baseline directory The following workspace is created name of area Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory to which the new workspace is to be added Choosing a subdirectory will change the Directory OK The new workspace is added Enter the name of the workspace area name in the dialog box Cancel The workspace is not added Help This screen Baseline 3 3 User Manual 90 Add area Enter name for the new area OK The new workspace is added Cancel The new workspace is not added Baseline 3 3 User Manual 91 7 8 2 Add project Add project Directory Subdirectories Add project The user may add a new project directory structure Projects can only be added to the following directories RIVGEV project rhine RIVGEV project meuse RIVGEV gebruikers username rhine RIVGEV gebruikers username meuse
88. confirmation OK the new grid is added Cancel The computation grid s is are not added Help This screen Baseline 3 3 User Manual 99 Add WAQUA computation grid Enter name for the new computation grid OK The new grid is added Cancel The computation grid s is are not added Baseline 3 3 User Manual 100 7 8 7 Add WAQUA schematization Add WAQUA schematization Directory a XbaselineXrijnXc95 3XwaquaMr4 Subdirectories Add WAQUA schematization The user may create new WAQUA schematizations in a WAQUA computation grid The following directories are created schematization name schematization name berekeningen bodem initieel invoer locaties overlaten randen ruwheid schotjes uitvoer ArcInfo workspace It is possible to create more than one schematization per WAQUA computation grid Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory to which the new schematization is to be added Choosing a subdirectory will change the Directory OK Enter the name of the new schematization in the dialog box Upon confirmation OK the new grid is added Cancel The schematization s is are not added Help This screen Baseline 3 3 User Manual 101 Add WAQUA schematization SE Enter name for the new schematization OK The new schematization is added Canc
89. ct the target directory for the selected grid to be copied and enter a name for the copied grid in the input field Default is the same name Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Name for new grid Enter the name of the copied grid in this input field Default is the same name OK The selected grid is copied Cancel Cancel copy operation and return to previous screen Help This screen Baseline 3 3 User Manual 33 7 2 2 Copy geo data set Tin Copy tin Directory Subdirectories Tin conversie Copy tin Use this function to copy a tin ArcInfo file from one workspace to another It is primarily used to copy tins from directories containing basic files variants or projects to user directories Users can then edit the tins Select the tin to be copied by means of the list boxes or by typing the tin path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Tin Available tins in the selected subdirectory Search pattern Enter one or more letters to make a selection from the tins shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window wil
90. cted coverage to the list of coverages to be erased Selected files to erase List of coverages to be erased with the erase box Delete Remove the selected coverages from the list Delete all Delete all coverages from the list Erase file Select a box or delineation coverage OK Select target workspace for erased coverages Baseline 3 3 User Manual 72 Cancel The menu is closed no erasing action is performed Help This screen Select a box delineation coverage Directory Subdirectories Coverages selcont selcontour hooatetest s SR Select a box delineation coverage Select a coverage to serve as erase coverage The delineation specifies the area to be erased from the selected files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Coverage Available coverages in the current directory Search pattern Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK Accept the selected erase coverage Cancel No erase coverage selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 73 Select workspace for erased coverages ER Directory N d Xbas
91. ctories Users can then edit the coverages Select the coverage to be copied by means of the list boxes or by typing the coverage path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path All Select all available coverages Line Select line coverages only Polygon Select polygon coverages only Point Select point coverages only Subdirectories Summary of available subdirectories in current directory Coverages Available coverages in the selected subdirectory Search pattern Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can specify the new location of the coverage Cancel No coverage will be copied Help This screen Baseline 3 3 User Manual 30 ix Copy coverage to B x Directory 4 i home schutte basel ine rijn Subdirectories ah e a Name for new coverage DK Cancel Help Copy coverage to Select the target directory for the coverage to be copied and enter a name for the copied coverage in the input field Default is the same name Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory
92. ctory Search pattern Enter one or more letters to make a selection from the tins shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK User confirmation in the next window is required to remove the selected directory Cancel No tin will be deleted Help This screen Baseline 3 3 User Manual 83 Confirm Are you sure to delete this tin D XBASELINEXDEMO RIJNXTINXBODEMHOOGTE Yes No Yes The selected tin is deleted No No tin will be deleted Baseline 3 3 User Manual 84 7 6 6 Deleting File Delete file Directory Subdirectories hooatetest sS PTT Search pattern Delete file Use this function to delete a file for instance an ASCII file or an AutoCAD file It cannot be used to delete any coverages ArcInfo files Coverages are deleted using the Delete coverage option Users have no authorisation to delete files from the basic file and variant directories Select the file to be deleted by means of the list boxes or by typing the file path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Choosing a subdirectory will change the Directory File Available files in the selected subdirectory Search pattern Enter one or more letters to make a
93. current directory Selecting a subdirectory will change the current path Name for new grid Enter a new name for the grid in this input field in Directory Default is the same name OK The selected grid is renamed or moved Cancel Cancel rename move operation and return to previous screen Help This screen Baseline 3 3 User Manual 45 7 3 5 Renaming Moving Geo data set Tin Rename move TIN Directory Subdirectories Rename move TIN TIN s Search pattern Use this function to rename or move a TIN ArcInfo file It is primarily used to rename or move TINs from user directories and project directories Select the TIN to be renamed moved by means of the list boxes or by typing the TIN path and name in the input field at the top of the list Arrow Up Directory Subdirectories Tins Search pattern OK Cancel Help Move up one directory This input field shows the current path Summary of available subdirectories in current directory Available TINs in the selected subdirectory Enter one or more letters to make a selection from the TINs shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter After the selection a window will be opened in which you can indicate the new location or the new name of the TIN The TIN is not renamed or moved This screen Baseline 3 3 User Manual 46 Name new TIN Directory
94. d by the user The RUW_CODE item must be available the values must be between 961 and 999 Accept the selected coverages In the dialog box specify the output workspace The workspace must be named RUWHEID The default name of the coverage to be created is RUWHEIDL This name cannot be changed Finally the elements of the selected coverages are combined to form the new coverage Do not make any changes and close the menu This screen Baseline 3 3 User Manual 212 Wooded banks to generate RUWHEIDL Special hedgerows to generate RUWHEIDL ERE Hedgerows to generate RUWHEIDL Directory id baseline rijn j 2000c1 ruwheid Subdirectories Coverages Selected files d baseline rijn j 2000c1 ruwheid heggen Delete Delete all Cancel Help Coverages to generate RUWHEIDL Use this window to select input coverages for the creation of a roughness line coverage Directory Arrow Up Subdirectories Coverages Add Selected files Delete Delete all Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Add the selected coverage to the list If the coverage does not contain the correct features and or items you will be notified and the coverage will not be added to the list Gives an overview of
95. dumps This description is similar to the online help which can be opened by clicking the Help buttons in the application Click a menu item to open the menu item s selection window Most functions can then be enabled immediately A number of functions is grouped in a submenu The presence of such submenus is indicated by an arrow on the right hand side Click a submenu to open a selection window in which the corresponding functions can be selected The Baseline main menu bar contains the following menus Baseline 3 3 Mavigation management Consultation Selection Pan Zoom Modify Tools Models Import Export Presentation Close Help 1 Navigation management Navigating the system and performing file management copying renaming clipping erasing moving deleting converting and adding workspaces directories coverages and files Navigate to user project Copy Rename Move Clip Erase Remove Conversion Add o wow o wow o wow 2 Consultation Selection Viewing files and making selections in these files t Draw Select Attributes Save Selection Create Contour gt 3 Pan Zoom Functions to navigate the Graphical User Interface zooming panning Zoom to edit coverage Zoom in Zoom out Pan Zoom box Zoom to selected set Zoom to map scale Baseline 3 3 User Manual 23 4 Modify Modifying basic data and copied variants or changing attribute information Draw Spatial Attributes ASCII file
96. e Output directory workspace Erase one workspace Select the source workspace from which the files are to be erased Next select the erase coverage and the directory to which the output will be written The names of the erased files are the same as the input file names Therefore the erased files are to be written to a directory different from the directory with the original files The erase one workspace option only erases the coverages in the input directory The erase workspaces from a directory option will browse through all subdirectories and erase any coverages present in those subdirectories NB Erasing workspaces from a directory takes a lot of time Input directory workspace Select the directory from which all coverages are to be erased Erase coverage Select an erasing coverage Output directory workspace Select the directory in which the output directory must be located Name for new directory This field shows the new name of the directory to be created OK Accept the workspaces and erase coverage selected and start erasing Baseline 3 3 User Manual 68 Cancel Do not make any changes and close the menu Help This screen Input directoryAworkspace Directory Subdirectories Input directory workspace Select an existing workspace directory to erase a single workspace or all workspaces from a directory Arrow Up Move up one directory Directory Enter the required directory or
97. e ECORUW This coverage must have been created in Clustering ecotopes and is used as basic coverage in compiling the roughness elements Lines of trees A line coverage with the name LAANBEPL The application converts this line coverage to polygons with a width of 10 metres Baseline 3 3 User Manual 207 Buildings Lakes Sections groynes Sections main channel Main channel user Special ecotopes Special k values Special lines of trees Fixed layers Villages High water free area OK Cancel Help Confirm A already exists Overwrite A polygon coverage with the name GEBOUW A polygon coverage with the name PLASSEN A polygon coverage with the name SECTIES Only polygons marked as groyne are included A polygon coverage with the name SECTIES Only polygons marked as main channel are included One or more user defined poly gon coverages The RUW_CODE item must be available the values must be between 400 and 702 One or more user defined polygon coverages The RUW_CODE item must be available the values must be between 751 and 900 One or more user defined polygon coverages The RUW_CODE item must be available the values must be between 201 and 400 One or more user defined line coverages The RUW_CODE item must be available the values must be between 906 and 950 One or more user defined polygon coverages The RUW_CODE item must be available the value
98. e rijn j2000c1 sobek r1 2000_3 Subdirectories Schematisation Use this window to select a SOBEK schematization The existing SOBEK profiles can be found in this schematization Confirming the selected directory as schematization will open a window with a list of profile files Select a file The resulting file after conversion can be found in the schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Please select profile to be converted EJ profiel Cancel Cancel The menu is closed Help This screen Baseline 3 3 User Manual 238 Schematisation PEB Directory la baseline rijn j2000c1 sobek r1 2000 3 Subdirectories Schematisation Use this window to select a SOBEK schematization The existing SOBEK profiles cross sections can be found in this schematization Confirming the selected directory as schematization will open a window with a list of DSS input files Select a file Another window will appear with a list of cross section file s Select a file The resulting file after replacement of cross section block will be located in the schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selec
99. ear 1992 prior to that of 1994 List of files to be inserted Delete the selected coverage from the list Delete all coverages from the list The files are added to the edit coverage The menu is closed The files are not inserted in the edit coverage This screen Files can only be added to the edit coverage if the attribute structure of both files is identical similar attributes with equal specifications In case of polygon objects the application will delete any polygons from the edit coverage located in an area where new or modified polygons from the update file will be located Baseline 3 3 User Manual 141 10 7 Saving The edit coverage modifications can be saved After finishing the session the changed files topology will be automatically built After modification of the coverages which form the basis for the derived weir and section coverages the user will be requested to create new coverages Modification of summer dike groyne and elevation boundary line coverages will require the creation of a new weir coverage Modification of bank line normal line and floodplain coverages will require the creation of a new section coverage Baseline 3 3 User Manual 142 11 Tools 11 1 Generating elevation model After clicking the option Generate elevation model the user can select Generate elevation model v3 3 or Generate elevation model v3 0 The Baseline version 3 3 has an improved function for T
100. ear the entire formula Remove last addition Remove the final part of the formula Calculate The modification is made to the selected attribute of the feature in question If successful the following message will be displayed in the bottom left corner of the screen Calculation finished Cancel Do not make any further calculations and close the menu Help This screen First select the attribute to be modified Next enter a new value or a formula in the Formula line Numerical values can simply be typed Character values name must be written between quotes PLEASE NOTE ALWAYS put quotes before and after alphanumerical fields ALWAYS put a space between two formula elements incorrect HOOGTE 96 10 correct HOOGTE 96 10 EXAMPLES Suppose the selected records for the HOOGTE field must get the value 5 1 Select HOOGTE in the upper list box Type the number 5 1 in the formula Click the Calculate button Suppose the same records for the HOOGTE 97 field must get the value of the HOOGTE 96 field plus 10 Select HOOGTE 927 in the upper list box Select HOOGTE 96 in the lower list box Click the plus button Type 10 gt is formula HOOGTE 97 HOOGTE 96 10 Click the Calculate button Suppose the selected record for the NAAM field must get the value GRANT Select NAAM in the upper list box Type GRANT including quotes Click the Calculate button Baseline 3 3 User Manual 136 10 4 ASCII file Change
101. ears Edit lines and points X Correction of line with nunber 42550 Select line segments to delete Terminate the Select option by depressing Ctrl and the right mouse button key 9 The selected newly added lines will be deleted immediately If the answer is Yes the following question is posed Edit lines and points A Do you want to add points at line 42550 Yes No Another Yes will automatically start the Add points procedure Points at lines X BREUKL Adding points to line with NUMMER 42550 This procedure is described in Add points Click this button to move a line and its related points Upon selection of at least one line you will be asked to indicate the starting and destination points using the left mouse button The distance between and direction of these two points determine the relocation of the selected lines and their associated points Neither the starting point nor the destination point must be on a selected line Click the point of destination to add to the selection and relocate all line elements with numbers corresponding with the line s selected Subsequently all related points with corresponding numbers are selected and relocated by the same distance and in the same direction Edit lines and points X Move feature s Enter starting point Edit lines and points Move feature s Enter destination point Click this button to copy a line and its r
102. ected so far Highlight a coverage in the list and next click this button to delete it The selected coverages list will be emptied No coverages are selected anymore Accept the coverage s selected and return to the previous window Do not make any changes and close the menu This screen Baseline 3 3 User Manual 146 Give name and location for coverage type hoog TER Directory d baseline rijn j2000c1 tin Subdirectories Name for new file 0K Give name and location for coverage type hoog Use this window to enter the output directory and name for the elevation model Directory Arrow Up Subdirectories Name for new file OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Enter a new name for the elevation model to be created The elevation model name is saved and you are returned to the previous window after which the elevation model is created The menu is closed The name is not saved This screen The default name for the elevation model is bodemhoogte This name is compulsory If a different name is entered the following message will be displayed Information Name output file should be bodemhoogte OK If a name contains more than 13 characters the following message is displayed
103. ected topographic files list Selected topographic files List of selected topographic map layers Delete Use this option to cancel a selection The selected file is removed from the Selected topographic files list Delete all The entire Selected topographic files list will be emptied OK The basic files to be plotted are saved You are returned to the previous window Cancel This menu is closed The Selected topographic files list will be emptied Help This screen 14 2 Drawing After clicking this option the files selected in the Settings window will be drawn There are no further windows in this option Baseline 3 3 User Manual 267 14 3 Plotting 14 3 1 Plotter Plot to plotter Plotter Plot to plotter Plotter Select the required plotter for the file to be plotted The listed plotters are suitable for the paper size specified by you OK The plot is sent to the selected plotter If a selected plotter is not available a message will be displayed at the bottom of the window Cancel The menu is closed The plot is not sent Help This screen Baseline 3 3 User Manual 268 14 3 2 File Plot to file Directory for plotfile d baseline rijn j2000c1 plot Subdirectories Name plotfile plashoogtes Plotfile type Plot now RTL PostScript OK Cancel Plot to file Directory Enter the required directory or select it in the Subdirectories list box A
104. ectory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select ASCII Available files in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 176 11 4 2 Flow conveyance and retention 11 4 3 1 Flow Conveyance Classes Create flow conveying classes discharge density grid compartment grid floodplain sobek compartments Start compartment End compartment Number of trajectories Enter trajectories Class boundaries p NN aps aye oe Output directory workspace Create flow conveyance classes Use the Create flow conveyance classes function to make a grid in which the amount of flow conveyance is presented in five classes Discharge density grid Compartment grid floodplain SOBEK compartments Start end compartment Number of trajectories Enter trajectories Class boundaries Output directory workspace Select the discharge density grid created with the Create discharge density grid option Select the SOBEK compartment grid named VAKWIN Select the polygon file with SOBEK compartments e g sobekvak Enter the start and end compartment numbers between which c
105. ed Enter the name of the new variant in the dialog box The variant is not added This screen Baseline 3 3 User Manual 94 Information Can not create a variant in this directory baseline does not exist as area in d Xengels OK OK The new variant is added Cancel The new variant is not added Baseline 3 3 User Manual 95 7 8 4 Add basic coverage Add base data Directory Subdirectories Add base data The administrator may add a new directory structure for basic coverages This directory can only be added to the basic data directory The following directories are created data grenzen hooglijn hoogpunt meetpunt oppwater overig rivgeom ruwheid sobek tin waqua Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory to which the new basic coverage directory is to be added Choosing a subdirectory will change the Directory OK The new basic coverage directory is added Enter the name of the new project in the dialog box Cancel The basic coverage directory is not added Help This screen Baseline 3 3 User Manual 96 Information Can not add basis data in this directory grenzen does not exist as area in d Xengels OK The new basic coverage directory is added Cancel The new basic coverage directory is not added Baseline 3 3 User Ma
106. ed for the flow models Contents all lakes required for WAQUA and SOBEK attributes aangetkt branched not branched to the river 0 no lake 1 branched 2 not branched mvhgt surrounding ground level elevation data in m versus NAL Files not covered by one of the other categories Features polygons Features Contents points sources and sinks attributes bpnaam source or sink name polygons high water free areas lines structures attributes kwnaam structure name polygons bridge piers Baseline 3 3 User Manual RIVGEOM Name Linrech River axis Rivierkm RUWHEID Name Dorp Ecotoop Ecoruw Gebouw Heggen Houtwal Laanbepl Ruwheidl Ruwheidv River geometry files Features polygons lines lines points Contents left or right bank attributes oever left or right or both 0 left and right bank 1 left bank 2 right bank river axis river kilometre lines perpendicular to river axis and kilometer points on river axis attribute lines kilom river kilometres attribute points kilom river kilometres All vegetation element files and any derived files required for roughness schematizations in flow models Features polygons polygons polygons polygons lines lines lines lines polygons Contents village delineation attributes dorpnaam village name ruw_code roughness element code ecotopes attributes eco_code ecotope code clustered ecotopes
107. ed when setting this variable An example of a fixed width font would be Courier or Courier New Proportional fonts tend to cause misalignment of text ARCINFOFONTSIZE value Sets the font size used in form menus If not set the system default will be used Pulldown and sidebar menus are not affected by this and the ARCINFOFONTNAME variables always use the system default The font size is based on screen resolution as shown in the table below Screen Resolution pixels Font Size 1024 x 768 8 1152 x 882 8 1280 x 1024 10 1600 x 1200 10 If your system screen size is 1024x768 in pixel size font size of 8 or less is recommended when using this variable Openwindows Settings Solaris Copy the UNIX ARCHOME Xenv xinitrc settings to SHOME xinitrc Also copy the ArcInfo file from the same directory to the user s root directory The ArcInfo file supplied with Baseline does not have the correct settings for all platforms CDE Settings e dtterm font size 9 5 e style manager font size XXSmall 1 Baseline 3 3 User Manual 22 6 Baseline Menu The Baseline main menu bar contains nine function specific menus and a general Help menu The help function gives a short description of the items in each menu The following chapters describe the separate menu items To begin with the available menu items are summarised The operation of the functions and the menus are then described on the basis of the corresponding screen
108. el The new schematization is not added Baseline 3 3 User Manual 102 7 8 8 Add SOBEK computation grid Add SOBEK computation grid Directory la baseline rijn j2000c1 sobek Subdirectories Add SOBEK computation grid The user may create new SOBEK computation grids in a directory whose name ends in sobek The following directory is created lt computation grid name gt It is possible to create more than one computation grid per sobek directory Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory to which the new computation grid is to be added Choosing a subdirectory will change the Directory OK Enter the name of the new computation grid in the dialog box Upon confirmation OK the new computation grid is added Cancel The computation grid s is are not added Help This screen Add SOBEK computation grid Enter name for the new computation grid Baseline 3 3 User Manual 103 OK The new computation grid is added Cancel The new computation grid is added Baseline 3 3 User Manual 104 7 8 9 Add SOBEK schematization Add SOBEK Schematization Directory id baseline rijn j2000c1 sobek r1 Subdirectories Add SOBEK schematization The user may create new SOBEK schematizations in a SOBEK computation grid The following directories are created schematization n
109. elated points Baseline 3 3 User Manual 130 Split Upon selection of at least one line you will be asked to indicate the starting and destination points using the left mouse button This will determine the distance to and direction of the new location of the lines and points Selection of other line elements and their related points is similar to the Move procedure The lines and points copied are each given a new unique number Edit lines and points X Copy feature s Enter starting point Edit lines and points Copy feature s Enter destination point Click this button to split the line and assign a new number to the new line element and its associated points Upon selection of one line you will be asked to indicate the point where the line is to be split Edit lines and points Split line Enter point where to split If this point is on or close enough to the line selected the following message appears Edit lines and points From now you must select points belonging to a splitted line Close selection with 9 0K Select all points at least 3 belonging to that part of the new line that is to be given a new number The following question is posed Edit lines and points A Do these points have to be connected with one of the splitted lines Yes No If the answer is Yes the part closest to those points is selected and the following question is posed Baseline 3
110. elineXdemo rijnXhooglijn Subdirectories Select workspace for erased coverages Select the target workspace directory where the erased files are to be located The names of the erased files are the same as the input file names Therefore the erased files are to be erased to a directory different from the directory with the original files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory OK Accept the selected workspace Cancel No output directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 74 7 6 Deleting 7 6 1 Delete directory Delete directory Directory ewe Subdirectories Delete directory Directory Search pattern Use this function to remove an entire directory including its subdirectories and any files contained in it It is primarily used to delete user directories and project directories Users are not authorised to delete directories containing basic files and variants Select the directory to be deleted by means of the list boxes or by typing the directory path and name in the input field at the top of the list Arrow Up Directory Subdirectories Directory Search pattern OK Cancel Help Move up
111. enu is closed The name is not saved This screen The default name of the weir coverage to be generated is overlaat This name is compulsory If a different name is entered the following message will be displayed Information Name output file should be overlaat 0K If a name contains more than 13 characters the following message is displayed Baseline 3 3 User Manual 151 Information Enter a name shorter than 13 characters 0K Furthermore the user must analogous to the protocol save the weir coverage in a workspace named hooglijn The user can choose a different variant than the one worked in Information Workspace has hooglijn as a required name 0K When the weirs are created a log file will be kept with the following features Name OVERLAAT LOG 1 Top line with date and time 2 Subsequently type and name of the input file including path name 3 Output file including path name 4 Finalline with date and time Baseline 3 3 User Manual 152 11 3 Generating sections Generate sections Floodplain d XbaselineXrijnXj2000c1XgrenzenXvi nbed Normal lines d XbaselineXrijnij2000c1lXgrenzenXnormaall Bank lines 4 baseline rijn j2000c1 grenzen oeverl OK Cancel Help Generate sections Use the Generate sections window to create a section coverages from coverages with floodplains normal lines and bank lines All three coverages are CO
112. ermore the user must analogous to the protocol save the ruwheidl coverage in a workspace named ruwheid The user can choose a variant different from the one worked in Information Workspace has ruwheid as a required name During generation of the ruwheidl coverage the following features will be written to a log file Name RUWHEIDL LOG 1 25 3 4 Top line with date and time Subsequently type and name of the input file including path name Output file including path name Final line with date and time Baseline 3 3 User Manual 215 11 6 Create water level model Generate waterlevel model Select files to generate waterlevel model Select point file Select area boundary Select water free area Select dry lines Generate waterlevel model Use this window to create a water level model by means of a point file an area delineation file and if required dry area and dry line files Select point file Select area boundary Select water free area Select dry lines OK Cancel Help Click this button to enter the point file selection window Selection of a point file is compulsory Use this option to select an elevation model definition file Selection of the area boundary file is also compulsory If required use this button to open the water free area selection window Click this button to open the dry line selection window This selection is optional and may inv
113. es Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 171 Select grid Directory d baseline rijn j2000c1l sobek r1 2000_3 Subdirectories Select grid Select grid Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 172 11 4 1 3 3 Floodplain Calculate statistics floodplain Select base files for calculating statistics sobek compartments section grid elevation grid floodplain gt Start compartment End compartment Output directory workspace OK Cancel Help Calculate statistics floodplain
114. es k hoogte crown elevation in m versus NAL hoogte left bed elevation in m versus NAL r hoogte right bed elevation in m versus NAL type type of weir 1 straight u weir 2 straight v weir 3 diagonal weir 4 diagonal weir 5 diagonal weir 6 diagonal weir Rivkmbw_p points river kilometre points after WAQUA schematization attributes kilom river kilometres Rivkmbw 1l lines river kilometre lines after WAQUA schematization attributes kilom river kilometres Rrbbw v polygons area delineation after WAQUA schematization Ruwlbw 1 lines roughness lines after WAQUA schematization attributes ruw code roughness line code lengte roughness line relative length Srrbbw 1 lines schotjes after WAQUA schematization Shwvlbw 1 lines schotjes after WAQUA schematization Uitvlocbw p points output locations after WAQUA schematization attributes naam name of the output locations In addition the following ASCII files are stored in Baseline for the purpose of WAQUA Grid rgf file gt rgf x and y coordinates grid lines of W AQUA computation grid name to be chosen by user Input for BASWAQ bodemh asc m coordinates n coordinates and bed elevation bronput gen and bronput asc x and y coordinates of sources and sinks respectively including name and number kunstwerk gen and kunstwerk asc x and y coordinates of structures including structure name and number meetp gen and meetp asc x and y coord
115. f the new directory after renaming or moving the directory Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Selecting a subdirectory will change the current path Name for new directory Enter a new name for the directory in this input field in Directory Default is the same name OK The selected directory is renamed or moved Cancel Cancel rename move operation and return to previous screen Help This screen Baseline 3 3 User Manual 39 7 3 2 Rename move workspace Rename move workspace Directory Subdirectories conversie Search pattern Rename move workspace Use this function to rename or move an entire workspace including its subdirectories and any files contained in it It is primarily used to rename user directories and to move user directories to project directories or vice versa Select the workspace to be renamed moved by means of the list boxes or by typing the workspace path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Workspace Available workspaces in the selected subdirectory Search pattern Enter one or more letters to make a selection from the workspaces shown Use the wildcard to replace a nu
116. ge the Directory Available coverages in the current directory Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter Accept the selected erase coverage No erase coverage selection and you are returned to the previous window This screen Baseline 3 3 User Manual 66 Select workspace directory for erased files TER Directory Subdirectories hooatetest s S li Name for new directory OK Select workspace directory for erased files Select the target workspace directory where the erased files are to be located The names of the erased files are the same as the input file names Therefore the erased files are to be written to a directory different from the directory with the original files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Name for new directory Use this field to enter the name of the output directory OK Accept the selected directory Cancel No output directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 67 7 5 2 Erasing one workspace Erase one workspace Input directory workspace Erase coverag
117. ge the Directory Name for new directory Use this field to enter the name of the output directory OK Accept the selected output directory workspace Cancel No output directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 57 7 4 3 Clipping a Geo data set Coverage Clipping a coverage Directory Subdirectories Selected files to clip Delete Delete all Clip file 0K Clipping a coverage Use a predefined box or delineation file to clip files Select all files required or even all basic files containing the delineation of the file in question and save them as user files Arrow Up Directory Subdirectories Coverages Add Selected files to clip Delete Delete all Clip coverage OK Cancel Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will change the current directory All available coverages in the current directory Add the selected coverage to the list of coverages to be clipped List of coverages to be clipped with the clipping coverage Remove the selected coverages from the list Delete all coverages from the list Select a box or delineation coverage Select a workspace for clipped coverages The menu is closed no clipping action is performed Baseline 3 3 User
118. he administrator may use Baseline If Baseline is run for the first time a Baseline directory has to be created in the user directory The following warning will be displayed if there is no Baseline directory ix Warning Of x Baseline directory not present in HOME Create this with the next menu Click OK to display the following window in which a Baseline directory can be created ix Add BASELINE B x Directoru Aer Subdirectories netscape solregis aad e a DK Cancel Help Add BASELINE Use this function to add Baseline to a directory structure The directory can only be added to the user s home directory Directory By default this is the user s home directory Subdirectories Available directories in the current directory OK If possible the Baseline directory is created Cancel The Baseline directory is not added Help This screen Baseline 3 3 User Manual 21 5 1 5 1 1 Screen Settings Introduction The size of the Baseline windows may sometimes be incorrect generally too large The settings below may prevent this From the ArcInfo help file ARCINFOFONTNAME lt font name gt Sets the font type used in form menus If not set the system default will be used Pulldown and sidebar menus are not effected by this and the ARCINFOFONTSIZE variables they always use the system default Fixed width fonts are recommend
119. he same number as the line itself The search radius must be between 0 00 and 5 00 metres Renumber If this option is selected default the coverages to be converted will be renumbered consecutively starting at one OK Accept the coverages and settings selected and open the output directory window Cancel Do not make any changes and close the menu Help This screen Summerdikes to generate conversie Faultlines to generate conversie Directory Subdirectories Selected files d baseline hooglijn breuklplas d baseline hooglijn breukl Delete Delete all OK Cancel Help Coverages for the conversion of lines and points Use this window to select input coverages for the conversion of lines and points Baseline 3 3 User Manual 88 Directory Arrow Up Subdirectories Coverages Add Selected files Delete Delete all OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Add the selected coverage to the list If the coverage does not contain the correct features and or items you will be notified and the coverage will not be added to the list Gives an overview of all coverages selected so far Highlight a coverage in the list and next
120. he search procedure by entering one or more letters in combination with an asterisk OK Accept the selected grid Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 195 Select file sk Smenuknop Directory d XbaselineXrijnMj2000clXsobekXr1X2000 3Xbasis Subdirectories Select ASCII cov00000 sv data ini Select file sk menuknop Use this window to select an ASCII file for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select ASCII Available files in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 196 Schematization Directory d baseline rijn j2000c1l sobek r1 2000_3 Subdirectories Schematization Use this function to select a SOBEK schematization The results are located in this schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed
121. hoosing a subdirectory will change the Directory OK Accept the selected input directory workspace Cancel No input directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 51 Select a box delineation coverage Sle Directory Subdirectories Select a box delineation coverage Select a coverage to serve as clipping coverage The delineation specifies the area to be clipped from the selected files Arrow Up Directory Subdirectories Coverage Search pattern OK Cancel Help Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter Accept the selected clipping file No clip coverage selection and you are returned to the previous window This screen Baseline 3 3 User Manual 52 Select workspace directory for clipped files PB Directory Subdirectories Name for new directory demo_rijn2 0K Select workspace directory for clipped files Select the workspace directory for the clipped files PLEASE NOTE The clipped coverages to be c
122. iles are to be clipped Next select the clip coverage and the directory to which the output will be written The names of the clipped files are the same as the input file names Therefore the clipped files are to be clipped to a directory different from the directory with the original files The clip one workspace option only clips the coverages in the input directory The clip workspaces from a directory option will browse through all subdirectories and clip any coverages present in those subdirectories NB Clipping workspaces from a directory takes a lot of time Input directory workspace Select the directory from which all coverages are to be clipped Clip coverage Select a clipping coverage Output directory workspace Select the directory in which the output directory must be located Name for new directory This field shows the name of the directory to be created OK Accept the workspaces and clip coverage selected and start clipping Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 50 Input directoryAvorkspace Directory Subdirectories conversie Input directory workspace Select an existing workspace directory to clip a single workspace or all workspaces from a directory Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory C
123. in this window are described in the corresponding help screen BREUKHI Points at line Record 1 van 5 ID 497878 LL END Apply continue K HOOGTE 9999 Back Continue Reset values lt gt Modify data of added points Use this function to modify the attribute values of the points added to the line The points added are referred to as the group of points selected It is possible to browse this group The attributes fields of the active record will be read from the database and displayed in the window after which they can be modified Record of OK Apply continue Back The active record of the group of points selected Use the Back and Next buttons to move the record in the selection Input field used to modify the value of the attribute selected Click OK and Apply continue to finish the input include the modification in the list of values and store it in the database The message Record written to database appears in the left bottom corner and will disappear after clicking OK once again List of available attributes and their current value Select an attribute to display its value in the input field above the list after which it may be modified Click OK to include the value entered modified in the list attribute waarde The values in the list are saved in the database Be sure to confirm the final modification with OK otherwise the modification will be
124. inates of measuring points including their name and number overlaat gen and overlaat asc x and y coordinates of weirs including weir number type x coord y coord crown elevation left elevation and right elevation rivieras gen x and y coordinates river axis rivkmp gen rivkmp asc rivkml gen and rivkml asc x and y coordinates of river kilometres points including point number and point kilometres x and y coordinates river kilometre lines including line number and line kilometres rrb gen x and y coordinates area delineation ruwlijn gen and ruwlijn asc x and y coordinates of roughness lines including line number and roughness element code Baseline 3 3 User Manual 10 e ruwvlak u asc and ruwvlak v asc m coordinate n coordinate roughness element code and fraction of roughness elements per u area and per v area respectively of a WAQUA computation grid e shwvlbw l gen x and y coordinates high water free areas e uitvloc gen and uitvloc asc x and y coordinates of output locations including their name and number e waterh asc m coordinates n coordinates and water level 3 4 Use of the Database In order to make the Baseline database manageable and to avoid files being accidentally thrown away or incorrect amendments being made to files the user rights allocated to all the different users vary for each of the components of the database The database administrator allocates these user rights User rights may
125. indows to find and select one or more input files Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Files Files in the current directory Click one of the files to select it Baseline 3 3 User Manual 159 Add Click on this button to add the selected file to the list If the file cannot be added to the list this will be reported at the bottom of the menu Possible reasons may be only one file to be selected a missing field in the file Selected files Gives an overview of all files selected so far Delete Use this option to cancel a selection The file highlighted in the selected files overview will be removed from the list Delete all The entire Selected files list will be emptied OK The file selection is passed on You are returned to the previous window Cancel This menu is closed The original selection is not changed Help This screen Main menu SOBEK compartments PIE Data preparation Create SOBEK compartments Determine branch parameters Determine compartment parameters Determine parameters in bulk mode OK Main menu SOBEK compartments Use this window to perform several tasks in order to create SOBEK compartments and their corresponding parameters PERFORM ALL TASKS CONSECUTIVELY TOP BUTTON
126. ine files have been outlined in the previous paragraph This paragraph summarises the files in these workspaces and their contents per workspace All files in the Baseline database must meet a number of technical specifications For these technical specifications and the way in which these basic files are created please refer to the document Protocol Basisbestanden Baseline 3 0 Baseline 3 0 Basic File Protocol CSO amp ESRI Nederland report number 98 624 1998 in Dutch Baseline 3 3 User Manual 4 DATA GRENZEN Name Normaall Oeverl Secties Winbed HOOGLIJN Name Bandijk Breukl Breuklplas Hverschil Kade Krib ASCII files with administrative data such as preconditions These files do not contain spatial data polygon point or line elements but rather data for the setting up of flow models All spatial area delineations such as specified study areas and sections and a polygon file of these sections Features lines lines polygons lines polygons Contents normal lines bank lines sections attributes section 1 2 main channel or main section 2 groyne or bank section 3 floodplain section floodplain area delineation Line elements indicating an elevation interval and required for flow model calculations Features lines points lines points lines points lines points lines points lines points Contents primary dike and elevation points
127. inition of schematisation levels Definition of schematisation sections _satiststion of echenatinntion iaa _Definition of sokematisatiom sections _Definition of BSS owipet Definition of DSS output OK Cancel Advanced menu Help This window allows for the selection of a number of advanced options in order to calculate SOBEK profiles which have a format different from the default SOBEK profiles Default SOBEK profiles consist of 15 levels and the schematization algorithm for the calculation of their geometry is tested for the Dutch Rhine branches the Meuse river and part of the German Rhine If there are profound arguments to deviate from these default profiles due to different hydraulic conditions these advanced options can be used to adapt SOBEK profiles to these conditions Definition of schematization options Definition of schematization levels Definition of schematization sections Definition of DSS output OK Cancel Help This opens a window in which specific calculation options can be entered This opens a window in which different levels can be entered for each section This opens a window in which the re calculation of the partial or the entire SOBEK profile can be entered This opens a window in which SOBEK profiles in ASCII format can be converted to profiles in User Interface format Cross sections in DSS files can also be converted This menu is closed The options are saved
128. ints ASCII file Directory N d baseline rijn j 2000c1 import Subdirectories Files Select polygon line or point file ASCII file Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Files Available files in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 249 Give name and location for coverage type cover fe fel Directory d XbaselineXrijnMj2000clXgrenzen Subdirectories Name for new file OK Give name and location for coverage type cover Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Name for new file Enter a new name for the coverage to be created OK The coverage name is saved and you are returned to the previous window Cancel The menu is closed The coverage name is not saved Help This screen Baseline 3 3 User Manual 250 13 2 2 Exporting Export Arc INFO coverage to ASCII files
129. irectories to his own user directory A function has been developed in the application for copying individual files or groups of files see chapter 4 Each user has his own user directory home directory The user has all possible rights in this directory These user directories are the workstations for the users When a user wishes to work with the database he must begin by copying all the required basic files variants or project files to this directory When copying basic files variants or project files the user can also indicate an area of interest for example a section of the Meuse or a floodplain see chapter 4 This removes the need to work with very large and therefore very tardy files relating to a complete river branch We therefore recommend users to always define an area of interest and to copy that spatial element of the required files to the user directory even when only viewing selecting or drawing files When the user wishes to make a user file for example a modified file with summer dikes eligible for use in a basic file or variant the user can offer this file for control by the administrator by copying it to the BEHEER IMPORT directory Besides individual users with their own user directory we also distinguish between user groups User groups are users who work jointly on a project or who make frequent use of the same files for example a cross section of a floodplain or files with implemented permits The administrator all
130. is action to select more lines The line last selected may be removed from the selection by clicking the middle mouse button key 2 Terminate the Select option by depressing Ctrl and the right mouse button key 9 Next move the line according to the procedure described above Copy Click this button to copy a line element Upon selection of at least one line the cursor changes to a hand Hold down the left mouse button to copy all line elements selected Tfno line is selected the cursor changes to a circle Click the left mouse button to select an element Repeat this action to select more lines The line last selected may be removed from the selection by clicking the middle mouse button key 2 Terminate the Select option by depressing Ctrl and the right mouse button key 9 Next copy the line according to the procedure described above Split Click this button to split a line element Baseline 3 3 User Manual 127 Delete Undo Close Help Upon selection of a line indicate the splitting point of the line by means of the left mouse button If no line is selected the cursor changes to a circle Use the left mouse button to select an element and next indicate the point where the line is to be split Click this button to delete a line element Upon selection of at least one line the selection is deleted If no line is selected the cursor changes to a circle Click the left mouse button to select an elemen
131. is means that all lines and points are numbered consecutively starting at one This eliminates any high and missing numbers After the conversion each line has a unique number all points within the search radius are part of the line any duplicate points have been removed and each vertex has been allocated elevation data Points lying outside the search radius are written to a separate file The name of this file is the name of the coverage to be converted to which _af is added Lines to which no elevation data points could be allocated are rejected They are NOT saved separately These lines are described in the baswaq log file created during the conversion The file is overwritten for each coverage to be converted The baswaq log file only contains data from the coverage converted last This line point conversion is very useful for purging the database which may become necessary due to the ArcInfo operations performed on this data or the interactive adding of lines and points Summer dikes Select the summer dike coverages to be converted Groynes Select the groyne coverages to be converted Elevation barrier line Select the elevation barrier line coverages to be converted Primary dikes Select the primary dike coverages to be converted Fault lines Select the fault line coverages to be converted Baseline 3 3 User Manual 87 Search radius Enter the required search radius This radius is used to add points to a line which have t
132. ize floodplain Output directory Conversion files to SOBEK input Use the Conversion files to SOBEK input window to create SOBEK input files by gridding basic files The grids are saved in the input grid workspace in a schematization folder Select River sections Select a section file in the list Select SOBEK compartments Select a SOBEK compartment file in the list Select Summer dikes Select a SOBEK summer dike file in the list Select Lakes Select a lake file in the list Select Flow conveyance areas Select a flow area file in the list Select Elevation model Select an elevation file TIN in the list Cell size main channel and bank section Required cell size for main channel and bank sections Cell size floodplain Required cell size for floodplains Output directory Opens a window in which to set the output directory The grids to be created have fixed names and are placed in the workspace folder lt schematization gt invoer grid OK Starts the creation of the grids Cancel The menu is closed Help This screen Baseline 3 3 User Manual 228 Sections Directory id baseline rijn j 2000c1l grenzen Subdirectories Delete Delete all OK Cancel Help Sections Select an input file for the creation of SOBEK input grids Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Summary of available subdirectories in the
133. l Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 190 Determine schematization for output ER Directory la XbaselineXrijnij2000clXsobekXri1X2000 3 Subdirectories Determine schematization for output Use this function to select a SOBEK schematization The results are located in this schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 191 11 4 4 2 Summer dike segments Summerdike segments main menu Select file s Obligatory sobek compartments compartment grid floodplain Determining watersheds elevation grid floodplain section grid weirs grid paa Determining threshold elevations hydraulic gradients file l gt Determining dike types and Creating summerdike segments boundary flow storage discharge density grid al gt Start compartment E End compartment e Average compartment length Minimal dnt Output directory workspace Whole routine Subroutines 0K Cancel Summer dike segments main menu Use this window to create SOBEK summer dike segments Select file s Compulsory SOBEK compartments Select the SOBEK compartments polygon file e g sobekvak Compartment grid floodplain Select the g
134. l be opened in which you can specify the new location of the tin Cancel No tin will be copied Help This screen Baseline 3 3 User Manual 34 Copy tin to Directory d baseline rijn j2000c1 tin Subdirectories Name for new tin BODEM 0K Copy tin to Select the target directory for the selected tin to be copied and enter a name for the copied tin in the input field Default is the same name Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory New tin name Enter the name of the copied tin in this input field Default is the same name OK The selected tin is copied Cancel Cancel copy operation and return to previous screen Help This screen Baseline 3 3 User Manual 35 7 2 3 Copy File x Copy file x Directory 4i home schutte baseline ri jn demo basbertus Subdirectories File polyomtrek secties L rs P ad a Search pattern DK Cancel Help Copy file Use this function to copy a file for instance an ASCII file or an AutoCAD file from one workspace to another It is not possible to copy coverages ArcInfo files Coverages are copied using the Copy coverage option This function is primarily used to copy files from the directories containing basic files variants or projects to user directories
135. laced by polygons from the file to be inserted and the non overlapping parts are added to the original file The insert update file function is used to make spatial changes by inserting one or more files with modifications into the database files For coverages with lines and or points this means that new lines and or points replace the existing ones if these are within the set margin In polygon coverages the overlapping parts are replaced by Baseline 3 3 User Manual 16 polygons from the update file to be inserted and the non overlapping parts are added to the original file An example of the use of this function is the input of a file with new summer dikes to be constructed in the Meuse floodplain in the file with Meuse summer dikes The database administrator can also use this function for the annual update of the basic files by inputting files with permits allocated and already implemented into the basic files The save function is used to store modifications in the meantime 4 5 Tools This group of functions contains a number of functions for generation of derived files from the database files which are required for execution of calculations using WAQUA and or SOBEK With the aid of these tools the derived files can be continually re compiled when the basic files are updated or the effects of certain permits are calculated on The following functions are available e Create elevation model Create elevation model v3 3
136. les window to create SOBEK profiles or to create an ASCII window file These are compartments which move over the area during SOBEK calculations thus speeding up the calculation process Schematization Start number End number Create Windows Advanced OK Cancel Help Select a SOBEK schematization in the list Enter the start and end numbers of the compartments for which calculations have to be carried out This creates an ASCII window file The file is called windows txt and is located in the workspace folder lt schematization gt basis This feature has become redundant Enter advanced options other than defaults in the next window It is possible to enter calculation options for profiles with deviating calculation rules Starts the creation of the profiles The menu is closed This screen Baseline 3 3 User Manual 231 Schematization Directory i baseline rijn j2000c1 sobek r1 2000_3 Subdirectories Schematization Use this window to select a schematization The created SOBEK profiles are located in this schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 232 Advanced menu Definition of schematisation options Def
137. log box to indicate the target directory of the directory to be copied Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Name for new directory Enter a new name for the directory in this input field Default is the same name OK The selected directory is copied Cancel Cancel copy operation and return to previous screen Help This screen Baseline 3 3 User Manual 27 7 2 2 Copy workspace X Copy workspace B x Directory 4 home schutte baseline rijn Subdirectories Workspace ah m l Search pattern aT OK Cancel Help Copy workspace Use this function to copy an entire workspace including its subdirectories and any files in it to another workspace It is primarily used to copy basic files variants or projects to user directories Users can then edit the coverages Select the workspace to be copied by means of the list boxes or by typing the workspace path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Workspaces Available workspaces in the selected subdirectory Search pattern Enter one or more letters to make a selection from the workspaces shown Use the wildcard to replace a number of unkno
138. lp This screen Baseline 3 3 User Manual 203 Select a SOBEK schematization Directory d XbaselineXrijnMj2000c1 Subdirectories Select a SOBEK schematization Use this window to select a schematization The results are located in this schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3 User Manual 204 11 5 Roughness Elements 11 5 1 Clustering ecotopes Choose Ecotope cover to cluster roughnesses TB Directory d baseline rijn j2000c1 ruvheid Subdirectories Choose Ecotope cover to cluster roughnesses Use this function to cluster or generalise ecotopes to so called roughness elements in order to perform WAQUA roughness schematizations The application assigns a code to these roughness elements The codes are then converted to k values in WAQUA Directory Arrow Up Subdirectories Coverage Search pattern OK Cancel Help This input field shows the current path Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Summary of all available coverages Only ecotoop coverages which are located in the ruwheid workspace qualify for clustering The coverage must cont
139. matization OK Cancel The new schematization is added The new schematization is not added Baseline 3 3 User Manual 106 8 Consultation Selection 8 1 Drawing Select edit coverage Place attribute text r Select background file s d baseline rijn c95 3 grenzen winbed LINES Place attribute text d baseline rijn c95_3 grenzen oeverl LINES a d baseline rijn c95_3 grenzen normaal1 LINES x lt gt Select TIN Clear drawing lists OK Cancel Draw Use this window to set the working environment Files and elements must be drawn before being able to view and select them You can only view or select one file at a time This file is called an edit coverage working coverage Selection of an edit coverage is compulsory You can select several files which are drawn as background coverages The user can select the coverages to serve as edit coverage and background coverage The user can also select a TIN Select edit coverage Select an edit coverage in the list Use this coverage for selections and modifications The selected edit coverage will be displayed in the list Feature This list box shows the selected feature type of the edit coverage Click on the feature of the selected edit coverage to open a window in which you can select a new editing feature Baseline 3 3 User Manual 107 Attribute Attribute text s Select background file s Symbol Att
140. mber of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can indicate the new location or the new name of the workspace Cancel The workspace is not renamed or moved Help This screen Baseline 3 3 User Manual 40 Name new workspace Directory Subdirectories Rename move workspace OK Name new workspace Name of the new workspace after renaming or moving the workspace Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Selecting a subdirectory will change the current path Rename move workspace Enter a new name for the workspace in this input field in Directory Default is the same name OK The selected workspace is renamed or moved Cancel Cancel rename move operation and return to previous screen Help This screen Baseline 3 3 User Manual 41 7 3 3 Renaming Moving Geo data set coverage Rename move coverage Directory All Line Polygon Point Subdirectories Rename move coverage Use this function to rename or move a coverage ArcInfo file It is primarily used to rename or move coverages from user directories and project directories Select the coverage to be renamed moved by means of the list boxes or by typing the coverage path and name in the input field at the to
141. mer dikes and groynes are included when creating the weir file In the case of elevation boundary lines only those lines are included whereby the elevation boundary line is higher than or equal to 0 5 metres and the slope is greater than 1 in 6 weir attribute 1 The create sections function is used to make a file with sections main section main channel groyne section bank section floodplain section from files containing normal lines bank lines and border of the floodplain The SOBEK files function is used to create a number of basic files required for SOBEK These are the main channel and floodplain compartments flow conveyance retention summer dike segments weir grid roughness elements etc DSS tables can also be created and various statistics can be calculated The roughness function can be used to create a file with so called roughness areas Roughness elements are taken to mean spatial growth units which exercise a certain resistance on the flow The units are formed on the basis of the ecotope files of the Meetkundige Dienst Dutch Survey Department supplemented with a number of basic files derived from the digital river map and a number of user files A roughness element is characterised by a code which is subsequently converted into k values in WAQUA The cluster ecotopes function is used to cluster ecotopes polygons from the ecotope maps of the Survey Department into generalised units according to a translation key for tr
142. ministrator for control or the movement of user files to projects The clip function can be used to make a spatial cross section of entire workspaces including all files and underlying workspaces and directories in these workspaces and geo data sets coverages and grids This allows for the selection of an area of interest from a basic file for example a floodplain or part of a river branch such as the Border Meuse for storage as a new file The erase function can be used to remove spatial cross sections of entire workspaces including all files and underlying workspaces and directories in these workspaces and geo data sets coverages This allows for the selection and removal of data in an area of interest from a basic file for example a floodplain or part of a river branch for storage as a new file The remove function is for the removal of directories entire workspaces including all files in these workspaces geo data sets coverages grids and tins and files from the database The user can only remove workspaces directories coverages and files from his own user directory and the project directories under the PROJECT main directory for which the user has been allocated writing rights Users are therefore not authorised to delete any basic files and variants Baseline 3 3 User Manual 14 The conversion function can be used to convert point line coverages from the previous data structure to the new data structure The conversion
143. n Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 181 Select coverage Directory d XbaselineXrijnXj2000clXgrenzen Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 182 Select output directory Directory d XbaselineXrijnXij2000clXsobekXr1X2000 3 Subdirectories Select output directory Use this function to select a SOBEK schematization The results are located in this schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Baseline 3 3
144. ncel The menu is closed no clipping action is performed Help This screen Select a box delineation coverage Directory Subdirectories Coverages selcontour Select a box delineation coverage Select a coverage to serve as clipping coverage The delineation specifies the area to be clipped from the selected files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Coverages Available coverages in the current directory Search pattern Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK Accept the selected clipping file Cancel No clip coverage selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 62 Select workspace for clipped grids Directory Subdirectories Select workspace for clipped grids Select the target workspace for the clipped files PLEASE NOTE Arrow Up Directory Subdirectories OK Cancel Help The clipped grids to be created will be given the same name as the previous files DO NOT save them in the same location as the selected files to be clipped This is bound to lead to errors particularly when the overw
145. ne rijn j 2000c1 ruwht Sections groynes Special ecotopes Fixed layers d baseline rijn j2000cl gren Special k value d baseline rijn j2000c1 ruwh lt ne gt Special line of trees d baseline rijn j 2000c1l oppy Generate roughness areas poly This function is the second step in the creation of a file containing so called roughness elements in order to perform WAQUA roughness schematizations It combines clustered ecotopes refer to Clustering ecotopes with polygon elements from a number of basic files which have an equal effect on the area s roughness The files include lines of trees buildings lakes groynes main channel user defined main channel special ecotopes polygons with special k values special lines of trees fixed layers villages and high water free areas In case of overlap the clustered ecotopes are replaced by the polygon elements from the files mentioned above and in the order stated above Prior to the replacement operation the application assigns a code to the polygon elements The codes are converted to k values in WAQUA Select files to calculate roughness areas Click one of the buttons to open a window in which files of the corresponding type can be selected The application will verify whether the selected coverage is indeed a file of the type in question The list below the button gives an overview of the coverages selected so far Ecoruw A polygon coverage with the nam
146. nistrative data such as preconditions GRENZEN area and section delineations HOOGLUN line elements representing an elevation interval HOOGPUNT elevation measurements and soundings MEETPUNT measuring points and water levels OPPWATER surface water other than main channel OVERIG files not covered by the other groups RIVGEOM river geometry files RUWHEID roughness schematization files SOBEK specific SOBEK files TIN elevation models WAQUA specific WAQUA files The files included in the workspaces mentioned above are described in paragraph 3 3 In addition to these workspaces intended for ArcInfo coverages the following workspaces are available IMPORT to store third party files to be imported by the application EXPORT to store third party export files created by the application from coverages in the database PLOT to store map plotting files created by the application METAINFO to store file meta information lt VARIANT gt The main directory lt variant gt contains large scale modifications to basic files which contain basic data intended for flow model calculations The data contained in the various variant directories VARIANT A etc is grouped in the same workspaces as described in basic data above For instance the directory structure of the ecotope file is sates baseline rhine mhw ruwheid ecotoop iad baseline lt gebied gt lt variant gt ruwheid ecotoop 3 3 Baseline Files The workspaces accommodating the Basel
147. nts Generate compartments Select input files Waterlevel TIN _copsstrents main chamet Compartments main channel lt Left right bank Output directory workspace Cell size Filter size Generate compartments Select input files This function is used for the creation of a SOBEK compartment file on the basis of a WAQUA water level field Use this window to select the input files and the schematization directory Water level TIN Select a TIN which is created on the basis of a WAQUA result points Model boundary Select a polygon file which reflects the model boundary e g winbed Compartments main channel Select a polygon file with main channel compartments Baseline 3 3 User Manual 163 Left right bank Select a polygon file which divides the model into a left bank and a right bank linrechts for example Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created Cell size Filter size OK Starts the creation of the compartments Cancel The menu is closed Help This screen Select a TIN Directory d XbaselineXrijnXj2000c1Xtin Subdirectories Tins Select a TIN Use this window to select a water level TIN for the creation of SOBEK compartments in the floodplain Current directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one direct
148. nual 97 7 8 5 Add workspace Add workspace Directory Subdirectories Add workspace The user may add a new workspace Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory to which the new workspace is to be added Choosing a subdirectory will change the Directory OK Enter the name of the new workspace in the dialog box Upon confirmation OK the new workspace is added Cancel The workspace is not added Help This screen Add workspace Enter name for a new workspace topo alg OK Cancel OK The new workspace is added Cancel The new workspace is not added Baseline 3 3 User Manual 98 7 8 6 Add WAQUA computation grid Add WAQUA computation grid Directory la baseline rijn c95_3 waqua Subdirectories info Add WAQUA computation grid The user may create new WAQUA computation grids in a directory whose name ends in waqua The following directories are created grid name grid name rooster It is possible to create more than one computation grid per waqua directory Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Select the directory to which the new computation grid is to be added Choosing a subdirectory will change the Directory OK Enter the name of the new computation grid in the dialog box Upon
149. ocated Name for new directory This field shows the new name of the directory to be created OK Accept the workspaces and erase coverage selected and start erasing Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 64 Input directoryAvorkspace Directory Subdirectories Input directory workspace Select an existing workspace directory to erase a single workspace or all workspaces from a directory Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory OK Accept the workspace directory selected Cancel No input directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 65 Select a box delineation coverage Directory Subdirectories hooatetest SS Coverage selcontour Select a box delineation coverage Select a coverage to serve as erase coverage The delineation specifies the area to be erased from the selected files Arrow Up Directory Subdirectories Coverage Search pattern OK Cancel Help Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will chan
150. ocates the users to one or more user groups and allocates rights to each of the user groups The joint data of user groups is stored in the database in the PROJECT main directory The administrator makes a separate project directory for each project in this main directory All users can read these project directories Only the project group involved in the project in question can also write in the project directory All users in the user group can change the project files copy files to the project directory remove files etc When a number of users work with the same files for example the same sub area one of the users need only define the sub area once and copy the required files from the sub area to the project directory Users can also exchange files and make use of each others editing or results by Baseline 3 3 User Manual 11 saving files in this project directory Finally the administrator can keep simple control of all the files belonging to a project and can make back ups Baseline 3 3 User Manual 12 4 Baseline Functions Using the Baseline application a user can manage view select change and present the data stored in the Baseline database The Baseline function also includes various tools for generation of derived data from the basic data such as weirs and elevation models for the calculation of flow models etc Baseline also has a function for the creation of WAQUA and SOBEK input files In order to provide for
151. ok for the original name of the coverage in question OK The coverage is selected as input coverage Cancel The menu is closed Help This screen Baseline 3 3 User Manual Give name and location for coverage type secties BAR Directory id baseline rijn j2000cl grenzen Subdirectories Name for new file OK Give name and location for coverage type secties Use this window to select the output directory for the sections coverage The section coverage gets the name secties Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select the directory in which the output coverage is to be created OK The directory is selected as output directory and the section coverage is created immediately If the section coverage already exists in the output directory indicated a warning is given and you will be asked whether the coverage has to be overwritten Cancel The menu is closed Help This screen The default name for the sections to be created is secties This name is compulsory If a different name is entered the following message will be displayed Information Name output file should be secties 0K Baseline 3 3 User Manual 155 If a name contains more than 13 characters the following message is displayed Information Enter a name shorter than 13 characters OK Furthermore the user must analogous to the
152. olve one or more files Water free areas and dry lines may have been saved in the same file If a file is selected as water free area and dry line file at the same time a warning will be displayed at the bottom of the window The water level model TIN is created with the selected files without performing any interpolation across dry lines and within water free areas This menu is closed The water level model is not generated This screen Baseline 3 3 User Manual 216 Gebiedsgrens Directory d XbaselineXrijnMj2000clXgrenzen Subdirectories Delete Delete all 0K Gebiedsgrens Cancel Help Use these windows to find and select one or more input files Directory Arrow Up Subdirectories Files Add Selected files Delete Delete all OK Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Files in the current directory Click one of the files to select it Click on this button to add the selected file to the list If the file cannot be added to the list this will be reported at the bottom of the menu Possible reasons may be only one file to be selected a missing field in the file Gives an overview of all files selected so far Use this option to cancel a selection The file highlighted in the selected files ove
153. on and return to previous screen Help This screen Baseline 3 3 User Manual 37 7 3 Renaming Moving Coverage 7 3 1 Rename move directory Rename move directory Directory Ap Ataccin to ee Subdirectories Directory conversie conversie Rename move directory Use this function to rename or move an entire directory including its subdirectories and any files contained in it It is primarily used to rename user directories and to move user directories to project directories or vice versa Select the directory to be renamed moved by means of the list boxes or by typing the directory path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Directory Available directories in the selected subdirectory Search pattern Enter one or more letters to make a selection from the directories shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can indicate the new location or the new name of the directory Cancel The directory is not renamed or moved Help This screen Baseline 3 3 User Manual 38 Name new directory Directory Subdirectories hooatetest E Name for new directory OK Name new directory Name o
154. one directory This input field shows the current path Summary of available subdirectories in current directory Choosing a subdirectory will change the Directory Available directories in the selected subdirectory Enter one or more letters to make a selection from the directories shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter User confirmation in the next window is required to remove the selected directory No directory will be deleted This screen Baseline 3 3 User Manual 75 Confirm Are you sure to delete this directory d pas rvdr Yes Yes The selected directory is deleted No No directory will be deleted Baseline 3 3 User Manual 76 7 6 2 Deleting Workspace Delete workspace Directory Subdirectories conversie Delete workspace Use this function to remove an entire workspace including its subdirectories and any files contained in it It is primarily used to delete user directories and project directories Users are not authorised to delete any workspaces containing basic files and variants Select the workspace to be deleted by means of the list boxes or by typing the workspace path and name in the input field at the top of the list Arrow Up Directory Subdirectories Workspace Search pattern OK Cancel Help Move up one directory This input field shows the c
155. one of the buttons to open a window in which coverages of the corresponding type can be selected The application will verify whether the selected coverage is indeed a file of the type in question The list below the button gives an overview of the coverages selected so far A coverage containing summer dikes cuttings and or quays lines and any elevation points on these lines A coverage containing groynes lines and any elevation points on these lines A coverage containing elevation boundary lines and any elevation points on these lines Only points and lines which have been qualified as weirs are included in the creation of the weir file Accept the selected coverages This opens a dialog box in which the location and name of the weir coverage can be entered After having entered the name the weir coverage will be created Do not make any changes and close the menu This screen Baseline 3 3 User Manual 149 Summerdikes to generate overlaat DER Selected fi Directory a XbaselineVrijnXj2000c1Xhooglijn Subdirectories Delete Delete all OK Cancel Help Coverages to generate weirs Use this window to select input coverages for the creation of an elevation model Directory Arrow Up Subdirectories Coverages Add Selected files Delete Delete all OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory
156. ons are and and or with and being used if both selection criteria must be met and or being used if either of the two must be met Clipping Cutting out a spatial element an area of interest from a coverage for example all summer dikes in a specific Meuse floodplain All elements crossing the boundary of the area of interest will be cut off at that boundary Baseline 3 3 User Manual 272
157. oosing a subdirectory will change the current directory Coverages Available coverages in the current directory Baseline 3 3 User Manual 209 Add Add the selected coverage to the list If the coverage does not contain the correct features and or items you will be notified and the coverage will not be added to the list Selected files Gives an overview of all coverages selected so far Delete Highlight a coverage in the list and next click this button to delete it Delete all The selected coverages list will be emptied No coverages are selected anymore OK Accept the selected file You are returned to the previous window Cancel Do not make any changes and close the menu Help This screen The suggested default name of the coverage to be generated is ruwheidv This name is compulsory If a different name is entered the following message will be displayed Information Name output file should be rwwheidv OK If a name contains more than 13 characters the following message is displayed Information Enter a name shorter than 13 characters 0K Furthermore the user must analogous to the protocol save the ruwheidv coverage in a workspace named ruwheid The user can choose a variant different from the one worked in Baseline 3 3 User Manual 210 Information Workspace has ruwheid as a required name OK During generation of the ruwheidv coverage the following features
158. oring viewing editing and presenting river data used in making calculations with flow models such as the computation of Design High Waters and the effects of changes in the floodplain In addition the application offers the possibility of generating the various files required for flow models and creating input files for the WAQUA and SOBEK flow models The development of the Baseline database and application was commissioned by the Dutch Institute for Inland Water Management and Waste Water Treatment RIZA Rivers department in Arnhem However Baseline may be implemented by any organisation requiring the structured storage of river data and or the linking up of flow models in a GIS environment The Baseline database and application have been designed by the Dutch consultancy CSO Adviesbureau voor Milieuonderzoek The application has been developed by ESRI Nederland Baseline version 3 3 was built using the Arc Macro Language AML for use with at least ArcInfo 7 1 1 on a SUN platform with HP workstations and ArcGIS 8 2 on a Windows NT and Windows XP platform Although Baseline was developed as a GIS application it is mainly intended for the users of flow models This application only requires a basic knowledge of the principles of a Geographic Information System The organisation of the applications and its menus is very user friendly The object of this manual is to be a guideline in the use of the Baseline database and application The User
159. ory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Tins Available TINs in the current directory Baseline 3 3 User Manual 164 Search pattern OK Cancel Help Select coverage Directory Simplify the search procedure by entering one or more letters in combination with an asterisk Accept the selected file Do not make any changes and close the menu This screen Subdirectories Select coverage Use this window to select a coverage for the previous page Current directory Arrow Up Subdirectories Coverages Search pattern OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Available coverages in the current directory Simplify the search procedure by entering one or more letters in combination with an asterisk Accept the selected file Do not make any changes and close the menu This screen Baseline 3 3 User Manual 165 Determine schematization for output SEE Directory la MpasXneckar testXsobekXriXs1 Subdirectories Determine schematization for output Use this function to select a SOBEK schematization The results are located in this schematization Directory This input field shows the current path
160. ose the menu Help This screen Baseline 3 3 User Manual 174 11 4 1 Discharge Density Grid Create dischargedensitygrid sobek compartments Start compartment End compartment Cellsize Output directory workspace 0K Cancel Create dischargedensitygrid Use this function to create a discharge density grid with discharge densities in the calculation points of an irregular WAQUA grid being converted to a regular grid SOBEK compartments Select the polygon file with SOBEK compartments e g sobekvak WAQUA grid Select a WAQUA grid e g roos ws v discharge q asc Select the discharge density ASCII file e g discharge q asc Start end compartment Enter the start and end compartment numbers between which calculations are to be performed Cell size Enter the cell size in metres Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created OK Click OK to start creating the discharge density grid Cancel The menu is closed Help This screen Baseline 3 3 User Manual 175 Select file discharge q asc Directory d baseline rijn c95_3 waqua ri si invoer Subdirectories Select ASCII Select file discharge_q asc Use this window to select an ASCII file for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one dir
161. osen Fill this field when part of the profile has to be recalculated Calculate sections whole profiles the entire profile is calculated main section The main channel is re calculated other parts are copied from existing profiles bank and floodplain sections Bank and floodplain sections are re calculated other parts are copied from existing profiles OK This menu is closed The options are saved Cancel This menu is closed The options are discarded Help This screen Baseline 3 3 User Manual 236 Profiles Bil x Directory Subdirectories Profiles Use this function to select a SOBEK schematization Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select a directory with a schematization OK The schematization directory is selected Cancel The menu is closed Help This screen Advanced DSS Conversion to User Interface Replace Cross sections in DSS file Cancel Help Advanced DSS This window offers two options to process previously calculated cross sections Conversion to User Interface Opens a dialog box in which a schematization directory can be chosen Replace cross sections in DSS file Opens a dialog box in which a schematization directory can be chosen Cancel This menu is closed The options are discarded Baseline 3 3 User Manual 237 Help This screen Schematisation Directory d baselin
162. p of the list Arrow Up Directory All Line Polygon Point Subdirectories Coverages Search pattern OK Cancel Help Move up one directory This input field shows the current path Select all available coverages Select line coverages only Select polygon coverages only Select point coverages only Summary of available subdirectories in current directory Available coverages in the selected subdirectory Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter After the selection a window will be opened in which you can indicate the new location or the new name of the coverage The coverage is not renamed or moved This screen Baseline 3 3 User Manual 42 Name new cove rage Directory d XbaselineXrijnMj2000clXgrenzen Subdirectories Name for new coverage OK Name new coverage Name of the new coverage after renaming or moving the coverage Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Selecting a subdirectory will change the current path Name for new coverage Enter a new name for the coverage in Directory Default is the same name OK The selected coverage is renamed or moved Cancel Cancel rename move operation and ret
163. pon selection of at least one point the selection is deleted If no point is selected the cursor changes to a circle Click the left mouse button to select an element Repeat this action to select more points The point last selected may be removed from the selection by clicking the middle mouse button key 2 Terminate the Select option by depressing Ctrl and the right mouse button key 9 The selection is subsequently deleted Baseline 3 3 User Manual 125 Undo Undo the last edit operation Close Close the Edit window Help This screen Baseline 3 3 User Manual 126 10 2 3 Lines Edit lines MEX Split Delete Edit lines Add Click this button to add a line element Indicate the starting point of the line with XTERM the left mouse button and next use the middle mouse button key 2 intermediate points are indicated by the left mouse button key 1 Remove the intermediate point added last by means of Shift and the left mouse button key 4 Finish the line by means of the middle mouse button key 2 Terminate the Add option by depressing Ctrl and the right mouse button key 9 Move Click this button to move a line element Upon selection of at least one line the cursor changes to a hand Hold down the left mouse button to move all line elements selected Tfno line is selected the cursor changes to a circle Click the left mouse button to select an element Repeat th
164. protocol save the sections in a workspace named grenzen The user can choose a different variant than the one worked in Information Workspace has grenzen as a required name 0K When the sections are created a log file will be kept with the following features Name SECTIES LOG 1 Top line with date and time 2 Subsequently type and name of the input file including path name 3 Output file including path name 4 Finalline with date and time Baseline 3 3 User Manual 156 11 4 SOBEK files 11 4 1 Create compartments 11 4 1 1 Main channel compartments Output directory workspace Directory la baseline rijn j2000c1 sobek r1 2000 3Xbasis Subdirectories Output directory workspace Use this window to select the SOBEK compartment file directory After clicking the OK button to confirm the selection a window will be opened in which all compulsory and optional data can be entered Directory This input field shows the current path Arrow Up Move up one directory Subdirectories Select the basis directory in which the SOBEK compartment file is to be created OK The selected directory is confirmed and an input file entry window is opened Cancel The menu is closed Help This screen Baseline 3 3 User Manual 157 Select coverages for generating SOBEk compartments Select coverages for generating SOBEK compartments River axis 1 Branch division Elev
165. py Delete Click this button to add a point Add points by means of the left mouse button Remove the point added last by means of lt Shift gt and the middle mouse button key 5 Terminate the Add option by depressing lt Ctrl gt and the right mouse button key 9 Click this button to move a point Upon selection of at least one point the cursor changes to a hand Hold down the left mouse button to move all points selected If no point is selected the cursor changes to a circle Click the left mouse button to select an element Repeat this action to select more points The point last selected may be removed from the selection by clicking the middle mouse button key 2 Terminate the Select option by depressing lt Ctrl gt and the right mouse button key 9 Next move the point according to the procedure described above Click this button to copy a point Upon selection of at least one point the cursor changes to a hand Hold down the left mouse button to copy all points selected If no point is selected the cursor changes to a circle Click the left mouse button to select an element Repeat this action to select more points The point last selected may be removed from the selection by clicking the middle mouse button key 2 Terminate the Select option by depressing lt Ctrl gt and the right mouse button key 9 Next copy the point according to the procedure described above Click this button to delete a point U
166. reated will be given the same name as the previous files DO NOT save them in the same location as the selected files to be clipped This is bound to lead to errors particularly when the overwrite files question is answered with NO Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Name for new directory Use this field to enter the name of the output directory OK Accept the selected output directory workspace Cancel No output directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 53 7 4 2 Clipping one workspace Clip one workspace Input directory workspace lt Clip coverage lt Output directory workspace Name for new directory Clip one workspace Select the source workspace from which the files are to be clipped Next select the clip coverage and the directory to which the output will be written The names of the clipped files are the same as the input file names Therefore the clipped files are to be clipped to a directory different from the directory with the original files The clip one workspace option only clips the coverages in the input directory The clip workspaces from a directory option will browse through all subdi
167. rectories and clip any coverages present in those subdirectories NB Clipping workspaces from a directory takes a lot of time Input directory workspace Select the workspace from which all coverages are to be clipped Clip coverage Select a clipping coverage Output directory workspace Select the directory in which the output directory must be located Name for new directory This field shows the name of the directory to be created OK Accept the workspaces and clip coverage selected and start clipping Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 54 Input directoryAworkspace Directory Subdirectories Input directory workspace Select an existing workspace directory to clip a single workspace or all workspaces from a directory Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory OK Accept the selected input directory workspace Cancel No input directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 55 Select a box delineation coverage Sle Directory Subdirectories Select a box delineation coverage Select a coverage to serve as clipping coverage The delineation specifies the area to be
168. rectory Search pattern Enter one or more letters to make a selection from the files shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter OK After the selection a window will be opened in which you can indicate the new location or the new name of the file Cancel The file is not renamed or moved Help This screen Baseline 3 3 User Manual 48 Copy file to Directory d baseline rijn c95_3 waqua ri1 rooster Subdirectories Name for new file maasdemo rgf 0K Copy file to Name of the new file after renaming or moving the file no INFO files Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Selecting a subdirectory will change the current path Name for new file Enter a new name for the file in this input field in Directory Default is the same name OK The selected file is renamed or moved Cancel Cancel rename move operation and return to previous screen Help This screen Baseline 3 3 User Manual 49 7 4 Clipping 7 4 1 Clipping Workspaces from a Directory Clip workspaces from a directory Input directory workspace Clip coverage lt Output directory workspace lt Name for new directory Clip workspaces from a directory Select a workspace directory from which the f
169. reen such as a selection of all dikes higher than 10 metres Using the attributes function for representation of attribute data information the user can request the information stored on elements in the database from the drawn edit coverage The elements in which the user is interested can be selected using the following function The save selection function can be used to save selections of the edit coverage in a new coverage to be indicated by the user Use the create contour function to save a drawn box rectangle which for example indicates the limits of an area of interest as a coverage Baseline 3 3 User Manual 15 4 3 Panning and Zooming The pan and zoom functions can be used to zoom the files which are drawn using the draw function from the consultation and selection function group The following functions can be used Zoom edit coverage display complete edit coverage Zoom in zoom in on a centre to be indicated using the mouse Zoom out zoom out on a centre to be indicated using the mouse Pan Shift the drawn files in relation to a centre to be indicated with the mouse Zoom rectangle zoom in on a rectangle to be indicated using the mouse Zoom selection zoom in out on all selected parts of the working coverage Zoom scale zoom in out to a certain scale designated by the user Identification of a selected element request information 4 4 Modifying The modify function is used to make changes in the database
170. riants do not represent the current but rather the potential situation 3 2 Database Directory Structure Main structure As described in 3 1 the highest level of the database distinguishes between system management and area These sub directories must be located in the baseline directory For example BASELINE SYSTEEM BEHEER MEUSE RHINE SYSTEEM The system data comprises the application software menus and help texts and all files required for the operation of the application such as files for the creation of map legends logos and ecotope clustering coding tables for the purpose of WAQUA roughness schematizations BEHEER The BEHEER main directory does not require a specific directory structure It is the administrator s responsibility to ensure an orderly structure for his activities These activities may include the import of files the export of coverages and the update of data The area level contains two types of data or main directories BASISGEG and VARIANT The directory structure is as follows MEUSE i BASISGEG VARIANT A VARIANT B Baseline 3 3 User Manual 3 These main directories are subsequently subdivided into several levels The list below describes their directory structure in detail BASISGEG The BASISGEG main directory contains the most recent basic data for making calculations with flow models The data is grouped per type in a number of workspaces They are DATA admi
171. ribute text s Select TIN Remove TIN Clear Select feature Carce The available attributes of the feature selected Select an edit coverage attribute item to draw By default the top item will be drawn Select one or more background coverages in the list The selected background coverages will be displayed in the list Lines polygons or points can be drawn from background coverages Go to Features in the Select background coverage s window to select them Click on the symbol of the selected background coverage to open a window in which you can select the graphical presentation symbol e g line colour Symbols m P Layout for FILE Feature Symbol Select the line or point symbol in this field for drawing the background coverage selected Select an attribute item of the selected background coverage for display PLEASE NOTE if no attribute item is selected you will be notified Click on OK to close the window the graphical window is drawn once again Select a TIN in the list Remove selected TIN Remove all files edit coverage background coverage s and tin file from the lists The graphical window is drawn once again Baseline 3 3 User Manual 108 OK The selected files are drawn Cancel Do not make any changes and close the window The graphical window is drawn once again Help This screen Select edit coverage Directory a baseline rijn c95_3 hooglijn
172. rid with floodplain compartments e g vakwin Determining watersheds Elevation grid flooplain Select the grid with floodplain elevation data e g hoogwin Section grid Select the section grid e g secties Weirs grid Select the weirs grid e g ol grid Determining threshold elevations Hydraulic gradients file Select the ASCII file with discharge water level relations e g watstand txt Determining dike types and Creating summerdike segments Baseline 3 3 User Manual 192 Boundary flow storage Discharge density grid Start end compartment Average compartment length Minimum dAt Output directory workspace Whole routine Subroutines OK Cancel Help Select the polygon file with the flow storage boundary e g strovoer Select the discharge density grid created with the Create dischargedensitygrid option Enter the start and end compartment numbers between which calculations are to be performed The average length of a SOBEK compartment measured along the river axis The minimum value of the total flow profile behind summer dikes in m2 for which segments have to be determined Select the schematization directory containing the basis subdirectory where the input files are located and the output files are created The application runs all routines a popup window shows the settings and absence presence of basic files The Subroutine window is opened and the user can
173. rite files question is answered with NO Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will change the current directory Accept the selected workspace No output workspace selection and you are returned to the previous window This screen Baseline 3 3 User Manual 63 7 5 Erasing 7 5 1 Erase workspaces from a directory Erase workspaces from a directory Input directory workspace Erase coverage Output directory workspace Erase workspaces from a directory Select the source workspace from which the files are to be erased Next select the erase coverage and the directory to which the output will be written The names of the erased files are the same as the input file names Therefore the erased files are to be written to a directory different from the directory with the original files The erase one workspace option only erases the coverages in the input directory The erase workspaces from a directory option will browse through all subdirectories and erase any coverages present in those subdirectories NB Erasing workspaces from a directory takes a lot of time Input directory workspace Select the directory from which all coverages are to be erased Erase coverage Select an erasing coverage Output directory workspace Select the directory in which the output directory must be l
174. rrent path Select all available coverages Select line coverages only Select polygon coverages only Select point coverages only If a coverage contains both lines and points both will be deleted Summary of available subdirectories in current directory Choosing a subdirectory will change the Directory Available coverages in the selected subdirectory Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter User confirmation in the next window is required to remove the selected directory No coverage will be deleted Baseline 3 3 User Manual 79 Help This screen Confirm Are you sure to delete this coverage d baseline hoogtetest Yes The selected coverage is deleted No No coverage will be deleted Baseline 3 3 User Manual 80 7 6 4 Deleting geo data set Grid Delete grid Directory Subdirectories Grids Delete grid Use this function to delete a grid ArcInfo file It is primarily used to delete grids from user directories and project directories Users are not authorised to delete any basic files and variants Select the grid to be deleted by means of the list boxes or by typing the grid path and name in the input field at the top of the list Arrow Up Move up one directory Directory This input field shows the current path
175. rrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory The selected subdirectory must be named PLOT Name plot file Enter a new name for the coverage to be created Plot file type Click this button to select the plot file type Plot now Do not send the file to the plotter immediately OK The file name is saved and you are returned to the previous window Cancel The menu is closed The plot file is not saved Help This screen Baseline 3 3 User Manual 269 15 Exiting Close application Temporary to prompt A Do you want to close the application Use the Close application function to exit the Baseline application If the user has modified one or more edit coverages he will first be asked whether these changes are to be saved Clicking Yes on the next question Do you really want to exit the application will close both Baseline and ArcInfo If Baseline runs on a UNIX platform you are returned to the UNIX prompt in the Baseline execute directory Close application Temporary to prompt Use the Temporary to prompt function to manually execute commands in ArcEdit Type the command amp return to return to Baseline Baseline 3 3 English version of x VARNING the Map extent is not defined NWatch amp OFF NSuggestie voor amp WATCH d baseline bl wat type amp RETURN to return to Baseline Ar
176. run the subroutines separately Click OK to start the creation of summer dike segments The menu is closed This screen Baseline 3 3 User Manual 193 Select polygon sk Smenuknop Directory d XbaselineXrijnXij2000clXsobekXr1X2000 3Xbasis Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected coverage Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 194 Select grid sk Smenuknop Directory d XbaselineXrijnij2000clXsobekXr1X2000 3 invoer gi Subdirectories Select grid Select grid sk menuknop Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search pattern Simplify t
177. rview will be removed from the list The entire selected files overview will be emptied The file selection is passed on You are returned to the previous window Baseline 3 3 User Manual 217 Cancel This menu is closed The original selection is not changed Help This screen Give name and location for coverage type E Directory N d XbaselineXrijnMj2000c1lXtin Subdirectories Name for new file whmodel OK Give name and location for coverage type Use this window to select the directory in which the water level model will be stored including its name Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Name for new file Enter the name of the water level model in this field OK The directory selection is passed on provided that two conditions are met the directory name is tin and you have writing authorisation for this directory If these conditions are not met you will be notified You are returned to the previous window Cancel This menu is closed The original selection is not changed Help This screen Baseline 3 3 User Manual 218 11 7 Convert Ref file Convert RGF file Rgf file d XbaselineXrijnXc95 3WwaquaXriXroosterXrijn001 rgf Output directory id NbaselineXrijnXc95 3W
178. rwrite files question is answered with NO Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will change the current directory Accept the selected workspace No output workspace selection and you are returned to the previous window This screen Baseline 3 3 User Manual 60 7 4 4 Clipping a Geo data set Grid Clip one grid Directory Subdirectories Grids hooatetest lt Selected files to clip Delete Delete all Clip file 0K Clip one grid Use a predefined box or delineation file to clip files Select all files required or even all basic files containing the delineation of the file in question and save them as user files Arrow Up Move up one directory Directory Enter the required directory or select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory Grids All available grids in the current directory Add Add the selected grid to the list of grids to be clipped Selected files to clip List of grids to be clipped with the clipping coverage Delete Delete the selected grids from the list Delete all Delete all grids from the list Clip coverage Select a box or delineation coverage Baseline 3 3 User Manual 61 OK Select a workspace for clipped grids Ca
179. s Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 168 Select grid Directory d pas neckar_test sobek r1 si invoer grid Subdirectories Select grid Select grid Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 169 11 4 1 3 2 Bank section Calculate statistics bank section Select base file
180. s Riverkm point line Structures Weirs point line River axis Roughness areas line Roughness areas poly Dry Points Elevation model Waterlevel model OK Cancel The point coverage with measuring points located in the meetpunt workspace folder The point coverage with the x y coordinates of the WAQUA calculation output locations located in the waqua lt grid name gt lt schematization name gt locaties workspace folder The point coverage with sluices and other sources and sinks located in the overig bronpunt workspace folder The point line coverage with the river kilometres including kilometre points name located in the rivgeom workspace folder The line coverage with structures located in the overig kunstwrk workspace folder The point line coverages with weirs located in the hooglijn workspace folder The line coverage with the river axis located in the rivgeom workspace folder Enter this coverage if a weir coverage has been selected The RUWHEIDL line coverage with all lines of roughness types located in the ruwheid workspace folder The RUWHEIDL polygon coverage with all polygon roughness types located in the ruwheid workspace folder The line coverage with Waqua points located in waqua lt grid name gt lt schematization name gt schotjes The TIN file with elevation models located in the tin workspace folder The TI
181. s for calculating statistics sobek compartments section grid elevation grid main channel Groynes Start compartment End compartment Output directory workspace OK Cancel Help Calculate statistics bank section Use this function to calculate elevation statistics for the bank and or groyne section The created ASCII file gives five elevation percentages for each compartment 100 99 5 1 0 SOBEK compartments Select the polygon file with SOBEK compartments e g sobekvak Section grid Select the section grid e g secties Elevation grid main channel Select the grid with floodplain elevation data e g hoogzom Groynes Select line and point coverage with groynes e g krib Start end compartment Enter the start and end compartment numbers between which calculations are to be performed Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created OK Starts the elevation statistics calculation Cancel The menu is closed Help This screen Baseline 3 3 User Manual 170 Select coverage Directory d baseline rijn j2000c1 sobek r1 2000_3 basis Subdirectories Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectori
182. s must be between 51 and 100 One or more user defined polygon coverages The RUW_CODE item must be available the values must be between 101 and 200 One or more user defined polygon coverages Accept the selected coverages The basic coverage is updated with the information from the other coverages The result is a new coverage with the name RUWHEIDV which is located in the same workspace as the ECORUW basic coverage The order in which the files are used is the same as the order on the screen The newer files will replace the other ones Do not make any changes and close the menu This screen Baseline 3 3 User Manual 208 Ecoruw to generate RUWHEIDV Line of trees to generate RUWHEIDY Special ecotopes to generate RUWHEIDV SE Sections groynes to generate RUWHEIDY DER Buildings to generate RUWHEIDY DER Fixed layers to generate RUWHEIDV BAR M Sections main channel to generate RUWHEIDY Directory a baseline rijn j2000cl overig Subdirectories Selected files d baseline rijn j 2000cl overig hwatvry d baseline rijn j2000cl overig pijlers Delete Delete all OK Cancel Help Coverages to generate RUWHEIDV Use this window to select input coverages for the creation of a roughness area coverage Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Ch
183. select it in the Subdirectories list box Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the Directory OK Accept the workspace directory selected Cancel No input directory workspace selection and you are returned to the previous window Help This screen Baseline 3 3 User Manual 69 Select a box delineation coverage Directory Subdirectories hooatetest Su Coverage selcontour Select a box delineation coverage Select a coverage to serve as erase coverage The delineation specifies the area to be erased from the selected files Arrow Up Directory Subdirectories Coverage Search pattern OK Cancel Help Move up one directory Enter the required directory or select it in the Subdirectories list box Subdirectories of the current directory Choosing a subdirectory will change the Directory Available coverages in the current directory Enter one or more letters to make a selection from the coverages shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter Accept the selected erase coverage No erase coverage selection and you are returned to the previous window This screen Baseline 3 3 User Manual 70 Select workspace directory for erased files Sele Directory Subdirectories conversie Name for new directory 0K Select worksp
184. selected elements are selected Baseline 3 3 User Manual 112 Select logical Select with box Select with polygon Select with coverage Cancel selection Close Help The selection is made on the basis of attribute values Clicking this button will open a new window with logical selection options Use a rectangular frame to select an area Line elements are selected subject to the selection method chosen Click this button and use the mouse to draw the rectangle Use a polygon to select an area After having drawn the polygon close this window by means of Ctrl right mouse button key 9 Use a previously saved file to make a selection in the edit coverage A number of line elements is selected subject to the selection method chosen All line elements in the file are selected The selection will be cancelled The menu is closed Any existing selections remain intact The selection can be cancelled using the Cancel button in the Consultation Selection menu This screen Baseline 3 3 User Manual 113 Logical selection Selected records 0 of 12015 Selection mode New Add Subset Attributes zo o al Contains Like Contains not Da o Current expresion ECO CODE NC Hg OR ECO CODE CN Mg Remove expression Remove last addition OK Logical selection Select records on the basis of attribute selection Selected records The total number
185. sion Coverages with lines and points e Add Area Project Variant Basic file Workspace WAQUA grid WAQUA schematization SOBEK computation grid SOBEK schematization The navigate to user project function enables the user to set a default user or project directory one off for the duration of a session This default directory is then used for all further selections of files and choices of workspaces where amendments and such are stored The user can use the copy function to copy directories entire workspaces including all files in these workspaces geo data sets coverages grids and tins and files to his own user directory or a project directory in the PROJECT main directory for which the user has been allocated writing rights A copy procedure to the own user directory or project directory must first be carried out before the user can edit files The rename move function can be used to rename directories entire workspaces including all files in these workspaces geo data sets coverages grids and tins or to move them elsewhere in the directory structure Because these are writing activities these functions only work for the user s own user directory the project directories under the PROJECT main directory for which the user has been allocated writing rights and from such a directory to the BEHEER IMPORT directory This function is particularly useful for example when moving an entire workspace with project files to the ad
186. sultation Selection 8 1 DLAWIDS E RED EEEE NES paS 8 2 Selecting R 8 3 Attributes RINTWIAETA oui o P 8 5 Create contour BOox eee eee ee ee eee eee ense en stent tn sistens inse ta stis sess ens vovi netus ae 8 6 Create contour Polygon eere eee eee eee eene entente aetas tens tn tosta seen stts sensns enne 120 EB IVAIDU 121 1O SIEUT T 124 InEMUD M SSe SE 124 1 2 IrUDI c 124 10 2 1 POLYGONS 124 10 2 2 unire EE 10 2 3 TMS eee dere ee e Ae eS Nes 10 2 4 Lines with Points 10 3 Attributes 10 4 ASCII file 10 5 Inserting update files 4 eese eee eee eee eese ee eene ntn teens enne tn setas tasa ta sna 138 HERE CDU DARII 140 IV 142 BETIS 143 11 4 Generating elevation model eese eee eee eene tn setenta sen tasa sensn 143 11 2 Generating weirs eee eee eese eese eee ense tn stantia sets sins tn senses senses sensns sense tune 149 11 3 Generating sections eese eese eese eese ense en sten sts sins ttn sen toss inse en sens en netu netus etn 153 11 4 SOBEK SI C tais 157 11 4 1 Create compartments eeeeeeee eee eee esee eese enne tn aetas
187. t Repeat this action to select more lines The line last selected may be removed from the selection by clicking the middle mouse button key 2 Terminate the Select option by depressing Ctrl and the right mouse button key 9 The selection is subsequently deleted Undo the last edit operation Close the Edit window This screen Baseline 3 3 User Manual 128 10 2 4 Lines with Points Edit lines and points Sele Split Delete Add points Remove points Edit lines and points When modifying lines with points the direction of a line can be visualised by clicking Edit and Spatial followed by a Pan Zoom operation This may be very useful when making modifications to elevations to the left or the right of e g a summer dike Add Click this button to add a line and its related points Indicate the starting point of the line with XTERM the left mouse button and next use the middle mouse button key 2 intermediate points are indicated by the left mouse button key 1 Remove the intermediate point added last by means of lt Shift gt and the left mouse button key 4 Finish the line by means of key 2 Terminate the Add option by depressing Ctrl and the right mouse button key 9 Finishing the new line by means of key 2 will prompt the question Edit lines and points Baseline 3 3 User Manual 129 Move Copy If the answer is No the following message app
188. t be followed by item name to which it refers The expression to be executed The expression is cleared The element added to the expression last is removed All records are selected The selection is reversed Suppose 10 out of 100 records have been selected clicking this button will deselect them and select the other 90 The selection is made The menu is closed This screen Baseline 3 3 User Manual 115 Select coverage Directory d XbaselineXrijnXc95 3Xgrenzen Subdirectories Search pattern Select coverage Use this window to select a coverage for the previous page Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Coverages Available coverages in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 116 8 3 Attributes A popup window displays the attribute data of the selected edit coverage objects To display attribute data at least 1 object must be selected Click the QUIT button to close the window AREA PERIMETER ECOTOOPS ECOTOOP ID ECO_CODE OMSCHRIJVI AR
189. ta ce Select topographic data plashgtpeil punt plashgt punt ecotoop vlak normaall 1ijn rientation Portrait Landscape Date 09 10 2003 Title Plashoogtes ijntakken Comment Variant j2001c1 OK Help Settings presentation Select files to generate a plot Select base data Select topographic data Paper size Scale Orientation Date Click this button to enter the basic file selection window Click this button to enter the topographic file selection window Click one of the paper sizes to select it The same applies to scale selection FIT means make sure the entire file is drawn plotted no fixed scale Select page orientation click Portrait or Landscape Plotted date Change if necessary by retyping the date Baseline 3 3 User Manual 261 Title Comment OK Cancel Help Enter a drawing plot title Excess text will be cut off a warning will be displayed at the bottom of the window Enter comment subtitle The settings are saved and you are returned to the previous window Information Saving settings the plot can be drawn on the display 0K The menu is closed The settings are not saved This screen Baseline 3 3 User Manual 262 Select base files Directory d XbaselineXrijnMj2000c1Xhooglijn Subdirectories Feature s Selected files d baseline rijn j2000c1 hooglijn bandijk punt
190. tains functions for conversion of files from Baseline to WAQUA and SOBEK input files The following functions are available e WAQUA conversion to WAQUA to WAQUA 3 3 to WAQUA 3 0 from WAQUA not yet implemented e SOBEK conversion e SOBEK profiles The conversion to WAQUA function is used to convert Baseline files into input files for BASWAQ BASWAQ is a Fortran program which then renders the files ready for input in WAQUA BASWAQ is then automatically started Part of the implementation of BASW AQ is then finally converted back into coverages for control of the results of the conversion with the aid of Baseline The SOBEK conversion function can be used to grid Baseline files for input into SOBEK The following files can be grid sections SOBEK compartments SOBEK summer dikes SOBEK lakes flow conveyance left and right banks and elevation model The SOBEK profiles function is used to generate SOBEK profiles 4 7 Import Export This function allows for exchange of files between various Public Works Departments or with third parties Furthermore files with other commonly used file formats can be generated from the database and imported into the database The following functions are available e ArcInfo e00 import export e ASCII import export e DXF import export The function for import export of ArcInfo e00 files can be used to export the ArcInfo coverages from the database after which they can be exchanged with o
191. tas ta so sense tosta stessa ann 157 11 4 1 Discharge Density Grid eese eee eese essent entente seen aeta 175 11 4 2 Flow conveyance and retention eese eee eee eene enne antena sten sona sno 177 11 4 4 Create summer dikes eee eee eee eee eee eese en ne sasso sistens tastes sensns enun 188 11 4 5 SOBEK roughness aeree eee eee ene en nete setas ta seta sts seen stes osese isins 202 11 4 6 Creating DSS tables eee eee eee eee eese eee ense tn atteso tn atn tosta stessa sens oes 203 11 5 Roughness Elements eese eee eene enne en nete sten sinat naso tn senses seen sens sense enne 205 11 5 1 Clustering CCOtOPe RR 205 11 5 2 Generating roughness areas eese eese sees eee ense sentent netus etn netu seta netus tnae 207 11 6 Create water level model eee eese esee eee eee ense tn setas tosta seta seta sona ann 216 11 7 Convert Ref file eese eee eee eese essen seen sorses iar en sten sense ense reos setas tanen 219 12 Md els m 222 121 WA QUA CONVERSION sissies iissicensssssveciisoenescosesadonsvsvesensnns o serrano dogo vein Ves EE SE re eee ED 222 12 1 1 Conversion to WAQUA eeeeeeeee eee een een estne tenens tasa ta seta setas sense ta seta sons snn 222 12 1 2 WAGQOUA ConverslOn ec ires er core ee eo ceo crar oo curas ep ero ases e eon eu ker see ee sedia repere
192. te directory qe 75 7 6 2 Deleting Workspace eerie eee eese eene en eene ennt n sense tn se enne ense suse tassa setas 77 7 6 3 Deleting geo data set Coverage 4 eese eee eee eene eene tenete setas etna tnn seta sun 79 7 6 4 Deleting geo data set Grid eese eee eese eene eene natn staat 81 7 6 5 Deleting geo data set Tin elei eee eee eene en setenta an staat tn sinant 83 7 6 6 Deleting File oni int idesscesesasates Ue ere iste Sot ESES S OESE TS SiS 85 7 7 CONVEYSION 87 Baseline 3 3 User Manual 7 7 1 Coverages with lines and points eee esee esee eee tn teens tnnt 87 UP GLA 90 7 8 1 POG ARCS A E 90 7 8 2 Ad Projet e 92 7 8 3 Aud Variant E E eec tetexereeseseecte Fvus es secre suse ie vend eo sou esee bet ue E E 94 7 8 4 Add Dasic coverage 96 7 8 5 Add WOrKSPa Sess 98 7 8 6 Add WAQUA computation grid eee esee eene tenete netten nente cones 99 7 8 7 Add WAQUA schematization esee esee eene eene ee seen sten sensns ens entn nennen 101 7 8 8 Add SOBEK computation grid eere eee eee eee eene en tenente tn tnnne 103 7 8 9 Add SOBEK schematization eres esee seen eene ennt natuss tn ane tn tenue 105 8 Con
193. ted Nothing to select pen Cancel The menu is closed Help This screen Baseline 3 3 User Manual 239 13 Import Export 13 1 ArcInfo 13 1 1 Import Import E00 file to Arc INFO coverage Select E00 file d baseline rijn j 2000cl import bandijk e00 Coverage d baseline rijn j 2000c1 hooglijn bandijk2 OK Cancel Help Import E00 file to Arc Info coverage Select E00 file Click this button to open a window in which the file to be imported can be selected The file must be located in the IMPORT workspace and have the extension e00 Coverage Click this button to open a new window in which a name and location for the coverage to be created can be entered OK Accept the selected files The import is started Cancel Close the menu and cancel the import Help This screen Baseline 3 3 User Manual 240 Select E00 bestand Directory da baseline rijn j 2000c1 import Subdirectories Files Search pattern Help Select E00 bestand Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Files Available files in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file C
194. the digital river map The elevation of the points on these lines is known A coverage containing lines indicating the location of the primary dike crown It also contains points indicating crown and toe elevation The user must choose either crown or toe elevation see above A polygon coverage containing floodplain outlines If no Sub area delineation has been specified this coverage defines the scope of the elevation model A coverage defining a floodplain sub area This may be an existing polygon coverage or a so called box The elevation model is clipped according to this area and the lines are defined as hard lines of fracture The elevation model is created from the selected coverages This opens a dialog box in which the location and name of the elevation model can be entered After filling this field the elevation model is generated The time required for the creation of the elevation model depends on the number of files and the size of the delineation coverage s Do not make the elevation model and close the menu This screen Baseline 3 3 User Manual 144 Elevation main channel to generate hoogtemodel BAR Elevation lakes to generate hoogtemodel Primary Dike to generate hoogtemodel Faultlines to generate hoogtemodel Directory ld baseline rijn j2000c1 hooglijn Subdirectories Coverages Selected files d baseline rijn j2000c1 hooglijn breuklplas d baseline rijn j 2000c1 hooglijn breukL
195. the exchange between various Public Works Departments and third parties and in the exchange with other file formats import and export functions of files have been included Version 3 3 of Baseline includes the following groups of functions in order of working e Navigation and Management Consultation and selection Panning and Zooming Modifying Tools for the generation of various derived files for flow models Models for the creation of WAQUA and SOBEK input files Importing and Exporting Presentation Closing Baseline The possibilities offered by the functions are described in the following paragraphs The following chapters will deal with their effect in detail Navigation and Management The functions for navigation and management enable the user and administrator of Baseline to move the database structure in order to copy move and remove files and directories and to add new directory structures to the database The following functions are available e Navigate to user project e Copy Directory Workspace Geo data set Coverage Grid Tin File e Renaming Moving Coverage Directory Workspace Geo data set Coverage Grid Tin File e Clipping Workspaces from a directory Single workspace Geo data set Coverage Grid e Frase Workspaces from a directory Baseline 3 3 User Manual 13 Single workspace Geo data set Coverage e Delete Directory Workspace Geo data set Coverage Grid Tin File e Conver
196. the right mouse button to cancel this function key 9 Zoom rectangle Zoom in on a rectangle Specify the top left hand corner and the bottom right hand corner Zoom selection Zoom the selected part of the edit coverage Identify i Identification of map elements Select one or more elements and press Ctrl and A click the right mouse button key 9 to accept the selection The attribute information of the selected map elements will be displayed Terminate the Select option by depressing lt Ctrl gt and the right mouse button key 9 Do not select any element Help Help This screen Click the icon in the extreme left of the title bar to close the menu Baseline 3 3 User Manual 122 Zooming scale Set scale Current scale 1 519775 Select map scale C 5000 10000 25000 50000 100000 250000 500000 Enter scale manualy OK Cancel Help Set scale Current scale The map scale at the time the current window was opened Select map scale The user has the choice of seven scale levels 5000 10000 25000 50000 100000 250000 500000 Apart from the above mentioned seven scale levels the user may also set any scale level manually Setting the scale number to 0 means the map will be drawn again OK Click OK to use the selected scale for a new drawing process Cancel The menu is closed Help This screen Baseline 3 3 User Manual 123 10 Changing 10
197. ther departments or third parties Coverages supplied by third parties can also be imported into the database using this function The function for import export to and from ASCII format allows the user to import ASCII files supplied by third parties into the database and export coverages from the database The ASCII files to be imported must be compiled in a special manner Refer to the Baseline 3 0 Basic File Protocol CSO amp ESRI report number 98 624 1998 for a technical description of the ASCII files to be imported This protocol also describes the composition of the ASCII export files The function for import export to and from DXF format is used to export AutoCAD DXF files from the database and into the database On importing DXF files the user can indicate which layers of the AutoCAD file should be imported Baseline 3 3 User Manual 19 4 8 Presentation The presentation function allows the user to display simple maps on the screen to have them plotted and to save them as a plot file This function is particularly intended for the creation of simple maps in order to check implemented changes and such The function is not an extensive tool for the creation of all kinds of GIS maps and is therefore somewhat limited in the user options We therefore recommend that a GIS specialist is consulted for the creation of maps for presentations final reports etc The following functions are available e Settings e Drawing e Plotting
198. this file is created in Baseline attributes ruw_code clustered ecotope roughness element code buildings hedgerows wooded banks lines of trees vegetation lines of vegetation elements for roughness schematization files this file is created in Baseline attributes ruw_code roughness element code areas of roughness elements this file is created in Baseline attributes ruw_code roughness element code The user may add several other files such as e aprivate main channel file polygons which subdivides the main channel in several compartments a file with special ecotopes polygons a polygon element file with special k values polygons a file with tree lines not included in the basic files lines a fixed layer file polygons a file with hedgerows not included in the basic files lines The user may choose any name for these files All elements in these files must be assigned roughness element codes To this end a number of codes has been assigned per file or element type Baseline checks for the presence of the ruw_code attribute and whether its values are within the specified code ranges For a detailed description of these files and their permitted codes please refer to the document Protocol Basisbestanden Baseline 3 0 Baseline 3 0 Basic File Protocol CSO amp ESRI Nederland report number 98 624 1998 in Dutch Baseline 3 3 User Manual The clustering of ecotopes from the ecotope coverage into so called
199. ttribute width attribute image width attribute type number of decimals must always be entered in the absence of decimals e g characters the value 0 must be entered Line two and further contain the attribute values separated by commas one line for each element Example KADE ID 4 5 B 0 K HOOGTEA 12 F 2 R HOOGTEA 12 F 2 L HOOGTE 4 12 F 2 5 14 57 12 35 12 30 6 12 87 10 56 10 70 Show contents polygon Click this button to open a popup window with the contents of the table name v asc possibly accompanying the file name v gen Show contents line Click this button to open a popup window with the contents of the table name l asc possibly accompanying the file name l gen Show contents points Click this button to open a popup window with the contents of the table name p asc possibly accompanying the file name p gen Enter import coverage name and location Output coverage Click this button to open a new window in which a name and location for the coverage to be created can be entered OK Accept the selected files The import is started Cancel Close the menu and cancel the import Help This screen Baseline 3 3 User Manual 247 Select Polygons ASCII file Directory d XbaselineXrijnMj2000c1lXimport Subdirectories Files Select Lines ASCII file Directory id baseline rijn j 2000c1 import Subdirectories Files Baseline 3 3 User Manual 248 Select Po
200. urn to previous screen Help This screen Baseline 3 3 User Manual 43 7 3 4 Renaming Moving Geo data set Grid Rename move grid Directory Subdirectories Rename move grid Grids Use this function to rename or move a grid ArcInfo file It is primarily used to rename or move grids from user directories and project directories Select the grid to be renamed moved by means of the list boxes or by typing the grid path and name in the input field at the top of the list Arrow Up Directory Subdirectories Grids Search pattern OK Cancel Help Move up one directory This input field shows the current path Summary of available subdirectories in current directory Available grids in the selected subdirectory Enter one or more letters to make a selection from the grids shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter After the selection a window will be opened in which you can indicate the new location or the new name of the grid The grid is not renamed or moved This screen Baseline 3 3 User Manual 44 Name new grid Directory Subdirectories Name for new grid bodem test OK Name new grid Name of the new grid after renaming or moving the grid Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in
201. urrent path Summary of available subdirectories in current directory Choosing a subdirectory will change the Directory Available workspaces in the selected subdirectory Enter one or more letters to make a selection from the workspaces shown Use the wildcard to replace a number of unknown letters and to replace a single unknown letter User confirmation in the next window is required to remove the selected directory No workspace will be deleted This screen Baseline 3 3 User Manual 77 Confirm Are you sure to delete this workspace d XbaselineXdemo rijnXgrenzen Yes No Yes The selected workspace is deleted No No workspace will be deleted Baseline 3 3 User Manual 78 7 6 3 Deleting geo data set Coverage Delete coverage Directory n11 Line Polygon Point Subdirectories hooatetest s SUIT Delete coverage hoogtetest Use this function to delete a coverage ArcInfo file It is primarily used to delete coverages from user directories and project directories Users are not authorised to delete any basic files and variants Select the coverage to be deleted by means of the list boxes or by typing the coverage path and name in the input field at the top of the list Arrow Up Directory All Line Polygon Point Subdirectories Coverages Search pattern OK Cancel Move up one directory This input field shows the cu
202. verted Lines are converted Points are converted Annotations are converted Attributes are converted to annotation Text is converted to points Annotation is converted to points Inserts are converted to points Blocks are exploded Annotation is converted All lines are converted All entities are converted No entity from the selected layer is converted Select the name of the coverage to which the DXF file is to be converted Perform DXF conversion Do not perform DXF conversion and close the menu This screen Baseline 3 3 User Manual 255 Select DXF File Directory N d XbaselineXrijnMj2000c1lXimport Subdirectories Files secties dxf Select DXF File Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Files Available files in the current directory Search pattern Simplify the search procedure by entering one or more letters in combination with an asterisk OK Accept the selected file Cancel Do not make any changes and close the menu Help This screen Baseline 3 3 User Manual 256 Give name and location for coverage type cove Sle Directory d XbaselineXrijnMj2000clXgrenzen Subdirectories Name for new file 0K Give name and location for coverage type cove
203. waquaXriXrooster OK Cancel Help Convert Ref file Use this function to convert an Ref file to a collection of ArcInfo coverages points polygons and lines Ref file Click this button to enter the Rgf file selection window This file must be located in the directory with the name waqua lt grid name rooster Output directory The directory in which the coverages will be created The default directory is the directory containing the Rgf input file OK The WAQUA grid is converted to coverages Cancel This menu is closed The coverages are not created Help This screen Convert RGF file Directory d baseline rijn c95_3 waqua ri1 rooster Subdirectories File Baseline 3 3 User Manual 219 Rgf file Use this window to select the Rgf input file for the creation of ArcInfo coverages Directory Arrow Up Subdirectories File Search pattern OK Cancel Help Enter the required directory or select it in the Subdirectories list box Move up one directory Subdirectories of the current directory Choosing a subdirectory will change the current directory Files in the current directory Click one of the files to select it Simplify the search procedure by entering one or more letters in combination with an asterisk The file selection is passed on You are returned to the previous window This menu is closed The original selection is not changed This screen
204. wn letters and to replace a single unknown letter OK After the selection a window will be opened in which you can specify the new location of the workspace Cancel No workspace will be copied Help This screen Baseline 3 3 User Manual 28 Copy workspace to Directory 4 d XbaselineXdemo rijn Subdirectories conversie Name for new workspace 0K Copy workspace to Clicking OK in the previous screen will open this window Use this dialog box to indicate the target directory of the workspace to be copied Arrow Up Move up one directory Directory This input field shows the current path Subdirectories Summary of available subdirectories in current directory Name for new workspace Enter a name for the new workspace in this input field Default is the same name OK The selected workspace is copied Cancel Cancel copy operation and return to previous screen Help This screen Baseline 3 3 User Manual 29 7 2 3 Copy geo data set coverage ix Copy coverage of x Directory Ab ronerschutterbaseline rijn O O O pir Linef Polygonf Point Subdirectoriest Coverages ICE a ed ht Search pattern pa o DK Cancel Help Copy coverage Use this function to copy a coverage ArcInfo file from one workspace to another It is primarily used to copy coverages from directories containing basic files variants or projects to user dire
205. y flow storage Use this window to create a grid and a polygon coverage in which the boundary between flow and storage is displayed based on a discharge density percentage to be indicated for a SOBEK compartment Discharge density grid Select the discharge density grid created with the Create dischargedensitygrid option Vakwin Select the SOBEK compartment grid named VAKWIN Sections Select the section grid named SECTIES Winbed Select the model boundary poly named WINBED Start end compartment Enter the start and end compartment numbers between which calculations are to be performed Class boundary Enter the class boundary as a percentage Baseline 3 3 User Manual 180 Output directory workspace Select the schematization directory containing the basis subdirectory where the output files are created OK Starts creating the flow conveyance storage boundary Cancel The menu is closed Help This screen Select discharge grid Directory d XbaselineXrijnij2000clXsobekXri1X2000 3 Subdirectories Select grid Select discharge grid Use this window to select a grid for the previous window Directory Enter the required directory or select it in the Subdirectories list box Arrow Up Move up one directory Subdirectories Subdirectories of the current directory Choosing a subdirectory will change the current directory Select grid Available grids in the current directory Search patter

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