Picto Generic 2D
This element is a basic road actor. The graphic origin of the Picto Generic 2D corresponds with the geometric center of the Picto Generic 2D. The particularity of Picto Generic 2D elements is user can choose its representation among the HMI Enumerations list. Once the enumeration chosen on the predefined list, the user can select the initial state that will be displayed on the scene2D.
| Is an equipment | ❌ |
| Can have equipment | ❌ |
This element must be used with 2D scene context.
Icon
2D Representation
Representation on Scene2D depending on enumeration defined on your project.
For instance, below the states (and their icon) of “light” enumeration:
| State | Icon |
|---|---|
| lightoff |  |
| auto |  |
| pilotlight |  |
| lowbeam |  |
3D Representation
No reprensation available on 3D.
External parameters
You can edit the units
Show/Hide all parameters
| parameter | editable via "Parameter" tab | updatable via a mapping | description | default unit | type |
|---|---|---|---|---|---|
| Enumeration literal | ✔️ | ✔️ | This parameter allows you to choose an enumeration from the HMI Enumerations list and one of its literal enumerations. | - | Enumeration |
| X-axis position | ✔️ | ✔️ | Position of the element on the X-axis. | meter | Decimal number |
| Y-axis position | ✔️ | ✔️ | Position of the element on the Y-axis. | meter | Decimal number |
| Visibility | ✔️ | ✔️ | This parameter allows you to choose if you want the element to be visible or not on the scene during the execution of the scenario. If the item is part of a group, it can inherit the value of that group. | - | Enumeration (visible, hidden, inherit) |
| Trajectory | ✔️ | ✔️ | Trajectory that the element will follow. | - | Enumeration |
| Curvilinear position | ✔️ | ✔️ | Position on the trajectory. | meter | Decimal number |
| Accel. coeff. | ✔️ | ✔️ | Acceleration on the X-axis of the element. | kilometers per hour squared | Decimal number |
| Speed | ✔️ | ✔️ | Speed of the element. This parameter can be profile. | kilometers per hour | Decimal number |
| Vehicle profile | ✔️ | ✔️ | SVG profiles of vehicles predefined. | - | Enumeration (No profile, Car, Car with traffic, Motorcycle, Bicycle, Pedestrian, Drone, Plane, Train) |
| isIcon | ✔️ | ❌ | This parameter allows you to block, or not, the rotation of the element when it follows a trajectory | - | Enumeration (✔️, ❌) |
| Threshold zoom out | ✔️ | ❌ | Zoom level from which its representation on the scene is no longer modified. | % | Decimal number |
| Z-axis angle | ✔️ | ✔️ | Angle of rotation of the element compared to its initial position. | degree | Decimal number |
| Size on X-axis | ❌ | ❌ | Size of the element on the X-axis. | meter | Decimal number |
| Size on Y-axis | ❌ | ❌ | Size of the element on the Y-axis. | meter | Decimal number |
| Z-axis position | ❌ | ❌ | Position of the element on the Z-axis of the scene in which it is located. | meter | Decimal number |
| Height | ❌ | ❌ | Height of the picto generic. | meter | Decimal number |
| longitude coordinate | ❌ | ❌ | Automatically calculated longitude value, based on the origin defined for the context and the position of the element. | degree | Decimal number |
| latitude coordinate | ❌ | ❌ | Automatically calculated latitude value, based on the origin defined for the context and the position of the element. | degree | Decimal number |
Triggered behaviours
See Triggered behaviours and events page for more explanation: Triggered behaviours and events.
Show/Hide all triggered behaviours
Destroy
At the reception of the flow, the element is destroy.
No parameters for this triggered behaviour.
Events
See Triggered behaviours and events page for more explanation: Triggered behaviours and events.
Show/Hide all events
| event | description |
|---|---|
| On Parameter Value Changed | The element can send information to the model when the value of the selected parameter has changed |
| At initialization | The picto generic 2D can send information to the model once at initialization |
| Continually | The picto generic 2D can send information to the model continuously |