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Trip history

Trip history in Navixy allows you to review past activities and routes taken by your fleet vehicles. This feature provides a detailed log of trips, including timestamps, locations, distances, and durations, helping you monitor vehicle activity and optimize fleet management.

To view trip history in Navixy, select the objects you're interested in and then click the history button (the blue circular arrow at the bottom right of the object list). You will be prompted to choose a time and date range. Select the desired date range to proceed.

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Brief trip history

After selecting a date range, the History view displays a summary of trips and events for the chosen objects. Each trip entry includes key details:

  • Timestamp: Shows the start and end times of the trip.

  • Location: Provides the starting and ending addresses of the trip.

  • Distance traveled: Indicates the total distance covered during the trip.

  • Duration: Displays the total time taken for the trip.

Using brief history you can quickly get an overview of the activity and travel history of your fleet for the selected period.

Detailed trip history

When you click on a trip entry in the brief trip history view, you will see a detailed breakdown of the trip. This includes:

  • Start and end times: The exact times when the trip began and ended.

  • Distance traveled: The total distance covered during the trip.

  • Duration: The total time taken for the trip.

  • Stops: Detailed information about each stop, including the location and duration of the stop.

Each segment of the trip is listed with precise addresses and timestamps, allowing you to thoroughly analyze the movement and stops of your fleet over the selected period. This detailed view helps in monitoring vehicle activity, understanding driver behavior, and optimizing routes.

Convenience features

Feature

Description

Color scheme methods

You can choose different color schemes for visualizing trip data:

  • Color manually: Assign colors manually to different trips.

  • Color by tracks: Automatically color-code trips based on their track.

  • Color by status: Differentiate trips by their status, such as moving or stopped.

  • Color by speed: Visualize trips based on speed variations.

Change trip segment color

Customize the color of specific trip segments to highlight particular sections for better visual analysis.

Animate trip playback

Use the play button to animate trips on the map, showing object movement over time. Adjust playback speed with options like x1, x3, x10, x30, x100, and x300. This feature is beneficial for understanding travel patterns and durations.

Download trips as KML file

Download trip data as KML files for use in other GIS applications, enabling further analysis and sharing.

Print selected trips

Print detailed trip reports directly from the interface for documentation or sharing with team members.

Switch between collapsed and detailed view

Toggle between a collapsed summary view and a detailed expanded view of trips to see more or less information as needed.

Set track width

Adjust the width of tracks displayed on the map. This is useful in applications like agriculture to visualize field coverage by tractor tracks more clearly.

Other view settings

Additional settings include showing stops, LBS data, clustering data points for clarity, using smart filters to reduce noise, and splitting trips by stops for detailed analysis.

Track types

There are different types of tracks depending on the technology used to determine the locations and the tracking mode set in the device configuration.

  • Continuous tracks: These are the most common tracks, typically used in vehicle tracking applications. They are represented as polylines with clear start and end points.

  • Interval tracks: For autonomous GPS trackers, the location is often updated at relatively long intervals, such as once per hour or once per day. These tracks are shown as numbered landmarks (1, 2… N). To aid in visualization, they are connected with transparent grey lines, which may not accurately represent the real path.

  • LBS locations: When location data is determined using alternative LBS technologies such as GSM or Wi-Fi signals, it may lack precision. These locations are visualized with circles, where the radius indicates the accuracy.

  • Clustered landmarks: When an asset stays in the same place for an extended period, numerous interval or LBS messages can clutter the map. To enhance readability, the server consolidates these into a single clustered landmark, showing only one point on the map. The start/end time and duration will be added to the note for this landmark.

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