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Roads & Trenches
The Roads & Trenches dialog displays a list of the roads in the current job, and the plot of the selected road in the horizontal and vertical planes.
- Click Add to create a new Road. More...
- Click Edit to view / edit the parameters of the selected road. More...
- Click Delete to remove the selected road from the job.
- Click Points to view the road points of the selected road. More...
The icon
brings up the pop-up menu of additional options. More...
Note: When editing or deleting a road or its element (horizontal/vertical alignment, X-section/template/X-section set), you may get a message that the respective object "is read-only and cannot be edited". This happens if you are working with a job that was originally created in Kantoku 3D software and had road/road elements imported from RSM XML format.
RSM stands for Road Shape Management.
Roads pop-up menu
If required, you can exchange roads:
- Select Import Road(s) From Job to copy roads from another job. More...
- Select Import Road(s) From File to import roads data from a file. More...
- Select Export Road(s) To Job to copy roads to another job. More...
- Select Export Road(s) To File to create a file with the roads data. More...
Add / Edit Roads
In this dialog you can edit the properties of the road's Alignment and Surface.
Edit Road's Alignment
To edit the selected road alignment or to add a new road alignment:
- Enter the Name of the alignment.
- Select the Layer in which this road should be placed. The associated
button brings up the dialog to edit Layers.
- In the Hz Alnt drop-down list you'll find all available horizontal alignments. Select one for your Road. The associated
button brings up the Horizontal Alignment list where you can add, edit and delete Horizontal Alignments.
- In the Vt Alnt drop-down list you'll find all available vertical alignments. Select one for your Road. The associated
button brings up the Vertical Alignment list where you can add, edit and delete Vertical Alignments.
- Enter the Start station of the Road. Start Station is the start position along the Road Alignment.
- Enter the Station Interval at which the next station position will be decided. The minimum allowed value is 0.001m.
Optionally, you can generate the road's points. To do this, select the Calculate Points option from the pop-up menu that displays by clicking
in the top left corner.
Edit Road's Surface
The road surface can be described through either X-Section Set or String Set.
- Toggling the button between the two will change the contents of the drop-down list. If you want to associate your road's surface with a cross section set or a string set, select one here. Click
to edit the X-Section Set or the String
Sets.
- In the Working Corridor field, enter:
- Left side working corridor. The left corridor must be lower or equal to the right corridor.
- Right side working corridor.
Optionally, you can generate the road's points. To do this, select the Calculate Points option from the pop-up menu that displays by clicking
in the top left corner.
Calculate Points
To generate points along the center line and points to the right and to the left of the road center line, do the following steps:
- In the Points to Generate field, define the points to generate:
- Select the Centerline Points check box to generate the center line points.
- Select the Points Right of Centerline check box to generate the points to the right of the center line.
- Select the Points Left of Centerline check box to generate the points to the left of the center line.
- Also, if it is desired to include the Transition Points, place the check mark in the corresponding field, select the types of transition points (More...) and select a Prefix/Suffix for them, if necessary, in the appearing field below.
- Enter the Station Interval between the generated points. By default, it is the Station Interval set in the Start Pt tab in the Roads dialog.
- Click the Next button to continue until the
button is available. Click it to open the Calculating Road Points status screen.
Transition Points
This dialog allows you to select the types of transition points to generate.
- Select the corresponding check boxes to choose:
- end point on the horizontal alignment
- middle point on curve of the horizontal alignment
- end point on the vertical alignment
- high point on the vertical alignment
- low point on the vertical alignment
- Click
to save selection.
Centerline Points
To calculate points along the center line:
- Enter the Name of the first point.
- Select a code from the drop-down list. Click
to set the point attributes of the points being generated. More...
- If required, select Prefix/Suffix to be added to the generated point name.
- Select the Save Points To Point List check box if it is necessary to save the generated points to a separate point list. When checked, a field appears where the name for the list can be set.
Right/Left Offset Points
To calculate points to the right or left of the center line:
- Enter the Name of the first point.
- Select a code from the drop-down list. Click
to set the point attributes of the points being generated. More...
- If required, select Prefix/Suffix to be added to the generated point name.
- Select the Save Points To Point List check box if it is necessary to save the generated points to a separate point list. When checked, a field appears where the name for the list can be set.
- Set the offset of the point from the center line along two dimensions: horizontal (the Right/Left field) and vertical (the Up/Down field) relative to the surface (the Surface Offset type) or to the horizontal line (the Flat Offset type).
Horizontal Alignment
The dialog displays a list of the horizontal alignments in the current job, and the plot of the selected horizontal alignment.
- Click Add to create a new horizontal alignment.
- Click Edit to view / edit the currently selected horizontal alignment. More...
- Click Delete to remove the selected horizontal alignment from the job. You will be asked for confirmation.
Note: When editing or deleting a road or its element (horizontal/vertical alignment, X-section/template/X-section set), you may get a message that the respective object "is read-only and cannot be edited". This happens if you are working with a job that was originally created in Kantoku 3D software and had road/road elements imported from RSM XML format.
RSM stands for Road Shape Management.
Add / Edit Horizontal Alignments
In this dialog you can edit the elements of the Horizontal Alignment and its Start Point.
The icon
brings up the pop-up menu. Select Edit Points to edit a point in the job.
More...
Start Point tab
The Start Pt tab allows you to edit the following parameters:
- In Alignment Name, the name of the horizontal alignment.
-
In Start Point, select the start point from the map
or from the list
. Alternatively, the name of the start point that can be entered manually.
If a new point name is entered, the Add Point dialog will be displayed after you click
.
- North and East / Lat and Lon - display the coordinates of the point: local plane coordinates, or Lat/Lon coordinates - if the start point you selected has coordinates in the Lat/Lon format. If the coordinates are displayed in Lat/Lon format, ensure that a projection is selected in the job.
- In Start enter the starting station for the horizontal alignment.
- In Equation Set select the existing Station Equation Set. More...
Elements tab
The Elements tab shows the list of horizontal alignment elements, the horizontal alignment plot and the start and end station (or chainage) of each element.
The element list has the following columns:
- Element: the icon and the name of the element: Line, Curve, E Spiral, CP Spiral, or I-Sect Point.
- Length: the length of the element. This column will be displayed for all elements.
- Azimuth: the azimuth at the beginning of the element. This column will be displayed for all elements.
- Radius: the radius of the curve or intersection point (the radius of the intersection point is the radius of the corresponding circular curve).
- Start Radius / End Radius: the radius of the Euler spiral or Cubic Parabola spiral (the radius of the spiral is the radius at the end of the 'incoming' spiral or at the beginning of the 'exiting' spiral).
- North and East: the plane coordinates of the intersection point.
- A1: spiral constant 1: Length of Tangent-Spiral to Spiral-Curve. The spiral constant is the square root of the product of the length and the radius of the spiral. This column will be displayed for intersection point.
- A2: spiral constant 2: Length of Curve-Spiral to Spiral-Tangent. The spiral constant is the square root of the product of the length and the radius of the spiral.
This column will be displayed for intersection point.
Click Add to select an element type from the drop-down menu to add after the last element (Line, Curve, E Spiral, CP Spiral or Intersection Point).
Click Insert to select an element type from the drop-down menu to insert before the highlighted element in the list (Line, Curve, E Spiral, CP Spiral or Intersection Point).
Click
to change the properties of the selected element.
Click
to remove the highlighted element from the horizontal alignment.
Click Equations to open the Edit Station Equation Set dialog. In this dialog you can create a new Station Equation Set or edit/view an existing Station Equation Set.
Use the arrow icon to hide / show the plot.
Line
The Line dialog allows you to add a line:
- Enter the Length of the line element.
- Check the Tangent to previous Item box to automatically make the current element tangent to the previous element of the horizontal profile. With the check box cleared, manually enter the Azimuth (or Bearing if bearing is selected to output directions) of the line or click
to calculate the value from two job points or a segment of an existing linework in the Compute Azimuth / Bearing dialog.
Note: Use caution when manually setting the azimuth (bearing), since road elements are usually tangential to each other. When changing the direction of an element, the direction of the chain of subsequent tangent elements in the horizontal profile is recalculated. Non-tangent elements retain their initial direction.
- The plot will show the element's appearance.
Curve
The Curve dialog allows you to add a curve.
Click to show / hide the illustration of curve parameters used in MAGNET Field
- Enter the Radius of the curve or one of the two parameters unambiguously defining the radius: Chord Angle or Curve Angle.
- Enter the Length of the curve element or one of four parameters unambiguously defining the curve length: Chord, Tangent, Middle Ordinate (the distance from the midpoint of a chord to the midpoint of the corresponding curve), Delta (the angle between the radii corresponding to the curve), or External (a section of a line connecting the center of the arc with the vertex of the angle).
- Check the Tangent to previous Item box to automatically make the current element tangent to the previous element of the horizontal profile. With the check box cleared, manually enter the tangent in Azimuth (or Bearing if bearing is selected to output directions) or click
to calculate the value from two job points or a segment of an existing linework in the Compute Azimuth / Bearing dialog.
Note: Use caution when manually setting the azimuth (bearing), since road elements are usually tangential to each other. When changing the direction of an element, the direction of the chain of subsequent tangent elements in the horizontal profile is recalculated. Non-tangent elements retain their initial direction.
- Select the direction of Turn. The Right value stands for clockwise direction, the Left value for counterclockwise direction from the start point.
- The plot will show the element's appearance.
Euler Spiral
The Euler Spiral dialog allows you to add a spiral:
- Select the Direction of movement along the spiral:
- TS (traverse - spiral) to SC (spiral - circular curve) (entering the turn)
- CS (circular curve - spiral) to ST (spiral - traverse) (exiting the turn)
- CS (circular curve - spiral) to SC (spiral - circular curve)
- Enter the Radius of the circular curve at the Start point or one of the two parameters unambiguously defining the radius ( Chord Angle or Curve Angle), when the CS (circular curve - spiral) to ST (spiral - traverse) or CS (circular curve - spiral) to SC (spiral - circular curve) is selected in the Dir field.
- Enter the Radius of the circular curve at the End point or one of the two parameters unambiguously defining the radius (Chord Angle or Curve Angle), when the TS (traverse - spiral) to SC (spiral - circular curve) or CS (circular curve - spiral) to SC (spiral - circular curve) is selected in the Dir field.
- Enter either the Length of the spiral element or Spiral Constant. Spiral Constant is the square root of the product of the length and the radius of the spiral.
- Check the Tangent to previous Item box to automatically make the current element tangent to the previous element of the horizontal profile. With the check box cleared, manually enter the tangent in Azimuth (or Bearing if bearing is selected to output directions) or click
to calculate the value from two job points or a segment of an existing linework in the Compute Azimuth / Bearing dialog.
Note: Use caution when manually setting the azimuth (bearing), since road elements are usually tangential to each other. When changing the direction of an element, the direction of the chain of subsequent tangent elements in the horizontal profile is recalculated. Non-tangent elements retain their initial direction.
- Select the direction of Turn. The Right value stands for clockwise direction, the Left value for counterclockwise direction from the start point.
- The plot will show the element's appearance.
Cubic Parabola Spiral
The Cubic Parabola Spiral dialog allows you to add a spiral:
- Select the Direction of movement along the spiral:
- TS (traverse - spiral) to SC (spiral - circular curve) (entering the turn)
- CS (circular curve - spiral) to ST (spiral - traverse) (exiting the turn)
- CS (circular curve - spiral) to SC (spiral - circular curve)
- Enter the Radius of the circular curve at the Start point or one of the two parameters unambiguously defining the radius ( Chord Angle or Curve Angle), when the CS (circular curve - spiral) to ST (spiral - traverse) or CS (circular curve - spiral) to SC (spiral - circular curve) is selected in the Dir field.
- Enter the Radius of the circular curve at the End point or one of the two parameters unambiguously defining the radius (Chord Angle or Curve Angle), when the TS (traverse - spiral) to SC (spiral - circular curve) or CS (circular curve - spiral) to SC (spiral - circular curve) is selected in the Dir field.
- Enter either the Length of the spiral element or Spiral Constant. Spiral Constant is the square root of the product of the length and the radius of the spiral.
- Check the Tangent to previous Item box to automatically make the current element tangent to the previous element of the horizontal profile. With the check box cleared, manually enter the tangent in Azimuth (or Bearing if bearing is selected to output directions) or click
to calculate the value from two job points or a segment of an existing linework in the Compute Azimuth / Bearing dialog.
Note: Use caution when manually setting the azimuth (bearing), since road elements are usually tangential to each other. When changing the direction of an element, the direction of the chain of subsequent tangent elements in the horizontal profile is recalculated. Non-tangent elements retain their initial direction.
- Select the direction of Turn. The Right value stands for clockwise direction, the Left value for counterclockwise direction from the start point.
- The plot will show the element's appearance.
Intersection Point
To create a compound curve between two intersecting HA elements.
Note: The HA element after the Intersection Point element should not be tangent to the HA element before the Intersection Point element.
The Intersection Point element normally consists of a straight line segment, which is usually tangent to the previous HA element, an optional incoming spiral, a circular curve, and an optional outgoing spiral, which is tangent to the next HA element.
To create a compound curve:
- In the Point field, specify the intersection point of previous and next HA elements. Enter a point name manually, or select from the map
or from the list
of job points. Alternatively, enter manually plane coordinates (North and East) of the intersection point in the respective fields.
- The North and East fields display the plane coordinates of the intersection point; they cannot be changed if an existing point is selected.
- Enter the Radius of the circular curve or one of the two parameters unambiguously defining the radius: Chord Angle or Curve Angle.
- Enter either the Length or Spiral Constant for incoming spiral 1 connecting line segment to circular curve and outgoing spiral 2 connecting circular curve to next HA element). The Spiral Constant is the square root of the length multiplied by the radius of the spiral at the end point.
- Click
to include the Intersection Point element to the horizontal alignment. The application creates a compound curve, after directions of previous and next HA elements are defined.
Note: It's possible to include an Intersection Point element to the horizontal alignment at any time. Use the Add button in the Element tab of the Edit Horizontal Alignment dialog to add the intersection point after the last element in horizontal alignment, use the Insert button to insert the intersection point before the highlighted element. The compound curve is created after both HA elements (before and after the Intersection Point element) are defined.
Vertical Alignment
The dialog displays a list of the vertical alignments in the current job, and a preview window of the selected vertical alignment.
- Click Add to create a new vertical alignment. More...
- Click Edit to view / edit the currently selected vertical alignment. More...
- Click Delete to remove the selected vertical alignment from the job. You will be asked for confirmation.
Note: When editing or deleting a road or its element (horizontal/vertical alignment, X-section/template/X-section set), you may get a message that the respective object "is read-only and cannot be edited". This happens if you are working with a job that was originally created in Kantoku 3D software and had road/road elements imported from RSM XML format.
RSM stands for Road Shape Management.
Add Vertical Alignments
To create a new vertical alignment (VAL):
- Enter a Name for the vertical alignment.
- Select the VAL Type:
- Length & Grade: select to create the vertical alignment by sections of graded lines. The vertical alignment is presented as a set of sections between the stations where the heights are known (usually these are the extremes of the vertical alignment line), and the interval around the station where the vertical alignment line has a parabolic shape.
- Station & Elevation: select to create the vertical alignment by elements, starting and finishing at any station where you want and starting again.
- Click
to save settings and continue creating the vertical alignment.
Edit Vertical Alignments
In this dialog you can add / edit the elements of the Vertical Alignment and its Start Point.
The icon
brings up the pop-up menu of additional options. More...
Pop-up menu
If required, you can exchange roads:
- Select Edit Points to edit a point in the job. More...
- Select High/Low Positions to observe the stations of the highest and low positions in the vertical alignment. More...
High / Low Positions
This dialog displays extremums found along the selected vertical alignment. The types of extremums found are the high or low positions of circular arcs and parabolas and the transition points between two straight lines.
Alignment Name - the name of the vertical alignment.
The High / Low Positions list contains the following data:
- Station - the station of the high / low position along the vertical alignment;
- Type - either High or Low type of position;
- Ell ht / Elevation - the ellipsoidal height or elevation, depending on the coordinate system used;
- Radius - the radius of a circular arc, if applicable to this high / low position.
The icon
brings up the pop-up menu. Select the Save to File option to save the current list to a file with the default file name: "HighLowPositions.txt". You can edit the file name.
Start Point tab
The Start Pt tab allows you to edit the following parameters:
- In Alignment Name, the name of the vertical alignment.
- In Start Point, the name of the start point that can be entered manually or chosen from the map
or from the list
.
- Elev displays the elevation of the point.
- In Start , enter the starting station for the vertical alignment.
- In Equation Set select the existing Station Equation Set. More...
Elements tab
The Elements tab shows the list of vertical alignment elements, the vertical alignment plot, and the start and end stations (or chainage) for each element.
- The elements list shows the information about every element in the vertical alignment. The displayed data depends on the type of the selected vertical alignment.
- For Length & Grade type:
- Element - the icon and the name of the element;
- Length - the length of the element. For the Arc element the Arc Radius is listed;
- Grade In / Grade Out - the grades of the element at the starting and ending points. For the Vertical Grade element, the single Grade value is listed.
- For Station & Elevation type:
- Element - the icon and the name of the element;
- VPI Station - the station of the vertical point of intersection for this element. For the Grade Point element, the end station is listed;
- Elevation - the elevation at the station;
- Arc Radius - the radius of the Arc element (0 for the Grade Point element). For the Parabola element, the VC Length the vertical curve length is listed.
- The Start and End stations of the highlighted element are displayed below the list of elements.
- Click Add to select an element type from the drop-down menu to add after the last element:
- Click Insert to select an element type from the drop-down menu to insert before the highlighted element in the list.
- Click
to change the properties of the highlighted element.
- Click
to remove the highlighted element from the vertical alignment.
- Click Equations to open the Edit Station Equation Set dialog. In this dialog you can create a new Station Equation Set or edit/view an existing Station Equation Set.
- Use the arrow icon to hide / show the plot.
Add / Edit Vertical Grade
To add or edit a vertical grade to the vertical alignment of the Length & Grade type:
- Enter the Length of the vertical grade element.
- Enter the Grade of the element in percentage. If the grade is falling, the value should be negative.
- Observe the preview.
Add / Edit Parabola
To add / edit a parabola to the vertical alignment of the Length & Grade type:
- When you edit an existing parabola element, you can change it for the Circular arc type in the Curve Type field.
- Enter the Length of the parabola element.
- Enter the Start Grade and End Grade of the element in percentage. If the grade is falling, the value should be set negative.
- Observe the preview.
Add / Edit Circular Arc
To add / edit a circular arc to the vertical alignment of the Length & Grade type:
- When you edit an existing circular arc element, you can change it for the Parabola type in the Curve Type field.
- Enter the Arc Radius of the circular arc element.
- Enter the Start Grade and End Grade of the element in percentage. If the grade is falling, the value should be set negative.
- Observe the preview.
Add / Edit Element
To add / edit an element (Parabola, Circular Arc or Grade Point) of the vertical alignment of the Station & Elevation type:
- In VPI Station, enter the station of the vertical point of intersection for the Parabola or Circular Arc element or the station of the Grade Point element.
- Enter the Elevation at the station.
- When editing an existing element, you can change the current element type, select it in the Curve Type drop down list.
- In Arc / Grade Pt, enter the radius of Circular Arc (enter 0 for Grade Point). For the Parabola element, enter the Curve Length.
- The Grade and Length field group shows the incoming grade and length of transition curve for the current VPI station. The second Grade and Length field group shows the incoming grade and length of transition curve for the next VPI station.
Edit X-Section Templates
The X-Sect Templates dialog displays a list of the existing templates and a plot of the highlighted template.
The list contains three columns: Name (the name of the template), Cut Slope and Fill Slope values.
- Click Add to create a new template.
- Click Edit to change the properties of the selected template. More...
- Click Delete to remove the highlighted template from the list.
Note: When editing or deleting a road or its element (horizontal/vertical alignment, X-section/template/X-section set), you may get a message that the respective object "is read-only and cannot be edited". This happens if you are working with a job that was originally created in Kantoku 3D software and had road/road elements imported from RSM XML format.
RSM stands for Road Shape Management.
X-Sect Template
To add or edit an X-Section Template:
- Enter the Name of the template.
- In the Slope field, enter the Cut and Fill values for the slope (Run values for cut and fill for a unit rise). These values represent the horizontal increment of the slope for a unit vertical increment. The Cut slope is used when the road surface is below the terrain, and the Fill Slope is used when the road surface is above the terrain.
- The dialog displays a list of segments comprising the template and a plot of the template. A list of segments consists of three columns:
- Segment Point: the name of the segment's end point on the x-section template
- Hz: the horizontal offset
- Vert: the vertical offset
- Use the icons
and
to show the template to right and left.
- Use the buttons to edit the segments in the list:
- Add: to create a new segment that will be attached after the last segment in the list.
- Insert: to create a new segment that will be inserted in the list above the currently highlighted segment.
- Edit: to change the parameters of the highlighted segment. More...
- Delete: to remove the highlighted segment from the template.
Segment
To add or edit the template segment:
- In Segment Point, enter the name of the segment end point.
- In the Offset field:
- Enter the Horizontal offset.
- Press the Down/Up/Grade/Ratio button to select the type and enter the value of the vertical offset. Entered as Grade (in percentage) or as Ratio, the vertical offset will be recalculated to linear units after
is pressed.
Edit X-Sections
The X-Section Set dialog displays a list of the existing x-section sets and a preview window of the highlighted x-section set.
- Click Add to create a new x-section set.
- Click Edit to change the properties of the selected x-section set. More...
- Click Delete to remove the highlighted x-section set from the list.
X-Section Set
The Add X-Section Set / Edit X-Section Set dialog contains a list of stations, where x-sections are applied. It also displays a preview of the highlighted x-section.
- In the X-Sect Name field you can enter or edit the name of the x-section.
- The list of x-sections has the following columns:
- Station: The station where the x-section is applied.
- Left X-Section, Right X-Section: The names of the x-sections for the left and right parts of the road relative to the center line. The left and right cross sections can be different.
- Click Add to create a new x-section.
- Click Edit to change the properties of the selected x-section. More...
- Click Delete to remove the highlighted x-section from the list.
X-Section
To edit/add a cross section:
- Enter the Station where the cross section will be applied.
- From X-Section, select which x-sections will be applied: Left Only, Right Only, or Both.
- Select the Left X-Section and Right X-Section for the left and right parts of the road as required. These can be chosen only from the existing x-sections.
- The preview window will show the edited x-section.
Optionally, you can open the X-Sect Template dialog. To do this, select the Edit X-Sect Templates option from the pop-up menu that displays by clicking
in the top left corner.
Edit String Set
The String Set dialog lists the names of the currently available String Sets. A preview window displays the currently selected String Set.
- Click Add to create a new string set.
- Click Edit to change the properties of the selected string set. More...
- Click Delete to remove the highlighted string set from the list.
Add / Edit String Set
To add or edit a new or existing String Set:
- Enter the name of the String Set.
- The List of Strings contains all Strings that comprise the String Set.
- If required, use the up and down arrows to change the order of the Strings in the list.
- The plot will display the currently selected String.
- Click Delete to delete all the selected Strings.
- Click Edit to edit the currently selected String (double-clicking on the String will also edit it). More...
- Expand the Add drop-down list and select an option to add a new String to the current String Set:
Add / Edit Road String
To add or edit a new or existing Road String:
- Enter the name of the String.
- The list contains all pairs of the horizontal (Hz Alnt) and vertical (Vt Alnt) alignments that comprise the road string.
- The plots will display the alignment pair currently selected. They can be hidden with the arrow button.
- Click Delete to delete the selected pair from the Road String.
- Click Edit to edit the alignment pair. More...
- Click Add to add a new alignment pair to the current Road String.
Add / Edit Alignment Pair
This dialog allows you to create or edit a Road String's alignment pair in two ways:
- From the Horizontal Alignment and Vertical Alignment drop-down lists, select the horizontal and vertical alignments.
- In the Select Line field, by creating the alignment pair from a linework:
- Click From List to select a linework from the list. More...
- Click From Map to select a linework from the map. More...
The icon
brings up the pop-up menu to edit:
- Horizontal alignments, select Hz Alnt. More...
- Vertical alignments, select Vt Alnt. More...
Select Linework from Map
Select a Linework on the map, which will be passed to the previous dialog for conversion or list selection. Note that you cannot select any lines other than Linework lines.
Station Equation Set
While contracting road there may be a situation when the original stationing does not fit to the actual alignment, and a new center line stationing may be needed. Station Equation is a method to link old and new roadway stationing. Station equations are used to change the stationing from a given spot forward or back, along the alignment:
The dialog displays a list of the Station Equation Sets in the current project:
Add / Edit Station Equation Set
The dialog displays a list of the Station Equations for the given Station Equation Set:
- In the Equation Set field enter or change a name of the station equation set.
- Click Edit to view / edit a highlighted Station Equation. More...
- Click Add to create a new Station Equation that will be attached after the last Station Equation in the list. More...
- Click Insert: to create a new Station Equation that will be inserted in the list above the currently highlighted Station Equation.
- Click Delete to remove the selected station equation set from the job. You will be asked for confirmation.
- Right clicking on a Station Equation opens the context menu:
- Select All: highlights all the Station Equations in the list.
- Select All Below: highlights all the Station Equations below the highlighted Station Equation.
- Select Multiple: highlights any selected Station Equation.
- Cancel Selection: removes highlights in the list.
Add / Edit Station Equation
In this dialog you can create a new Station Equation or edit / view an existing Station Equation.
- In the Equation Name field, enter or change a name of the station equation.
- In the Back Station field, enter old (designed) station.
- In the Ahead Station field, enter new (real) station.
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