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Design Production

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There are different products that the user can generate from a succesfully compelted design for a canal route. These are three main groups of outputs.

1. Table data:

   including design schedule table, table listing for structures/ controls, table listing for flow sections, as well as Setting-out table data.

2. Bill of Quantitity

   a report of a detailed and complete bill-of-quantity document suited for export to differnt formats (doc, html)

3. AutoCAD drawings

   Including Flow sections, Cross-sections, Longitudinal profile Design, and Plan Views

Below sections show how to generate these data.

:exclamation: Important Note: Some components of this solution may not be available on your application depending on the version you are using, and your subscription level. Contact us for any querries.

Table of Contents

• Table Data
• Bill-of-Quantity
  • Preparing for BoQ extraction
  • Bill of Quantity for a Canal Route
  • BoQ for Canal Segments
  • BoQ between stations of a given canal
  • BoQ for Select group of Canals
  • Settings for BoQ generation.
• Creating and Editing Axes
  • Create a new axes
  • Editing Axis
• Edit or Create Alignment Markers
• Longitudinal Profile (LSec) Drawing Generation
  • Generating Longitudinal Profile drawing for single canal route
  • Generating Longitudinal Drawing for multiple ranges of a canal route
  • Creating Longitudinal Profile Drawings for multiple canal routes
• Cross Section Drawings
  • Cross-Sections at increments
  • Cross-Sections for custom list
  • Cross-sections at saved locations
  • Generating drawings for Canal Structures
• Generating Plan Views
  • Generating Full Length Plans
  • Generating plan views for a selected segement
  • Generating plan view for user defined station range
• Exploring Sections and Plans to AutoCAD
  • Creating Extended Plan Views
  • Automatic Exporting of plan view
  • Manual Exporting plan view or their components to AutoCAD

Table Data

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Table data are results of design work for a particular canal route that can be presented as a table listing. The following are typical table data that can be generated for a selected route.

• LSec Profile Data

• FLow Section Data

• Schedule of Controls, Drops, Turnouts, and Division Boxes

See Exploring Solutions under Longitudinal Design of Canals Section, for details on each of these.

Bill-of-Quantity

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Bill of Quantity document is one of the key outputs of a design task. In CanalNETWORK product, this is a fully automated process. The output can be created in many different ways.

Note: Often, the volume of cut and fill involved for a canal route is a design decision tool. To explore these values, the best way is to use the annotation tools from Explore Solutions > Annotators. See relevant section in this guide.

Preparing for BoQ extraction

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Before BoQ can be extracted accurately, all elements of the canal route - i.e., profile data and structures data must be updated. To ensure all data for the elements correspond to the most recent design changes, fully exploring solutions is a mandatory step, especially before BoQ extraction. This ensures that every element of the canal route are upto date.

This can be easily achieved by invoking the batch process from Explore Solutions > Batch Processes > Batch Explore SubRoutes.

This will invoke the following dialog, indicating which level is selected currently (in this case TC) and to confirm which levels of canals to automatically explore and update.

Once can choose a single level, or multiple levels. In either case, a confirmation is requested that lists the name and number of canals that will be processed.

Confirm Go and all relevant canal routes are auotmatically updated for the latest design data. The following dialog confirms the actions taken.

Note: BoQ created with out updated control and structures data can be incomplete, or inaccurate.

Bill of Quantity for a Canal Route

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The general steps to creating a bill-of-quantity output is as follows:

1. Select the desired canal route(s) whose Bill-of-Quantity is desired in plan view.

   

2. Go to Explore Solutions > Data Tables > Generate Route BoQ or Explore Solutions > Batch Processes > Bill-of- Quantity. The choice will depend on the user. The proceeding topics will cover different levels of BoQ outputs, and how to create them.

   

3. Set the desired reporting format, and accept. There are three options available: .rtf, .doc and .html options. While the former two create an editable text format suitable for MS Word, the last option creates and displays the output to the default browser.

   

   Hit Apply when done.

   

   Select Open Report to view the report. This will invoke the necessary applicaiton to view the report.

   

Note: End-of-Route turnout structures are always excluded from Bill-of-quantity listing.

Note: Closely spaced drops, whose placement creates an overlap during excavation, are skipped in BoQ. The user is notified accordingly, to resolve the issue and try again.

Below are the different types of BoQ reports that can be generated.

BoQ for Canal Segments

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BoQ can be generated for a single segement of a route, that is the reach between any two control nodes. To do this:

1. Select the node at the downstream end of the desired segment in profile view. In the figure below the segment upstream of the node at arround STA 700 is selected.

   

2. Start the command from Explore Solutions > Data Tables > Generate Route BoQ. Follow the general steps to complete the process. Below is the extract for the segment. Notice, the report ONLY includes the range of the selected segment.

   

BoQ between stations of a given canal

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If estimate of work volume is required between stations, follow the following steps.

1. Select any segment in the route, and start the function from Workflow > Table Data > Generate Route BoQ.

2. Put the desired range in the dialog.

   

   This will generate the quantity involved between the stations.

Note: This method reports only canal related works, and excludes quantities related to minor or major structures.

BoQ for Select group of Canals

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Sometimes, extracting BoQ for selected group of canals may be needed. For this approach, the desired canals are instanced to an AutoCAD host object first. Then, using the Explore Solutions > Batch Processes > Bill of Quantity will do the job.

1. Enable Multi-Select from Edit > Multi-Select, and select the canal routes whose BoQ is desired in Plan view. This can be manually, by right clicking on each route. If the canals are branches of one parent canal, this can be conveniently done by first selecting the parent canal, and then using Edit > Select Routes > Select Sub-Routes menu command.

   

   This will raise the Sub-Route selection dialog.

   

   Note: The lists contain all possible leves defined in the Naming Style used for the project. The currently selected route may not have all the listed levels.

   Pick the canal generations to include in the selection, and hit Ok.

   

   In the above example, this will select all the branches of the TC canal, including the TC canal itself.

2. Prepare a host object in AutoCAD for the instance data. Then instance the selection from Workflow > Prep Network > Create Instances.

   

   This will list the objects currently selected.

   

   Confirm action, and AutoCAD will be in select mode. Pick the prepared host object.

   

   The Done dialog will confirm the results of the action.

3. Finally, use Explore Solutions > Batch Processes > Bill of Quantity. AutoCAD will be in select mode. Pick the host object prepared.

   

   The process will automatically update all data contents for each of instanced routes, and report status.

   

   Confirming Open Report will display the data extracted. Notice the title for the report indicating multiple routes are selected for the listing.

   

   Notice the title indicating multiple canals are selected for the BoQ listing.

Settings for BoQ generation.

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Quantity listing depends on values set to selected paramters. There are three imprtant parameters that affect the level of detail considered for quantity extraction.

1. Detailed or Summarized Listing

2. Considering Clearing Depth

3. Considering Structure locations

These parameters cab be set flexibly by the user from Workspace > Edit Preferences... menue command.

1. BoQ List of Items:

   Detailed [Default] lists each componenet of the canal route separately, often resulting in a very long list.

   Summarized: Using this option creates a listing that summarizes Canal Segments, Drops, Turnouts, and Division Boxes separately.

   

   The above snapshot shows a summarized listing. Notice the description column for Canal, and Drops, explicitly listing summary for a number of segments and structures respectively.

   SummaryOfSummary: groups items together for summary display. This option woks ONLY for canals of the same generation,i.e., Multiple TC canals or Multiple QC canals for instance.

   

2. Clearing Depth:

   0 [Default]: This is the default setting, that assumes no clearing activity, and sets the clearing depth for the quantity listing to zero. Excavation and fill works on canal segements are calculated to existing ground level (OGL) formation.

   d>0: Using this option does two things:

   (a) Change listing for Clearing to the specified depth

   (b) Account for specified depth of clearing, when calculating cut and fill areas at each station.

   

   

   This schematic shows how clearing depth is considered for improving the accuracy of earth work estimates. Note also that, the clearing depth is exagerated for demonstration purposes. The shaded region represents area deductions and contributions to cut and fill data, respectively, extracted in Profile Data listing.

   Note: After changing this setting, update the profile data for the route using Explore solutions > Table Data > Profile Data. Else, the changes are not captured in BoQ listing.

   Below example shows the difference in quantity for d=0, and d=20cm. Notice the highlighed difference in listed clearing depth, and corresponding volumes for Excavation, Cartaway, and Fill works.

   

3. Structure Reaches

   No [Default]: this is the default setting, and reports cut and fill volume listing with out considering those due to the structures. Note, earth works are also reported for structures separately. Therefore, this may slightly increase the quantity listed for canal earth works.

   Yes: This option, considers structures location in calculating earth cut and fill volumes. In this method, the begining and ending of each structure including working space at both ends is used to exclude station items from calculation. For this method, if the strucures are explored, the designed lengths are used to determine the begining and end of each structure. If not, however, a default value is used as follows:

   Turn Outs:

   • length before station= 1.2 + sqrt(Q) Working Space

   • length after station= 3.0 + Working Space.

   Drops Structures:

   • Length before station= 1.25*Drop Height

   • Length after station= 2.25*Drop Height

4. As may be expected, cut and fill volumes to canal segments reduce with this option enables.

Note: Only turnouts and drops are included in the recent version. Future versions will be updated to account division boxes as well.

Creating and Editing Axes

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Often times one may need to create axes and edit the information displayed depending on the data ploted.

Create a new axes

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1. Start the menu command from Explore Outputs > Plot to AutoCAD > Create Axes.

2. In AutoCAD, pick the object defining the bounding box for the axes area.

3. The variable editor dialog appears. Set axis limits for Abscisa and Ordinate as desired.

   

   WCS data: Uses the AutoCAD World Coordinate System the object is located to create an axis. This will enlarge the BBox a little to set starting and ending positions.

   Ref Data: Use this if the object selected for the bounding box is referenced to a an existing axes pair. All objects (except Host objects) created by iCAD and CanalNETWORK are by default referenced to an accompanying axes.

   User: This option lets users define their own start and end for both vertical and horizontal axis.

   Note: The value sets are START, STEP, END.

   

Editing Axis

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Used to change the appearance and orientation of axis labels, use below steps.

1. Start the menu Workflow > Plot to AutoCAD > Edit Axis...

2. In the dialog, ckick on the first row second column cell, and pick the axis to edit in AutoCAD.

   

3. The dialog box populates the values of the current setting in the box. Edit as desired.

   • Axis Limits: START, STEP, END (step is not always applied and depends on the size of the axis)

   • Label Position:

     • [1, 0] Left: put labels on left side, (refernce counterclockwise to the box),

     • [1, 1] Left Rotated: as above, but rotated to 90deg.

     • [-1, 0] Right: put labels on right side, (refernce conterclockwise to the box)

     • []-1, 1] Right Rotated: same as above, but rotated to 90deg

   • Label number format: specify how many decimals to use for axis labels.

     NB: It is not recommended to change below data, especially for axis contaning referened plots.

   • Data Scale: Input if specific scaling is required for the axis.

   • Text Height: Leave the maximum number to allow automatic sizing of texts.

Upon completion, the axis will be redrawn in AutoCAD with the new changes.

Edit or Create Alignment Markers

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To create markers along an alignment use below steps:

1. Start the menu Workflow > Plot to AutoCAD > Edit/Create Alignment Marker. AutoCAD will be ready in select mode, promoting Pick Alignment object to Mark:

   

2. Pick the object for marking. If the object is not referenced, a dialog will apear to confirm the process. Accept and continue. If not, it will continue.

   

3. If the Alignment has longitudinal informaiton, it will continue to step 4. If not, a dialog will apear to confirm. Accept Set New. Input the deisred starting station for the object.

   

   

   Markers are created using default settings.

   

   Start the command again, and select the marked alignment to edit the specification for the markers.

4. Upon selection of a marked object, the below dialog appears to change how the markers are displayed.

   

   • Begining Station: Starting marker value.

   • Ending Station: Ending marker value.

   • Marker spacing: Minor and Major Steps for marking the alignment. Major marker locations bear text information, while minor marker locaitons are drawn as simple ticks.

   • Text Format: [A.B notation] A represents the location of + sign on station markers, and B represents the number of decimal places to use when generating station tetxts. For example, for station value of 12345.3456:

     • 3.0 will give 12+345

     • 3.2 will give 12+345.34

     • 0.3 will give 12345.345

   • Text Orientation: Parallel orientation rotates anotation texts parallel to the alignemnt object, while Perpendicular rotates them to appear normal to the alignment.

   • Text Position: Specified whethter text is to be put to the right or to the left of the alignment object.

   • Skip Beg/End markers. If editing markers on plan views, the end markers are automatically generated and need not change. Use this option to skip affecting them.

   Partial stations can be marked by specifing statting and ending stations accordingly. For the above example, using 300, 900) will work out as below.

   

Longitudinal Profile (LSec) Drawing Generation

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Generating longitudinal profiles drawings, also known as LSecs, can be done either for individual canals or for a group of canals. The latter will be uising the Batch Process commands. Either way, LSecs can be generated at any desired increments, if needed creating multiple LSec drawings for a single canal route.

A set of templates are coninually being developed and added. It will be best to generate standard production quality drawings using these templates. In the current version, the available templates are available from the menu as follows.

The drawings generated to AutoCAD appear as follows.

Note: The objects are drawn to 1unit:1mm scale for the paper sizes selected.

Generating Longitudinal Profile drawing for single canal route

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Click on the desired route object in Plan View. The longitudnal view will be displayed on the profile view axis.

Then:

1. Go to Explore Solutions > Plot to AutoCAD > LSec Profile. If table data is not complete and available, you will be prompted to extract and try again.

   

2. In the dialog set the station range for which the drawing is required. You can click on the more option button at the top right, you will see that you can choose to generate a 1000m long range or the entire range. Choose appropriate option, or set your own, and hit Apply.

   

3. AutoCAD will be in select mode. Pick a bounding box where you want the drawing to be placed. This can be any polyline object, preferably a template geneated by the Create Plot Sheet menu command. The LSec drawing will be generated to the limits defined by this bounding box object. (See below on scaling of drawings).

   Note: For consistency in producong drawings, use Explore Outpus > Plot to AutoCAD > Create Plot Sheet menu command to generate template objects.

4. Next you will be prompted to input scaling. Accept the default 0,0 if you want the drawing to fit the box selected. For standard production, you will need to set your own values.

   

5. The drawing is generated in AutoCAD as shown below. It contains detailed route and curve information including drops, curve markers, and range labels.

   

Generating Longitudinal Drawing for multiple ranges of a canal route

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Often, a canal route is too long to create a single profile drawing. Multiple drawings are required to do the job. This can be done using the batch process option. Start by selecting the route you want on plan view.

Then:

1. Go to Explore Solutions > Batch Process > LSec Plot to AutoCAD. This will invoke the dialog where you can set the station ranges you want to generate. Use the option button to see default settings.

   

   The values are input as follows: [Starting Station, Incremental Length, Ending Station]. For the figure shown above, the route is a little over 2000 meters long. So choosing the range setting of 0, 1000, 2099.55 will create LSec drawings each 1000m long until the end of the route.

2. When prompted, pick the bounding box object. This will be the area where the first drawing will be created. The next drawings will be generated next to this box (to the right) automatically.

   

   The progress is displayed in a dialog box.

   

   All the LSecs in this session will be created using the scaling you provide here.

   

   You can see that two drawings are generated, although three is expected 0-1000, 1000-2000, and 2000-2099.55 The algorithm will combine small length drawings to previous ones for presentation quality. Hence the two drawings for station ranges from 0-1000, 1000-2095.5.

Creating Longitudinal Profile Drawings for multiple canal routes

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The steps to creating profile drawings for multiple routes are similar to the batch process workflow shown above. Before starting the process make sure all the canal routes have the necessary data for production of drawings. Then:

1. Turn-on multi-select mode from Edit menu, and select all the routes whouse profile drawings are required inplan view.

   Tip: To select all subroutes of a given canal, you can use Edit > Select Routes > Select Sub-Routes. This is helpfiul to generate all QCs of a TC route at the same time, using the same scaling and appearance.

2. Start the batch process from Explore Solutions > Batch Process > Lsec Plot to AutoCAD.

3. When prompted provide the scaling desired, and watch it all happen in AutoCAD.

Cross Section Drawings

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Cross-section views can be generated to AutoCAD in one of three ways. The first method allows to generate cross-sections at preset intervals. An other way is to select and plot desired stations only. The third method allows users to save specific locations whose cross-sections are required, and generate only those specific sections.

The command to execute this task is accessible from Explore Solutions > Batch Process > XSections Plot to AUtoCAD.

Note. In all cases, the cross-section view is generated FUS with respect to the current route. This is in line with the convention adopted for profile data extraction.

Cross-Sections at increments

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To use the first method, start by switching off the XSEC toggle button at the top of the detail view area. Then start the command. You will be prompted with available options for incremental cross-section generation.

Choose the desired option. Then an iteration for each incremental station is carried out. This attempts to generate the cross-section data at each incremental station. In this example, for instance, 7 cross-sections are found for the shown canal, i.e., at 100, 200, …, 700m station values, and 4 columns is input which means the plot will be 2x4 array of drawings.

Input the desired number of columns to be used for generating the cross-section drawings. The dialog shows how many drawings are selected.

Choose the desired scaling and presentation options in the dialog below.

Note: It is essential for cross-section drawings to have equal horizontal and vertical scaling. To ensure this, choose ‘Plot Extents’, and set scaling to desired value.

You can also include grids in the plots.

The plotting progresses.

The resulting AutoCAD drawing looks similar to below, as specified a 2 x 4 array drawing.

Cross-Sections for custom list

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You can also generate cross-sections at select stations. To do this:

start by switching off the XSEC toggle button at the top of the detail view area. Then start the command. You will be prompted with available options for incremental cross-section generation.

Choose Custom Value option. This will start an other dialog with the list of all stations where data is available for cross-section drawing.

Choose by clicking or draging. Use CTRL + Click to select/deselect individual stations.

The plots are generated for each of the selected station as explained for the previous method.

Note: Stations are rounded upon rendering. For instance station value 24.987 is drawn to AutoCAD with annotation 0+24.90.

Cross-sections at saved locations

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This method requires an existing set of saved stations where cross-section drawings are required. Refer to documentation on Longitdinal Design of Routes, to learn how to create and save station data for cross-section generation.

To generate drawings for saved stations:

Toggle-on the XSEC button. Any saved stations will be listed, and also marked on the profile view.

Click on any one station marker on the profile view, to change it to active (continuous line.)

Note: Making one of the station markers active is important. Else, cross-sections could not be created, and process will not succeed with the following message.

Start the command from Workflow > Batch Process > XSection Plot to AutoCAD. You will be promoted to confirm your desired row size for plot generation.

Provide the desired array size for creating the drawings, and Click Ok.

Follow the proceedure for method one above to complete from this step onwards.

Note: While in plan view, the batch process for XSection drawing generation will only create drawings for those cross-sections whose stations are included in the START and END stations of the plan view.

Generating drawings for Canal Structures

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Special structures, such as Head Regulators, Cross-Regulators and Inclined drops are designed outside of CanalNETWORK using iCAD’s CanalStructuresJETmodule. A complete set of tools is available with in iCAD environment the drawinsg for these structures.

Refere to pertaining documentation on Design of Canal Structures using FLoating Nodes, for details. Note, the drawings can be overlayed on a generated plan view to create woring drawings, such as the one shown below for canal intersection location.

Generating Plan Views

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Plan view is a key product in the design workflow. It presents detailed alignment and embankement information, along with locations for various structures and station markers along the route. Plan views are also used to provide a view of parallely running canal routes, to refine any constructabilty issues.

Generating Full Length Plans

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To succesfuly generate plan views for a given route, the profile data must be fully updated. To do this, while the route is selected in plan view:

1. Clear any selection in Profile View area

2. go to Explore Solutions > Table Data > LSec Profile Data. This will update the profile data for the route.

Then, you can start plan view generation. There are two steps to generate plan view:

1. Create the plan view data from Explore Solutions > Plan View (Current Route) .

   

   This will automatically start creating the data. However, if there is an existing data, you will be promoted with the Re-extract Trail? dialog.

   

   Choose Update if there are any changes to CBL information, otherwise choose Use Current.

2. Next the Edit Variables dialog is open, allowing to set specifications for creating the plan drawing.

   

   OnApply: Save option simply saves the settings. Generate Drawing option creates the drawing per the table of specification. Use the Save option.

   Contour Intervals: the inverval value to be used to generate contour lines with the plan view. a value of <0.5 indicates, no contour is needed. Default is set to 0.

   Length of Control Markers: The length of control markers on the plan view. This will also determine the length of station/curve markers.

   Note: Providing 0 value supresses all markers. Providing too large a value could result in curve markers crossing each other, giving poor presentation quality. Recommended values are:

   • Large canals 20-40units

   • small canals 5-10 units

   Lateral Exageration Scale: Often canal layouts appear as narrow and to conjusted, making it difficult to view details and poor presentation. To aid this, an exageration scale can be set between 1 to 10. Usually, 3 to 5 gives good drawings.

   Note: When exageration scale is applied, the distance normal to the route center line is multiplied by the specified scale factor. True ground distance is obtained by dividing the measuered distance in AutoCAD environment to the product of this scale value and that of the plot scale.

   Note: too large exageration values may distort true appearance of the layout components on edge, and RoW markers, as well as on contour lines - especially on curve locations.

   Note: On posed plan view generation (generating plans of adjacent routes) the exageration scale is set to 1.0.

   Control Markers and Drop Markers Direction: The direction of marker lines with respect to the centerline of the alignment route.

   Station Range: The range of values to generate plan view for. These are automatically rounded to the nearest available value on the station date list.

   Show Route Geometry: control the visibility of route center line, and all curve and control markers.

   Fit BBox: Set to None, the plan view is generated in natural North UP orientation. When set to Pick AutoCAD, the user is prompted to pick a bounding object in AutoCAD. The drawing creation attempts to automatically determine the best orientation and scaling for the drawing to fit in to the selected area.

   Tip: Upon creating the drawing to AutoCAD the exageration scale is exported along with the north symbol. Use the Aligned Annotation addon tool to generate this info.

   Upon hitting Apply, the settings are saved, and the command exits.

3. To create a plan view from the updated data just created above, make sure selection in profile view is cleared, and go to Explore Solutions > Plan View (Contd). This will invoke the variable editor again, allowiing to revise any settings.

   

   Note the Station Range values are set to the default values of start to end of the route. You can input a valid range, and hit apply. The plan view is generated as shown below. A table data describing the setting out detail for the route of the specified station range is also included.

   

   Note: To create full length plans, leave station range to default values, or seleect full range from the drop down menu.

4. To exit from plan view, right click on Plan View Area and choose Refresh Nodes and Routes option. This will clear the plan drawing, and repoulate route and node information.

Generating plan views for a selected segement

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One can quickly create a plan view for a segment of the route profile as follows:

1. Select a segment in the profile view area.

2. start the command Explore Solutions > Plot to AutoCAD > Plan View (Contd) or use Ctrl+W short cut. The plan fof the selcted segment is generated.

This step is particularly helpful when making modifications to the CBL of a segment, and an updated plan view is needed to see the change. Simply start the profile data update command (Ctrl+L) and request the plan view (Ctrl+W). This saves significant time, especially when working on very long canals where the drawing creation time is relatively longer.

Generating plan view for user defined station range

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One can also create plan views from an interactively selected window. To use this method:

1. Select any node in profile view area.

2. Start the command Ctrl+W. An cursor waits for user input. Click and drag to create the rectangle that represents the desired range of plan view generation. Release when done.

   

3. If the range selected specifies a length less than 100meters, the command exits after blinking the rectangle. Otherwise, the plan view is created for the desired range.

Exploring Sections and Plans to AutoCAD

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You can explore sections in plan view in one of two ways. Start the Cross-Sections command from XSEC button, and click on a vertical section bar (solid, not dotted) created in profile view. An interactive vertical bar is created that allows you to pick a section. As you hover in the profile view, a red start marker is shown in plan view, pointing to the exact location of the selected station. Upon click, the section for that station is generated.

Note: This tool also works with any of the annotation markers and drop positioning tools.

You can also create a data tip in plan view along the centerline of the route, and use Ctrl+G key short cut. This will start a dialog confirming the station. Hit Ok to create the section.

Note: Station information on Data Tips of plan view are re-calculated based on rendered geometery, and may not always be precise to actual stations used to create the cross-section view.

Creating Extended Plan Views

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You can generate plan views of two parallelly running canals at the same time, to see any overlap issues or to confirm if adeuate space is maintained between the two. To do this:

1. First, click on the larger canal route which whose plan is needed, and pose it using Explore Solutions > Plot Extended XSection menu command. This will invoke the dialog shown. Accept to confirm.

   

   If you go back to the menu, you will notice that the menu is Checked with the name and ID of posed route.

   

2. Then go to plan view, and click on the other canal route running close to posed canal above and parallel to it. Use one of the above methods to specifiy a plot range for the plan view. The plan view is created for the specified range for both routes.

   

   Note: The range for the posed canal is estimated automatically. No need for the user to input this value.

You can use explore methods mentioned above to visualize and interact in all three view areas.

Note the following points when using this method:

• Both routes should be uptodate for profile data and plan view data for a succesful plan view creation.

• Exageration scales are set to 1.00.

• Contrours may or may not be created depending on the plan view creation settings of both routes.

• Contours, if created, can not be plotted, because there are two instances of the same data type on plan view.

Automatic Exporting of plan view

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The quickest way to generate plan views to AutoCAD is shown below.

1. Start command from Explore Outputs > Plan Views > Plan View (Contd). In the dialog, set all paramenters as desired, and makesure to choose Pick AutoCAD for Fit to BBox parameter. Hit Apply.

2. Work will start but not complete. Go to AutoCAD, and Pick the BBox for plan view. You can choose the same object, or a differnet one. The plan view is now generated rotated and scaled per the original BBox.

   

3. Plot this directly from workflow > Plot to AutoCAD > Plot Plan to AutoCAD. In AutoCAD select the BBox again. The complete drawing is generated.

Notes on Colors:

• color standards for producing drawings can be specified in Workspace > Preferences.

• All drawing elements are generated per set color standard.

• Axis and their labels, alignment markers and annotations, plan view slope lines and other text information are generated using the currently selected layer, and color in AutoCAD.

• Annotations and objects are exported to AutoCAD in groups, and its easy to edit them for color or other details.

Manual Exporting plan view or their components to AutoCAD

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1. To generate the drawings to AutoCAD, use the standard tool from Workflow > Render To AutoCAD or Ctrl + P, The first step would be to copy the axes information to the region of plot in AutoCAD, hence choose Copy BBox.

   

   Then selct Plot to BBox (AutoCAD) option, and upon prompt in AutoCAD, pick the object that defines the drawing area.

   

   On On the uiPlotOptions dialog box, choose:

   a) ALL: if the plan view is generated using a fit area (as shown in the second figure above)

   b) specify a plot scale, otherwise.

   

   Choose Plot scaling depending on the type of plan view drawing desired

   Axis reference information created to AutoCAD environment

   Once the axis information is created in AutoCAD, along with a referenced starting object, use Workflow > Render to AutoCAD, select all objects, and click Apply. Upon prompt, choose the referenced object, and follow the dialogs to complete generating all groups of objects to AutoCAD.

   

   Use Select All button to choose all groups of objects.

   

   Fig AutoCAD drawing, after few edits on line colors, and text annotation creation.

   If only certain components of the drawing are needed, select those only, and continue. The desired elements are added to the drawing.

Known Limitations and Issues

Back to ToC

Below is a list of observed limitations that users can expect.

1. Berm Provissions on Drop locations: Plan views do not show how terrain changes along side a canal drop.

Back to ToC

END.