Crossings and objects on the profile — how to add and edit them

4 min read
Crossings and objects on the profile — how to add and edit them

A long-section profile is rarely just the pipe. Other utilities cross the route, and manholes, roads or buildings sit along it. In Altivo you add this with two kinds of elements:

  • Crossings — foreign utilities (water, sewer, gas, cables) that cross your route. They show up as a symbol at the point of conflict, with an elevation and a diameter.
  • Objects — infrastructure items: manholes, chambers, roads, buildings, hydrants, valves and more. An object can be anchored either to a point (e.g. a manhole on a node) or to a segment (e.g. a road crossing the pipe).

Here is the whole workflow, step by step.

1. Open the “Objects and crossings” panel

In the mode rail on the left, click the Objects and crossings icon (keyboard shortcut 4). The panel shows the Add an obstacle form and two lists: Crossings and Objects on segments.

The “Objects and crossings” panel with the add form and the crossings and objects lists

2. Add a crossing

In the Add an obstacle form, do three things:

  1. In the first dropdown choose Crossing.
  2. Pick the utility: Water main, Sewer, Gas main, Electric cable or Telecom cable.
  3. Choose the segment where the conflict sits and click Add.

The add-crossing form: type “Crossing”, utility “Gas main”, a segment and the “Add” button

The crossing appears in the Crossings list, grouped by segment, with a default diameter and an elevation computed for that utility.

3. Edit a crossing

Every field is edited in place — just click the cell and type:

  • Dist m — distance from the start of the segment,
  • φ mm — diameter of the foreign pipe,
  • Depth m — cover depth,
  • Elev m — elevation of the crossing axis,
  • Description — any note.

The dropdowns also let you change the utility and the segment, and the red × deletes the crossing.

Depth m and Elev m are linked: entering the axis elevation recomputes the depth relative to the ground, and vice versa. Provide just one of them — Altivo derives the other.

4. Add an object on a segment

In the same form, choose Object on segment in the first dropdown. The second dropdown turns into an object type picker:

Manhole, Chamber, Building, Hydrant, Valve, Drain, Road, Fence, Pole / light, Pump station, Separator / settling tank, Casing pipe, Air valve, Gas cabinet, Curb.

Pick the type, choose a segment and click Add.

The add-object form: type “Object on segment”, object type “Road”, a segment and the “Add” button

5. Set the object’s parameters

Each object has its own set of parameters. Click the gear icon (“Edit parameters”) next to the object — a Parameters: … popover opens with fields that depend on the type (for a road: width; for a manhole: diameter and bottom lowering). The Material / class and Description fields are optional.

The “Parameters: Road” popover with a width field, material and description

Changes are saved live — what you type goes straight into the drawing. There is no separate “Save” button inside the popover; close it with Esc or by clicking outside.

6. Objects on a point (e.g. a manhole on a node)

Manholes, chambers and hydrants are usually anchored to a point on the route. Switch to the Points mode (shortcut 1) and, in the Type column of the chosen node, click and pick the object type. A gear icon appears next to the name to edit its parameters.

The “Points” mode: the “Type” column with a manhole assigned and the edit-parameters icon

The parameters popover works just like it does for objects on a segment:

The “Parameters: Manhole” popover with diameter, bottom lowering, material and description

7. The result on the profile

Crossings and objects show up immediately on the long-section profile — together with the stationing, elevations and the data table ready for DXF export.

A utility long-section profile with crossings and objects placed on it

Crossings and objects are also included in the DXF/XLSX export — symbols are drawn to scale and the descriptions and elevations are written into the data table. So get the elevations right while you place the conflicts.

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