The unknown feature codes are shown in the left side of the dialog. The feature code is dragged to its corresponding column in the dialog; Left (track), Centre or Right (track). Only defined feature codes will be used for line calculation. It is therefore not necessary to edit the in-data file before opening it in Nova Track.

This dialog can also be accessed from the button Edit feature codes (on the tab General) of the dialog Options.

Edit

The menu options depend on the active window (Horizontal Map/Vertical Map).
This is no Edit menu when the window Diagrams is active.

Tips:

For editing/deleting, double click the element of the alignment (horizontal/vertical).
The element properties dialog will pop up.
For further details, refer the topic Element Properties below.

Undo

Use this function to cancel the last change. It can only bring back a change to a successful alignment calculation. If changes have been made that could not be calculated, Undo brings back the last successful alignment calculation.

It is important that these limitations are understood; it is not possible to use Undo for stepping back to earlier versions of the alignment calculation. Instead, it is recommended that different versions be saved to file (e.g. NDB, NYL files) using the option Save As.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Standard > Undo

MOUS_ICO Menu: Edit > Undo (Ctrl+Z)

Delete

This menu option is available when the window Horizontal Map is active.

Use the functions of this menu to delete the active element.

Delete Element Only

Use this function to delete the active element.

The active element is marked with a thicker line width in the window Vertical Map.
Select the element (by clicking on it), which is to be removed. The selected (active) element will be locked (red color lock on the Status Bar).
If the program is unable to calculate the alignment after deleting the element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK) after deleting the element, the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.
Ensure that the correct element is active in the window Horizontal Map.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Delete Element Only

MOUS_ICO Menu: Edit > Delete > Delete Element Only

Delete Element and Transition Curves

Use this function to delete active element along with the coherent transition curves.

The active element is marked with a thicker line width in the window Vertical Map.
Select the element (by clicking on it), which is to be removed. The selected (active) element will be locked (red color lock on the Status Bar).
If the program is unable to calculate the alignment after deleting the element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK) after deleting the element, the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.
Ensure that the correct element is active in the window Horizontal Map.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Delete Element and Transition Curves

MOUS_ICO Menu: Edit > Delete > Delete Element and Transition Curves (Del)

Insert Elements

This menu option is available when the window Horizontal Map is active.

Use the functions of this menu to insert elements in horizontal alignment.

Insert Curve

Use this function to insert an arc (C) element after the active element.

The active element is marked with a thicker line width in the window Horizontal Map.
Select the element (by clicking on it) after which a new curve element is to be inserted. The selected (active) element will be locked (red color lock on the Status Bar).
Run the function to insert curve element.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Insert Curve

MOUS_ICO Menu: Edit > Insert Elements > Insert Curve

Insert Straight Line

Use this function to insert a straight-line (SL) element after the active element.

The active element is marked with a thicker line width in the window Horizontal Map.
Select the element (by clicking on it) after which a new straight-line element is to be inserted. The selected (active) element will be locked (red color lock on the Status Bar).
Run the function to insert straight-line element.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Insert Straight Line

MOUS_ICO Menu: Edit > Insert Elements > Insert Straight Line

Insert Transition Curve

Use this function to insert a transition curve (TC) element after the active element.

The active element is marked with a thicker line width in the window Horizontal Map.
Select the element (by clicking on it) after which a new transition curve element is to be inserted. The selected (active) element will be locked (red color lock on the Status Bar).
Run the function to insert the transition curve element.
The length of the transition curve element will be 15.0m.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Insert Transition Curve

MOUS_ICO Menu: Edit > Insert Elements > Insert Transition Curve

Insert Curve in Straight Line Element

Use this function to insert a curve (C) element along with transition curve (TC) elements in the active straight-line element.

The active element is marked with a thicker line width in the window Horizontal Map.
Select the straight-line element (by clicking on it) in which a new curve element along the transition curve elements are to be inserted. The selected (active) element will be locked (red color lock on the Status Bar).
Run the function to insert the curve and the transition curve elements.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Insert Curve in Straight Line Element

MOUS_ICO Menu: Edit > Insert Elements > Insert Curve in Straight Line Element

The program prompts (on status bar) for location of the angular point of curve.

Pick point for inserting arc in line:

Pick the angular point from the window Horizontal Map.

A curve with an approximate length of 55.0m and transition curves at either ends of length 15.0m each will be inserted.

When it is not possible to insert a curve with transition curves, the transition curves are discarded.

Tips:

When AutoSnap is active, the reference point will automatically snap to nearest measured point.
F9 is the toggle switch for AutoSnap.

Insert Straight Line in Curve Element

Use this function to insert a straight-line (SL) element along with transition curve (TC) elements in the active curve element.

The active element is marked with a thicker line width in the window Horizontal Map.
Select the curve element (by clicking on it) in which a new straight-line element along the transition curve elements are to be inserted. The selected (active) element will be locked (red color lock on the Status Bar).
Run the function to insert the straight-line and the transition curve elements.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Insert Straight Line in Curve Element

MOUS_ICO Menu: Edit > Insert Elements > Insert Straight Line in Curve Element

The program prompts (on the status bar) for two fixed points (end points) for the straight-line element.

Pick first point

Pick the first point from the window Horizontal Map. The coordinates of the selected point will be displayed on the status bar.

Pick second point

Pick the second point from the window Horizontal Map.

A straight-line and the transition curves at either ends of length 15.0m each will be inserted.

When it is not possible to insert a straight-line with transition curves, the transition curves are discarded.

Tips:

When AutoSnap is active, the reference point will automatically snap to nearest measured point.
F9 is the toggle switch for AutoSnap.

Split Curve

Use this function to split the selected curve element and insert a transition curve in between (C - TC - C).

The active element is marked with a thicker line width in the window Horizontal Map.
Select the curve element (by clicking on it), which is to be split. The selected (active) element will be locked (red color lock on the Status Bar).
Run the function to split the curve element.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the horizontal alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Split Curve

MOUS_ICO Menu: Edit > Insert Elements > Split Curve

The program prompts (on status bar) for two points: the desired split point for the curve and one fix point on one of the new curves.

Pick first point

Pick the split point from the window Horizontal Map.

Pick second point

Pick the fix point on one of the two curves from the window Horizontal Map.

The selected curve will be replaced with two new curves and the alignment will be calculated from the measured data. A transition curve of length 15.0m will be inserted in between.

When it is not possible to insert the transition curve, the transition curve is discarded.

Tips:

When AutoSnap is active, the reference point will automatically snap to nearest measured point.
F9 is the toggle switch for AutoSnap.

Select Reference Point

Use this function to define a reference point. The reference point supersedes any chainage from eventually imported alignment calculations (NDB and TIT). When importing line calculations, it is therefore important to the correct reference point for chainage.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Select Reference Point

MOUS_ICO Menu: Edit > Select Reference Point (R)

The dialog New Reference Point will pop up.

The cursor's location details such as Chainage, Easting, and Northing are displayed in the dialog. The chainage is the normal from the reference point (cursor location) to the horizontal alignment.

By clicking the button Pick a reference point < and selecting the new reference point in the window Horizontal Map, the chainage in the alignment, normal to the reference point, is shown in the dialog. Click the button OK; the reference point for the chainage will change, but not the chainage.

The chainage is only changed when a new chainage for the (new) reference point is given in the dialog.
The reference point can also be given by typing the coordinates directly in the dialog.

Tips:

When AutoSnap is active, the reference point will automatically snap to nearest measured point.
F9 is the toggle switch for AutoSnap.

Change Direction

Use this function to reverse the chainage direction.

When importing coordinate files (in-data), the program will automatically start the chainage at the lowest X-coordinate, with increasing chainage towards north. This direction can be reversed using this function.

Activate the window Horizontal Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Change Direction

MOUS_ICO Menu: Edit > Change Direction (D)

Vertical Geometry

Novapoint Rehab uses NYLP for calculation of vertical alignment. NYLP is developed for The Norwegian Road Administration.

The vertical alignment is described with the geometrical elements (straight-lines/grades and vertical curves) in the vertical plane. The vertical alignment is calculated from the vertical angular points and radius between the straight lines.

The NYLP-format defines the vertical alignment by the chainage and elevation of the vertical angular points together with the radius at the vertical angular point. At the start and end point of the vertical alignment, the radii are set to 0.00.

Editing the vertical alignment can be done in the following three manners:

Elements can be inserted (see Insert Angular Point below) or deleted (see Delete Angular Point below).
The curve radii can be edited/modified, either by changing the radius or the length. The correlation between curve radius and length is L=R*sd, where sd is change in grade along the vertical curve.
The position of fix points can be edited/modified. This can be done by changing the position of the vertical angular point and/or elevation, or by moving the fix points of the straight lines.

In case editing the vertical geometry makes it mathematically insolvable (Calc Not OK), an error message will then be shown.

Insert Angular Point

Use this function to insert vertical curve element in vertical alignment.

Run the function to insert the curve element.
If the program is unable to calculate the alignment with the newly inserted element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK), the vertical alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Activate the window Vertical Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Insert Angular Point

MOUS_ICO Menu: Edit > Insert Angular Point (Ins)

The program prompts (on status bar) for insertion point.

Pick point for inserting an angular point

Pick the insertion point for the angular point.

Tips:

When AutoSnap is active, the reference point will automatically snap to nearest measured point.
F9 is the toggle switch for AutoSnap.

The dialog New Vertical Point will pop up, in which the following can be defined:

Position of the vertical angular point
Elevation
Radius of the vertical curve (default 5000.0m)

Click the button OK to calculate the new vertical alignment. If the calculation fails (Calc Not OK on the status bar), the vertical alignment (elements) is to be edited/modified until the calculation is successful.

Delete Angular Point

Use this function to delete the active vertical curve element and join the preceding and succeeding straight-line (grades) element as one element.

The active element is marked with a thicker line width in the window Vertical Map.
Select the curve element (by clicking on it), which is to be removed. The selected (active) element will be locked (red color lock on the Status Bar).
If the program is unable to calculate the alignment after deleting the curve element, an error message and Calc Not OK (on status bar) are shown.
If the calculation fails (Calc Not OK) after deleting the curve element, the vertical alignment (elements) is to be edited/modified until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.
Ensure that the correct element is active in the window Vertical Map.

Activate the window Vertical Map and run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > Delete Angular Point

MOUS_ICO Menu: Edit > Delete Angular Point (Del)

AutoSnap

Use this function to toggle AutoSnap (on/off).

When AutoSnap is active while dragging a fix point (horizontal and vertical), the reference point will automatically lock to a measured point.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Edit > AutoSnap

MOUS_ICO Menu: Edit > AutoSnap (F9)

Element properties

The alignment (horizontal/vertical) can be edited in two ways:

Fix points can be moved.
Radii/Parameters/Length can be changed.

The dialog box for editing the alignment elements can be activated by double click on the element, which is to be edited.

Depending on the element, from which the dialog is activated (Curve, Straight Line or Transition Curve), it will show the respective properties.
The dialog is also sensitive to the active widow (horizontal/vertical map).
It is possible to keep open the dialog for both the horizontal and vertical alignment (to work with both horizontal and vertical alignment).

Horizontal Map

Input

The values of radius, parameter, length, and coordinates of fixed points can be changed, either by typing in values or using the Spin buttons next to the fields.

Line calculation is done simultaneously when input values are changed using the Spin buttons.
When values are changed using edit fields, click the button Calculate or the key ENTER to calculate the alignment.
The element type (fixed, partly, approx, appr. Radius) is displayed.
For a more detailed description of fixed points and the principles of line calculation, refer to Line Calculation.

Parameters

Editing element parameters (Radius, Length, and Fixed Points):

For curves, radius can be changed.
For transition curves, length or parameter can be changed.
For straight lines, coordinates of fixed points can be changed.
- Only the fixed points that are in the white fields can be edited.

Notes:

Gray fields cannot be edited.
The fixed points in the grey field shall not be used in the line calculation, and thus do not affect the alignment.

Fix points can be edited in two ways:

Changing the coordinates in the dialog.
Dragging the fix point in the window Horizontal Map.

For changing the coordinates in this dialog, refer to Input above.

For dragging a fixed point, follow the below procedure:

Position the cursor over the fix point, it should be activated and displayed as a filled yellow circle.
Press and hold down the left mouse button and drag the fix point to its new position.
Release the left mouse button.
- The moving distances (dX, dY) are simultaneously shown in the Status Bar.

Tips:

When AutoSnap is active, the fix point will snap to nearest measured point.
AutoSnap can be switched on/off using the key F9.
Since moving the fix point in the window Horizontal Map without having AutoSnap active can be very difficult, the moving distance can be reduced to 1/10 by holding down the key Ctrl while moving.

Result

The coordinates and chainage of the element at the start and end points are displayed.

<< Previous/Next >>

Scrolling through the elements can be done with these buttons, or by selecting desired element (single click) in the window Horizontal Map without closing the dialog box.

Delete

Use this button to delete the element.

If the program is unable to calculate the alignment after deleting the element, an error message and Calc Not OK (on the status bar) are shown.
If the calculation fails (Calc Not OK) after deleting the element, the horizontal alignment (elements) is to be edited until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Calculate

Use this button to perform Line Calculation.

Vertical Map

Input

The values of radius and the location of angular points can be changed, either by typing in values or using the Spin buttons next to the fields.

Line calculation is done simultaneously when input values are changed using the Spin buttons.
When values are changed using edit fields, click the button Calculate or the key ENTER to calculate the alignment.
The input field shows the status of the fix points in the line calculation (fixed, partly, approx, appr. Radius). For a more detailed description of fix points and the principles of line calculation, see Line Calculation.

Parameters

Editing element parameters (Radius, Length, and Fixed Points):

When editing vertical curves, the radius or length of the curve can be changed. The straight lines (grades) on either side of the curve are kept unchanged.

Notes:

Grey fields cannot be edited.
The fixed points in the grey fields shall not be used in the line calculation, and thus do not affect the alignment.

Fix points can be edited in two ways:

Changing the coordinates (chainage and elevation) in the dialog.
Dragging the fix point in the window Vertical Map.

For changing the coordinates in this dialog, refer to Input above.

For dragging a fix point, follow the below procedure:

Position the cursor over the fix point, it should be activated and displayed as a filled yellow circle.
Press and hold down the left mouse button and drag the fix point to its new position.
Release the left mouse button
- The moving distances (dX, dY) are simultaneously shown in the Status Bar.

Tips:

When AutoSnap is active, the fix point will snap to nearest measured point.
AutoSnap can be switched on/off using the key F9.
Since moving the fix point in the window Vertical Map without having AutoSnap active can be very difficult, the moving distance can be reduced to 1/10 by holding down the key Ctrl while moving.

Result

The element's chainage, elevation, length, and slope are displayed.

<< Previous/Next >>

Scrolling through the elements can be done with these buttons, or by selecting desired element (single click) in the window Vertical Map without closing the dialog box.

Delete

Use this button to delete the element.

If the program is unable to calculate the alignment after deleting the curve element, an error message and Calc Not OK (on the status bar) are shown.
If the calculation fails (Calc Not OK) after deleting the curve element, the vertical alignment (elements) is to be edited until the calculation is successful.
Choose Undo to bringing back the last successful line calculation.

Calculate

Use this button to perform the Line Calculation.

View

Toolbars

Use this function to open/hide the toolbars.

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Toolbars…

The dialog Toolbar Configuration will pop up. Mark the check box to open the toolbar.

Status Bar

Use this function toggle (on/off) the status bar.

For further details on status bar, refer to the topic Status Bar.

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Status Bar

Normal (Edit Mode)

Use this function to switch from Zoom/Pan (editing not allowed) mode to Edit mode. The Normal (edit mode) is the standard mode and gives access to editing and pointing functions.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: View > Edit

MOUS_ICO Menu: View > Normal (Edit Mode)

Tip: This function can also be activated from the shortcut menu in the window Horizontal Map or Vertical Map.

Zoom

Use this function to zoom in on an area between desired chainages.

The area is defined by clicking at the from chainage, hold the button on the pointing device, drag to the to chainage, and release the button of the pointing device.
Press ESC, to exit the Zoom/Pan mode and return back to the Normal (edit mode) mode.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: View > Zoom

MOUS_ICO Menu: View > Zoom

Tip: This function can also be activated from the shortcut menu of the window Horizontal Map or Vertical Map.

Pan

Use this function to pan the graphic area.

When the hand cursor appears, hold down the button on the pointing device, drag till the desired area is in the view, and release the button on the pointing device.
Press ESC, to exit the Zoom/Pan mode and return back to the Normal (edit mode) mode.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: View > Pan

MOUS_ICO Menu: View > Pan

Tip: This function can also be activated from the shortcut menu of the window Horizontal Map or Vertical Map.

Zoom Previous

Use this function to restore the previous view.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: View > Zoom Previous

MOUS_ICO Menu: View > Zoom Previous

Tip: This function can also be activated from the shortcut menu of the window Horizontal Map or Vertical Map.

Zoom Out 2X

Use this function to reduce the zoom scale factor by 2.

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Zoom Out 2X

Tip: This function can also be activated from the shortcut menu of the window Horizontal Map or Vertical Map.

Zoom Extents

Use this function to zoom out the whole project area.

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Zoom Extents

Tip: This function can also be activated from the shortcut menu of the window Horizontal Map or Vertical Map.

Settings

Use this function to define the display settings.

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Settings…

The dialog View Settings will pop up.

Soft Zoom

Mark the check box to obtain smoother zooming. On less powerful computers, the zooming can then be slow. Thus it is recommended to clear the check box on less configuration computers.

Left to Right Drawing

Mark the check box to rotate the drawing and the coordinate system so that the horizontal alignment is shown from left to right. By default this option is marked. When the option is not checked, the drawing is shown with the x-axis direction upwards.

Tip: Left to right drawing can also be switched on or off from the toolbar Mode.

MOUS_ICO Toolbar: Mode > Left to Right Drawing

Show Circle Centres

Mark the check box to display stippled, red lines from the center point of the horizontal curve, to the endpoints of the curve.

Show 3 Point Radius

Mark the check box to display the calculated radii through 3 points, with the value placed at the middle point.

Tip: This feature is useful for finding the start or end point of the elements.

Show 7 Point Radius

Mark the check box to display the calculated radii through 7 points, with the value placed at the middle point.

Tip: This feature is useful for finding the start or end point of the elements.

Display Transition Curve Info

Select the suitable parameter for transition curve from the drop down menu, the information of which will be displayed. The choices are:

Length
Parameter (default)
Length and Parameter

Move Zoom Overview

Use this function to move the Zoom Overview (preview).

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Move Zoom Overview

Show Compass

Use this function to toggle (on/off) the compass.

Available for Vertical Map only.

Activate the window Vertical Map and run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Show Compass

Show Grid

Use this function to toggle (on/off) the grid.

Available for Vertical Map only.
Settings for the grid are defined in the function Options. Refer to the topic Grid & Map (under Tools below) for further details.

Activate the window Vertical Map and run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Show Grid

Show Map

Use this function to toggle (on/off) the map.

Available for Vertical Map only.
Settings for the grid are defined in the function Options. Refer to the topic Grid & Map (under Tools below) for further details.
Map data can be imported using the function Import Map (refer to the section File above).

Activate the window Vertical Map and run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: View > Show Map

Tools

Options

Use this function to configure the following settings (the setting are project dependent and are stored in the SPW file):

Project dependent settings such as the following can be done:
- Horizontal and vertical offset values for diagrams.
- Minimum vertical lift for analysis.
General settings such as the following are done:
- Default Layout (refer to the section Window below).
- View settings - Left to Right or North to South drawing.
- Default file format to open.
- Default file format for Save As.
- Number of files in MRU list.
- Editing feature codes.
Grid & Map settings such as the following are done.
- Grid settings - Grid Size, Grid Color, Grid Lines Width and Grid Lines Type.
- Map settings - Features codes available in the base map (Import Map, refer to the section File above), Feature Codes on/off, Colors to be used for different feature codes, Linetypes for different feature codes and Line widths for different feature codes.

Run the function from the following location in the window Novapoint Rehab:

MOUS_ICO Menu: Tools > Options…

The dialog Options will pop up.

Project

Diagrams

Scale horizontal offset

Define the scale factor for the horizontal offset.

Scale vertical offset

Define the scale factor for the vertical offset.

Analyses

Minimum distance between points

Not implemented in this version.

Minimum vertical lift

This value moves the reference line (zero-level) in the vertical offset window. When adjusting the vertical alignment for rail/road tracks, it is often desired that the existing track is lifted, rather than lowered or left unchanged. The value at the field Minimum vertical lift moves the reference level in the diagram to this level. Unit is meter.

The measured points are left unchanged, but when editing, the reference level is easier to see.

Save as user default

Click this button to save the settings.
The settings can be retrieved using the button Get user default values.

Get user default values

Restores the stored user default values.

General

Layout

Choose default layout

Sets the default window layout, refer to Layouts for further details (under the section Window below).

Left - Right drawing/North - South drawing

- Mark the radio button to set the direction for horizontal map.

Files

Remember last opened file type

Not implemented in this version.

Default Load file type

Select the desired format from the pull down menu for default Open file type.

Default Save As file type

Select the desired format from the pull down menu for default Save As file type.

Number of files in MRU list

Define the number of recently used files to be shown in the menu File.

Miscellaneous

Edit feature codes

Use this option to change or predefine feature codes for data in the in-data files.
Refer to the topic Importing KOF Data above.

Change fonts

Not implemented in this version.

Grid & Map

Grid

Horizontal/Vertical Size

Define the grid size (meter).

Horizontal/Vertical Color

Define the color for the grid lines.

Line Width

Define the line width for grid lines.

Line Type

Select the line type for grid lines from the pull down menu.

Map

Feature code

This column lists all the feature codes in the imported map.
These feature codes can be edit, but it is not possible to add new feature codes.

Define the display status for the features in this column.

Color

Define the display color for the feature in this column.
Click in the cell to open the color palette.

Type

Define the line type for the feature in this column.
Click in the cell to select from the pull down menu.

Width

Define the line width for the feature.
Click in the cell and define the value or use the scroll keys.

Window

Layout

Use the functions of the menu Layout to position the windows Horizontal Map, Vertical Map, and Diagrams.

Run the function from the following locations in the window Novapoint Rehab:

MOUS_ICO Toolbar: Layout > (click one of the buttons seen in Figure 1 below)

MOUS_ICO Menu: Window > Layout > (click one of the buttons seen in Figure 1 below)

Figure 1: Different ways to position the windows

Menu

File

Open

Close

Save

Save As

Show Result File

Print Preview

Print Setup

Print

Project Information

Import

Import Map

Exit

File Formats

Importing KOF Data

Edit

Undo

Delete

Insert Elements

Select Reference Point

Change Direction

Vertical Geometry

AutoSnap

Element properties

View

Toolbars

Status Bar

Normal (Edit Mode)

Zoom

Pan

Zoom Previous

Zoom Out 2X

Zoom Extents

Settings

Move Zoom Overview

Show Compass

Show Grid

Show Map

Tools

Options

Project

General

Grid & Map

Window

Layout